CN205563620U - Many cards fill hairpin mechanism and card distributing device of smart card - Google Patents
Many cards fill hairpin mechanism and card distributing device of smart card Download PDFInfo
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- CN205563620U CN205563620U CN201620117336.0U CN201620117336U CN205563620U CN 205563620 U CN205563620 U CN 205563620U CN 201620117336 U CN201620117336 U CN 201620117336U CN 205563620 U CN205563620 U CN 205563620U
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Abstract
The utility model discloses a many cards fill hairpin mechanism and card distributing device of smart card, many cards fill hairpin mechanism includes support, a plurality of card fill, the selection mechanism of job card fill and dials card mechanism, a plurality of cards are fought along the inline on the support, make the card fill be located the spring of the peak of vertical stroke under being equipped with the normality between card fill and the support, the selection mechanism of job card fill includes the pivot, establishes is changeing epaxial cam and rotation power mechanism, and the below that every card was fought sets up one the cam, the radial peak that changes epaxial a plurality of cam surface lies in the different positions of circumferencial direction, it constitutes cam mechanism to be equipped with the follower that matches with corresponding cam on every card is fought, dial card mechanism including dialling the dop and dialling card power unit. The utility model discloses a card during many cards fill hairpin mechanism can fight to appointed card according to the instruction sends, has advantages such as compact structure, hairpin are fast, reliability height.
Description
Technical field
The utility model relates to smart card and manufactures equipment, is specifically related to many card bucket card sending mechanism of a kind of smart card
And card-issuing device.
Background technology
In the process equipment of smart card, it is generally provided with card-issuing device, for stacking is placed on Ka Douzhong
Card be one by one sent on process line.Common card-issuing device utilizes vacuum cups by bottom card bucket
Card hold and pull down out in the moving tooth feeding them into card pipeline, this card-issuing device require card bucket
Lower section have enough space mounting suction nozzles and drive suction nozzle move up and down cylinder, and equipment run show
Field needs to be equipped with high-pressure air source, and noise during work is the biggest.
Instant card-issuing equipment in smart card production equipment, can on-the-spot quick Fabrication card, be typically used in
At the outlet of hair fastener unit (such as bank).Instant card-issuing equipment needs to arrange multiple card bucket, different
Place different cards in card bucket, select corresponding card according to particular user demand during fabrication and send
It is processed.Immediately card-issuing equipment is due to small volume, the vacuum that typically no enough space mounting are above-mentioned
Absorption type card-issuing device, and the occasion that instant card-issuing equipment is applied also is not equipped with high-pressure air source, simultaneously
Also requiring that there is excessive noise when equipment runs, the most above-mentioned vacuum adsorption type card-issuing device is not suitable for
In time in card-issuing equipment.Application publication number be CN104318273A application for a patent for invention in disclose one
" the instant card sender of bank card ", therein enter card module 2 be equivalent to card-issuing device, this enters in card module 2
The card sent is captured by manipulator 16 and is carried, but disclosure does not enters how card module 2 realizes hair fastener
Concrete structure.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that many card buckets of a kind of smart card are sent out
Mechanism for card and card-issuing device, described many card bucket card sending mechanism can be according to the card in the instruction card bucket to specifying
Sending, have that compact conformation, hair fastener speed is fast, high reliability, described card-issuing device includes above-mentioned
Card sending mechanism, is particularly well-suited in instant card-issuing equipment.
The purpose of this utility model is realized by following technical scheme:
Many card bucket card sending mechanism of a kind of smart card, struggle against including support and the multiple cards being located on support, also wrap
Including job card bucket selection mechanism and dial mechanism for card, wherein, the plurality of card struggles against along arranged in a straight line on support,
And support is provided with card transfer passage in the lower section that card struggles against；It is provided with under normality between described card bucket and support and promotes
Card bucket is positioned at the spring of the peak of vertical stroke；
Described job card bucket selection mechanism includes what rotating shaft, the cam being located in rotating shaft and drive shaft rotated
Rotational power mechanism, wherein, the lower section of each card bucket arranges a described cam, the multiple cams in rotating shaft
The radial direction peak on surface is positioned at the diverse location of circumferencial direction；Described each card bucket is provided with convex with corresponding
The driven member of wheel coupling constitutes cam mechanism；
Described group of mechanism for card includes dialling dop and driving group dop to make to dial dialling of card motion along card conveying direction
Card actuating unit, wherein, described group of dop is arranged in the card transfer passage below card bucket, this group of dop
The direction of motion consistent with the bearing of trend of card transfer passage.
