CN104778781A - Paper currency sorting and binding device - Google Patents
Paper currency sorting and binding device Download PDFInfo
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- CN104778781A CN104778781A CN201510192247.2A CN201510192247A CN104778781A CN 104778781 A CN104778781 A CN 104778781A CN 201510192247 A CN201510192247 A CN 201510192247A CN 104778781 A CN104778781 A CN 104778781A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
- G07D13/00—Handling of coins or of valuable papers, characterised by a combination of mechanisms not covered by a single one of groups G07D1/00 - G07D11/00
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B27/00—Bundling particular articles presenting special problems using string, wire, or narrow tape or band; Baling fibrous material, e.g. peat, not otherwise provided for
- B65B27/08—Bundling paper sheets, envelopes, bags, newspapers, or other thin flat articles
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- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Inspection Of Paper Currency And Valuable Securities (AREA)
Abstract
The invention discloses a paper currency sorting and binding device. The paper currency sorting and binding device comprises a paper currency picking module, an upper transmission module, a paper currency recognizing module, a paper currency sorting control module, a paper currency returning module, a lower transmission module, a plurality of paper currency stacking and binding modules and a logic circuit control chip, wherein the paper currency recognizing module is used for recognizing paper currencies to be treated according to set sorting parameters input by a user; the paper currency sorting control module is used for performing sorting control on the paper currencies according to recognition results of the paper currency recognizing module, and when the paper currencies are unqualified, driving the upper transmission module to transmit the unqualified paper currencies to the paper currency returning module, and when the paper currencies are qualified, driving the upper transmission module transmit the qualified paper currencies to the lower transmission module and driving the lower transmission module to transmit the paper currencies to the paper currency stacking and binding modules corresponding to the set sorting parameters; the paper currency stacking and binding modules are used for stacking and binding the paper currencies, and transmitting the paper currencies to corresponding paper currency outlets. The paper currency sorting and binding device improves the accuracy and the efficiency of a paper currency sorting and binding operation.
Description
Technical Field
The invention belongs to the technical field of money processing equipment, and particularly relates to a money clearing and binding device.
Background
With the development of society, enterprises and individuals are engaged in economic activities more frequently, and the amount of related paper money is huge. The cash amount daily processed by each financial institution is increased year by year, a teller needs to manually perform processing work such as clearing, selecting, binding, classifying and the like on paper money, the operating pressure is increased, the accuracy of manual processing is not high, the quality cannot meet the requirements of self-service equipment, the paper money cannot be reused, and meanwhile, a long time is needed.
Disclosure of Invention
The embodiment of the invention provides a banknote sorting and binding device, which is used for improving the accuracy and efficiency of banknote sorting and binding work and comprises the following components: the device comprises a banknote picking module, an upper transmission module, a banknote identification module, a banknote sorting control module, a banknote returning module, a lower transmission module, a plurality of stacked banknote binding modules and a logic circuit control chip; wherein,
the paper money picking module is used for receiving the put paper money to be processed;
the upper transmission module is connected with the banknote picking module and is used for transmitting the banknotes to be processed to the banknote identification module;
the banknote identification module is connected with the upper transmission module and used for identifying the banknotes to be processed according to the set sorting parameters input by the user;
the banknote sorting control module is connected with the banknote recognition module, the upper transmission module and the lower transmission module and used for sorting and controlling the banknotes according to the recognition result of the banknote recognition module, when the banknotes do not meet the requirement of the set sorting parameter, the upper transmission module is driven to transmit the banknotes which do not meet the requirement of the set sorting parameter to the banknote refunding module, when the banknotes meet the requirement of the set sorting parameter, the upper transmission module is driven to transmit the banknotes which meet the requirement of the set sorting parameter to the lower transmission module, and the lower transmission module is driven according to the set sorting parameter to transmit the banknotes transmitted by the upper transmission module to the banknote stacking and binding module corresponding to the set sorting parameter;
the stacked banknote binding module is used for stacking banknotes meeting the requirement of the set sorting parameter from the lower transmission module, binding the banknotes according to the requirement of the set number of the banknotes and transmitting the banknotes to the corresponding banknote outlet;
the logic circuit control chip is connected with the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of stacked banknote binding modules and is used for controlling the operation of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the stacked banknote binding modules.
