Apparatus for receiving means of payment in automatic machine for performing transactions

FIELD: physics, computer engineering.

SUBSTANCE: invention relates to payment terminals. An apparatus for receiving means of payment in an automatic machine for performing transactions, which receives unsuitable means of payment and means of payment not taken by a user, having a housing and a partition wall which divides the inner space of the housing into a first receiving chamber for storing counterfeit means of payment and a second receiving chamber for storing means of payment not taken by a user, wherein said partition wall has a stacking surface in contact with the bottom surface of the second receiving chamber and tilted to stack means of payment; and a protruding supporting surface which is joined to one end of the upper portion of the stacking surface to prevent means of payment currently being staked from colliding with already stacked means of payment; wherein the housing has a reflecting portion formed by a reflecting surface opposite the partition wall which is tilted downwards towards said partition wall and on which means of payment fall first when fed in the direction of the partition wall; said reflecting portion further includes a continuing surface which extends from said reflecting surface towards the bottom surface of the second receiving chamber, and a stepped portion is formed on the portion where the continuing surface is joined to the reflecting surface.

EFFECT: higher capacity of the receiving compartment.

8 cl, 6 dwg

 

The technical field

The present invention relates to a device for receiving money in the machines to perform operations with the means of payment and, in particular, to such devices for receiving money in the machines to perform operations with payment means, which allow to increase the capacity of the receiving compartment intended for the storage is not taken by the user of the payment means, that is those funds that have not been adopted as introduced and were returned to the user.

Prior art

The term "ATM" (working without human participation banking machine) refers to the automated device that can provide such basic financial services like Deposit and withdrawal of funds without a cashier and without limitation in time and in the circumstances of the transaction.

In General, ATM on grounds of withdrawing/depositing money can be subdivided into the device for withdrawing cash from the account and device for depositing cash into the account. Currently, the ATMs are used for various purposes in addition to Deposit and withdraw cash, for example to issue a cheque for collection / receipt of the cheque from the Bank, recording transactions in a savings book, the introduction of payment orders and things like which.

In the following detailed description as an example we consider a machine for depositing banknotes, but the present invention is not limited with this. In particular, instead of a machine for depositing banknotes can be considered the machine to perform operations with the means of payment, which may take different means of payment types, including checks, cash money, various bills and the like.

Traditional machine to perform operations with payment means includes Deposit compartment that receives payment made by the user, track movement, which moved the funds deposited through the Deposit compartment, and which is definitive compartment, which establishes the suitability of the means of payment, storage compartment, which temporarily hold means, passing through the key compartment, several cassettes that store payment made by the user, and the like.

In addition, the machine to perform operations with payment means may additionally include a storage compartment that stores made a means of payment that the user is not taken.

Storage compartment may include a first receiving chamber for storage of counterfeit money received from funds made is, and a second receiving chamber for storing together with made payment means payment means, which are not taken away by the user. The first receiving chamber and a second receiving chamber can be separated from each other by a partition.

Payment received in the second receiving chamber, can get there in a vertical position relative to the bottom of the second receiving chamber. In this case, the specified camera will fit a relatively small amount when compared with the total capacity of this camera. This leads to the inconvenience associated with the need to frequently replace the compartment to provide enough storage space not taken the means of payment.

The invention

Technical tasks

In one of its aspects the present invention provides a device for receiving money in the machine to perform operations with payment facilities, equipped with the receiving chamber, which may be provided enough space for the means of payment, which must be stored in the device for the reception.

In another aspect the present invention provides a device for receiving money in the machine to perform operations with the means of payment, whose capacity can be increased by approximately three times compared with the capacity susestudio the device by placing the means of payment in the receiving chamber in the foot at an angle.

