CN205471488U - Card transition device of smart card production facility - Google Patents
Card transition device of smart card production facility Download PDFInfo
- Publication number
- CN205471488U CN205471488U CN201620017745.3U CN201620017745U CN205471488U CN 205471488 U CN205471488 U CN 205471488U CN 201620017745 U CN201620017745 U CN 201620017745U CN 205471488 U CN205471488 U CN 205471488U
- Authority
- CN
- China
- Prior art keywords
- card
- guide rail
- station
- pushes away
- rail
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Credit Cards Or The Like (AREA)
Abstract
The utility model discloses a card transition device of smart card production facility, including card transition conveyer construct, send into the card from a card conveying mechanism that the first card that card transition conveyer constructs advances the card station shifts the mechanism, the play card station that constructs the card from card transition conveyer sends into the card and keeps in the second card in groove and shift the mechanism and keep in the card hairpin mechanism that card in the groove sent the 2nd card conveying mechanism, card transition conveyer constructs including guide rail and the card mechanism of pulling over, first card shifts the mechanism and includes first dop and the first card power unit that pushes away of pushing away, the second card shifts the mechanism and includes that the second pushes away the dop and the second pushes away card power unit, hairpin mechanism includes hairpin sucking disc and hairpin power unit. The utility model discloses a card transition device is particularly useful for connecting two smart card production facilities that have different card feed beats, has reduced manufacturing cost, has improved production efficiency.
Description
Technical field
This utility model relates to the production equipment of smart card, is specifically related to a kind of smart card and produces the card of equipment
Transition apparatus.
Background technology
The production of smart card needs through the courses of processing such as groove milling, encapsulation, personal information write, smart card
The processing of each operation is completed by corresponding smart card process equipment.In various smart card process equipments, card
Sheet generally carries in the way of line production one by one, and every card passes sequentially through different processing stations and completes phase
The processing answered, the most frequently used card mode of movement carries for employing Timing Belt card transport, card
Promoted by the moving tooth on Timing Belt and progressively move.
Owing to the time of different manufacturing procedure one card of processing is different, therefore in different intelligent card process equipment
The frequency that card moves there are differences, and for the processing stations that individual card process time is longer, can pass through
Two or more the mode of machining cell is set to improve production efficiency, so can disposably send
Enter two or two with upper clamp slice, within the same time, complete the adding of card of two or more than two
Work, improves production efficiency.
Existing smart card process equipment all works alone, and has independent hair fastener and receives card device.In order to
Improve production efficiency, two kinds or more of smart card process equipments can be combined, formed and have more
The smart card process equipment of multi-processing operation.Such as, existing smart card groove milling equipment and Intelligent card package set
Standby is independent process equipment, in order to solve the card cost that transfer is brought between two equipment height, effect
The problem that rate is low, can be grouped together into smart card by smart card groove milling equipment and Intelligent card package equipment
Groove milling packing producing line.But, when the card feed beat in two smart card process equipments is inconsistent, (card feed saves
Clap and inconsistent can be embodied in: the frequency 1, dialling card is inconsistent；2, dial card frequency consistent, but dial every time
The quantity of card is inconsistent；3, the quantity dialling card frequency and each group of card is the most inconsistent；To carry in the unit interval
The quantity of card is comparison other, and the card transporting velocity that quantity is many is fast, and the card transporting velocity that quantity is few is slow),
Just it is difficult to card smoothly transitting between two tools.Such as, existing smart card groove milling sets
Standby two cards of every time pulling over, and smart card groove milling equipment is pulled over a card every time, if both docked
Get up, the card that the card every time sent here due to groove milling equipment is once removed more than sealed in unit, therefore both
It is difficult to combine work.
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 produces equipment
Card transition apparatus, this card transition apparatus is particularly suited for connecting two intelligence with different card feed beat
Card production equipment, this card transition apparatus can be to sending in card feed beat faster smart card process equipment
Card is kept in, and is then forwarded to the smart card process equipment that card transporting velocity is slower, it is achieved card is not
With smoothly transitting between two smart card process equipments of card feed beat.
Another purpose of the present utility model is to provide a kind of card mistake applying above-mentioned smart card to produce equipment
Cross the card transition method of the smart card production equipment that device realizes.
