CN205736475U - A kind of smart card stamp device - Google Patents
A kind of smart card stamp device Download PDFInfo
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- CN205736475U CN205736475U CN201620591225.3U CN201620591225U CN205736475U CN 205736475 U CN205736475 U CN 205736475U CN 201620591225 U CN201620591225 U CN 201620591225U CN 205736475 U CN205736475 U CN 205736475U
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Abstract
The utility model discloses a kind of smart card stamp device, code-disc and type matrix including being located on code-disc frame beat mechanism, described code-disc includes the first encoder basement being oppositely arranged and the second encoder basement and the type matrix being located on encoder basement, and described type matrix is linearly arranged on corresponding encoder basement；Type matrix beats mechanism and includes two groups that are relatively arranged on code-disc both sides and beat mechanism, and often group is beaten mechanism and included rapping hammer, drives what rapping hammer beat type matrix to beat actuating unit and the translational drive mechanism driving rapping hammer to translate along the orientation of type matrix；Described beat drive block that actuating unit includes that in code-disc type matrix orientation extends, promote the reciprocating drive mechanism reciprocating on stamp direction of this drive block and beat driving motor for what reciprocating drive mechanism provided power.Type matrix in stamp device of the present utility model linearly arranges, and has the advantages such as little, arrangement flexible, compact conformation that take up room, is particularly suited in small intelligent card production equipment.
Description
Technical field
This utility model relates to smart card and manufactures equipment, is specifically related to a kind of smart card stamp device.
Background technology
In smart card production process, smart card stamp device is for stamping character code on the surface of card, and it mainly wraps
Including code-disc and type matrix beats mechanism, wherein, described code-disc includes being arranged with phase on code-disc and lower code-disc, upper code-disc and lower code-disc
To the type matrix arranged.During work, two type matrixes beat mechanism and tap a pair type matrix in code-disc and lower code-disc simultaneously, are pointed to
Card between two type matrixes clashes into, and the character code in type matrix is got on card.
Existing code-disc is disc structure, and type matrix is circumferentially arranged on code-disc.This disc type stamp device
Installation requirement there is bigger space, particularly there is the border circular areas space meeting circular code wheel construction features, but,
In the smart card production equipment of miniaturization, such as in the instant card-issuing equipment of small intelligent card, it is desirable to volume is the smallest and the most exquisite, from
And this disc type stamp device cannot be installed, the most existing instant card-issuing equipment of small intelligent card is typically all not provided with
Stamp device, but fill by advance the character code on card being accomplished fluently the hair fastener being placed into the instant card-issuing equipment of small intelligent card again
In putting.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that a kind of smart card stamp device, this stamp
Type matrix in device linearly arranges, and has the advantages such as little, arrangement flexible, compact conformation that take up room, is particularly suited for
In small intelligent card production equipment.
The purpose of this utility model is realized by following technical scheme:
A kind of smart card stamp device, code-disc and type matrix including being located on code-disc frame beat mechanism, it is characterised in that institute
State the first encoder basement and the second encoder basement and the type matrix being located on encoder basement, described first code-disc that code-disc includes being oppositely arranged
Seat and the second encoder basement linearly extend, and described type matrix is linearly arranged on corresponding encoder basement；Described type matrix
Beaing mechanism to include two groups that are relatively arranged on code-disc both sides and beat mechanism, often group is beaten mechanism and is included rapping hammer, drives rapping hammer to strike
Typewriting die beat actuating unit and drive rapping hammer along type matrix orientation translate translational drive mechanism；Described beat
Actuating unit includes drive block that in code-disc type matrix orientation extends, promotes this drive block to make on stamp direction back and forth
Motion reciprocating drive mechanism and for reciprocating drive mechanism provide power beat driving motor.
A preferred version of the present utility model, wherein, described drive block is rhs-structure；Described reciprocating drive mechanism is
Eccentric drive mechanism, this eccentric drive mechanism includes the eccentric shaft being arranged in drive block and is connected to code-disc frame and drive block
Between back-moving spring, wherein, in described drive block, be provided with rolling element, under normality, the elastic force of described back-moving spring promotes described rolling
Kinetoplast is pushed against on eccentric shaft.Its operation principle is: during eccentric shaft turns, under the cooperation of described back-moving spring, by rolling
Body drives drive block to make reciprocal stamp motion, thus drives rapping hammer to carry out stamp；Arrange the beneficially reduction of described rolling element to rub
Wipe.
