CN203562040U

CN203562040U - Valuable file receiving device

Info

Publication number: CN203562040U
Application number: CN201320656364.6U
Authority: CN
Inventors: 简天源; 万洪甫; 苏铃达; 徐暐翔; 潘怡仁; 蒋世熙
Original assignee: JIHONG ELECTRONIC CO Ltd
Current assignee: JIHONG ELECTRONIC CO Ltd; International Currency Technologies Corp
Priority date: 2013-10-23
Filing date: 2013-10-23
Publication date: 2014-04-23
Anticipated expiration: 2023-10-23

Abstract

A valuable file receiving device comprises a body and a receiving unit located in the body. A channel allowing a valuable file to be inserted in is formed in a base body of the receiving unit. Corresponding to the channel, a control module and a driving unit capable of driving the valuable file to the position of an identifying unit are disposed in the base body. The identifying unit comprises at least one light emitting body, a light receiving body and an optical module located on an optical path between the light emitting body and the light receiving body. When light emitted by the light emitting body penetrates a detected area of the valuable file or is reflected by the surface of the valuable file, light can be reflected by the optical module and thus is focused on one light receiving body for receiving and light quantity information of a light signal to be captured and recorded. Therefore, one light receiving body can replace multiple light receiving bodies and the cost can be reduced. The light can be reflected to a predetermined area through change of the predetermined curvature, so that the flexibility of design of the overall mechanism is increased.

Description

Value document receiving trap

Technical field

The utility model provides a kind of value document receiving trap, especially finger receiving apparatus inside corresponding to the device for identifying at passage place between light emitter and light-receiving body for being provided with optical module, just can light reflection optically focused be concentrated on to a light-receiving body place by optical module and receive and reduce magnitude setting and reduce costs, to increase the dirigibility in integrated model design.

Background technology

Press, social civilization and scientific and technological high development now, not only accelerated the step of people's lives, requirement for quality of life more trends towards easily and fast, therefore in many public places, in order to consider that convenience that the common people focus on and ageing big city are provided with robotization and peddle machine, automatic teller machine or other value document and receive board, except can significantly saving occurrences in human life employment costs, along with peddling, type of merchandize is more and more, and needing to possess has how additional function.

Moreover, machine is peddled in general robotization on the market, automatic teller machine or other value document receive board, to utilize receiving trap to provide user to be inserted with value document to operate, to reach the object of unmanned operation and Self-Service, but along with robotization is peddled machine and can be concluded the business and increase with the type of merchandize of peddling and unit price is not quite similar, or in response to automatic teller machine, deposit machine carries out the receiving function of value document, and in order to prevent that many unworthy personages from will forge the bill of making, securities or other value document insert to operate use, the receiving trap of its internal body is mostly provided with recognition module, to carry out the identification action of the value document true and false.

When the recognition module that is aligned with receiving trap when value document is carried out identification, that the light source (as light emitting diode) that utilizes each single-point luminous is launched penetrability or reflexive light to corresponding light source receiving unit (as sensor) respectively, and the anti-counterfeiting characteristic that is combined with the tested region on value document is (as watermark, steel seal, hide bar code or laser label etc.) and material thickness, the value document that just can insert internal body passage carries out the identification action of the true and false, the light that only this light source is launched must contain across the tested region on whole value document, therefore luminous light source and the needed magnitude setting of light source receiving unit of each single-point needs a lot, just can make to contain by the luminous flux of value document the information of whole of value document, further to judge the true and false of value document, to cause magnitude setting and the cost of integrated member to improve thus, the quantity of information of the received light source signal of its light source receiving unit also increases relatively, and cause the Speed Reduction of whole identification, if the magnitude setting of source and light source receiving unit is reduced, make luminous flux cannot contain the information across whole of all tested regions on value document, so that the decline of identification capability and easily have the problem of erroneous judgement to occur, and need to be engaged in this journey dealer, redesign effectively and solved.

Utility model content

The purpose of this utility model is to provide a kind of value document receiving trap, to improve the defect existing in known technology.