This utility model solves the technical scheme of above-mentioned technical problem:
A kind of smart card produces the card transition apparatus of equipment, and it is defeated that this card transition apparatus is arranged on the first card
Sending between mechanism and the second card transport, this card transition apparatus includes card transition conveyer structure, general
Card is sent to first card entering card station of card transition conveyer structure from the end of the first card transport
Sheet transfer device, card is sent to the second of card temporary tank from the card release station of card transition conveyer structure
Card transfer device and the card in card temporary tank is sent to the second card transport top send out
Mechanism for card, wherein:
Described card transition conveyer structure includes that guide rail and card are pulled over mechanism, wherein, described guide rail along
The top of card conveying direction and end enter card station and card release station described in arranging；Described card is pulled over mechanism
Including dialling card Timing Belt and driving group actuating unit of card Timing Belt operating, wherein, on described group of card Timing Belt
Being provided with the moving tooth for card of pulling over, this group of card Timing Belt encompasses loop structure, and this group in the horizontal plane
Card Timing Belt has the working portion entered in described guide rail；
Described first card transfer device includes that first pushes away dop and promote first to push away dop and make vertical motion
First pushes away card actuating unit；Under normality, described first pushes away under the end that dop is positioned at the first card transport
Side, and the end of the first card transport is positioned at the lower section entering card station of card transition conveyer structure；
Described second card transfer device includes that second pushes away dop and promote second to push away dop and make vertical motion
Second pushes away card actuating unit；Described card temporary tank is positioned at the lower section of the card release station of card transition conveyer structure；
Described second pushes away dop is vertically being right against the setting of card temporary tank；
Described card sending mechanism is positioned at the lower section of the head end of the second card transport, and this card sending mechanism includes hair fastener
The hair fastener actuating unit of vertical motion made by sucker and driving hair fastener sucker.
A preferred version of the present utility model, wherein, described card transition conveyer structure enter card station
It is arranged over card bucket；In described first card transfer device first pushes away the card actuating unit gas by two concatenations
Cylinder is constituted.
The purpose using above-mentioned preferred version is: by arranging described card bucket, when the first card transport
Send into card without time be fed forward time, by this card bucket, card is collected so that the first card is defeated
Mechanism is sent to work independently；And push away card engine by arranging first be made up of the cylinder of two concatenations
Structure, thus obtain two and push away card stroke, one pushes away card stroke for card is pushed to card transition conveyer
Structure enter card station, and be fed forward in time by card mechanism of pulling over, another pushes away card stroke for by card
It is pushed to Ka Douzhong, card is collected.
Preferably, the card station that enters of described card transition conveyer structure is two, correspondingly, each enter card work
Card bucket and the first card transfer device it is respectively provided with above and below Wei.It is defeated that the program is applicable to the first card
Send mechanism to carry the occasion of two cards every time, enter card station and two the first cards transfers by arranging two
Two cards once sent here can be transported in card station or card bucket by mechanism.
A preferred version of the present utility model, wherein, in described second card transfer device, described second
Push away card actuating unit include servomotor, lead-screw drive mechanism and connect the leading screw spiral shell in lead-screw drive mechanism
Female and the described second connection assembly pushing away dop.The purpose using this preferred version is: pass through servomotor
Drive second to push away dop and make vertical motion, thus by defeated for the card in the card release station of card transition conveyer structure
Deliver to card temporary tank；Owing to second pushes away stroke when card is pushed in card temporary tank by dop and want every time
Depending on Card storing amount in card temporary tank, by employing servomotor as power, can be easily
Control the second stroke pushing away dop, deposit card amount particular by current in calculating card temporary tank, obtain card release
The height of card in sheet temporary tank, thus show that second pushes away dop and promote next card should arrive when entering
Position, i.e. obtain second push away dop push away card stroke.
A preferred version of the present utility model, wherein, in described second card transport, along card
Sheet conveying direction, is additionally provided with independent card-issuing device after described card temporary tank, this independent card-issuing device bag
Include hair fastener and inhale bucket and card sending mechanism.It is intended that can be the second card by described independent card-issuing device
The independently transmitted card of conveying mechanism so that this second card transport is not with the first card transport even
Can work alone when connecing.
A preferred version of the present utility model, wherein, described first pushes away dop and second pushes away dop by pushing away
Fixture block and card sucker are constituted, described in push away the card face that pushes away of fixture block concordant with the suction card face of card sucker；Described card
In sheet temporary tank, the position near bottom is provided with air nozzle.In this preferred version, described first push away dop and
Second effect pushing away the card sucker in dop is during pushing away card to hold card, prevents card from pushing away
Displacement is produced, it is ensured that card can carry accurately and put in place during sending；The effect of described air nozzle is set
It is, when card sending mechanism draws card downwards, by blowing towards card stacked together in card temporary tank
Gas, prevents from being difficult to separate because fitting tightly between card with card.
A preferred version of the present utility model, wherein, in described card transition conveyer structure, described in lead
The entering of rail is equipped with turnover card guide rail mechanism on card station and card release station, this turnover card guide rail mechanism includes phase
To the first rail unit arranged and the second rail unit, each rail unit all includes fixing guide rail and activity
Guide rail, wherein, is equipped with mounting groove, described activity at the opposite face of the fixing guide rail in two rail units
Guide rail is located in corresponding mounting groove, and under normality, the opposite end of two movable guiding rails is stretched out outside mounting groove, two
The end face of the part stretching out mounting groove in movable guiding rail constitutes card bearing-surface；In each rail unit, institute
State and be provided with under normality the described bearing-surface of the guide rail that innervates between fixing guide rail and movable guiding rail and stretch out mounting groove
The elastic force for offsetting described spring it is provided with under normality between outer spring, and this fixing guide rail and movable guiding rail
Position limiting structure.
