KR100526581B1 - dispensor in the bill recycling machine - Google Patents

Abstract

The present invention relates to a withdrawal device of a banknote teller machine, and more specifically, the shankdong means contact and separate the upper roller and the upper roller belt to the upper side such as bills, etc., the driving means rotates the lower roller and the upper roller the same The present invention relates to a withdrawal device of a paper money dispenser, which rotates at a speed, and when the money is withdrawn, the shutter opening means opens the shutter that blocks the customer and the money withdrawal device.

Deposit means for introducing bills, etc. into the withdrawal device, various rollers and driving means for withdrawing bills, etc. introduced by the deposit means, shutter opening means for opening the shutter to block the customer and the withdrawal device, US It includes the gate plate opening and closing means for opening and closing the gate plate, which is the entrance of the storage place to store the received bills, etc., to prevent financial accidents that may occur in the automatic teller machine in advance, and thus the overall operating cost of the automated teller machine. This reduces the efficiency and improves the operational efficiency.

Description

Dispenser in the bill recycling machine

The present invention relates to a withdrawal device of a banknote teller machine, and more specifically, the shankdong means contact and separate the upper roller and the upper roller belt to the upper side such as bills, etc., the driving means rotates the lower roller and the upper roller the same The present invention relates to a withdrawal device of a paper money teller machine which rotates at a speed and withdraws money bills and the like so that the shutter opening means opens a shutter that blocks the customer and the money dispenser.

Regarding financial services, the automated teller machine is a device developed to provide unmanned service without any consultation service quickly and conveniently, regardless of time. There are cash dispensers and automatic teller machines. It is a device that has been developed and used since the early stage for the computerization of financial business, and it is a device that can automatically withdraw cash only. In addition to the automatic cash payment function, the automatic teller machine is equipped with a deposit function.

     Looking at the configuration of the automatic teller machine, a key input unit consisting of a plurality of keys converts the user's input information into an electrical signal and outputs the information, stored in the IC chip according to the information stored in the magnetic strip of the passbook or credit card, or the communication unit The bank account / card recognition unit, which allows you to check your identity, record deposits and withdrawals, and return the card or bankbook by sending it to the central computer of the head office through Or a security camera unit connected to a professional security service company via a surveillance camera or a surveillance button to enable 24-hour monitoring, a storage unit for storing the program and deposit and withdrawal information for controlling the operation of the system, the key input unit and an account book / Receiving the output signal of the card recognition unit through the communication unit according to the key input information Main board having a central processing unit for controlling the financial transaction function by exchanging information with the central computer of the point, a communication unit for performing information exchange with the central computer of the main store, information input through the key input unit and the central processing unit A display unit that displays information processed by the user so that the user can recognize it, a printing unit which prints the transaction details on the bankbook, and prints and prints the transaction statement, a check deposit and withdrawal function that performs deposit and withdrawal of checks, and receives or receives cash It includes a cash withdrawal unit and the like for withdrawing money.

Thus, when information for financial transactions is input following the recognition of the bankbook / card, the check and withdrawal unit or the cash withdrawal unit can be operated while performing data communication with the central computer of the head office to perform the required transaction.

When the mechanical devices for performing such operations are enumerated sequentially, a depositing device for depositing bills deposited by the customer, a counterfeit discriminator for discriminating authenticity or damage of bills deposited in the depositing device, Temporary stacker (stacker) for temporarily storing banknotes passed through the counterfeit discriminator, bills storage box for storing abnormally determined bills in the counterfeit discriminator, normal bills temporarily stored in the temporary stacker And the like, the customer is not allowed to withdraw the recycling box which is stored when the customer requests the withdrawal, the withdrawal device which withdraws the normal banknotes stored in the recycling box when the customer requests withdrawal, and the banknotes withdrawn from the withdrawal device. If not, it consists of an uncollected collection box for storing it.

