CN209248560U - A kind of automatic card-issuing device - Google Patents

Abstract

The utility model provides a kind of automatic card-issuing device comprising: hair fastener rack, the hair fastener rack include: the first hair fastener side plate and the second hair fastener side plate that be vertical and being oppositely arranged；The support plate being connected horizontally between the first hair fastener side plate and the second hair fastener side plate is formed with driving window in the support plate；The first hair fastener side plate, the second hair fastener side plate and the support plate constitute one for storing the card storage slot of at least one card to be printed；Hair fastener driving mechanism, the hair fastener driving mechanism are used to the card to be printed in the card storage slot removing the card storage slot one by one to realize automatic card.Card to be printed can be sent to one by one printing board to realize automatic card by the utility model, improve the printing effect of laser printing system significantly.

Description

A kind of automatic card-issuing device

Technical field

The utility model relates to laser printing technology field, in particular to a kind of automatic card release for laser printing system Device.

Background technique

Card, for proving the certificate and file of identity, experience etc., such as identity card, driver's license personal document.Identity Customized information on the certificates such as card, driver's license and passport, such as personage's head portrait, name, age, need using printer into Row printing.Card to be printed is generally comprised there are two printing surface, and be positive printing surface and anti-printing surface respectively.

Laser printing system is a kind of common card printing device, generally comprises control system and leads to control system Interrogate the printing board and laser print apparatus of connection, in which: printing board for carrying card to be printed, press by laser print apparatus The print command that control system issues prints target print information to the current printing surface of card to be printed.

Laser printing system in the prior art generally requires card to be printed by way of artificial hair fastener one by one It is placed in the printing for receiving laser print apparatus on printing board.Artificial hair fastener inefficiency is difficult to meet continuous, batch Printing demand.It is mentioned therefore, it is necessary to develop a kind of automatic card-issuing device for laser printing system with realizing automatic card Rise the printing effect of laser printing system.

Utility model content

In order to solve the above technical problems, the utility model provides a kind of automatic card-issuing device, automatic hair can be realized Card, thus the printing effect of improving laser print system.The specific technical solution of automatic card-issuing device provided by the utility model It is as follows:

A kind of automatic card-issuing device comprising:

Hair fastener rack, the hair fastener rack include:

The first hair fastener side plate and the second hair fastener side plate vertical and be oppositely arranged；

The support plate being connected horizontally between the first hair fastener side plate and the second hair fastener side plate, in the support plate It is formed with driving window；

The first hair fastener side plate, the second hair fastener side plate and the support plate constitute one for store at least one to Print the card storage slot of card；

Hair fastener driving mechanism, the hair fastener driving mechanism for removing the card to be printed in the card storage slot one by one To realize automatic card, the hair fastener driving mechanism includes: the card storage slot

Hair fastener driving wheel, the hair fastener driving wheel are located at below the card storage slot, and the hair fastener driving wheel is pierced by institute upwards State the upper surface of driving window and the slightly above described support plate；

Hair fastener gear transmission structure, the hair fastener gear transmission structure connect with the hair fastener driving wheel and drive the hair Card driving wheel rotation, to remove the card storage for the card to be printed contacted in the card storage slot and with the support plate is located at Slot.

In certain embodiments, the hair fastener gear transmission structure includes being arranged in the first hair fastener side plate or institute State hair fastener driving gear, the hair fastener driven gear on the second hair fastener side plate, the hair fastener driving gear and the hair fastener driven tooth Wheel is connected through a hair fastener belt, and the hair fastener driving wheel and the hair fastener driven gear are through a transmission axis connection.

In certain embodiments, the hair fastener gear transmission structure further includes the hair being arranged in below the card storage slot Card driving motor, the hair fastener driving motor are connect to drive the hair fastener driving gear to rotate with the hair fastener driving gear.

In certain embodiments, the support plate is equipped with inductor, to be printed when storing in the card storage slot When the number of card is less than predetermined number, the inductor generates inductive signal.

In certain embodiments, the inductor includes weight induction device or photoelectric sensor.

In certain embodiments, the distance between the first hair fastener side plate and the second hair fastener side plate with wait beat The width of the card of print matches.

In certain embodiments, the front and rear edges of the first hair fastener side plate and the second hair fastener side plate respectively to Interior vertical curve is to form the limit plate for limiting card to be printed.

It in certain embodiments, further include the bayonet that goes out being formed on the outside of the card storage slot, the bayonet out exists The thickness of size and a card to be printed on vertical direction matches.

Automatic card-issuing device provided by the utility model its can store an at least card to be printed and by card to be printed Card is sent to printing board one by one to realize automatic card.Compared with prior art, the utility model realizes automatic card, from And improve the printing effect of laser printing system.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the utility model embodiment, will be needed below to described in embodiment description Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model Example, for those of ordinary skill in the art, without creative efforts, can also obtain according to these attached drawings Obtain other attached drawings.Wherein:

Fig. 1 is structural schematic diagram of the laser printing system provided by the utility model under first visual angle；

Fig. 2 is structural schematic diagram of the laser printing system provided by the utility model under second visual angle；

Fig. 3 is structural schematic diagram of the laser printing system provided by the utility model under third visual angle；

Fig. 4 is structural schematic diagram of the laser printing system provided by the utility model under the 4th visual angle；

Fig. 5 is structural schematic diagram of the laser printing system provided by the utility model under the 5th visual angle；

Fig. 6 be laser printing system provided by the utility model in card-issuing device, card reader device, printing board and go out Assembling schematic diagram of the card device under first visual angle；

Fig. 7 is card-issuing device in laser printing system provided by the utility model, card reader device is at first visual angle Under assembling schematic diagram；

Fig. 8 is assembly signal of the card-issuing device under first visual angle in laser printing system provided by the utility model Figure；

Fig. 9 is card-issuing device in laser printing system provided by the utility model, card reader device is at second visual angle Under assembling schematic diagram；

Figure 10 be laser printing system provided by the utility model in card-issuing device, card reader device, printing board and Assembling schematic diagram of the emerging device under second visual angle；

Figure 11 be laser printing system provided by the utility model in card-issuing device, card reader device, printing board and Assembling schematic diagram of the emerging device under third visual angle；

Figure 12 is broken away view of the printing board under first visual angle in laser printing system provided by the utility model；

Figure 13 is broken away view of the printing board under second visual angle in laser printing system provided by the utility model；

Figure 14 is the printing surface schematic diagram before printing of the different type of card a kind of, different directions；

Figure 15 is the type information template to match one by one with the printing surface of different type, different directions in Figure 14；

Figure 16 is the printing surface schematic diagram after printing of different type in Figure 14, different directions.

Specific embodiment

In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, with reference to the accompanying drawing and specific real Applying mode, the present invention is described in further detail.

One, the introduction of laser printing system

In order to more clearly demonstrate the first aspect of the present invention technical problem to be solved.We are situated between in an illustrative manner The printing requirement of the card to be printed to continue under some specific print scenes.As shown in figure 14, it illustrates a kind of cards to be printed Current printing surface four kinds of possible states, in which:

A in Figure 14 shows that the type of the current printing surface of card to be printed is positive printing surface, and direction is positive when setting State.

B in Figure 14 shows that the type of the current printing surface of card to be printed is positive printing surface, and direction is when being inverted State.