One preferred version of many card bucket card sending mechanism of the present utility model, wherein, described rotational power mechanism
Be made up of servomotor and synchronous belt drive mechanism, wherein, the driving pulley of described synchronous belt drive mechanism with
The main shaft of servomotor connects, and driven pulley is connected with rotating shaft；When the quantity of described card bucket is n, described
The circumferencial direction of rotating shaft is divided into n+1 equal portions, and the radial direction peak of each cam face is located in one of
On bisector.Servomotor and synchronous belt drive mechanism drive shaft is used to rotate, it is possible to obtain higher control
Precision processed.The circumferencial direction of described rotating shaft is divided into n+1 equal portions, the radial direction peak of each cam face
It is located in one of on bisector so that rotate by fixing angle during rotating shaft work, often rotate one
Described fixing angle enters off-position state, one of them card bucket just can be promoted to enter duty so that control
Make convenient；And there is an off-position state to make all of card bucket all be not at duty, it is simple to equipment
Installation and debugging.
One preferred version of many card bucket card sending mechanism of the present utility model, wherein, the bottom of each card bucket sets
Having the L-type connector downwardly extended, the horizontal component of this L-type connector extends under card transfer passage
Side, described driven member is made up of roller, and this roller is arranged on the horizontal component of described L-type connector.If
Put described L-type connector and be easily installed described driven member, enable driven member and be positioned at card transfer passage
Cam mate.
One preferred version of many card bucket card sending mechanism of the present utility model, wherein, the bottom of described card bucket exists
Two ends along card conveying direction are provided with the opening allowing card pass through；It is defeated that described card bucket inherence is perpendicular to card
Two medial surfaces sending direction are provided with the supporting rollern for supporting card；It is provided with between described card bucket and support
Vertical guide frame, this vertical guide frame is by the slide rail being located on support and the slide block coupling being located on card bucket
Form.The effect arranging described opening is, when card bucket be moved downwardly to minimum point carry out hair fastener time, card
Leave card by this opening to struggle against；The effect arranging described supporting rollern is, the card under normality struggling against card
Supporting, during hair fastener, this supporting rollern is owing to having rolling characteristic, it is simple to being smoothly moved out of card；If
Put described vertical guide frame carry out spacing for the vertical motion that card is struggled against and guide.
One preferred version of many card bucket card sending mechanism of the present utility model, wherein, described group of card actuating unit
It is made up of group card servomotor and synchronous belt drive mechanism, wherein, the synchronization in described synchronous belt drive mechanism
Band extends along card conveying direction and forms ring seal structure, the synchronous pulley in this synchronous belt drive mechanism
It is arranged on support；On the horizontal component on the top that the described group of dop is connected to described Timing Belt.By using
Servomotor and synchronous belt drive mechanism drive dials dop motion, and not only off-position precision is high, and can be very
Control to dial dop easily to move back and forth, be efficiently completed and dial card motion.
Preferably, by connecting, seat and Timing Belt are fixing to be connected described group of dop；Described connection seat and support it
Between be provided with the guiding mechanism parallel with card conveying direction, this guiding mechanism by the slide rail being located on support with set
Form in the slide block coupling connected on seat.By arranging described guiding mechanism, the motion dialling dop is guided
With spacing, it is ensured that dialling dop accurately can release card by setting track.
One preferred version of many card bucket card sending mechanism of the present utility model, described spring is arranged on the side of card bucket
At face, this side of card bucket is provided with the connection sheet horizontally outward extended, and this connection sheet is provided with location screw
It is connected with the upper end of spring；Described support is provided with locating dowel and is connected with the lower end of spring.By spring is set
Put on the side of card bucket, from without interfering with the parts of internal and lower section.
The smart card issuing device of a kind of many card bucket card sending mechanism comprising above-mentioned smart card, including at least one
Described many card bucket card sending mechanism, also include being transported to blocking the card that bucket card sending mechanism sends in processing module more
Card feeding mechanism, this card feeding mechanism include for accommodate and positioning cards deck and drive deck make card feed
The card feed actuating unit of motion, the direction of motion of described deck and the card conveying side in many card bucket card sending mechanism
To vertically.