Preferably, being provided with guide frame between described drive block and code-disc frame, this guide frame includes being fixed on code-disc frame
On guide post and the pilot hole that is located on drive block, described guide post is matched with in pilot hole.By above-mentioned guide frame
Motion to drive block guides so that the stable movement of drive block.
A preferred version of the present utility model, wherein, is beaten driving motor and is struck by synchronous belt drive mechanism and two groups
Beating the eccentric shaft in mechanism to connect, described synchronous belt drive mechanism includes being located at and beats the drivewheel driven on electric machine main shaft, sets
Driven pulley on two eccentric shafts, it is positioned at the transition wheel above the card transfer passage of code-disc and Timing Belt.Said structure
In, utilize the same driving motor that beats to simultaneously drive two groups and beat mechanism's work, not only save dynamical element, and can also be more
Ensure that well two groups are beaten mechanism's synchronous working；The purpose arranging described transition wheel is to change the trend of Timing Belt, it is to avoid with
The card of the card transfer passage in code-disc is interfered.
A preferred version of the present utility model, wherein, described drive block connects and has type matrix restoring board, and this type matrix resets
One end of plate is fixed on drive block, and the other end hooks and is pulled at the head of type matrix.Above-mentioned type matrix restoring board starts shipment with drive block one
Dynamic, when completing a stamp and returning, this type matrix restoring board pulls type matrix to reset.
A preferred version of the present utility model, wherein, described translational drive mechanism includes pan drive motor, Timing Belt
Drive mechanism and guided in translation mechanism, wherein, described rapping hammer is connected on the Timing Belt of synchronous belt drive mechanism；Described translation
Guiding mechanism includes the guide rail being located on drive block and the slide block matched with guide rail, and this slide block is connected with described rapping hammer.Institute
Stating translational drive mechanism for changing the position of rapping hammer, thus the different type matrixes on code-disc are carried out stamp, its work process is:
Pan drive motor drives rapping hammer to lead the arrangement side downward along type matrix in guided in translation mechanism by synchronous belt drive mechanism
To movement, when being directed at which type matrix regardless of rapping hammer, drive block all can drive rapping hammer to carry out stamp motion.
Preferably, two groups of translational drive mechanisms beaten in mechanism share a pan drive motor and toothed belt transmission machine
Structure, the Timing Belt in described synchronous belt drive mechanism is connected by middle connection seat and two groups of rapping hammer beaten in mechanism, described
Middle connection is provided with, between seat and code-disc frame, the linear guiding mechanism being parallel to type matrix orientation, and this linear guiding mechanism includes
It is located at the guide rail on code-disc frame and is located at the middle slide block connected on seat.It is intended that utilize same driven in translation electricity
Machine and synchronous belt drive mechanism simultaneously drive two groups and beat type matrix in mechanism and move, and save dynamical element, simplify structure, also
Make two rapping hammer synchronizing movings, can better ensure that two groups are beaten mechanism's synchronous working.
Preferably, the upper end of described rapping hammer is provided with two upwardly extending contiguous blocks, and these two contiguous blocks extend into and are located at
In middle two connecting holes connected on seat, two contiguous blocks along the opposite face in type matrix orientation respectively with two companies
Connect the side laminating in hole；Two contiguous blocks have gap on the stamp direction of type matrix and between two connecting holes.It is made
With being, it is ensured that connect seat in the middle of described and rapping hammer can be driven to move in type matrix orientation, do not affect rapping hammer and beating simultaneously
Motion on code direction.
A preferred version of the present utility model, wherein, each encoder basement is provided with two parallel rows or multiple rows of type matrix,
So more type matrix can be set in limited space, to meet needs of production.
A preferred version of the present utility model, described rapping hammer includes several striking head equal with the row of type matrix,
Each striking head is right against a typesetting mould and arranges；Several striking head described stagger along the type matrix orientation often set up type in mould
Arranging, when certain striking head is right against certain type matrix of a corresponding typesetting mould, it is the most right that remaining striking head is respectively positioned on
Between two type matrixes in the typesetting mould answered.The type matrix that above-mentioned rapping hammer is applicable on code-disc is two rows or plurality of rows of occasion,
When the type matrix in a certain row is carried out tap stamp time, remaining striking head be positioned at correspondence one typesetting mould in two type matrixes it
Between, the most non-interference, it is ensured that the type matrix of each row can be beaten.
