KR20060134622A - Recyclebox - Google Patents

Abstract

A recycle box is provided to reduce the size of a recycle box by integrating components for withdrawing and depositing money in one body. A recycle box includes a money deposit/withdrawal unit(50) and a stack unit(100), where bills are contained. A push plate(110), on which bills are stacked, is embedded inside the stack unit. The money deposit/withdrawal unit includes a withdrawal path(21), a deposit path(22), and a deposit/withdrawal path(23). The withdrawal path is elongated from a withdrawal port at one outer surface to the inside of the deposit/withdrawal unit. The input path is elongated from a deposit port at one outer surface to the inside of the deposit/withdrawal unit. The deposit and withdrawal paths converge to the deposit/withdrawal path, so that bills are passed through the deposit/withdrawal path. A pick up roller(11) selects respective sheets of the bills and delivers the selected sheet to the deposit/withdrawal path. A feed roller(12) transfers the selected bill from the pick up roller to the withdrawal path or the bill from the deposit path to the upper surface of the push plate.

Description

Recycle Box {Recyclebox}

Figure 1a is a schematic state diagram for explaining the withdrawal operation of the recycle box according to the prior art,

Figure 1b is a schematic state diagram for explaining the deposit operation of the recycle box according to the prior art,

Figure 2a is a schematic state diagram for explaining the withdrawal operation of the recycle box according to an embodiment of the present invention,

Figure 2b is a schematic state diagram for explaining the deposit operation of the recycle box according to an embodiment of the present invention.

* Explanation of symbols for main parts of drawings *

11: pickup roller 12: feed roller

13: guide roller 21: withdrawal passage

21a: Withdrawal port 22: Deposit passage

22a: Depository 23: Deposit and Withdrawal Path

31: stack guide 32: stack roller

32a: wing piece 40: conveying roller

41: withdrawal bank pinch roller 42: withdrawal bank pinch roller

50: deposit and withdrawal unit 100: stacking unit

110: push plate

The present invention relates to a recycle box which is mounted on a financial automatic device and implements a cash flow withdrawal, and more particularly, a recycling unit that simplifies a device by unifying components that perform deposit and withdrawal even though both the deposit and withdrawal functions are implemented. It's about the box.

A recycling box is a reflux type storage box for storing banknotes to be withdrawn or loaded into the ATM, and is installed in an ATM automatic teller machine that implements all deposits and withdrawals. will be.

Figure 1a is a schematic state diagram for explaining the withdrawal operation of the recycle box according to the prior art.

Recycling box is a banknote by the withdrawal unit 300, the withdrawal means 300, the withdrawal means 310 made of a plurality of rollers and the like on the upper side and the payment means 320 made of a plurality of rollers and the other on the upper side When depositing the deposit space is secured, and when the withdrawal of the bills by the withdrawal means 310, the stack unit 100 is embedded with a push plate 110 that is raised to press the bills on the pickup roller 311 It is made, including.

The withdrawal means 310 of the deposit and withdrawal unit 300 is, for example, a pickup roller 311 for separating the banknotes on the upper surface of the push plate 110, and a withdrawal roller 312 and a gate for transporting the separated banknotes to the outside. It comprises a roller 313, a plurality of pinch rollers 314 for closely attaching the bills to the withdrawal roller 312, withdrawal guide 315 for guiding the withdrawn bills.

For example, the pick-up roller 311 of the withdrawal means 310 is composed of a rubber part separating part 311a and a non-friction plastic part 311b so that the bills are separated by the friction with the bills, the single piece withdrawal is implemented. In order to be separated, the separating part 311a rubs with the bills so that the bills reach the first pinch roller 314 of the withdrawal means 310, and the circumferential lengths of the pick-up rollers 311 and the withdrawal rollers 312 are two turns. The bills are generally formed to be separated by one, but this is determined by the structure and size of the recycle box in which the pickup roller 311 and the withdrawal roller 312 are installed.

Figure 1b is a schematic state diagram for explaining the deposit operation of the recycle box according to the prior art.

The deposit means 320 of the deposit and withdrawal unit 300 is, for example, a deposit roller 321 for introducing bills to be deposited therein, and a pinch roller 324 for closely attaching bills to the deposit roller 321 so that a transfer force is generated. It comprises a deposit guide 325 for guiding the bills to be deposited.

