Device for sorting bank notes

FIELD: sorting of bank notes.

SUBSTANCE: the disadvantage of the known devices of the similar type consists in inconvenience of their use, since the possibility of free and easy access to the path of motion of the bank notes is not provided for the user because of a complicated mechanical construction of the transportation system. Owing to it, it is complicatedly enough to extract the bank notes, which because of malfunctions in the process of their transportation may block the transportation system. The invention makes it possible to eliminate the mentioned disadvantage due to the fact that the device for sorting of bank notes consists at least of three component, and at least of two separated from the external components.

EFFECT: a free and easy access to the transportation system is provided.

17 cl, 4 dwg

 

The present invention relates to a device for sorting of banknotes. Device for sorting banknotes proposed type is known, for example, from DE 3333365 A1 and boot pocket in which to put the processed banknotes, functionally associated with the boot pocket node single-piece separation of the banknotes from the stack, the transport system, located along the conveyor system control unit and at least one receiving node. Usually the main problem encountered in the design of compact devices for sorting banknotes, such as desktop devices known from EP 0952556 A2 type, associated with providing a sufficiently long path of travel of the banknotes in the transport system in order to ensure sufficient space primarily for host control unit and receiving nodes. In the prior art, it follows that this problem can be solved, giving the transport system loop shape that when the compact construction of the device as a whole allows you to lengthen the path of travel of the banknotes.

However, the disadvantage of the known device is that the user is not provided with the possibility of free and easy access to the transport system and thus to the path of travel of the banknotes. For this reason, from the device, it is difficult to extract notes that due to the OEB during their transport block transport system.

Based on the foregoing, the present invention was based on the task of developing a device for the sorting of banknotes that would have a compact design and would provide free and easy access to the transport system.

The specified task according to the invention is solved by using a specific design of the device for sorting banknotes by providing free and easy access to the transport system. To this end, the device for sorting banknotes proposed to be divided into three main parts, the Central one of which is stationary and located between the two separated from her outer parts. When the Department of external parts shall have free access to the transport system on the site location, site monitoring, and site location of the receiving node.

In one embodiment of the device serves to position the transport system mainly parallel to its outer contours, while the Department of external parts from the middle part of the transportation system itself is divided along the line of travel of the banknotes. Thereby it is possible to provide the optimum connector or opening devices along the conveyor system, as in this case, tra is Sortirovochnaya the system does not remain plots access could be closed parts of the device.

In another embodiment, it is proposed to perform a partial or split itself of the transport system. To this end, the elements of the conveyor system is to be distributed on the three parts of the device for sorting banknotes so that this transport system "disclosed" along the path of travel of the banknotes in the separation of the two external parts from the middle part. This is achieved due to the fact that the transport system has a drive unit, especially an electric motor, which is located in the middle part and with the drive components such as gears or belts, drives, only those elements of the transport system, which are located in the middle part, while the elements of the transport system located in the two outer parts are moved in a closed state of the device for sorting banknotes interact with elements of the transport system located in the middle part.

Each of the external parts of the device for sorting banknotes according to the invention, it is preferable to perform the folding and set it on one of the two axes can be rotated around it, and the middle part of the install still.

Any external part predlojeno what about the device for sorting banknotes to perform sliding and set it on the respective rails, and the middle part of the install still.

When this transport system should be primarily parallel to the outer contours of the proposed device for sorting banknotes.

It is important to note that after separation of at least one of the external parts is guaranteed free access to the site single-piece separation of the banknotes from the stack.

In a preferred embodiment of the proposed device for sorting banknotes site single-piece separation of the banknotes from the stack allocated by one of the external parts and the middle part of the specified device.

A device for sorting banknotes according to the invention it is expedient to provide a display device that, when detecting failures in the movement of banknotes or deviations in the movement of banknotes from the specified path would indicate that the land transport system, which are improperly transported or jammed banknote.

