Terminal and control method therefor. RU patent 2504821.

FIELD: information technology.

SUBSTANCE: mobile terminal has a touch screen for: displaying information and receiving input by contact touch and input by contactless touch; and a control unit for: simultaneously running a first application and a second application; controlling the touch screen to display either a first application menu or a second application menu when the first and second applications are running simultaneously; executing one of a plurality of commands associated with either the first or second application in accordance with the currently displayed menu when a contact touch input is received, and executing one of a plurality of commands associated with the other of the first and second applications when a contactless touch input is received.

EFFECT: easy input of a specific command into the menu of a first application and a second application running simultaneously, wherein only the menu of one of the two applications is displayed on the screen of the mobile terminal.

12 cl, 35 dwg

Cross reference to related applications

This application claims the priority of the Korean patent applications №№ 10-2008-0027976, filed on March 26, 2008 and 10-2008-0028003, filed March 26, 2008, which are hereby incorporated here by reference in full.

The technical field

The present invention relates to the terminal and, in particular, to the terminal and a way of managing them. Although the present invention has a wide scope of application, it particularly applies to the granting of possibility of various functions on the terminal for the convenience for the user.

The level of technology

The mobile terminal is a device that can be adapted for various functions. Examples of such features include the transfer of data and voice, photo and video using the camera, sound recording, music playback and conclusion of music through the speakers and the display of images and video on the display. Some terminals include additional functionality that supports games, while others terminals also suitable as a multimedia players. Lately mobile terminals were given the opportunity to broadcast and multicast signals that allows you to view content such as videos and TV programs.

Efforts continue to maintain and expand functional capabilities of mobile terminals. Such efforts include the improvement of hardware and software, as well as changes and improvement in the structural components, which form a mobile terminal.

When the terminal operates as a multimedia device, capable to perform the aforementioned complicated functions in the terminal, there is a different menu, relevant complicated functions. However, various menus often result in confusion for the user, terminal. Therefore, a growing need for additional features and capabilities of the terminal, which allow the user to manipulate the menu.

The essence of the invention

Accordingly, the present invention relates to the terminal and the method of management, which essentially eliminate one or more issues related deficiencies and limitations of prior art.

The present invention is to provide the terminal and ways to manage them, that help the user terminal to select a particular menu, menu, existing in the terminal, and then type the prescribed command to the selected menu.

Additional advantages, objectives and features of the invention will be partly disclosed in the following description, and partly will be obvious to specialists in the field of technology as a result of research the following or can be explored in the practical application of the invention. Tasks and other advantages of the invention can be implemented and achieved through the patterns specified in the description of the invention and its formula, as well as on the drawings.

To achieve these objectives and other benefits in accordance with the object of the invention embodied in the form described here, the mobile terminal contains touchscreen display and control unit for the reception of the first team the state of the object in the immediate proximity to a touch screen, and for reception of the second team, according to the state of the object in contact with the touch screen.

According to one aspect of the invention, when taking one of the first command and the second command, the control unit switches the menu, currently running in the mobile terminal. In addition, while taking the other from the first command and the second command, control unit receives the command pertaining to the menu is currently running in the mobile terminal. Preferably, the control unit receives the command switch menu when an object is in the immediate vicinity of the touch screen and moves on the touch screen, being in the immediate vicinity of the touch screen. Preferably, the first team to the first menu, and the second command belongs to the latter group menu in the mobile terminal.

According to another aspect of the invention, the control unit simultaneously performs at least two menus on the touch screen, and in which the control unit receives the first team for one of at least two menu and takes the second team to another of at least two menu. Preferably, the control unit displays the image corresponding to each menus, overlapping on the touch screen, and in which the first team refers to the menu has the image on the touch screen, and the second command refers to the menu image has observed on the touch screen. Alternatively, a control unit displays the image corresponding to each menus, overlapping on the touch screen, and the second command refers to the menu has the image on the touch screen, and the first team refers to the menu image has observed on the touch screen.

According to other variant of the implementation of the present invention, the mobile terminal contains the touch screen and the control unit to determine whether to accept the command, the state of the object in the immediate vicinity of the touch screen or the state of the object in contact with the touch screen.

Preferably, the control unit displays the icon on the touch screen to switch between the intake of the team according to the state of the object in the immediate vicinity of the touch screen and the receiving of the team according to the state of the object in contact with the touch screen. In addition, the mobile terminal can optionally contain a switch that allows the control unit to take command according to at least one of the state of the object in the immediate vicinity of the touch screen and the state of the object in contact with the touch screen.

According to other variant of the implementation of the present invention, the way the mobile terminal with touch screen, contains the stages at which govern the mobile terminal according to at least one of the first command and the second command, take the first team when the object's state is in close proximity to the touch screen, and take the second team when the object's state is in contact with the touch screen.

One aspect of the invention, the way of additionally contains a stage at which switches the menu, currently running in the mobile terminal, when taking one of the first command and the second command. Furthermore, the method contains a stage where the accept command, related to the menu, currently running in the mobile terminal when taking the other from the first command and the second command. Furthermore, the method contains the stage at which to take a switching command menu when an object is in the immediate vicinity of the touch screen and moves on the touch screen, being in the immediate vicinity of the touch screen. Preferably, the first team to the first menu, and the second command belongs to the latter group menu in the mobile terminal.

Additional aspect of the invention, the method contains the stages at which perform at least two menus on the touch screen, accept the first command to one of at least two menu and take the second team to another of at least two menu.

Preferably, the method contains a stage at which display the image corresponding to each menus, overlapping on the touch screen, where the first command refers to the menu has the image on the touch screen, and the second command refers to the menu image has observed on the touch screen. Alternatively, the method contains a stage at which display the image corresponding to each menus, overlapping on the touch screen, the second command refers to the menu has the image on the touch screen, and the first team refers to the menu image has observed on the touch screen.

According to other variant of the implementation of the present invention, the way the mobile terminal contains the stage at which determine whether to accept the command according to the state of the object in the immediate vicinity of the touch screen or the state of the object in contact with the touch screen.

Preferably, the method contains the stage at which the display icon on the touch screen to switch between the intake of the team according to the state of the object in the immediate vicinity of the touch screen and the receiving of the team according to the state of the object in contact with the touch screen. Furthermore, the method contains a stage at which provide a switch on the mobile terminal, allowing the mobile terminal to accept command according to at least one state of the object in the immediate vicinity of the touch screen and the state of the object in contact with the touch screen.

It is obvious that the above General description and the following detailed description of the present invention are illustrative and explanatory and provide further clarification to the claimed invention.

Brief description of drawings

Accompanying drawings, which are included to provide additional understanding of the invention and are included in this proposal to illustrate the option(s) carrying out the invention, and, together with a description serve to explain the principle of the invention. The drawings:

Fig. 1 - block diagram of the mobile terminal under variant of the implementation of the present invention.

Fig. 2 - a perspective view of the front side of the mobile terminal under variant of the implementation of the present invention.

Fig. 3 - a perspective view of the back side of the mobile terminal, shown in Fig. 2.

Fig. 4 - block diagram of a system of wireless communication, which includes a mobile terminal according to the present invention.

Fig. 5 is a block diagram of the sequence of operation and method of management of the mobile terminal according to the first version of the implementation of the present invention.

Fig. 7 - block diagram of the sequence of operation and method of management of the mobile terminal according to the second variant of the implementation of the present invention.

Fig. 8 - the state diagram of the screen display, which is implemented by way of the control of the mobile terminal according to the second variant of the implementation of the present invention.

Fig. 9 - block diagram of the sequence of operation and method of management of the mobile terminal according to the third variant of the implementation of the present invention.

Fig. 10 - state diagram screen display, which is implemented by way of the control of the mobile terminal according to the third variant of the implementation of the present invention.

Fig. 11 is a block diagram of the sequence of operation and method of management of the mobile terminal according to the fourth draft of the implementation of the present invention.

Fig. 12 - state diagram screen display, which is implemented by way of the control of the mobile terminal according to the fourth draft of the implementation of the present invention.

Fig. 13 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the fifth variant of the implementation of the present invention.

Fig. 14 - the state diagram of the screen display, which is implemented by way of the control of the mobile terminal according to the fifth variant of the implementation of the present invention.

Fig. 15 - block diagram of the sequence of operation and method of management of the mobile terminal according to the sixth variant of the implementation of the present invention.

Fig. 16 and Fig. 17 - diagram of States of the screen display, which is implemented by way of the control of the mobile terminal according to the sixth variant of the implementation of the present invention.

Fig. 18 - block diagram of the sequence of operation and method of management of the mobile terminal according to the seventh variant of the implementation of the present invention.

Fig. 19 and Fig. 20 - diagram of States of the screen display, which is implemented by way of the control of the mobile terminal according to the seventh variant of the implementation of the present invention.

