Device for feeding stacks of banknotes into machine, for example

FIELD: engineering devices for feeding stacks of elements like banknotes, checks, blanks and the like to machine for further handling of aforementioned elements.

SUBSTANCE: device includes loading aperture 10, through which stacks of elements are fed into machine from the outside; tool 11-12 for feeding one element at a time onto transportation route 11-13-14 inside the machine, and means 20 to provide customers with instructions and information concerning correct handling of machine. Between unloading aperture 10 and means 11-12 for transfer an auxiliary tool 16-17 is positioned, which is provided for transportation of elements to device 11-12 for feeding one element at a time. Device also includes tool 11-12-17-10 for possible return of a stack of elements back to loading aperture 10 at the same time when tool 20 for dispensing instructions provides instructions to customers to properly arrange the returned stack of elements.

EFFECT: possible automatic feeding of squeezed banknote to prevent jamming of machine, no need for presence of personnel for cleaning the machine from damaged elements.

2 cl, 3 dwg

 

The technical field to which the invention relates.

The present invention relates to a feeder packs of items, such as packs of banknotes, checks, forms or similar items into the machine for further handling or processing. More specifically, the device includes:

the boot opening through which the bundles of the above items are served in a car;

the means for supplying one element at a time onto the transport path for the further transportation of the items in the car;

and means to supply buyers with instructions and information to enable you to properly operate the machine.

Description of the prior art,

In some previously known machines it is important to ensure that it is always possible to automatically feed jammed banknote compartment for marriage, in order to prevent "sticking" of the machine in such situations, or to exclude the presence of staff for cleansing machine from the so-called invalid items.

In other machines it is possible that the banknotes inserted by the buyer, stuck in the part of the machine for placing banknotes, which required the assistance of staff in the cleaning machine.

Another problem occurs when buyers check the ability of the machine to accept damaged or poorly sloganeering. This can lead to a disaster in case if the buyer is not able to verify the correctness of folding banknotes. There are cases when the buyer has left rubber bands, paper clips and crumpled banknotes in the stack. Instead learn how to put the banknotes in the stack, the buyers themselves cause an increase in the machine stops due to the lack of their interest in a neat and proper folding of the banknotes in the stack.

The purpose of the present invention is to avoid these and other disadvantages.

The invention

In a device of the type specified above between an inlet opening and means for supplying concluded auxiliary device that is adapted to cause the transport elements individually to the tool feed.

The device also includes a means, which in the case of impossibility of transporting element or perhaps partly via means of submitting their action causes the return stack items back to the feed opening, with information provided funds to provide the buyer with instructions about what to do with the returned stack of elements to fold it properly.

Brief description of drawings

The invention is hereinafter described in more on the quarterly with reference to the schematic figures of the accompanying drawings, on which:

figure 1 is a side view of the machine and shows a portion of the feeder element included in it;

figure 2 is a front view showing the filling opening, and means for issuing instructions specified machine; and

figure 3 - the path of motion of the plate supply in the specified machine.

Description of the preferred option implementation

As shown in figure 1, mounted in the machine casing device of the above-mentioned type includes an inlet opening 10 for the introduction of a bundle of items, such as banknotes, from the outside of the machine tool 1112 submission that their action causes the flow of banknotes individually on the transport path 11-13-14 in the specified machine for further transportation of the banknotes therein, such means includes a wheel 11 for supplying banknotes and the wheel 12 with a reverse rotation when the transport path 11-13-14 includes a wheel 11 for feeding banknotes, wheels 13 and 14 for transporting banknotes and additional funds for transportation, which is not shown.

As shown in figure 2, the device also includes means 20 for issuing instructions to provide the buyer with information and instructions regarding how to properly handle the machine.

Figure 3 illustrates schematically the path of feed forward and back, in the form of a point is on the plate 17, what will be described in detail in the form of a loop in accordance with the transportation of the banknotes to the tool 1112 of the filing of the banknote through the plate supply.

Between the hole 10 of the feed and tool 11-12 feed the banknote is an aid 16-17 that their action causes the transportation of the banknotes to the tool 11-12 feed one at a time. Adjuvant 16-17 contains a lifting table, which is provided for lifting the loaded bundle of bills straight up to the plate 17 of the feed. When a customer inserts the stack of banknotes through the inlet opening of the feed from the outside of the machine, the stack gets on the table 16, and then the table gets lifting pulses, causing the lifting table in a vertical direction together with the bundle of banknotes. The sensor 19 determines the upper banknote in the stack and calls the stop lifting table with one hand, rotate the plate 17 filing clockwise around the axis 171 down on the stack below the protective plate 18 on the other hand, and the progressive movement of the plate 17 on the right, below bill (top banknotes in the stack). The axis or shaft moves in a horizontal groove 172 and the plate 17 causes movement to the right by means of the coupling link, consisting of arm 174, which is rotated around a rolling axis 173 and link 176 which is rotated about a fixed axis 17 and which is movably connected with the axis 173.