The present invention relates to a withdrawal device among the various mechanical devices described above, the withdrawal device, the withdrawal means for introducing the bills, etc. into the withdrawal device, various withdrawal of the bills introduced by the withdrawal means, etc. Rollers and driving means, shutter opening means for opening the shutter to block the customer and the withdrawal device, gate plate opening and closing means for opening and closing the gate plate which is the entrance of the storage place for storing the unreceived bills, etc. There is a need to be.

The present invention has been invented in view of the above-described matters, and means for depositing banknotes and the like into the withdrawal apparatus, various rollers and driving means for withdrawing banknotes and the like introduced by the depositing means, customers and withdrawals. It includes a shutter opening means for opening a shutter to block the device, and a gate plate opening and closing means for opening and closing a gate plate, which is an entrance to a storage location for storing unreceived bills, etc. It is an object of the present invention to provide a withdrawal device for banknotes and withdrawals that can be prevented in advance.

Hereinafter, with reference to the drawings will be described in detail the configuration, operation and effect of the present invention.

The withdrawal apparatus of the banknotes teller machine of the present invention,

Depositing means (120) for introducing bills;

A lower roller 460 and a lower roller belt 461 for transferring a lower side of bills and the like introduced by the depositing means 120;

An upper roller 470 and an upper roller belt 471 for transferring the upper side of bills and the like introduced by the depositing means 120;

Drive means for rotating the lower roller 460 and the upper roller 470;

Shanghai copper means for contacting / separating the upper roller 470 and the upper roller belt 471 with the upper side such as bills;

The shangdong means contact the upper roller 470 and the upper roller belt 471 to the upper side such as bills, and the driving means rotates the lower roller 460 and the upper roller 470 to bills, etc. A shutter 320 opening means for opening the shutter 320 to block the customer and the withdrawal device when withdrawing money;

When the customer does not receive the bills and the like with the shutter 320 opened and withdrawn, the gate plate 520 that opens and closes the gate plate 520, which is an entrance of a storage location for storing the unreceived bills and the like, is opened and closed. Way;

Characterized in that it comprises a position sensor for sensing the position of bills and the like.

1 is a perspective view of a withdrawal device of a banknote teller machine according to an embodiment of the present invention, Figure 2 is a perspective view of the main part of the withdrawal device, Figure 3 is a state in which the lever 250 of the withdrawal device is lifted 4 is a side view of the main part, and FIG. 4 is a side view of the main part with the lever 250 of the withdrawal device lowered.

The depositing means 120 is used to prevent folding or jams due to the weak longitudinal stiffness of the paper money, which is a problem when the paper money is conveyed in the longitudinal direction. The center part is curved and is to be conveyed.

In the curved state, the longitudinal stiffness of the bills is increased more than otherwise, thereby preventing folding or jams.

In addition, by rotating the pinwheel-shaped structure attached to the rotary shaft by a predetermined angle intervals so as to strike down the rear end of the bills and the like introduced into the withdrawal device by the various rollers of the deposit means 120, bills, etc. Immediately after flowing into the withdrawal device, the rear end of the banknotes should be directed to the lower side of the storage space inside the withdrawal device, so that the front end of the banknotes introduced afterwards can be introduced without being caught by the rear end of the introduced banknotes. It can be secured.

The banknotes, etc. introduced into the withdrawal device by the depositing means 120 need a means for transferring the banknotes, etc. to the outside of the automated teller machine in order to be withdrawn to the customer requesting the withdrawal.

In the present invention, for this purpose, the lower roller 460 and the lower roller belt 461 to convey the lower side of the bills, such as the upper roller 470 and the upper roller belt 471 to convey the upper side of the introduced bills, etc., It is provided with a driving means for rotating the lower roller 460 and the upper roller 470.