Fig. 21 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the eighth variant of the implementation of the present invention.

Fig. 22 and Fig. 23 - diagram of States of the screen display, which is implemented by way of the control of the mobile terminal according to the eighth variant of the implementation of the present invention.

Fig. 24 - block diagram of the sequence of operation and method of management of the mobile terminal according to the ninth variant of the implementation of the present invention.

Fig. 25 - the state diagram of the screen display, which is implemented by way of the control of the mobile terminal according to the ninth variant of the implementation of the present invention.

Fig. 26 - a block diagram of the sequence of operation and method of management of the mobile terminal under the tenth variant of the implementation of the present invention.

Fig. 27 - state diagram screen display, which is implemented by way of the control of the mobile terminal under the tenth variant of the implementation of the present invention.

Fig. 28 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the eleventh variant of the implementation of the present invention.

Fig. 29 - state diagram screen display, which is implemented by way of the control of the mobile terminal according to the eleventh variant of the implementation of the present invention.

Fig. 30 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the twelfth variant of the implementation of the present invention.

Fig. 31 - the state diagram of the screen display, which is implemented by way of the control of the mobile terminal according to the twelfth variant of the implementation of the present invention.

Fig. 32 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the thirteenth variant of the implementation of the present invention.

Fig. 33 - state diagram screen display, which is implemented by way of the control of the mobile terminal according to the thirteenth variant of the implementation of the present invention.

Fig. 34 - a block diagram of the sequence of operation and method of management of the mobile terminal according to the fourteenth variant of the implementation of the present invention.

Fig. 35 - state diagram screen display, which is implemented by way of the control of the mobile terminal according to the fourteenth variant of the implementation of the present invention.

A DETAILED DESCRIPTION OF THE PREFERRED OPTIONS FOR THE IMPLEMENTATION OF

Let us turn to the detailed description of the preferred options for the implementation of the present invention, examples of which are illustrated in the attached drawings. If possible, the same legend will be used on all drawings to specify identical or similar parts. Persons skilled in the art can understand that can be used other options for implementation, structural, electrical, and procedural changes can be made without going beyond the scope of the present invention.

Used here indexes 'module', 'block' and 'part' is applied to elements solely to facilitate disclosure. Thus, these indexes are not essential, and it is obvious that the 'module', 'block' and 'part' can be used together or interchangeably.

In Fig. 1 shows a block diagram of the mobile terminal 100 according to option the implementation of the present invention. Mobile terminal 100, you can implement with the use of many different types of terminal. Examples of such terminals include mobile and stationary terminals, such as mobile phones, custom hardware, smart phones, computers, terminals, digital broadcast, PDAs, portable media players (PMP) and navigators.

Only in the manner of a non-limiting example, the description will refer to the mobile terminal 100. However, the principles of the invention applicable to other types of terminals. In Fig. 1 shows the mobile terminal 100, which has various components, but it is obvious that the realization of all the illustrated components is not required. Alternatively, you can implement a more or less components.

In Fig. 1 shows a block 110 wireless, equipped with multiple usually implemented components. For example, block 110 wireless typically includes one or more components that provides a wireless connection between the mobile terminal 100 and the system or wireless network, which is a mobile terminal. In the case of stationary terminal block 110 wireless, you can replace the unit wired connection. Block 110 wireless and block wired connection, you can share name the communication unit.

Module 111 reception of broadcasting takes the broadcast signal and/or information, associatively linked(th) with , from an external entity to manage external message to the broadcast channel. Multicast channel may include satellite channel and terrestrial channel. In General, the essence of management is a system that transmits the broadcast signal and/or information, associatively linked(th) with .

Examples of information, associatively related include information, associatively linked to a broadcast channel broadcast a program, the service provider broadcasting etc. For example, information, associatively related may include EPG) digital multimedia broadcasting (DMB) and the electronic schedule of services (ESG) portable digital video (DVB-H).

Broadcast signal can be realized, for example, as a signal television signal broadcasting and broadcast signal data. If desired, the broadcast signal can optionally include the broadcast signal, combined with a signal of a radio or television.

Module 111 broadcast reception may be able to receive broadcast signals from various types of broadcast systems. As a non-limiting examples of such broadcast systems include terrestrial digital multimedia broadcasting (DMB-T), a system of satellite digital multimedia broadcasting (DMB-S), digital portable video (DVB-H), a system of broadcasting data, known as the media only on the direct communication line (MediaFLO®), and digital terrestrial broadcasting comprehensive services (ISDB-T). It is also possible reception of broadcast signals. If desired, the data received module 111 reception of broadcasts, you can save in the respective device, for example in memory 160.

Module 112 mobile communication exchanges wireless signals from one or more network entities, such as the base station or node-B. Such signals may represent, for example, audio, video, multimedia, transmission of control signals and data.

Module 113 wireless Internet connection, supports access to the Internet for mobile terminal 100. This module can be internally or externally connected with the mobile terminal 100. Appropriate technologies for the wireless Internet may include, but without limitation, WLAN (wireless LAN) (Wi-Fi), Wibro (wireless broadcasting), Wimax (worldwide compatibility of broadband wireless access) and HSDPA (High Speed Downlink Packet Access [high-speed packet access downlink]). Module wireless Internet connection, you can replace the module wired Internet connection in stationary terminals. Module 113 wireless Internet connection, and module wired connection to the Internet is possible, in General, refer to the Internet module.

Module 114-range communications allows communication to take place at relatively small distances. Appropriate technologies for a range communications may include, but without limitation, radio-frequency identification (RFID), Association data in the infrared (IrDA), radio (UWB)and network technologies, widely known as Bluetooth and ZigBee.

Unit 120 input audio/video (A/V) is able to provide input audio or video signal on a mobile terminal 100. As shown, the unit 120 input A/V include camera 121 and microphone 122. Luggage 121 accepts and processes the frames of still images or video.

Microphone 122 accepts external audio signal, while the mobile device is in a particular mode, for example mode a phone call, recording or voice recognition. The audio signal is processed and converted into digital data.

Portable device, and in particular block 120 input A/V, typically includes the algorithms squelch for eliminating noise generated when receiving external audio. The data generated by the unit 120 input A/V, can be stored in memory 160, used 150 unit output or transmitted through one or more modules of the unit 110 connection. Optionally, you can use two or more of the microphone(s) and/or cameras(s).

Block 130 user input generates the input data, in response to the user's manipulations associatively related device or input devices. Examples of such devices include the keyboard, valve switch, touch panel, to respond to the static pressure/resize, scroll wheel and scroll switch. In the specific example block 130 user input is in the form of the touch pad combined with a touchscreen display, which will be described in more detail below.

Perceiving block 140 provides States measurement of various aspects of the mobile terminal 100. For example, perceives the unit can detect the open/closed state of the mobile terminal 100, the relative placement of components such as the display and keypad of the mobile terminal, the change of position of mobile terminal or component of the mobile terminal, the presence or absence of contact between the user and the mobile terminal orientation or acceleration/deceleration of the mobile terminal.

If the mobile terminal 100 is designed as a sliding mobile terminal that accepts a unit 140 can perceive is open or closed moving part of the mobile terminal. Other examples include perceiving block 140, perceives the presence or absence of power supply, provided by the source 190 power, the presence or absence of connection or other connection between the front-end unit 170 and an external device.

Interface unit 170 often implemented for connection of the mobile terminal with external devices. Typical external devices include wired/wireless headphones, external chargers, power supplies, storage devices to store data, such as audio, video and images, as well as headphones and microphones. Interface unit 170 can be executed with the possibility of using a wired or wireless data transmission port, I/o port audio I/o port of the video card connector memory card subscriber identity module (SIM)card user identity module (UIM) card or removable user identity module (RUIM).

When the mobile terminal 110 connected to external support, the interface unit 170 becoming a channel for the filing of the mobile terminal 100 power from the cradle or the channel for delivery of various control signals input from the stand by a user on a mobile terminal 100. Each of the various command signals, input from the holders, or the power may act as a signal that mobile terminal 100 recognize that it is properly unloaded at the stand.

Block 150 output, in General, includes various components that support output requirements of the mobile terminal 100. Display 151 usually implemented for visual display, associatively linked with the mobile terminal 100. For example, if the mobile terminal 100 works in a mode of a phone call, the display, in General, will provide a user interface or GUI (graphical user interface, which includes the information are connected with the establishment, execution and completion of the phone call. As another example, if the mobile terminal 100 is make a video call or in photo mode, display 151 may additionally or alternatively, display images, associative associated with these regimes.

One specific implementation includes display 151 made as a touch screen operated together with an input device, such as a touch pad. This configuration allows the display 151 function as the output device, and an input device.

