Device for clothes processing and device control method

FIELD: articles of personal use.

SUBSTANCE: invention describes clothes processing device and device control method. Clothes processing device includes machine chamber compartment, case closed with a door, compartment for processed clothes where mobile and immobile devices with steam and hot air feed nozzles are positioned. Additionally it features steam and hot air generation devices with separate ducts for heated air supply to hot air nozzles and steam supply to steam nozzles. Steam and water through mobile and immobile nozzles are supplied selectively.

EFFECT: improved processing.

23 cl, 9 dwg

The technical field to which the invention relates

The present invention relates to a device for processing service and the way to manage them.

Background of the invention

Recently various types of devices for processing service, as well as a washing machine capable of washing the clothes, use more and more. For example, a dryer drum type, is able to dry the washed clothes drying machine of the tank type, capable of drying clothes, hung them, and devices for refreshment service corps type, able to refresh clothes through the use of heated air supplied to the clothes. However, devices for processing service corps type have several disadvantages.

Disclosure of invention

Technical problem

The present invention is designed to improve such known device for processing service corps type, and purpose of the present invention is to provide a device for processing service, able more effectively to freshen clothes.

Solution

To achieve these objectives and other advantages and in accordance with the present invention, as embodied and broadly described herein, a device for processing service includes a housing containing the first compartment service, the device for generating heated air, is configured to generate heated air, a device for generating steam is made with the possibility of steam generation, and mobile device attachments, executed with a possibility of at least one of steam and heated air in the compartment, when moving within the compartment for placement in communication with a device for generating heated air and a device for generating steam.

In another aspect of the present invention a method of controlling the device for processing service, which includes fixed nozzle device mounted on the inner side of the branch to host the service, to supply at least one of steam, hot air and detergent in the compartment, and a movable nozzle device, movably located in the compartment, for supplying at least one of steam and heated air in the compartment, the control method includes a selection step operation, which selects the first operation for processing service through the use of stationary devices the nozzle or the second operation processing service through the use of mobile devices nozzles, the implementation phase of the first operation, which is served by less is th least one of the pair of heated air and detergent using a fixed nozzle device selecting the first operation, and the phase of the second operation, which serves, at least one of steam and heated air to the clothes using a mobile device, the nozzle selecting the second operation.

Favorable results of the invention

The present invention has the following advantageous effects.

A device for processing service includes fixed nozzle device and mobile device nozzle for supplying at least one of steam and heated air to the clothes. As a result, the clothes can be effectively cleaned or cool off.

Brief description of drawings

The accompanying drawings, which are included to provide further understanding of the present description and form part of this application, illustrate embodiments of the present description and together with the description serve to explain the principles of the present invention.

In the drawings:

figure 1 is a perspective view of the device for processing service in accordance with the exemplary embodiment of the present invention;

figure 2 is a perspective view of the rolling device of the nozzle;

figure 3 is a rear view of the rolling device of the nozzle;

4 is a front view of the suspension device and view illustri the existing state of the pull-out part, nominated from the suspension device.

5 is a view of the second division for placement in accordance with another embodiment, which is formed in the device for processing service in accordance with the present invention;

6 is a perspective view of the rolling device of the nozzles located in the second compartment in accordance with the embodiment in figure 5;

Fig.7 is a view of configuration blocks of the part to determine the contamination located in the second compartment in accordance with the second embodiment in figure 5;

Fig diagram of the sequence control device for processing service in accordance with the embodiment of the present invention; and

figure 9 - diagram of the sequence control device for processing service in accordance with another embodiment of the present invention.

The best option of carrying out the invention

Below will be described an example implementation of the present invention with reference to the accompanying drawings. The link will detail taken on the specific embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

Where possible, similar reference position will be used on the drawings is La references to the same or similar elements.

The present description describes a device for refreshment service, able to refresh clothes, as a device for the processing service. However, the present invention is not limited to a device for refreshment service. That is the subject of the present invention can be used in the drying device capable of drying clothes using a heat pump.

In this document the term "refresh" means a process in which wrinkles removal, deodorization, disinfection, preventing the formation of static electricity and heating are carried out using air or heated air supplied to the clothes (hereafter referred to as "hot air" for convenience), or water fog or vapor (hereinafter called "pairs" for convenience), served on the clothes.

In addition, the term "clothes" includes not only clothes and garments, but also objects, wearable, which includes shoes, socks, gloves, hats and scarves, and used items, including dolls, towels and linen, and it includes all types of washable items.

Figure 1 is a perspective view of the device 100 for processing service. The device 100 for processing service includes a housing 1, which forms its appearance, and division 2 occupancy, formed in the housing, to accommodate the hope.

The housing 1 forms an external appearance of the device 100 for processing service, and the Department of 2 for placement may include at least one Department that hosts the clothes.

This variant implementation describes a device for processing service, comprising two compartments for placing, in other words, the first part 21 for placement and the second outlet 23 for placement. However, three or more compartments for placement may be formed in the hull.

Branches 21 and 23 to accommodate can be selectively opened and closed by a door 3, which is connected with the housing 1. In contrast to figure 1, the door 3 may consist of a first door that is used for opening and closing only the first branch to host, and the second door used to open and close only the second branch to host.

Volume, length, and width of the first compartment 21 for placement can be identical to the volume, length and width of the second branch 23 to accommodate. Alternatively, at least one of volume, length and width of the second compartment of the accommodation can differ from the corresponding at least one of volume, length and width of the first compartment to accommodate.

Figure 1 shows that the volume of the second compartment 23 for allocation is less than the volume of the first compartment 21 for placement. The reason is ostoic is that many of the devices in the device for processing the service, should be located in the engine chamber below the second compartment.

In other words, a machine chamber 25 may be located in a given Department, located between the second compartment 23 for the accommodation and housing 1. As shown in figure 1, the compartment formed between the bottom surface of the second compartment 23 for the accommodation and housing 1, can be a branch, where the machine chamber 25.