In a preferred embodiment of the proposed device for sorting banknotes control units are distributed according to one of the external parts and the middle part of this unit in the specified node control is provided by openings or Windows for sensors and elements of the transportation system, of which the driving node using the drive components in the movement are the only elements of the conveyor system, located in the middle part of the device for sorting banknotes, while the elements of the transport system located in the external part, are driven in the closed state of the device interacting with them elements of the transport system located in the Central part of the device for sorting banknotes.

Each of the receiving nodes, it is reasonable to provide an indicator triggered at the time of laying in the corresponding receiving node specified number of banknotes.

The proposed device for handling banknotes, it is advisable to equip the external remote control, wired or wireless connection would be connected to the specified device for handling banknotes.

The external remote control it is preferable to provide a printer.

In one embodiment of the proposed device external remote control can be connected with it by using the interface for communication in the infrared range.

It may also include the interface for the media and the specified interface, it is advisable to embed an external remote control.

The recording medium can be performed preferably in the form of a smart card or flash memory card.

Below the invention is described in more detail with reference to the accompanying drawings, a description is x shown:

figure 1 - schematic representation made by one of the options proposed in the invention device for sorting banknotes in the closed state,

figure 2 - schematic representation of the device of figure 1 in an open state,

figure 3 - section shown in figure 1 the device plane passing transversely of the path of movement of banknotes in it, and

figure 4 - section shown in figure 2 of the device plane passing transversely of the path of movement of banknotes in it.

All drawings are structurally and/or functionally identical elements are denoted by the same positions.

Figure 1 schematically illustrates the invention the device 1 for sorting banknotes in the closed state, performed on one of the options. Such a device 1 for sorting banknotes consists of three parts 11, 12, 13. Among these three parts, one of them is the average fixed part 12, which is located between the exhaust to the sides or is separated from her outer parts 11 and 13. In the area of one of these external parts, namely in the area of the part 11 is input or boot pocket 40, which are sorted accordingly processed banknotes. In addition, this outer part 11, there are three identical receiving node 20+21 for banknotes. Components of the upper three of these receiving nodes 20+21 show the us in more detail. Such receiving node has topocratic 20 spiral work items and the receiving tray 21 on which the stack of stacked banknotes. In order to ensure compactness of the device 1 for sorting banknotes banknotes processed in the device in the transverse direction, i.e. banknotes are moved to the long side forward, and all operations for the processing of banknotes are also along their long sides.

Due to the compact arrangement of the device 1 for sorting banknotes achieved a number of advantages from the point of view of the ergonomic requirements, namely, the user can work with such as sitting, standing, since both of these provisions, the user can without any problems be left as to the doghouse 40 and receiving nodes 20+21.

The device 1 for sorting banknotes are equipped with remote control 30 control, which consists of the input block 31, a display 32 and a printer 33 and the interface, respectively, the reader 34 to the carrier 35 of the information. The input block 31 and a display 32 are designed to control the device for processing banknotes in the process and allow you to specify, for example, various sorting modes. By using media 35 information, the user may identify themselves as a user who has the right to work with the device is vom 1. In addition to the carrier 35 of the information can be stored individual, user-specific data modes, tuning parameters or accounting or statistical data that enables individual users to work with the device for sorting banknotes in accordance with a set of their own modes, respectively, to use stored on the storage media and data with other devices. The carrier 35 of the information may represent, for example, a chip card or flash memory card with the appropriate interface 34. The interaction between the remote control 30 control device 1 for sorting banknotes can be implemented using wired or wireless communication, for example using optical communication in the infrared range or by radio. The use of external remote control 30 control allows primarily from the point of view of ergonomics to improve the usability of the device for sorting banknotes, such as the 30 remote control is not built directly into the device 1, and allows the user to position it in the most convenient position.

Among the three parts 11, 12, 13 of the device 1 for sorting banknotes two of them are external parts (parts 11 and 13), and one of the inner or middle part (part 12), while externally the e side 11 and 13 is opened and closed adjacent to the inner part 12 on the contour lines, denoted in the drawing by the letters a and B.