In one embodiment, setting the score clearance parameter comprises: one or any combination of true and false, currency type, currency classification, security classification, face, new and old degree and crown word number of the money.
In one embodiment, the banknote sorting and binding apparatus further includes:
and the data interface is connected with the logic circuit control chip and the external equipment and used for outputting the execution results of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of stacked banknote binding modules under the control of the logic circuit control chip.
In one embodiment, the data interface is a USB interface, serial/parallel port, or network port.
In one embodiment, the banknote sorting and binding apparatus further includes: and the LCD display screen is connected with the logic circuit control chip and used for receiving and setting sorting parameters and displaying the execution results of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of banknote stacking and binding modules under the control of the logic circuit control chip.
In one embodiment, the banknote recognition module comprises: and the video device is connected with the logic circuit control chip and is used for acquiring the image information of the money to be processed under the control of the logic circuit control chip.
In one embodiment, the banknote sorting and binding apparatus further includes: and the storage module is connected with the logic circuit control chip and the banknote identification module and is used for storing the identification result of the banknote identification module to be processed by the control of the logic circuit control chip.
According to the technical scheme provided by the embodiment of the invention, the to-be-processed money is received by the money picking module; the upper transmission module transmits the banknotes to be processed to the banknote identification module; the banknote identification module identifies the banknotes to be processed according to the set sorting parameters input by the user; the money clearing and sorting control module is used for clearing and sorting the money according to the recognition result of the money recognition module, when the money does not meet the requirement of the set clearing and sorting parameter, the upper transmission module is driven to transmit the money which does not meet the requirement of the set clearing and sorting parameter to the money returning module, when the money meets the requirement of the set clearing and sorting parameter, the upper transmission module is driven to transmit the money which meets the requirement of the set clearing and sorting parameter to the lower transmission module, the lower transmission module is driven according to the set clearing and sorting parameter, and the money transmitted by the upper transmission module is transmitted to the stacked money binding module corresponding to the set clearing and sorting parameter; the stacked banknote binding module superposes banknotes meeting the requirement of the set counting parameter from the lower transmission module, and transmits the banknotes to the corresponding banknote outlet after binding according to the set counting requirement, so that manual participation is not needed, and the accuracy and efficiency of banknote counting and binding work are improved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:
FIG. 1 is a schematic structural diagram of a banknote sorting and binding device in the embodiment of the invention;
FIG. 2 is an appearance schematic diagram of a banknote sorting and binding device in the embodiment of the invention;
FIG. 3 is a schematic view of the internal structure of the banknote sorting and binding device in the embodiment of the invention;
fig. 4 is a schematic circuit structure diagram of the banknote sorting and binding device in the embodiment of the invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the following embodiments and accompanying drawings. The exemplary embodiments and descriptions of the present invention are provided to explain the present invention, but not to limit the present invention.
The invention provides a banknote sorting and binding device, which is used for solving the problem of manual banknote sorting and binding and other processing by a teller, improving the accuracy and efficiency, realizing the recording and tracing of banknote flow and the banknote adding of self-service equipment in a network. The details will be described below.