Technical solutions

According to one aspect of the present invention a device for receiving money in the machine to perform operations with the means of payment, which makes the unsuitable means of payment and is not taken by the user of the payment means and includes a housing and a septum, which divides the inner space of the housing at a first receiving chamber for fake payment means and the second receiving chamber for not taken by the user the means of payment. The partition may include laying surface which is in contact with the bottom surface of the second receiving chamber and has a bias for stacking means of payment; and forming a ledge support surface, which is connected with the upper end of the laying surface, to avoid collision stacked at the moment of the payment of funds from the already placed in the stop means of payment.

Thus forming a ledge support surface directed his ledge in the first receiving chamber. Forming a protrusion support surface can minimize the possibility of collision of the input at the moment the second receiving chamber means of payment with the funds already laid obliquely in the foot on the laying surface and forming a ledge support surface. In particular, the contact between the upper is a Paradise laid at the foot of the payment means and the lower edge of the incoming payment means can be minimized, if the top edge is placed in the stop payment will be inclined to Balk at forming a ledge support surface.

Device for receiving payment means may further include a reflective area formed by the reflecting surface, which is sloped downward to the partition, and which will be used primarily to bump a means of payment for their introduction in the direction of the partitions.

Reflecting section may further include intermediate surface, which will move away from the reflective surface to the bottom surface of the second receiving chamber, and at the junction of the intermediate surface and the reflective surface can be formed in a stepped area. The reflective surface may be so shaped that the place of its connection with the intermediate surface is located opposite the forming protrusion support surface.

Thanks to the reflective surface, the direction of movement of the means of payment may vary, so a means of payment, enter at an angle to the reflective surface will face in the reflective area and then to act on the laying surface. In addition, thanks to a stepped section formed at the junction of the intermediate surface and the reflective area can be increased by the amount of watts the Roy of the reception chamber, and thus, the number of means of payment, stacked on a laying surface.

Conventional design allows you to tuck in a vertical position approximately 50 units of means of payment, whereas in the device to receive payment of the funds have described above in the present invention, the design can be laid in an inclined approximately 150 units of means of payment. The number of stored money is increased by about three times compared with the known devices.

The junction intermediate the surface and the reflective surface can be given such a form that it will be opposite the forming protrusion support surface. In this case, means of payment, stalkivayuschiesya on the reflecting surface will be easily laid on a laying surface, not encountering forming a ledge support surface.

Continuing the surface can be given such a form that it will not reach the bottom surface of the housing. In this case, even if laying on the surface will have a large number of means of payment, it will be possible to eliminate the twisting of the ends of the individual units in the means of payment.

Friction collision between the payment means and the reflecting surface can be reduced, if the reflecting section is formed is about a few ribs.

The effect of inventions

The implementation of the present invention allow you to create a device for the reception of means of payment, which can be provided more space for the incoming payment. So, due to the presence of the curved surface on the wall in the inlet chamber, through which extends the entrance to the storage compartment means of payment, can be achieved by increasing the space not taken the means of payment.

In addition, according to other implementations of the present invention the input means of payment can be placed obliquely to form a homogeneous pile of money. As a result, the number of stacked payment of funds can be increased about three times in comparison with the known devices that can store a relatively large amount of means of payment.

In addition, according to other implementations of the present invention by expanding the entry in the first receiving chamber to receive counterfeit means of payment such means of payment can easily get into the first receiving chamber.

Brief description of drawings

Figure 1 in section showing the machine to perform operations with the means of payment according to one implementation of the present invention;

figure 2 shown in the cross section direction DV is the position along the paths in the machine, depicted in figure 1;

figure 3 is a perspective view showing the device for receiving money in the machine shown in figure 1;

figure 4 in section showing the device for receiving payment of funds is shown in figure 3;

figure 5 shown in the cross section of the reflecting area of the device to receive payment of the funds;

figure 6 presents the image in the context of explaining the process of accepting payment in the second receiving chamber.

The preferred implementation of the invention

Below is a detailed description of implementations of the present invention with reference to the accompanying drawings in which the same numerical designation of positions everywhere mean the same elements. Comments to the implementations are given to explain the present invention by using the drawings.