The purpose using above-mentioned preferred version is: owing to being used for positioning and guiding the card of card in described guide rail
Sheet transfer passage be opening towards groove-like structure, therefore need to enter from bottom to top when card described in enter card work
Position or needs are when card release station is sent downwards, and card can not pass through (the side that can be bent and deformed naturally
Formula is passed through, but so may damage card), card then can be allowed after using above-mentioned preferred version suitable
Profit is passed through, and its operation principle is: under normality, and the opposite end of two movable guiding rails is stretched out outside mounting groove, two
Rail unit may be used for the conveying of normal card；When card need to enter from bottom to top card transfer passage or
Person, when card transfer passage is sent downwards, by outside push-and-pull movable guiding rail, is allowed to overcome the effect of spring
Power is moved laterally thus is retracted in mounting groove so that card is passed through；Moving of sliding active guide rail
The thrust laterally when power can be card motion, movable guiding rail produced, it is also possible to being that tool is dynamic drives
Pulling force produced by motivation structure.
A preferred version of the present utility model, wherein, stretches out the part of mounting groove in described movable guiding rail
End face and bottom surface are all provided with being set to inclined plane, and wherein, summit portion is downward-sloping, and bottom surface portions is inclined upwardly.
This structure is used to be advantageous in that, when card enters card transfer passage from bottom to top or leaves from the top down
During card transfer passage, during card motion, by described inclined plane, movable guiding rail is produced lateral thrust so that
Movable guiding rail can overcome the elastic force of described spring automatically to retract in mounting groove, it is not necessary to outside independent
Make every effort to promote and make movable guiding rail return.
A preferred version of the present utility model, wherein, described fixing guide rail is provided with for driving activity to lead
The drive mechanism that rail is retracted in mounting groove, this drive mechanism includes installing plate, cylinder and connecting rod, its
In, described installing plate is arranged on the outside of fixing guide rail；The cylinder body of described cylinder is fixing on a mounting board, should
The outer end of the expansion link of cylinder holds out against on fixing guide rail；Described connecting rod one end is connected with installing plate, another
Hold and be connected through fixing guide rail and movable guiding rail are fixing.
The smart card that a kind of card transition apparatus applying above-mentioned smart card to produce equipment realizes produces the card of equipment
Sheet transition method, comprises the following steps:
Card is transported to end by (1) first card transport, and then the first card transfer device will be located in
What the card of end was pushed up delivering to card transition conveyer structure enters Ka Gongweichu, the first card transfer subsequently
Structure resets and waits that pushing next opens card；
(2) the card Timing Belt of dialling in card transition conveyer structure moves, and is dialled forward by the card entering Ka Gongweichu
Send so that enter card station and become idle station, wait the feeding of next card；
(3) when at the card in card transition conveyer structure is pulled over to card release station, turn at the first card
Card is delivered to while card station by moving mechanism, and the card on card release station is pushed away by the second card transfer device
Deliver in card temporary tank；
(4) vertical motion reciprocally made by the hair fastener sucker in card sending mechanism, by the card in card temporary tank by
The head end being sent to the second card transport opened.
The operation principle of the card transition apparatus that smart card of the present utility model produces equipment is: this utility model
Card transition apparatus may be used for connecting two card transport with identical card feed beat, but use
In connecting first card transport with card transporting velocity faster and there is slower card conveying speed
Second card transport of degree has the advantage become apparent from.In work process, first with the first card
What card transition conveyer structure transferred to by the card in the first card transport by transfer device enters card station,
It is fed forward by the card of card transition conveyer structure mechanism of pulling over again, the first card transport and card mistake
Cross the card feed beat between conveying mechanism consistent；Then pass through the second card transfer device card transition to be carried
Card at the card release station of mechanism is transferred in card temporary tank, then by card sending mechanism by the second card conveying
The card feed beat of mechanism hair fastener from card temporary tank, so that the first card conveying that card feed beat is different
Transition can be realized smoothly between mechanism and the second card transport.
This utility model compared with prior art has a following beneficial effect:
1, two smart cards can be produced equipment by card transition apparatus of the present utility model to combine
Work, has saved time cost and the labour cost of material transfer process, has reduced production cost, improve
Production efficiency.
2, card transition apparatus of the present utility model is particularly suited for two smart cards with different card feed beats
Linking between production equipment, solves two smart cards with different card feed beat in prior art and produces
The technical barrier that combination produces it is difficult between equipment.
3, between two the smart card production equipment connected in technique without being attached time, each intelligence
Can block production equipment can also work alone, motility is high.
Accompanying drawing explanation
Fig. 1-Fig. 4 is the specific embodiment party that smart card of the present utility model produces the card transition apparatus of equipment
The structural representation of formula, wherein, Fig. 1 is front view, and Fig. 2 is top view, and Fig. 3 is axonometric chart, and Fig. 4 is Fig. 2
C-C sectional view, wherein, Fig. 1-Fig. 3 does not shows the second card transfer device.
Fig. 5 and Fig. 6 is the work process schematic diagram of the first card transfer device part in Fig. 4, and wherein, Fig. 5 is
First pushes away dop is transported to schematic diagram when entering card station of card transition conveyer structure by card, and Fig. 6 is first
Push away dop card is transported to card transition conveyer structure card bucket time schematic diagram.