Fig. 1 is a schematic structural diagram of a banknote sorting and binding device in an embodiment of the present invention, and as shown in fig. 1, the device includes: the device comprises a banknote picking module 101, an upper transmission module 102, a banknote identification module 103, a banknote sorting control module 104, a banknote returning module 105, a lower transmission module 106, a plurality of stacked banknote binding modules 107 and a logic circuit control chip 108; wherein,
the banknote picking module 101 is used for receiving the put banknotes to be processed;
the upper transmission module 102 is connected with the banknote picking module 101 and is used for transmitting the banknotes to be processed to the banknote recognition module 103;
the banknote identification module 103 is connected with the upper transmission module 102 and is used for identifying the banknotes to be processed according to the set sorting parameters input by the user;
the banknote sorting control module 104 is connected with the banknote recognition module 103, the upper transmission module 102 and the lower transmission module 106, and is used for sorting and controlling the banknotes according to the recognition result of the banknote recognition module 103, driving the upper transmission module 102 to transmit the banknotes which do not meet the requirement of the set sorting parameter to the banknote refunding module 105 when the banknotes do not meet the requirement of the set sorting parameter, driving the upper transmission module 102 to transmit the banknotes which meet the requirement of the set sorting parameter to the lower transmission module 106 when the banknotes meet the requirement of the set sorting parameter, driving the lower transmission module 106 according to the set sorting parameter, and transmitting the banknotes transmitted by the upper transmission module 102 to the stacked banknote binding module 107 corresponding to the set sorting parameter;
the stacked banknote binding module 107 is used for stacking banknotes meeting the requirement of the set sorting parameter from the lower transmission module, binding the banknotes according to the requirement of the set number of the banknotes, and transmitting the banknotes to the corresponding banknote outlet;
the logic circuit control chip 108 is connected with the banknote picking module 101, the upper transmission module 102, the banknote identification module 103, the banknote sorting control module 104, the banknote returning module 105, the lower transmission module 106 and the plurality of stacked banknote binding modules 107, and is used for controlling the operations of the banknote picking module 101, the upper transmission module 102, the banknote identification module 103, the banknote sorting control module 104, the banknote returning module 105, the lower transmission module 106 and the plurality of stacked banknote binding modules 107.
According to the technical scheme provided by the embodiment of the invention, during working, the money picking module 101 receives the put money to be processed; the upper transmission module 102 transmits the banknotes to be processed to the banknote recognition module 103; the banknote identification module 103 identifies the banknotes to be processed according to the set sorting parameters input by the user; the banknote sorting control module 104 performs sorting control on the banknotes according to the recognition result of the banknote recognition module 103, drives the upper transmission module 102 to transmit the banknotes which do not meet the requirement of the set sorting parameter to the banknote returning module 105 when the banknotes do not meet the requirement of the set sorting parameter, drives the upper transmission module 102 to transmit the banknotes which meet the requirement of the set sorting parameter to the lower transmission module 106 when the banknotes meet the requirement of the set sorting parameter, drives the lower transmission module 106 according to the set sorting parameter, and transmits the banknotes transmitted by the upper transmission module 102 to the banknote stacking and binding module 107 corresponding to the set sorting parameter; the banknote stacking and binding module 107 stacks banknotes meeting the requirement of the set sorting parameters from the lower transmission module 106, and transmits the banknotes to the corresponding banknote outlet after binding according to the requirement of the set number, so that the accuracy and efficiency of banknote sorting and binding work are improved.
In addition, in the embodiment of the present invention, the qualified banknote is a banknote meeting the requirement of the set sorting parameter, and the unqualified banknote is a banknote not meeting the requirement of the set sorting parameter, for example: the bank staff initially selects the set clearing parameters as follows: the coin type: RMB, face value: the sorting is performed according to 100 yuan, 50 yuan, 10 yuan and 1 yuan, if the money identification module 103 identifies the money types such as harbor yuan, Japanese yuan and the like or 5-angle RMB in the money to be processed, the money sorting control module 104 transmits the money which does not meet the requirement of the set sorting parameter to the money returning module 105 by driving the upper transmission module 102 according to the identification result.
In one embodiment, setting the score clearance parameter comprises: one or any combination of true and false, currency type, currency classification, security classification, face, new and old degree and crown word number of the money.
In one embodiment, the banknote sorting and binding apparatus further includes:
and the data interface 109 is connected with the logic circuit control chip and external equipment and is used for outputting execution results of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of banknote stacking and binding modules under the control of the logic circuit control chip.
In one embodiment, the data interface 109 is a USB interface, serial/parallel port, or network port.
In one embodiment, the banknote sorting and binding apparatus further includes: and the LCD display screen is connected with the logic circuit control chip and used for receiving set sorting parameters input by a user and displaying execution results of the banknote picking module 101, the upper transmission module 102, the banknote identification module 103, the banknote sorting control module 104, the banknote returning module 105, the lower transmission module 106 and the plurality of stacked banknote binding modules 107 under the control of the logic circuit control chip.
In one embodiment, the banknote recognition module 103 includes: and the video recording device is connected with the logic circuit control chip 108 and is used for acquiring the image information of the banknotes to be processed under the control of the logic circuit control chip 108. Through setting up the video recording device, can leave image data information, can record and trace back the flow of paper currency.