Directly next the design of the machine to perform operations with the means of payment and its functioning according to one implementation of the present invention will be described in detail with reference to the accompanying drawings. The following description refers to one of the many aspects and can be part of the detailed description of the present invention. In the description of the present invention will be omitted detailed explanations concerning the well-known functions or constructions that the most obvious way to allocate the price is ü the present invention.

Subject to further description is a machine to perform operations with the means of payment that allows you to make paper means of payment, such as banknotes, checks and the like, according to one implementation of the present invention. However, this machine is just one of the possible examples of ATM BM, and the invention can be applied to other suitable types of BM, for example machines for depositing and withdrawing money, and the like.

Figure 1 shown in the cross section of the machine 100 to perform operations with the means of payment according to one implementation of the present invention, and figure 2 shown in the cross section direction along the paths in the machine 100, is depicted in figure 1.

As shown in figure 1 and figure 2, the machine 100 to perform operations with payment means includes a housing 110 that defines its external shape and encloses within itself the various components and parts. On one side of the housing 110 has a device 111 for payment of funds, through which the user may make such payment as cash, checks and the like.

In addition, the housing 110 contains a set of belts and rollers, which form multiple tracks to move made the means of payment. These paths may include the path of movement of the Deposit DPD, Dor the HCS temporary relocation fiberboard and track the movement of means of payment DPPS. Thus the path of movement of the Deposit DPD can connect the device 111 to the input means of payment and burn-in device, such as a burn-in cassette OK (hereinafter - burn-in device OK) for rejection of unsuitable means of payment submitted with any means of payment. Track temporary relocation fiberboard can connect the track to move the Deposit DPD and the drive, for example a box of temporary storage KVH (hereinafter - the drive KVH), for temporary storage of suitable means of payment submitted with any means of payment. Track the movement of means of payment APPS can connect track temporary relocation fiberboard and the storage unit of the payment means, such as a cassette KA (hereinafter, the storage means of payment KA), which temporarily put the means of payment.

This can additionally be provided by the device for receiving the means of payment, such as a container for received funds (hereinafter - the device for receiving payment PP), which will store not taken by the user a means of payment or store counterfeit money found among the means of payment recognized as unsuitable.

Means of payment entered in the device 111 to enter the payment means can move along the track 113 post the surrounding means, educated at the exit of the device 111 to the input means of payment. At the exit of the device 111 to the input means of payment may be a number of rollers (not shown), which will guide you made money on the track 113 of revenues.

Track 113 receiving means may include two belt located opposite each other, and the rollers driving these belts. In another case, the track receiving means 113 may include one belt and a guide (not shown)located in front of the belt.

The track 113 receiving means of the payment means can move in the key compartment 112. In the key compartment 112 by using a number of sensors, scanner and so on is deciding whether paid payment instrument is suitable or fake. For example, in the key compartment 112 made among the means of payment can be recognized by such unsuitable means of payment, as consisting of two sheets, folded, etc. in Addition, in definitive compartment 112 made among the means of payment may be fake.

When the means of payment made inapplicable in the recognition result when a key compartment 112, for example, if funds torn or folded, they can be transmitted in otbr the forging device OK ie will be rejected and will not be treated as a Deposit. With this purpose, on the output side of the definitive compartment 112 may be provided to track the movement of Deposit DPD and on the one hand, it can be set burn-in device OK.

Means of payment recognized in the key compartment 112 is suitable, can be transferred on a temporary drive KVH, not getting into the burn-in device OK. Between the path of movement of the Deposit DPD and the temporary drive KVH can be formed track temporary relocation fiberboard, which means of payment will be transmitted to the drive KVH.

