NL1036218C2 - Bill acceptor with license recognition and power-saving power control functions. - Google Patents

Bill acceptor with license recognition and power-saving power control functions. Download PDF

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Publication number
NL1036218C2
NL1036218C2 NL1036218A NL1036218A NL1036218C2 NL 1036218 C2 NL1036218 C2 NL 1036218C2 NL 1036218 A NL1036218 A NL 1036218A NL 1036218 A NL1036218 A NL 1036218A NL 1036218 C2 NL1036218 C2 NL 1036218C2
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Netherlands
Prior art keywords
banknote
license
module
bill
automatic vending
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NL1036218A
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Dutch (nl)
Inventor
Jyh-Chyang Hsieh
Yueh-Ping Hsu
Tien-Yuan Chien
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Int Currency Tech
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Priority to NL1036218A priority Critical patent/NL1036218C2/en
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Publication of NL1036218C2 publication Critical patent/NL1036218C2/en

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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F9/00—Details other than those peculiar to special kinds or types of apparatus
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
    • G07F19/20—Automatic teller machines [ATMs]
    • G07F19/202—Depositing operations within ATMs
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F7/00—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus
    • G07F7/04—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus by paper currency

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Business, Economics & Management (AREA)
  • Accounting & Taxation (AREA)
  • Finance (AREA)
  • Control Of Vending Devices And Auxiliary Devices For Vending Devices (AREA)

Description

Title: Bill acceptor with license recognition and power-saving power control functions
BACKGROUND OF THE INVENTION
1. Field of the invention:
The present invention relates to a bill acceptor for use with an automatic vending machine and more particularly, to a 5 bill acceptor with license recognition and power-saving power control functions, which saves power consumption and prolongs the service life of the automatic vending machine.
2. Description of the related art:
Following fast development of technology, the 10 distance among people has been greatly shortened, our mode of living has been changed, and different automatic vending machines are used everywhere to sell different products without serviceman. These automatic vending machines are highly invited for the advantage of saving much labor and 15 bringing convenience to people. For example, a Q-shop has the advantages of scientific intelligence, quick service, and quick finish of payment. A Q-shop may provide automatic vending machines for vending drinks, cigarettes, tickets, ice creams, tickets, memorial coins, key rings, or even hamburgers 20 and noodles. Nowadays, many virtual shops are established to make online shopping, allowing shoppers to shop across millions of products.
Further, more and more numbers of shops utilize automatic vending machines to sell different items for the 25 advantages of saving labor and management cost and raising the profit. However, regular automatic vending machines do not limit sales to any person of any age. To prohibit young children unqualified people from buying controlled items, such as tobacco, wine, or other hazardous items, an automatic 30 vending machine must be equipped with a bill acceptor having license recognition means to recognize the age or identity of the consumer. When using an automatic vending machine that sells controlled items, a user must insert a license (such as 1036218 2 driver license, ID card, Health Insurance Card, etc.) into the machine so that the bill acceptor can check the real age and/or identity of the trader.
However, conventional automatic vending machines and 5 bill/license recognition means are constantly kept in the power-on status when started up, wasting power consumption and increasing company running cost. When an automatic vending machine or bill/license recognition means is constantly kept in the power-on status, the internal electronic component 10 parts of the automatic vending machine or bill/license recognition means may get damaged due to heat, shortening the service life or causing the automatic vending machine or bill/license recognition means unable to function normally.
Therefore, it is desirable to provide automatic 15 vending system that eliminates the aforesaid problem.
SUMMARY OF THE INVENTION
The present invention has been accomplished under the circumstances in view. It is therefore one object of the 20 present invention to provide a bill acceptor for use with an automatic vending machine, which saves power consumption and prolongs the service life of the automatic vending machine.
To achieve this and other objects of the present invention, the bill acceptor comprises a body, and a circuit 25 assembly mounted inside the body. The body comprises a bill/license insertion slot for the insertion of a bill and a license, a passage backwardly extending from the insertion slot, a sensor switch for detection the insertion of a bill/license. The circuit assembly comprises a bill 30 recognition unit for checking the authenticity and par value of a bill, a license recognition unit for checking the authenticity obtaining a predetermined data of a license, a communication interface module for data communication between the bill recognition unit/license recognition unit and the 35 automatic vending machine, and a power-saving power supply module electrically connected with the communication interface module. The power-saving power supply module controls the automatic vending machine to enter the sleep mode when the automatic vending machine is not used within a predetermined 3 time period after startup, and provides power supply to wake up the automatic vending machine upon insertion of a bill/license and recognition of the authenticity of the inserted bill/license.