A preferred version of the present utility model, wherein, described code-disc frame is connected with frame by vertical guiding mechanism, institute
State vertical guiding mechanism to be formed by the slide block being located on code-disc frame and the vertically extending slide rail coupling that is located in frame；Institute
State and between code-disc frame and frame, be additionally provided with the feeding power mechanism driving described code-disc frame along vertical motion.
In such scheme, code-disc frame is driven vertically to move by described feeding power mechanism and vertical guiding mechanism, from
And change in code-disc the position relationship between card and type matrix, when card invariant position in the height direction, thus it is possible to vary
Stamp position on card；Further, when the row of described type matrix is more than two rows, by driving code-disc to make vertically movable permissible
Which typesetting mould is selected to carry out stamp.
A preferred version of the present utility model, wherein, described code-disc frame is additionally provided with ribbon drive mechanism, and this colour band passes
Motivation structure includes unused colour band winding wheel, the rolling rotated with colour band winding wheel with colour band winding wheel, colour band and driving
Actuating unit, wherein, after described colour band passes through the card transfer passage of code-disc from unused colour band winding wheel, color is being used in rolling
On band winding wheel.Above-mentioned ribbon drive mechanism is used for carrying out character cut in bas-relief stamp: when beaten character code is character cut in bas-relief, utilize above-mentioned colour band
The dye printhead that colour band is allowed by drive mechanism is on character cut in bas-relief.
Preferably, described ribbon drive mechanism also includes being rotationally connected with the fork on code-disc frame and driving fork upper and lower
The fork drive mechanism rotated；Described fork is provided with and carries out, for band of checking colors, the guide that guides, is positioned at card transfer passage
The colour band at two ends is wound on described guide.The purpose using such scheme is, when stamp device of the present utility model is used for
During raising word, fork and colour band is driven to move downward by fork drive mechanism so that colour band leaves type matrix, thus does not affect convex
The normal stamp of word, and when carrying out character cut in bas-relief stamp, drive colour band to return at the type matrix corresponding with dent word.
The operation principle of smart card stamp device of the present utility model is:
In this utility model, the type matrix in the first encoder basement being arranged in pairs and the second encoder basement is arranged along rectilinear direction
Row, owing to the size in the direction of type matrix arrangement is relatively big, being relatively small in size of other directions so that encoder basement generally forms length
Strip structure, this structure only requires have enough spaces in certain rectilinear direction, the bulk in other directions
Require little such that it is able to be installed in the smart card device of space not quite or only long and narrow space, installing space is wanted
Ask and be substantially reduced, and the length direction of code-disc can be according to the space characteristic flexible arrangement of equipment, it is achieved set at small intelligent card
The purpose of standby middle installation stamp device, also makes the smart card device structure installing this stamp device compacter.
This utility model compared with prior art has a following beneficial effect:
1, use linear code-disc, reduce the dimensional requirement to installing space, it is achieved in small intelligent card apparatus
The purpose of stamp device is installed.It is particularly suited in the instant card-issuing equipment of small intelligent card so that originally can only use pre-fabrication
The instant card-issuing equipment of small intelligent card possessed the function of on-the-spot stamp, more can meet the diversified requirement of user, versatility
More preferably.
2, the length direction of code-disc can be according to the space characteristic flexible arrangement of the equipment installed so that the structure of equipment is more
Add compact.
3, with code-disc position maintain static, rapping hammer linearly moves and works in the way of typewriting die to convert, it is not necessary to drive
Heavy code-disc motion so that during work, the inertia of moving component is little, and beneficially the stability of raising equipment, also also reduces
Energy consumption.
Accompanying drawing explanation
Fig. 1-Fig. 4 is the structural representation of a detailed description of the invention of smart card stamp device of the present utility model, its
In, Fig. 1 is front view, and Fig. 2 is left view, Fig. 3 and Fig. 4 is axonometric chart.