After temporary storage in the drive KVH means of payment can be transferred to the storage unit of the payment means, now, that completes the process of depositing money. Between the drive KVH and device for the storage of means of payment KA can be formed track the movement of means of payment DPPS, in which the means of payment will be transferred to the storage means of payment KA. In this part of the track moving means of payment DPPS may come into contact with the track temporary relocation fiberboard, having with it a common part of the trajectory. Another part of the track moving means of payment APPS can connect to the storage device PL is the payment of funds by the AC.

In addition, for storing unsuitable means of payment in the number of tracks to move may be formed track special move chipboard to the device 200 to receive payment of the funds, which will be sent payment, deemed unfit for definitive compartment 112 or operation which was cancelled and returned to the user, but they were not taken. Can also be formed track taken funds, which will be collected separately those means of payment of temporarily stored in the drive KVH for which the user has not taken any action (cancellation or receipt).

In this case, the device 200 to receive payment of funds can be divided into the first receiving chamber for storing unsuitable, for example fake, the payment means and the second receiving chamber for the payment of funds that were not taken by the user. The first receiving chamber and a second receiving chamber can be a single module and, thus, be placed on the trajectory paths of accepted funds. The first receiving chamber and a second receiving chamber will be described in more detail below.

May be there are several devices for the storage of means of payment KA, because the number processed in the usual manner of payment of funds more than the number who tion is not taken by the user of the payment money or fake money. Figure 1 shows the two storage means of payment KA. In this case, the storage means of payment of the AC include the first device for storing payment funds CA, United with the path of movement of means of payment DPPS, and a second device for storing payment funds CA, located to the side of the first storage means of payment KA.

If additional storage means of payment to receive the payment means can be provided for an additional path of movement of the MDC. Additional track move MDC may come into contact with the track temporary relocation fiberboard, having with it a common part of the trajectory, and can connect to the device for storage of means of payment KA.

Figure 3 is a perspective view showing the device 200 to receive payment of the funds is depicted in figure 1, in figure 4 the device 200 to receive payment of the funds is shown in figure 3, shown in section, and figure 5 shown in the cross section of the reflecting section 270 of the device 200 to receive payment of the funds.

As shown in Figure 3, the device 200 to receive the means of payment may include a housing 250 and the partition 260, which divides the inner space of the housing 250 to the first receiving chamber 252 and the second receiving chamber 254. Wall 260 of the device 200 to receive p is atiny funds provided for in order to separately store unsuitable means of payment, such as fake, torn and similar tools, and means of payment, recognized as suitable for definitive compartment 112, but not taken by the user. In this case fake payment can be stored in the first receiving chamber 252, and not taken as a means of payment can be stored in the second receiving chamber 254.

Wall 260 may include a curved surface 264, forming a ledge support surface 266 and laying surface 268. Wall 260 may be disposed so that the volume of the second reception chamber 254 is larger than the amount of the first reception chamber 252.

When this curved surface 264 may be inclined towards the first inlet chamber 252, which makes wider input into the first receiving chamber 252 to facilitate getting in it counterfeit means of payment. The fact that, since the volume of the second reception chamber 254 is greater than the first volume of chamber 252, getting fake money in the first receiving chamber 252 can be difficult. In the case of the expansion of the entrance, through which pass the counterfeit means of payment, they will be easy to get into the first receiving chamber 252. Since the storage space of counterfeit means of payment will be increased, it is possible to prevent fake platinum.credit the second receiving chamber 254.

And if curved surface 264 inclined towards the first inlet chamber 252, the input to the first receiving chamber 252 is wider than the space for laying counterfeit means of payment that will allow such payment means easy to place inside.

Forming a protrusion support surface 266 may continue in the vertical direction of the lower part of the curved surface 264. In particular, forming the ledge support surface 266 may be sent to his ledge in the first receiving chamber 252. Due to the presence of this surface can be excluded collision stacked at the moment of the payment of funds from the already stacked means of payment. In particular, the payment means, arranged in the second receiving chamber 254 may be inclined generatrix of the ledge support surface 266 and laying surface 268. When the new means of payment are received in the second receiving chamber 254, the edge is already in the camera, means of payment and the incoming edge at the moment of payment of the funds may come up against each other, causing the incoming payment means can be placed in the wrong position and block the entrance to the second receiving chamber 254.