One preferred version of smart card issuing device of the present utility model, wherein, described card feed actuating unit
It is made up of card feed servomotor and synchronous belt drive mechanism, wherein, wherein, in described synchronous belt drive mechanism
Timing Belt extend along the vertical direction of the card conveying directions of many card bucket card sending mechanism and form ring seal knot
Structure, the synchronous pulley in this synchronous belt drive mechanism is arranged on support；Described deck is connected to described synchronization
On the horizontal component on the top of band.Dial dop to transport by using servomotor and synchronous belt drive mechanism to drive
Dynamic, not only off-position precision is high, and can control deck easily and move back and forth, and is efficiently completed card feed
Action.
One preferred version of smart card issuing device of the present utility model, wherein, described many card bucket card senders
Structure is two or more, and each many card bucket card sending mechanism be arranged in parallel.By arranging multiple many card bucket card senders
Structure, by increasing capacitance it is possible to increase the quantity of card bucket, increases the kind of the card placed.During work, utilize same sending
The card that the bucket card sending mechanism of card more than difference is issued by mechanism for card is accepted and is carried.
The operation principle of smart card issuing device of the present utility model is:
During work, a card in one of them card bucket is sent out and is transported to by many card bucket card sending mechanism
The end of card transfer passage, before card is sent, the card feed actuating unit in card feeding mechanism drives deck
Arrive the card output of these many card bucket card sending mechanism；After card is sent on deck, in card feeding mechanism
Card feed actuating unit drive deck to carry card motion at the card input end of processing module, by processing mould
Card is transferred by the card feeding mechanism in block, completes the hair fastener action of a card.
The course of work of each many card bucket card sending mechanism is: under normality, card bucket is positioned at the peak of vertical stroke,
Card in each card bucket is respectively positioned on the top of card transfer passage；Card in needing certain card bucket enters
During row hair fastener, the rotational power mechanism drive shaft in job card bucket selection mechanism turns an angle so that
Cam corresponding with this card bucket in rotating shaft drives card bucket to move downwardly to vertical stroke by the driven member of coupling
Minimum point enters hair fastener state, and the card being positioned at bottom in this card bucket enters in card transfer passage；
Then the card actuating unit of dialling dialled in mechanism for card drives group dop motion, is dialled by the card of bottom in this card bucket
Go out, and be delivered to end along card transfer passage, enter in deck, complete sending of card, dial subsequently
Dop resets, and waits group card motion next time.
The utility model compared with prior art has a following beneficial effect:
1, in many card bucket card sending mechanism of the present utility model, utilize same job card bucket selection mechanism to work
Card bucket selects, and utilizes same group of mechanism for card to pull over the card in all working card bucket, makes
Obtaining multiple card buckets can be closely aligned together, overall structure is the compactest.Specifically, setting is utilized to turn
Cam on axle and the driven member on card bucket also combine the elastic force effect of spring and control the up and down motion of card bucket, real
The switching between normality and duty of the most all card buckets, and by the radial direction peak by wheel cam face
It is arranged at the diverse location of circumferencial direction so that synchronization only one of which card bucket is in running order, ingenious
The selection realizing job card bucket.Utilize and dial dop reciprocating motion realization in card transfer passage to work
In card bucket, the card of bottom is pulled over, and dials card speed fast, and reliability is high.
2, in smart card issuing device of the present utility model, by arranging the direction of motion and many card bucket card sending mechanism
In the vertical deck of card conveying direction, thus realize card at processing module arranged in parallel and card
Conveying between bucket.Further, same card feeding mechanism can be used in accepting multiple many card bucket card sending mechanism and sent out
The card that goes out also carries so that can be arranged as required to sufficient amount in the smart card device applied
Card bucket.
Accompanying drawing explanation
Fig. 1-Fig. 4 is a detailed description of the invention of many card bucket card sending mechanism of smart card of the present utility model
Structural representation, wherein, Fig. 1 is front view, and Fig. 2 is left view, and Fig. 3 is top view, after Fig. 4 is
View.
Fig. 5 and Fig. 6 is the A-A sectional view (enlarged drawing) of Fig. 1, and wherein, Fig. 5 is that card bucket is in work
The schematic diagram of state, Fig. 6 is the schematic diagram that card bucket is in off working state.
