CN1506915A - All-denomination ATM - Google Patents
All-denomination ATM Download PDFInfo
- Publication number
- CN1506915A CN1506915A CNA021538646A CN02153864A CN1506915A CN 1506915 A CN1506915 A CN 1506915A CN A021538646 A CNA021538646 A CN A021538646A CN 02153864 A CN02153864 A CN 02153864A CN 1506915 A CN1506915 A CN 1506915A
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Abstract
The present invention relates to ATM, and is especially one kind of all-denomination ATM. The structure of the ATM consists of main frame and subsidiary frame. On the main frame, there are several sets of money drawing unit; and on the subsidiary frame, there are conveying belt and motor. When the main frame is matched with the subsidiary frame, the conveying belt is located on the money exit side of the money drawing unit, and the conveying belt with several inside auxiliary wheels and several outer money feeding wheels has its two ends connected to the driving wheels on the subsidiary frame and is located between the auxiliary wheel set and the money feeding wheel set. The driving wheel is connected via belt to the motor, and there are money accepting table on one end o the conveying belt, money accepting impeller inside the money accepting table and keypad on one side of the money accepting table. From the ATM, money of different denominations may be drawn simultaneously.
Description
Technical field
The present invention is a kind of ATM (automatic teller machine), particularly a kind of comprehensive volume ATM (automatic teller machine).
Background technology
Cash dispenser of the prior art can only take out the bill of two kinds of denominations at most, and this brings many inconvenience to the user.
Summary of the invention
The objective of the invention is to invent a kind of comprehensive volume ATM (automatic teller machine) that can take out multiple denomination bill.
The present invention realizes as follows: the present invention is by withdraw device, mainframe, pay frame, motor, belt, power wheel, the accessory drives wheel, banknote feeding frame, travelling belt, connect the paper money impeller, connect the paper money platform, keyboard and control panel are formed, mainframe is hinged with a pair frame, mainframe is provided with many group withdraw devices, pay frame and be provided with travelling belt and motor, when mainframe is in the state of coincideing with a pair frame, should make travelling belt be positioned at a side of withdraw device cash dispensing port, the two ends of travelling belt be located at the power wheel of paying on the frame and link to each other, be provided with a plurality of accessory drives wheels in the inside of travelling belt, be provided with a plurality of banknote feeding frames in the outside of travelling belt, described travelling belt should be sandwiched between accessory drives wheel and the banknote feeding frame, power wheel links to each other with motor by belt, one end of travelling belt is provided with and connects the paper money platform, connect to be provided with in the paper money platform and connect the paper money impeller, be provided with keyboard in a side that connects the paper money platform.
Described control panel is provided with governor circuit, decoding scheme, driving circuit, number coin circuit, pulse-generating circuit, have or not the coin identification circuit and have or not the coin display circuit, at first the number signal that will withdraw cash by keyboard is passed to governor circuit CPU (main D1:77E58), governor circuit CPU is according to the size of number signal, the address signal of satisfactory driving circuit is sent to decoding scheme, by decoding scheme (control D5:GAL16V8) decoding, to open control gate (control D6:74HC125) with the driving circuit that address signal coincide, have or not coin identification circuit (control D3:HA17358) judging whether rich signal sends governor circuit CPU in the money box simultaneously, if have, governor circuit CPU sends instruction, (control D1 with the driving circuit that address signal coincide, D2:MOC3041, BCR1, BCR2:BT137) the control motor begins to rotate, coin is sent, simultaneously, by number coin circuit (control D4:HA17358), send count signal to governor circuit CPU, statistical magnitude, if there is not coin in the money box, governor circuit CPU will control the less machine operation of face amount, repeat said process, till the money that needs are got all sends out, pulse-generating circuit is to produce the 1KHZ pulse by IC (control D8:555), discern this pulse by having or not the coin identification circuit, generation has or not the coin signal, having or not the coin display circuit is with after having or not the processing of coin signal to handle, each one on the green LED lamp of some azarin, green light is bright, rich in the expression money box, red light is bright, does not have money in the expression money box.