Fig. 7 and Fig. 8 is the work process schematic diagram of the second card transfer device part in Fig. 4, and wherein, Fig. 7 is
Second pushes away dop is transported to the schematic diagram before card temporary tank by card, and Fig. 8 is that second to push away dop defeated by card
Schematic diagram when delivering in card temporary tank.
Fig. 9 is the perspective view of the first card transfer device in Fig. 1-Fig. 4 illustrated embodiment.
Figure 10-Figure 12 is the structural representation of card transition conveyer structure in Fig. 1-Fig. 4 illustrated embodiment, its
In, Figure 10 is front view, and Figure 11 is upward view, and Figure 12 is axonometric chart.
Figure 13-Figure 15 is the structural representation passing in and out card guide rail mechanism in Figure 10-Figure 12, and wherein, Figure 13 is main regarding
Figure, Figure 14 is top view, and Figure 15 is the A-A sectional view of Figure 13.
It is concrete that Figure 16 and Figure 17 is that smart card of the present utility model produces another of card transition apparatus of equipment
Passing in and out the structural representation of card guide rail mechanism in embodiment, wherein, Figure 16 is front view, and Figure 17 is Figure 16
B-B sectional view.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, this utility model is described in further detail, but this utility model
Embodiment be not limited to this.
Embodiment 1
Seeing Fig. 1-Figure 12, the smart card of the present embodiment produces the card transition apparatus of equipment and arranges the first card
Between conveying mechanism 1b and the second card transport 2b, this card transition apparatus includes that card transition carries
Mechanism 3b, card 12 is sent to card transition conveyer structure 3b from the end of the first card transport 1b
The the first card transfer device 4b entering card station 1-1a, by card 12 from card transition conveyer structure 3b's
Card release station 1-2a is sent to the second card transfer device 5b of card temporary tank 6b and by card temporary tank
Card 12 in 6b is sent to card sending mechanism 7b at the top of the second card transport 2b.Wherein:
Described card transition conveyer structure 3b includes that guide rail 1a and card are pulled over mechanism, wherein, described guide rail
1a enters card station 1-1a and card release station 1-2a described in arranging along the top of card conveying direction and end；
Described card pull over mechanism include dial card Timing Belt 2a and drive dial card Timing Belt 2a operating actuating unit, its
In, described group of card Timing Belt 2a is provided with the moving tooth 2-1a for card 12 of pulling over, this group of card Timing Belt 2a
Encompass loop structure in the horizontal plane, and this group of card Timing Belt 2a has the work entered in described guide rail 1a
Part.
Described first card transfer device 4b includes that first pushes away dop and promote first to push away dop and make vertical motion
First push away card actuating unit；Under normality, described first pushes away dop and is positioned at the end of the first card transport 1b
Lower section, and the end of the first card transport 1b be positioned at card transition conveyer structure 3b enter card station
The lower section of 1-1a.
Described second card transfer device 5b includes that second pushes away dop and promote second to push away dop and make vertical motion
Second push away card actuating unit；Described card temporary tank 6b is positioned at the card release work of card transition conveyer structure 3b
The lower section of position 1-2a；Described second pushes away dop is vertically being right against card temporary tank 6b setting.
Described card sending mechanism 7b is positioned at the lower section of the head end of the second card transport 2b, this card sending mechanism 7b
The hair fastener actuating unit 7-2b of vertical motion is made including hair fastener sucker 7-1b and driving hair fastener sucker 7-1b.
The card that is arranged over entering card station 1-1a seeing Fig. 1-Fig. 9, described card transition conveyer structure 3b struggles against
7a；In described first card transfer device 4b first pushes away the card actuating unit cylinder 4-3b structure by two concatenations
Become.In said structure, by arranging described card bucket 7a, when the card that the first card transport 1b is sent into
12 without time be fed forward time, by this card bucket 7a, card 12 is collected so that first card conveying
Mechanism 1b can work independently；And by arranging first be made up of the cylinder 4-3b of two concatenations, to push away card dynamic
Force mechanisms, thus obtain two and push away card stroke, one pushes away card stroke for card 12 is pushed to card transition
Conveying mechanism 3b enters card station 1-1a, and is fed forward (seeing Fig. 5) in time by card mechanism of pulling over,
Another pushes away card stroke and struggles against in 7a for card 12 is pushed to card, is collected (seeing figure to card 12
6).The card station 1-1a that enters of described card transition conveyer structure 3b is two, correspondingly, each enter card work
Card bucket 7a and the first card transfer device 4b it is respectively provided with above and below the 1-1a of position.It is applicable to the first card
Sheet conveying mechanism 1b carries the occasion of two cards 12 every time, enters card station 1-1a and two by arranging two
Two cards 12 once sent here can be transported to into card station 1-1a by individual first card transfer device 4b
Or in card bucket 7a.