Fig. 7 is that in many card bucket card sending mechanism shown in Fig. 1-Fig. 4, job card bucket selection mechanism and group mechanism for card are three-dimensional
Structural representation.
Fig. 8-Figure 11 is the structural representation of a detailed description of the invention of smart card issuing device of the present utility model
Figure, wherein, Fig. 8 is front view, and Fig. 9 is left view, and Figure 10 is top view, and Figure 11 is stereogram.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but the utility model
Embodiment be not limited to this.
Seeing Fig. 1-Fig. 7, many card bucket card sending mechanism of smart card of the present utility model include support 2 and are located at
Multiple card buckets 3 on support 2, job card bucket selection mechanism, group mechanism for card, wherein, the plurality of card bucket 3
Along arranged in a straight line on support 2, and support 2 is provided with card transfer passage 4 in the lower section of card bucket 3；Described
It is provided with under normality between card bucket 3 and support 2 and promotes card to struggle against 3 springs 5 of peaks being positioned at vertical stroke.
Described job card bucket selection mechanism includes rotating shaft 6, be located in rotating shaft 6 cam 7 and drive shaft 6
The rotational power mechanism rotated, wherein, the lower section of each card bucket 3 arranges a described cam 7, in rotating shaft 6
The radial direction peak on multiple cams 7 surface be positioned at the diverse location of circumferencial direction；On described each card bucket 3
It is provided with the driven member 8 with corresponding cam 7 coupling and constitutes cam mechanism.
Described group of mechanism for card includes dialling dop 9 and driving group dop 9 to make to dial card motion along card conveying direction
Dial card actuating unit, wherein, the described group of dop 9 is arranged at card and struggles against in the card transfer passage 4 below 3,
The direction of motion of this group of dop 9 is consistent with the bearing of trend of card transfer passage 4.
Seeing Fig. 1-Fig. 7, described rotational power mechanism is made up of servomotor 10 and synchronous belt drive mechanism 11,
Wherein, the driving pulley of described synchronous belt drive mechanism 11 is connected with the main shaft of servomotor 10, driven belt
Wheel is connected with rotating shaft 6.When the quantity of described card bucket 3 is n, the circumferencial direction average mark of described rotating shaft 6
Becoming n+1 equal portions, the radial direction peak on each cam 7 surface is located in one of on bisector.Use servo
Motor 10 and synchronous belt drive mechanism 11 drive shaft 6 rotate, it is possible to obtain higher control accuracy.Institute
The circumferencial direction stating rotating shaft 6 is divided into n+1 equal portions, and the radial direction peak on each cam 7 surface is positioned at it
In on a bisector so that rotate by fixing angular travel when rotating shaft 6 works, often rotate one
Described fixing angular travel enters off-position state, just can promote one of them card bucket 3 entrance duty,
Make to control convenient；And there is an off-position state to make all of card bucket 3 all be not at duty,
As zero position, by arranging photoelectric sensor, this zero position is detected so that the control of all card buckets 3
System all can (specifically control rotating shaft 6 to rotate and one, the position differential seat angle that makes zero) using this zero position as reference,
It is easy to control.Quantity n of described card bucket 3 can be the card bucket amount of actual installation, it is also possible to is reserved card
Bucket 3 total installations, the part may only installed in reserved quantity in equipment component can meet use requirement.
Such as, the card bucket 3 that present embodiment shaft is arranged is four, and actual reserved card 3 installations that struggle against are
Five, the angle between the radial direction peak on adjacent two cam 7 surfaces is 60 degree.
Seeing Fig. 5 and Fig. 6, the bottom of each card bucket 3 is provided with the L-type connector 14 downwardly extended, this L
The horizontal component 14-1 of type connector 14 extends to the lower section of card transfer passage 4, and described driven member 8 is by rolling
Wheel is constituted, and this roller is arranged on the horizontal component 14-1 of described L-type connector 14.Described L-type is set
Connector 14 is easily installed described driven member 8, make driven member 8 can be positioned at card transfer passage 4
Cam 7 mates.