5
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is an elevational view of a bill acceptor in accordance with the present invention.
FIG. 2 is a sectional view of the bill acceptor in 10 accordance with the present invention.
FIG. 3 is a circuit block diagram of the circuit assembly of the bill acceptor in accordance with the present invention.
FIG. 4 is a circuit block diagram of the power-saving power supply module of the circuit assembly according to the 15 present invention.
FIG. 5 is a system start-up operation flow chart according to the present invention.
FIG. 6 is a license recognition operation flow chart according to the present invention.
20 FIG. 7 is a bill recognition operation flow chart according to the present invention.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT
Referring to FIGS. 1~4, a bill acceptor with license 25 recognition and power-saving power control functions in accordance with the present invention is shown comprising a body 1, and a circuit assembly 2 mounted in body 1.
The body 1 comprises an insertion slot 11 for the insertion of a license and a bill, a passage 12 extending 30 backwards from the insertion slot 11, at least one sensor switch 13 installed in the junction between the insertion slot 11 and the passage 12 and adapted to detect the insertion of a license or bill, a light-shielding gate 14 set adjacent to the sensor switch 13 and controllable by the sensor switch 13 to 35 close/open the passage 12, a bill box 16, which comprises a bill-bearing board 161 disposed at one side of the rear end of the passage 12 and a plurality of spring members 162 that support the bill-bearing board 161, and a transmission mechanism 15, which comprises a motor 151, bill transferring 4 means 152 rotatable by the motor 151 to transfer an inserted bill or license, and a bill holding-down device 153 disposed at the other side of the rear end of the passage 12 and adapted to force a bill away from the rear end of the passage 5 12 onto a bill-bearing board 161 of the bill box 16.
The circuit assembly 2 comprises a bill recognition unit 21 and a license recognition unit 22 respectively disposed around the passage 12 behind the light-shielding gate 14, a transmission control unit 23, a communication interface module 10 24 electrically connected with the bill recognition unit 21 and the license recognition unit 22 for communication with an automatic vending machine 3 in which the bill acceptor is installed, a power-saving power supply module 25 electrically connected with the communication interface module 24 and the 15 automatic vending machine 3, a software update module 26, and a user interface module 27. The bill recognition unit 21 comprises a first recognition module 211, a bill-checking optical transmitter 212 and a bill-checking optical receiver 213. The license recognition unit 22 comprises a second 20 recognition module 221, a photography light source 222, and an image sensor module 223. The transmission control unit 23 comprises a bill transferring means control module 231 adapted for controlling the movement of the bill transferring means 152, and a bill holding-down device control module 232 adapted 25 for controlling the movement of the bill holding-down device 153. The power-saving power supply module 25, as shown in FIG. 4, comprises a first voltage converter 251 and a second voltage converter 252 for receiving different voltage inputs, a control switch 253 electrically connected with the second 30 voltage converter 252, a voltage detection and protection unit 254 electrically connected with the control switch 253 and adapted to detect, open and close the output voltage of the first voltage converter 251, and high/low voltage converters 255 electrically connected with the first voltage converter 35 251 and adapted to convert input power into the different working voltages for the body 1 and the automatic vending machine 3. The software update module 26 is electrically connected with the first recognition module 211 of the bill recognition unit 21 for receiving data from the communication 5 interface module 24. The user interface unit 27 is electrically connected with the first recognition module 211 of the bill recognition unit 21, comprising an indication module 271 for transmitting work status data to the automatic 5 vending machine 3 for display, and a DIP switch module 272 for receiving push-button signals from the automatic vending machine 3.
Referring to FIGS. 5~7 and FIGS. 2~4 again, the operation of the present invention runs subject to the 10 following steps: (100) Start-up power supply.
(101) Run the system initialization.
(102) Automatically check the system, and then proceed to step (103) in case of an error, or step to (105) when normal.
15 (103) Display the massage "error", and then proceed to step (104) .
(104) The bill acceptor and the automatic vending machine 3 enter the sleep mode.
(105) Stand by, and then return to step (104) when no any bill 20 or license is inserted after a predetermined time period, or proceed to step (106) when receives a request from the automatic vending machine 3 for the insertion of a bill or license.
(106) Wake up the bill acceptor, and then proceed to step 25 (107) if a license is inserted, or step (112) if a bill is inserted.