The driving means includes a plurality of lower rollers 460, a lower roller belt 461 assembled to an outer circumferential surface of the plurality of lower rollers 460, and a lower roller driving shaft 411 coupled to the center of the lower rollers 460. Lower roller driving pulley 410 is coupled to the end of the lower roller driving shaft 411,

A plurality of upper rollers 470, the upper roller belt 471 assembled to the outer circumferential surface of the plurality of upper rollers 470, the upper roller driving shaft 421 coupled to the center of the upper roller 470, the upper roller driving shaft Upper roller drive pulley 420 is coupled to the end of the (421),

It is made of a roller driving motor 110 connected to any one of the lower roller driving pulley 410 or the upper roller driving pulley 420 to provide a driving force,

The lower roller driving pulley 410 and the upper roller driving pulley 420 are the same diameter, a plurality of idle pulleys 430 and the lower roller driving pulley 410 and the upper roller driving pulley 420 is one ring Is connected to the belt 440, the lower roller 460 and the upper roller 470 is possible to implement the withdrawal device of the banknote teller machine, characterized in that to rotate at the same speed.

If the plurality of lower rollers 460 and lower roller belts 461 and the plurality of upper rollers 470 and the upper roller belts 471 do not rotate at the same speed, it may occur when the bills and the like transfer or fold. Because there is.

In addition, there is a need for the shank movement means for contacting / separating the upper roller 470 and the upper roller belt 471 with the upper side such as bills, such as the upper roller 470 and the upper roller belt 471 The bills to be transferred to the customer in contact with the upper side of the bill, and the upper roller 470 and the upper roller belt 471 is separated from the upper side such as bills and the like bills to be transferred to the customer inside the withdrawal device of the present invention. This is to provide a space that can be introduced into.

In a preferred embodiment of the Shanghai East means, the Shanghai East means,

One side of the upper roller moving shaft 475 for linearly moving up and down the upper roller moving shaft 475 and the upper roller moving shaft 475 installed on the upper roller holder 474 fixing the plurality of upper rollers 470. A slider 260 to be coupled, a linear bearing 261 connected to the slider 260 to guide linear up and down movement, and an end of the upper roller moving shaft 475 is inserted into a groove formed at one side, and the other side is a lever rotating shaft 220. Lever 250 coupled to the lever, a torsion spring 221 coupled to the lever rotation shaft 220 to press the lever 250 downwards, and a cam drive providing a driving force to lift the lever 250 upwards. A cam follower 240 installed on a motor shaft 210, a cam 230 provided on a rotating shaft of the cam driving motor 210, and having a long shaft portion and a short shaft portion, and a cam follower 240 installed at a central portion of the lever 250 so as to contact the cam 230. Consist of,

When the long shaft portion of the cam 230 rotates in the direction of contact with the cam follower 240, the upper roller 470 is separated from the upper side of the bills by lifting the lever 250.

When the long shaft portion of the cam 230 rotates in a direction in which the cam follower 240 is in contact with the cam follower 240, the lever 250 moves downward and the plurality of upper rollers 470 by the pressing force by the torsion spring 221. It is possible to carry out the withdrawal device of the paper money dispenser, characterized in that the pressing of the upper side of the paper money.

In addition, the shankdong means contact the upper roller 470 and the upper roller belt 471 to the upper side, such as bills, and the driving means rotates the lower roller 460 and the upper roller 470 to bills When withdrawing money, etc., the shutter 320 opening means for opening the shutter 320 for blocking the customer and the withdrawal device is required. This allows the shutter 320 to be opened only when banknotes and the like are withdrawn to the customer by the plurality of lower rollers 460 and lower roller belts 461 and the plurality of upper rollers 470 and the upper roller belts 471. For sake.

In a preferred embodiment of the shutter 320 opening means, the shutter 320 opening means,

The shutter guide plate 270 coupled to the slider 260 of the moving unit, the shutter guide groove 271 formed in the shutter guide plate 270 to guide the shutter guide 322, and the shutter 320. The shutter rotating shaft 321 is installed on one side, the shutter rotating shaft 321 is made of a shutter guide 322 is installed on the upper side of the shutter 320 at a predetermined distance,

When the slider 260 of the shank movement means moves downward, the shutter guide 322 is moved along the shutter guide groove 271 so that the shutter 320 is opened while rotating. It is possible to implement a withdrawal device.