In the machine chamber 25 may be there are many items made with the control device for the processing service. A device for generating steam and a device for generating heated air can be located in the engine chamber 25.

In the machine chamber 25 may be positioned on the device for the generation of steam (not shown), configured to generate steam, which is supplied to the clothes placed in the first compartment 21 for placement and the second part 23 is to be placed.

Device for steam generation can include the specified case (not shown), made with water or passing water through it, and a heater (not shown), configured to heat water contained in the housing. The device 100 for the processing service in accordance with the present invention may further include a channel of steam supply (not shown), configured to provide communication of housing units for occupancy, for the supply of steam generated in the device for generating steam in the first and second branches 21 and 23 to accommodate.

Steam supplied by the device for generating steam has the ability to move up, because he has a high temperature. When the location of the engine chamber 25 between the bottom surface of the second compartment 21 for accommodation and housing 1 with a device for generating steam, which is located in the engine chamber 25, you can expect the advantage that the steam may be supplied in sections for even without assistive devices used to direct steam into the Department for placement.

In addition, the device for generating heated air (not shown), configured to supply heated air in the compartments 21 and 23 to accommodate, can also be located in the engine chamber 25. In this case, preferably, the device for processing service in accordance with the present invention includes a feed channel of heated air (not shown)that provides a message device for supplying heated air to each of the branches 21 and 23 to accommodate, so that the heated air generated by the device for generating heated air can be fed to the first and second CTD is of 21 and 23 to accommodate.

Types of designs of the device for generating heated air (not shown) can be varied. For example, a device for generating heated air may include a fan, located in the channel, configured to provide communication with each of the compartments 21 and 23 to accommodate with outside air of the housing 1, so that only the air (in this document "air" means "unheated air") may be submitted in each of the compartments 21 and 23 to accommodate.

Alternatively, the device for generating heated air may include a heater and fan, which are located in the channel, configured to provide communication with each of the compartments for the accommodation of outside air corps. Therefore, the outer air casing 1 may be heated by the heater. After that, the heated air may be fed into each of the compartments 21 and 23 to accommodate by using a fan. In this case, the heated air supplied to each of the branches 21 and 23 for the accommodation, can perform the heat exchange with the clothes placed in each of the compartments 21 and 23 to accommodate and be placed on the outer side of the housing 1.

Alternatively, the device for generating heated air may include a heater, fan and a device for drying air, which is s located in the circulation channel, made with the possibility of the circulation of internal air outlets 21 and 23 to accommodate. After drying and heating of the air sucked into the circulation channel, the dried and heated air can be re-fed into each of the compartments 21 and 23 to accommodate.

The device for processing service may include moving device 4 nozzles located on each inner peripheral surface of the first and second compartments 21 and 23 to accommodate. Moving device 4 nozzles may be submitted, at least one of the heated air generated in the device for generating heated air, and steam generated in the device for generating steam in each of the compartments 21 and 23 to accommodate.

Moving device 4 nozzles may be fixed to the inner peripheral surface of each of the compartments 21 and 23 to accommodate, and it may include at least one of the holes 41 for supplying heated air, made with the possibility of spraying the heated air, and holes 43 for the supply of steam, made with the possibility of spraying steam.

A number of holes 41 for supplying heated air may be formed on each inner peripheral surface of the branches 21 and 23 for the accommodation of the message channel supplying heated air (not shown. So many holes 41 for supplying heated air to provide a supply of heated air generated by the device for generating heated air, in each of the compartments 21 and 23 to accommodate.

Many holes 43 for the supply of steam may be formed on each inner peripheral surface of the branches 21 and 23 for the accommodation of the message channel of steam supply (not shown)mentioned above. So many holes 43 for the supply of steam can ensure the supply of steam generated by the device for generating steam in each of the compartments 21 and 23 to accommodate.

While moving device 4 nozzles may further include a device for supplying a detergent (not shown) and a hole 45 for supplying detergent, which is configured to supply detergent into first and second compartments 21 and 23 to accommodate.

The reason is that it is better to wash clothes, worn once for a short period of time or with a small contamination, using a simple device for processing service in accordance with the present invention than to wash your clothes using the washing machine.

In other words, the detergent contained in the device to supply detergent (not shown), is sprayed on the clothes placed in each of the CTD the lines 21 and 23 to accommodate, through the hole 45 for supplying detergent. When the supply of steam or heated air to the clothes after the filing of detergent can wash the clothes, do not contain heavy soiling, use the device for processing service in accordance with the present invention.

Here, preferably, the detergent contained in the device to supply detergent was liquid detergent, and not solid detergent, in other words, powdered detergent. The reason is that the device for processing service in accordance with the present invention is a device for processing service for processing service without the use of water for washing.

In addition, the device for processing service in accordance with the present invention may include a device configured to messages of a given movement, such as vibration, clothing, located in each of the compartments 21 and 23 to accommodate.

If clothing is sprayed liquid detergent or steam, clothing may get damp. Therefore, clothing is actuated to remove moisture remaining in the clothes, such as shaken after spraying detergent or steam on it, and the moisture remaining in the clothes can be removed.

The device for message vibration clothes can be about what westline different ways. For example, there may be a device capable of inform vibration suspension device on which clothes are hanging. This device is able to inform the vibration of clothing, will be described in more detail below.

The device 100 for processing service in accordance with the present invention may further include a movable device 5 nozzles, configured to supply at least one of steam and heated air to the clothes placed in each of the compartments 21 and 23 to accommodate. Preferably, movable device 5 nozzles were moved in the first and second parts 21 and 23 for placement because they may improve the processing efficiency of the service.

As described below, with reference to figure 2 and 3 will be described the construction of the rolling device 5 nozzles located in the device for processing service in accordance with the present invention.