Fig. 5-Fig. 7 is the structural representation that in smart card stamp device shown in Fig. 1-Fig. 4, type matrix beats mechanism, wherein, Fig. 5
For front view, Fig. 6 is left view, and Fig. 7 is axonometric chart.
Fig. 8 and Fig. 9 is the internal structure schematic diagram that type matrix shown in Fig. 5-Fig. 7 beats mechanism, and wherein, Fig. 8 is front view, figure
9 is axonometric chart.
Figure 10 is that type matrix shown in Fig. 5-Fig. 7 beats rapping hammer and the attachment structure schematic diagram being connected seat in mechanism.
Figure 11 is that type matrix shown in Fig. 5-Fig. 7 beats the perspective view of rapping hammer in mechanism.
Figure 12 and Figure 13 is the perspective view of code-disc in smart card stamp device shown in Fig. 1-Fig. 4.
Figure 14 is the structural representation of encoder basement in code-disc shown in Figure 12 and Figure 13.
Figure 15 is the assembling schematic diagram of encoder basement shown in Figure 14 and type matrix.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, this utility model is described in further detail, but enforcement of the present utility model
Mode is not limited to this.
Seeing Fig. 1-Fig. 4, smart card stamp device of the present utility model includes code-disc 1 and the type matrix being located on code-disc frame 3
Beat mechanism.Wherein, described code-disc 1 includes the first encoder basement 1-2 being oppositely arranged and the second encoder basement 1-2 and is located at code-disc
Type matrix 2 on seat, described first encoder basement 1-2 and the second encoder basement 1-3 linearly extends, described type matrix 2 linearly side
To being arranged on corresponding encoder basement.Described type matrix beats mechanism and includes two groups that are relatively arranged on code-disc 1 both sides and beat mechanism,
Often group beat mechanism include rapping hammer 5, drive rapping hammer 5 beat type matrix 2 beat actuating unit and drive rapping hammer 5 along type matrix 2
Orientation translation translational drive mechanism；Wherein, beat actuating unit described in and include type matrix 2 side of arrangement in code-disc 1
To the drive block 4 extended, promote the reciprocating drive mechanism reciprocating on stamp direction of this drive block 4 and for back and forth to drive
Motivation structure provides beaing of power to drive motor 7.
Below the structure of code-disc 1 is further described:
Seeing Figure 12-Figure 15, described first encoder basement 1-2 and the second encoder basement 1-3 is two straight plates being oppositely arranged, two
The top of individual encoder basement links into an integrated entity；Card transfer passage 1-1 when gap between two encoder basements constitutes stamp, this knot
The encoder basement of structure is easy to processing, and the good rigidity of whole encoder basement, is unlikely to deform.
Seeing Figure 12-Figure 15, the type matrix 2 on each encoder basement is two rows；Each encoder basement include encoder basement main body 19, in
Space bar 20 and combined characters template 21, wherein, described encoder basement main body 19 is provided with first row type matrix groove 22, described combined characters
Template 21 is provided with second row type matrix groove 23, described central dividing plate 20 be arranged on encoder basement main body 19 and combined characters template 21 it
Between；Described encoder basement main body 19, central dividing plate 20 and combined characters template 21 are fixed by screws in together.Word on encoder basement
Typically two ends size is big, intermediate sizes is little for mould 2, uses the encoder basement of combinations thereof formula, it is simple to the installation of type matrix 2.In described
Space bar 20 and combined characters template 21 can be made of metal, or are made up of POM (match steel).Additionally, the word on each encoder basement
Mould 2 is alternatively three rows or more.
The structure that type matrix beats mechanism below is further described:
Seeing Fig. 5-Fig. 9, described drive block 4 is rhs-structure；Described reciprocating drive mechanism is eccentric drive mechanism, and this is past
Multiple drive mechanism includes the eccentric shaft 6 being arranged in drive block 4 and the reset bullet being connected between code-disc frame 3 and drive block 4
Spring (not shown), wherein, is provided with rolling element 16 in described drive block 4, and under normality, the elastic force of described back-moving spring promotes institute
State rolling element 16 to be pushed against on eccentric shaft 6.Its operation principle is: when eccentric shaft 6 rotates, under the cooperation of described back-moving spring,
Drive drive block 4 to make reciprocal stamp by rolling element 16 to move, thus drive rapping hammer 5 to carry out stamp；Described rolling element is set
16 are conducive to reducing friction, and this rolling element 16 uses needle bearing to constitute, and this rolling element 16 is two, is arranged at drive block 4
Two ends.Described reciprocating drive mechanism is except using in addition to said structure, it is also possible to use other can with the mechanism of output reciprocating motion,
Such as, pinion and rack etc..