For achieving the above object, the pedestal of receiving trap institute tool of the present utility model is inner for being formed with the passage that can insert for value document, and be provided with control module and can drive value document to be moved to the gearing of device for identifying position corresponding to passage place in pedestal inside, and device for identifying includes at least one light emitter, light-receiving body and the optical module on the opticpath between light emitter and light-receiving body, the light source of launching when light emitter penetrates the tested region of value document or is reflected by value document surface, can make light reflect by optical module and optically focused concentrates on a light-receiving body place receives the luminous flux information extraction record of light source signal, just a plurality of light-receiving body magnitude settings can be reduced to one and reduce costs, and can change the large young pathbreaker's light source of predetermined curvature and reflex to presumptive area, to increase the dirigibility in integrated model design, and then reach and simplify member magnitude setting, the configuration of appropriate arrangements overall space and the more cheap effectiveness of cost.

Device for identifying of the present utility model can utilize light emitter to launch a plurality of pointolites, linear light sorurce or face type light source penetrate the tested region on value document or are reflected by value document surface, and by light by optical module via at least three refractions or reflection and optically focused concentrates on a light-receiving body receives, by light-receiving body, coordinate control module by the luminous flux information extraction record of light source signal again, to carry out the true and false of identification value document, if light emitter is a plurality of pointolites of transmitting, the quantity of information of its light-receiving body received light source signal is constant, just a plurality of light-receiving body quantity can be reduced to a light-receiving body, therefore can reduce the magnitude setting of light-receiving body and reduce costs, yet, if light emitter for launching linear light sorurce or face type light source, the quantity of information of its light-receiving body received light source signal is reduced relatively, just the speed in the time of can speeding identification and reduces the magnitude setting of light emitter and light-receiving body and significantly reduces costs.

Perforation place of the housing of the outside location that covers of light emitter of device for identifying of the present utility model is for being further provided with lens arra, and utilize lens arra that scattered beam that light emitter is launched is reflected and forms the directional light that is parallel to optical axis, by transmittance section, be incident in the passage of pedestal again, light can be irradiated and on value document, contain all tested regions or reflected by value document surface, to promote accuracy rate and the stability of its identification.

Accompanying drawing explanation

Fig. 1 is the stereo appearance figure of the utility model preferred embodiment.

Fig. 2 is the three-dimensional exploded view of the utility model preferred embodiment.

Fig. 3 is the side cutaway view of the utility model preferred embodiment.

Fig. 4 is the partial enlarged drawing of the utility model Fig. 3.

Fig. 5 is the opticpath schematic diagram of another preferred embodiment device for identifying of the utility model.

Fig. 6 is the utility model opticpath schematic diagram of a preferred embodiment device for identifying again.

Primary clustering symbol description in accompanying drawing:

1 main body, 10 accommodation spaces, 11 panels, 111 sockets, 2 receiving traps, 20 passages, 21 pedestals, 211 first pedestals, 212 second pedestals, 213 transmittance sections, 2131 dust caps, 22 control modules, 221 circuit boards, 222 sensors, 23 gearings, 231 motors, 232 drive wheels, 24 device for identifying, 240 housings, 2401 perforation, 241 light emitters, 242 light-receiving bodies, 243 optical modules, 2431 first optical modules, 2432 second optical modules, 2433 the 3rd optical modules, 244 lens arras, 25 accommodation devices, 251 compress mechanism, 252 take-in boxes, 3 value documents.

Embodiment

For realizing above-mentioned purpose of the present utility model and effect, the technological means that the utility model adopts and structure thereof, illustrate that with regard to preferred embodiment of the present utility model its structure is as follows with function, by reference to the accompanying drawings in detail in order to understanding completely.

Refer to shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, be respectively stereo appearance figure, three-dimensional exploded view, side cutaway view, the partial enlarged drawing of Fig. 3 and the opticpath schematic diagram of another preferred embodiment device for identifying of the utility model preferred embodiment.In figure, can know and find out, the utility model is for including main body 1 and receiving trap 2, wherein on the panel 11 of this main body 1 place, the place ahead tool for being provided with socket 111, and be positioned with receiving trap 2 in the accommodation space 10 of main body 1 inside, and the pedestal 21 of 2 tools of receiving trap can be formed in one or formed by the

first pedestal

211 and 212 separate groups structures of the second pedestal, and between the first pedestal 211 and the second pedestal 212, be formed with the passage 20 at socket 111 places that are communicated in panel 11.

