CN205015933U - Running roller traction drive card formula card sender floats suitable for different thickness cards - Google Patents
Running roller traction drive card formula card sender floats suitable for different thickness cards Download PDFInfo
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- CN205015933U CN205015933U CN201520633157.8U CN201520633157U CN205015933U CN 205015933 U CN205015933 U CN 205015933U CN 201520633157 U CN201520633157 U CN 201520633157U CN 205015933 U CN205015933 U CN 205015933U
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Abstract
The utility model discloses a running roller traction drive card formula card sender floats suitable for different thickness cards, which comprises a housing, the clamping, installing a base plate, draw gear, card distributing device, drive arrangement and controlling means, mounting substrate is provided with a pair of support that pulls, draw gear includes at least a set of drive mechanism, drive mechanism includes the passageway running roller, the running roller floats, board and torsional spring float, the passageway running roller, running roller and the unsteady board of floating all set up this a pair of draw the support on, the passageway running roller, running roller and the unsteady board of floating passes through the gear train and meshes mutually, the passageway running roller lies in the below of the running roller that floats, unsteady board articulates on pulling the support, it sets up jaggedly to pull the support, the running roller bearing of floating is in the breach, the running roller that floats links with unsteady board, clearance between unsteady running roller and the passageway running roller forms the card channel that sends out of card, the support is being pull in the torsional spring setting, unsteady board is pressed to the end that stretches out of torsional spring. The clearance of sending out card channel can be adjusted to this card sender, is fit for the card of different thickness.
Description
Technical field
The utility model relates to a kind of card machine, specifically refers to the floating running roller traction drive card form card sender being applicable to different-thickness card.
Background technology
Along with the high speed development of science and technology, the vehicle pass-through of highway, community manages a large amount of use card dispatchers, because the visa card thickness span on market is large, from 0.9mm ~ 6mm not etc., the passage common design of the card dispatcher on current market is easy, to card thickness poor compatibility, and some product channels drive passage to inhale card owing to wanting the thick one-way wheel that is designed to of compatible cards, easily there is the problems such as card skids, card card, meanwhile, when brush gets official card or stored value card, need card to put into passage, spue again after swiping the card, have a strong impact on work efficiency.
Existing card sender includes casing, clip, installation base plate, draw-gear, card-issuing device, drive unit and control device, installation base plate is the hollow sheet frame with perforate, installation base plate level is fixedly installed in casing, be positioned at the top of clip, clip is vertically arranged, clip has draw-in groove, bayonet socket, for storing card card chamber and drive the card in card chamber to move up from the card-holding mechanism of card chamber card release, draw-gear and card-issuing device are all arranged on installation base plate, the draw-in groove of card-issuing device and clip is suitable, for the card in card chamber is sent, the bayonet socket of draw-gear and clip is suitable, for the card traction from card chamber is gone out bayonet socket to card sender, go out bayonet socket to be arranged on clamping groove plate.
But the draw-gear in existing card sender adopts upper and lower two running roller Traction Drive cards, running roller rotates with the traction realized card, gap between upper and lower two running rollers forms the sending channel of card, but two running rollers can only sway, can not fluctuate, therefore, the gap between two running rollers is determined, cannot be applicable to the card of different-thickness.
Meanwhile, existing draw-gear generally only has one group of running roller, and the snap-in force of running roller and card is relatively little, and card easily skids, and causes card release unstable.Meanwhile, when brush gets stored value card, official card, need that card is put into passage and read, have impact on work efficiency greatly.
Utility model content
The purpose of this utility model is to provide the floating running roller traction drive card form card sender being applicable to different-thickness card, and this card sender can adjust the gap of sending channel, is applicable to the card of different-thickness.