Figure 2 shows in figure 1 a device 1 for sorting banknotes schematically shown in an open condition. On this drawing, which outer part 11 and 13 shown in the space provided or tilted to the side from the inner part 12 position, visible elements of the conveyor system, which allows the movement of banknotes. This transport system essentially consists of two sections TA and TB, the contours of which are also mainly determined by the lines designated by the letters a and B.

Figure 3 shows in figure 1 a device 1 for sorting banknotes shown in closed position in the section plane passing transversely of the path of movement of banknotes, while the drawing shows three parts 11, 12, 13 this device and other elements.

As illustrated in figure 3, under the boot pocket 40 is the node 41+42+43 single-piece separation of the banknotes from the stack, which consists of thrilling roller 43 for single-piece separation of the banknotes from the stack, clamping or retaining roller 41 and the feeding mechanism 42. The main function of the feeding mechanism 42 is in the movement of individual banknotes individually detachable from placed in the device for sorting banknotes of the stack to the gripping roller 43 and the pinch roller 41. Thrilling roller 43 and the pressure roller 41 mo is but to perform, for example, in the form of a friction roller forming mechanism for single-piece separation of the banknotes from the stack, which under given conditions of frictional interaction (for a given ratio of coefficients of friction) exciting roller 43 and the pressure roller 41 is provided only capture one of the banknote and its further movement in the first section TV conveying system. As shown in figure 2, node single-piece separation of the banknotes from the stack are distributed on the outer part 13 and the middle portion 12 of the proposed device 1 for sorting banknotes.

The first section of TV conveying system runs mainly through the node 50+51 control, in which the banknotes are the respective test. This node 50+51 control of banknotes is located on both sides of the conveyor system so that the banknote on the path of their movement was possible to check the front and back side. Site 50+51 control consists of two separate closed sections, which are different sensors.

Figure 2 schematically shows the principal design of one of the sections 50 node 50+51 control. Recourse to the path of movement of banknotes surface of the hole, respectively, of the window 54 for sensors interleaved with the elements of the conveyor system. These elements of the conveyor C is theme 55 may constitute, for example, rubber rollers. This allows you to refuse the application in the node 50 of the control of the conveyor belts or tapes that allows you to scan sensors the entire surface of the floating past them banknotes. The elements of the conveyor system 55 is connected to node 50+51 control, respectively with its partitions, which allows you to easily replace the entire node 50+51 control.

Figure 3 shows the block 60 of the control that is performed, for example, in the form of a microprocessor with appropriate memory and which controls the sorting process and withdrawal of banknotes in the device 1 sorting and processing first signals of the sensor node 50+51 control. In addition, a block 62 power supply designed to power a device 1 for sorting banknotes from the network, and the drive unit 65, such as a motor for the conveyor system.

After passing the node 50+51 control banknotes come forth with the first section TV on the second site THE transport system. Running unit 60 controls authenticated banknotes stacked in spaced along the second segment of THE receiving nodes, the latter of which are in the path of movement of banknotes of the designated positions 20+21. The process is similar to the distribution of banknotes by receiving nodes are involved available on the protractor the adjustment system guides or distribution of the arrow, to cause each of the banknotes in accordance with the results of their audits, as well as in accordance with selected using the remote controller 30 to control the sorting in the corresponding receiving node. During the transition roaming bills after passing their site 50+51 control plot In the plot And the conveyor system is formed by the relatively large length of the zone of residual displacement of banknotes. Thus, for the processing unit 60 of the control signals from the host 50+51 control, there is a pretty large for a long period of time, which can be used to check banknotes for increased because of the presence of such transition area during their transportation unit 60 controls lower performance (i.e. with less computing power, respectively, with a smaller memory capacity).

Figure 4 is depicted in figure 2, respectively 3, the device 1 for sorting banknotes schematically shown in an open condition in the section plane passing transversely of the path of movement of banknotes.