(107) Recognize the inserted license and then proceed to step (108) if the inserted license is invalid, or step (109) if the inserted license passed the examination.
30 (108) Display the message of "invalid license" and then proceed to step (105).
(109) Inform the automatic vending machine 3 and reject the inserted license, and then proceed to step (111) .
(110) Send a cancellation notice when request or waiting of 35 the automatic vending machine 3 is overtime.
(111) Determine whether a bill is inserted or the transaction is to be cancelled, and then proceed to step (112) when a bill is inserted, or return to step (105) when the transaction is cancelled.
6 (112) Recognize the authenticity and value of the inserted bill and then proceed to step (113) if the inserted bill is a true bill, or return to step (105) if the inserted bill is a counterfeit.
5 (113) Recognition process is processing.
(114) Wake up the automatic vending machine 3.
(115) Inform a recognition result to the automatic vending machine 3.
(116) Display the message of end of operation, and then return 10 to step (105) .
If no any bill or license is inserted into the insertion slot 11 of the body 1 within a predetermined time period after the bill acceptor and the automatic vending machine 3 have been started up, the bill acceptor and the automatic vending 15 machine 3 immediately enter the sleep mode. When a bill or license is inserted through the insertion slot 11 of the body 1 into the passage 12, the sensor switch 13 is induced to lift the light-shielding gate 14 and to start the transmission mechanism 15, causing the transmission mechanism 15 to carry 20 the inserted bill or license forwards. At the same time, the bill recognition unit 21 or license recognition unit 22 is driven to recognize the authenticity, par value and/or birth data of the inserted bill or license. After recognition of the authenticity of the inserted bill or license, the bill 25 acceptor wakes up the automatic vending machine.
The bill recognition unit 21 and the license recognition unit 22 use the bill-checking optical transmitter 212 or photography light source 222 to radiate the inserted bill or license, and the bill-checking optical receiver 213 or image 30 sensor module 223 to receive reflective light from the bill or license and then to transmit the received light or image data back to the first recognition module 211 or second recognition module 221 for recognition. After recognition, the first recognition module 211 or second recognition module 221 sends 35 the recognition result to the power-saving power supply module 25 through the communication interface module 24, enabling the power-saving power supply module 25 to start up the power supply of the automatic vending machine 3 for running a transaction .
7
After the bill acceptor and the automatic vending machine 3 entered the sleep mode, the power supply of the bill acceptor will be started up only when a bill or license is inserted into the insertion slot 11 of the body 1, and the 5 power supply of the automatic vending machine 3 will be started up only after recognition of the authenticity of a bill or license been inserted into the insertion slot 11 of the body 1 of the bill acceptor. Therefore, the invention saves the consumption of power supply when the bill acceptor 10 and the automatic vending machine 3 are not used. If a person inserted an ordinary sheet member or a counterfeit bill or license into the insertion slot 11 of the body 1, the automatic vending machine 3 will not be waked up. By means of this two-step power control design, the invention effectively 15 saves the consumption of power supply, avoiding mistaken start-up of the automatic vending machine 3 to waste power consumption and lowering the automatic vending machine running cost.
Further, the indication module 271 of the user interface 20 unit 27 transmits work status data to the automatic vending machine 3, enabling the automatic vending machine 3 to display the message through a display screen, and therefore a user can know the work status of the automatic vending machine 3 in time. Further, the automatic vending machines 3 provides an 25 input device for enabling a user to input signals to the DIP switch module 272 of the user interface unit 27, driving the DIP switch module 272 to operate subject to the input signal. The input device of the automatic vending machine can be a set of operation buttons, a touch screen or switch means.
30 Referring to FIGS. 3 and 4 again, the power-saving power supply module 25 is adapted to receive different input voltages. The relatively higher input voltage, for example, 24V is inputted into the first voltage converter 251 and the second voltage converter 252. The relatively lower input 35 voltage, for example, 12V is inputted into the second voltage converter 252 and the control switch 253. The second voltage converter 252 outputs the converted power supply to the control switch 253. The voltage detection and protection unit 254 is electrically connected with the control switch 253 and 8 electrically connected to the posterior circuit of the first voltage converter 251. The first voltage converter 251 outputs the converted power supply to the high/low voltage converters 255, which convert input power supply into different voltages 5 for the body 1, the motor 151, the bill-checking optical transmitter 212, the automatic vending machine 3 or other component parts for working, or directly transmit input power supply to the body 1, the motor 151, the bill-checking optical transmitter 212, the automatic vending machine 3 or other 10 component parts for working.