Above-mentioned purpose of the present utility model is achieved through the following technical solutions: the floating running roller traction drive card form card sender being applicable to different-thickness card, comprise casing, clip, installation base plate, draw-gear, card-issuing device, drive unit and control device, it is characterized in that: described installation base plate is vertically symmetrically arranged with a pair traction bearing, described draw-gear comprises at least one group of haulage gear, haulage gear comprises passage running roller, float running roller, float plate and torsion spring, described passage running roller, floating running roller and float plate are all erected on this pair traction bearing, passage running roller, gear set by being positioned at traction bearing the same side between running roller and the float plate of floating is meshed transmission, gear set is connected with drive unit, described passage running roller is positioned at the below of floating running roller, float plate is hinged on traction bearing, can rotate along jointed shaft, traction bearing offers breach, described dancer wheel carrier is contained in float plate, and support is in breach, floating running roller and float plate are connected, the gap of floating between running roller and passage running roller forms the sending channel of card, sending channel and card sender to go out bayonet socket adjacent, and sending channel with go out bayonet socket and be positioned at same level, card from sending channel is sent by the bayonet socket that goes out of card sender, described torsion spring is also arranged on traction bearing, the external part pressing float plate of torsion spring, described floating running roller upwards floats along the gradient of breach and synchronously drives float plate to rotate around jointed shaft simultaneously under card promotes, thus the gap that adjustment is floated between running roller and passage running roller, be applicable to the card of different-thickness, after card card release, under the effect of torsion spring elastic-restoring force pressing float plate, float plate is turned round around jointed shaft, synchronous drive dancer wheel resets downwards along the gradient of breach.
Card sender of the present utility model adopts running roller design of floating, and makes the gap between running roller can do accommodation according to the thickness of card, is applicable to the card of different-thickness, has universality.
As preferred embodiments, in order to when ensureing hair fastener, card is fitted tightly by passage running roller and card during sending channel, there is larger friction force, the non-slip card release of card is stablized, the utility model can do following improvement: described haulage gear is identical two groups of structure, be arranged on a pair described traction bearing in front and back shape, two groups of haulage gears share a spring, two groups of haulage gears form two running roller drive-type draw-gear that floats of card sender, described two running roller drive-type draw-gear snap-in force of floating is large, when can ensure hair fastener, card is fitted tightly by passage running roller and card during sending channel, there is larger friction force, the non-slip card release of card is stablized.
In the utility model, described float plate is the U-board that Open Side Down, float plate is made up of the otic placode of vertical setting and the connection deckle board be connected with otic placode that is positioned at middle horizontally set being positioned at both sides, connect deckle board and otic placode perpendicular, described dancer wheel carrier is contained on the otic placode of float plate, and described float plate is overlapped on traction bearing by otic placode.
In the utility model, described passage running roller has passage rolling axle, described dancer wheel has dancer wheel shaft, described passage running roller, the gear set floated between running roller and float plate comprises passage gear, floating gear, float plate gear and transmission gear, passage gear, floating gear, float plate gear is set in passage rolling axle, the end of dancer wheel shaft and float plate jointed shaft, transmission gear is arranged on the side of traction bearing, described passage gear, transmission gear, float plate gear and floating gear are meshed successively, described passage running roller is connected with drive unit in the one end away from passage gear, power is provided to described gear set by drive unit.
In the utility model, described drive unit comprises passage motor, and passage motor is connected by belt gear transmission mechanism with passage running roller.
In the utility model, the engaged wheel that described belt gear transmission mechanism comprises belt, is arranged on the driving wheel on motor output shaft and is arranged on passage rolling axle, belt is connected with engaged wheel with driving wheel.
In the utility model, the breach that described traction bearing is offered is V-arrangement.
In the utility model, the thickness of described card is within the scope of 0.9mm ~ 6mm.
In the utility model, described control device comprises master control board, front sensor, rear sensor and antenna plate, master control board respectively with front sensor, rear sensor and antenna plate are connected, antenna plate has antenna, master control board is arranged on installation base plate, described front sensor and rear sensor are installed on traction bearing, front sensor is arranged on the front portion of traction bearing along card release direction, rear sensor setting is at the rear portion of traction bearing along card release direction, front sensor and arranging of rear sensor all match with haulage gear, for responding to the card exported from haulage gear, and induced signal is transferred to described master control board, bayonet socket is gone out to card sender from the read transmission of sending channel, described antenna plate is also arranged on installation base plate, the antenna of antenna plate is just to sending channel, described antenna plate can read and write the card through sending channel by antenna under master control board triggers.