C in Figure 14 shows that the type of the current printing surface of card to be printed is anti-printing surface, and direction is positive when setting State.

D in Figure 14 shows that the type of the current printing surface of card to be printed is anti-printing surface, and direction is when being inverted State.

As shown in a and b in Figure 14, be preprinted on the positive printing surface of card to be printed " name ", " gender ", " nationality ", The common templates information such as " identity card ", " address ".As shown in the c and d in Figure 14, the anti-printing surface of the card to be printed is preprinted with The common template information of " valid until 2028-05-01 ".

Laser printing system needs (as dashed lines in the positive printing surface of card to be printed, the specific region of anti-printing surface Shown in frame) print the type information to match with public information.Certainly, for above-mentioned four kinds different shapes of current printing surface State, it is necessary to select matched type information and be printed with corresponding Print direction.It please refers to described in Figure 16, schemes A, b, c, d in 16 respectively show the qualified printing of the printing surface for four kinds of different types, different directions in Figure 14 Effect.

Laser printing system in the prior art cannot achieve type and direction to the current printing surface of card to be printed Real-time identification.Therefore, generally first right before being printed to card to be printed in order to guarantee the accuracy of type information The printing surface type of laser printing system, Print direction carry out unified setting, then by the printing surface of all cards to be printed Type, direction carry out unified adjustment, and the state to guarantee every card to be printed is consistent with the setting of laser printing system.Example Such as: when the printing surface that is positive, positive printing is set in laser printing system, then all cards to be printed are just printing puts up It sets, and all cards to be printed are positive and set.As it can be seen that being printed using laser printing system in the prior art, people is needed Work carries out unified adjustment to the type of card to be printed, direction in advance.

It is provided in view of technological deficiency as above, the first aspect of the present invention existing for laser printing system in the prior art A kind of laser printing system, the laser printing system can be realized type and side to the current printing surface of card to be printed To into real-time, automatic identification.Therefore, card is printed using the laser printing system that the first aspect of the present invention provides, simultaneously It does not need the type to card to be printed, direction in advance and carries out unified adjustment, two to card to be printed can be sequentially completed The continuous printing of a printing surface.For convenience, we are determined the printing surface printed first by the sequencing printed Justice is the first printing surface, and the printing surface then printed is defined as the second printing surface.That is, the first aspect of the present invention The laser printing system printing card of offer can be sequentially completed the first printing surface to card, the continuous of the second printing surface is beaten Print.

Certainly, the type of first printing surface can be positive printing surface, be also possible to anti-printing surface, second printing Face is then another printing surface opposite with the type of first printing surface.

Fig. 1 to Fig. 5 is please referred to, Fig. 1 to Fig. 5 shows the described of the first aspect of the present invention offer from different visual angles and swashs The structural schematic diagram of light print system.As shown in Figures 1 to 5, the laser printing system includes printing board 30, laser printing Device 60, control system 70, the printing board 30, the laser print apparatus 60 are communicated with the control system 70 respectively to be connected It connects.Wherein:

The printing board 30 includes translation mechanism and turnover mechanism, and the translation mechanism is for driving card to translate to arrive Reach or leave predetermined print position, the turnover mechanism for overturn card with by the current printing surface of card by the first printing surface Overturning is the second printing surface.

Wherein, the current printing surface is that card is exposed to the printing surface under the laser print apparatus 60.It is described predetermined Print position is located on the printing board 30, when card is translated to the predetermined print position, the laser printing dress Printing to the current printing surface of card can be realized by setting 60.The overturning mode of the turnover mechanism be front and back overturn mode or Left and right overturning is trans-, in which:

The front and back overturning mode is the turnover mechanism by current printing of the translation direction by card for being parallel to card Face is the second printing surface by the overturning of the first printing surface, and after front and back is overturn, the type of current printing surface changes, and direction is then It remains unchanged.It please refers to shown in Figure 14, for example, (type is positive if the first printing surface of the card currently is a in Figure 14 Printing surface, direction, which is positive, sets), then after front and back is overturn, the second current printing surface of the card is the c (type in Figure 14 For anti-printing surface, direction, which is positive, is set).

The left and right overturning mode is that the turnover mechanism presses the translation direction perpendicular to card for the current printing of card Face is the second printing surface by the overturning of the first printing surface, and after the overturning of left and right, the type of current printing surface, direction are changed. Referring now to shown in Figure 14, for example, if current the first printing surface of the card is that (type is positive printing by a in Figure 14 Face, direction, which is positive, sets), after the overturning of left and right, the second current printing surface of the card be that (type is instead beats by d in Figure 14 Print face, direction are to invert).

The control system 70 can obtain information to be printed, and the control system 70 can also judge currently beating for card The type in print face and direction simultaneously generate the printing to match with the type of the current printing surface and direction based on information to be printed Information model, and it is sent to the laser print apparatus 60.

In some embodiments, after the control system 70 gets information to be printed, it is based on the letter to be printed immediately Breath generates type information template set, and the type information template set includes matching one by one with the type of the printing surface of card and direction Type information template.It please refers to shown in Figure 14, property describes as an example, described for the card to be printed in Figure 14 Information to be printed includes descriptive information in the dotted line frame of the c of the identity information and Figure 15 in the dotted line frame such as a of Figure 15.It is described Type information template then includes four and the type of the printing surface of card and direction matched type information template one by one, respectively Type information template shown in the d in c and Figure 15 in b in a in Figure 15, Figure 15, Figure 15.Wherein: shown in a in Figure 15 Type information template and Figure 14 in a shown in printing surface (type be positive printing surface, direction, which is positive, sets) match；In Figure 15 B shown in printing surface shown in b in type information template and Figure 14 (type be positive printing surface, direction is to invert) phase Match；(type is anti-printing surface to type information template shown in c in Figure 15, and direction is positive with printing surface shown in the c in Figure 14 Set) match；Printing surface shown in d in type information template shown in d in Figure 15 and Figure 14 (type is anti-printing surface, Direction is to invert) match.

In these embodiments, after the control system 70 judges type and the direction of current printing surface, then basis The type of current printing surface and direction select matching type information from the pre-generated type information template set Template is simultaneously sent to the laser print apparatus 60.For example, the current printing surface of card is printing surface shown in a in Figure 14 When, then type information template shown in a in Figure 15 is sent to laser print apparatus 60 by the control system 70.The laser Printing equipment 60 then prints text corresponding with the type information template and/or figure on the current printing surface of card Case.

In other embodiments, the control system 70 is only stored after getting information to be printed, at this time Do not generate type information template set.In these embodiments, the control system 70 judge current printing surface type and Behind direction, type and direction further according to current printing surface based on the information to be printed generate with the type of current printing surface and Type information template that direction matches simultaneously is sent to the laser print apparatus 60.

The laser print apparatus 60 includes laser light source (not shown) and scanning galvanometer 601, in which: described to state scanning vibration Mirror 601 can be focused the optical path of the laser light source to form laser spot hot spot, and it is burnt to control the laser Point hot spot high-velocity scanning on the printing board 30, to realize to the card to be printed being carried on the printing board 30 Current printing surface laser printing.

Referring again to described in Figure 14 to 16, for four kinds of different printing surfaces (a to d in Figure 14), the laser is beaten Printing equipment sets 60 and obtains corresponding different type information template (a to d in Figure 15) respectively, and by the information of type information template On printing to printing surface.Printing effect after completing printing is as shown in a to d in Figure 16.