Seeing Fig. 1-Fig. 7, the bottom of described card bucket 3 allows card 1 being provided with along the two ends of card conveying direction
The opening passed through；It is provided with for supporting on two medial surfaces be perpendicular to card conveying direction in described card bucket 3
The supporting rollern 15 of card 1；Being provided with vertical guide frame between described card bucket 3 and support 2, this is vertically led
Form by the slide rail 16 being located on support 2 and slide block 17 coupling being located on card bucket 3 to structure.Institute is set
The effect stating opening is, when card bucket 3 be moved downwardly to minimum point carry out hair fastener time, card 1 is opened by this
Mouth leaves card bucket 3；The effect arranging described supporting rollern 15 is, to the card 1 in card bucket 3 under normality
Supporting, during hair fastener, this supporting rollern 15 is owing to having rolling characteristic, it is simple to being smoothly moved out of card 1；
Described vertical guide frame is set for carrying out spacing to the vertical motion of card bucket 3 and guiding.
Seeing Fig. 1-Fig. 7, described group of card actuating unit is by dialling card servomotor 12 and synchronous belt drive mechanism 13
Constituting, wherein, the Timing Belt 13-1 in described synchronous belt drive mechanism 13 extends shape along card conveying direction
Circularizing enclosed construction, the synchronous pulley in this synchronous belt drive mechanism 13 is arranged on support 2；Described group
On the horizontal component on the top that dop 9 is connected to described Timing Belt 13-1.By use servomotor 12 and with
Step tape handler 13 drives group dop 9 to move, and not only off-position precision is high, and can control easily
System is dialled dop 9 and is moved back and forth, and is efficiently completed and dials card motion.
Seeing Fig. 1-Fig. 7, by connecting, seat 18 is fixing with Timing Belt 13-1 to be connected described group of dop 9；Described
Connecting and be provided with the guiding mechanism parallel with card conveying direction between seat 18 and support 2, this guiding mechanism is by setting
Slide rail 19 on support 2 forms with being located at slide block 20 coupling being connected on seat 18.Lead described in arranging
Carry out guiding and spacing to the motion dialling dop 9 to mechanism, it is ensured that dialling dop 9 can be accurate by setting track
Card 1 is released by ground.
Seeing Fig. 1-Fig. 7, described spring 5 is arranged at the side of card bucket 3, and this side of card bucket 3 is provided with
The connection sheet 21 horizontally outward extended, this connection sheet 21 is provided with the upper end of location screw 22 and spring 5 even
Connect；Described support 2 is provided with locating dowel 23 and is connected with the lower end of spring 5.By spring 5 is arranged on card
On the side of bucket 3, from without interfering with the parts of internal and lower section.
Seeing Fig. 1-Fig. 7, described support 2 is provided with left and right two support plates 2-1,2-2 in the lower section of card bucket 3,
The card 1 that this support plate 2-1,2-2 are used for sending from card bucket 3 supports, this support plate 2-1,2-2
Superjacent air space constitute card transfer passage 4.
Seeing Fig. 8-Figure 11, smart card issuing device of the present utility model includes two described many card bucket card senders
Structure 24, also includes being transported to the card feed in processing module 29 by blocking the bucket card 1 that sends of card sending mechanism 24 more
Mechanism 25, this card feeding mechanism 25 includes for accommodating the deck 28 with positioning cards 1 and driving deck 28
Making the card feed actuating unit of card feed motion, the direction of motion of described deck 28 struggles against in card sending mechanism 24 with many cards
Card conveying direction vertical.
Seeing Fig. 8-Figure 11, described card feed actuating unit is by card feed servomotor 26 and synchronous belt drive mechanism
27 are constituted, and wherein, wherein, the Timing Belt 27-1 in described synchronous belt drive mechanism 27 sends out along many card buckets
The vertical direction of the card conveying direction of mechanism for card 24 extends and forms ring seal structure, this toothed belt transmission machine
Synchronous pulley in structure 27 is arranged on support 2；Described deck 28 is connected to the upper of described Timing Belt 27-1
On the horizontal component in portion.Dop 9 is dialled by using servomotor 26 and synchronous belt drive mechanism 27 to drive
Motion, not only off-position precision is high, and can control deck 28 easily and move back and forth, and is efficiently completed
Card feed action.
Said two many cards bucket card sending mechanism 24 be arranged in parallel, is respectively arranged at the both sides of smart card process equipment,
The processing module 29 of smart card process equipment is arranged between the bucket card sending mechanism 24 of card more than two.During work,
Utilize same card feeding mechanism 25 to carry out the bucket card 1 that issues of card sending mechanism 24 of card more than two accepting and
Conveying.
