CN105150702B - A kind of novel smart card stamp device - Google Patents
A kind of novel smart card stamp device Download PDFInfo
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- CN105150702B CN105150702B CN201510617940.XA CN201510617940A CN105150702B CN 105150702 B CN105150702 B CN 105150702B CN 201510617940 A CN201510617940 A CN 201510617940A CN 105150702 B CN105150702 B CN 105150702B
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- colour band
- conveying mechanism
- code
- disc
- winding wheel
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Abstract
The invention discloses a kind of novel smart card stamp devices, including rack, code-disc, code-disc driving mechanism, beat actuating unit, the card pushing mechanism for allowing card moved in card slot by the card slot with stop, actuating card and colour band conveying mechanism, the code-disc includes upper code-disc and lower code-disc, and the card slot is arranged between upper code-disc and lower code-disc；The colour band conveying mechanism includes unused colour band winding wheel, has used colour band winding wheel, colour band and winding power mechanism；The colour band conveying mechanism includes upper colour band conveying mechanism and lower colour band conveying mechanism, the colour band of colour band and lower colour band conveying mechanism in the upper colour band conveying mechanism parallelly passes through in the gap between upper code-disc and lower code-disc, and the card being located in the card slot is located between the colour band in the colour band and lower colour band conveying mechanism in upper colour band conveying mechanism.The stamp device volume is compact small and exquisite, can be beaten in the tow sides of card " recessed code ", to adapt to different production requirements, flexibility is good.
Description
Technical field
The present invention relates to smart card manufacturing equipments, and in particular to a kind of smart card stamp device.
Background technology
In the production process of smart card, the technique to card stamp is typically included.Stamp refers to the shape by extruding
Formula forms one side recess, the character code of another side protrusion on card.Stamp technique is completed by stamp device, the work of stamp by
To type mould and character cut in bas-relief mould complete, pairs of type mould and character cut in bas-relief mould are oppositely disposed on two code-discs up and down, when stamp
Card enters between type mould and character cut in bas-relief mould, and type mould and the super card motion of character cut in bas-relief mould and hit card are driven by beaing mechanism
Piece gets character code in card face.
While getting character code on card, in order to make character code more obvious, beautiful, usually also need to cover in character code
Upper color.In existing smart card, part card selects to cover color, referred to as " convex code ", part in the side of character code protrusion
Card selection covers color in the side that character code is recessed, referred to as " recessed code "；At processing " convex code ", need first to get character code,
Then color is covered to the raised side of character code by independent foil stamping process again, and at processing " recessed code ", then in the same of stamp
When complete color covering.Specifically, at processing " recessed code ", corresponding with character code concave face side in card (i.e. with type mould
Corresponding side) setting color band, type mould drives colour band to hit card together when stamp, to after the completion of stamp, character code
Concave face in " print " colour band color, formed " recessed code ".
In existing smart card stamp device, colour band, and the recess of card character code typically are set in the upside of card
Face generally at the back side of card, the crowning of character code in the front of card, that is, when stamp general card the back side upward, front
Downward.However, in actual production, also thering is the character code concave face of part card to be located at the front of card, using in this case
Common stamp device can not just complete the stamp processing of card, need to use specific stamp device so that existing stamp
The flexibility of device is not good enough.
Invention content
It is an object of the invention to overcome the deficiencies of the prior art and provide a kind of novel smart card stamp device, the stamps
Device can be beaten " recessed code " in the tow sides of card, and to adapt to different production requirements, flexibility is good.
The purpose of the present invention is realized by the following technical solution：
A kind of novel smart card stamp device, including rack, code-disc, driving code-disc rotation code-disc driving mechanism, beat
Type matrix in code-disc beats actuating unit, for allowing card to be moved in card slot by the card slot with stop, actuating card
Card pushing mechanism and colour band conveying mechanism, wherein the code-disc includes upper code-disc and lower code-disc, and the card slot is arranged in upper code-disc
Between lower code-disc；The colour band conveying mechanism includes unused colour band winding wheel, has used colour band winding wheel, colour band and winding dynamic
Force mechanisms, it is characterised in that：
The colour band conveying mechanism includes upper colour band conveying mechanism and lower colour band conveying mechanism, wherein the upper colour band is defeated
It send in gap of the colour band of the colour band in mechanism and lower colour band conveying mechanism parallelly between upper code-disc and lower code-disc and passes through, position
Card in the card slot is located between the colour band in the colour band and lower colour band conveying mechanism in upper colour band conveying mechanism.