The mode of information to be printed is obtained about control system

In some embodiments, the information to be printed has been pre-stored in front of the printing in card to be printed.At this In a little embodiments, laser printing system provided by the invention further includes the card reader device with 70 communication connection of control system 20, the side of the printing board 30 is arranged in the card reader device 20.Receive printing entering the printing board 30 Before, card to be printed is introduced into the card reader device 20, and the reading of card reader device 20 is pre-stored in card to be printed Information to be printed and information to be printed is sent to the control system 70, to realize the control system 70 to described The acquisition of information to be printed.

In other embodiments, the control system 70 and external host computer communication connection, the letter to be printed Breath is generated by the host computer.Before printing, information to be printed is sent to the control system 70 by the host computer, thus real Acquisition of the control system 70 to the information to be printed is showed.

Certainly, the information to be printed can also be prestored before the printing to the control system 70.It is described when printing Control system 70 directly transfers the information to be printed.

The type of the first printing surface and the mode in direction are judged about control system

Laser printing system in the present invention further includes the photographic device 50 that 30 top of printing board is arranged in, described Photographic device 50 and 70 communication connection of control system.The photographic device 50 includes the phase for obtaining the image of card Machine.

Preferably, the photographic device 50 further includes light source, and the light that the light source issues can expose to the printer To promote image quality on platform 30.

When card to be printed reaches the predetermined print position of the printing board 30, the photographic device 50 obtains card The image of the first current printing surface is simultaneously sent to the control system 70, the control by the image of the first current printing surface of card System 70 processed identifies the image of first printing surface by image recognition technology to judge the type of first printing surface And direction.

The prior art that described image identification technology is well known to those skilled in the art, this specification are no longer specific to its Implementation and detailed process are described.For example, being prestored in the control system 70 as a kind of optional implementation The different type of card to be printed, the standard of the printing surface of different directions reference image, the institute that the control system 70 will acquire The image and each standard for stating the first printing surface are compared the class that can judge first printing surface referring to image one by one Type and direction.It is specific:

It is in some embodiments, described due to being preprinted with common template information on two printing surfaces of card to be printed Common template information in image of the control system 70 by identifying first printing surface is to judge first printing surface Type and direction.

In order to reduce identification difficulty, in other embodiments, divide on two printing surfaces of the card to be printed It is not preprinted with corresponding printing surface distinguishing mark.The control system 70 is only by identifying the printing surface in first printing surface Distinguishing mark can judge type and the direction of first printing surface.

As shown in figure 14, the lower right corner of the positive printing surface of card to be printed is preprinted with the right angle mark of an opening upwards, to The right upper left corner for printing the anti-printing surface of card is preprinted with a right angle mark that Open Side Down.By identifying the first current printing The printing position of right angle mark on face and opening direction are type and the direction that can recognize that the first current printing surface.

The type of the second printing surface and the mode in direction are judged about control system

After completing the printing to the first current printing surface of card, the turnover mechanism on the printing board 30 is turned over Turn card, so that the current printing surface of card is flipped to the second printing surface.

In some embodiments, type, direction and the predetermined overturning side of the control system based on the first printing surface Formula judges type and the direction of second printing surface.For example, when the control system 70 controls the turnover mechanism by parallel Card, which is verified, in the translation direction of card carries out front and back overturning being overturn the current printing surface of card by the first printing surface for second Printing surface.The control system 70 judges the type of the second current printing surface and the type of the first printing surface on the contrary, second dozen The direction in print face is then identical as the direction of the first printing surface.For another example, when the turnover mechanism presses the translation direction perpendicular to card Verification card carries out left and right overturning being overturn the current printing surface of card by the first printing surface for the second printing surface.The control system 70 judgement of the system current type of the second printing surface and the type of the first printing surface on the contrary, the direction of the second printing surface then with first Printing surface it is contrary.

Certainly, in other some embodiments, can also sentence by method identical with the judgment mode of the first printing surface The type of disconnected second printing surface and direction.Specifically, when the overturning of current first printing surface is the second printing surface by turnover mechanism, The photographic device 50 obtains the image of the second current printing surface of card and is sent to the image of the second current printing surface The control system 70, the control system 70 identify the image of second printing surface to judge by image recognition technology The type of second printing surface and direction.

It please refers to shown in Fig. 1 to Fig. 6, in some preferred embodiments, laser printing system provided by the invention further includes The automatic card-issuing device 10 of printing 30 side of board is set and going out automatically for printing 30 other side of board is set Card device 40.

The automatic card-issuing device 10 is for storing an at least card to be printed and being sent to card to be printed one by one The printing board 30 is to realize automatic card.Certainly, if the laser printing system includes the card reader device 20, The card reader device 20 is arranged between the automatic card-issuing device 10 and the printing board 30.The automatic card-issuing device After 10 issue card, card enters back into the printing board 30 after first passing through the card reader device 20.

The automatic emerging device 40 is used to remove to go out automatically to realize from the printing board 30 by the card after printing Card.

Further, one can also be arranged in the side of the automatic emerging device 40 and receives card device 80, the receipts clamp 80 are set in collection and the good card of storage print.

Above the structure to laser printing system provided by the present invention and its working principle have carried out specifically It is bright.In order to more clearly introduce the specific print procedure of the laser printing system, Part III hereafter we will be right The Method of printing of laser printing system of the invention carries out exemplary description.

Two, has the introduction of the laser printing system of galvanometer verifying function

Laser printing system as described in above the first aspect of the present invention, laser print apparatus 60 therein include swashing Radiant and scanning galvanometer 601, in which: it is described state scanning galvanometer 601 optical path of the laser light source can be focused with Laser spot hot spot is formed, and laser spot hot spot high-velocity scanning on the printing board 30 can be controlled, thus real Now to the laser printing of the current printing surface for the card to be printed being carried on the printing board 30.

In print procedure, if the scanning galvanometer 601 swashs because failure can not be moved strictly by scheduled track Light printing equipment 60 is to cannot achieve correct printing.In addition, if scanning galvanometer 601 breaks down, swash in print procedure Optical focus hot spot may rest on the specific region of card for a long time, and it is ablated or even cause fire to eventually lead to card, because This is before the current printing surface to card prints, it is necessary to be verified scanning galvanometer 601 to ensure scanning galvanometer 601 are in normal operating conditions.

In the prior art, it in order to verify before realizing the printing to scanning galvanometer 601, generally requires on laser printing system Install special self-checking system additional, which increases the cost and system complexity of laser printing system.

The second aspect of the present invention provides a kind of laser printing system for having galvanometer verifying function, the laser printing system The laser printing system that structure and print job principle and the first aspect of the present invention of system provide is essentially identical, in structure There are the characteristics of be: the laser print apparatus 60 further includes having an instruction light source, which can issue visible light, example Such as feux rouges.In some embodiments, the instruction light source is the automatic light source of the laser print apparatus 60, with the laser Light source integrates.In other embodiments, the instruction light source is installed at the side of the laser light source and against institute State laser light source installation.

When opening the instruction light source, the scanning galvanometer 601 can gather the optical path of the instruction light source Coke can press desired trajectory and control the instruction optical focus hot spot in the printing board 30 to form instruction optical focus hot spot Upper high-velocity scanning is to form verification figure.Certainly, if scanning galvanometer 601 is in normal operating conditions, the verification figure It should be consistent with the desired trajectory.

