A kind of card-issuing device for self-service evidence obtaining machine
Technical field
This utility model relates to smart machine manufacturing technology field, specifically a kind of card-issuing device for self-service evidence obtaining machine.
Background technology
Government affairs department is currently by completing manually to collect evidence, searching, process of issuing licence, and workload is big, and work efficiency is very low.The flow process of getting of current certificate is: first evidence obtaining people is in the legal working time of government affairs department, and on band, identity card gets strip, goes to window of collecting evidence accordingly, strip is transferred to staff;Then staff is according to strip display evidence obtaining people's information, in the identity card run well, searches out corresponding certificate;Finally evidence obtaining people obtains certificate from staff's hands, completes evidence obtaining.Therefore, evidence obtaining people within government affairs department legal workday, working time, must go to government affairs department to collect evidence, inherently delay normal work, study etc., cause the loss that some are unnecessary;Evidence obtaining people needs to get strip when collecting evidence, if strip is lost by evidence obtaining people before evidence obtaining, forensics process will become very loaded down with trivial details;Staff receive evidence obtaining people collect evidence requirement after, it is necessary in substantial amounts of certificate, look for evidence obtaining people certificate, process time length, workload are big.
Utility model content
The utility model proposes a kind of card-issuing device for self-service evidence obtaining machine.
This utility model adopts the following technical scheme that a kind of card-issuing device for self-service evidence obtaining machine, it is characterized in that, including fixed mount, deposit draw-in groove, identification module, push away card module, jointed gear unit, motor, draw runner, described fixed mount is with bottom surface, the structure that has two relative risers, depositing draw-in groove is the frame structure that arranged on left and right sides has many root posts, rear side to be porose baffle plate, depositing between two pieces of risers that draw-in groove is arranged on fixed mount, its top is fixed on the top of fixed mount;Identification module is arranged on the lateral surface deposited on rear side of draw-in groove, pushes away card module and is arranged on the lower end depositing draw-in groove and directly contacts, and the upper surface pushing away card module is the bottom surface depositing draw-in groove, and the end pushing away card module upper surface is positioned at the underface of identification module.
The described card module that pushes away includes depositing card division and pushes away card division, described in deposit card division and be positioned at and push away on card division, both are slidably connected;Described card division of depositing is fixed on fixed mount, and the end side pushing away card division is connected with one end of jointed gear unit, and the middle part of its opposite side is the slideway of strip indent, and draw runner is fixed on the riser inner surface of fixed mount, and its sliding surface is arranged in the slideway pushing away card division;The other end of jointed gear unit is connected with motor.
The described upper surface pushing away card module and horizontal plane angle are more than zero, and the height of the end of upper surface relatively other position is high.
Described card division of depositing is have the parallel structure fixing two crosspieces on two parallel bearing strips, two bearing strips, and the distance between two bearing strips is less than the length of market routine identity card, and the distance between two crosspieces is more than the width of market routine identity card;Two crosspieces one are arranged on the front portion depositing card division, and another root is arranged on the end depositing card division;Being arranged on the bottom surface between two bearing strips depositing the anterior crosspiece in card division and have notch, the distance between the width of notch and two bearing strips is equal, and its degree of depth is equal with the thickness of conventional identity card on the market;Being arranged on the bottom surface between two bearing strips of the crosspiece depositing card division end and have notch, the width of notch is equal with the length of conventional identity card on the market, and the degree of depth of notch is equal with the thickness of conventional identity card on the market.
The described card division that pushes away bottom between bearing strip can move back and forth under the promotion of motor.
This utility model is compared with prior art, it has the beneficial effects that: this utility model will push away card module inclined design, contribute to simplifying the design of subsequent mechanical fingerprint block, because if manipulator is level clamping certificate, manipulator is also performed to multi-step conversion and just certificate can be stored in second and deposit draw-in groove, with the addition of again the design of frame for movement in the middle of this, add cost.Therefore, pushing away the inclined design of card module, contributing to reducing manipulator design difficulty, thus having saved cost.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of a kind of embodiment of card-issuing device for self-service evidence obtaining machine of this utility model.
Fig. 2 is the structural representation of the fixed mount of dismantling of a kind of a kind of embodiment of card-issuing device for self-service evidence obtaining machine of this utility model.
Fig. 3 is the fixed mount and deposit the structural representation of draw-in groove of dismantling of a kind of a kind of embodiment of card-issuing device for self-service evidence obtaining machine of this utility model.
Fig. 4 is the fixed mount and deposit the structural representation of draw-in groove of dismantling of a kind of a kind of embodiment of card-issuing device for self-service evidence obtaining machine of this utility model.
Fig. 5 is the main TV structure schematic diagram (front elevation) of Fig. 4.