In one embodiment, the banknote sorting and binding apparatus further includes: and the storage module is connected with the logic circuit control chip 108 and the banknote identification module 103 and is used for storing the identification result of the banknote identification module 103 to be processed by controlling the logic circuit control chip 108. Through setting up storage module, can keep data information such as the true and false, currency, set of classifying, the security classification of pending paper currency, face, new and old degree, crown word number and image, the data information who keeps can transmit the server through the network, supplies the inquiry and traces back, can record and trace back the flow of paper currency.
In specific implementation, the banknote sorting and binding device provided by the embodiment of the invention can comprise: the LCD operation panel is used for setting various parameters of the device, inputting execution instructions and checking execution results, and can comprise: LCD touch screen and LCD display screen; a banknote inlet (banknote picking module 101) for receiving banknotes to be processed; the upper transmission module is used for transmitting the paper money entering from the paper money inlet to the paper money identification module for identification and transmitting unqualified paper money to the paper money outlet; the bank note identification module is used for identifying the authenticity, the cover, the note type, the face, the new and old degree, the crown word number and the like of the bank note, processing the bank note through a camera and other auxiliary devices, and storing relevant images and data information; the cash-returning port is used for storing unqualified cash, including counterfeit cash, unrecognizable cash and cash which does not accord with the cash-out condition; the lower transmission module is used for transmitting the qualified money to the stacked money binding modules corresponding to the money outlets; the stacked banknote bundling module is used for arranging and stacking banknotes transmitted to the banknote outlet in the same direction and bundling the banknotes according to the set number requirement; the cash outlet is used for storing cash coins with the parameter setting requirement; the logic circuit control chip receives the paper money processing instruction sent by the LCD operation panel or the data interface and carries out paper money processing action according to the paper money processing instruction; and the data interface is used for connecting an external server, receiving the instruction and outputting an execution result, realizing data interaction between the external server and the banknote sorting and binding device, upgrading the system and the like, and can be a USB (universal serial bus), a serial/parallel port, a network port and the like.
In specific implementation, the banknote sorting and binding device according to the embodiment of the present invention may include:
the banknote picking module 101 is used for receiving the put-in banknotes to be processed, comprises a processing device such as a sensing counter and the like, is connected with the logic circuit control chip 108 through a control bus, and receives and executes a banknote processing instruction.
The upper transmission module 102 is used for transmitting the paper money passing through the paper money picking module 101 to the paper money identification module 103 for sorting identification, transmitting the paper money with unqualified identification to the paper money returning module 105, transmitting the paper money with qualified identification to the lower transmission module 106, performing turn-over processing on the paper money facing different directions, respectively connecting with the paper money picking module 101, the paper money identification module 103, the paper money sorting control module 104 and the paper money returning module 105, receiving a paper money transmission processing instruction of the logic circuit control chip 108 through a control bus, and transmitting the paper money through a device such as a crawler belt, a transmission wheel, a paper money twisting wheel and the like.
The banknote and coin identification module 103 is used for identifying the authenticity, currency type, security type, face, new and old degree, crown word number and the like of the banknote, processing the banknote and coin through a camera and other auxiliary devices, and storing relevant image and data information; the control bus is connected with the logic circuit control chip 108, the control bus receives and executes the paper money processing instruction, the authenticity, the cover, the paper money classification, the face, the new and old degree, the crown word number and the like of the stored paper money are identified according to the paper money detecting instruction, the paper money data such as the crown word number, the image and the like of the paper money are obtained, and the obtained paper money data such as the crown word number, the image and the like of the paper money are returned to the logic circuit control chip 108 through the control bus.
The banknote sorting control module 104 is used for performing sorting control on banknotes processed by the banknote recognition module 103, is connected with the logic circuit control chip 108 through a control bus, sends a banknote processing instruction through the control bus to drive and control the flow direction of the banknotes, sends an instruction to drive the upper transmission module 102 to transmit to the banknote returning module 105 for unqualified banknotes, and comprises counterfeit banknotes and banknotes which do not meet the parameter setting requirement, sends an instruction to drive the upper transmission module 102 to perform turn-over processing for different banknotes, sends an instruction to drive and transmit to the lower transmission module 106 for qualified banknotes, and sends an instruction to drive the lower transmission module 106 to transmit to the corresponding banknote stacking and binding module 107 for banknotes meeting the parameter setting requirement.