The voltage detection and protection unit 254 can detect the output voltage of the first voltage converter 251, and cuts off power supply when the output voltage of the first voltage converter 251 is higher than a predetermined upper 15 limit value or lower than a predetermined lower limit value, protecting the internal electronic devices against a surge and prolonging the service life of the automatic vending machine 3.
Further, the power-saving power supply module 25 can be 20 designed to receive 12V, 24V or other input voltage. The high/low voltage converters 255 can be designed to convert 12V into 3.3V, 5V and/or other voltages.
Referring to FIGS. 1~4 again, the image sensor module 223 of the license recognition unit 22 can be a charge coupled 25 device (CCD) , complementary metal-oxide semiconductor (CMOS), contact image sensor (CIS) or any other type of digital camera adapted to pick up the image and/or anti-counterfeit characteristics (watermark, steel stamp, hidden barcode, laser mark, etc.) of a license or bill.
30 Referring to FIG. 2 again, the bill transferring means 152 of the transmission mechanism 15 can be comprised of sheet-transfer rollers, transmission belt means, caterpillar chain means, rolling balls, etc. that can be rotated to transfer a license or bill. Further, the bill holding-down 35 device 153 of the transmission mechanism 15 can be a crossed linkage, electromagnetic valve, push board or any other means capable of pushing a bill away from the rear end of the passage 12 onto the bill-bearing board 161 of the bill box 16.
In conclusion, the bill acceptor with license 9 recognition and improved power control arrangement of the present invention has the following features and advantages: 1. If the automatic vending machine 3 is not used within a predetermined time period after start-up, the automatic 5 vending machine 3 immediately enters the sleep mode. When a bill or license is inserted through the insertion slot 11 of the body 1 into the passage 12, the bill recognition unit 21 or license recognition unit 22 is driven to recognize the authenticity, par value and/or birth data of the inserted bill 10 or license. After recognition of the authenticity of the inserted bill or license, the bill recognition unit 21 or license recognition unit 22 outputs a signal to the powersaving power supply module 25, enabling the power-saving power supply module 25 to wake up the automatic vending machine 3.
15 Therefore, the automatic vending machine 3 is kept in the sleep mode when a user inserts a counterfeit license or bill or any other object into the insertion slot 11 of the body 1, saving power consumption and avoiding waste of power supply.
2. If the bill acceptor is not used within a 20 predetermined time period after start-up, the bill acceptor immediately enters the sleep mode while keeping the sensor switch 13 in action. When a user inserts a license or bill into the insertion slot 11 of the body 1, the sensor switch 13 will be induced to wake up the bill acceptor, driving the bill 25 acceptor to work. By means of the two-step sleep/wakeup functioning of the bill acceptor and the automatic vending machine 3, the invention effectively saves the consumption of power supply, avoiding waste of power supply.
Although a particular embodiment of the invention has 30 been described in detail for purposes of illustration, various modifications and enhancements may be made without departing from the spirit and scope of the invention. Accordingly, the invention is not to be limited except as by the appended claims .