To prevent blocking the already stacked means of payment of the passage, which receives new platein the e means, may be provided by forming the protrusion support surface 266 aimed his ledge in the first receiving chamber 252. Because the available means of payment are in the camera, based on forming a ledge support surface 266, Jogging new means of payment is already in the camera means of payment will be excluded.

At the lower end forming a ledge support surface 266 may have laying surface 268, deviating in the direction of the second receiving chamber 254 through which payment will be placed in the foot at an angle in education which also participates surface 266.

Laying surface 266 is the main surface on which essentially rely laid a means of payment. The angle of the laying surface 268 may be different depending on the number of stored payment made to the invention of the requirements and the like. However, this is only an example, and the present invention is not limited to the presented angle laying surface 268 and is not limited to this angle.

As can be seen in Figure 4 and Figure 5, on the inner wall of the second receiving chamber 254 opposite the partitions 260 can be formed in the reflective area 270. Reflecting section 270 may include a reflective surface 272 prodolzhaysya surface 278.

The reflective surface 272 may be a surface on which first of all will encounter means of payment entered into the second receiving chamber 254. The reflective surface 272 may change the direction of the incoming payment of funds so that they will be placed obliquely on the laying surface 268. In particular, the reflective surface 272 may be inclined towards the middle part of the partition 260 or the second reception chamber 254, making money, stalkivayuschiesya to the reflecting section 270 will be discarded to the wall 260.

Reflecting section 270 may include intermediate surface 278 outgoing from the reflective surface 272 to the surface F of the bottom of the second receiving chamber 254. While at the connection point of the reflective surface 272 and continuing surface 278 can be formed in a stepped section 276. A stepped section 276 may have a bend towards the inner wall W of the second reception chamber 254. A stepped section 276 can provide maximum rebound, which will change the direction of the incoming payment diagonally from the reflecting section 270 to the wall 260. By increasing the space between the partition wall 260 and the intermediate surface 278 may be increased the amount of money stored in the second PR the roadways to the chamber 254.

In particular, the connection may be in the area located opposite the forming protrusion support surface 266. This connection can give the final direction of the upper edge of the means of payment, stacked in the second receiving chamber 252.

When the second receiving chamber 254 stacked means of payment, not taken by the user, the existing method of installation in a vertical position there is placed approximately 50 units of means of payment, while using underneath the inclination of the partitions 260 there can fit approximately 150 units not taken by the user the means of payment. Thus, the number of stored money can be increased three times.

In the reflective area 270 may be formed with several ribs 275. As a means of payment, stacked in the second receiving chamber 254, introduced there in the longitudinal direction, they can be uneven and to keep this position. In addition, the second receiving chamber 254 will be moved a relatively small amount of money compared to the potential capacity of this camera. On the contrary, with several ribs 275 can provide a uniform arrangement of means of payment in the second receiving chamber 254. In particular, due to the presence of re is er 275 may provide adequate space for incoming subsequently payment of funds due to the achieved automatically correct installation prior to payment of funds. Ribs 275 may be located at predetermined distances from each other. In addition, ribs 275 can reduce the friction between the stacked payment means and the reflecting section 270.

In addition, the housing 250 may include distribution jumper G (see Figure 1), with which the payment funds will be allocated in accordance with their type in the first receiving chamber 252 or the second receiving chamber 254. Depending on the type of payment of funds into the housing 250, switch jumper G may be secured to the first receiving chamber 252 or the second receiving chamber 254. So, if in case 250 impose a means of payment, which must be taken, switch jumper G is fitted in the first receiving chamber 252. If in case 250 impose counterfeit means of payment, distribution jumper G is fitted in the second receiving chamber 254, creating a passage for the means of payment. In particular, when the distribution jumper G is fitted in the first receiving chamber 252, means of payment will be introduced into the second receiving chamber 254 diagonally to the reflecting section 270, encountering on the reflecting section 270.