The banknote returning module 105 is used for placing the unqualified banknotes transmitted by the upper transmission module 102 to a banknote returning port; is connected with the logic circuit control chip 108 through the control bus, receives and executes the paper money processing instruction, drives the paper money twisting wheel to place the paper money to the paper money returning opening, and returns the processing result to the logic circuit control chip 108 through the control bus.
The lower transmission module 106 is configured to transmit the qualified banknote transmitted by the upper transport module 102 to the corresponding stacked banknote binding module 107 according to the parameter setting requirement, and is respectively connected to the upper transmission module 102, the banknote sorting control module 104, and each stacked banknote binding module 107, and receives a banknote transmission processing instruction of the logic circuit control chip 108 through the control bus, and transmits the banknote to the corresponding stacked banknote binding module 107 through the caterpillar, the transmission wheel, the banknote twisting wheel, and other devices.
The banknote stacking and binding module 107 is used for stacking banknotes meeting the set sorting parameter requirement, binding the banknotes according to the set number requirement and placing the banknotes to a banknote outlet; the control bus is connected with the logic circuit control chip 108, receives and executes a paper money processing instruction, drives the paper money twisting wheel and the binding device to place paper money to the paper money outlet, and returns a processing result to the logic circuit control chip 108 through the control bus;
the logic circuit control chip 108 receives the bill processing command from the control bus or the data interface 109, and performs the bill processing operation according to the bill processing command. The logic circuit control chip is connected with the banknote picking module 101, the upper transmission module 102, the banknote identification module 103, the banknote sorting control module 104, the banknote returning module 105, the lower transmission module 106 and the banknote stacking and binding module 107 through a control bus, and receives a banknote processing instruction sent by an external server through a data interface 109.
The data interface 109 is used for connecting an external server, receiving instructions and outputting execution results, realizing data interaction between the external server and the paper money processing device, system upgrading and the like, and can be a USB (universal serial bus), a serial/parallel port and a network port; the direct data interaction and the instruction interaction with the external equipment are realized through the connection with the logic circuit control chip 108.
The following description is given by way of example to facilitate an understanding of how the invention may be practiced.
FIG. 2 is an appearance schematic diagram of a banknote sorting and binding device in the embodiment of the invention; FIG. 3 is a schematic view of the internal structure of the banknote sorting and binding device in the embodiment of the invention; as shown in fig. 2, the diagram identifies: firstly, an LCD operation panel is provided, an operator can set sorting parameters, for example, a first banknote outlet can output a banknote with a face value of 100 yuan for a fourth set of RMB, a second banknote outlet can output a banknote with a face value of 50 yuan for the fourth set of RMB, and the like, and according to sorting modes such as currency type, set, note type, new degree and old degree, the number of banknotes can be set as a bundle for binding, the executed result after sorting can be seen, the connection condition of a data interface, the state of equipment, alarms when faults such as banknote jamming exist, and fault type and position prompts; the cash inlet is composed of a cash twisting wheel, a cash pressing rod, a sensor and the like, an operator puts paper money to be processed into the cash inlet to support continuous cash adding, and after finding the paper money at the cash inlet, the sensor drives the cash pressing rod and the cash twisting wheel to work through a control bus and a logic circuit control chip to transmit the paper money to the upper transmission module; the upper transmission module consists of a crawler belt, a transmission wheel, a banknote rolling wheel and the like, transports banknotes introduced from the banknote inlet to the banknote identification module, receives a banknote transmission processing instruction of the logic circuit control chip through a control bus, transports qualified banknotes to the lower transmission module, and transports unqualified banknotes to the banknote outlet; the banknote identification module consists of a transmission light source, a high-definition camera and other auxiliary chips, is responsible for sorting banknotes according to the requirement of set sorting parameters, reversely transmits the sorting identification