1 0362 1 8 35

Claims (9)

1. Een biljetacceptor, omvattende: een lichaam, waarbij genoemd lichaam een inbrengsleuf omvat voor het inbrengen van een biljet en een vergunning, een doorgang die zich naar achteren uitstrekt vanaf genoemde 5 inbrengsleuf, een biljetdoos die is opgesteld bij een achteruiteinde van genoemde doorgang en is ingericht voor het uit genoemde doorgang ontvangen van een biljet, en een transmissiemechanisme dat is ingericht voor het overbrengen van een ingebrachte vergunning of biljet vanaf genoemde 10 inbrengsleuf genoemde doorgang in voor het herkennen en overbrengen van een herkend biljet vanaf genoemde doorgang naar genoemde biljetdoos; en een in genoemd lichaam gemonteerd circuitstelsel, waarbij genoemd circuitstelsel een biljetherkenningseenheid omvat, 15 welke biljetherkenningseenheid een biljet-controlerende optische transmittor omvat, een biljet-controlerende optische ontvanger en een eerste herkenningsmodule en ingericht voor het controleren van de authenticiteit en intrinsieke waarde van een biljet, een vergunningherkenningseenheid, welke 20 vergunningherkenningseenheid een fotografische lichtbron omvat, een beeldsensormodule en een tweede herkenningsmodule en ingericht voor het controleren van de authenticiteit van een vergunning en het verkrijgen van vooraf bepaalde data van de vergunning die gecontroleerd wordt, een communicatie-25 interfacemodule die elektrisch is verbonden met een externe automatische verkoopmachine voor datacommunicatie tussen genoemde automatische verkoopmachine en genoemde biljetherkenningseenheid en genoemde vergunningherkenningseenheid en een energiebesparende krachtbronmodule die elektrisch is 30 verbonden met genoemde communicatie-interfacemodule en ingericht voor het besturen van de bron van een krachtbron voor het opstarten van genoemde automatische verkoopmachine afhankelijk van een herkenningsresultaat van genoemde biljetherkenningseenheid en genoemde vergunningherkenningseenheid na 35 het inbrengen van een biljet/vergunning in genoemde inbrengsleuf. 1036218A banknote acceptor, comprising: a body, wherein said body comprises an insertion slot for inserting a banknote and a permit, a passage extending rearwardly from said insertion slot, a banknote box arranged at a rear end of said passage and is adapted to receive a ticket from said passage, and a transmission mechanism adapted to transfer an inserted permit or ticket from said insertion slot into said passage for recognizing and transferring a recognized ticket from said passage to said ticket box; and a circuit system mounted in said body, said circuit system comprising a billet recognition unit, which billet recognition unit comprises a billet-checking optical transmitter, a billet-checking optical receiver and a first recognition module and adapted to check the authenticity and intrinsic value of a bill , a license recognition unit, which license recognition unit comprises a photographic light source, an image sensor module and a second recognition module and arranged for checking the authenticity of a license and obtaining predetermined data of the license being checked, a communication interface module that is electrically is connected to an external automatic vending machine for data communication between said automatic vending machine and said banknote recognition unit and said license recognition unit and an energy-saving power source module that is electrically connected to said communication interface module and adapted to control the source of a power source for starting up said automatic vending machine depending on a recognition result of said banknote recognition unit and said license recognition unit after inserting a banknote / license into said insertion slot. 1036218 2. De biljetacceptor volgens conclusie 1, waarbij genoemd lichaam verder een sensorschakelaar omvat die is ingericht om het inbrengen van een biljet/vergunning in genoemde inbreng- 5 sleuf te detecteren en genoemd transmissiemechanisme te starten bij detectie van het inbrengen van een biljet/ vergunning in genoemde inbrengsleuf.2. The banknote acceptor according to claim 1, wherein said body further comprises a sensor switch adapted to detect the insertion of a banknote / license into said insertion slot and to start said transmission mechanism upon detection of the insertion of a banknote / license into said insertion slot. 3. De biljetacceptor volgens conclusie 2, waarbij genoemd 10 lichaam verder een lichtafschermend poortstel omvat naast genoemde sensorschakelaar en bestuurbaar door genoemde sensorschakelaar om genoemde doorlaat te sluiten/openen.3. The banknote acceptor according to claim 2, wherein said body further comprises a light-shielding gate set in addition to said sensor switch and controllable by said sensor switch to close / open said passage. 