Movable device 5, the nozzle may include a guide part 51, which can linearly to perform reciprocating motion in the up and down direction within each of the compartments 21 and 23 for accommodating part 53 for moving the nozzle, capable of reciprocating movement along the guide part 51 and the bracket 57 nozzle, capable of turning relative to the portion 53 to which aromasine nozzles.

The guide part 51 may be located in different directions, which provide reciprocating movement carried out within departments for accommodation. Preferably, the guide part 51 was located vertically in each of the units for occupancy, as shown in figure 1.

The reason is that the guide part 51 must enable the bracket 57 of the nozzle, which will be described below, applying steam or heated air while moving.

The design, which results in reciprocating motion of the part 53 for moving the nozzle along the guide part 51 can be implemented in different ways. For example, the portion 53 to move the nozzle may include a motor (not shown) and a gear located on the rotating shaft of the electric motor, and the guide portion 41 may include a rack corresponding to the gear.

Alternatively, the guide portion may include a pair of pulleys located in the upper part and the lower part of each compartment to accommodate a chain or cable connecting the pair of pulleys to each other, a motor for rotating one of the pulleys, so that the part to move the nozzle can be mounted on a chain or rope. A detailed description of this construction will be done the following with reference to Fig.6.

Preferably, the bracket 57 of the nozzle was capable of turning with respect to part 53 for moving the nozzle at a given angle. For this part 55 to maintain the bracket mounted to rotate on part 53 to move the nozzle may be located in the movable device 5 of the nozzle.

In other words, as shown in figure 3, the portion 55 to maintain the bracket is connected with part 53 to move the nozzle through the axis (S1) of rotation, and it can be rotated around the axis (S1) rotation with a drive means such as a motor.

In this case, a pair of brackets 57 nozzles may be located at both opposite ends of the part 55 to maintain the bracket, respectively. The brackets 57 nozzles located at the ends of the part 55 to maintain the bracket can be rotated relative to the part to maintain the bracket.

As a result, a pair of brackets 57 nozzles may be symmetrical movement relative to the axis (S1) of rotation when rotating part 55 to maintain the bracket.

Here clothing (C)contained in each of the units for occupancy, may be located in a predetermined space formed by a pair of brackets 57 nozzles. Preferably, the brackets 57 nozzles were mounted on the portion 55 to maintain Cresta is and with the axis (S2) of rotation to move the steam nozzle 573 clothing (C) when turning portion 55 to maintain the bracket.

Here are a couple of parts 55 to maintain the brackets can be installed, as shown in figure 3, so that they can apply steam or heated air to the clothes even during the rotation of the part to maintain the bracket.

In other words, when a pair of brackets 57 nozzles are connected with a pair of parts to support brackets using axis (S2) of rotation, respectively, nozzle for hot air, (571, which will be described below), a steam nozzle (573, which will be described below) can always be directed to clothing (C) while turning parts 55 to maintain the brackets.

While it is preferable that a pair of parts 55 to maintain the brackets could be adjusted to rotate in both directions within a predefined angle (A). The reason is that a pair of brackets 57 nozzles cannot be rotated in one direction due to service (C)located between a pair of brackets nozzles.

Accordingly, in accordance with the present invention a drive part (not shown)made with the possibility of rotation of the parts 55 to maintain the brackets can be adjusted to change the direction of rotation of the bracket nozzle, if the brackets 57 nozzle face clothing (C), so that the arms 57 of the nozzle can be rotated in both directions within the pre is satisfactory given angle (A).

The brackets 57 nozzles may include at least one nozzle 571 for heated air in communication with the device for generating heated air (not shown) and at least one steam nozzle 573 is in communication with a device for generating steam.

Cap 571 for heated air may be provided with a device for generating heated air through a duct heated air (not shown), and a steam nozzle 573 may be provided with a device for generating steam through the steam supply (not shown).

When this channel supplying heated air and the supply channel pair can be connected to the nozzles 571 and 573 installed in the brackets 57 through the nozzle portion 53 to move the nozzle. In this case, it is preferable that the channel supplying heated air and the supply channel pair could have a retractable design, in other words, telescopic or foldable design.

The reason is that the connection between the nozzle 571 for heated air and a device for supplying heated air and the connection between the steam nozzle 573 and a device for generating steam must be maintained, even when the portion 53 to move the nozzle makes the reciprocating movement in each of the departments to host.

When turning parts 55 to maintain the brackets, the brackets 57 nasacort to approach clothing (C). Then the brackets 57 nozzles may come into contact with clothing in accordance with the type and size of service. Therefore, the bracket nozzle may include a clamping element, protruding from the surface of the nozzle.

The clamping element may be a ball 575, which can rotate, and its a given area acting on the surface of the bracket 57 of the nozzle, as shown in figure 2.

Therefore, the ball can prevent damage to the fabric of the garment, which may be caused by a bracket nozzle, even if the bracket 57 of the nozzle in contact with clothing (C) while turning part to maintain the bracket.

In addition, the bracket 57 of the nozzle may further include a part for determining contamination (not shown), configured to define the contaminated area on the clothing.

A part for determining pollution is a means to define the contaminated area on the garment, when the bracket 57 of the nozzle makes a reciprocating motion by means of part 53 to move the nozzle. In this case, the device for processing service in accordance with the present invention may include a control unit configured to control the moving part to move the nozzle and bracket nozzle for the supply of steam or heated air only zagryaznennye service.

The configuration and method of control part for determining contamination will be explained in detail in the description of option implementation, depicted in figure 5.

When the supply of steam to the clothes (C) by means of a bracket 57 of the nozzle, while the bracket 57 of the nozzle is rotated by using the part to maintain the bracket, steam may be supplied on clothing (C) for a short distance. Therefore, clothing can be wetted by condensation of steam, sprayed on the clothes, and the clothes contained in the units for occupancy, may get damp due to liquid detergent sprayed from the holes 45 for supplying detergent.

In addition, if the clothes are not dried after washing, can be contained in each of the departments for accommodation, drying device for generating heated air, the clothes contained in each of the departments for accommodation is in the wet state.