For example, the desired trajectory is the circle that a diameter is 2 centimetres, then worked normally if scanning galvanometer 601 is in State, then the verification figure should also be the circle that a diameter is 2 centimetres.

The photographic device 50 can obtain the image of the verification figure and image information is sent to the control System 70.The image information that the control system 70 is received by analysis is to realize the verification to the scanning galvanometer.If institute It states control system 70 and thinks that the working condition of the scanning galvanometer 601 is improper, then the control system 7 controls the laser and beats Printing equipment sets 60 stoppings printing, if the control system 70 thinks that the working condition of the scanning galvanometer 601 is normal, the control System 7 processed controls the laser print apparatus 60 and starts to print.

In certain embodiments, the control system 70 analyzes the image information received by image recognition technology To realize the verification to the scanning galvanometer.

The prior art that described image identification technology is well known to those skilled in the art, this specification be not specific real to it Existing mode and detailed process are described.For example, prestoring and sweeping in the control system 70 as a kind of optional implementation Retouch the expectation verification image according to desired trajectory formation when mobile of galvanometer 601 in normal operation.

For example, then the expectation verification image is when the desired trajectory is the circular trace that a diameter is 2 centimetres The circle for being 2 centimetres for a diameter.

The image for the verification figure that the control system 70 will acquire is compared with expectation verification image can Judge whether the state of the scanning galvanometer is normal.It is specific:

When the image of the verification figure is consistent with expectation verification image, the control system judges the scanning Galvanometer is in normal operating conditions.

When the image of the verification figure and inconsistent expectation verification image, swept described in the control system judgement It retouches galvanometer and is in abnormal operating state.

Three, the introduction of the Method of printing of laser printing system

Third aspect present invention provides a kind of Method of printing of laser printing system, and the laser printing system is above The laser printing system that the first aspect or a second aspect of the present invention of introduction provides.

As shown in Figures 1 to 5, which includes printing board 30, photographic device 50, laser printing dress Set 60 and control system 70, the printing board 30, the laser print apparatus 60, the photographic device 50, respectively with it is described 70 communication connection of control system.The Method of printing of laser printing system provided by the invention can be realized includes to card to be printed The continuous printing of first printing surface and the second printing surface.

The first embodiment:

In the first embodiment, the Method of printing of laser printing system provided by the third aspect of the present invention includes:

Step 1: control system 70 obtains information to be printed and generates type information template set based on the information to be printed, The type information template set includes and the type of the printing surface of card and direction matched type information template one by one.

It please refers to shown in Figure 14 and Figure 15, property describes as an example, and the information to be printed includes such as a of Figure 15 Descriptive information in the dotted line frame of the c of identity information and Figure 15 in dotted line frame.The type information template includes four and card The type of the printing surface of card and direction matched type information template one by one, b, Tu15Zhong in a in respectively Figure 15, Figure 15 C and Figure 15 in d shown in type information template.Wherein: type information template shown in a in Figure 15 and a in Figure 14 Shown in printing surface (type be positive printing surface, direction, which is positive, sets) match；Type information template shown in b in Figure 15 and figure Printing surface shown in b in 14 (type is positive printing surface, and direction is to invert) matches；Type information shown in c in Figure 15 Printing surface shown in c in template and Figure 14 (type is anti-printing surface, and direction, which is positive, sets) matches；Shown in d in Figure 15 Printing surface shown in d in type information template and Figure 14 (type is anti-printing surface, and direction is to invert) matches.

In some embodiments, the information to be printed has been pre-stored in front of the printing in card to be printed.At this In a little embodiments, the laser printing system further includes the card reader device 20 with 70 communication connection of control system, described The side of the printing board 30 is arranged in card reader device 20.Before entering the printing board 30 and receiving printing, wait beat The card of print is introduced into the card reader device 20, and the reading of card reader device 20 is pre-stored in be printed in card to be printed Information to be printed is simultaneously sent to the control system 70 by information, to realize the control system 70 to the letter to be printed The acquisition of breath.

In other embodiments, card to be printed is white card, interior and not stored information.In these embodiments In, the control system 70 and external host computer communication connection, the information to be printed can be generated by the host computer. Before printing, information to be printed is sent to the control system 70 by the host computer, to realize the control system 70 Acquisition to the information to be printed.It is of course also possible to which information to be printed is directly directed into the control system before the printing In system 70.In these embodiments, before printing, the information to be printed that the control system 70 will acquire is sent to the reading Write cards device 20, and control the card reader device 20 and information to be printed is written to card.

Step 2: card to be printed is moved to predetermined print position by the translation mechanism of printing board 30, when card to be printed It snaps into up to after predetermined print position, the photographic device 50 obtains the image of the first current printing surface of card and is sent to control System 70.

In some embodiments, card to be printed is being moved to predetermined printing by the translation mechanism of the printing board 30 During position, the control system 70 judges whether card reaches the predetermined print position at predetermined time intervals, when Card reaches translation mechanism when the predetermined print position and stops translation.Specifically, the control system 70 judges card Whether reaching the predetermined print position, detailed process is as follows: the image that the photographic device 50 obtains card to be printed is concurrent The control system 70 is given, the control system 70 analyzes the card to be printed received by image recognition technology Image judges whether the card to be printed reaches the predetermined print position.Described image identification technology is those skilled in the art The prior art known to member, this specification are no longer described its specific implementation and detailed process.For example, as one Optionally implementation is planted, prestores the standard that card to be printed is located at the predetermined print position in the control system 70 Reference picture, the image and the standard reference image of the card to be printed that the control system 70 is received by comparison It can identify whether card to be printed reaches the predetermined print position.

Step 3: control system 70 identifies the image of first printing surface received to judge described The type of one printing surface and direction, and from type information template set selection and first printing surface type and direction phase The the first type information template matched is sent to laser print apparatus 60, and the laser print apparatus 60 is on first printing surface Print pattern corresponding with the first type information template and/or text.

In some embodiments, the control system 70 take image recognition technology realize to the type of the first printing surface and The identification in direction.The prior art that described image identification technology is well known to those skilled in the art, this specification is no longer to it Specific implementation and detailed process are described.For example, as a kind of optional implementation, it is pre- in the control system 70 There are the different type of card to be printed, the standard of the printing surface of different directions referring to image, the control system 70 will acquire First printing surface image and each standard compared one by one referring to image and can judge first printing surface Type and direction.

Due to being preprinted with common template information on two printing surfaces of card to be printed, in some embodiments, institute The common template information in image of the control system 70 by identifying first printing surface is stated to judge first printing The type in face and direction.

In other embodiments, it is preprinted with special printing surface respectively on two printing surfaces of the card to be printed Distinguishing mark.The control system 70 can only be sentenced by the printing surface distinguishing mark in the image of identification first printing surface The disconnected type of first printing surface and direction out.As shown in figure 14, in some embodiments, the positive printing surface of card to be printed The lower right corner be preprinted with the right angle marks of an opening upwards, the right upper left corner of the anti-printing surface of card to be printed is preprinted with an opening Downward right angle mark.It can be known by the printing position and opening direction that identify the right angle mark on the first current printing surface The type of the first printing surface that Chu be not current and direction.