In addition, the deposit means 320 of the deposit and withdrawal unit 300 is the elastic piece roller 322 to hit the rear end of the bills to be billed when the blade pieces 322a is deposited so as not to overlap with the front end of the bills introduced subsequently When the banknotes are deposited by the payment means 320, the bank turns downward to guide the tip of the banknotes, and when the banknotes are taken out by the withdrawal means 310, the banknotes withdraw operation of the withdrawal means 310. It is made to include the inflow / outflow guide 330 which is avoided by turning upward to press the roller to perform the.

As such, when the recycle box is pushed by the push plate 110 when the banknotes deposit operation is performed and the space for depositing the banknotes is secured, the banknotes to be deposited are introduced into the space secured by the deposit roller 321 to push the plate 110. The stack guide 330 and the stack roller 322 are loaded on the upper surface to assist the loading of bills, and the push plate 110 is raised when the bill is withdrawn. It is a structure which makes the banknotes which were loaded by being pressed by the lower end of the roller 311 to separate and withdraw a sheet.

However, since the recycling box according to the related art has a structure in which the depositing means and the withdrawing means are respectively installed on one side and the other side of the recycling box, the device is not only large, but also complicated and difficult to control.

That is, even though the recycle box stops the withdrawal operation during the deposit and the withdrawal operation is stopped while the withdrawal is being performed, the depositing means and the withdrawal means are installed, respectively, so that the apparatus is huge and the production cost increases. have.

Accordingly, an object of the present invention is to provide a recycle box in which a deposit and withdrawal unit is configured and simplified to reduce the manufacturing cost and perform a stable withdrawal operation.

The present invention for achieving the above object, the banknotes to be deposited or withdrawn with a built-in push plate that is loaded and lifted banknotes are loaded on the upper surface, the banknotes are put into or out of the banknotes separated or separated by bills Recycling box, characterized in that comprises a stack portion that is stored in the storage, the withdrawal portion is a withdrawal passage extending inward from the withdrawal opening formed on one outer surface, a deposit passage extending inward from the deposit opening formed on one outer surface A pick-up roller which separates the banknotes on the push plate and separates and transfers the banknotes of the upper surface of the push plate, and transfers the deposit and withdrawal paths to the deposit and withdrawal paths; The withdrawal part of the bill is separated from the pick-up roller and the outer edge part is partially entered It is configured to include a feed roller for transferring the withdrawal to the furnace or the banknotes transferred from the deposit passage to the upper surface of the push plate.

Hereinafter, the configuration and the effect according to the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2a is a schematic state diagram for explaining the withdrawal operation of the recycle box according to an embodiment of the present invention, Figure 2b is a schematic state diagram for explaining the deposit operation of the recycle box according to an embodiment of the present invention.

Recycling box according to an embodiment of the present invention is to separate the bills withdrawal or withdrawal or withdrawal unit 50 for loading and depositing bills to be deposited, the deposit and withdrawal unit 50 is installed on the upper side while the bills on the upper surface The push plate 110 that is loaded and lifted includes a stack part 100 in which banknotes to be deposited or withdrawn are stored and stored.

For example, the recycle box is installed in the recycling box housing (not shown in the drawing) where the deposit and withdrawal unit 50 and the stack unit 100 are provided with a door to open the door to open the banknotes in the stack unit 100. It is preferable that the structure is configured to collect or replenish the bills in the stack 100.

In general, the push plate 110 is generally lifted in the stack 100 by receiving power from a separate power source.

The deposit and withdrawal unit 50 has a withdrawal passage 21 extending inwardly from the withdrawal opening 21a formed at one outer surface, a deposit passage 22 extending inwardly from the withdrawal opening 22a formed at one outer surface, withdrawal. While the passage 21 and the deposit passage 22 converge to form a deposit and withdrawal path 23 through which bills to be deposited or withdrawn pass, a banknote on the upper surface of the push plate 110 is separated into a deposit and withdrawal path 23. The outer edge part enters into the pick-up roller 11 and the deposit and withdrawal passage 23 to transfer the withdrawal and transfers the bills separated by the pick-up roller 11 to the withdrawal passage 21 or withdrawn from the deposit passage 22. It comprises a feed roller 12 for introducing the flow to the upper surface of the push plate (110).

On the other hand, the pickup roller 11 is formed in the shape of the electro-rolling roller is formed in the entire rubber portion on the circumference as shown can implement the sheet separation by the periodic drive, as described above in the prior art and the rubber portion and It is composed of a non-friction unit may realize a single sheet separation by separating the bills 1 sheet by two rotations.