The operation principle of smart card issuing device of the present utility model is:
Seeing Fig. 1-Figure 11, during work, many card bucket card sending mechanism 24 are by a card in one of them card bucket 3
Sheet 1 sends out and is transported to the end of card transfer passage 4, before card 1 is sent, and card feeding mechanism
Card feed actuating unit in 25 drives deck 28 to arrive card 1 output of these many card bucket card sending mechanism 24；
After card 1 is sent on deck 28, the card feed actuating unit in card feeding mechanism 25 drives deck 28 to carry
Card 1 moves to card 1 input end of processing module 29, will by the card feeding mechanism in processing module 29
Card 1 transfers, and completes the hair fastener action of a card 1.
Seeing Fig. 5 and Fig. 6, the course of work of each many card bucket card sending mechanism 24 is: card bucket 3 under normality
Card 1 in the peak of vertical stroke, each card bucket 3 is respectively positioned on the top of card transfer passage 4；
When the card 1 in needing certain card bucket 3 carries out hair fastener, the rotational power in job card bucket selection mechanism
Mechanism's drive shaft 6 turns an angle so that struggle against with this card in rotating shaft 63 corresponding cams 7 by
The minimum point that the driven member 8 joined drives card bucket 3 to move downwardly to vertical stroke enters hair fastener state, is positioned at this
In card bucket 3, a card 1 of bottom enters in card transfer passage 4；Then dialling in mechanism for card is dialled
Card actuating unit drives group dop 9 to move, and is transferred to by the card 1 of bottom in this card bucket 3, and along card
Sheet transfer passage 4 is delivered to end, enters in deck 28, completes sending of card 1, dial dop 9 subsequently
Reset, wait group card motion next time.
Above-mentioned for the utility model preferably embodiment, but embodiment of the present utility model is not by above-mentioned
The restriction of content, other any without departing from the change made under Spirit Essence of the present utility model and principle,
Modify, substitute, combine, simplify, all should be the substitute mode of equivalence, be included in guarantor of the present utility model
Within the scope of protecting.
Claims (10)
1. many card bucket card sending mechanism of smart card, struggle against including support and the multiple cards being located on support, it is characterised in that, also include job card bucket selection mechanism and dial mechanism for card, wherein, the plurality of card struggles against along arranged in a straight line on support, and support is provided with card transfer passage in the lower section that card struggles against；It is provided with under normality between described card bucket and support and promotes card to struggle against to be positioned at the spring of peak of vertical stroke；
Described job card bucket selection mechanism includes the rotational power mechanism that rotating shaft, the cam being located in rotating shaft and drive shaft rotate, wherein, the lower section of each card bucket arranges a described cam, and the radial direction peak of the multiple cam faces in rotating shaft is positioned at the diverse location of circumferencial direction；Described each card bucket is provided with the driven member mated with corresponding cam and constitutes cam mechanism；
Described group of mechanism for card includes group dop and drives group card actuating unit dialling dop along card conveying direction work group card motion, wherein, described group of dop is arranged in the card transfer passage below card bucket, and the direction of motion of this group of dop is consistent with the bearing of trend of card transfer passage.
Many card bucket card sending mechanism of smart card the most according to claim 1, it is characterized in that, described rotational power mechanism is made up of servomotor and synchronous belt drive mechanism, wherein, the driving pulley of described synchronous belt drive mechanism is connected with the main shaft of servomotor, and driven pulley is connected with rotating shaft；When the quantity of described card bucket is n, the circumferencial direction of described rotating shaft is divided into n+1 equal portions, and the radial direction peak of each cam face is located in one of on bisector.
Many card bucket card sending mechanism of smart card the most according to claim 1, it is characterized in that, the bottom of each card bucket is provided with the L-type connector downwardly extended, the horizontal component of this L-type connector extends to the lower section of card transfer passage, described driven member is made up of roller, and this roller is arranged on the horizontal component of described L-type connector.
Many card bucket card sending mechanism of smart card the most according to claim 1, it is characterised in that the bottom of described card bucket is being provided with the opening allowing card pass through along the two ends of card conveying direction；Two medial surfaces that described card bucket inherence is perpendicular to card conveying direction are provided with the supporting rollern for supporting card；Being provided with vertical guide frame between described card bucket and support, this vertical guide frame is formed by the slide rail being located on support and the slide block coupling being located on card bucket.