In addition, further including to first after completing to the printing of the first printing surface of card in some preferred embodiments The checking procedure of the printing effect of printing surface is verified card and is overturn to realize to the if the printing of the first printing surface is qualified The printing of two printing surfaces, otherwise the control system 70 controls the translation mechanism of the printing board 30 using current card as useless Card directly removes the printing board 30.Specifically, the checking procedure specifically: after photographic device 50 obtains card printing The image of first printing surface is simultaneously sent to the control system 70；The control system 70 is analyzed by image recognition technology and is received To printing after the first printing surface image to judge whether the first current printing surface prints qualification.Likewise, The prior art that related image recognition technology is well known to those skilled in the art, this specification are no longer specific to its herein Implementation and detailed process are described.For example, being prestored in the control system as a kind of optionally implementation The standard reference image of first printing surface after correctly printing, the control system is by comparing the printing received The image and the standard reference image of the first printing surface afterwards can identify whether the first current printing surface prints qualification.

Step 4: the turnover mechanism verification card of printing board 30 overturn with by the overturning of the current printing surface of card for the Two printing surfaces.The overturning mode of type and turnover mechanism of the control system 70 based on first printing surface judges described The type of two printing surfaces and direction, and selected and the type of second printing surface and direction from the type information template set The the second type information template to match is sent to the laser print apparatus 60, and the laser print apparatus 60 is described second Pattern corresponding with the second type information template and/or text are printed on printing surface.

In some embodiments, the turnover mechanism is by the front and back overturning mode for the translation direction for being parallel to card to card It is overturn being overturn the current printing surface of card by the first printing surface for the second printing surface.In these embodiments, described Control system 70 judge the type of the second current printing surface and the type of the first printing surface on the contrary, the direction of the second printing surface with The direction of first printing surface is identical.

In other embodiments, the turnover mechanism presses the left and right overturning mode pair of the translation direction perpendicular to card Card is overturn being overturn the current printing surface of card by the first printing surface for the second printing surface.In these embodiments, The control system 70 judges that the type of the second current printing surface and direction are opposite with the first printing surface.

Second of embodiment:

Compared with the first embodiment, there is only such as the Method of printing of laser printing system provided by second of embodiment Lower difference.

In said step 1, the control system 70 is only stored after getting information to be printed, at this time not Generate type information template set.

In the step 3, when image of the control system 70 to first printing surface received is identified and is sentenced After the disconnected type of first printing surface out and direction, type and side of the control system 70 further according to first printing surface To generating the first type information template based on the information to be printed and be sent to the laser print apparatus 60.

Similarly, in the step 4, the control system 70 identifies the image of the second printing surface received And after judging type and the direction of second printing surface, type of the control system 70 further according to first printing surface And direction is based on the information to be printed and generates the second type information template and be sent to the laser print apparatus 60.

Four, the introduction of automatic card-issuing device

Simple introduction only is carried out to automatic card-issuing device 10 above, Fig. 6 shows the automatic card dress into Fig. 9 10 specific structure in some embodiments is set, is situated between in detail into Fig. 9 to the automatic card-issuing device 10 below with reference to 6 It continues.

The fourth aspect of the present invention provides a kind of automatic card-issuing device 10, can store an at least card to be printed And card to be printed is sent to the printing board 30 one by one to realize automatic card.The automatic card-issuing device 10 includes hair Card machine frame and hair fastener driving mechanism, in which:

The hair fastener rack includes the first hair fastener side plate 101 and the second hair fastener side plate 102 and water that be vertical and being oppositely arranged Support plate 106 of the flushconnection between the first hair fastener side plate 101 and the second hair fastener side plate 102, the support plate 106 On be formed with driving window 107.The first hair fastener side plate 101,106 structure of the second hair fastener side plate 102 and the support plate At one for storing the card storage slot of at least one card to be printed.

The hair fastener driving mechanism be used for by the card to be printed in the card storage slot remove one by one the card storage slot with Realize automatic card, the hair fastener driving mechanism includes hair fastener driving wheel 108 and hair fastener gear transmission structure.The hair fastener transmission Wheel 108 is located at below the card storage slot, and the hair fastener driving wheel 108 is pierced by the driving window 107 upwards and is slightly above described The upper surface of support plate 106.The hair fastener gear transmission structure connect with the hair fastener driving wheel 108 and the hair fastener is driven to pass Driving wheel 108 rotates, to remove the storage for the card to be printed contacted in the card storage slot and with the support plate 106 is located at Card slot.

In some embodiments, as shown in Figure 7, Figure 8, the hair fastener gear transmission structure includes setting in first hair Hair fastener driving gear 103, hair fastener driven gear 104 on card side plate 101, the hair fastener driving gear 103 and the hair fastener from Moving gear 104 is connected through a hair fastener belt 105, and the hair fastener driving wheel 108 runs through institute through one with the hair fastener driven gear 104 State the transmission axis connection of the first hair fastener side plate 101.

When the hair fastener driving gear 103 rotation, the rotation of hair fastener driven gear 104 can be driven described to drive Hair fastener driving wheel 108 rotates.

In some embodiments, the automatic card-issuing device 10 further include be arranged below the card storage slot and with the hair The hair fastener driving motor (not shown) that card driving gear 103 is electrically connected, the hair fastener driving motor is for driving the hair fastener master Moving gear 103 rotates.

In some embodiments, the card storage slot is internally provided with for detecting the card to be printed in the card storage slot Inductor 110.When the quantity of the card to be printed in the card storage slot is less than predetermined value, the inductor 110 is generated The control system sending of first inductive signal and the control system that first inductive signal is sent to printer, printer mentions Information of waking up is to remind addition card.After the printing card in the card storage slot is all removed, the inductor 110 generates the Two inductive signals and the control system that second inductive signal is sent to printer, control system control laser print apparatus Stop printing.

As a kind of implementation, the inductor 110 can use weight induction device, can detect in the card storage slot Card to be printed weight, when the weight of the card to be printed in the card storage slot that the inductor 110 detects When lower than predetermined value, the inductor 110 generates the first inductive signal, and works as the card storage that the inductor 110 detects When the weight of card to be printed in slot is zero, the inductor 110 then generates the second inductive signal.It is realized as another kind Photoelectric sensor can be used in mode, the inductor 110, which includes optical transmitting set and optical receiver. When the quantity (thickness) of the card in card storage slot is more than predetermined value, photoelectric sensor is blocked, the light that optical transmitting set issues It is reflected back toward optical receiver, optical receiver generates a kind of inductive signal.And when the quantity (thickness) of the card in card storage slot is lower than When predetermined value, photoelectric sensor exposure, optical receiver can not receive reflected light, to generate another inductive signal.

In some embodiments, the distance between the first hair fastener side plate 101 and the second hair fastener side plate 102 with to The width of the card of printing matches, the front and rear edges difference of the first hair fastener side plate 101 and the second hair fastener side plate 10 Inside vertical curve is to form the limit plate 109 for limiting card to be printed.So set, can be easily by card to be printed Card is overlayed along the vertical direction in the card storage slot, and prevents card to be printed from skidding off out of card storage slot.

To guarantee that the hair fastener driving wheel 108 is only capable of a card to be printed removing the card storage slot every time.Some In embodiment, further include be formed in card storage slot side go out bayonet (not shown), it is described go out bayonet in the vertical direction The thickness of size and a card to be printed match, card to be printed from it is described go out bayonet remove the card storage slot.One In a little preferred embodiments, the bayonet out can carry out flexible modulation in the size of vertical direction, to meet various thickness Card goes out card request.