The concrete connection relation of circuit of the present invention is: keyboard and governor circuit (main D4): the 1st of 74LS14, the 4th pin links to each other, governor circuit (main D5): the 18th of 74HC245, the 17th, the 16th, the 9th of the 15th pin and decoding scheme D5:GAL16V8, the 8th, the 7th, the 6th pin links to each other, governor circuit (main D5): the 14th of 74HC245, the 3rd of the 13rd pin and decoding scheme D9:74LS374, the 4th pin links to each other, governor circuit (main D1): the 15th of 77E58, the 14th, the 8th of the 16th pin and decoding scheme D6:74HC125, the 3rd, the 6th pin links to each other, governor circuit (main D1): the 17th pin of 77E58 links to each other with the 1st pin of decoding scheme D5:GAL16V8, the 2nd of decoding scheme D6:74HC125, the 5th pin and the 1st of number coin circuit D4:HA17358, the 7th pin links to each other, the 9th pin of decoding scheme D6:74HC125 links to each other with the 1st pin that has or not coin identification circuit D3:HA17358, have or not the 1st pin of coin identification circuit D3:HA17358 to link to each other with the 9th pin that has or not coin display circuit D7:74HC125, have or not the resistance R 14 of coin identification circuit to link to each other the 2nd of decoding scheme D9:74LS374 with the 1st pin of pulse-generating circuit X5 with capacitor C 4 and after connecting, the 2nd of the 5th pin and driving circuit D7:74HC125, the 5th pin links to each other.
Described withdraw device adopts is the agent structure of commercially available vertical or horizontal type cash counter.
Good effect of the present invention is as follows: simple in structure, volume is little, and is in light weight, can take out the bill of multiple denomination simultaneously.
Description of drawings
Fig. 1 is the first embodiment of the invention structural drawing
Fig. 2 is the second embodiment of the invention structural drawing
Fig. 3 is a circuit block diagram of the present invention
Fig. 4 and Fig. 5 are circuit diagrams of the present invention
Among the figure, 1 withdraw device, 2 mainframes, 3 pairs of frames, 4 motors, 5 belts, 6 power wheels, 7 accessory drives wheel, 8 banknote feeding frames, 9 travelling belts, 10 connect the paper money impeller, and 11 connect the paper money platform, 12 keyboards.
Embodiment
Shown in Figure 2 as Fig. 1, the present invention is by withdraw device 1, mainframe 2, pay frame 3, motor 4, belt 5, power wheel 6, accessory drives wheel 7, banknote feeding frame 8, travelling belt 9, connect paper money impeller 10, connect paper money platform 11, keyboard 12 and control panel are formed, mainframe 2 is hinged with a pair frame 3, mainframe 2 is provided with many group withdraw devices 1, pay frame 3 and be provided with travelling belt 9 and motor 4, when mainframe 2 is in the state of coincideing with a pair frame 3, should make travelling belt 9 be positioned at a side of withdraw device 1 cash dispensing port, the two ends of travelling belt 9 be located at the power wheel of paying on the frame 36 and link to each other, be provided with a plurality of accessory drives wheels 7 in the inside of travelling belt 9, be provided with a plurality of banknote feeding frames 8 in the outside of travelling belt 9, described travelling belt 9 should be sandwiched between accessory drives wheel 7 and the banknote feeding frame 8, power wheel 6 links to each other with motor 4 by belt 5, one end of travelling belt 9 is provided with and connects paper money platform 11, connect to be provided with in the paper money platform 11 and connect paper money impeller 10, be provided with keyboard 12 in a side that connects paper money platform 11.The difference of Fig. 1 Fig. 2 is: the withdraw device 1 among Fig. 1 is the agent structure of vertical currency counting machine, and the withdraw device 1 among Fig. 2 is the agent structure of horizontal type cash counter.