5. according to many card bucket card sending mechanism of the smart card described in any one of claim 1-4, it is characterized in that, described group of card actuating unit is made up of group card servomotor and synchronous belt drive mechanism, wherein, Timing Belt in described synchronous belt drive mechanism extends along card conveying direction and forms ring seal structure, and the synchronous pulley in this synchronous belt drive mechanism is arranged on support；On the horizontal component on the top that the described group of dop is connected to described Timing Belt.
Many card bucket card sending mechanism of smart card the most according to claim 5, it is characterised in that seat and Timing Belt are fixing to be connected described group of dop by connecting；Being provided with the guiding mechanism parallel with card conveying direction between described connection seat and support, this guiding mechanism is formed with being located at the slide block coupling being connected on seat by the slide rail being located on support.
Many card bucket card sending mechanism of smart card the most according to claim 1, it is characterised in that described spring is arranged at the side of card bucket, and this side of card bucket is provided with the connection sheet horizontally outward extended, and this connection sheet is provided with location screw and is connected with the upper end of spring；Described support is provided with locating dowel and is connected with the lower end of spring.
8. the smart card issuing device of many card bucket card sending mechanism of the smart card comprised according to any one of claim 1-7, it is characterized in that, including card bucket card sending mechanism many at least one described, also include to block the card feeding mechanism that the bucket card that sends of card sending mechanism is transported in processing module more, this card feeding mechanism includes that the card conveying direction that the direction of motion of described deck struggles against in card sending mechanism with many cards is vertical for accommodating the deck with positioning cards and driving deck to make the card feed actuating unit of card feed motion.
Smart card issuing device the most according to claim 8, it is characterized in that, described card feed actuating unit is made up of card feed servomotor and synchronous belt drive mechanism, wherein, wherein, Timing Belt in described synchronous belt drive mechanism extends formation ring seal structure along the vertical direction of the card conveying direction of many card bucket card sending mechanism, and the synchronous pulley in this synchronous belt drive mechanism is arranged on support；On the horizontal component on the top that described deck is connected to described Timing Belt.
Smart card issuing device the most according to claim 8, it is characterised in that described many card bucket card sending mechanism are two or more, each many card bucket card sending mechanism be arranged in parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620117336.0U CN205563620U (en) | 2016-02-05 | 2016-02-05 | Many cards fill hairpin mechanism and card distributing device of smart card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620117336.0U CN205563620U (en) | 2016-02-05 | 2016-02-05 | Many cards fill hairpin mechanism and card distributing device of smart card |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205563620U true CN205563620U (en) | 2016-09-07 |
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ID=56821725
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620117336.0U Withdrawn - After Issue CN205563620U (en) | 2016-02-05 | 2016-02-05 | Many cards fill hairpin mechanism and card distributing device of smart card |
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| Country | Link |
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| CN (1) | CN205563620U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105528624A (en) * | 2016-02-05 | 2016-04-27 | 广州市明森机电设备有限公司 | Multi-card-hopper card issuing mechanism and card issuing device of intelligent cards |
| CN108764379A (en) * | 2018-07-19 | 2018-11-06 | 广州明森科技股份有限公司 | A kind of hair fastener auxiliary device |
| CN109034284A (en) * | 2018-10-12 | 2018-12-18 | 瑞安市天成包装机械有限公司 | Card sender |
-
2016
- 2016-02-05 CN CN201620117336.0U patent/CN205563620U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105528624A (en) * | 2016-02-05 | 2016-04-27 | 广州市明森机电设备有限公司 | Multi-card-hopper card issuing mechanism and card issuing device of intelligent cards |
| CN105528624B (en) * | 2016-02-05 | 2018-08-03 | 广州明森科技股份有限公司 | A kind of more card bucket card sending mechanisms and card-issuing device of smart card |
| CN108764379A (en) * | 2018-07-19 | 2018-11-06 | 广州明森科技股份有限公司 | A kind of hair fastener auxiliary device |
| CN108764379B (en) * | 2018-07-19 | 2024-05-03 | 南京新杰荣照明器材有限公司 | Card issuing auxiliary device |
| CN109034284A (en) * | 2018-10-12 | 2018-12-18 | 瑞安市天成包装机械有限公司 | Card sender |
| CN109034284B (en) * | 2018-10-12 | 2024-04-12 | 瑞安市天成包装机械有限公司 | Card sender |
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