Five, the introduction of card reader device

Simple introduction only is carried out to card reader device 20 above, Fig. 6 to Fig. 9 shows the card reader device 20 and exists Specific structure in some embodiments describes to the card reader device 20 in detail below with reference to Fig. 6 to Fig. 9.

The fifth aspect of the present invention provides a kind of card reader device 20 comprising read-write card rack, read-write card module 201 And read-write card driving mechanism.Wherein:

The read-write card rack includes the first read-write card side plate 202 and the second read-write card side plate that be vertical and being oppositely arranged 203, it is formed with what confession card to be printed passed through between the first read-write card side plate 202 and the second read-write card side plate 203 Read/write channel.The read-write card module 201 is connected in the read-write card rack and is located above the read/write channel.The reading Card driving mechanism is write for driving card to be printed by the read/write channel to realize the read-write card module 201 to be printed Card reads or writes.

In some embodiments, the read-write card driving mechanism includes that at least two groups being arranged in the read/write channel are read The use writing card driving wheel group and being arranged on the outer wall of the 202 or described second read-write card side plate 203 of the first read-write card side plate In the read-write card gear transmission structure for driving at least two groups read-write card driving wheel group rotation.The read-write card driving wheel group packet Include the first read-write card driving wheel and the second read-write card driving wheel, the first read-write card driving wheel and second read-write card transmission Gap is equipped between wheel so that card to be printed passes through.The read-write card gear transmission structure is for driving each read-write card to pass First read-write card driving wheel of driving wheel group or the rotation of the second read-write card driving wheel, to drive card to be printed to enter through first Gap between read-write card driving wheel and the second read-write card driving wheel.Preferably, the width of the read/write channel and card to be printed The width of card matches, the size in the gap between the first read-write card driving wheel and the second read-write card driving wheel Match with the thickness of a card to be printed.

In some embodiments, the first read-write card driving wheel of the read-write card driving wheel group is driving wheel, and second reads Writing card driving wheel is driven wheel.That is: the described read-write card gear drive only connect with the first read-write card driving wheel and drives it Rotation.When card to be printed enters to the gap in the read-write card driving wheel group, in the case where the friction of card drives, as First read-write card driving wheel of driving wheel is able to drive to be rotated backward as the second read-write card driving wheel of driven wheel, to drive Gap of the card across the first read-write card driving wheel and the second read-write card driving wheel.

In further embodiments, the second read-write card driving wheel of the read-write card driving wheel group is driving wheel, and first Read-write card driving wheel is driven wheel.That is: the described read-write card gear drive only connect and drives with the second read-write card driving wheel It is rotated.When card to be printed enters to the gap in the read-write card driving wheel group, in the case where the friction of card drives, make It is able to drive and is rotated backward as the first read-write card driving wheel of driven wheel for the second read-write card driving wheel of driving wheel, thus band Dynamic gap of the card across the second read-write card driving wheel and the first read-write card driving wheel.

In some embodiments, the read-write card gear drive include a read-write card driving gear and with it is described at least The one-to-one at least two read-write cards driven gear of two groups of read-write card driving wheel groups, the read-write card gear drive and each The read-write card driven tooth is connected through a read-write card belt, each read-write card driven gear respectively through a transmission shaft with it is corresponding First read-write card driving wheel of read-write card driving wheel group or the rotation of the second read-write card driving wheel.

When read-write card driving gear rotation, each read-write card driven gear rotation of energy synchronous drive is to drive First read-write card driving wheel of each read-write card driving wheel group or the rotation of the second read-write card driving wheel, to drive card successively Gap across the first read-write card driving wheel of each read-write card driving wheel group and the second read-write card driving wheel is to pass through The card reader device.

Lead to as it can be seen that the gap in each read-write card driving wheel group forms the transmission of the card in the card reader device 20 Road.Card to be printed sequentially passes through each read-write card driving wheel group to by the card reader device 20.Particularly, it leans on Gap in read-write card driving wheel group described in one group of nearly described 20 one end of card reader device constitutes the card reader device 20 Feed inlet, the gap in read-write card driving wheel group described in one group of 20 other end of card reader device then constitute the reading The discharge port of write cards device 20.

In order to guarantee that card to be printed can successfully pass through from the card reader device 20, read-write card described in two adjacent groups Spacing between driving wheel group is respectively less than the length of card to be printed.

It please refers to shown in Fig. 7, in some embodiments, card reader device 20 of the invention includes that read-write card described in two groups passes Driving wheel group, in which: read-write card driving wheel group described in one group is located at one end of the card reader device 20 to constitute the read-write card The feed inlet of device 20, read-write card driving wheel group described in another group are located at the other end of the card reader device 20 then to constitute State the discharge port of card reader device 20.Two groups of read-write card driving wheel groups include the first read-write card driving wheel 207 and the second read-write Card driving wheel 208.

The read-write card gear drive includes a read-write card master being arranged on the first read-write card side plate 202 Moving gear 204 and two read-write card driven gears 205, the read-write card driving gear 204 and described two read-write card driven tooths Wheel 205 is connected through a read-write card belt 206, and described two read-write card driven gears 205 are respectively through one through first read-write The transmission shaft (not shown) of card side wall 202 is connected with the first read-write card driving wheel 207 of the corresponding read-write card driving wheel group.

Card to be printed enters in the card reader device 20 through one group of read-write card driving wheel group and passes in the read-write card The card to be printed after completing to read or write card to receive to read or write card operation is moved forward under the driving of driving wheel group through another group The read-write card driving wheel group leaves the card reader device 20.

In some embodiments, the card reader device 20 further includes the reading connecting with the read-write card driving gear 204 Card driving motor (not shown), the read-write card driving motor is for driving the read-write card driving gear 204 to rotate.

Certainly, it in order to guarantee that card to be printed can successfully pass through from the card reader device 20, is read and write described in two groups Spacing between card driving wheel group is less than the length of card to be printed.

In addition, reading or writing card operation, in some embodiments, the read-write to trigger the execution of read-write card module 201 Card device 20 further include be arranged in it is described read-write card module 201 below position sensor (not shown), when card to be printed into When entering the card reader device 20 and reaching predetermined position, the position sensor is triggered and generates inductive signal, the reading It writes i.e. execution after card module 201 receives inductive signal and reads or writes card operation.

Six, the introduction of board is printed

Simple introduction only is carried out to printing board 30 above, Figure 10 shows the printing board 30 into Figure 13 and exists Specific structure in some embodiments describes to the printing board 30 in detail below with reference to Figure 10 to Figure 13.

Sixth aspect present invention provides a kind of printing board 30, and the printing board 30 includes the telephone-moving of turnover mechanism peace Structure, for driving card to translate to reach or leave predetermined print position, the turnover mechanism can be realized the translation mechanism The front and back of card is overturn being overturn current printing surface by the first printing surface for the second printing surface.

As described above, front and back overturning refers to the turnover mechanism by being parallel to the translation direction of card for card Current printing surface is the second printing surface by the overturning of the first printing surface, and after front and back is overturn, the type of current printing surface changes Become, direction then remains unchanged.