As shown in Figure 3, described control panel is provided with governor circuit, decoding scheme, driving circuit, number coin circuit, pulse-generating circuit, have or not the coin identification circuit and have or not the coin display circuit, at first the number signal that will withdraw cash by keyboard is passed to governor circuit CPU (main D1:77E58), governor circuit CPU is according to the size of number signal, the address signal of satisfactory driving circuit is sent to decoding scheme, by decoding scheme (control D5:GAL16V8) decoding, to open control gate (control D6:74HC125) with the driving circuit that address signal coincide, have or not coin identification circuit (control D3:HA17358) judging whether rich signal sends governor circuit CPU in the money box simultaneously, if have, governor circuit CPU sends instruction, (control D1 with the driving circuit that address signal coincide, D2:MOC3041, BCR1, BCR2:BT137) the control motor begins to rotate, coin is sent, simultaneously, by number coin circuit (control D4:HA17358), send count signal to governor circuit CPU, statistical magnitude, if there is not coin in the money box, governor circuit CPU will control the less machine operation of face amount, repeat said process, till the money that needs are got all sends out, pulse-generating circuit is to produce the 1KHZ pulse by IC (control D8:555), discern this pulse by having or not the coin identification circuit, generation has or not the coin signal, having or not the coin display circuit is with after having or not the processing of coin signal to handle, each one on the green LED lamp of some azarin, green light is bright, rich in the expression money box, red light is bright, does not have money in the expression money box.
Shown in Figure 5 as Fig. 4, the concrete connection relation of circuit is among the figure: keyboard and governor circuit (main D4): the 1st of 74LS14, the 4th pin links to each other, governor circuit (main D5): the 18th of 74HC245, the 17th, the 16th, the 9th of the 15th pin and decoding scheme D5:GAL16V8, the 8th, the 7th, the 6th pin links to each other, governor circuit (main D5): the 14th of 74HC245, the 3rd of the 13rd pin and decoding scheme D9:74LS374, the 4th pin links to each other, governor circuit (main D1): the 15th of 77E58, the 14th, the 8th of the 16th pin and decoding scheme D6:74HC125, the 3rd, the 6th pin links to each other, governor circuit (main D1): the 17th pin of 77E58 links to each other with the 1st pin of decoding scheme D5:GAL16V8, the 2nd of decoding scheme D6:74HC125, the 5th pin and the 1st of number coin circuit D4:HA17358, the 7th pin links to each other, the 9th pin of decoding scheme D6:74HC125 links to each other with the 1st pin that has or not coin identification circuit D3:HA17358, have or not the 1st pin of coin identification circuit D3:HA17358 to link to each other with the 9th pin that has or not coin display circuit D7:74HC125, have or not the resistance R 14 of coin identification circuit to link to each other the 2nd of decoding scheme D9:74LS374 with the 1st pin of pulse-generating circuit X5 with capacitor C 4 and after connecting, the 2nd of the 5th pin and driving circuit D7:74HC125, the 5th pin links to each other.
Claims (3)
1. comprehensive volume ATM (automatic teller machine), it is characterized in that: the present invention is by withdraw device, mainframe, pay frame, motor, belt, power wheel, the accessory drives wheel, banknote feeding frame, travelling belt, connect the paper money impeller, connect the paper money platform, keyboard and control panel are formed, mainframe is hinged with a pair frame, mainframe is provided with many group withdraw devices, pay frame and be provided with travelling belt and motor, when mainframe is in the state of coincideing with a pair frame, should make travelling belt be positioned at a side of withdraw device cash dispensing port, the two ends of travelling belt be located at the power wheel of paying on the frame and link to each other, be provided with a plurality of accessory drives wheels in the inside of travelling belt, be provided with a plurality of banknote feeding frames in the outside of travelling belt, described travelling belt should be sandwiched between accessory drives wheel and the banknote feeding frame, power wheel links to each other with motor by belt, one end of travelling belt is provided with and connects the paper money platform, connect to be provided with in the paper money platform and connect the paper money impeller, be provided with keyboard in a side that connects the paper money platform.