Seeing Fig. 5-Fig. 9, be provided with guide frame between described drive block 4 and code-disc frame 3, this guide frame includes being fixed on
Guide post 14 on code-disc frame and be located at the pilot hole on drive block 4, described guide post 14 is matched with in pilot hole, described in lead
Extend along the stamp direction of motion to bar 14.By above-mentioned guide frame, the motion of drive block 4 is guided so that drive block
The stable movement of 4.
See Fig. 5-Fig. 9, beat driving motor 7 by synchronous belt drive mechanism 8 and two groups of eccentric shafts beaten in mechanism 6
Connecting, described synchronous belt drive mechanism 8 includes being located at and beats the drivewheel 8-1 driven on motor 7 main shaft, is located at two eccentric shafts
Driven pulley 8-2 on 6, it is positioned at the transition wheel 8-3 above the card transfer passage 1-1 of code-disc 1 and Timing Belt 8-4.Above-mentioned knot
In structure, utilize same beat driving motor 7 simultaneously drive two groups beat mechanism work, not only save dynamical element, but also
Can better ensure that two groups are beaten mechanism's synchronous working；The purpose arranging described transition wheel 8-3 is to change walking of Timing Belt 8-4
To, it is to avoid interfere with the card of the card transfer passage 1-1 in code-disc 1.
Seeing Fig. 5-Fig. 9, described drive block 4 connects type matrix restoring board 15, and one end of this type matrix restoring board 15 is fixed
On drive block 4, the other end hooks and is pulled at the head of type matrix 2, and described type matrix restoring board 15 is rectangular in shape, and one end is fixed on driving
The bottom of block 4, the other end is folded upward at being connected with type matrix 2.Above-mentioned type matrix restoring board 15 moves with drive block 4, when completing
Stamp when returning, this type matrix restoring board 15 pulls type matrix 2 to reset.Owing in present embodiment, type matrix is two rows, in order to
Being easy to assembling, described type matrix restoring board 15 is combined by two-layer restoring board, and wherein the end of one layer of reset version plate hooks and is pulled in
The head of typesetting mould 2, this restoring board is additionally provided with the via allowing lower typesetting mould 2 work, and another layer of reset version hooks and be pulled in down batch word
Head.
Seeing Fig. 5-Fig. 9, described translational drive mechanism includes pan drive motor 9, synchronous belt drive mechanism 10 and puts down
Moving guiding mechanism, wherein, described rapping hammer 5 is connected on the Timing Belt of synchronous belt drive mechanism 10；Described guided in translation mechanism wraps
Including the guide rail 11 being located on drive block 4 and the slide block 12 matched with guide rail 11, described rapping hammer 5 is provided with along horizontal-extending
Extension block 5-2, this extension block 5-2 are fixed on described slide block 12.Described translational drive mechanism is used for changing the position of rapping hammer 5,
Thus the different type matrixes 2 on code-disc 1 are carried out stamp, its work process is: pan drive motor 9 passes through synchronous belt drive mechanism
10 drive rapping hammer 5 to move in the orientation downward along type matrix 2 of leading of guided in translation mechanism, which are directed at regardless of rapping hammer 5
During type matrix 2, drive block 4 all can drive rapping hammer 5 to carry out stamp motion.
Seeing Fig. 5-Figure 11, two groups of translational drive mechanisms beaten in mechanism share a pan drive motor 9 and synchronize
Tape handler 10, the Timing Belt in described synchronous belt drive mechanism 10 is beaten in mechanism by middle connection seat 13 and two groups
Rapping hammer 5 connects, and described middle connection is provided with, between seat 13 and code-disc frame 3, the linear guiding mechanism being parallel to type matrix 2 orientation,
This linear guiding mechanism includes the slide rail 17 being located on code-disc frame 3 and is located at the middle slide block 18 connected on seat 13.Its purpose
It is, utilizes same pan drive motor 9 and synchronous belt drive mechanism 10 to simultaneously drive two groups and beat type matrix 2 in mechanism and move
Dynamic, save dynamical element, simplify structure, also make two rapping hammer 5 synchronizing movings, can better ensure that two groups are beaten mechanism
Synchronous working.