As shown in Figure 10 to Figure 13, in some embodiments, the printing board 30 includes board rack, is arranged in board Turnover bracket and turnover driving mechanism in rack.Wherein:

The board rack includes the first board side plate 317 and the second board side plate 318 being oppositely arranged, first machine The transmission channel passed through for card is formed between platform side plate 317 and the second board side plate 318.

The turnover bracket is connected between the first board side plate 317 and the second board side plate 318, is used to carry Card simultaneously drives card to overturn.

The turnover driving mechanism is arranged in the outside of the board rack and connect with the turnover bracket, is used to drive Moving the turnover bracket, overturning is before and after the transmission channel to realize the overturning to card, to realize to the two-sided of card Printing.

As it can be seen that the turnover bracket and turnover driving mechanism setting constitute the tipper of the printing board 30 Structure is able to achieve the front and back overturning of card in the transmit direction.

As shown in Figure 10 to Figure 13, in some embodiments, the turnover bracket includes the first turnover side being oppositely arranged One end first of plate 308 and the second turning over its side 315, first turning over its side 308 and second turning over its side 315 connects Extension bar 312 connects, and the other end of first turning over its side 308 and second turning over its side 315 connects through the second connecting rod 313 It connects.

The turnover driving mechanism include the overturning driving gear 301 being arranged on the outer wall of the first board side plate 317 and Driven gear 302, the overturning driving gear 301 and the overturning driven gear 302 is overturn to connect through an overturning belt 303. Wherein: through-hole is formed on the first board side plate 317, the medial end of the overturning driven gear 302 passes through described logical Hole is simultaneously extended inwardly into the transmission channel.The second board side plate 318 is equipped with one perpendicular to second board side The shaft 314 of plate 318.

First turning over its side 308 of the turnover bracket is connected to the medial end of the overturning driven gear 302 It can rotate above and with the overturning driven gear 302, second turning over its side 315 of the turnover bracket is connected to described turn It can rotate on axis 314 and around the shaft 314.When the overturning driving gear 301 drives described turn over through the overturning belt 303 When turning driven gear 302 and rotating, the turnover bracket before and after the overturning driven gear 302 with overturning.

When card to be flipped is located on the turnover bracket and when the central axis and the coaxial shaft 314 of card, The turnover driving mechanism drives the turnover bracket rotation to can be realized 180 ° of overturnings in situ to card at this time.Overturning in situ In the process, the central axis of card remains coaxial with the shaft 314, thus by situ overturning after, card it is current Printing surface is the second printing surface from the overturning of the first printing surface, and position of the card on printing board then remains unchanged.

As it can be seen that the mounting axis of the shaft 314 is the central axis for constituting the predetermined print position, when in card When mandrel line and the coaxial shaft 314, then mean that card reaches the predetermined print position, is by overturning card at this time The continuous printing to two printing surfaces of card can be achieved, the position of adjustment card in the horizontal direction is no longer needed in print procedure It sets.

The turnover driving mechanism further includes the turn drive motor 319 connecting with the overturning driving gear 301, described Turn drive motor 319 is for driving the overturning driving gear 301 to rotate.In some embodiments, first board side The position that plate 317 corresponds to the overturning driving gear 301 offers turn drive motor installing port, the turn drive motor 319 run through the turn drive motor installing port.

In order to fix card two sides, and card is pushed to translate on the turnover bracket to reach or leave predetermined printing position It sets.In some embodiments, as shown in FIG. 12 and 13, the printing board 30 further include:

Several translation driving wheel groups being axially arranged on first turning over its side 308, the translation driving wheel group Including the first translation driving wheel 309 and the second translation driving wheel 310, the first translation driving wheel 309 and second translation Translational gap is formed between driving wheel 310 to clamp the side of card and card is driven to translate on the turnover bracket.

The guided in translation slot matched with the translational gap being axially arranged on second turning over its side 315 316, the guided in translation slot 316 is used to clamp the other side of the card.

The translational drive mechanism in the outside of the board rack is set, and the translational drive mechanism is each described for driving First translation driving wheel 309 of translation driving wheel group or the second translation driving wheel 310 rotation are to drive card in overturning branch It is translated on frame.

As it can be seen that the translation driving wheel group, the guided in translation slot 316 and the translational drive mechanism constitute described beat The translation mechanism for printing board 30, can drive card to translate on turnover bracket.

In some embodiments, the translational drive mechanism further includes translation driving gear 304, translation driven gear group. Wherein: the translation driving gear 304 is arranged on the outer wall of the first board side plate 317, the translation driven gear group It is arranged in the outboard end of the overturning driven gear 302, the translation driven gear group includes that one first translation is driven Gear 305 and at least two with it is described first translation driven gear 305 link second translation driven gear 307, in which: it is described The center of the outboard end of the overturning driven gear 302 is arranged in first translation driven gear 305, and the translation is actively Gear 304 is connect with the first translation driven gear 305 through a translation belt 306, and at least two second translation is driven Gear 307 connects one to one at least two groups translation driving wheel group.

In some embodiments, at least two and described at least two second are equipped in the overturning driven gear 302 The one-to-one drive rod of driven gear is translated, one end of the drive rod connects with the second translation driven gear 307 It connects, the first translation driving wheel 309 of translation driving wheel group described in the other end of the drive rod and one group or the second translation are driven 310 connection of wheel.

When the translation driving gear 304 drives the first translation driven gear 305 to rotate through the translation belt 306 When, the first translation driven gear 305 drives each second translation driven gear 307 to rotate synchronously, and each described second is flat Move the first translation driving wheel 309 or the second translation that driven gear 307 then drives each translation driving wheel group by connecting rod Driving wheel 310 rotates synchronously.

In some embodiments, the first translation driven gear 309 of the translation driving wheel group is driving wheel, the translation Second translation driven gear 310 of driving wheel group is then driven wheel, i.e., the described second translation driven gear 307 and the translation pass First translation driven gear 309 of driving wheel group connects.When card to be printed enters to the gap in the translation driving wheel group When, in the case where the friction of card drives, the first translation driven gear 309 as driving wheel is able to drive second as driven wheel Translation driven gear 310 rotate backward, thus drive card side pass through first translation driven gear 309 with second translate from Translational gap horizontal translation between moving gear 310, synchronous, the other side of card is then along 316 water of guided in translation slot Average shifting.

Certainly, in some other embodiment, the second translation driven gear 310 of the translation driving wheel group is actively First translation driven gear 309 of wheel, the translation driving wheel group is then driven wheel, i.e., the described second translation driven gear 307 It is connect with the second translation driven gear 310 of the translation driving wheel group.

The translational drive mechanism further includes the pan drive motor 320 connecting with the translation driving gear 304, described Pan drive motor 320 is for driving the translation driving gear 304 to rotate.In some embodiments, first board side The position that plate 317 corresponds to the translation driving gear 304 offers pan drive motor installing port, the pan drive motor 320 run through the pan drive motor installing port.

Seven, the introduction of automatic emerging device

Simple introduction only is carried out to automatic emerging device 40 above, Fig. 6, Figure 10 show described automatic into Figure 11 The specific structure of emerging device 40 in some embodiments, below with reference to Fig. 6, Figure 10 to Figure 11 to the automatic emerging device 40 It describes in detail.

Seventh aspect present invention provides a kind of automatic emerging device 40, and 40 emerging device is for the card after printing Card is removed from printing board 30 to realize automatic card release.