Figure 6 presents the image in the context of explaining the process of accepting payment in the second receiving chamber 254.

As IDNO of 6, means of payment, not taken by the user, may be sent to the second receiving chamber 254. In this case, the means of payment can be first directed diagonally to the reflecting section 270.

Means of payment, stacked in the second receiving chamber 254, primarily collide with the reflecting surface 272 of the reflecting section 270. Falling on the reflecting surface 272, a means of payment for the achievement of terraced plot 276 can change direction and move now to the partition 260.

Means of payment, the direction of which is changed, will be inclined along the ledge support surface 266 and laying surface 268 of the partitions 260.

In the above-described design of the means of payment can face reflecting section 270 and meet in the foot tilted along the ledge support surface 266 and laying surface 268. Compared with conventional designs, in which the means of payment is placed in a vertical position, the number of means of payment, stacked using reflective area 270 may be increased approximately three or more times. So, if the existing method of installation in a vertical position can be laid approximately 50 units of means of payment, not an individual user is LEM, using an inclined partition 260 may be placed approximately 150 units. For this reason, eliminating the need to frequently replace the device 200 to receive payment of the funds may be enhanced by the performance of the operator.

Although the above-described device for receiving payment of funds refers to the BM to make money, such a device can be applied to BM to Deposit and withdraw money, etc. in Addition, the above-described device for receiving payment means 5 can be considered as a technical idea, interpreted in various aspects, or as minimal technology, expressing the present invention, and may not limit the present invention.

Although the above has been presented and described several implementations of the present invention, this invention is not limited to the described implementations. On the contrary, experts in the art should be obvious that in the above implementations may be amended, which do not go beyond the principles and spirit of this invention, and its content is defined by claim 15 of the invention and their equivalents.

1. Device for receiving money in the machine to perform operations with payment means, which receives the t unsuitable means of payment and not taken by the user a means of payment, contains:
housing; and
the wall that separates the inner space of the housing at a first receiving chamber for stacking fake payment means and the second receiving chamber for stacking is not taken by the user of the payment means, and said partition contains:
laying surface in contact with the bottom surface of the second receiving chamber and inclined to the stacking means of payment; and
the protruding bearing surface, which is connected with one end upstream of the laying surface, to avoid collision stacked at the moment of the payment of funds from the already stacked means of payment;
the housing includes a reflective area formed by the reflecting surface opposite the septum, which is inclined downwards in the direction of the said partition, and on which the first bump means of payment, when they are introduced in the direction of the septum; and mentioned reflecting section further comprises continuing the surface, passing from the reflective surface towards the bottom surface of the second receiving chamber, and at the area of connection intermediate the surface and the reflective surface is formed a stepped section.

2. Device for receiving payment instruments according to claim 1 in which the said area of connection is placed intermediate the surface and the reflective surface is formed in the section opposite the protruding support surface.

3. Device for receiving payment means according to claim 2, in which the mentioned intermediate surface is separated from the surface of the bottom of the housing at a distance.

4. Device for receiving payment instruments according to claim 1 in which the means of payment, stacked in the second receiving chamber, placed at an angle to the reflective surface.

5. Device for receiving payment instruments according to claim 1, in which said wall includes a curved surface, which is connected with one end of the upper section protruding support surface and formed a stepped section in relation to the serving support surface to increase the input in the first receiving chamber.

6. Device for receiving payment means according to claim 5, in which the mentioned curved surface inclined toward the first receiving chamber referred to the laying surface inclined toward the reflecting section, and the above-mentioned protruding bearing surface is in the direction of the first receiving chamber.