Moreover, pedestal 21 inside of receiving trap 2 corresponding to the upper and lower two side places of passage 20 for being provided with control module 22, gearing 23 and device for identifying 24, and be provided with in passage 20 places, rear the accommodation device 25 that tool compresses mechanism 251 and take-in box 252, and control module 22 is for including at least one circuit board 221, and the passage 20 that is positioned at pedestal 21 in the control module 22 better enforcement in upper and lower two side places has two relative circuit boards 221, and for being respectively equipped with, in the time of can detecting value document 3 by passage 20, start or stop the plural sensor 222 that gearing 23 drives value document 3 displacements on two circuit boards 221, separately, gearing 23 is for including at least one motor 231 and driving wheels 232, and driven in driving wheels 232 to drive value documents 3 to carry to be moved to device for identifying 24 positions to carry out the identification of the true and false and moved by motor 231.

Yet, above-mentioned device for identifying 24 is for including at least one light emitter 241 and the light-receiving body 242 on the circuit board 221 that is arranged at control module 22, and the opticpath between light emitter 241 and light-receiving body 242 is provided with an optical module 243, and optical module 243 has the first optical module 2431, the second optical module 2432 and the 3rd optical module 2433, and light emitter 241 is only a kind of state of preferably implementing with the upper and lower two side places of passage 20 that light-receiving body 242 is arranged at respectively pedestal 21, also light emitter 241 and light-receiving body 242 can be arranged at above or below passage 20 and locate same side position, the better enforcement of its light emitter 241 can be launches the versicolor High Power LED of pointolite (LED) or laser diode (LD), but when practical application, also can be a linear light sorurce, the fluorescent tube of face type light source or other light emitting module, and this light-receiving body 242 coordinates light emitter 241 to can be photodiode (Photo Diode, be called for short PD), photistor pipe (Photo Transistor, be called for short PT), complementary metal oxide semiconductor (CMOS), Charged Coupled Device (CCD), reflective/penetration optical sensor or other can receive the sensor of different wave length light that light emitter 241 is launched.

In addition, on pedestal 21, being positioned at the upper and lower two side internal face places of passage 20 is the transmittance section 213 having corresponding to device for identifying 24 places, and in transmittance section 213 places all in conjunction with being positioned with the dust cap 2131 of light-permeable, and the light emitter 241 of device for identifying 24, light-receiving body 242 and optical module 243 outsides are positioned with at least one housing 240 for covering, and be provided with at least one perforation 2401 with light-receiving body 242 places corresponding to light emitter 241 in housing 240.

Better being embodied as of value document receiving trap of the present utility model can be applicable on bill receiver, but when practical application, not in order to limit the scope of the claims of the present utility model, also can be applicable to robotization and peddle machine, table of game player or other can provide commodity purchasing, in the consume system of consumption service, use, and main body 1 is arranged to bill receiver, the main frame (not shown) inside of machine or automatic teller machine institute tool is peddled in robotization, make receiving trap 2 be connected in main frame through the connector on control module 22 circuit boards 221 and carry out data and power delivery, bill receiver is provided thus, machine is peddled in robotization or automatic teller machine has the true and false identification of carrying out value document 3, receive and exit function, and applicable to various countries' bill, securities are (as check, draft, stock, title of ownership, multiple-ride ticket or gift token etc.) or security certificate (as I.D., row shines, driving license or passport etc.) etc. value document 3 use.