The preferred embodiment of the present invention, wherein the rack includes being located at the mounting bracket of top on the outside of code-disc, the installation
Frame includes the first mounting plate and the second mounting plate disposed in parallel, in the plate face and card slot of first mounting plate and the second mounting plate
The conveying direction of card is vertical；In unused colour band winding wheel and upper colour band conveying mechanism in the lower colour band conveying mechanism
It has used colour band winding wheel to be arranged on the first mounting plate, colour band winding wheel and colouring has been used in the lower colour band conveying mechanism
It is arranged on the second mounting plate with the unused colour band winding wheel in conveying mechanism.
In the above scheme, by the way that the first mounting plate and the second mounting plate is arranged, consequently facilitating upper colour band conveying mechanism and
The setting of each winding wheel in lower colour band conveying mechanism；And by by the unused colour band winding wheel in lower colour band conveying mechanism with
And being arranged on the first mounting plate with colour band winding wheel in upper colour band conveying mechanism, by having used in lower colour band conveying mechanism
Unused colour band winding wheel in colour band winding wheel and upper colour band conveying mechanism is arranged on the second mounting plate, in this way can will be upper
Colour band in colour band conveying mechanism and lower colour band conveying mechanism is guided from unused colour band winding wheel to final between two code-discs
Recycling is on having used colour band winding wheel；Also, since winding power mechanism generally with is connect with colour band winding wheel, above-mentioned setting
The winding power mechanism in colour band conveying mechanism and lower colour band conveying mechanism can be allowed to be disposed therein on a mounting plate, closed
Mounting plate is utilized in reason；In addition, the space between two mounting plates, which can also be arranged, beats the mechanisms such as actuating unit and component, make
Obtain the compact-sized of entire stamp device.
The preferred embodiment of the present invention, wherein the unused colour band winding wheel setting in the lower colour band conveying mechanism exists
The outside of first mounting plate, being arranged in the inside of the first mounting plate with colour band winding wheel in upper colour band conveying mechanism；It is described
Winding power mechanism in upper colour band conveying mechanism is made of servo motor and synchronous belt drive mechanism, and the servo motor is fixed
In the outside of the first mounting plate, the main shaft of the servo motor across the first mounting plate and by synchronous belt drive mechanism and has used color
Band winding wheel connects；
Being arranged in the inside of the second mounting plate, upper colour band conveying with colour band winding wheel in the lower colour band conveying mechanism
Unused colour band winding wheel in mechanism is arranged in the outside of the second mounting plate；Winding engine in the lower colour band conveying mechanism
Structure is made of servo motor and synchronous belt drive mechanism, and the servo motor is fixed on the outside of the second mounting plate, servo electricity
The main shaft of machine pass through the second mounting plate and by synchronous belt drive mechanism with connect with colour band winding wheel.
In above-mentioned preferred embodiment, by the way that colour band winding wheel will have been used in upper colour band conveying mechanism and lower colour band conveying mechanism
It is arranged in the inside of the first mounting plate and the second mounting plate so that the synchronous belt drive mechanism can be arranged in the first mounting plate
It is not compact-sized, and specious with the inside of the second mounting plate.
The preferred embodiment of the present invention, wherein in upper colour band conveying mechanism：Positioned at the two of the stamp position of card slot
End is respectively equipped with a turning bootstrap block, which is rectangular in shape, and bull nose is arranged around the corner, and colour band is from unused
The top of colour band winding wheel extends and bends downward forward, and it is enterprising to be fitted in first turning guide block outer surfaces after 90 ° of torsion
90 ° of turns of row, then horizontally through the gap between upper code-disc and lower code-disc, are then fitted in outside second turning bootstrap block
Surface carries out 90 ° of turns, finally upwardly extends and reverses 90 ° of backward rear bending windings on having used colour band winding wheel；
In lower colour band conveying mechanism：It is respectively equipped with a directive wheel at the both ends positioned at the stamp position of card slot, two
Directive wheel is set to the lower section of described two turning bootstrap blocks；Colour band extends downwardly and passes through on rear side of unused colour band winding wheel
180 ° are carried out after the guiding of former and later two guide wheels to reverse and upwardly extend, and are then bypassed and are located in one of under the bootstrap block of turning
Horizontally through the gap between upper code-disc and lower code-disc after one directive wheel of side, then bypasses and be located at the guiding of another turning
180 ° are carried out after the guiding that another directive wheel below block extends downwardly, and passes through former and later two guide wheels to reverse and upwards prolong
It stretches, final winding is on having used colour band winding wheel.