Display 151 you can implement with the use of known technologies of manufacturing displays, including liquid crystal display (LCD), the LCD on the basis of thin-film transistor (TFT-LCD)display on the basis of organic light-emitting diodes (), flexible display and three-dimensional display. Mobile terminal 100 can include one or more displays 151. Example of option implementation with two displays, with one display 151 designed as an internal display is observed when the terminal is in the open position, and the second display 151 executed as an external display can be observed in open and closed position.

The touch screen can be able to detect the pressure of touch, as well as the position and the size of the touch input.

The proximity sensor (not shown on the drawing) can be provided within or around the touch screen. Proximity sensor detects an object, approaching prescribed detects the surface, or the presence or absence of the object, existing around him, with the use of electromagnetic energy or infrared rays without mechanical contact. Thus, proximity sensor has the advantage in front of the sensor contact in durability and ease of use.

Consider the example of the work of the proximity sensor. First, if the object is approaching detects the surface of the sensor, while the contour committed sinusoidal on the radio frequency, amplitude of the oscillatory circuit is weakened or eliminated altogether. This change is converted into an electric signal that allows you to detect the presence or absence of the object. Therefore, even if the material is between the proximity sensor on the basis of RF fluctuations and object, proximity sensor will be able to discover the target without the interference caused by the material. Alternatively, even if the proximity sensor is not provided if the touch screen is an electrostatic, it can be adapted to detect the proximity of the pointer by changing electric field, testifying to the close location of the pointer.

Accordingly, if the pointer is placed near or in the immediate vicinity of the touch screen without direct contact with the touch screen, touch screen is able to detect the position of the pointer and the distance between a pointer and a touch screen. For simplicity of explanation, action, in which the cursor is near or is in the immediate vicinity of the touch screen and can be recognized as a hosted on the touch screen will be called 'proximity-touch'. Action, in which the pointer is in direct contact with the touch screen will be called 'contact-touch'. Preferably, the position in which you are contactless the touch screen using a pointer refers to the pointer position, vertically corresponding touch screen when the pointer does touch.

In Fig. 1 additionally, shows a block 150 output module has 152 audio output that supports the requirements of mobile 100 terminal to audio output. Module 152 audio output is often implemented using one or more speakers, , other sound reproduction equipment and their combinations.

Module 152 audio output operates in different modes, for example, the mode of reception of the call, establishing a call, record, voice recognition and the mode of reception of broadcasting. In the course of work module 152 audio output outputs the audio signal, related to a specific function or a particular condition, such as adopted by the call, the received message or errors.

Additionally it is shown that block 150 output has alerter 153, which is typically used for announcements or other identification of the occurrence of an event, associatively linked with the mobile terminal 100. Typical events include the adoption of a call, the adoption of the message and the adoption of user input.

An example of a signal block 150 output is the tactile sense. For example, the alerter 153 can vibrate in response to receiving the mobile terminal 100 call or message. As another example, vibration signalling device is provided 153 as a reaction to the receiving user input on the mobile terminal 100, thereby providing tactile feedback mechanism. It is clear that different signals provided by the components of the block 150 output may be performed separately or be carried out using any combination of such components.

Memory 160 usually used to store different types of data to support the requirements of the mobile terminal 100 to handling, storage and management. Examples of such data include the software instructions for applications running on the mobile terminal 100, contact information, phone book, messages, images, and video.

In addition, in memory 160 can store data of different patterns of vibration and/or audio signal output to the touch input on the touch screen.

Controller 180 usually controls all the operations of the mobile terminal 100. For example, the controller 180 responsible for the management and processing, associatively related to voice calls, data transfer, instant messaging, and making video calls, operations cameras and recording operations.

In addition, the controller 180 able to carry out the process of pattern recognition handwriting recognition input and drawing, executed on the touch screen, as symbols and images, respectively.

Controller 180 may include multimedia module 181 that enables playback of media. Multimedia module 181 can be executed as part of the controller 180 or implemented as a separate component.

Source 190 supply provides the power needed for the various components of the mobile terminal 100. Meals can represent internally powered, external power or a combination of them.

Various implementation as described here can be implemented on machine-readable media using, for example, computer software or hardware or some combination of them. For hardware implementation, implementation as described here can be implemented in one or more specific integrated circuits (ASIC), digital signal processors (DSP)devices with digital signal processing (DSPD), programmable logic devices (PLD), gate arrays, user-programmable gate arrays (FPGAs), processors, controllers, microcontrollers, microprocessors and other electronic components, intended for the accomplishment of the functions described here, or their combinations. Such variants of implementation can also be implemented controller 180.

For the software implementation, as described here implementation can be realized as a separate program modules, such as procedures and functions, each of which performs one or more of the functions described here and operations. The program code can be implemented through the application program, written in any appropriate language programming, and can be stored in memory, such as memory 160, and is performed by the controller or processor, for example controller 180.

Mobile terminal 100 can be realised in various other configurations. Examples of such configurations include folding, sliding, , swivel, their combinations. For simplicity, the description will mainly relate to mobile terminal 100. However, the principles of the invention equally apply to other types of mobile terminals.

In Fig. 2 shows a perspective view of the front side of the mobile terminal 100 according to option the implementation of the present invention. In Fig. 2 shows that the mobile terminal 100, is the first building 200, able to slip relative to the second building 205.

Block 130 user input shown in Fig. 1 may include the first block of input, such as function keys and four keys 210 direction, the second block of input, such as a keyboard 215, and the third block of input, such as a side keys 245. Function keys 210 are connected with the first package 200, and keyboard 215 associatively linked with the second 205 corps. The keyboard includes various keys, such as numbers, letters and symbols, allowing the user to set the call, prepare a text or multimedia message, or otherwise operate the mobile terminal 100.

The first building of the 200-slip relative to the second building 205 between open and closed positions. Although the drawings is not shown, in the case of convertible mobile terminal, its first building folded concerning his second of the hull between the open and closed positions. In addition, in the case of rocker mobile terminal, his first case is shifted relative to its second building between open and closed positions.

In the closed position, the first building is located 200 over the second hull of 205 so that the keyboard 215 partially or completely covered over by the first package 200. In the open position, the user has access to the keyboard 215. Function keys 210 conveniently located, allowing the user to enter commands, for example, start, stop, and scrolling.

Mobile terminal 100 can be either in the standby mode, in which it can receive a call or a message and receive network signaling control and to respond to it, or active mode call. Usually mobile terminal 100 operates in standby mode in the closed position and in active mode in the open position. This configuration modes can be changed if required or desired.

It is shown that the first building of 200 formed from the first casing 220 and second casing 225. It is shown that the second building 205 formed from the first casing 230 and second casing 235. The first casing 230 and second cover 235 usually made of a suitable rigid material, such as plastic, formed out by a method of moulding under pressure, or of metal such as stainless steel (STS) and titanium (Ti).

Between the first casing 230 and second casing 235 of one or both of the first building of 200 and the second building 205, you can provide one or more intermediate casings. The first building of 200 and the second building 205 usually have such dimensions that contain electronic components that are required to support the work of the mobile terminal 100.

It is shown that the first building of 200 has a camera 121 and block 152 audio output, which is made in the form of dynamics, located relative to the display 151. Luggage 121 can be designed so that it can be arbitrarily set relative to the first frame 200, for example, by means of the swivelling or swivel.

Function keys 210 are located near the bottom of the display 151, which, as shown, is implemented as LCD or OLED. The display can also be implemented as a touch screen that has touch panel, which generates signals as a response to the user's contact with the touch screen, for example, finger or the stylus.

It is shown that the second building 205 has a microphone 122, located next to the keyboard 215, and has the side keys 245, which form one type of the above-mentioned block user input, located along the side of the second building 205. Preferably, side keys 245 can be configured as keyboard shortcuts, resulting in the side keys are specific to the function of the mobile terminal 100. It is shown that the interface unit 170 is near the side keys 245, and it is shown that source 190 power as a battery is at the bottom of the second building 205.

In Fig. 3 shows the rear view of the mobile terminal 100, Fig. 2. In Fig. 3 shows that the second building 205 has a camera 121 in conjunction with flash 250 mirror and 255. Flash 250 works in conjunction with camera 121. Mirror 255 allows the user to set the camera 121 in self portrait mode.

Luggage 121 of the second building 205 looks in the direction opposite to the direction of the camera 121 of the first building of 200 (Fig. 2). Camera 121 of the first building of 200 and the second building 205 may have the same or different possibilities. In accordance with the method of implementation, Luggage 121 of the first building of 200 works with relatively lower resolution than the camera 121 of the second building 205. This configuration is suitable for video conferencing, for example, where bandwidth reverse communication lines may be limited. Relatively higher resolution camera 121 of the second building 205 (Fig. 3) it is useful for better image quality, for further use or for communication with other parties.

The second building 205 also includes module 152 audio output, located on the top side of the second hull and made in the form of dynamics. Modules 152 audio output of the first building of 200 and the second building 205 can together ensure stereo output. In addition, either or both of these modules 152 audio output can be adapted to work in Handsfree mode.