When user is that socket 111 places by main body 1 panel 11 are when insert by value document 3, can make value document 3 enter passage 20 inside in receiving trap 2, until value document 3 is moved to arbitrary sensor 222 positions of control module 22, just can trigger sensor 222 detect out and in passage 20, have value document 3 inputs, the motor 231 of its gearing 23 just can start and run-in synchronism, and drive in the drive wheels 232 at the upper and lower two side places of passage 20 and drive value document 3 to be moved to device for identifying 24 positions, again by light emitter 241, light-receiving body 242 coordinates optical module 243 and control module 22 to carry out the identification action of value document 3 true and falses, yet, when if device for identifying 24 is judged value document 3 and is genuine notes according to the result of comparison, accommodation device 25 utilization that gearing 23 just can drive value document 3 to be moved to passage 20 rears compresses mechanism 251 and is pressed into and in take-in box 252, receives action, if when judging value document 3 and be a counterfeit money according to comparison result, just can drive value document 3 to exit towards socket 111 places of panel 11.

And in the process of value document 3 identifications, can utilize the light emitter 241 of device for identifying 24 to launch the light of different wave length, and via transmittance section 213, be incident to passage 20 inside of pedestal 21 by perforation 2401 places of housing 240, make light sequentially by the tested region on value document 3, perforation 2401 places of another transmittance section 213 and housing 240, first optical module 2431 places that just light can be incident to optical module 243 reflect or reflect, and light is concentrated be incident to the second optical module 2432 places to carry out optically focused according to predetermined curvature to concentrate to dwindle in any and reflex to the 3rd optical module 2433 places, by the 3rd optical module 2433, reflex to light-receiving body 242 presumptive areas again or assigned address receives, penetrability or the reflectivity light that can coordinate control module 22 to sense this light source by light-receiving body 242 produce different transmittances by the tested region of value document 3 or the ink of itself, and after comparing with default value work one, to judge the true and false of value document 3.

The utility model is by utilizing light emitter 241 to be launched a plurality of pointolites for device for identifying 24, linear light sorurce or face type light source penetrate the tested region on value document 3 or are reflected by value document 3 surfaces, and by light by optical module 243 via at least three refractions or reflection and optically focused concentrates on a light-receiving body 242 receives, by light-receiving body 242, coordinate control module 22 by the luminous flux information extraction record of light source signal again, to pick out the true and false of value document 3, if light emitter 241 is for launching a plurality of pointolites, the quantity of information of its light-receiving body 242 received light source signals is constant, just a plurality of light-receiving body 242 quantity can be reduced to a light-receiving body 242, therefore can reduce the magnitude setting of light-receiving body 242 and reduce costs, yet, if light emitter 241 is for launching linear light sorurce or face type light source, the quantity of information of its light-receiving body 242 received light source signals is reduced relatively, just the speed in the time of can speeding identification, and minimizing light emitter 241 significantly reduces costs with the magnitude setting of light-receiving body 242, also can effectively solve because light emitter 241 and light-receiving body 242 quantity too much derive and have the problem that takies volume and space configuration, and can change the large young pathbreaker's light source of predetermined curvature and reflex to presumptive area, to increase the dirigibility in integrated model design, and then reach and simplify member magnitude setting, the configuration of appropriate arrangements overall space and the more cheap effectiveness of cost.

Yet, the first optical module 2431 of above-mentioned device for identifying 24 optical modules 243 can be lens, water chestnut mirror or reflective mirror, and the light source irradiating on value document 3 that light emitter 241 is launched is reflected or refract to the second optical module 2432 places, and this second optical module 2432 can be plane mirror, spherical reflector or concave mirror carry out concentrated the 3rd optical module 2433 places that reflex to of optically focused according to predetermined curvature, by the 3rd optical module 2433, can be lens again, water chestnut mirror or reflective mirror reflect or the presumptive area or the assigned address that refract to light-receiving body 242 receives, kind and the pattern of the optical module that only the relevant optical module 243 of this part is used are a lot, also the demand of visual reality is selected and change optical module 243 magnitude settings and position, the light source that light emitter 241 is launched can be received light-ray condensing to light-receiving body 242 places by optical module 243 predetermined curvatures and opticpath, such as use simple and easy modification and the equivalent structure that the utility model instructions and accompanying drawing content are done to change, all should in like manner be contained within the scope of claim of the present utility model.