By above-mentioned preferred embodiment, successfully guide colour band in upper colour band conveying mechanism and lower colour band conveying mechanism from upper
It is passed through in gap between code-disc and lower code-disc, dexterously arranges the walking path of colour band.
The preferred embodiment of the present invention, wherein the front between first mounting plate and the second mounting plate is equipped with branch
Support, the top of the supporting rack are equipped with support shaft, in the support shaft with the unused colour band winding wheel of upper colour band conveying mechanism and
It is respectively equipped with a transition wheel with colour band winding wheel corresponding position, the colour band of upper colour band conveying mechanism winds around the transition wheel
It unused colour band winding wheel and has used on colour band winding wheel；The both ends of the lower part of the supporting rack connect with described two turning bootstrap blocks
It connects.With this configuration, support shaft, transition wheel and the turning bootstrap block for being convenient for setting described.
The preferred embodiment of the present invention, wherein be connected between first mounting plate and the top of the second mounting plate
Reinforced support increases overall stiffness to which two mounting plates be connected.
The preferred embodiment of the present invention, wherein the space between the upper code-disc and lower code-disc is equipped with two be oppositely arranged
Guide-rail plate, the card slot are arranged on the opposite face of two guide-rail plates；The upper colour band conveying mechanism and lower colour band conveying mechanism
In colour band pass through in the gap between upper code-disc and lower code-disc parallelly with card slot, and be located at up and down the two of card slot
Side.
The present invention operation principle be：By the way that two independent colour band conveying mechanisms are arranged, in upper code-disc and lower code
Two colour bands up and down are set in the gap between disk；It is required according to the stamp of card when work, one of colour band is selected to convey
Mechanism work cooperation stamp action, can get " recessed code " on the setting face of card.A colour band conveying mechanism wherein
When work, another colour band conveying mechanism is in halted state.
The present invention has advantageous effect below compared with prior art：
1, the front or back in card can be selected to beat " recessed code ", to adapt to different production requirements, flexibility is good.
2, only it need to increase the flexibility that a set of colour band conveying mechanism is greatly improved equipment in existing stamp device,
The life for needing just have in the prior art using two sets of stamp devices can be obtained under the premise of increasing seldom equipment cost
Production capacity power.
Description of the drawings
Fig. 1 and Fig. 2 is the stereochemical structure signal of a specific implementation mode of the novel smart card stamp device of the present invention
Figure.
Fig. 3~Fig. 8 is the simplification figure of colour band conveying mechanism part in Fig. 1 and Fig. 2 illustrated embodiments, wherein based on Fig. 3
View, Fig. 4 are left view, and Fig. 5 is right view, and Fig. 6 is vertical view, and Fig. 7 and Fig. 8 are stereogram.
Fig. 9 is the fundamental diagram at the novel smart card stamp device stamp position of the present invention.
Specific implementation mode
Present invention will now be described in further detail with reference to the embodiments and the accompanying drawings, but embodiments of the present invention are unlimited
In this.
Referring to Fig. 1~Fig. 8, novel smart card stamp device of the invention includes rack 2, code-disc 3, the driving rotation of code-disc 3
Code-disc driving mechanism 4, beat type matrix 3-3 in code-disc 3 beat actuating unit 5, for allowing card 1 to pass through the card with stop
The card pushing mechanism 6 and colour band conveying mechanism 8 that slot 7-1, actuating card 1 move in card slot 7-1, wherein the code-disc 3 includes
Upper code-disc 3-1 and lower code-disc 3-2, the card slot 7-1 are arranged between upper code-disc 3-1 and lower code-disc 3-2；The colour band conveyer
Structure 8 includes unused colour band winding wheel, has used colour band winding wheel, colour band and winding power mechanism.