As a result, the device for processing service in accordance with the present invention may optionally include a device configured to remove moisture or liquid detergent contained in the garment if the garment contains a given amount of moisture or liquid detergent.

This is a device for removing moisture may have various designs. Figure 4 depicts the suspension devices is 4, able to inform the contained clothes vibration, as this device to remove moisture.

Figure 4 illustrates a front view of the suspension device and the sliding part, put forward from the suspension device.

Suspension device or hanger 7 may include a support rod 71, which is supported clothing, and part 75 for generating vibration made with the possibility of vibration of the support rod 71.

Disconnect portion 72 may provide for securing the support rod in the connecting pipe 6 and disconnecting from the connection pipe 6, which is located in each of the compartments 21 and 23 to accommodate. Case 73 suspension device located under the supporting rod may be placed inside the garment to maintain the service.

In addition, a suspension device 7 may further include a sliding portion 74 for maintaining long service. Preferably, the sliding portion 74 could selectively be nominated to the outer side of the housing, the suspension device by the user, even when it is located in the housing 73 of the suspended device.

Here extendable part 74 can automatically advance to the outer side of the housing, a suspension device, a driving tool such as an electric motor.

Part 75 for the generation of vibration can be vibrating support is placed above the housing 73 of the suspension device, for a message vibration clothes hung on the support part. Vibratory support means a device that includes a source of generation of vibration capable of generating vibration.

The reason is that the clothes should vibrate to remove moisture contained in the clothes, if the garment contains moisture.

While it is preferable that the control unit is arranged to control a device for generating steam and a device for generating heated air, described above, was ruled by the vibratory support for actuation when the supply of steam to the clothes through the movable device 5 nozzles or fixed device 4 nozzles.

Here, the present invention can not exclude the case of vibration supports, driven by user selection.

Suspension device 7 may further include a spray device 76, is arranged to supply steam or heated air to the clothes hung on the support bar 71. The reason is that the steam or heated air shall be sprayed from a position nearest to the clothes placed in each of the compartments 21 and 23 to accommodate for increase of efficiency of refreshment and drying efficiency of the service.

The spray device 76 may be installed in the housing 73 of the suspension device to the to shown in figure 4, or it can be installed in the support bar 71 in contrast to figure 4.

The spray device 76 includes a first channel 761 for heated air, ensuring the passage of heated air, and the first steam channel 763, ensuring the passage of steam. In addition, it is preferable that the spray device 76 includes a number of holes, capable of spraying hot air or steam, suction through the first channel for heated air or the first steam channel.

The first channel 761 for heated air, and the first steam channel 763 can be made with the possibility of connection disconnect part 72 with the holes of the spray device 76.

Preferably, the second channel 61 for heated air, is arranged to supply heated air generated by the device for generating heated air, and the second steam channel 63, is arranged to supply steam generated by the device for generating steam in the first steam channel 763, could be located in the connecting pipe 6, having the disconnect part detachable from it.

The second channel 61 for heated air may be in communication with a device for generating heated air, and the second steam channel 63 may be in communication with a device for generating steam.

So tsoede audacia part 72 suspension device 7 is connected with the connecting pipe 6, located in each of the departments for accommodation, and then the first channel 761 for heated air is connected with the second channel 61 for heated air, and the first steam channel 763 is connected with the second steam channel 63. After that, the steam and heated air generated by the device for generating heated air and a device for generating steam can be sprayed on clothing through the spray device 76.

Here, the second channel 61 for heated air may branch off from the supply channel of heated air (not shown), and the second steam channel 63 may branch off from the supply channel pair (not shown).

The device for processing service in accordance with the present invention may include a control unit configured to control a device for generating steam, a device for generating heated air, a fixed device 4 nozzles, a movable device 5 nozzles, the spray device 76 and part 75 for generating vibration.

The control unit (not shown) can control many of the elements described above. When the compartment 2 for placement involves many departments, respectively, may be provided with multiple control units.

In other words, when the compartment 2 for the accommodation includes first and second compartments 21 and 23 to accommodate, ka is shown in figure 1, the control unit may include a first control unit (not shown), configured to control a device located in the first compartment 21 for placement, and a second control unit configured to control a device located in the second compartment 23 to accommodate.

You can operate only one compartment in the case of processing a small quantity of clothing, when the number of control units corresponds to the number of offices to accommodate. Can accommodate and handle the same type of service in the same Department for placement in the treatment of different types of clothing.

5 to 7 illustrate another variant implementation of the rolling device of the nozzles located in the device for processing sheets, in accordance with the present invention.

Some parts of the clothing worn by the user, are usually contaminated, not all of its sections. Contaminants usually stick to specific parts of the service.

In addition, the clothing, such as white shirts to evening suit, can have many wrinkles, and wrinkles can be formed in the elbow, wrist and waist area so white shirts to evening dress.

So when you can determine the area of service with pollutants, prili the hand to him, or plot lines (hereafter referred to as "contaminated site") before the supply of steam or heated air to the clothes, the power consumption of the device for processing service can be maximally reduced.

This option describes the implementation movable nozzle device, which includes a portion for determining pollution, able to define the contaminated area of clothing before supplying steam or hot air device for treatment of clothes on the clothes, which will be described in detail below.

Movable device 8 of the nozzle depicted in figure 5, can be located only in the second part 23 for placement, as shown in figure 5, or in each of the first and second compartments 21 and 23 to accommodate.

To explain this version of the implementation will be described using the case of the rolling device 8 of the nozzle of figure 5, which is located only in the second part 23 for placement. Detailed description of the like elements shown in figure 1, will be omitted.

Movable device 8 of the nozzle depicted in Fig.6, includes a guide portion 81, a vertically located in the second compartment 23 for accommodating part 83 to move the nozzle, capable of reciprocating movement along the guide part 81, the bracket 85 nozzles, connected to the first part 83 to move the nozzle, in communication with a device for generating steam and a device for generating heated air, and part 87 for determining contamination located on the bracket 85 of the nozzle to define the contaminated area of clothing.