Seeing Fig. 5-Fig. 9, rapping hammer 5 is connected by following structure with being connected between seat 13: the upper end of described rapping hammer 5 is provided with two
Individual upwardly extending contiguous block 5-3, these two contiguous block 5-3 extend into and are located at middle two the connecting hole 13-1 connected on seat 13
In, two contiguous block 5-3 along the opposite face in type matrix 2 orientation respectively side with two connecting hole 13-1 fit；
Two contiguous block 5-3 have gap on the stamp direction of type matrix 2 and between two connecting hole 13-1.Its role is to,
Guarantee that connecting seat 13 in the middle of described can drive rapping hammer 5 to move in type matrix 2 orientation, does not affect rapping hammer 5 in stamp simultaneously
Motion on direction.
Seeing Figure 11, described rapping hammer 5 includes and two striking head 5-1, and each striking head 5-1 is right against a typesetting mould 2 and sets
Put；Said two striking head 5-1 staggers setting along type matrix 2 orientation often set up type in mould 2, when certain striking head 5-1 just
For corresponding one typesetting mould 2 certain type matrix 2 time, remaining striking head 5-1 be positioned at corresponding one typesetting mould 2 in
Between two type matrixes 2.In above-mentioned rapping hammer 5, when the type matrix 2 in a certain row carries out tapping stamp, remaining striking head 5-1 position
Between two type matrixes 2 in a corresponding typesetting mould 2, the most non-interference, it is ensured that the type matrix 2 of each row can be struck
Beat.
Seeing Fig. 5-Figure 11, above-mentioned type matrix beats the operation principle of mechanism and is: during work, beats driving motor 7 by past
Multiple drive mechanism drives drive block 4 reciprocating on stamp direction, thus drives rapping hammer 5 to beat type matrix 2 and realize stamp；And
Translational drive mechanism then drives rapping hammer 5 to translate along the orientation of type matrix 2, and the different type matrixes 2 linearly arranged with alignment are real
Now beaing different type matrix 2.
Seeing Fig. 1-Fig. 4, described code-disc frame 3 is connected with frame 35 by vertical guiding mechanism, described vertical guiding mechanism
Formed by the slide block 28 being located on code-disc frame 3 and vertically extending slide rail 27 coupling that is located in frame 35；Described code-disc
The feeding power mechanism driving described code-disc frame 3 along vertical motion it is additionally provided with between frame 3 and frame 35.Moved by described feeding
Force mechanisms and vertical guiding mechanism drive code-disc frame 3 vertically to move, thus change in code-disc the position between card and type matrix 2
Relation, when card invariant position in the height direction, thus it is possible to vary the stamp position on card；Further, by driving code
Dish 1 make vertically movable can select which typesetting mould carry out stamp.Specifically, described feeding power mechanism is by feeding power motor
24, synchronous belt drive mechanism 25 and lead-screw drive mechanism 26 are connected in sequence, and wherein, described are arranged on to power motor 24
In frame 35, the feed screw nut in described lead-screw drive mechanism 26 is connected with code-disc frame 3.By described synchronous belt drive mechanism 25
And feeding power motor 24 is transferred to code-disc frame 3 by lead-screw drive mechanism 26, code-disc frame 3 is driven to move up and down.