Fig. 6 is the backsight structural representation (back view) of Fig. 4.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.Herein below is in conjunction with concrete preferred implementation, this utility model to be described in further details, it is impossible to assert that of the present utility model being embodied as is confined to these explanations.For this utility model those skilled in the art, without departing from the concept of the premise utility, its framework form can be flexible and changeable, it is possible to derives series of products.The following some simple deduction or replace done, all should be considered as belonging to the scope of patent protection that the submitted claims of this utility model are determined.
A kind of card-issuing device for self-service evidence obtaining machine of this utility model (is called for short card-issuing device, referring to Fig. 1-6), it is characterized in that, including fixed mount 1, deposit draw-in groove 2, identification module 3, push away card module 4, jointed gear unit 5, motor 6, draw runner 7, described fixed mount 1 is for bottom surface, the structure that has two relative risers, deposit the frame structure that draw-in groove 2 has many root posts, rear side to be porose baffle plate for arranged on left and right sides, depositing between two pieces of risers that draw-in groove 2 is arranged on fixed mount 1, its top is fixed on the top of fixed mount 1.Identification module 3 is arranged on the lateral surface deposited on rear side of draw-in groove 2, pushes away card module 4 and is arranged on the lower end depositing draw-in groove 2 and directly contacts, and the upper surface pushing away card module 4 is the bottom surface depositing draw-in groove 2, and the end pushing away card module 4 upper surface is positioned at the underface of identification module 3.
The described card module 4 that pushes away includes depositing card division 41 and pushes away card division 42, described in deposit card division 41 and be positioned at and push away on card division 42, both are slidably connected;Described card division 41 of depositing is fixed on fixed mount 1, one end of the end side and jointed gear unit 5 that push away card division 42 is connected, the middle part of its opposite side is the slideway of strip indent, and draw runner 7 is fixed on the riser inner surface of fixed mount 1, and its sliding surface is arranged in the slideway pushing away card division;The other end of jointed gear unit 5 is connected with motor 6.
The described upper surface pushing away card module 4 and horizontal plane angle are more than zero, and the height of the end of upper surface (being namely positioned at the one end immediately below identification module 3) relatively other position is high.
Described card division 41 of depositing is have the parallel structure fixing two crosspieces on two parallel bearing strips, two bearing strips, and the distance between two bearing strips is less than the length of market routine identity card, and the distance between two crosspieces is more than the width of market routine identity card.Two crosspieces one are arranged on the front portion depositing card division, and another root is arranged on the end (depositing the end of card division and the position that the end pushing away card module 4 upper surface is substantially identical) depositing card division.Being arranged on the bottom surface between two bearing strips of the crosspiece depositing front portion, card division 41 and have notch, the distance between the width of notch and two bearing strips is equal, and its degree of depth is equal with the thickness of conventional identity card on the market.Being arranged on the bottom surface between two bearing strips of the crosspiece depositing card division 41 end and have notch, the width of notch is equal with the length of conventional identity card on the market, and the degree of depth of notch is equal with the thickness of conventional identity card on the market.
The described card division 42 that pushes away bottom between bearing strip can move back and forth under the promotion of motor 6.
When deposit have card (in figure, card A identifies) in draw-in groove 2 time, can also be able to be other IC-card for identity card, the control module of this device is sent instruction by control system, motor 6 promotes jointed gear unit 5, jointed gear unit 5 drives what push away card module 4 to push away card division 42 rearward movement, push away 42, card division card and shift the end depositing card division 41 onto, the notch that a card passes through only is held owing to depositing the lower surface of card division 41 crosspiece has, so can guarantee that only pushing away one each time snaps into the end depositing card division 42, now identification module 3 reads the information of card, this card is placed into suitable place according to the information of card by subsequent mechanical fingerprint tuber.
The design of card is released relative to existing card sending mechanism level, this utility model will push away card module 4 inclined design, contribute to simplifying the design of subsequent mechanical fingerprint block, because if manipulator is level clamping certificate, manipulator is also performed to multi-step conversion and just certificate can be stored in second and deposit draw-in groove, with the addition of again the design of frame for movement in the middle of this, add cost.Therefore, pushing away the inclined design of card module 4, contributing to reducing manipulator design difficulty, thus having saved cost.
The announcement of book and instruction according to the above description, above-mentioned embodiment can also be modified and revise by this utility model those skilled in the art.Therefore, this utility model is not limited to detailed description of the invention disclosed and described above, should also be as falling in scope of the claims of the present utility model to modifications and changes more of the present utility model.Although additionally, employ some specific terms in this specification, but these terms are intended merely to convenient explanation, this utility model are not constituted any restriction.