Part 87 for determining impurities may be separated from the flexible arm 85 of the nozzle to define the contaminated area of clothing placed in the second compartment 23 for placement. However, at the location of the part 87 for determining contamination on the bracket nozzles definition of contaminated land and the supply of steam or heated air to the contaminated area can be carried out simultaneously and primarily.

Guide part 81 may include a drive pulley 811 connected to the rotating shaft of the electric motor 813, located at each of opposite ends or a specified part of the second branch 23 to accommodate, and the driven pulley 815 receiving the driving force from the driving pulley through the cable 817 or chain.

Here, it is preferable that the guide portion 81 is positioned between the second compartment 23 for the accommodation and housing 1 so as not to be open in the second compartment 23 for placement from the point of view of preserving the durability or aesthetic point of view.

Part 83 to move the nozzle is connected to a predetermined section of rope 817 or chain, and it included the AET in itself, at least two protrusions 831. In this case, the guide roller (not shown, arranged to maintain the other parts to move the nozzle is located on a different section of the part to move the nozzle so that the portion 83 to move the nozzle can move more steadily.

The protrusions 831 directed to the inner side of the second compartment 23 for placement along the openings (84, see figure 5)formed in the second compartment 23 to accommodate to connect with slots 853 formed in the bracket 85 of the nozzle.

Therefore, when the driving pulley is rotated by the motor, the cable moves to the upper and lower portions of the second compartment for placement and part 83 to move the nozzle attached to the cable, respectively, makes the reciprocating movement in the second compartment.

The bracket 85 nozzles supported in part 83 to move the nozzle and performs reciprocating motion in the second compartment. In addition, the bracket 85 nozzle delivers at least one of steam and heated air to the clothes contained in the second compartment.

For this purpose, the bracket 857 nozzle includes a housing 851 having a curved shape for environment service, contained in the second compartment, and nasadq the 855, located in the housing in communication with the device for generating heated air and a device for generating steam.

The reason why the body 851 is made in the form of the environment service, is that the bracket 85 nozzles better applying steam or heated air to all areas of service when making a reciprocating motion in the vertical direction along the service contained in the second compartment.

Here Fig.6 illustrates the case 851 capable of applying steam or heated air to the other parties to the service except on the side toward the rear surface of the second compartment of the host.

In contrast, building 851 may apply steam or heated air to all other aspects of service except on the side toward the front surface of the second compartment to accommodate.

An additional advantage of the convenient hanging clothes in the second compartment for placing or removing clothing from it can be ensured when the hull form is designed to supply steam or heated air on the other side of the service except for one side.

Nozzle 855 includes a steam nozzle 859 in communication with a device for generating steam and the nozzle 857 for heated air in communication with the device for generac and heated air. Preferably, the nozzle for hot air and steam nozzle were located on the inner peripheral surface of the housing for the supply of steam or heated air to the clothes, located in the inner space of the body 851.

When this movable device 8 of the nozzle in accordance with this embodiment, describes a device for processing service may additionally include part 87 to determine contamination located on the inner peripheral surface of the body 851 to define the contaminated area of clothing.

As shown in Fig.7, part 87 to determine the contamination may include an optical sensor 871 made with the possibility optical surface determination service, storage device, 873, configured to store information about the surface of the clothing issued by the optical sensor, and reference information, and a counting portion (operating portion) 875 made with the possibility of comparing information about the surface, stored in a storage device, with the reference information to define the contaminated area of clothing.

Optical sensor 871 optical defines the surface of the garment when the movement of the body 851. For this purpose, it is preferable that the optical sensor 871 passed along the inner peripheral surface to which Cusa 851 to determine the surface of the service.

Information about the surface defined by the optical sensor, is stored in a storage device, 873, and the storage device can be placed in the circuit 85 of the nozzle or the control unit.

A counting portion (operating portion) 875 compares the information about the surface of the service stored in the storage device, with the reference information stored after the optical determination of the surface uncontaminated linen (hereinafter called "information on clean clothes"). After comparing the counting part 875 defines contaminated land service on the basis of the comparison result, and transmits a specific area in the control unit.

Information about clean clothes can be installed as information about the surface of the service, certain optical sensor 871 after placing the clothes in the second compartment 23 to accommodate.

Information about the polluted area, a certain part of the accounts 875, is transmitted to the control unit, and the control unit adjusts the bracket 85 of the nozzle relative to the contaminated sites service on the basis of information about the contaminated area. After that, the control unit controls the guide part and the bracket nozzle for spraying at least one of steam and heated air to the contaminated area of clothing.

In other words, the control unit may control the TB mobile device 8 nozzles for steam or heated air after stopping the rolling device of the nozzles on the contaminated area of clothing, but not steam or heated air in all directions service, while the mobile device 8 to the nozzle moves vertically along the service.

When this nozzle 855 includes a steam nozzle 859 made with the possibility of steam supply, and a nozzle 857 for heated air, is arranged to supply heated air. There may be multiple steam nozzles 859 made with the possibility of selective spraying of steam, and a lot of nozzles 857 for heated air, made with the possibility of selective spraying of heated air.

The reason is that the steam and heated air must be submitted only through a portion of the nozzle 855 corresponding to foul the plot, not be fed through the nozzle 855 after a stop bracket nozzle at a given altitude, where it formed the contaminated area of clothing.

Let's assume that part 87 to determine contamination determines the contaminated area in the right pane of the white shirt to an evening suit to the average height, which is contained in the second compartment.

In this case, the control unit controls the bracket 85 of the nozzle to stop mid-height of the white shirt to an evening suit and operates steam and heated air to flow through the steam nozzle 859 and the nozzle 857 for heated is Suha, appropriate right pane of the white shirt to an evening suit. Therefore, the device for processing sheets in accordance with the present invention may not be applying steam and heated air to other uncontaminated areas of the service and may, accordingly, to save electricity.