Seeing Fig. 5, Fig. 6 and Fig. 9, described first pushes away dop by pushing away fixture block 4-1b and card sucker 4-2b structure
Become, described in push away the card face that pushes away of fixture block 4-1b concordant with the suction card face of card sucker 4-2b.Described first pushes away dop
Push away with first between card actuating unit and be connected by connecting plate 4-4b.First push away dop is arranged described card inhale
The effect of dish 4-2b is during pushing away card to hold card 12, prevents card 12 from producing during pushing
Raw displacement, it is ensured that card 12 can carry accurately and put in place.
Seeing Fig. 4, Fig. 7 and Fig. 8, in described second card transfer device 5b, described second pushes away card power
Mechanism includes servomotor 5-3b, lead-screw drive mechanism 5-4b and connects the silk in lead-screw drive mechanism 5-4b
Thick stick nut and described second pushes away the connection assembly 5-5b of dop, and wherein, described servomotor 5-3b is fixed on
Determine on frame 5-6b；Described second pushes away dop is constituted by pushing away fixture block 5-1b and card sucker 5-2b, described in push away card
The card face that pushes away of block 5-1b is concordant with the suction card face of card sucker 5-2b.In said structure: by servomotor 5-3b
Drive second to push away dop and make vertical motion, thus by the card release station 1-2a of card transition conveyer structure 3b
Card 12 is transported to card temporary tank 6b；Owing to second pushes away dop and card 12 be pushed to card and keep in every time
Depending on stroke time in groove 6b will be according to card 12 amount of storage in card temporary tank 6b, by using servo electricity
Machine 5-3b, as power, can control the second stroke pushing away dop easily, temporary particular by calculating card
Deposit and current in groove 6b deposit card amount, draw the height of card 12 in card temporary tank 6b, thus draw second
Push away the position that dop promotes next card 12 should arrive when entering, i.e. obtain second push away dop push away card stroke.
Seeing Fig. 1, in described card temporary tank 6b, the position near bottom is provided with air nozzle 9b, its effect
It is, when card sending mechanism 7b draws card 12 downwards, by towards stacked together in card temporary tank 6b
Card 12 blow, prevent from being difficult to separate because fitting tightly between card 12 with card 12.
See Fig. 1-Fig. 4, in described second card transport 2b, along card 12 conveying direction,
Being additionally provided with independent card-issuing device after described card temporary tank 6b, this independent card-issuing device includes that bucket 8b inhaled by hair fastener
With card sending mechanism 7b.It is intended that can be the second card transport by described independent card-issuing device
The independently transmitted card of 2b so that this second card transport 2b is not with the first card transport 1b even
Can work alone when connecing.
Seeing Figure 13～Figure 15, in described card transition conveyer structure 3b, described guide rail 1a enters card work
Being equipped with turnover card guide rail mechanism on the 1-1a and card release station 1-2a of position, this turnover card guide rail mechanism is by relatively setting
The first rail unit 1 put and the second rail unit 2 are constituted.Each rail unit all includes fixing guide rail 3
With movable guiding rail 4, wherein, at the opposite face of the fixing guide rail 3 in two rail units, it is equipped with mounting groove
3-1, described movable guiding rail 4 is located in corresponding mounting groove 3-1；Under normality, two movable guiding rails 4 is relative
End stretches out outside mounting groove 3-1, and the end face of the part stretching out mounting groove 3-1 in two movable guiding rails 4 constitutes card
12 bearing-surfaces.In each rail unit, it is provided with under normality between described fixing guide rail 3 and movable guiding rail 4
The spring 6 that the described bearing-surface of guide rail 4 that innervates stretches out outside mounting groove 3-1, and this fixing guide rail 3 and live
Move the position limiting structure 5 being provided with under normality the elastic force for offsetting described spring 6 between guide rail 4.
Seeing Figure 13～Figure 15, described fixing guide rail 3 is provided with for driving movable guiding rail 4 to mounting groove 3-1
The drive mechanism of interior retraction, this drive mechanism includes installing plate 7, cylinder 9 and connecting rod 8, wherein, institute
State installing plate 7 and be arranged on the outside of fixing guide rail 3；The cylinder body 9-1 of described cylinder 9 is fixed on installing plate 7
On, the outer end of the expansion link 9-2 of this cylinder 9 holds out against on fixing guide rail 3；Described connecting rod 8 one end and peace
Dress plate 7 connects, and the other end is connected through fixing guide rail 3 is fixing with movable guiding rail 4.Use above-mentioned driving machine
The purpose of structure is actively to be retracted in mounting groove 3-1 by movable guiding rail 4 by external impetus, so that it is guaranteed that card
Sheet 12 can pass through at vertical direction；Its principle is: when movable guiding rail 4 is retracted by needs, described
Cylinder 9 works, and the expansion link 9-2 of cylinder 9 stretches out, owing to expansion link 9-2 cannot by fixing guide rail 3 stop
Move ahead, thus promote installing plate 7 rearward movement being connected with cylinder body 9-1, thus by connecting rod 8 by activity
Guide rail 4 pulls back so that movable guiding rail 4 is retracted in mounting groove 3-1.