It is shown that the antenna 260 receiving the broadcast signal is located on the upper end of the second building 205. Antenna 260 works in conjunction with the module 111 broadcast reception (Fig. 1). Antenna 260 can be fixed or able to clean the inside of the second building 205. Back for the first building of 200 includes module 265 slip, which is located in sliding contact with the corresponding module slip, located on the front side of the second building 205.

It is obvious that an illustrative location of the different components of the first building of 200 and the second building 205, if necessary or desired, change. In General, some or all components of a single body alternatively you can implement on another campus. In addition, the location and the relative position of such components are not critical in many variants of implementation, and therefore can reside in provisions that differ from those shown on the drawings.

Mobile terminal 100, shown in Fig. 1-3, can have the opportunity to work in the communication system, which transmits data through frames or packets, including the system of wireless and satellite-based system. Such systems use different radio interfaces and/or physical levels.

Examples of used communication systems include, for example, multiple access with frequency division (FDMA), multiple access time division (TDMA), multiple access with code division (CDMA), universal mobile telecommunications system (UMTS), long term evolution (LTE) UMTS and global system for mobile communications (GSM). Only in the manner of a non-limiting example, the description will be devoted to the system of CDMA connection, but the principles of the invention equally applicable to systems of other types.

In Fig. 4 shows that the system of wireless CDMA has a variety of mobile terminals 100, many base stations 270, many controllers 275 base stations (BSC) and the center 280 switching mobile (MSC).

MSC 280 ability to communicate with the traditional public switched telephone network 290 (PSTN). MSC 280 is also able to interact with the BSC 275.

Each base station 270 may include one or more sectors, each of which has an omnidirectional antenna or antenna, the main beamwidths which is oriented in a particular direction along the radius from the base station 270. Alternatively, each sector may include two antennas for diversity reception. Each base station 270 may be able to accommodate multiple assignments frequency, with each assignment has a specific frequency range (for example, 1.25 MHz, 5 MHz).

Crossing sector and assignment of frequencies can be called CDMA channel. Base stations 270 can also be called a transceiver subsystems base station (BTS). In some cases, the term "base station can be used against BSC 275 and one or more base stations 270. Base stations 270 also may be called "the nodes of cellular communication". Alternatively, the individual sectors of the base station 270 may be cited as the nodes of cellular communication.

Shows the transmitter 295 systems for terrestrial digital multimedia broadcasting (DMB), which carries out broadcasting to mobile terminals 100 working in the system. Module 111 broadcast reception (Fig. 1) mobile terminal 100 is usually able to receive broadcast signals transmitted by the transmitter 295 DMB. Similar configurations can be implemented for other types of broadcast and multicast alarm as described above.

In Fig. 4 additionally shows several satellites 300 global positioning system (GPS). Such satellites help identify the location of some or all mobile terminals 100. Shown two satellites, but obviously useful information positioning can be obtained by using a larger or smaller number of satellites.

Module 115 determine the position (Fig. 1) mobile terminal 100 is usually able to act together with the satellites 300 to obtain useful information positioning. Obviously, alternatively you can implement other technology of determining the position, for example the technology of determining the position, which can be used in addition to or instead of the technology to determine the GPS position. Some or all of the GPS satellites 300 can alternatively or additionally be able to provide the transmission of satellite DMB.

During normal operation a system of wireless base stations 270 take sets of signals back of the communication line from a variety of mobile terminals 100. Mobile terminals 100 carry out calls, messaging and other forms of communication.

Each feedback signal, communication lines, adopted by the base station 270, processed on the base station 270. The resulting data are transmitted to the corresponding BSC 275.

BSC 275 provides resource allocation call and functionality, mobility management, including smooth transmission between base stations 270. BSC 275 route received data on the MSC 280, which provides additional routing services to interact with the PSTN 290.

Similarly, PSTN interacts with MSC 280, and MSC 280 interacts with BSC 275. BSC 275 control base stations 270 for transmission sets of signals direct communication line to mobile terminals 100.

In the following description, method of control applicable to mobile terminal 100 the above configuration is explained in relation to the various options for implementation. Obviously, the following options for implementation can be implemented independently or together.

The following options for implementation easier to implement if the module 151 display includes touch screen. In the following description, screen display touch screen 151 marked the position of 400.

Further, the way the mobile terminal according to the first version of the implementation of the present invention is explained with reference to Fig. 5 and Fig. 6.

In Fig. 5 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the first version of the implementation of the present invention, and in Fig. 6 shows a diagram of States of the screen display, which is implemented by way of the control of the mobile terminal according to the first version of the implementation of the present invention.

According to (6-1) Fig. 6, image, i.e. the image of waiting) according to the standby mode is displayed on the touch screen 400. There may be various types of images expectations. In particular, in an illustrative manner, shows icons of 411, 412 and 413 rooms phone correspondents and menu icons 421, 422, 423, 424 and 425 shown in (6-1) Fig. 6.

According to Fig. 5 and 6, concrete icon 413 among the icons of phone numbers as shown in (6-2) Fig. 6, you can contact touch pointer (such as finger, stylus, etc) [S51] and then drag in a specific icon menu 422 among the icons menu.

In this case the controller 180 recognizes that the pointer movement is a contact tap and drag [S52]. The controller then 180 performs function assigned to the menu icon 422, in respect of the moved icon phone number 413 [S54].

Status shown in (6-1) Fig. 6, the pointer may contact-touch the prescribed position on the touch screen 400 [S51] and then move in the first prescribed direction (for example, from left to right).

In this case the controller 180 recognizes that the pointer movement is a contactless touch and drag [S52]. The controller then 180 changes the run menu, as shown in (6-3) Fig. 6, in the terminal [S53]. In particular, the mobile terminal 100 can change the image menu in the standby menu image viewer (for example, the menu for the still image, movie or picture frames.

When the mobile terminal is 100 menu image viewer, contact touch, you can drag in the second prescribed direction (for example, from right to left) on the touch screen 400. In this case, the image displayed on the touch screen, 400, as shown in (6-4) Fig. 6, switches. In this case, the second prescribed direction of the contact tap and drag to switch the video image can be identical to or different from the first prescribed direction contactless tap and drag to change the run menu.

When supported by the state shown in (6-3) Fig. 6, the pointer may contact-touch the prescribed position on the touch screen 600 and then again move in the first prescribed direction.

In this case the controller 180 recognizes that the move is a contactless touch and drag. The controller then 180 changes the run menu, as shown in (6-5) Fig. 6, in the mobile terminal 100. In particular, the mobile terminal 100 can change the run menu with the menu view images on playback menu of the audio file.

When the mobile terminal is 100 menu playback of the audio file, contact tap and drag, as shown in (6-6) Fig. 6, via the touch screen of 400 in the third prescribed direction (e.g. top-down or bottom-up). In this case, the volume level can be adjusted during audio file playback or audio file, you can switch to the previous file or the next file. In this case, the third prescribed direction may coincide or differ from the above first or second prescribed direction.

When supported by the state shown in (6-5) Fig. 6, the pointer may contact-touch the prescribed position on the touch screen 400 and then again move in the first prescribed direction (for example, from left to right).

In this case the controller 180 recognizes that complies with contactless touch and drag. The controller then 180 changes the run menu, as shown in (6-1) Fig. 6, in the terminal. In particular, the mobile terminal 100 can switch to the standby mode from the menu playback of the audio file.

As described above, if the pointer contactless touches the touch screen and then moves in the prescribed direction, the controller 180 changes the menu run on the terminal. The above description is based on the assumption that the standby mode terminal is a variation of the run menu. Alternatively, this option may provide that the terminal is in menu mode, through the prescribed manipulation, performs the ordained menu, recognizes contactless touch and drag and drop, and then change the run menu. According to the above description, menu image viewer menu or playback of the audio file in the illustrative manner, offered as the run menu. However, the present invention may additionally include the additional menu execution (for example, the menu still photography menu broadcast reception etc).

If the pointer contact touches the touch screen and then moves controller 180 recognizes that the prescribed command is entered in the menu run on the terminal.

Accordingly, if the touch screen is contactless touch and drag a menu, perform the change. If the touch screen is a contact tap and drag prescribed command is entered in the action menu. Optionally, the present invention may provide that the run menu changes with the implementation of a contact tap and drag, or that prescribed command is entered in the action menu in the implementation of the contactless tap and drag. Optionally, although the drag and drop is not carried out, the present invention may provide that the run menu changes with the implementation of the contactless touch on the touch screen, or that prescribed command is entered in the action menu in the implementation of the contact touch on the touch screen.

Further, the way the mobile terminal according to the second variant of the implementation of the present invention is explained with reference to Fig. 7 and Fig. 8.