Seeing Fig. 1-Fig. 4, described code-disc frame 3 is additionally provided with ribbon drive mechanism, this ribbon drive mechanism includes unused color
With winding wheel 29, colour band winding wheel 30, colour band 31 and driving is used to use the winding power mechanism that colour band winding wheel 30 rotates,
Wherein, after described colour band 31 passes through the card transfer passage of code-disc from unused colour band winding wheel 29, colour band rolling is being used in rolling
On wheel 30.Above-mentioned ribbon drive mechanism is used for carrying out character cut in bas-relief stamp: when beaten character code is character cut in bas-relief, utilize above-mentioned ribbon drive
The dye printhead that colour band 31 is allowed by mechanism is on character cut in bas-relief.Further, described ribbon drive mechanism also includes being rotationally connected with code
Fork 32 on plate rail 3 and drive the fork drive mechanism that fork 32 rotates upwardly and downwardly；Described fork 32 is provided with for checking colors
Carrying out, with 31, the guide 33 that guides, the colour band 31 being positioned at card transfer passage two ends is wound on described guide 33.In employing
The purpose stating scheme is, when stamp device of the present utility model is for raising word, drives fork by fork drive mechanism
32 and colour band 31 move downward so that colour band 31 leaves type matrix, thus does not affect the normal stamp of type, and beats when carrying out character cut in bas-relief
During code, colour band 31 is driven to return at the type matrix corresponding with dent word.Specifically, described fork drive mechanism is by electric magnet 34 structure
Become, it is also possible to can the actuating unit of linear movement output be made up of cylinder etc..
The operation principle of smart card stamp device of the present utility model is:
In this utility model, the type matrix 2 in the first encoder basement 2-2 being arranged in pairs and the second encoder basement 2-3 is along straight line
Direction arranges, owing to the size in the direction of type matrix 2 arrangement is relatively big, and being relatively small in size of other directions so that encoder basement is overall
Upper formation string configuration, this structure only requires have enough spaces in certain rectilinear direction, other directions
Bulk requires little such that it is able to be installed in the smart card device of space not quite or only long and narrow space, to installation
The requirement in space is substantially reduced, and the length direction of code-disc 1 can be according to the space characteristic flexible arrangement of equipment, it is achieved small-sized
Smart card device is installed the purpose of stamp device, also makes the smart card device structure installing this stamp device compacter.
Above-mentioned for this utility model preferably embodiment, but embodiment of the present utility model is not by foregoing
Limit, other any without departing from the change made under spirit of the present utility model and principle, modify, substitute, combine, letter
Change, all should be the substitute mode of equivalence, within being included in protection domain of the present utility model.
Claims (10)
1. a smart card stamp device, code-disc and type matrix including being located on code-disc frame beat mechanism, it is characterised in that described
Code-disc includes the first encoder basement being oppositely arranged and the second encoder basement and the type matrix being located on encoder basement, described first encoder basement
Linearly extending with the second encoder basement, described type matrix is linearly arranged on corresponding encoder basement；Described type matrix strikes
Beating mechanism to include two groups that are relatively arranged on code-disc both sides and beat mechanism, often group is beaten mechanism and is included rapping hammer, drives rapping hammer to beat
Type matrix beat actuating unit and drive rapping hammer along type matrix orientation translate translational drive mechanism；Described beat dynamic
Force mechanisms includes drive block that in code-disc type matrix orientation extends, promotes this drive block to make on stamp direction back and forth to transport
Dynamic reciprocating drive mechanism and beat driving motor for what reciprocating drive mechanism provided power.
Smart card stamp device the most according to claim 1, it is characterised in that described drive block is rhs-structure；Described
Reciprocating drive mechanism is eccentric drive mechanism, and this eccentric drive mechanism includes the eccentric shaft being arranged in drive block and is connected to
Back-moving spring between code-disc frame and drive block, wherein, is provided with rolling element in described drive block, described back-moving spring under normality
Elastic force promotes described rolling element to be pushed against on eccentric shaft；Connect on described drive block and have type matrix restoring board, this type matrix restoring board
One end is fixed on drive block, and the other end hooks and is pulled at the head of type matrix.
Smart card stamp device the most according to claim 2, it is characterised in that described in beat driving motor pass through Timing Belt
The eccentric shafts that drive mechanism and two groups beat in mechanism connect, and described synchronous belt drive mechanism includes being located at and beats driving motor master
Drivewheel, the driven pulley being located on two eccentric shafts on axle, be positioned at the transition wheel above the card transfer passage of code-disc and
Timing Belt.
Smart card stamp device the most according to claim 2, it is characterised in that described translational drive mechanism includes that translation is driven
Galvanic electricity machine, synchronous belt drive mechanism and guided in translation mechanism, wherein, described rapping hammer is connected to the synchronization of synchronous belt drive mechanism
On band；Described guided in translation mechanism includes the guide rail being located on drive block and the slide block matched with guide rail, this slide block and institute
State rapping hammer to connect.