See Figure 13～Figure 15, be provided with linear bearing 10 between described connecting rod 8 and fixing guide rail 3, be used for
Motion to connecting rod 8 carries out spacing and guides；One end of described connecting rod 8 be threaded connection structure with
Movable guiding rail 4 is fixing to be connected, and the other end connects to be had nut 11 to be allowed to installing plate 7 to be connected；Described spring 6
It is enclosed within described connecting rod 8.
Seeing Figure 13～Figure 15, described mounting groove 3-1 is T-slot, and the cross section of described movable guiding rail 4 is
T-shaped with what mounting groove 3-1 matched.Use this structure to be advantageous in that, utilize the feature of T-type structure,
Not only it is easy to the installation of movable guiding rail 4, and the head of T-type structure can form described position limiting structure 5.
Seeing Figure 13～Figure 15, it is same that the inner side of the fixing guide rail 3 of described first rail unit 1 is provided with group card
Step band avoiding hollow groove 3-2, for installing group card Timing Belt 2a driving card 12 to move.
Seeing Figure 10-Figure 12, described actuating unit includes motor 3a and synchronizes wheel 4a, wherein, described synchronization
Wheel 4a is three, and described group of card Timing Belt 2a walks around described three and synchronize wheel 4a formation triangle loop structure,
One of them right-angle side dialled in card Timing Belt 2a of this triangle loop structure is partially into described guide rail 1a
Interior composition working portion；Described motor 3a wheel Tong Bu with one of them 4a connects.
Seeing fixed plate 5a that is arranged over of Figure 10-Figure 12, described guide rail 1a, described card bucket 7a is connected to
In this fixed plate 5a；Described fixed plate 5a is being provided with outward extending extension board 5-1a with motor 3a corresponding position,
Described motor 3a is fixed on this extension board 5-1a；The upside of described fixed plate 5a with card release station 1-2a
Corresponding position, place is provided with backing plate 6a, for installing the card transfer released downwards at card release station 1-2a by card
Mechanism.
Seeing Figure 10-Figure 15, the operation principle of described turnover card guide rail mechanism is: under normality, two activities are led
The opposite end of rail 4 is stretched out outside mounting groove 3-1, and this guide rail may be used for normal card 12 and carries；Work as card
12 need to enter from bottom to top into card station or when card release station is sent downwards, drive mechanism pulls out
Movable guiding rail 4, is allowed to overcome the active force of spring 6 to move laterally thus retracts in mounting groove 3-1 so that
Card 12 is passed through.
Seeing Fig. 1-Figure 15, smart card of the present utility model produces the operation principle of the card transition apparatus of equipment
It is: card transition apparatus of the present utility model may be used for connecting that to have two cards of identical card feed beat defeated
Send mechanism, but for connecting first card transport 1b with card transporting velocity faster and having
Second card transport 2b of slower card transporting velocity has the advantage become apparent from.In work process,
First with the first card transfer device 4b, the card 12 in the first card transport 1b is transferred to card
Transition conveyer structure 3b enters card station 1-1a, then is pulled over machine by the card 12 of card transition conveyer structure 3b
Structure is fed forward, the card feed beat one between the first card transport 1b and card transition conveyer structure 3b
Cause；Then pass through the second card transfer device 5b by the card release station 1-2a of card transition conveyer structure 3b
Card 12 transfer in card temporary tank 6b, then by card sending mechanism 7b by the second card transport 2b
Card feed beat hair fastener from card temporary tank 6b so that the first card conveyer that card feed beat is different
Transition can be realized smoothly between structure 1b and the second card transport 2b.
Seeing Fig. 1-Figure 15, the card transition apparatus applying above-mentioned smart card to produce equipment of the present embodiment realizes
Smart card produce equipment card transition method, comprise the following steps:
Card 12 is transported to end by the Timing Belt 1-1b in (1) first card transport 1b, and then
One card transfer device 4b will be located in the card 12 of end and is pushed up delivering to entering of card transition conveyer structure 3b
At card station 1-1a, the first card transfer device 4b resets and waits that pushing next card 12 (sees subsequently
Fig. 5)；
(2) the card Timing Belt 2a that dials in card transition conveyer structure 3b moves, and will enter at card station 1-1a
Card is pulled over forward so that enters card station 1-1a and becomes idle station, waits the feeding of next card 12；
(3) when at the card 12 in card transition conveyer structure 3b is pulled over to card release station 1-2a,
Card 12 is delivered to while card station 1-1a by the first card transfer device 4b, the second card transfer device
Card 12 on card release station 1-2a is pushed in card temporary tank 6b (seeing Fig. 7 and Fig. 8) by 5b；
(4) the hair fastener sucker 7-1b in card sending mechanism 7b reciprocally makees vertical motion, by card temporary tank 6b
In the card head end being sent to the second card transport 2b one by one, by the second card transport 2b
Timing Belt 2-1b be fed forward.
Embodiment 2
The present embodiment difference compared with Example 1 is:
Described first pushes away card actuating unit and hair fastener actuating unit is made up of servomotor, and described second pushes away card moves
Force mechanisms is made up of cylinder.