Shown in figure 4 the state of both the outer parts 11 and 13 of the device 1 for sorting banknotes allocated to the parties as a result of their rotation around the axes 14 and 15, respectively. Axis 14 and 15 mounted on the flat base 16, which also has a fixed average hours is ü 12. The position of this fixed middle part 12 is kept unchanged and in the open state of the device for sorting of banknotes. In a stationary middle part 12 is an electric motor 65 which drives the transport system using belts or toothed belts 2. Instead shown on the drawing belts can be used with gear, consequently gear. As illustrated in figure 4, the driving motor by means of straps 2 is only one element of the transport system, which is fixed in the middle part 12. Elements of the transport system located in the outer profile of the main parts 11 and 13, are driven by interacting with them elements of the transport system located in the stationary middle of the main part 12, when the device 1 for transporting the banknotes is in the closed state. When this driving force can be transferred through friction (frictional circuit), for example by means of rubber rollers, or with this purpose you can use the gear.

Figure 4 shows further that the elements of the conveyor system 55, located in the node 50+51 controls built directly into it. Because of this, as mentioned above, provides the option of easy replacement of the entire control unit. The above applies to section 51 of the host 50+51 control, which is fixed in the middle part 12 of the device 1 for sorting banknotes, since the elements of the conveyor system, located in section 51, kinematically connected with the drive of the transporting system with only two belts 2.

As shown in figure 3 and 4, the existing transport system in the path of movement of banknotes transition from area TV to the site THAT is designed to receive only a short transition area, which would provide easy access and from the device without any problems could be extracted incorrectly moved or jammed banknote. To facilitate this procedure may be provided by the indicating unit that, when detecting failures in the movement of banknotes or deviations in the movement of banknotes from the specified path would indicate that portion of the conveyor system of THE TV, which are improperly transported or jammed banknote. With the aim to further facilitate access to the transport system inner or middle part 12 is also possible to perform turning, which on a flat base 16 can be provided corresponding to the axis around which this middle part can be prevented, and accordingly deny aside. This way you can about what especial free access also to the area of the conveyor system, which is located between the flat base 16 and the middle portion 12.

The advantage of the above device 1 for sorting banknotes is to provide easy access primarily to those areas in the path of movement of banknotes, along which are the most important nodes, such as node 41+42+43 single-piece separation of the banknotes from the stack, the node 50+51 control and the receiving node 20, due to which in turn allows easy Troubleshooting under certain conditions, "congestion" banknotes, i.e. the ability to easily retrieve stuck on these parcels of banknotes. In addition, the use of only one axis 14, 15 rotate to drain to the sides of each of the areas TA, TB transport system allows to obtain a mechanical system, the advantage of which consists in the simple Troubleshooting or maintenance due to the presence in such a system is widely disclosed and thus easily accessible for visual inspection of the plots along the conveyor system. Instead of performing the external parts 11, 13 folding with the possibility of rotation around the axes 14, 15 of these external parts 11, 13 can also be done sliding, which you can use rails or any other similar device, the movement by which these external parts 1, 13 you can take in the sides of the middle part 12.

To detect failures during the transportation of the banknotes you can use sensors, such as photocell, placing them along the conveyor system. Such sensors are most suitable to install in the direction of travel of the banknotes before or after each of the individual functional units of the device 1 for processing banknotes, namely before or after the node 41+42+43 single-piece separation of the banknotes from the stack before or after the node 50+51 control and before or after receiving nodes, respectively before or after the above-described distribution of the arrows in the transport system. For example, when the sensor detects a failure in the process of transporting the banknotes on the display 32 of the outer panel 30 of the control may display information indicating what kind of external parts 11 and/or 13 is required to open in order to resolve the failure. Thus, we can exclude the opening of one of the two parts 11 or 13 without the need for this. In addition, you can also include an indicator, such as to provide on the external parts 11 and 13 of the light-emitting diodes, the actuation of which indicates the need to open the part 11 and/or 13. The signals of the sensors used to detect failures during the transportation of the banknotes handled by the block 60 control that appropriate education is ω controls the activation of these indicators.