When the plate 17 carrying a bill reaches the funds 11-12 feed wheel 11 money supply delivers the bill to the next part of the conveyor path 11-13-14 and the wheel 12 with a reverse direction of rotation takes the back at the same time, any underlying bill, which is located near the top banknotes or banknotes that are glued together. If somehow the upper bill is not received at the input means 11 and 12 of filing or stuck in the specified input or in the specified tool 11-12 filing (the so-called residues), the machine is automatically cleared.

As the leading edge of the banknote does not reach the zone located separately fingers meter, signal meter will not follow. As a result, the wheel feed banknotes will change its direction of rotation (clockwise direction) and send the bill to the left together with the plate 17 filing. At the same time, the table 16 receives a signal causing movement of the table vertically downward to the initial position in the loading hole 10, whereby unfit banknote or banknotes will be free (randomly) get down on the top of the pile on the plate 17. The device 20 to issue instructions over the hole 10 will provide guidance message stating the request to the buyer to "tidy up" the stack, the need for which will also be PTS is visible to the buyer of a disordered arrangement, in which the upper banknote or the top of the banknote are specified bundle. The buyer may undertake a new attempt to introduce banknotes after the location of the bills in order and after removing any elastic bandages, packaging, paper clips used to connect banknotes together.

As the plate 17 feed the banknote has a considerable width (most resistant surface opposite the lower notes) in comparison with belts and pulleys, usually used to transport the banknote transporting banknotes directly to the tool 11-12 feed banknotes takes place in the absence of any bending of the banknote, that is carried out reliably and accurately, and, therefore, the risk of getting damaged banknotes will be absolutely minimal.

As shown in figure 1, a portion of the periphery of the wheel 11 filing banknotes covered with material with high frictional properties, namely the part that is active when a banknote is fed through the tool feed 11-12. The remaining portion of the periphery of the wheel has a relatively low friction, so that the banknote that is fully or partially stuck together with the first mentioned bill will be securely retained (reversed) through wheel 12 with the opposite rotation. Action funds 11-12 feed and auxiliary means (16-17) so synchronized with respect to each d is UGA, when the tool feeder starts feeding element, the leading edge of the element reaches the beginning 1111 peripheral part 111, covered with a friction material, and in the end supply the trailing edge of the element will be near the end 1112 of the peripheral portion is covered with friction material. This leads to reliable promotion item (via covered with a friction material of the peripheral part 111) on the one hand and also reliable reverse supply any supporting incremental element below (through the wheel 12 with reverse rotation, which now operates across the peripheral part 112 with low friction).

In the case of normal operation of the feeder banknotes are served to the tool 11-12 feed one at a time, and when the last bill served on the table 16, it receives a signal, causing its downward movement at a specified starting position. At the same time, the plate 17 submission moves to her left starting position, which is slightly above the protective plate 18.

Although not shown, the device connected to the processor in response to signals or pulses from sensors, keyboards, tools, calculations, etc. coordinates and activates the various steps described above. It will be clear that the mechanism includes mechanical means required for execution of the decree of the different functions, such as gears, rods, Cam discs, belts, etc.

1. The feeder packs of items such as banknotes, checks, forms, into the machine for further handling of these elements, containing the inlet opening (10)through which the bundles of the above items are served at the car from the outside; a means (11-12) feed on one item at a time onto the transport path for the further transportation of the items in the car; means (20) providing consumers with instructions and information that will allow you to properly handle the machine, characterized in that between an inlet opening (10) and means (11-12) feed element is located adjuvant (16-17)that their action causes the transportation of items to the tool (11-12) feed one at a time; when this auxiliary means (16-17) contains a lifting table (16), the function of which is lifting a loaded stack items vertically up to the plate (17) filing, which has a large hard surface opposite the underlying elements and which is adapted for transporting the underlying elements to the tool (11-12) filing, the device also includes means for returning the stack of items or individual items back to the feed opening (10) in case of impossibility of their transportation means in the(11-12) the filing or at least partially through the tool (11-12) filing this provides a tool (20) issuance of instructions on how to order the returned stack of elements, individual element, respectively.

2. The feeder packs of items such as banknotes, checks, forms, into the machine for further handling of these elements, characterized in that between an inlet opening (10) in the machine and tool (11-12) feed on one item at a time onto the transport path (11-13-14) is an adjuvant (16-17), which by its action causes the transportation of items to the tool (11-12) feed one at a time; when this auxiliary means (16-17) contains a lifting table (16), the function of which is lifting a loaded stack items vertically to plate (17) filing, which has a large hard surface opposite the underlying elements and which is adapted for transporting the underlying elements to the tool (11-12) feed the tool (11-12) supply and auxiliary means (16-17) are synchronized so that when the tool feeder starts feeding element, the leading edge of the element reaches the beginning (1111) the peripheral part (111) means (11-12) feed, which is covered with a friction material, and in the end supply the trailing edge of the item is near the end (1112) of the peripheral part (111) means (11-12) filing, dormancy is itoi friction material.



 

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