7. Device for receiving payment instruments according to claim 1 in which the means of payment, stacked in the second receiving chamber, injected diagonally to the reflecting section, and means of payment are stacked so that contact with the bottom surface of the second receiving chamber.

8. Device for receiving payment the funds according to any one of claims 1 to 7, in which mentioned reflecting section formed several ribs.



 

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5 cl, 4 dwg

FIELD: personal use articles.

SUBSTANCE: invention relates to a unit for storage of documents such as banknotes in stack. The device contains a support plate assembly for the documents stack shifting towards the aperture in the body of the documents storage unit. The body may contain an auxiliary mechanism promoting the documents stack shifting in the process of a newly obtained document stacking. Additionally, the device includes a setting mechanism designed so that to enable motion between the closed and the opened positions while the closed position prevents the shearing mechanism from application of a shearing force.

EFFECT: banknotes stacking convenience enhancement due to uniform stacking.

15 cl, 16 dwg

Protection device // 2523966

FIELD: transport.

SUBSTANCE: invention relates to valuables transportation means. Device for storage or transportation of valuables includes internal magazine (30) for accommodation of valuables and external casing (10) where internal magazine can be fitted (30). In this structure, the internal magazine (30) contains mean (102) for communication with external casing (10), mean (100) for detecting impact on the internal magazine (30) and valuables damage device (50), and the external casing (10) contains mean (82) for communication with internal magazine (30) and mean (80) for detecting impact on the external casing (10). In this system, valuables damage device (50) is made capable to be actuated in case when mean (100) for detecting impact on the internal magazine detects impact on the internal magazine (30) or in case when mean (80) for detecting impact on the external casing detects impact on the external casing (10).

EFFECT: higher safety of transportation.

12 cl, 6 dwg

FIELD: transport.

SUBSTANCE: invention relates to document processing device being actuated by modular drive gear which can actuate multiple various modular actuators connected with possibility to be actuated and disconnected from drive gear. The modular device contains validator with conveyor to move document along passage, and housing to accommodate conveyor; packer containing carrier device; drive gear with driving unit consisting of drive, power transfer and displacement devices, intermediate channel, front and rear gear wheel, support frame and a pair of articulated joints, and housing to accommodate the driving unit.

EFFECT: simplification of driving and actuating devices assembling, dismantling, servicing, checking and replacing; continuous feed of documents from validator using driving device to packer due to the fact that validator and packer are connected with possibility to be actuated and disconnected from driving device.

13 cl, 33 dwg

FIELD: transport.

SUBSTANCE: claimed set of inventions relates to document processing device. This device incorporates important document detector and carrier to displace said documents by said detector. Opposite said detector (2) arranged is a guide element for passive guidance of the document. Said guide element can be displaced, at simultaneous displacement of several important documents, by said detector, for example, under action of force applied thereto.

EFFECT: higher accuracy and reliability of document testing.

18 cl, 12 dwg

FIELD: information technology.

SUBSTANCE: apparatus (100) for depositing carriers has a deposit transporting unit (120) which provides a deposit circulation path for a carrier, input by a carrier depositing unit (113); a temporary storage carrier transportation unit, which provides a temporary storage carrier circulation path which is in contact with the deposit circulation path for transporting carriers into a temporary storage unit, a temporary storage unit gateway which is situated between the deposit circulation path and the temporary storage carrier circulation path for selectively changing the carrier path for direction thereof towards the temporary storage carrier circulation path; and carrier transportation path which provides a carrier transportation path in contact with the temporary storage carrier circulation path for transporting carriers into a carrier storage unit, a carrier storage unit gateway which is situated between the temporary storage carrier circulation path and the carrier transportation unit for selectively changing the carrier path.

EFFECT: providing selective change of the carrier transportation path, which increases operating reliability.

14 cl, 10 dwg

FIELD: information technologies.