In addition, you can also optionally provide an indication of the degree of filling for each of the three receiving shelves, triggered at the time of laying to the appropriate output tray specified maximum number of banknotes, because in this case completely filled with banknotes output tray cannot be used for banknotes in the process of their further processing. In this case, for visual indication of the degree of filling of bins you can either provide appropriate indicators directly on the receiving trays or display the corresponding information on the display 32 of the outer panel 30 of the control. In the moment of receipt located on the corresponding output bin sensor signal, which indicates the styling on this output tray specified maximum number of banknotes, block 60, the control will issue a control signal to actuate the indicating about the complete filling of the receiving tray banknotes. Block 60 management may also determine the number of stacked in one or the other collector of banknotes by counting the banknotes stacked in the process of processing on each of the bins, and at the moment of reaching the maximum specified number of banknotes equal to, for example, 100 banknotes, to give the corresponding napravlyayuschiysya. After removing a user from a completely filled the paper tray completely equipped with a bundle of bills, which can be determined, for example, by processing in block 60, the control signal of the respective sensor installed on the appropriate output bin, this collector can be used to accept the following bills, which generally provides continuous processing of sorted banknotes.

1. The device (1) for sorting banknotes with feed pocket (40), which are processed banknotes, functionally associated with the boot pocket (40) node (41+42+43) single-piece separation of the banknotes from the stack transport system (TA, TB), located along the conveyor system (TV) node (50+51) control and at least one receiving node (20) with bin (21) for laying into him banknotes depending on the results of their checks received in the node (50+51) control, characterized in that the device (1) consists of at least three parts (11, 12, 13), namely the one located in the middle part (12) and at least two separated from her external parts (11, 13), after separation of the external parts (11, 13) shall have free access at least to the transport system (TA, TB) at the site location of site (50+51) control, and that is the plot of the receiving node (20).

2. The device under item 1, characterized in that the transport system (TA, TB) spread across the three mentioned parts (11, 12, 13) the device for sorting banknotes, when the Department of external parts (11, 13) from the middle part (12) itself, a transport system (TA, TB) is divided by the line corresponding to the path of travel of the banknotes.

3. The device under item 1 or 2, characterized in that the transport system (TA, TB) has a drive unit (65), primarily motor, which is located in the middle part (12) and using components (2) actuator, such as gears or belts, drives, only those elements of the transport system (TA, TB), which are located in the middle part (12), while the elements of the transport system located in the two outer parts (11, 13), are driven in a closed state device (1) for sorting banknotes interact with elements of the transport system located in the middle part (12).

4. Device according to any one of paragraphs. 1-3, characterized in that each of the external parts (11, 13) of the device (1) for sorting banknotes made hinged and installed it on one of the two axes (14, 15) can be rotated around her, and the average (12) part is fixed.

5. Device according to any one of paragraphs. 1-3, characterized in that the outer frequent the (11, 13) the device (1) for sorting banknotes are made movable and mounted for this purpose on the respective rails, and the average (12) part is fixed.

6. Device according to any one of paragraphs. 1-5, characterized in that the transport system (TA, TB) is mainly parallel to the external contours of the device (1) for sorting banknotes.

7. Device according to any one of paragraphs. 1-6, characterized in that after separation of at least one of the external parts (13) shall have free access to the site (41+42+43) single-piece separation of the banknotes from the stack.

8. Device according to any one of paragraphs. 1-7, characterized in that the hub (41+42+43) single-piece separation of the banknotes from the stack allocated one (13) of the external parts and the middle part (12) of the device (1) for sorting banknotes.

9. Device according to any one of paragraphs. 1-8, characterized in that provided by the indicating unit that, when detecting failures in the movement of banknotes or deviations in the movement of banknotes from the specified path points to the parcel shipping system (TA, TB), which are improperly transported or jammed banknote.

10. Device according to any one of paragraphs. 1-9, characterized in that the hub (50+51) control distributed one (13) of the external parts and the middle part (12) of the device (1) for sorting banknotes, with the specified node (50+51) control PR is usmotreny hole or window (54) for sensors and elements (55) transport systems, of which a drive unit (65) with component (2) drive in motion contains only those elements of the transport system, which are located in the middle part (12) of the device (1) for sorting banknotes, while the elements of the transport system (55)located in the outer part (13) of the device (1) for sorting banknotes are moved in the closed state of the device interacting with them elements of the transport system located in the middle part (12) of the device (1) for sorting banknotes.