Fig and 9 - schematic sequence of the method of controlling the device for processing service in accordance with the present invention. As described below, the control method will be described in detail.

First will be described the method of controlling the device for processing service, depicted in Fig.

The method of controlling the device for processing service in accordance with the present invention includes a step (S10) of the selection operation, allowing the user to select one of the operations through a portion of the input (not shown)located in the device 100 for processing service, and the implementation phase operation for spraying at least one of heated air and steam to the clothes contained in the compartment (2, see figure 1) to be placed in accordance with the operation selected in the selection step of the operation.

In this case, the part of the input may include a display. The display can display various information about the device for processing service, for example the selected operation, the expected transaction time remaining lying to the operation and temperature of the compartments for placing, to allow the user to define.

Step (S10) of the operation selection allows you to select the first operation for supplying at least one of steam, hot air and detergent on the clothes through the moving device 4 nozzles, or a second operation for supplying at least one of steam and heated air to the clothes through the movable device 5 of the nozzle.

Here Fig shows that the selection operation includes the case of selecting only one of the first and second operations. It is intended to explain, and the selection operation may include one of the three or more operations.

The implementation phase operation includes a step (S20) of the implementation of the first operation for supplying at least one of steam, hot air and detergent on the clothes when selecting the first operation and the step (S320) of the second operation for supplying at least one of steam and heated air to the clothes when selecting the second operation.

The implementation of the first operation is a fixed nozzle device, and the phase of the second operation is a movable device 5 or 8 nozzles.

The implementation of the first operation is a step for washing clothes, which is not fully contaminated, wash with water. Therefore, at least one and the detergent steam and heated air may be supplied to the clothes. In addition, the step (S20) the first operation is sequentially carried out step (S21) supply of detergent, step (S23) of steam supply and the step (S27) supplying heated air. Then one of at least two of the phases of the supply of detergent, steam and supplying heated air can be carried out, while carried out another of the at least two stages.

That is, the phase of the steam supply may begin, as is the submission of detergent, or the step of supplying heated air can begin, while the stage is steam.

Step (S20) of the implementation of the first operation may include the step (S25) generating vibrations for a vibration service using a part for generating vibration, located in the hanging device 7.

At the stage of generation of vibration is vibration service to remove moisture remaining in the clothes.

At this stage the generation of vibration can be carried out before the step of supplying heated air, or may be performed after step feed of detergent, or at least once after step feed of detergent.

Step (S30) of the second operation is the stage for refreshment service, and at this stage is fed at least one of the pair and n the heated air to the clothes through the movable device 5 of the nozzle.

The implementation phase of the second operation may include a step (S31) of bringing in a reciprocating movement of the moving nozzle device, the step (S33) of rotation of the bracket nozzle, and the step (S35) feeding at least one of steam and heated air.

Optional consistently implement the step of bringing into reciprocating motion, phase rotation, and phase filing in contrast to the implementation of the first operation.

In other words, the step of bringing into reciprocating motion, phase rotation, and phase feeding can be carried out simultaneously. Therefore, the bracket 57 nozzles located in the movable device 5 nozzles, can carry out step (S35) submission simultaneously with the beginning of step (S31) of bringing in a reciprocating motion. In addition, the bracket 55 of the nozzle may implement phase rotation, which is the reciprocating rotation in a predetermined angle range to maintain a set distance from service, located in the compartment, simultaneously with the beginning stages of bringing in a reciprocating motion.

In particular, the movable device 5 nozzles may apply steam or heated air during the reciprocating motion and the reciprocating rotation along the service. Therefore, at the stage osushestvleniya operations steam or heated air may closely be submitted on the clothes, during implementation of the first operation.

As a result, the phase of the second operation provides exceptional effect of removing wrinkles compared with the phase of the first operation. In addition, the ball 575 can be located in the movable device 5 of the nozzle, and it can be expected that the implementation phase of the second operation can provide the effect of smoothing for smoothing out wrinkles on the clothes, because the ball is in contact with the clothing during the reciprocating rotation of the bracket 57 of the nozzle.

The control method in accordance with this embodiment may further include an auxiliary step (S40) spray for supplying at least one of steam and heated air to the clothes that are supported by the supporting rod 71, spraying device 76 located in the hanging device 7, while carried out the implementation of the first operation and the second phase of the operation.

Auxiliary step (S40) sputtering may include at least one of steps (S41) and (S42) atomizing steam and spraying the heated air.

In the implementation of the subsidiary step of spraying the subject of spraying auxiliary step of spraying can be identical to the subject of spraying stationary device 4 nozzles and concentration in the CSOs device 5 or 8 nozzles.

In other words, when the steam flow during the implementation phase of the first operation and the implementation phase of the second transaction on the secondary stage (S40) spraying can be carried out step (S41) atomizing steam to supply steam to the clothes hung on the support bar 71. When the supply of heated air at the stage of implementation of the first operation and the implementation phase of the second transaction on the secondary stage (S40) spraying can be carried out step (S43) spraying of heated air for supplying heated air to the clothes hung on the support bar.

Alternatively, the auxiliary step (S40) sputtering may be carried out stage spray for subject sputtering, different from the subject of the dispersion phase with the first operation and the second phase of the operation.

In other words, when the steam flow during the implementation phase of the first operation and the implementation phase of the second transaction on the secondary stage (S40) spraying can be carried out step (S43) supplying heated air for supplying heated air to the clothes hung on the support bar. When the supply of heated air at the stage of implementation of the first operation and the implementation phase of the second transaction on the secondary stage (S40) spraying can be carried out step (S41) of steam.

Here, when the user selects the third op the radio, as an auxiliary step (S40) is sprayed on the step (S10) of the selection operation, the auxiliary step (S40) sputtering may be submitted, at least one of steam and heated air to the clothes hung on the support bar 71, spraying device 76 that is installed in the suspended device 7.