See Figure 16 and Figure 17, in described card transition conveyer structure 3b, eliminate in embodiment 1
Drive mechanism (retains connecting rod therein and linear bearing).Movable guiding rail 4 described in the present embodiment stretches out
The end face of the part of mounting groove 3-1 and bottom surface are all provided with being set to inclined plane 4-1, and wherein, summit portion is downward-sloping,
Bottom surface portions is inclined upwardly.Lateral thrust when the present embodiment utilizes card 12 to move, movable guiding rail 4 produced
The guide rail 4 that innervates is retracted in mounting groove 3-1, specifically, when card 12 enters card from bottom to top
Transfer passage or when leaving card transfer passage from the top down, by described inclined plane 4-1 when card 12 moves
Movable guiding rail 4 is produced lateral thrust so that movable guiding rail 4 can overcome the elastic force of described spring 6 automatic
Retracting in mounting groove 3-1 in ground, it is not necessary to is return by the independent external force guide rail 4 that innervates.
Above-mentioned for this 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 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 (9)
1. smart card produces a card transition apparatus for equipment, and this card transition apparatus is arranged on the first card
Between conveying mechanism and the second card transport, it is characterised in that this card transition apparatus includes card mistake
Cross conveying mechanism, card is sent to entering of card transition conveyer structure from the end of the first card transport
First card transfer device of card station, card is sent to card from the card release station of card transition conveyer structure
Second card transfer device of sheet temporary tank and the card in card temporary tank is sent to the second card conveying
The card sending mechanism at the top of mechanism, wherein:
Described card transition conveyer structure includes that guide rail and card are pulled over mechanism, wherein, described guide rail along
The top of card conveying direction and end enter card station and card release station described in arranging；Described card is pulled over mechanism
Including dialling card Timing Belt and driving group actuating unit of card Timing Belt operating, wherein, on described group of card Timing Belt
Being provided with the moving tooth for card of pulling over, this group of card Timing Belt encompasses loop structure, and this group in the horizontal plane
Card Timing Belt has the working portion entered in described guide rail；
Described first card transfer device includes that first pushes away dop and promote first to push away dop and make vertical motion
First pushes away card actuating unit；Under normality, described first pushes away under the end that dop is positioned at the first card transport
Side, and the end of the first card transport is positioned at the lower section entering card station of card transition conveyer structure；
Described second card transfer device includes that second pushes away dop and promote second to push away dop and make vertical motion
Second pushes away card actuating unit；Described card temporary tank is positioned at the lower section of the card release station of card transition conveyer structure；
Described second pushes away dop is vertically being right against the setting of card temporary tank；
Described card sending mechanism is positioned at the lower section of the head end of the second card transport, and this card sending mechanism includes hair fastener
The hair fastener actuating unit of vertical motion made by sucker and driving hair fastener sucker.
Smart card the most according to claim 1 produces the card transition apparatus of equipment, it is characterised in that
The card that is arranged over entering card station of described card transition conveyer structure struggles against；In described first card transfer device
First push away card actuating unit by two concatenation cylinders constitute.
Smart card the most according to claim 2 produces the card transition apparatus of equipment, it is characterised in that
The card station that enters of described card transition conveyer structure is two, correspondingly, each enter card station top and under
Side is respectively provided with card bucket and the first card transfer device.
4. produce the card transition apparatus of equipment according to the smart card described in any one of claim 1-3, it is special
Levying and be, in described second card transfer device, described second pushes away card actuating unit includes servomotor, silk
Feed screw nut and described second in thick stick drive mechanism and connection lead-screw drive mechanism pushes away the connection group of dop
Part.
Smart card the most according to claim 4 produces the card transition apparatus of equipment, it is characterised in that
In described second card transport, along card conveying direction, also set after described card temporary tank
Having independent card-issuing device, this independent card-issuing device includes that hair fastener inhales bucket and card sending mechanism.
Smart card the most according to claim 4 produces the card transition apparatus of equipment, it is characterised in that
Described first pushes away dop and second pushes away dop and is constituted by pushing away fixture block and card sucker, described in push away fixture block push away card
Face is concordant with the suction card face of card sucker；In described card temporary tank, the position near bottom is provided with air nozzle.
7. produce the card transition apparatus of equipment according to the smart card described in any one of claim 1-3, it is special
Levying and be, in described card transition conveyer structure, entering of described guide rail is all provided with on card station and card release station
Having turnover card guide rail mechanism, this turnover card guide rail mechanism includes that the first rail unit being oppositely arranged and second is led
Rail unit, each rail unit all includes fixing guide rail and movable guiding rail, wherein, in two rail units
Being equipped with mounting groove at the opposite face of fixing guide rail, described movable guiding rail is located in corresponding mounting groove, normality
The opposite end of lower two movable guiding rails is stretched out outside mounting groove, stretches out the part of mounting groove in two movable guiding rails
End face constitutes card bearing-surface；In each rail unit, it is provided with between described fixing guide rail and movable guiding rail
The spring that the described bearing-surface of guide rail that innervates under normality stretches out outside mounting groove, and this fixing guide rail and activity
It is provided with between guide rail under normality for offsetting the position limiting structure of the elastic force of described spring.