11. Device according to any one of paragraphs. 1-10, characterized in that each of the receiving nodes (20, 21) has a light trigger that occurs at the time of laying in the corresponding receiving node (20+21) a specified number of banknotes.

12. Device according to any one of paragraphs. 1-11, characterized in that there is an external control device (30) control that is wired or wireless connected to a device for handling banknotes.

13. The device according to p. 12, wherein the external control device (30) control is equipped with a printer (33).

14. The device under item 12 or 13, characterized in that the external control device (30) control is connected with a device for handling banknotes using the interface for communication in the infrared range.

15. Device according to any one of paragraphs. 1-14, characterized in that the interface (34) is the La (35) information.

16. The device according to p. 15, wherein the specified interface (34) is integrated into an external control device (30) of the control.

17. The device under item 15 or 16, characterized in that the carrier (35) of information is a chip card or flash memory card.



 

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FIELD: sorting of bank notes.

SUBSTANCE: the disadvantage of the known devices of the similar type consists in inconvenience of their use, since the possibility of free and easy access to the path of motion of the bank notes is not provided for the user because of a complicated mechanical construction of the transportation system. Owing to it, it is complicatedly enough to extract the bank notes, which because of malfunctions in the process of their transportation may block the transportation system. The invention makes it possible to eliminate the mentioned disadvantage due to the fact that the device for sorting of bank notes consists at least of three component, and at least of two separated from the external components.

EFFECT: a free and easy access to the transportation system is provided.

17 cl, 4 dwg

FIELD: the invention refers to sorting postal correspondence in one or more establishments of the postal operator for distribution of correspondence to addresses.

SUBSTANCE: for error recovery of addressing on postal objects in the process of sorting, distribution to addresses and delivery carried out by a postal operator with postal objects which are passed to the postal operator by a sender of postal objects which is the client of the postal operator corresponding identification numbers of postal objects are created for postal objects which must be processed with the help of sorting processor distribution to addresses and delivery. At that these identification numbers are marked on corresponding postal objects in machine-readable form and recorded in an electronic card index in accordance with data corresponding to the postal addressees of postal objects. These identification numbers of postal objects or “ clients' extended code” are created by a sender of postal objects. The sender marks them on postal objects before passing them to the postal operator. The card index which has identification numbers of postal objects in accordance with data corresponding to postal addresses. is also prepared by a sender of postal objects and is passed by a sender to the postal operator.

EFFECT: the invention allows by more simple manner to make error recovery of addressing on definite objects of postal correspondence which is passed in great quantities by a sender to a postal sorting establishment.

7 cl, 2dwg

FIELD: the invention refers to automatic processing of postal parcels in the process of their automatic sorting.

SUBSTANCE: video encoding station of an installation for sorting postal objects particularly parcels executes direction of each parcel to the exit of the sorting on the basis of automatic reading of the postal address out of a digital image of the parcel. The station has a block of a central processor, a display and a keyboard and is programmed for displaying of the image so that the operator via video encoding may execute semi-automatic processing of reading the address. The station has also a positioning arrangement for locating a grid in the center of the field of displayed image and a push button for recording the current location of the grid so that the operator can quickly identify the site of the postal address.

EFFECT: such video encoding station allows the operator quickly identify the field which is of interest and includes the postal address so that the postal address corresponding to the parcel may be identified by way of applying an algorithm of an automatic identification of symbols that are of interest to the field.

2 cl, 4 dwg

FIELD: postal service; methods and devices for preprocessing of postings.

SUBSTANCE: the invention is pertaining to the method and the device for preprocessing of postings and ensures reduction of the run time of the incoming postings processing. The basis of the whole processing chain is the system of the alphabetical sorting, in which the postings are sorted directly forming the succession of delivery.

EFFECT: the invention ensures reduction of the run time of the incoming postings processing.

6 cl, 3 dwg

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