In Fig. 7 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the second variant of the implementation of the present invention, and in Fig. 8 shows the state diagram of the screen display, which is implemented by way of the control of the mobile terminal according to the second variant of the implementation of the present invention.

According to Fig. 7 and Fig. 8, the following description is based on the view menu images to view images stored in the memory of 160 running in the mobile terminal 100, prescribed by manipulation block user input 130. Preferably, image understand folders are stored in the memory 160. Images can include still images, movie, picture frames and other

According to Fig. 7 and (8-1) Fig. 8, when you run menu image viewer in the mobile terminal 100, three image folders, i.e. folders from the first to the third 510, 520 530 displayed on the touch screen 400 mobile terminal 100. In particular, the first folder 510 of the three folders of images is enabled, and the image in the first folder 510 displayed on the touch screen 400 [S71].

On (8-1) Fig. 8 shows that in the first folder 510 contains four images. However, the first folder 510 is not limited to only four images. In the first folder, 510, in addition to four images can contain more images that are not shown due to the limited size of the touch screen 400.

According to the present invention, the pointer may cross the touch screen 400 top-down (or up) for the implementation of the contactless tap and drag [S72]. In this case the controller 180 recognizes that the direction of contactless tapping and dragging is the direction from top to down, and recognizes that the contactless touch and drag from the top down complies with the command of switching folders. The controller then 180 provides touch-screen mapping 400 images in the second folder 520, as shown in (8-2) Fig. 8, activating a different folder than the first folder 510 (for example, second folder 520) on the touch screen 400 [S73, S74].

On (8-2) Fig. 8 it is shown that in the second folder 520 contains four images. However, the second folder 520 is not limited to only four images. As mentioned in the above definition, in the second folder 520 addition to the four images may contain more images.

Then the pointer may carry out non-contact tap and drag, crossing the touch screen 400 from right to left or left to right) [S72]. In this case the controller 180 recognizes that the direction of contactless tap and drag corresponds to the direction from left to right, and also recognizes that the contactless touch and drag from left to right corresponds to the command switch the images in a folder. The controller then 180 prescribes images 521 and 522 second folder 520 disappear, smoothly moving from a touch screen 400, and also requires new images and 526 525 appear, smoothly moving on the touch screen 400, as shown in (8-3) and (8-4) Fig. 8 [S73, S75].

Further, the way the mobile terminal according to the third variant of the implementation of the present invention is explained with reference to Fig. 9 and Fig. 10.

In Fig. 9 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the third variant of the implementation of the present invention, and in Fig. 10 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the third variant of the implementation of the present invention.

According to Fig. 9 and Fig. 10, the following description is based on the view menu images to view images stored in the memory of 160 running in the mobile terminal 100, prescribed by manipulation unit 130 user input. Images can include still images, movie, picture frames and other

According to Fig. 9 and (10-1) Fig. 10, the mobile terminal 100 performs menu image viewer, and a lot of the images 511, 512, 513 and 514 displayed on the touchscreen 400 [S91].

According to the present invention, the pointer may contactless concern the specific image 513 of imagery and drag the image in the prescribed direction [S92]. For example, a pointer can be repeatedly perform contactless tapping and dragging on the touch screen image near 513, as if the virtual eraser erases the image 513 within a predetermined/th time and/or region.

In this case, on the touch screen 400 appears 515 for requesting confirmation to delete an image, as shown in (10-2) Fig. 10. When you select the box 515 icons 'Yes' 516, image 513, as shown in (10-3) Fig. 10 is removed from a touch screen 400 [S93].

Alternatively, when the pointer contactless concerns and drag the image 513 in the prescribed direction can occur type indicator basket [not shown]. Thus, the image of 513 can be deleted by drag-and-drop type indicator basket.

Further, the way the mobile terminal according to the fourth draft of the implementation of the present invention is explained with reference to Fig. 11 and Fig. 12.

According to Fig. 11 and Fig. 12, the following description is based on the view menu images to view images stored in the memory of 160 running in the mobile terminal 100, prescribed by manipulation unit 130 user input. Images can include still images, movie, picture frames and other

According to Fig. 11 and (12-1) Fig. 12, the mobile terminal 100 performs menu image viewer, and a lot of the images 511, 512, 513 and 514 displayed on the touchscreen 400. According to the present invention, a pointer, as shown in (12-1) Fig. 12 may contactless concern the specific image 513 of lots of images 511, 512, 513 and 514 [S111].

According to (12-2) Fig. 12, after contactless touch, image 513 incremented and displayed on the touchscreen 400 [S112]. Preferably, the increase in the zoomed image can be configured so that it is proportional to the degree of closeness when the cursor is near to the image of the 513. In this case, the termination of contactless touch image 513, image 513, as shown in (12-1) Fig. 12, is displayed in its original size on the touch screen 400.

Then the pointer can continue closer to the image 513 for the implementation of the contact touch [S113]. According to (12-3) Fig. 12, after contact, the touch, the image 513 selected from many images to display on the touch screen 400 enlarged condition, resulting in an image that overlaps the other images 511, 512 and 514 on the touch screen [S114]. Preferably, even when the contact touch image 513, image 513 remains in increased and the selected state.

According to (12-3) Fig. 12, different icons 541, 542, 543 and 544 for image processing 513 illustrative in order, appear in the prescribed area of the touch screen 400. In addition to the icons, shown in (12-3) Fig. 12, if necessary, on the touch screen 400 can display different icons.

Through various displayed icons, image selected, you can edit, delete, send, correspondent side and set them as the background image. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

Further, the way the mobile terminal according to the fifth variant of the implementation of the present invention is explained with reference to Fig. 13 and Fig. 14.

In Fig. 13 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the fifth variant of the implementation of the present invention, and in Fig. 14 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the fifth variant of the implementation of the present invention.

According to (14-1) Fig. 14, image according to mode of expectations, i.e. the image of expectations may be displayed on the touch screen 400. There can be different types of images expectations. In (14-1) Fig. 14, in an illustrative manner shows the case when the touch screen 400 shows icons of phone numbers correspondents 411, 412 and 413 and menu icons 421, 422, 423, 424 and 425.

According to Fig. 13 and 14, the image stored in memory 160 can be displayed as the background image on the touch screen 400 [S131]. Preferably, the image shown in Fig. 8, are stored in memory 160, being posted on the folders. In (14-1) Fig. 14, picture A (511) the first folder 510 shown in (8-1) Fig. 8, preferably, is displayed as the background image.

According to the present invention, a pointer, as shown in (14-1) Fig. 14 may contact-touch touchscreen 400 and then move in the first prescribed direction (e.g., right to left or left to right) [S132]. In this case, a different image B (512) first folder 510, as shown in (14-2) Fig. 13 can be displayed as a background image [thread stock product s133]. In particular, every time contactless touch and drag via the touch screen of 400 in the first prescribed direction, each of the pictures in the first folder 510 is displayed as a background image in the prescribed order.

According to (14-2) Fig. 14, the pointer may contact-touch touchscreen 400 and then move in the second prescribed direction (e.g. top-down or bottom-up) [S132]. In this case, image E a folder different from the first folder 510, as shown in (14-3) Fig. 14 can be displayed as a background image [thread stock product s133]. Thus, the user terminal is easier to toggle the display of the background using the contactless tap and drag.

Further, the way the mobile terminal according to the sixth variant of the implementation of the present invention is explained in detail with reference to Fig. 15 - 17.

In Fig. 15 shows a block diagram of the method of sequence of operations management of the mobile terminal according to the sixth variant of the implementation of the present invention, and in Fig. 16 and Fig. chart 17 shows the States of the screen display, which is implemented by way of the control of the mobile terminal according to the sixth variant of the implementation of the present invention.

According to (16-1) Fig. 16, the image according to standby mode (i.e. the image of expectations) is displayed on the touch screen 400. There can be different types of images expectations. In (16-1) Fig. 16 shows by way of example, that on the touch screen 400 shows icons of 411, 412 and 413 rooms phone correspondents and icons 421, 422, 423, 424 and 425 menu.

According to Fig. 15 and 16 and according to the present invention, a pointer, as shown in (16-1) Fig. 16 may contact-touch touchscreen 400 and then move in the first prescribed direction (for example, from top to bottom) [S151]. In this case the controller 180 determines that the direction of movement corresponds to the first prescribed direction [S152].

The controller then 180 can adjust at least one of the brightness and color of the background image, as shown in (16-2) Fig. 16, according to the non-contact touch and drag [S153]. In (16-2) Fig. 16, it is shown by way of example that the brightness of the background image is reduced according to the non-contact touch and drag.

According to (16-2) Fig. 16, contactless touch and drag it may again be on the touch screen 400 in the first prescribed direction. In this case the controller 180 additionally regulate at least one of the brightness and color of the background image, as shown in (16-3) Fig. 16. In (16-3) Fig. 16, it is shown by way of example that the brightness of the background image, additionally decreases according to the non-contact touch and drag.