Smart card the most according to claim 7 produces the card transition apparatus of equipment, it is characterised in that
End face and the bottom surface of stretching out the part of mounting groove in described movable guiding rail are all provided with being set to inclined plane, wherein, and end face
Part is downward-sloping, and bottom surface portions is inclined upwardly.
Smart card the most according to claim 7 produces the card transition apparatus of equipment, it is characterised in that
Described fixing guide rail is provided with the drive mechanism for driving movable guiding rail to retract in mounting groove, this driving machine
Structure includes installing plate, cylinder and connecting rod, and wherein, described installing plate is arranged on the outside of fixing guide rail；
The cylinder body of described cylinder is fixing on a mounting board, and the outer end of the expansion link of this cylinder holds out against on fixing guide rail；
Described connecting rod one end is connected with installing plate, and the other end is connected through fixing guide rail and movable guiding rail are fixing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620017745.3U CN205471488U (en) | 2016-01-07 | 2016-01-07 | Card transition device of smart card production facility |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620017745.3U CN205471488U (en) | 2016-01-07 | 2016-01-07 | Card transition device of smart card production facility |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205471488U true CN205471488U (en) | 2016-08-17 |
Family
ID=56664331
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620017745.3U Withdrawn - After Issue CN205471488U (en) | 2016-01-07 | 2016-01-07 | Card transition device of smart card production facility |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205471488U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105417115A (en) * | 2016-01-07 | 2016-03-23 | 广州市明森机电设备有限公司 | Card transition device and method for intelligent card production equipment |
| CN106276188A (en) * | 2016-10-15 | 2017-01-04 | 广州明森科技股份有限公司 | A kind of smart card transition conveyer device and method |
| CN106601651A (en) * | 2016-10-15 | 2017-04-26 | 广州明森科技股份有限公司 | Multi-chip contact type intelligent card slot milling packaging device |
-
2016
- 2016-01-07 CN CN201620017745.3U patent/CN205471488U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105417115A (en) * | 2016-01-07 | 2016-03-23 | 广州市明森机电设备有限公司 | Card transition device and method for intelligent card production equipment |
| CN105417115B (en) * | 2016-01-07 | 2017-08-11 | 广州明森科技股份有限公司 | The card transition apparatus and method of a kind of smart card production equipment |
| CN106276188A (en) * | 2016-10-15 | 2017-01-04 | 广州明森科技股份有限公司 | A kind of smart card transition conveyer device and method |
| CN106601651A (en) * | 2016-10-15 | 2017-04-26 | 广州明森科技股份有限公司 | Multi-chip contact type intelligent card slot milling packaging device |
| CN106601651B (en) * | 2016-10-15 | 2023-06-06 | 广州明森科技股份有限公司 | Multi-chip contact type intelligent card milling groove packaging equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105417115B (en) | The card transition apparatus and method of a kind of smart card production equipment | |
| CN205471488U (en) | Card transition device of smart card production facility | |
| CN106601651B (en) | Multi-chip contact type intelligent card milling groove packaging equipment | |
| CN106087270B (en) | Automatic production line for medical gauze | |
| CN101767404B (en) | Integrative full-automatic pipe installing and removing device of vertical injection molding machine | |
| CN106276188A (en) | A kind of smart card transition conveyer device and method | |
| CN103057740B (en) | Coreless toilet paper bagging machine | |
| CN105501544A (en) | Automatic ice cream packaging system | |
| CN205653571U (en) | Out pocket sewing machine | |
| CN101368807B (en) | Automatic package clamping device for civil explosive automatic packaging assembly line | |
| CN208164393U (en) | A kind of carton impression device | |
| CN108438794A (en) | The conveying mechanism of wire body pipeline | |
| CN202089554U (en) | Enclosed multi-section rotation moving fixture conveying device | |
| CN205471463U (en) | Card transition conveyer constructs | |
| CN109514252A (en) | A kind of jig circulation mechanism of puncture needle kludge | |
| CN206203293U (en) | The fast automatic positioning component of body is drawn in one kind transmission | |
| CN203254536U (en) | Bottle blank conveying mechanism of bottle blowing machine | |
| CN205525229U (en) | Preformed bag packagine machine's translation mechanism | |
| CN204197365U (en) | A kind of Wine bottle packing machine charging branch mailbox mechanism | |
| CN203526376U (en) | Automatic catch emptying device of elevator guide rail | |
| CN105438544A (en) | Automatic packaging line for back-end process of white spirit | |
| CN201076556Y (en) | Sanitary towel production line high speed ricker | |
| CN205465421U (en) | Business turn over card guide rail | |
| CN108942144A (en) | A kind of electromagnetic valve component assembly method | |
| CN105667882B (en) | The material of prefabricated bag package machine clasps conveying device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20170811 |
|
| AV01 | Patent right actively abandoned |