Fig. 3~Fig. 8, the colour band conveying mechanism 8 include upper colour band conveying mechanism 8a and lower colour band conveying mechanism 8b,
In, the colour band 8b-1 of colour band 8a-1 and lower colour band conveying mechanism 8b in the upper colour band conveying mechanism 8a are parallelly from upper code-disc
It is passed through in gap between 3-1 and lower code-disc 3-2, the card 1 being located in the card slot 7-1 is located in upper colour band conveying mechanism 8a
Colour band 8a-1 and lower colour band conveying mechanism 8b in colour band 8b-1 between.
Fig. 3~Fig. 8, the rack 2 include being located at the mounting bracket of 3 outside top of code-disc, which includes being arranged in parallel
The first mounting plate 2-1 and the second mounting plate 2-2, plate face and the card slot 7-1 of the first mounting plate 2-1 and the second mounting plate 2-2
The conveying direction of middle card 1 is vertical；Unused colour band winding wheel 8b-2 and upper colour band in the lower colour band conveying mechanism 8b is defeated
Sending in mechanism 8a has used colour band winding wheel 8a-3 to be arranged on the first mounting plate 2-1, in the lower colour band conveying mechanism 8b
The unused colour band winding wheel 8a-2 in colour band winding wheel 8b-3 and upper colour band conveying mechanism 8a has been used to be arranged in the second mounting plate
On 2-2.By the way that the first mounting plate 2-1 and the second mounting plate 2-2 is arranged, consequently facilitating upper colour band conveying mechanism 8a and lower colour band are defeated
Send the setting of each winding wheel in mechanism 8b；And by by the unused colour band winding wheel 8b-2 in lower colour band conveying mechanism 8b with
And in upper colour band conveying mechanism 8a used colour band winding wheel 8a-3 be arranged on the first mounting plate 2-1, will under colour band conveyer
The unused colour band winding wheel 8a-2 settings used in colour band winding wheel 8b-3 and upper colour band conveying mechanism 8a in structure 8b are the
It, in this way can be by the colour band in upper colour band conveying mechanism 8a and lower colour band conveying mechanism 8b from unused colour band on two mounting plate 2-2
It is guided at winding wheel between two code-discs and is finally recycled on having used colour band winding wheel；Also, due to winding power mechanism one
As with connect with colour band winding wheel, above-mentioned setting can allow the receipts in colour band conveying mechanism 8a and lower colour band conveying mechanism 8b
Scrolling force mechanisms are disposed therein on a mounting plate, and mounting plate is rationally utilized；In addition, the space between two mounting plates is also
It can be arranged and beat the mechanisms such as actuating unit 5 and component so that entirely stamp device is compact-sized.
Unused colour band winding wheel 8b-2 in Fig. 3~Fig. 8, the lower colour band conveying mechanism 8b is arranged in the first mounting plate 2-
1 outside, being arranged in the inside of the first mounting plate 2-1 with colour band winding wheel 8a-3 in upper colour band conveying mechanism 8a；It is described
Winding power mechanism in upper colour band conveying mechanism 8a is made of servo motor 8a-4 and synchronous belt drive mechanism 8a-5, described to watch
The outside that motor 8a-4 is fixed on the first mounting plate 2-1 is taken, the main shaft of servo motor 8a-4 passes through the first mounting plate 2-1 and leads to
It crosses synchronous belt drive mechanism 8a-5 and is connect with colour band winding wheel 8a-3.Colour band has been used in the lower colour band conveying mechanism 8b
Winding wheel 8b-3 is arranged the unused colour band winding wheel 8a-2 in the inside of the second mounting plate 2-2, upper colour band conveying mechanism 8a and sets
It sets in the outside of the second mounting plate 2-2；Winding power mechanism in the lower colour band conveying mechanism 8b by servo motor 8b-4 and
Synchronous belt drive mechanism 8b-5 is constituted, and the servo motor 8b-4 is fixed on the outside of the second mounting plate 2-2, the servo motor
The main shaft of 8b-4 pass through the second mounting plate 2-2 and by synchronous belt drive mechanism 8b-5 with connect with colour band winding wheel 8b-3.
In above structure, by the setting of colour band winding wheel will have been used the in upper colour band conveying mechanism 8a and lower colour band conveying mechanism 8b
The inside of one mounting plate 2-1 and the second mounting plate 2-2 so that the synchronous belt drive mechanism can be arranged in the first mounting plate 2-
1 and second mounting plate 2-2 inside, be not compact-sized, and specious.