In the implementation of the contactless tap and drag in the direction opposite to the first prescribed direction, at least one of the brightness and color of the background image is changed in the opposite order changes for the first prescribed directions [not shown in Fig. 16]. For example, if the touch screen is contactless touch and drag in the direction opposite to the first prescribed direction, i.e. in the upward direction, the brightness of the background image can grow. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

Next, the case of the implementation of the contactless tapping and dragging on the touch screen 400 prescribed in the second direction is explained with reference to Fig. 17.

According to (17-1) Fig. 17, on the touch screen 400 picture is displayed according to the standby mode (i.e. the image of expectations). There can be different types of images expectations. In (17-1) Fig. 17, shown by way of example, that on the touch screen 400 shows icons of 411, 412 and 413 rooms phone correspondents and icons 421, 422, 423, 424 and 425 menu.

According to Fig. 15 and 17, and according to the present invention, a pointer, as shown in (17-1) Fig. 17 may contact-touch touchscreen 400 and then move in the second prescribed direction (for example, from left to right) [S151]. In this case the controller 180 determines that the direction of movement corresponds to the second prescribed direction [S152].

The controller then 180 can adjust at least one of the brightness and color of the icons, as shown in (17-2) Fig. 17, according to the non-contact touch and drag [S154]. In (17-2) Fig. 17, shown by way of example that the brightness of the icons is reduced according to the non-contact touch and drag.

According to (17-2) Fig. 17, contactless touch and drag it may again be on the touch screen 400 in the second prescribed direction. In this case the controller 180 additionally regulate at least one of the brightness and color of the icons, as shown in (17-3) Fig. 17. In (17-3) Fig. 17, shown by way of example that the brightness icons additionally reduced according to the non-contact touch and drag.

In the implementation of the contactless tap and drag in the direction opposite to the second prescribed direction, at least one of the brightness and color of the icons change in reverse order changes for the second prescribed directions [not shown in Fig. 17]. For example, if the touch screen is contactless touch and drag in the direction opposite to the second prescribed direction, i.e. in the direction from right to left, the brightness of the icons can increase. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

As described above, explain the case of change in brightness or color background image or icon on the touch screen. Optionally, the present invention may involve altering brightness or color as the background image, and icons. Optionally, the present invention may involve changing the shape of a background image or icon (for example, increase and decrease)when contactless touch and drag via the touch screen. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

In Fig. 18 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the seventh variant of the implementation of the present invention, and in Fig. 19 and Fig. 20 chart shows the States of the screen display, which is implemented by way of the control of the mobile terminal according to the seventh variant of the implementation of the present invention.

According to (19-1) Fig. 19, on the touch screen 400 picture is displayed according to the entry in the menu mode. Entrance to the mode menu in the mobile terminal 100 can be performed by the respective user manipulation unit 130 user input. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

According to Fig. 18 and 19 and according to the present invention, the touch screen 400 appears polyhedron 600 and the image menu is displayed on each face of the polyhedron 600 [S181]. Preferably, a polyhedron is . It will be shown below.

According to (19-1) Fig. 19, the first face 610 polyhedron 600 can be displayed on the front face of the polyhedron. Image menu playback of the audio file can, in illustrative manner, be displayed on the verge of 610. Pointer may contact-touch touchscreen 400 and then move in the first prescribed direction (for example, from right to left). In this case, a polyhedron 600, as shown in (19-2) Fig. 19, turns on the prescribed angle (for example, 90 degrees) in the first prescribed direction on the touch screen 400 [S182].

According to (19-3) Fig. 19, the second face 620 polyhedron 600 can be displayed on the front face of the polyhedron. Simultaneously, the image menu image viewer may, in the illustrative order displayed on the second face of 620. Then, the pointer may contact-touch touchscreen 400 and then move in the second prescribed direction (for example, from top to bottom). In this case, a polyhedron 600 turns on the touch screen 400 at the prescribed angle (for example, 90 degrees) in the second prescribed direction [S182].

According to (19-5) Fig. 19, the third face of 630 polyhedron 600 can be displayed on the front face of the polyhedron. Simultaneously, the image menu photography may, in the illustrative order displayed on the verge of the third 630.

Further, according to the present invention, the process of selecting a specific menu (for example, photography menu) using the polyhedron 600 on the touch screen 400 explains with reference to Fig. 20. As indicated in the above definition Fig. 19, turning polyhedron by the implementation of the contactless tapping and dragging on the touch screen, a specific image menu image menu photography, which can be placed on the front face of the polyhedron.

Thus, according to (20-1) Fig. 20, the third face of 630 polyhedron 600 can be displayed vertically on the touch screen, 400, and the image menu photography can appear on the verge of the third 630. According to Fig. 18 and (20-1) Fig. 20, the pointer may contact relate to the second face of 630 polyhedron 600 [S183].

According to (20-2) Fig. 20, for non-contact touch, the third face of 630 polyhedron 600 increases on the touch screen 400 [S184]. Preferably, the increase in the enlarged second face of 630 proportion to the degree of approximation of the pointer to the second face of 630. Upon termination of contactless touch the verge of the third 630, the third face 630, as shown in (20-1) Fig. 20, is displayed in its original size on the touch screen 400.

According to Fig. 18 and (20-2) Fig. 20, the pointer may contact relate to the second face of 630 polyhedron 600 on the touch screen 400 [S185]. According to (20-3) Fig. 20, when the contact is touched, the third face of 630 polyhedron 600 is selected and displayed as a significantly larger image on the touch screen 400 [S186]. Thus, the image of photography menu according to the third verge of 630 displayed on the touchscreen 400.

Preferably, even when the contact, the touch, the image menu photography is supported in the same form. This allows the user terminal to the function of photographing, watching the image menu photography.

Further, the way the mobile terminal according to the eighth variant of the implementation of the present invention is explained with reference to Fig. 21-23.

In Fig. 21 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the eighth variant of the implementation of the present invention, and in Fig. 22 and Fig. 23 chart shows the States of the screen display, which is implemented by way of the control of the mobile terminal according to the eighth variant of the implementation of the present invention.

According to (22-1) Fig. 22, menu image viewer runs in the mobile terminal 100, and the touch screen 400 displays an image related to the playback menu images. In addition, on the touch screen 400 displays the first image 511. In addition, on the touch screen 100 icon displayed 444 to switch mode touch. Next will be explained in detail icon mode switching touch.

According to Fig. 21 and (22-1) Fig. 22, touch screen 400 is currently installed in a contact mode, touch. Accordingly, touch screen 400 recognizes contact touch, but is not able to recognize contactless touch [S211]. For example, to change the image displayed on the touch screen, 400, the image, the pointer, as shown in (22-1) Fig. 22, preferably, contact concerns touchscreen 400 and then moves in the prescribed direction. Thus, the function of contactless touch and drag the pointer is not available.

According to (22-2) and (22-3) Fig. 22 if the pointer does contact-tap, and drag the second image 512 appears, smoothly moving on the touch screen 400, whereas the first image 511 disappears, smoothly moving from a touch screen 400.

According to Fig. 21 and (22-3) Fig. 22, you can select an icon 444 to switch mode touch [S212]. In this case, the touch screen 400 included in non-contact mode touch that allows for the detection of contactless touch, but not contact touch [S213].

For example, to change the image displayed on the touch screen, 400, the image, the pointer, as shown in (22-4) Fig. 22, preferably without contact concerns touchscreen 400 and then moves in the prescribed direction. Thus, the function of the contact tap and drag the pointer is not available.

According to (22-5) and (22-6) Fig. 22 if the pointer does contactless touch and drag, the third image 513 appears, smoothly moving on the touch screen 400, while the second image 512 disappears, smoothly moving from a touch screen 400.

To switch the mode touch, do not necessarily provide a separate icon on the touch screen. For example, switching the touch mode can also be achieved by ensuring the possibility to enter command mode switching touch using the side key block user input 130. Besides, switching touch mode can be set to automatically switch from the contact mode touch the contactless electronic touch mode and Vice versa, when the mobile terminal to the outside of the foot.

As described above, we shall explain the mutual switching between the contact mode touch and contactless mode touch when you select the icon mode switching touch, which are not limited to various embodiments of the present invention. When you select the icon switching touch mode, the present invention may include the possibility of sequential switching between the contact mode touch, contactless mode touch and contact and contactless mode touch. In case of choice of contact and non-contact mode, touch, recognized touch contact and contactless touch on the touch screen.

As described above, explains that the regime touch screen 400 jointly set and switches for all the menu of the mobile terminal 100, the different variants of implementation of the present invention is not limited. The present invention may provide the opportunity to set the touch screen for each menu of the mobile terminal 100. These are explained in detail below, with reference to Fig. 23.

According to (23-1) Fig. 23, the mobile terminal 100 enters menu mode.