SUBSTANCE: device comprises a charging unit for valuable documens, a unit of dispensing and/or an accumulator for processed valuable documents, a transportation device for piece-by-piece transportation of valuable documents from the charging unit along the transportation unit to the dispensing unit, or the accumulator, an inspection device for inspection of valuable documents transported piece-by-piece bypassing it, and a system of suction pipelines for suction air, having a connection for a suction unit designed for suction of air with dust from the system of suction pipelines, and at least one section of manual treatment, connected to the connection, with the suction hole movable in the area of the inspection device in respect to it, and/or at least two pipeline sections connected with the connection, with suction holes, arranged on different sections of the transportation path and directed to this path with the possibility of moving dust through it from valuable documents that are transported along the transportation path.

EFFECT: provision of device reliability due to reduction of contamination with dust.

18 cl, 17 dwg

FIELD: information technology.

SUBSTANCE: banknote storage unit comprises a banknote storage roller (17), two banknote conveyor belts (26, 27) and two collection sprockets (18, 19) of said belts, each belt (26, 27) being wound on one side to the storage roller (17) and on the other to one of the collection sprockets (18, 19), the two belts being arranged to come into contact with the banknotes respectively on opposite faces, a handling means being present to move the roller, the sprockets and the belts so as to alternatively realise the storage of the banknotes on the roller or their release from the storage unit. The said collection sprockets (18, 19) are installed at the same shaft (20).

EFFECT: maintaining the correct tension in a belt used to issue banknotes.

11 cl, 5 dwg

FIELD: information technology.

SUBSTANCE: paper sheet processing device includes a feeder device (11), which includes a support surface (11a) which varies inclination from the vertical direction, and a seating surface (11b) which is essentially perpendicular to the support surface and is configured to receive a plurality of paper sheets which vary inclination along the support surface and are stacked into a pile on the seating surface, a clamping mechanism (14) which clamps paper sheets on the side of the seating surface of the feeder device, a transportation channel (16) for transporting the clamped paper sheet, a control device (18) for checking the transported paper sheet and a storage device for storing checked paper sheets.

EFFECT: high reliability of the device.

14 cl, 31 dwg

FIELD: transport.

SUBSTANCE: bank note processing device 1 comprises service mechanism assembly 40 to output paper sheet or sheets, assembly 10 to count paper sheets, sheet or sheets store 20, sheet or sheets transfer paths 10a-10e, 40a, 40b to move sheets to service mechanism assembly 40, sheet or sheets counter 10 and store 20. Besides, this device comprises connection guides 51 arranged between transfer paths 10a-10e and stores 20 to feed paper sheet or sheets, motor 62, cam 59 and solenoid S to switch connection guides 51 in the state of connection with transfer paths 10a-10e and stores 20 to feed paper sheets, and in the state of disconnection to break the above said connection.

EFFECT: ease of use.

4 cl, 12 dwg

FIELD: information technologies.

SUBSTANCE: device for reception, dispensing, accordingly, return of banknotes has a pocket, which is arranged as separated by a separating element into two compartments, the separating element comprises at least two parts not connected with each other, arranged as jointly moved inside the pocket for formation of two compartments in it, and every of which is installed as movable on one of the side walls of the pocket arranged oppositely to each other. At the same time there is at least one clamping element, which is arranged between parts of the separating element and is arranged as capable of movement that does not depend on the separating element inside the pocket for clamping of banknotes available in the pocket.

EFFECT: simplified design and convenience of operation.

9 cl, 12 dwg

FIELD: engineering of devices for processing banknotes.

SUBSTANCE: device and method for processing banknotes, mainly used for one at a time dispensing of banknotes for processing, counting them, sorting and checking authenticity, have capability of such processing in several working modes, while for selecting and displaying working modes, display is provided with sensor screen.

EFFECT: higher comfort of operation due to visualization of functions, performed by device, and possible change of configuration of working modes, appropriate for different functions of device.

2 cl, 5 dwg

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