In addition, when the customer does not receive the bills, etc., with which the shutter 320 is opened and withdrawn, the gate plate 520 for opening and closing the gate plate 520 which is an entrance of a storage location for storing the unreceived bills, etc. Opening and closing means are necessary. This is for switching the opening and closing of the gate plate 520, which is an entrance for inserting bills, etc., which are not received by the customer, into a bill storage space such as a reject box installed under the withdrawal device of the present invention.

In a preferred embodiment of the gate plate 520 opening and closing means, the gate plate 520 opening and closing means,

The gate plate protrusion surface 521 formed on one side of the gate plate 520 provided below the withdrawal device, the gate plate rotation shaft 522 provided on the gate plate protrusion surface 521, and the gate plate rotation shaft 522 at a constant distance. A gate plate coupling rod 516 coupled to the gate plate protrusion surface 521, a solenoid link 515 coupled to the other side of the gate plate coupling rod 516, and coupled to the solenoid link 515, and It is possible to implement a withdrawal device for a banknote teller machine, which comprises a solenoid 510 for rotating the gate plate 520 about the gate plate rotation shaft 522.

In addition, in order to detect whether banknotes, etc. are correctly introduced into the withdrawal device of the present invention and the transfer of money for withdrawal to the customer by the rollers, etc., a plurality of position detection sensors for detecting the position of the papers, etc. are installed. do.

As described in detail above, the withdrawal device of the banknotes teller machine according to the present invention includes a payment means for introducing bills and the like into the withdrawal device, and various rollers and withdrawals for the bills introduced by the deposit means. Means for opening a shutter to block the customer and the withdrawal device, and a gate plate opening and closing means for opening and closing a gate plate, which is an entrance to a storage location for storing unreceived bills, etc. It is possible to prevent possible financial accidents in advance, reducing the overall operating cost of the automated teller machine and improving operational efficiency.

1 is a perspective view of a withdrawal device of a banknote teller machine according to an embodiment of the present invention.

Figure 2 is a perspective view of the main part of the withdrawal device of a banknote teller machine according to an embodiment of the present invention

Figure 3 is a side view of the main part in the lever lifted state of the withdrawal device of the banknote machine according to a preferred embodiment of the present invention

Figure 4 is a side view of the main part in a state in which the lever of the withdrawal device of the banknote dispenser according to an embodiment of the present invention is lowered

* Description of the symbols for the main parts of the drawings *

110-Roller Drive Motor 111-Roller Drive Motor Pulley

112-Roller Drive Belt 120-Deposit Method

210-Cam Drive Motor 220-Lever

221-Torsion Springs 230-Cams

240-Cam follower 250-Lever

260-Slider 261-Linear Bearing

270-Shutter Guide Plate 271-Shutter Guide Groove

320-Shutter 321-Shutter Rotation

322-Shutter guide 410-Lower roller drive pulley

411-Lower roller drive shaft 420-Upper roller drive pulley

421-Upper roller drive shaft 430-Idle pulley

440-Round belt 460-Lower roller

461-Lower roller belt 464-Lower roller holder

470-Upper roller 471-Upper roller belt

474-Upper roller holder 475-Upper roller travel shaft

510-Solenoid 512-Solenoid Spring

515-Solenoid Link 516-Gate Plate Coupling Rod

520-Gate Plate 521-Gate Plate

522-Gate plate rotating shaft

Claims (5)