In addition, the withdrawal passage 21 and the deposit passage 22 are formed by branching by a triangular guide 25 installed in the deposit and withdrawal unit 50, that is, the lower tip of the triangular guide 25, that is, the withdrawal passage 21. And the tip portion where the deposit passage 22 converges is preferably positioned such that the vertical line virtually lowered downward from the tip portion passes through the circumference of the feed roller 12.

For example, the lower tip portion of the triangular guide 25 is preferably positioned on an extension line of the inclination of the horizontal direction of the feed roller 12 by 45 degrees in the counterclockwise direction.

Since the banknotes withdrawn through the feed roller 11 and the guide roller 12 to be described later is relatively straightness, the probability that the withdrawn banknotes are drawn into the deposit passage 22 is close to zero.

For example, the lower tip portion 25 of the triangular guide is slightly rounded or partially inclined to cut so that the end portion of the withdrawal passage 21 is formed larger than that shown and withdrawn bills are introduced into the deposit passage 22. The odds of becoming will become even thinner.

In addition to the above configuration, the deposit and withdrawal unit 50 is provided with a stack guide 31 on the rotation shaft 12a of the feed roller 12.

As described above in the prior art, the stack guide 31 has a banknote which is turned down when the deposit is deposited so that the deposit guide and the banknotes that are deposited do not interfere with the pickup roller 11, and the pickup roller 11 at the withdrawal. Banknotes on the upper surface of the push plate 110 at the bottom of the) is avoided by turning upwards to be withdrawn by pressure contact.

In addition to the above-described configuration, the deposit and withdrawal unit 50 contacts the lower outer edge of the feed roller 12 at the end of the deposit and withdrawal passage 23, and a plurality of blade pieces 32a are formed and deposited on the outer edge. The stack roller 32 hitting the rear end of the head is provided.

Although the stack roller 32 is illustrated as being eccentrically installed in the rotation shaft 13a of the guide roller 13 to be described later, for example, the outer edge portion may be coupled together to the rotation shaft 13a of the guide roller 13. It is preferable to be in contact with the outer edge of the feed roller 12 to be rotated together by the deposit direction rotation of the feed roller 12 to hit the rear end of the banknotes in which the plurality of wing pieces 32a are deposited.

For example, the stack roller 32 may be considered to avoid the wing piece (32a) on the banknote banking path when withdrawal, but the wing piece (32a) is withdrawn because it is generally formed of a soft material with elasticity Even if it interferes with banknotes, it does not have any influence and can be installed in a fixed manner.

Such a stack guide 31 and the stack roller 32 is a component that assists the deposit operation of the recycle box to implement a smooth deposit operation.

In addition to the above configuration, the deposit and withdrawal unit 50 is provided with a guide roller 13 which contacts the lower outer edge of the feed roller 12 at the end of the deposit and withdrawal passage 23.

The guide roller 13 is rotated together by contacting the outer edge of the feed roller 12 by the rotation of the feed roller 12 in the deposit and withdrawal direction, the withdrawal is transferred to the deposit passage side, or the banknotes being deposited are feed rollers ( 12) with the push plate 110 is loaded into the upper surface.

Such a guide roller 13 is a component that assists the deposit and withdrawal operation of the feed roller 12 to implement a smooth deposit and withdrawal operation.

In addition to the above configuration, the deposit and withdrawal unit 50 is installed between the withdrawal passage 21 and the deposit passage 22, and the outer edge portion is partially entered into the withdrawal passage 21 and the deposit passage 22, and withdraws or deposits money. The conveyance roller 40 which withdraws or transfers the banknotes used is provided.

The conveying roller 40 receives the bills conveyed by the pickup roller 11, the feed roller 12, and the guide roller 13, and transfers them to the withdrawal passage 21, or the main conveying path of the automatic teller machine. When the banknotes received from the bank are transferred through the deposit hole 22, the banknotes are transferred to the feed roller 12 and the guide roller 13, and the inner side of the recycle box as shown along the length of the banknotes is transferred. It may be installed in, and may be installed on the main transport path side of the above-mentioned automated teller machine.

In addition, the withdrawal passage pinch roller 41 in which the outer edge portion enters the withdrawal passage 21 and contacts the outer edge portion of the conveyance roller 40, and the outer edge portion enters the deposit passage 22, so that the outer portion of the conveyance roller 40 A deposit blocking pinch roller 42 in contact with the outer edge portion is additionally installed, and rotated together by the forward and reverse rotation of the conveying roller 40 so that the withdrawal transfer or deposit transfer of the bills proceeds smoothly.

Such conveying roller 40 is a component to assist the deposit and withdrawal operation according to the length of the bills to implement a smooth deposit and withdrawal operation.