According to (23-2) Fig. 23, entrance to the mode set the touch screen is carried out by the manipulation block user input. Entrance to the mode of installation of the touch mode is obvious to specialists in the field of art without a separate explanation, therefore, the relevant details will be omitted in the description.

According to (23-2) Fig. 23, mode touch screen 400 can be set in advance for each menu of the mobile terminal 400. In particular, the installation can do for each of contactless mode touch and contact mode touch to each menu. If necessary, the prescribed menu, you can provide both modes.

Further, the way the mobile terminal according to the ninth variant of the implementation of the present invention is explained with reference to Fig. 24 and Fig. 25.

In Fig. 24 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the ninth variant of the implementation of the present invention, and in Fig. 25 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the ninth variant of the implementation of the present invention.

In this embodiment, in the case where a mistake, at least two menu simultaneously executed in mobile terminal 100, contactless touch and contact touch are used separately from each other. In the following description of this option, implementation, run at the same time, for example, menu playback of the audio file menu and view the images. Two menus are only illustrative, and, in accordance with the method implementation, you can implement other menus.

According to Fig. 24 and (25-1) Fig. 25, menu playback of the audio file is in the mobile terminal 100, and the touch screen 400 displays an image related to the playback menu of the audio file. During the run menu playback of the audio file in the mobile terminal 100 menu image viewer is running [S241]. Accordingly, on the touch screen, 400, as shown in (25-2) Fig. 25, the image is displayed relating to a menu image viewer. In particular, the image related to the playback menu of the audio file is blocked, the image of, relating to, again running the menu image viewer.

To manipulate the menu image viewer, the touch screen is 400 contact touch [S242, S244]. For example, to view the previous or next image using the menu image viewer, a pointer contact concerns touchscreen 400 and then moves in the prescribed direction. Thus, there is a transition from image 511 displayed on the touch screen 400, as shown in (25-2) and (25-3) Fig. 25, to another image 512.

Thus, to manipulate the menu playback of the audio file on the touch screen is 400 contactless touch [S242, S243]. For example, to adjust the volume of the playback menu, audio file, or to play the previous or next audio file pointer without contact concerns touchscreen 400 and then moves in the prescribed direction. In this case, adjust the volume of the playback menu, audio file, or reproduced the previous or next audio track with the support of the images related to the playback menu images displayed on the touch screen, as shown in (25-4) Fig. 25.

In the above definition considers the case when the contactless touch is to manipulate the menu playback of the audio file and the case when the contact touch is to manipulate the menu image viewer that does not restrict various embodiments of the present invention. Alternatively, this option may provide that the contact touch is to manipulate the menu play an audio file or contactless touch is to manipulate the menu image viewer.

Further, the way the mobile terminal under the tenth variant of the implementation of the present invention is explained with reference to Fig. 26 and Fig. 27.

In Fig. 26 shows a block diagram of the sequence of operation and method of management of the mobile terminal under the tenth variant of the implementation of the present invention, and in Fig. 27 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal under the tenth variant of the implementation of the present invention.

In this embodiment, when performing the prescribed menu in the mobile terminal 100, contactless touch and contact touch can be used for a specific manipulations prescribed menu. Furthermore, this option may provide that the scale or magnitude of a particular manipulation depends on whether touch to contact-free to the touch or contact the touch. The following description is based on the assumption that the mobile terminal is the menu image viewer.

First of all, the menu image viewer runs in the mobile terminal 100. Accordingly, image, referring to the menu image viewer, as shown in (27-1) Fig. 27, displayed on the touchscreen 400.

According to Fig. 26 and 27, contactless touch may be carried out on the image 511 displayed on the touch screen 400 [S261]. According to (27-2) Fig. 27, image 511 increases with the first increase (for example, X1, X2, X3,...) each time you are contactless touch (or proportional to the time of maintenance of contactless touch) [S262, S263]. When you select the icon 452 restore (Restore) on the touch screen, 400, the image displayed 511 restored to its original size.

The contact the touch may be carried out on the image 511, as shown in (27-1) Fig. 27 displayed on the touch screen 400 [S261]. According to (27-3) Fig. 27, image 511 increases with the second increase (for example, X2, X4, X6,...) every time when you contact touch (or time proportional to maintain contact's touch) [S264]. When you select the icon 452 «restore» on the touch screen 400, the image displayed 511 restored to its original size.

In Fig. 28 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the eleventh variant of the implementation of the present invention, and in Fig. 29 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the eleventh variant of the implementation of the present invention.

According to (29-1) Fig. 29, image expectations illustrative order displayed on the touchscreen 400. The icons 411, 412 and 413 rooms phone correspondents in illustrative order appear in the image expectations.

According to Fig. 28 and 29, pointer, as shown in (29-1) Fig. 29 may contact-touch the prescribed position of the touch screen 400 [S281]. According to (29-2) Fig. 29, when the touch screen 400 exposed to contact-free to the touch of the touch screen 400 are created and displayed [S282] icons 421, 422, 423, 424 and 425 menu. For example, icons, 421, 422, 423, 424 and 425 menu may appear, smoothly moving from the lower end of the touchscreen 400.

According to the present invention, you can stop contactless the touch screen is 400 [S283]. In particular, at the termination of contactless touch, icons, 421, 422, 423, 424 and 425 menu disappear.

Alternatively, even when the contactless touch, icons, 421, 422, 423, 424 and 425 menu can be supported on the touch screen 400 within the prescribed time. Preferably, icons, 421, 422, 423, 424 and 425 menu can vanish with the touchscreen 400 at the expiration of the prescribed time after the termination of contactless touch [S284].

While the icons 421, 422, 423, 424 and 425 menu displayed on the touch screen 400, the pointer may be for a specific contact icons 413 phone number of the correspondent among the icons 411, 412 and 413 rooms phone correspondents, for example, as shown in (29-3) Fig. 29, and drag the icon 413 in a specific icon 422 menu, for example, among the icons 421, 422, 423, 424 and 425 menu. In this case, according to (29-4) Fig. 29, the function assigned to the selected icon 422 menu, implemented in respect of the moved icon 413 phone number of the correspondent.

According to the present invention, when displaying icons 421, 422, 423, 424 and 425 menu, simple drag and drop icons phone number of the correspondent is not enough to perform the relevant function. Instead, the respective function can be performed by direct contact the touch of one of the icons of 421, 422, 423, 424 and 425 menu.

According to the above description, if contactless touch via the touch screen, while the icons phone numbers remain on the touch screen to contactless touch menu icons are created. It does not impose restrictions on various embodiments of the present invention. For example, while icons phone numbers are not displayed on the touch screen, if contactless touch via the touch screen, icons and menu icons can be configured so that they are displayed simultaneously or sequentially. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description.

Further, the way the mobile terminal according to the twelfth variant of the implementation of the present invention is explained with reference to Fig. 30 Fig. 31.

In Fig. 30 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the twelfth variant of the implementation of the present invention, and in Fig. 31 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the twelfth variant of the implementation of the present invention.

According to Fig. 30 and the (31-1) Fig. 31, expectations image is displayed on the touch screen 400. Accordingly, the pointer may contact-touch touchscreen 400 [S301].

In the implementation of the contactless touch or at the expiration of the prescribed time after contactless touch, expectations image appears as a thumbnail on the touch screen 400 with a specified increase in, and a new menu icons appear on the sides of the touch screen 400, as shown in (31-2) Fig. 31 [W302]. New menu icons may include icons bookmarks menu. It is noteworthy that the new menu icons are not required to be located on the sides of the touch screen. In contrast, the new menu icons may be in different locations touchscreen 400. In addition, the expectations are not obliged to decrease. Instead, the menu icons bookmarks can be created while maintaining image expectations.

In (31-2) Fig. 31, illustrative manner shows four icons bookmarks menu, namely icon 710 menu broadcasting, icon 720 menu playback of the audio file icon 730 game menu and icon 740 menu image viewer. It does not impose restrictions on various embodiments of the present invention. For example, this version may be more or less thumbnail bookmarks menu, or may appear in other menu icon is different from those shown in the illustrative order of icons in the bookmark menu.

According to (31-2) Fig. 31, the pointer may contact-touch touchscreen 400 and then move from right to left [S303]. In this case, this option may provide that the starting point of contactless tap and drag icon is 720 menu playback of the audio file.

According to (31-3) Fig. 31, menu playback of the audio file starts when the image 460 related to the audio file playback menu is displayed, smoothly moving from the right side of the touch screen 400 [S304]. In this case, the user is able to reproduce a particular audio file through the image 460 relating to the playback menu of the audio file.

If the image 460 relating to the playback menu of the audio file is subjected to non-contact the touch pointer and then dragged from left to right, menu playback of the audio file may be terminated when the image 460 relating to the playback menu of the audio file disappears gradually moving in the right direction.