Smart card stamp device the most according to claim 4, it is characterised in that the driven in translation machine that two groups are beaten in mechanism
Structure shares a pan drive motor and synchronous belt drive mechanism, and the Timing Belt in described synchronous belt drive mechanism is connected by centre
Joint chair and two groups of rapping hammer beaten in mechanism connect, and be provided with and be parallel to type matrix arrangement side between described middle connection seat and code-disc frame
To linear guiding mechanism, this linear guiding mechanism includes the guide rail being located on code-disc frame and is located at the middle cunning connected on seat
Block；
The upper end of described rapping hammer is provided with two upwardly extending contiguous blocks, and these two contiguous blocks extend into and are located at middle connection on seat
Two connecting holes in, two contiguous blocks along the opposite face in type matrix orientation respectively side with two connecting holes paste
Close；Two contiguous blocks have gap on the stamp direction of type matrix and between two connecting holes.
Smart card stamp device the most according to claim 1, it is characterised in that each encoder basement is provided with two parallel rows
Or multiple rows of type matrix.
Smart card stamp device the most according to claim 6, it is characterised in that described rapping hammer includes the row phase with type matrix
Deng several striking head, each striking head be right against one typesetting mould arrange；Several striking head described are along often setting up type in mould
Type matrix orientation stagger setting, when certain striking head is right against certain type matrix of a corresponding typesetting mould, remaining
Striking head is respectively positioned between two type matrixes in a corresponding typesetting mould.
8. according to the smart card stamp device described in any one of claim 1-7, it is characterised in that described code-disc frame is by vertical
Guiding mechanism is connected with frame, and described vertical guiding mechanism is by the slide block being located on code-disc frame and is located in frame vertically
The slide rail coupling extended forms；The feeding driving described code-disc frame along vertical motion it is additionally provided with between described code-disc frame and frame
Actuating unit.
9. according to the smart card stamp device described in any one of claim 1-7, it is characterised in that be additionally provided with on described code-disc frame
Ribbon drive mechanism, this ribbon drive mechanism includes unused colour band winding wheel, uses with colour band winding wheel, colour band and driving
The winding power mechanism that colour band winding wheel rotates, wherein, the card that described colour band passes through code-disc from unused colour band winding wheel is defeated
After sending passage, rolling is with on colour band winding wheel.
Smart card stamp device the most according to claim 9, it is characterised in that described ribbon drive mechanism also includes turning
Be dynamically connected the fork on code-disc frame and drive the fork drive mechanism that rotates upwardly and downwardly of fork；Described fork is provided with for right
Colour band carries out the guide guided, and the colour band being positioned at card transfer passage two ends is wound on described guide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620591225.3U CN205736475U (en) | 2016-06-15 | 2016-06-15 | A kind of smart card stamp device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620591225.3U CN205736475U (en) | 2016-06-15 | 2016-06-15 | A kind of smart card stamp device |
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| Publication Number | Publication Date |
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| CN205736475U true CN205736475U (en) | 2016-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620591225.3U Withdrawn - After Issue CN205736475U (en) | 2016-06-15 | 2016-06-15 | A kind of smart card stamp device |
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| CN (1) | CN205736475U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946381A (en) * | 2016-06-15 | 2016-09-21 | 广州明森科技股份有限公司 | Coding device for smart card |
| CN106881968A (en) * | 2017-03-10 | 2017-06-23 | 深圳西龙同辉技术股份有限公司 | One kind miniaturization character cut in bas-relief stamp device |
-
2016
- 2016-06-15 CN CN201620591225.3U patent/CN205736475U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946381A (en) * | 2016-06-15 | 2016-09-21 | 广州明森科技股份有限公司 | Coding device for smart card |
| CN105946381B (en) * | 2016-06-15 | 2018-06-08 | 广州明森科技股份有限公司 | A kind of smart card stamp device |
| CN106881968A (en) * | 2017-03-10 | 2017-06-23 | 深圳西龙同辉技术股份有限公司 | One kind miniaturization character cut in bas-relief stamp device |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161130 Effective date of abandoning: 20180608 |