In this case, the spray device 76 may apply steam or heated air to the inside of the garment hung on the support bar 71. Therefore, the steam or heated air may be supplied from a location in which steam or hot air, sprayed with the help of a mobile device, the nozzle and the fixed nozzle device, don't get it. Therefore, refreshing the device's ability to handle service in accordance with the present invention can be improved.

The working time of the third operation, in which the steam or heated air is supplied by means of the spray device 76 may be adjusted in accordance with the user selection.

In other words, the user directly enters the working time of the third operation through part of the input (not shown) or the control unit, installed in the device for processing service in accordance with the present invention can set the working time of the third operation, when he chooses the type of service that is hosted in the Department DL the host. In this case, the part of the input device for processing service may optionally include a portion for clothes (not shown), configured to provide the user selects a type of clothing.

Fig.9 illustrates the method of controlling the device for processing service in accordance with another embodiment. The control method includes a step (S100) of the operation selection step (S200) implementation of the first operation and the step (S300) of the second operation.

Step (S200) of the selection operation and the step (S200) implementation of the first operation is almost identical to the selection stage of the operation and implementation of the first operation of a variant of implementation described above with reference to Fig. As indicated below, will be described only step (S300) of the second operation.

At step (S300) of the second operation is determined by the polluted site service through the use of a part to determine the pollution that is installed in a mobile device attachments, and served, at least one of steam and hot air only on the polluted site.

In other words, the phase of the second operation includes a step to define the contaminated area service through the use of part 87 to determine contamination when casting in a reciprocating movement of the rolling of the mouth of the STS nozzle (5 or 8, see figure 1 or 5) along the service contained in the compartment.

When determining the contaminated sites service at step (S310) of the definition of pollution in the implementation phase of the second operation includes the step (S330) move to move the moving nozzle device to foul the area of clothing and step (S370) spray for spraying steam or heated air to the clothes.

At step (S370) atomizing steam or heated air is supplied to the contaminated area of the service, and not on uncontaminated areas, as described above. Therefore, a detailed description of this configuration will be omitted.

At this stage of the second operation in accordance with this embodiment may further include the step (S350), the regime carried out before step (S390) spray.

At step (S350) setting mode selects one of the modes, which differ in accordance with what is subject to splash, applied on clothes, steam or heated air. Step (S350) setting mode may include a selection step for selecting one of the first, second or third modes. The first mode is intended for the supply of steam to the clothes, and the second mode is designed to supply heated air to the clothes. The third mode is designed to feed both of them on the clothes.

Consequently the those the user can select the operating mode of the device for processing service in accordance with the types of service and degree of contamination of clothing.

That is, if removing wrinkles from clothes is the primary goal, the user can select a first mode in which steam is supplied to the clothes. If removal of contaminating particles is the primary goal, the user can select the second mode, in which heated air is supplied to the clothes.

In this case, preferably, during the second mode, the heated air was sprayed at a pre-set pressure or more to remove dust from clothing. For this purpose, the device for generating heated air may further include a clamping tool (not shown). The clamping tool can be executed from the pump prior to installation, capable of applying pressure to the heated air generated by the device for generating heated air.

If the main purpose is to remove wrinkles and contaminants from service, the user can select the third mode.

For stage setting mode requires stage mode selector (not shown)that allows the user to select a specific mode. The stage setting mode should only be carried out prior to step (S390) sputtering. Therefore, the selection step can be carried out the change after step (S100) of the selection operation.

Although not shown, the first mode may include the step for supplying heated air after filing (S391) pair. The moisture contained in the clothes should be removed, because the supply of steam is wet clothes.

When applying heated air after filing (S391) a pair of movable device nozzles can be controlled to supply heated air only on the polluted site and supplying heated air when performing reciprocating motion vertically along the service.

In addition, it is preferable that the third mode for simultaneous supply of steam and hot air has been serving (S397) heated air after filing (S395) pair. As mentioned above, the clothes need to be dry, if it uvlezeni through steam.

Although not shown, the third mode can consistently deliver heated air, steam and the flow of heated air.

After the removal of dust stuck to the clothes, through the use of heated air clothing is handled through the use of steam and heated air. As a result, the ability to remove dust and removal of device removal service could be improved.

Specialists in the art will understand that various modifications and changes in the present invention without departing from sushnost is or scope of the present invention. Thus, it is understood that the present invention includes modifications and changes of the present invention, provided that they are included in the scope of the attached claims and their equivalents.

1. A device for processing service that contains
the housing containing the service;
the device for generating heated air, is configured to generate heated air;
a device for generating steam is configured to generate steam;
movable device nozzles made with the possibility of selective feeding at least one of steam and heated air in the compartment when moving in the Department for placement in communication with a device for generating heated air and a device for generating steam;
the feed channel pair, feeding steam generated in the device for generating steam in the service; and
the supply of heated air, feeding the heated air generated in the device for generating heated air, to the Department for placement service;
when this mobile device, the nozzle includes at least one nozzle for hot air chamber connected with the device for generating heated air, and at least one steam nozzle chamber connected with the device d is I steam generation,
moreover, the nozzle for hot air communicates with the device to generate heated air by means of the channel supplying heated air and steam nozzle communicates with the device for generating steam using the feed channel pair.

2. The device according to claim 1, in which the movable device nozzle contains
part to move the nozzle made with the possibility of reciprocating movement along the inner peripheral surface compartments for placing;
part of maintaining a bracket, with the possibility of rotation located on the side to move the nozzle;
bracket nozzle, connected to rotate with the part to maintain the bracket, for spraying at least one of heated air and steam to the Department for placement in communication with a device for generating heated air and a device for generating steam.

3. The device according to claim 1, additionally containing
part for determining contamination located on a mobile device the nozzle to define the contaminated area of clothing placed in the compartment; and
a control unit configured to control the device for generating heated air and a device for generating steam, and a movable nozzle device for supplying at least one of the pair and n the heated air to the contaminated area, defined part to determine contamination.