However, according to (31-4) Fig. 31, while the audio file playback menu is active, the icon 740 menu image viewer may be contactless touch on the touch screen 400 pointer and then dragged to the left to the right [S303]. In this case, according to (31-5) Fig. 31, while the audio file playback menu is active, a menu view images begins when the image 510, 520 530, menu-related image viewer that displays, smoothly moving from the left side of the touch screen 400 [S304]. Therefore, the user is able to view a particular image by image, referring to the menu view images, while audio file playback menu is active.

As described above, while the audio file playback menu is active, when you display the slide image related to the playback menu image menu playback of the audio file is untouched. Alternatively, this option may provide that image, referring to the playback menu of the audio file disappears, smoothly moving on the right side when the image is related to the menu view image is displayed, smoothly moving from the left side of [not shown]. Alternatively, this option may provide that the job menu the playback of the audio file supported or is terminated when the image is related to the audio file playback menu disappears, smoothly moving to the right side.

Further, the way the mobile terminal according to the thirteenth variant of the implementation of the present invention is explained with reference to Fig. 32 and Fig. 33.

In Fig. 32 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the thirteenth variant of the implementation of the present invention, and in Fig. 33 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the thirteenth variant of the implementation of the present invention.

According to (33-1) Fig. 33, menu image viewer is activated in the mobile terminal 100, which makes the image, referring to the menu view image is displayed on the touch screen 400. The current implementation is not only applicable to the menu image viewer, but also to other menus. Thus, it is obvious that the menu image viewer is a simple menu, selected as illustrations.

According to the present invention, the pointer may contact-touch the prescribed area of the touch screen 100 and then move from right to left [S321]. Preferably, the starting point of contactless tapping and dragging in accordance with the specified field. (33-1) Fig. 33, illustrative prescribed prescribed area in which the image is being displayed. Alternatively, this option may provide that the prescribed area includes other areas.

According to Fig. 32 and (33-2) Fig. 33 according to the non-contact touch and drag, the second image 512 appears, smoothly moving from the right side when the first image 511 displayed on the touch screen disappears, smoothly moving to the left side of [S322, S323]. Then, according to (33-3) Fig. 33, after the implementation of the contactless tap and drag, the user could inadvertently move the pointer, bringing it closer and crossing from left to right touch screen 400 [S321].

However, according to the present invention, contactless electronic shift pointer, as shown in (33-4) Fig. 33, may not be recognized touchscreen 400. The reason is that contactless electronic shift the pointer may not start from the prescribed area [S322, S324].

According to (33-4) Fig. 33, the pointer may contact-touch second image 512 and then move left to right [S321]. In this case, according to (33-5) Fig. 33 according to the non-contact touch and drag, the first image 511 appears, smoothly moving from the left side of the display the second image 512 disappears, smoothly moving to the right side of [S322, S323].

In Fig. 34 shows a block diagram of the sequence of operation and method of management of the mobile terminal according to the fourteenth variant of the implementation of the present invention, and in Fig. 35 state diagram shows the screen of the display, which is implemented by way of the control of the mobile terminal according to the fourteenth variant of the implementation of the present invention.

According to Fig. 34 and (35-1) Fig. 35, touch screen 400 deactivated [S341]. In the absence of sensory input within a predetermined time, touch screen 400 can automatically be disabled to conserve battery power.

After that, the pointer touches the touch screen 400 [S342]. In this case, the touch screen 400, as shown in (35-2) Fig. 35, activated [S343]. Accordingly, the image out may, in the illustrative manner displayed on activated touch screen 400.

Then, the controller 180 determines whether or not touch the contact to the touch or non-contact touch [S344]. According to (35-2) Fig. 35, if the touch corresponds to contact the touch controller 180 disables the touch screen 400 if the extra touch, manipulation block user input 130, occurrence, etc. is not made within the first prescribed time after touching [S345].

According to (35-2) Fig. 35, if the touch corresponds to the non-contact touch controller 180 disables the touch screen 400 if the extra touch, manipulation block user input 130, occurrence, etc. is not made within the second prescribed time after touching [S346]. Preferably, the second prescribed time can be set less than or greater than the prescribed time.

As described above, this version of the implementation provides that the activation of the touch screen varies according to the type of touch screen, i.e. the contact touch or proximity touch. Alternatively, this option may provide that the activation of the touch screen varies according to the scope of touch screen. This is obvious to specialists in the field of technology without additional explanation and details will be omitted in the description to facilitate disclosure.

Accordingly, the present invention provides the following effects and/or benefits. First, according to option the implementation of the present invention, contactless touch and contact touch can be performed differently. Even if the terminal, there is a different menu, the user terminal is easier to select a menu. Secondly, the user terminal is also easier to enter specific commands to the selected menu.

The specialists in this field of technology it is obvious that the present invention can specialize in other forms, not going beyond the entity or scope of the invention.

For example, in the above variant description of the implementation of the present invention, contactless touch and contact touch differ from each other and then be detected as a different command on the touch screen. It does not impose restrictions on various embodiments of the present invention. In particular, contactless touch can be divided into contactless touch first distances and contactless touch second distances according to the distance the vicinity of the touch screen. Thus, the above-mentioned variants of implementation to distinguish contactless touch and contact touch each other apply to the first and second distances contactless touch.

In addition, for example, the above methods can be implemented on a programmable writable media as a machine-readable codes. Machine-readable carriers include all types of recording devices that store the data read by the computer system. Machine-readable carriers include, for example, ROM, RAM, CD-ROM, magnetic tapes, floppy disks, optical storage devices and etc, and also includes the implementation of type of the carrier wave (for example, the transmission over the Internet). Your computer may include a controller 180 terminal.

The specialists in this field of technology obviously, you can offer different modifications and variations of the present invention, not going beyond the entity or scope of the invention. Thus, it is assumed that the present invention covers modifications and variations of this invention, provided that they meet the terms of the accompanying claims and cash equivalents.

2. Mobile terminal of claim 1 in which the control unit is additionally completed with the possibility of execution switching commands menu when you enter adopted contactless touch moves relative to the surface of the touch screen without contact with the surface of the touch screen.

3. Mobile terminal, containing: touch screen, made with the possibility of: icon display input to input the input state contactless the touch or the state of the input pin touch, accepts input via icon input setup input state, and reception, at least, enter the contact, tap or input contactless touch; and control unit, made with the possibility of: application execution, executed with the ability to receive, at least, enter the contact, tap or input contactless touch, a touch-screen control to display the icon input in response to the execution of the application installation status input status input contact, tap or input state contactless touch in response to the entry, adopted by icon input, processing only entries touch the contact, when the state of the input status is set to the input pin touch, and handle only the entries contactless touch, when the state of the input status is set to input contactless touch.

4. Mobile terminal of claim 3, additionally contains: switch located on the body of the mobile terminal and made capable of receiving input status input and set the status input status input contact, tap or input state contactless touch in response to the input status input.

5. Mobile terminal of claim 1, wherein: enter the contact touch contains enter touch and drag enter contactless touch contains enter contactless touch and drag each of the many commands associated with the display menu of the first application and displayed menu of the second application, is determined according to the direction of the corresponding input tap and drag or input contactless touch and drag.

6. Mobile terminal of claim 1, wherein different from the first application and the second application is performed as a background application.

7. Control method the mobile terminal with touch screen containing the stages at which: do the first schedule and the second schedule on the touch screen, display or the menu of the first application, or the menu of the second application, take input contact, tap or enter a contactless touch via touch-screen, perform one of the many commands associated with one of the first schedule and the second application, in accordance with the currently displayed menu, when adopted, enter a contact by tapping, and execute one of many commands associated with another from the first and second application application, when adopted input by contactless touch.

8. The method according to claim 7, additionally contains a stage on which to perform a switching command menu, when the contactless touch moves relative to the surface of the touch screen without contact with the surface of the touch screen.

9. The method according to claim 7, which shall: - enter a contact by tapping, containing enter touch and drag enters the contactless touch, containing enter contactless touch and drag each of the commands associated with the display menu of the first application and displayed menu of the second application, determined according to the direction of the corresponding input tap and drag or input contactless touch and drag.

10. The method according to claim 7, where another of the first schedule and the second application to perform as a background application.

11. Way management of the mobile terminal, containing the stages at which performs application, written with the ability to receive, at least, enter the contact, tap or input contactless touch display icon input on the touch screen in response to the execution of the application, accept input via the displayed icon input setup input state of the mobile terminal in the state of the input pin, tap or input state contactless touch, set the input state in response to the enter the displayed icon input, display the set input on the touch screen only handle inputs touch the contact, when the state of the input status is set to the input pin touch, and handle inputs contactless touch, when the state of the input status is set to input contactless touch.

12. The method according to claim 11, in which the state of the input set in the input state touch the contact or input state contactless touch in response to input status input, adopted by switch, located on the body of the mobile terminal.