On the other hand, for example, the pickup roller 11, the feed roller 12, the stack guide 31, the conveying roller 40 is a variety of gears provided in the outer frame of the stack 50 and the deposit and withdrawal unit 100 and In combination with belt transmissions (not shown), they are powered.

Referring to the withdrawal operation of the recycle box according to an embodiment of the present invention with reference to Figure 2a, when the withdrawal request by the customer to the automated teller machine, the recycle box is a stack guide so that the lower end of the pickup roller (11) is exposed 31) is turned upward, the push plate 110 is raised, the banknotes on the upper surface is in pressure contact with the bottom end of the pickup roller (11).

Since the pick-up roller 11 is periodically rotated counterclockwise for sheet separation, the banknotes of the upper surface of the push plate 110 are separated and transferred to the feed roller 12 side which is also rotated counterclockwise. Banknotes conveyed between the feed roller 12 and the guide roller 13 are conveyed to the withdrawal passage 21 along the entry and exit passage 23.

The banknotes transferred to the withdrawal passage 21 pass between the conveyance roller 40 and the withdrawal pinch roller 41 which are rotated clockwise through the main conveyance path of the automatic teller machine transferred to the withdrawal port 21a. It is withdrawn to the customer.

Referring to Figure 2b below the deposit operation of the recycle box according to an embodiment of the present invention, when the banknotes are deposited by the customer, the recycle box is push plate 110 is lowered to secure the deposit space and the stack guide 31 ) Is turned downward, while the bills deposited by the customer enter the deposit port 22a from the main transport path of the automated teller machine and enter the deposit path 22.

The bills entering the deposit passage 22 are passed through the deposit and withdrawal passage 23 by the conveying roller 40 and the deposit and closing pinch roller 42 which are rotated counterclockwise to feed the feed roller 12 and the guide roller 13. It is guided to the stack guide 31 by the injection into the upper surface of the push plate (110).

In addition, the stack roller 32 hits the rear end of the banknotes into which the wing piece 32a is inserted, so as not to overlap the tip of the banknotes subsequently deposited.

Therefore, in the present invention, since the components for performing the deposit and withdrawal are unified, the device is simplified and the manufacturing cost is low, and the control of the device is easy, so that the stable deposit and withdrawal operation is realized and the size of the device is small, so that the space utilization is also high. There is this.

Claims (5)

Deposit and withdraw the bills separately or withdraw or deposit the banknotes to be deposited, and the deposit and withdrawal unit is installed on the upper side, while the banknotes are loaded on the upper surface of the push plate is built-in banknotes to be deposited or withdrawn In the recycle box, characterized in that comprises a stack portion that is, The deposit and withdrawal unit, Withdrawal passage extending inwardly from the withdrawal opening formed on one side, the withdrawal passage extending inwardly from the withdrawal opening formed on one outer surface, the withdrawal passage through which the withdrawal passage and the withdrawal passage are converged While a passage is formed, Pick-up roller which separates the banknote of the upper surface of the push plate and transfers the withdrawal to the deposit and withdrawal passage, and the outer edge portion is partially entered into the withdrawal and withdrawal and transfers the banknotes separated from the pickup roller to the withdrawal and withdrawal to or from the withdrawal passage. Recycling box comprising a feed roller for feeding the conveyed bills to the upper surface of the push plate. The method of claim 1, The deposit and withdrawal unit, Coupled to the rotary shaft of the feed roller is turned down when the deposit is deposited guides the deposit paper waste, and when the withdrawal is turned upside down to avoid the stack guide, Recycling box, characterized in that the stack roller is in contact with the lower outer edge of the feed roller at the end of the entry and exit passage and hitting the rear end of the banknotes are formed by forming a plurality of wing pieces in the outer edge. The method according to claim 1 or 2, The deposit and withdrawal unit, Recycling box, characterized in that the guide roller is further provided in contact with the lower outer edge of the feed roller at the end of the entry and withdrawal passage. The method according to claim 1 or 2, The deposit and withdrawal unit, Recycling box, characterized in that the transfer roller is provided between the withdrawal passage and the deposit passage is further provided with a transfer roller for withdrawal transfer or transfer transfer of bills that are withdrawn or deposited with the outer edge portion is partially entered respectively. The method of claim 4, wherein The withdrawal pinch roller in which the outer edge part enters the contact path and contacts the outer edge of the conveying roller, and the deposit passage pinch roller in which the outer edge part partially enters the contact path and is in contact with the outer edge of the conveying roller. Recycling box characterized by.

Images