result to the logic circuit control chip through a control bus, drives the upper transmission module and the lower transmission module, transmits the banknotes to corresponding banknote outlets, simultaneously stores the banknote surface data and the image information of the banknotes for query and external output, can distinguish the banknotes with different currency types, sleeve types, banknote types and new and old degrees, can distinguish counterfeit banknotes from the banknotes, and has higher counterfeit discrimination capability than that of a general A-type banknote counter; the banknote-withdrawing port is composed of a banknote-rolling wheel, a sensor and other devices, unqualified banknotes are transported to the banknote-withdrawing port, the unqualified banknotes comprise counterfeit banknotes and banknotes which are not in the output setting range, the banknote-withdrawing port firstly transmits the banknotes which are not in the output setting range to the banknote-withdrawing port, the banknotes are taken away, then the counterfeit banknotes are discharged, the counterfeit banknotes are sent to the banknote-withdrawing port, specific information of the counterfeit banknotes is displayed on an LCD panel, an operator directly takes away, registers and files the counterfeit banknotes, and for other banknotes which are not in the output setting range, the operator can carry out secondary sorting, for example, firstly, 100 yuan, 50 yuan, 20 yuan and 10 yuan which are sorted in 1999 are sorted, and secondly, by setting parameters, 100 yuan, 50 yuan, 20 yuan and 10 yuan which are sorted in 2005, the banknotes which are not in the first sorting range are taken out from the banknote-withdrawing port, putting the paper money into a paper money inlet for secondary sorting; the lower transmission module is composed of a crawler belt, a transmission wheel, a banknote twisting wheel and the like, receives a banknote processing instruction sent by a logic circuit control chip through a control bus, and transports banknotes to corresponding banknote outlets according to the sorting and identification result, for example, transports 100 yuan of surface value banknotes to a first banknote outlet, transports 50 yuan of surface value banknotes to a second banknote outlet, transports 20 yuan of surface value banknotes to a third banknote outlet, and transports 10 yuan of surface value banknotes to a fourth banknote outlet; seventhly, a banknote stacking and binding module is composed of a counting sensor, a banknote stacking rod, a bundling device and the like, banknote stacking processing is carried out on banknotes conveyed by the lower transmission module, bundling processing is carried out according to parameter setting requirements, bundling can be carried out without bundling, bundling can be carried out according to the set number, and the processed banknotes are stacked to a banknote outlet; the money outlet is used for storing money subjected to the processing of the money stacking and binding module, when the money outlet is full of money, the driving device is controlled by a control bus and a logic circuit to send out a prompt tone, and prompt information is displayed on an LCD panel; ninthly, the banknote sorting and binding device is a data interface, consists of interfaces such as a USB (universal serial bus), a serial/parallel port and a network port, is used for receiving an execution instruction and outputting an execution result, is connected with external equipment and a server, realizes functions such as data interaction and system upgrading through a control bus and a logic circuit control chip, can be remotely updated through a network when the banknote sorting and binding device is updated, and can also be connected to an internal system of a bank to realize more specific functions in an expanded manner.
Fig. 4 is a schematic circuit structure diagram of the banknote sorting and binding device in the embodiment of the present invention, as shown in fig. 4, the diagram indicates the working modes among the modules, and the 1.0LCD display module is responsible for performing operation instruction interaction with the industrial control panel, so as to provide an operation interface and various information displays for an operator; 2.0 industrial control board, which is a master control module for controlling the positions of the bus and the logic circuit control chip, is connected in series to control other modules and is the basis of other modules; 3.0 the money identification module is the core function of the device and is responsible for the core functions of money scanning, identification, counterfeit discrimination, data storage and the like; 4.0 banknote sorting control module, which completes the main body work of the device together with the 3.0 banknote recognition module and is responsible for sorting and transmitting the banknotes according to the recognition result; and 5.0 a cash returning and stacking module which is mainly responsible for a cash returning port and a cash outlet and is used for an operator to obtain the processed cash.