2. comprehensive volume ATM (automatic teller machine) according to claim 1, it is characterized in that: described control panel is provided with governor circuit, decoding scheme, driving circuit, number coin circuit, pulse-generating circuit, have or not the coin identification circuit and have or not the coin display circuit, at first the number signal that will withdraw cash by keyboard is passed to governor circuit CPU (main D1:77E58), governor circuit CPU is according to the size of number signal, the address signal of satisfactory driving circuit is sent to decoding scheme, by decoding scheme (control D5:GAL16V8) decoding, to open control gate (control D6:74HC125) with the driving circuit that address signal coincide, have or not coin identification circuit (control D3:HA17358) judging whether rich signal sends governor circuit CPU in the money box simultaneously, if have, governor circuit CPU sends instruction, (control D1 with the driving circuit that address signal coincide, D2:MOC3041, BCR1, BCR2:BT137) the control motor begins to rotate, coin is sent, simultaneously, by number coin circuit (control D4:HA17358), send count signal to governor circuit CPU, statistical magnitude; If there is not coin in the money box, governor circuit CPU will control the less machine operation of face amount, repeat said process, till the money that needs are got all sends out, pulse-generating circuit is to produce the 1KHZ pulse by IC (control D8:555), discern this pulse by having or not the coin identification circuit, generation has or not the coin signal, having or not the coin display circuit is with after having or not the processing of coin signal to handle, each one on the green LED lamp of some azarin, green light is bright, and is rich in the expression money box, red light is bright, does not have money in the expression money box.
3. comprehensive volume ATM (automatic teller machine) according to claim 2, it is characterized in that: the concrete connection relation of described circuit is: keyboard and governor circuit (main D4): the 1st of 74LS14, the 4th pin links to each other, governor circuit (main D5): the 18th of 74HC245, the 17th, the 16th, the 9th of the 15th pin and decoding scheme D5:GAL16V8, the 8th, the 7th, the 6th pin links to each other, governor circuit (main D5): the 14th of 74HC245, the 3rd of the 13rd pin and decoding scheme D9:74LS374, the 4th pin links to each other, governor circuit (main D1): the 15th of 77E58, the 14th, the 8th of the 16th pin and decoding scheme D6:74HC125, the 3rd, the 6th pin links to each other, governor circuit (main D1): the 17th pin of 77E58 links to each other with the 1st pin of decoding scheme D5:GAL16V8, the 2nd of decoding scheme D6:74HC125, the 5th pin and the 1st of number coin circuit D4:HA17358, the 7th pin links to each other, the 9th pin of decoding scheme D6:74HC125 links to each other with the 1st pin that has or not coin identification circuit D3:HA17358, have or not the 1st pin of coin identification circuit D3:HA17358 to link to each other with the 9th pin that has or not coin display circuit D7:74HC125, have or not the resistance R 14 of coin identification circuit to link to each other the 2nd of decoding scheme D9:74LS374 with the 1st pin of pulse-generating circuit X5 with capacitor C 4 and after connecting, the 2nd of the 5th pin and driving circuit D7:74HC125, the 5th pin links to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021538646A CN1506915A (en) | 2002-12-06 | 2002-12-06 | All-denomination ATM |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021538646A CN1506915A (en) | 2002-12-06 | 2002-12-06 | All-denomination ATM |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1506915A true CN1506915A (en) | 2004-06-23 |
Family
ID=34235339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA021538646A Pending CN1506915A (en) | 2002-12-06 | 2002-12-06 | All-denomination ATM |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1506915A (en) |
-
2002
- 2002-12-06 CN CNA021538646A patent/CN1506915A/en active Pending
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