4. The device according to claim 3, in which the movable device nozzle contains
part to move the nozzle made with the possibility of reciprocating movement along the inner peripheral surface of Department for placement; and
bracket nozzle connected with a part to move the nozzle, for spraying at least one of heated air and steam to the Department for placement in communication with a device for generating heated air and a device for generating steam
and
part to determine the contamination is located on the bracket attachments.

5. The device according to claim 4, in which the bracket nozzle is bent to surround the clothes placed in the compartment.

6. The device according to claim 5, in which the part to determine the contamination contains
optical sensor made with the possibility of optical detection surface of the garment;
a storage device configured to store information about the surface obtained from the optical sensor and a preset reference information; and
the working part is made with the possibility of comparing information about the surface with the reference information to identify contaminated sites and to transfer the designated contaminated area in b is OK control.

7. The device according to claim 1, further comprising a fixed nozzle device fixed to the inner peripheral surface of Department for placement, with fixed nozzle device contains a hole for supplying heated air, is arranged to supply heated air to the Department for placement in communication with a device for generating heated air, and a hole for the steam supply, configured to supply steam to the Department for placement in communication with a device for generating steam.

8. The device according to claim 7, in which the fixed nozzle device further comprises a hole for supplying a detergent made with a possibility of detergent in the compartment is in communication with a device for supplying detergent containing detergent.

9. The device according to claim 7, in which compartment contains the first compartment and the second compartment, which is formed separately in the housing, and a sliding nozzle device and the fixed nozzle device located in each of the first and second compartments to accommodate.

10. The device according to claim 9, further containing machine chamber located between the bottom surface of the second compartment for accommodation and housing for installation, by at least one device for generating heated air, and a device for generating steam.

11. The device according to claim 10, further containing a first control unit configured to control the moving nozzle device and a fixed device nozzles arranged in the first compartment, and a second control unit configured to control the moving nozzle device and the fixed nozzle device located in the second compartment.

12. The method of controlling the device for processing service, comprising a fixed nozzle device mounted on the inner side of the branch to host the service, to supply at least one of steam, hot air and detergent in the compartment, a sliding nozzle device, movably mounted in the compartment, for supplying at least one of steam and heated air in the compartment, the feed channel pair, feeding steam generated in the device for generating steam in the service, and the supply of heated air, feeding the heated air generated in the device for generating heated air, to the Department for placement service, and a sliding nozzle device includes at least one nozzle DL the heated air, chamber connected with a device for generating heated air, and at least one steam nozzle chamber connected with a device for generating steam and nozzle for hot air communicates with the device to generate heated air by means of the channel supplying heated air and steam nozzle communicates with the device for generating steam using the feed channel pair, according to the method
selects the operation when this selects the first operation for processing service through the use of the fixed nozzle device or the second operation processing service through the use of mobile devices nozzles;
carry out the first operation, which serves at least one of steam, hot air and detergent on the clothes using the fixed nozzle device, if the selected first operation; and
carry out the second operation, which serves at least one of steam and heated air to the clothes using a mobile device attachments, if you select the second operation.

13. The method according to item 12, whereby when performing the first operation submit detergent, steam and the flow of heated air consistently.

14. The method according to item 13, according to which one of the feed of detergent, steam and supplying heated air h is Chinese, while is different from the supply of detergent, steam and supplying heated air.

15. The method according to item 13, according to which use of the device for processing the service, optionally containing part for generating vibration, configured to generate vibration of the service, and when performing the first operation additionally generate vibration, causing vibration of the service through the use of a part for generating vibration.

16. The method according to item 15, according to which generate vibration to supply heated air.

17. The method according to item 12, whereby when performing the second operation serves at least one of steam and heated air to the clothes while moving the nozzle device performs a reciprocating motion along the service located in the compartment.

18. The method according to item 12, whereby when performing the second operation is optionally carried out bringing in a reciprocating movement, which is a sliding nozzle device performs a reciprocating motion along the service located in the compartment when applying at least one of steam and heated air in the compartment, and when casting in a reciprocating movement serves at least one of the pair and the load is in the air on the clothes, while the movable device nozzle reciprocating rotates in the angle range, capable of maintaining a specified distance from a service located in the compartment.

19. The method according to item 12, according to which use of the device for processing service, additionally containing a suspension device containing the spray device configured to spray at least one of steam and heated air, and an anchor rod made with the possibility of hanging on her clothes, and
when performing the first operation and implementation of the second operation additionally carry out auxiliary spray, which is sprayed, at least one of steam and heated air to the clothes hung on the support bar, with the spraying device.

20. The method according to claim 19, whereby when the auxiliary sputtering performed on the first operation, sprayed, at least one of steam and heated air, such as that sprays the fixed nozzle device, and when the auxiliary spraying carried out on the second operation, sprayed, at least one of steam and heated air, such as that sprays mobile device attachments.

21. The method according to claim 19, whereby when the auxiliary spray spray heated air is spraying a pair of stationary nozzle device, and when the auxiliary spray spray steam spraying of heated air stationary device, nozzle, and auxiliary spray spray the heated air when spraying a pair of movable nozzle device, and when the auxiliary spray spray steam spraying of heated air fixed nozzle device.

22. The method according to item 12, according to which use of the device for processing the service, optionally containing part for determining contamination located on a mobile device the nozzle to define the contaminated area service, located in the compartment, and
when carrying out the second operation
define the contaminated area service through the use of a part to determine contamination;
move the movable device nozzles to foul the area defined part to determine contamination; and
spray at least one of steam and heated air to the contaminated area.

23. The method according to item 22, whereby when performing the second operation advanced before spraying set mode, which is selected from a first mode to supply steam to the clothes, the second mode of supplying heated air to the clothes and the third mode of supply of steam and heated air to the clothes, and when sprayed sprayed p is p and the heated air on the clothes based on the selected mode.