Fig. 3~Fig. 8, in upper colour band conveying mechanism 8a：It is respectively equipped with one at the both ends at the stamp position positioned at card slot 7-1
A turning bootstrap block 8a-6, turning bootstrap block 8a-6 is rectangular in shape, and bull nose is arranged around the corner, and colour band 8a-1 is from unused
The top of colour band winding wheel 8a-2 extends and bends downward forward, is fitted in outside first turning bootstrap block 8a-6 after 90 ° of torsion
90 ° of turns are carried out on surface, then horizontally through the gap between upper code-disc 3-1 and lower code-disc 3-2, are then fitted in second
A outer surfaces turning bootstrap block 8a-6 carry out 90 ° of turns, finally upwardly extend and reverse 90 ° of backward rear bending windings and are using color
On band winding wheel 8a-3.In lower colour band conveying mechanism 8b：It is respectively equipped with one at the both ends positioned at the stamp position of card slot 7-1
Directive wheel 8b-6, two directive wheel 8b-6 are set to the lower section of described two turning bootstrap block 8a-6；Colour band 8b-1 is from unused color
With extended downwardly on rear side of winding wheel 8b-2 and by after the guiding of former and later two guide wheels 8b-7 carry out 180 ° torsion and it is upward
Extend, then bypasses and be located in one of after a directive wheel 8b-6 below the bootstrap block 8a-6 of turning horizontally through upper code-disc
Gap between 3-1 and lower code-disc 3-2 then bypasses another directive wheel being located at below the bootstrap block 8a-6 of another turning
8b-6 is extended downwardly, and is reversed and upwardly extended by carrying out 180 ° after the guiding of former and later two guide wheels 8b-7, final to wind
On having used colour band winding wheel 8b-3.By above structure, upper colour band conveying mechanism 8a and lower colour band conveyer are successfully guided
It is passed through in gaps of the colour band 8b-1 between upper code-disc 3-1 and lower code-disc 3-2 in structure 8b, dexterously arranges the walking of colour band
Path.
Fig. 3~Fig. 8, the front between the first mounting plate 2-1 and the second mounting plate 2-2 are equipped with supporting rack 2-3, the branch
The top of support 2-3 is equipped with support shaft 2-4, in the unused colour band winding wheel with upper colour band conveying mechanism 8a on support shaft 2-4
8a-2 and a transition wheel 8a-7, the colour band of upper colour band conveying mechanism 8a are respectively equipped with the corresponding positions colour band winding wheel 8a-3
8a-1 in unused colour band winding wheel 8a-2 and has been used on colour band winding wheel 8a-3 around transition wheel 8a-7 windings；Supporting rack 2-
The both ends of 3 lower part are connect with described two turning bootstrap block 8a-6.The support shaft 2-4 of with this configuration, being convenient for setting described,
Transition wheel 8a-7 and turning bootstrap block 8a-6.
Fig. 3~Fig. 8 is connected with reinforced support 2-5 between the first mounting plate 2-1 and the top of the second mounting plate 2-2,
To which two mounting plates be connected, increase overall stiffness.
Fig. 3~Fig. 8, the space between the upper code-disc 3-1 and lower code-disc 3-2 are equipped with two guide-rail plates 7 being oppositely arranged,
The card slot 7-1 is arranged on the opposite face of two guide-rail plates 7；The upper colour band conveying mechanism 8a and lower colour band conveying mechanism 8b
In colour band pass through in the gap between upper code-disc 3-1 and lower code-disc 3-2 parallelly with card slot 7-1, and be located at card
The both sides up and down of slot 7-1.
Code-disc 3, code-disc driving mechanism 4 in the present invention and the concrete structure for beaing the parts such as actuating unit 5 can refer to
The prior art is implemented.