Depositing means (120) for introducing bills; A lower roller 460 and a lower roller belt 461 for transferring a lower side of bills and the like introduced by the depositing means 120; An upper roller 470 and an upper roller belt 471 for transferring the upper side of bills and the like introduced by the depositing means 120; Drive means for rotating the lower roller 460 and the upper roller 470; Shanghai copper means for contacting / separating the upper roller 470 and the upper roller belt 471 with the upper side such as bills; The shangdong means contact the upper roller 470 and the upper roller belt 471 to the upper side such as bills, and the driving means rotates the lower roller 460 and the upper roller 470 to bills, etc. A shutter 320 opening means for opening the shutter 320 to block the customer and the withdrawal device when withdrawing money; When the customer does not receive the bills and the like with the shutter 320 opened and withdrawn, the gate plate 520 that opens and closes the gate plate 520, which is an entrance of a storage location for storing the unreceived bills and the like, is opened and closed. Way; Withdrawal device of the banknotes teller machine characterized in that it comprises a position sensor for sensing the position of the bills. The method of claim 1, wherein the driving means, A plurality of lower rollers 460, a lower roller belt 461 assembled to the outer circumferential surface of the plurality of lower rollers 460, a lower roller driving shaft 411 coupled to the center of the lower roller 460, the lower roller driving shaft Lower roller drive pulley 410 is coupled to the end of (411) (411), A plurality of upper rollers 470, the upper roller belt 471 assembled to the outer circumferential surface of the plurality of upper rollers 470, the upper roller driving shaft 421 coupled to the center of the upper roller 470, the upper roller driving shaft Upper roller drive pulley 420 is coupled to the end of the (421), It is made of a roller driving motor 110 connected to any one of the lower roller driving pulley 410 or the upper roller driving pulley 420 to provide a driving force, The lower roller driving pulley 410 and the upper roller driving pulley 420 are the same diameter, a plurality of idle pulleys 430 and the lower roller driving pulley 410 and the upper roller driving pulley 420 is one ring Is connected to the belt 440, the lower roller 460 and the upper roller 470 is a withdrawal device of the bill machine, characterized in that the rotating at the same speed. The method of claim 1, wherein the Shanghai East means, One side of the upper roller moving shaft 475 for linearly moving up and down the upper roller moving shaft 475 and the upper roller moving shaft 475 installed on the upper roller holder 474 fixing the plurality of upper rollers 470. A slider 260 to be coupled, a linear bearing 261 connected to the slider 260 to guide linear up and down movement, and an end of the upper roller moving shaft 475 is inserted into a groove formed at one side, and the other side is a lever rotating shaft 220. Lever 250 coupled to the lever, a torsion spring 221 coupled to the lever rotation shaft 220 to press the lever 250 downwards, and a cam drive providing a driving force to lift the lever 250 upwards. A cam follower 240 installed on a motor shaft 210, a cam 230 provided on a rotating shaft of the cam driving motor 210, and having a long shaft portion and a short shaft portion, and a cam follower 240 installed at a central portion of the lever 250 so as to contact the cam 230. Consist of, When the long shaft portion of the cam 230 rotates in the direction of contact with the cam follower 240, the upper roller 470 is separated from the upper side of the bills by lifting the lever 250. When the long shaft portion of the cam 230 rotates in a direction in which the cam follower 240 is in contact with the cam follower 240, the lever 250 moves downward and the plurality of upper rollers 470 by the pressing force by the torsion spring 221. The withdrawal device of the banknotes teller machine, characterized in that to press the upper side of the bills. According to claim 1, wherein the shutter 320 opening means, The shutter guide plate 270 coupled to the slider 260 of the moving unit, the shutter guide groove 271 formed in the shutter guide plate 270 to guide the shutter guide 322, and the shutter 320. The shutter rotating shaft 321 is installed on one side, the shutter rotating shaft 321 is made of a shutter guide 322 is installed on the upper side of the shutter 320 at a predetermined distance, When the slider 260 of the shank movement means moves downward, the shutter guide 322 is moved along the shutter guide groove 271 so that the shutter 320 rotates to be opened while being opened. Withdrawal device. According to claim 1, The gate plate 520 opening and closing means, The gate plate protrusion surface 521 formed on one side of the gate plate 520 provided below the withdrawal device, the gate plate rotation shaft 522 provided on the gate plate protrusion surface 521, and the gate plate rotation shaft 522 at a constant distance. A gate plate coupling rod 516 coupled to the gate plate protrusion surface 521, a solenoid link 515 coupled to the other side of the gate plate coupling rod 516, and coupled to the solenoid link 515, and Withdrawal device of the banknote dispenser, characterized in that consisting of a solenoid (510) for rotating the gate plate 520 around the gate plate rotation shaft (522).