4. De biljetacceptor volgens conclusie 1, waarbij genoemd 15 transmissiemechanisme een motor omvat, biljetoverdraagmiddelen die door genoemde motor roteerbaar zijn om een biljet/ vergunning over te dragen, en een bij het achteruiteinde van genoemde doorlaat aangebrachte biljetneerhoudinrichting die is ingericht om een biljet van het achteruiteinde van genoemde 20 doorlaat weg te dwingen genoemde biljetdoos in; waarbij genoemd circuitsamenstel verder een transmissiebesturings-eenheid omvat, welke transmissiebesturingseenheid een controlemodule voor de biljetoverdrachtmiddelen omvat die is ingericht voor het besturen van de beweging van genoemde 25 biljetoverdrachtmiddelen, en een besturingsmodule voor de biljetneerhoudinrichting die is ingericht voor het besturen van de beweging van genoemde biljetneerhoudinrichting.4. The banknote acceptor according to claim 1, wherein said transmission mechanism comprises a motor, banknote transfer means rotatable by said motor to transfer a banknote / license, and a banknote holding device arranged at the rear end of said passage and adapted to fit a banknote from the banknote. forcing the rear end of said passage through said note box; wherein said circuit assembly further comprises a transmission control unit, which transmission control unit comprises a control module for the banknote transfer means which is adapted to control the movement of said banknote transfer means, and a control module for the banknote holding device which is arranged to control the movement of said banknote holding device . 5. De biljetacceptor volgens conclusie 4, waarbij genoemde 30 biljetdoos een bij één zijde van het achteruiteinde van genoemde doorlaat aangebracht biljet-dragend bord omvat en een veelvoud van veerorganen die genoemd biljet-dragend bord ondersteunen.The banknote acceptor according to claim 4, wherein said banknote box comprises a banknote carrying board arranged at one side of the rear end of said passage and a plurality of spring members supporting said banknote carrying board. 6. De biljetacceptor volgens conclusie 1, waarbij genoemde energiebesparende krachtbronmodule een eerste spannings-converter omvat die is ingericht voor het omzetten van een eerste ingangsspanning naar een vooraf bepaalde spanning, een tweede spanningsconverter die is ingericht voor het omzetten van een tweede ingangsspanning naar een vooraf bepaalde spanning, een besturingsschakelaar die elektrisch is verbonden met genoemde tweede spanningsconverter voor het besturen van uitvoer van genoemde tweede spanningsconverter, en een 5 spanningsdetectie- en beschermingseenheid die elektrisch is verbonden met genoemde besturingsschakelaar en is ingericht om de uitgangsspanning van genoemde eerste spanningsconverter te detecteren, te openen en te sluiten.The banknote acceptor of claim 1, wherein said energy-saving power source module comprises a first voltage converter adapted to convert a first input voltage to a predetermined voltage, a second voltage converter adapted to convert a second input voltage to a predetermined voltage determined voltage, a control switch electrically connected to said second voltage converter for controlling output of said second voltage converter, and a voltage detection and protection unit electrically connected to said control switch and adapted to detect the output voltage of said first voltage converter, to open and close. 7. De biljetacceptor volgens conclusie 6, waarbij genoemde energiebesparende krachtbronmodule verder een hoog/laag spanningsconvertermiddel omvat dat elektrisch is verbonden met genoemde eerste spanningsconverter en is ingericht om uitgangsspanning van genoemde eerste spanningsconverter te 15 ontvangen en om ontvangen ingangsspanning om te zetten naar verschillende werkspanningen voor de werking van genoemd lichaam en genoemde automatische verkoopmachine.7. The banknote acceptor according to claim 6, wherein said energy-saving power source module further comprises a high / low voltage converter means electrically connected to said first voltage converter and adapted to receive output voltage from said first voltage converter and to convert received input voltage to different operating voltages for the operation of said body and said automatic vending machine. 8. De biljetacceptor volgens conclusie 1, waarbij genoemd 20 circuitsamenstel verder een software-updatemodule omvat die is ingericht voor het overdragen van data vanaf genoemde communicatie-interfacemodule naar genoemde eerste herkennings-module van genoemde biljetherkenningseenheid.The banknote acceptor of claim 1, wherein said circuit assembly further comprises a software update module adapted to transfer data from said communication interface module to said first recognition module of said banknote recognition unit. 9. De biljetacceptor volgens conclusie 1, waarbij genoemd circuitsamenstel verder een met genoemde eerste herkennings-module van genoemde biljetherkenningsmodule elektrisch verbonden gebruikersinterfacemodule omvat, die een indicatiemodule omvat voor het overdragen van de werkstatus-30 data van genoemde biljetherkenningseenheid naar genoemde automatische verkoopmachine voor weergave, en een DIP-schakelmodule voor het ontvangen van ingangssignalen van genoemde automatische verkoopmachine. 1036218The banknote acceptor of claim 1, wherein said circuit assembly further comprises a user interface module electrically connected to said first recognition module of said banknote recognition module, which interface module comprises an indication module for transferring the operating status data from said banknote recognition unit to said automatic vending machine for display, and a DIP switch module for receiving input signals from said automatic vending machine. 1036218
NL1036218A 2008-11-20 2008-11-20 Bill acceptor with license recognition and power-saving power control functions. NL1036218C2 (en)

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WO1992009057A1 (en) * 1990-11-07 1992-05-29 Mars Incorporated Method and apparatus for a low-power, battery-powered vending and dispensing apparatus
US5360093A (en) * 1992-06-05 1994-11-01 Kaspar Wire Works, Inc. Method and apparatus for the control of a multiple of door accessible newspaper vending cabinets with a single vend control mechanism operating remote door latches
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