Fig. 3~Fig. 9, operation principle of the invention are：By the way that two independent colour band conveying mechanisms are arranged, in upper code
Two colour bands up and down are set in the gap between disk 3-1 and lower code-disc 3-2；It is required according to the stamp of card 1 when work, selects it
In the work cooperation stamp action of colour band conveying mechanism, recessed code can be got on the setting face of card 1.One wherein
When colour band conveying mechanism works, another colour band conveying mechanism is in halted state.When stamp, card pushing mechanism 6 pushes card 1
It to stamp position in card slot 7-1 and stops, code-disc driving mechanism 4 drives code-disc rotation, some type matrix 3-3 in code-disc 3 is turned
Stamp position is moved, actuating unit 5 is then beaten and beats type matrix 3-3, two type matrix 3-3 in code-disc 3-1 and lower code-disc 3-2
Two colour bands shock cards 1 up and down are pushed, get character code on card 1, colour band corresponding with the cavity plate in type matrix is work
Colour band, forming recessed code, (colour band in the colour band conveying mechanism in off working state can not be installed, even if installation, due to this
Colour band does not move, and can be transferred to colorant on card 1 when only beaing for the first time, and subsequent beat will not have an impact)；It beats
During code, every dozen primary, and the colour band in running order colour band conveying mechanism moves a distance, realizes continuous work
Make.
Above-mentioned is the preferable embodiment of the present invention, but embodiments of the present invention are not limited by the foregoing content,
He it is any without departing from the spirit and principles of the present invention made by changes, modifications, substitutions, combinations, simplifications, should be
The substitute mode of effect, is included within the scope of the present invention.
Claims (6)
1. a kind of novel smart card stamp device, including rack, code-disc, driving code-disc rotation code-disc driving mechanism, beat code
Type matrix in disk beats actuating unit, for allowing card to be pushed away by what the card slot with stop, actuating card moved in card slot
Mechanism for card and colour band conveying mechanism, wherein the code-disc includes upper code-disc and lower code-disc, the card slot setting in upper code-disc and
Between lower code-disc；The colour band conveying mechanism includes unused colour band winding wheel, has used colour band winding wheel, colour band and winding power
Mechanism, it is characterised in that：
The colour band conveying mechanism includes upper colour band conveying mechanism and lower colour band conveying mechanism, wherein the upper colour band conveyer
The colour band of colour band and lower colour band conveying mechanism in structure parallelly passes through in the gap between upper code-disc and lower code-disc, is located at institute
It states between the colour band that the card in card slot is located in the colour band and lower colour band conveying mechanism in upper colour band conveying mechanism；
The rack includes being located at the mounting bracket of top on the outside of code-disc, which includes the first mounting plate disposed in parallel and the
The plate face of two mounting plates, first mounting plate and the second mounting plate is vertical with the conveying direction of card in card slot；The lower colour band
Use the setting of colour band winding wheel in the first installation in unused colour band winding wheel and upper colour band conveying mechanism in conveying mechanism
On plate, the unused colour band winding wheel used in colour band winding wheel and upper colour band conveying mechanism in the lower colour band conveying mechanism
It is arranged on the second mounting plate.
2. novel smart card stamp device according to claim 1, which is characterized in that in the lower colour band conveying mechanism
Colour band winding wheel setting that unused colour band winding wheel was arranged in the outside of the first mounting plate, upper colour band conveying mechanism used is the
The inside of one mounting plate；Winding power mechanism in the upper colour band conveying mechanism is by servo motor and synchronous belt drive mechanism structure
At the servo motor is fixed on the outside of the first mounting plate, and the main shaft of the servo motor passes through the first mounting plate and by same
It walks tape handler and is connect with colour band winding wheel；
Being arranged in the inside of the second mounting plate, upper colour band conveying mechanism with colour band winding wheel in the lower colour band conveying mechanism
In unused colour band winding wheel be arranged in the outside of the second mounting plate；Winding power mechanism in the lower colour band conveying mechanism by
Servo motor and synchronous belt drive mechanism are constituted, and the servo motor is fixed on the outside of the second mounting plate, the servo motor
Main shaft pass through the second mounting plate and by synchronous belt drive mechanism with connect with colour band winding wheel.
3. novel smart card stamp device according to claim 2, which is characterized in that in upper colour band conveying mechanism：
It is respectively equipped with a turning bootstrap block positioned at the both ends at the stamp position of card slot, which is rectangular in shape, and at turning
Place's setting bull nose, colour band extend and bend downward forward from the top of unused colour band winding wheel, and first is fitted in after 90 ° of torsion
90 ° of turns are carried out in a turning guide block outer surfaces, then horizontally through the gap between upper code-disc and lower code-disc, are then pasted
It closes and carries out 90 ° of turns in second turning guide block outer surfaces, finally upwardly extend and reverse 90 ° of backward rear bending windings
With on colour band winding wheel；
In lower colour band conveying mechanism：It is respectively equipped with a directive wheel, two guiding at the both ends positioned at the stamp position of card slot
Wheel is set to the lower section of described two turning bootstrap blocks；Colour band extends downwardly on rear side of unused colour band winding wheel and by front and back
180 ° are carried out after the guiding of two guide wheels to reverse and upwardly extend, and are then bypassed and are located in one of below the bootstrap block of turning
Horizontally through the gap between upper code-disc and lower code-disc after one directive wheel, then bypasses and be located under another turning bootstrap block
180 ° are carried out after the guiding that another directive wheel of side extends downwardly, and passes through former and later two guide wheels to reverse and upwardly extend,
Final winding is on having used colour band winding wheel.