The automatic emerging device 40 includes at least two groups card release driving wheel group and the driving at least two groups card release transmission The card release gear drive of wheel group rotation, each card release driving wheel group include that the first card release driving wheel and the second card release pass Driving wheel is equipped with gap so that card passes through between the first card release driving wheel and the second card release driving wheel.The card release Gear drive is for synchronous the first card release driving wheel for driving each card release driving wheel group or the second card release transmission rotation It is dynamic, to drive the card after printing to enter through the gap between the first card release driving wheel and the second card release driving wheel.

In some embodiments, the first card release driving wheel of the card release driving wheel group is driving wheel, and the second card release passes Driving wheel is driven wheel, and the card release gear drive only connect with the first card release driving wheel and drives its rotation.After printing Card when entering to the gap in the card release driving wheel group, in the case where the friction of card drives, first as driving wheel goes out Card driving wheel is able to drive to be rotated backward as the second card release driving wheel of driven wheel, so that card be driven to pass across the first card release Gap between driving wheel and the second card release driving wheel.

In further embodiments, the second card release driving wheel of the card release driving wheel group is driving wheel, and the first card release Driving wheel is driven wheel, and the card release gear transmission structure only connect with the second card release driving wheel and drives its rotation.Work as printing When card afterwards enters to the gap in the card release driving wheel group, card friction drive under, as driving wheel second Card release driving wheel is able to drive to be rotated backward as the first card release driving wheel of driven wheel, so that card be driven to pass through the second card release Gap between driving wheel and the first card release driving wheel.

The card release gear drive include a card release driving gear and at least two groups card release driving wheel group one One corresponding at least two groups card release driven gear, the card release driving gear and each card release driven gear are through a card release belt Connection, each card release driven gear is respectively through a transmission shaft and the first card release driving wheel of corresponding card release driving wheel group or the The rotation of two card release driving wheels.

When card release driving gear rotation, each card release driven gear rotation of energy synchronous drive is to drive each institute The first card release driving wheel or the rotation of the second card release driving wheel of card release driving wheel group are stated, so that it is each described to drive card to sequentially pass through Gap between the first card release driving wheel and the second card release driving wheel of card release driving wheel group with by the emerging device, thus Realize automatic card release.

Lead to as it can be seen that the gap in each card release driving wheel group forms the transmission of the card in the automatic emerging device 40 Road.Card after printing sequentially passes through each card release driving wheel group to by the automatic emerging device 40.Particularly, it leans on Gap in card release driving wheel group described in one group of nearly described automatic 40 one end of emerging device constitutes the automatic emerging device 40 Feed inlet, described in the gap in card release driving wheel group described in one group of automatic 40 other end of emerging device is then constituted The discharge port of automatic emerging device 40.

In order to guarantee that the card after printing can successfully pass through from the automatic emerging device 40, go out described in two adjacent groups Spacing between card driving wheel group is respectively less than the length of card to be printed.

In some embodiments, automatic emerging device 40 of the invention includes card release driving wheel group described in two groups, in which: one The group card release driving wheel group is located at one end of the automatic emerging device 40 to constitute the charging of the automatic emerging device 40 Mouthful, card release driving wheel group described in another group is located at the other end of the automatic emerging device 40 then to constitute the emerging device Discharge port.Two groups of card release driving wheel groups include the first card release driving wheel (not shown) and the second card release driving wheel 404.

Correspondingly, the card release gear drive includes a card release driving gear 401 and two card release driven gears 402, the card release driving gear 401 and described two card release driven gears 402 are connected through a card release belt 403, described two Card release driven gear 402 is connected through a transmission shaft with the first card release driving wheel of corresponding card release driving wheel group respectively.

Card after printing enters in the automatic emerging device 40 through one group of card release driving wheel group and is driven in the card release It is moved forward under the driving of wheel group, and finally leaves the card reader device 20 through card release driving wheel group described in another group.

In some embodiments, the automatic emerging device 40 further include connect with the card release driving gear 401 go out Card driving motor, the card release driving motor is for driving the card release driving gear 401 to rotate.

Certainly, in order to guarantee that the card after printing can successfully pass through from the automatic emerging device 40, described in two groups Spacing between card release driving wheel group is less than the length of card to be printed.

Preferably, as holddown spring is provided on the outside of the second card release driving wheel of driven wheel, the holddown spring makes First card release driving wheel, the second card release driving wheel compress card.

The description with certain particularity detailed enough has been carried out to the present invention above.Ordinary skill in fields Personnel are it should be understood that the description in embodiment is only exemplary, before without departing from true spirit and scope of the present invention Put make it is all change all should belong to protection scope of the present invention.Scope of the present invention is by the power What sharp claim was defined, rather than limited by the foregoing description in embodiment.

Claims (8)

1. a kind of automatic card-issuing device, characterized in that it comprises:

Hair fastener rack, the hair fastener rack include:

The first hair fastener side plate and the second hair fastener side plate vertical and be oppositely arranged；

The support plate being connected horizontally between the first hair fastener side plate and the second hair fastener side plate is formed in the support plate There is driving window；

It is to be printed for storing at least one that the first hair fastener side plate, the second hair fastener side plate and the support plate constitute one The card storage slot of card；

Hair fastener driving mechanism, described in the hair fastener driving mechanism is used to one by one remove the card to be printed in the card storage slot To realize automatic card, the hair fastener driving mechanism includes: card storage slot

Hair fastener driving wheel, the hair fastener driving wheel are located at below the card storage slot, and the hair fastener driving wheel is pierced by the drive upwards The upper surface of dynamic window and the slightly above described support plate；

Hair fastener gear transmission structure, the hair fastener gear transmission structure connect with the hair fastener driving wheel and the hair fastener are driven to pass Wheel rotation, to remove the card storage slot for the card to be printed contacted in the card storage slot and with the support plate is located at.

2. automatic card-issuing device as described in claim 1, which is characterized in that the hair fastener gear transmission structure includes that setting exists The first hair fastener side plate or hair fastener driving gear, hair fastener driven gear on the second hair fastener side plate, the hair fastener is actively Gear is connected with the hair fastener driven gear through a hair fastener belt, and the hair fastener driving wheel and the hair fastener driven gear are passed through one Moving axis connection.

3. automatic card-issuing device as claimed in claim 2, which is characterized in that the hair fastener gear transmission structure further includes setting Hair fastener driving motor below the card storage slot, the hair fastener driving motor are connect with the hair fastener driving gear to drive State the rotation of hair fastener driving gear.

4. automatic card-issuing device as described in claim 1, which is characterized in that the support plate is equipped with inductor, when described When the number of the card to be printed stored in card storage slot is less than predetermined number, the inductor generates inductive signal.

5. automatic card-issuing device as claimed in claim 4, it is characterised in that: the inductor includes weight induction device or photoelectricity Sensor.

6. automatic card-issuing device as described in claim 1, it is characterised in that: the first hair fastener side plate and second hair fastener The distance between side plate and the width of card to be printed match.

7. automatic card-issuing device as described in claim 1, it is characterised in that: the first hair fastener side plate and second hair fastener The front and rear edges of side plate respectively inwards vertical curve to form the limit plate for limiting card to be printed.

8. automatic card-issuing device as described in claim 1, it is characterised in that: it further includes being formed on the outside of the card storage slot Bayonet out, the size of bayonet in the vertical direction and the thickness of a card to be printed out match.