The banknote sorting and binding device provided by the embodiment of the invention can realize sorting of banknotes according to various dimensions such as currency types, currency sheath, currency classification, new and old degrees and the like, has the functions of counterfeit identification, crown word number identification, banknote image data storage and the like, can be flexibly configured through a system, supports automatic binding, and can transmit related data to a server through a network for inquiry and tracing. The function all is handled by the clear device that divides, the automatic teller only need add the paper money operation to the device, support to add paper money in succession, the device is according to the standard that the automatic teller set for and is clearly divided paper currency, the automatic teller can directly obtain the paper money coin of binding after clearly dividing, convenient and fast, the efficiency of processing and accuracy are greatly improved, the device has than general counterfeit money detector, the counterfeit money detector of counting currency machine higher discerns pseudo-ability, can the protection of more one deck, clear simultaneously that to divide the paper money coin that reaches the self-service equipment requirement can directly add paper money for self-service equipment in the website, need not through cash center circulation, improve the utilization ratio of paper money coin, the work of the paper money coin allocation has been.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (7)
1. A bank note sorting and binding device is characterized by comprising: the device comprises a banknote picking module, an upper transmission module, a banknote identification module, a banknote sorting control module, a banknote returning module, a lower transmission module, a plurality of stacked banknote binding modules and a logic circuit control chip; wherein,
the banknote picking module is used for receiving the put banknotes to be processed;
the upper transmission module is connected with the banknote picking module and is used for transmitting the banknotes to be processed to the banknote identification module;
the banknote identification module is connected with the upper transmission module and is used for identifying the banknotes to be processed according to set sorting parameters input by a user;
the banknote sorting control module is connected with the banknote recognition module, the upper transmission module and the lower transmission module, and is used for sorting and controlling the banknotes according to the recognition result of the banknote recognition module, driving the upper transmission module to transmit the banknotes which do not meet the requirement of the set sorting parameter to the banknote returning module when the banknotes do not meet the requirement of the set sorting parameter, driving the upper transmission module to transmit the banknotes which meet the requirement of the set sorting parameter to the lower transmission module when the banknotes meet the requirement of the set sorting parameter, and driving the lower transmission module according to the set sorting parameter to transmit the banknotes transmitted by the upper transmission module to the banknote stacking and binding module corresponding to the set sorting parameter;
the stacked banknote binding module is used for stacking banknotes meeting the requirement of the set sorting parameter from the lower transmission module, binding the banknotes according to the requirement of the set number of the banknotes and transmitting the banknotes to the corresponding banknote outlet;
the logic circuit control chip is connected with the money picking module, the upper transmission module, the money identification module, the money clearing and separating control module, the money returning module, the lower transmission module and the plurality of stacked money binding modules and is used for controlling the money picking module, the upper transmission module, the money identification module, the money clearing and separating control module, the money returning module, the lower transmission module and the stacked money binding modules to work.
2. A banknote sorting and binding apparatus as claimed in claim 1, wherein said setting of sorting parameters comprises: one or any combination of true and false, currency type, currency classification, security classification, face, new and old degree and crown word number of the money.
3. A banknote sorting and bundling apparatus as claimed in claim 1, further comprising:
and the data interface is connected with the logic circuit control chip and external equipment and is used for outputting the execution results of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of banknote stacking and binding modules under the control of the logic circuit control chip.
4. A banknote counting and binding apparatus as claimed in claim 3,
the data interface is a USB interface, a serial/parallel interface or a network port.
5. A banknote sorting and bundling apparatus as claimed in claim 1, further comprising: and the LCD display screen is connected with the logic circuit control chip and used for receiving the set sorting parameters and displaying the execution results of the banknote picking module, the upper transmission module, the banknote identification module, the banknote sorting control module, the banknote returning module, the lower transmission module and the plurality of stacked banknote binding modules under the control of the logic circuit control chip.
6. A banknote sorting and binding apparatus as claimed in claim 1, wherein the banknote identifying module comprises: and the video device is connected with the logic circuit control chip and is used for acquiring the image information of the money to be processed through the control of the logic circuit control chip.
7. A banknote sorting and bundling apparatus as claimed in claim 1, further comprising: and the storage module is connected with the logic circuit control chip and the banknote identification module and is used for storing the identification result of the banknote to be processed by the banknote identification module under the control of the logic circuit control chip.
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| CN201510192247.2A CN104778781A (en) | 2015-04-22 | 2015-04-22 | Paper currency sorting and binding device |
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