Please refer to Fig. 3, Fig. 4, shown in Fig. 6, be respectively the side cutaway view of the utility model preferred embodiment, the partial enlarged drawing of Fig. 3 and again the opticpath schematic diagram of a preferred embodiment device for identifying, in figure, can know and find out, wherein perforation 2401 places of the housing 240 of the light emitter 241 outside location that cover of this device for identifying 24 are for can further be provided with lens arra 244, and utilize lens arra 244 that the light of scattering that light emitter 241 is launched is reflected and forms the directional light that is parallel to optical axis, by transmittance section 213, be incident to again passage 20 inside of pedestal 21, light can be irradiated and on value document 3, contain all tested regions or reflected by value document 3 surfaces, to promote accuracy rate and the stability of its identification.

Above-mentioned detailed description is for a kind of preferably possible embodiments explanation of the utility model, only this embodiment is not in order to limit claim of the present utility model, all other do not depart from the equalization completing under the skill spirit that the utility model discloses to be changed and modifies change, all should be contained in the interest field that the utility model contains.

Claims

1. a value document receiving trap, include main body and receiving trap, this body interior is for being positioned with receiving trap, and in the pedestal inside of this receiving trap institute tool, be formed with the passage that can insert for value document, and this pedestal inside is to be provided with control module and can to drive this value document to be moved to the gearing of device for identifying position corresponding to this passage place, it is characterized in that:

This device for identifying is to include at least one light emitter, light-receiving body and the optical module on the opticpath between light emitter and light-receiving body, when light source that this light emitter is launched is penetrate the tested region on this value document or reflected by value document surface, can make light reflect by this optical module and optically focused concentrates on this light-receiving body place receives, then by this light-receiving body by the luminous flux information extraction record of light source signal.

2. value document receiving trap as claimed in claim 1, it is characterized in that: wherein on the panel of this place, main body the place ahead tool, for being provided with, can insert socket in the inner for this value document, the pedestal of this receiving trap is for to be formed by the first pedestal and the second pedestal institute separate groups structure, and between this first pedestal and this second pedestal, is formed with the passage of the spigot that is communicated in this panel.

3. value document receiving trap as claimed in claim 1, it is characterized in that: to be wherein positioned at this vias inner walls face place be the transmittance section having corresponding to this device for identifying place to the pedestal of this receiving trap, on the housing of the outside location that covers of the light emitter of this device for identifying, light-receiving body and optical module for being provided with at least one perforation.

4. value document receiving trap as claimed in claim 3, it is characterized in that: housing perforation place that wherein the light emitter outside of this device for identifying covers is provided with and the light of scattering that this light emitter is launched can be reflected to the lens arra that forms the directional light be parallel to optical axis, and by this lens arra, light is incident in the passage of this pedestal and irradiates on this value document.

5. value document receiving trap as claimed in claim 1, is characterized in that: wherein the optical module of this device for identifying is to have the light that this light emitter can be launched via at least three refractions or reflection and optically focused concentrates on the first optical module, the second optical module and the 3rd optical module that this light-receiving body presumptive area or assigned address receive.

6. value document receiving trap as claimed in claim 5, is characterized in that: wherein the first optical module of this optical module is lens, water chestnut mirror or reflective mirror.

7. value document receiving trap as claimed in claim 5, is characterized in that: wherein the second optical module of this optical module is to have predetermined curvature to converge and reflex to plane mirror, spherical reflector or the concave mirror at the 3rd optical module place in order to light is carried out to optically focused.

8. value document receiving trap as claimed in claim 5, is characterized in that: wherein the 3rd optical module of this optical module is lens, water chestnut mirror or reflective mirror.

9. value document receiving trap as claimed in claim 1, is characterized in that: wherein the light emitter of this device for identifying is a High Power LED, laser diode or fluorescent tube.

10. value document receiving trap as claimed in claim 1, is characterized in that: wherein the light-receiving body of this device for identifying is a photodiode, photistor, complementary metal oxide semiconductor, Charged Coupled Device or reflective/penetration optical sensor.