4. novel smart card stamp device according to claim 3, which is characterized in that first mounting plate and the second peace
Front between loading board is equipped with supporting rack, and the top of the supporting rack is equipped with support shaft, in the support shaft with upper colour band conveyer
The unused colour band winding wheel of structure and a transition wheel, the color of upper colour band conveying mechanism are respectively equipped with colour band winding wheel corresponding position
Band winds in unused colour band winding wheel around the transition wheel and has used on colour band winding wheel；The both ends of the lower part of the supporting rack and institute
State two turning bootstrap block connections.
5. according to claim 2~4 any one of them novel smart card stamp device, which is characterized in that first installation
It is connected with reinforced support between plate and the top of the second mounting plate.
6. according to Claims 1 to 4 any one of them novel smart card stamp device, which is characterized in that the upper code-disc and
Space between lower code-disc is equipped with two guide-rail plates being oppositely arranged, and the card slot is arranged on the opposite face of two guide-rail plates；
Colour band in the upper colour band conveying mechanism and lower colour band conveying mechanism is parallelly with card slot between upper code-disc and lower code-disc
Gap in pass through, and be located at the both sides up and down of card slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510617940.XA CN105150702B (en) | 2015-09-23 | 2015-09-23 | A kind of novel smart card stamp device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510617940.XA CN105150702B (en) | 2015-09-23 | 2015-09-23 | A kind of novel smart card stamp device |
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| CN105150702A CN105150702A (en) | 2015-12-16 |
| CN105150702B true CN105150702B (en) | 2018-10-16 |
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| CN201510617940.XA Active CN105150702B (en) | 2015-09-23 | 2015-09-23 | A kind of novel smart card stamp device |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| 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 |
| CN106113954B (en) * | 2016-06-22 | 2018-06-08 | 广州明森科技股份有限公司 | A kind of disc type smart card stamp device |
| CN105904860B (en) * | 2016-06-22 | 2018-10-19 | 广州明森科技股份有限公司 | A kind of compact type intelligent card stamp device |
| CN106881968B (en) * | 2017-03-10 | 2022-12-23 | 深圳西龙同辉技术股份有限公司 | Miniaturized type code printing device for intaglio characters |
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| US3726212A (en) * | 1970-09-21 | 1973-04-10 | Ncr | Method and apparatus for printing coded media |
| CN1122751A (en) * | 1994-09-28 | 1996-05-22 | 科-帕克株式会社 | Apparatus for printing characters onto both surfaces of a sheet materials |
| ITMI20031083A1 (en) * | 2003-05-30 | 2004-11-30 | Fractalos S R L | MACHINE FOR THE MECHANICAL PERSONALIZATION OF SUPPORTS OF THE IDENTIFICATION CARD TYPE |
| US20070187870A1 (en) * | 2006-02-02 | 2007-08-16 | Datacard Corporation | Multiple line embossing apparatus |
| US7866904B2 (en) * | 2007-03-06 | 2011-01-11 | Datacard Corporation | Desktop card printer with indent printing apparatus and method of printing |
| CN104827777B (en) * | 2015-04-14 | 2016-08-24 | 江苏华桠融通智能科技有限公司 | A kind of card code printing equipment convex, recessed |
| CN104827782B (en) * | 2015-04-14 | 2016-08-24 | 江苏华桠融通智能科技有限公司 | A kind of intelligent cards printing equipment module |
| CN205058882U (en) * | 2015-09-23 | 2016-03-02 | 广州市明森机电设备有限公司 | Novel sign indicating number is beaten to smart card device |
-
2015
- 2015-09-23 CN CN201510617940.XA patent/CN105150702B/en active Active
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