In order to make card sender, there is better compatibility, the utility model can also do following improvement: described card sender also has clamping groove plate, clamping groove plate is arranged on the front end of installation base plate along card card release direction, described clamping groove plate offers draw-in groove of swiping the card, described draw-in groove of swiping the card is positioned at immediately below sending channel, swipe the card draw-in groove for putting into official card or stored value card, draw-in groove of swiping the card has draw-in groove mouth, draw-in groove mouth is positioned at the below that card sender goes out bayonet socket, described control device also comprises card sensor, described card sensor is also arranged on installation base plate, card sensor is arranged on the lower surface of antenna plate, card sensor is just to sending channel and draw-in groove of swiping the card, described card sensor is also connected with master control board, card sensor is for responding to swipe the card official card in draw-in groove or stored value card, and induced signal is transferred to described master control board, described antenna plate can read and write by antenna swipe the card official card in draw-in groove or stored value card under master control board triggers.
Compared with prior art, card sender of the present utility model adopts the design of running roller floating principle, makes the gap between running roller can do accommodation according to the thickness of card, and card thickness is compatible large, be applicable to market different-thickness card, meanwhile, passage introduction and card fit tightly, and friction force is large, adopt the design of floating gear Dual Drive, snap-in force is large, ensures the suction of passage pair of rollers card, and card is non-slip, not card.There is custom-designed official card, stored value card swipes the card draw-in groove, simple, convenient.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further details.
Fig. 1 is the one-piece construction figure of the utility model card sender;
Fig. 2 is the one-piece construction figure after the utility model card sender removes casing;
Fig. 3 is the structural drawing that in the utility model card sender, draw-gear is arranged on installation base plate;
Fig. 4 is the explosive view of Fig. 3;
Fig. 5 is the structural drawing of draw-gear in the utility model card sender;
Fig. 6 is another angled arrangement figure of draw-gear in the utility model card sender;
Fig. 7 is the structural drawing in the utility model card sender after draw-gear removal float plate;
Fig. 8 is the structural drawing in the utility model card sender after draw-gear removal gear set;
Fig. 9 is the side view of draw-gear in the utility model card sender;
Figure 10 is the front elevation of draw-gear in the utility model card sender;
Figure 11 is the vertical view of draw-gear in the utility model card sender.
Description of reference numerals
1, casing; 2, clip; 3, installation base plate; 4, card-issuing device; 5, master control board;
6, bearing is drawn; 7, passage running roller; 8, float running roller; 9, float plate;
91, deckle board is connected; 92, otic placode; 10, torsion spring; 11, passage gear; 12, floating gear;
13, float plate gear; 14, transmission gear; 15, passage motor; 16, belt;
17, driving wheel; 18, engaged wheel; 19, front sensor; 20, rear sensor;
21, card sensor; 22, clamping groove plate; 23, to swipe the card draw-in groove; 24, draw-in groove mouth;
25, antenna plate; 26, bayonet socket is gone out
Embodiment
The floating running roller traction drive card form card sender being applicable to different-thickness card as shown in Figure 1 to 11, comprise casing 1, clip 2, installation base plate 3, draw-gear, card-issuing device 4, drive unit and control device, installation base plate 3 is for having the hollow sheet frame of perforate, installation base plate 3 level is fixedly installed in casing 1, be positioned at the top of clip 2, clip 2 is vertically arranged, clip 2 has draw-in groove, bayonet socket, for storing card card chamber and drive the card in card chamber to move up from the card-holding mechanism of card chamber card release, draw-gear and card-issuing device 4 are all arranged on installation base plate 3, card-issuing device 4 is suitable with the draw-in groove of clip 2, for the card in card chamber is sent, the bayonet socket of draw-gear and clip 2 is suitable, for the card traction from card chamber is gone out bayonet socket 26 to card sender.
Installation base plate 3 is vertically symmetrically arranged with a pair traction bearing 6, draw-gear comprises the identical haulage gear of two groups of structures, two groups of haulage gears are that front and back shape is arranged on a pair traction bearing 6 along card direction of transfer, each group haulage gear includes passage running roller 7, float running roller 8, float plate 9 and torsion spring 10, two groups of haulage gears share a spring, two groups of haulage gears form two running roller drive-type draw-gear that floats of card sender, two running roller drive-type draw-gear snap-in force of floating is large, when can ensure hair fastener, card is fitted tightly by passage running roller during sending channel 7 and card, there is larger friction force, the non-slip card release of card is stablized.
Passage running roller 7 in haulage gear, floating running roller 8 and float plate 9 are all erected on this pair traction bearing 6, passage running roller 7, gear set by being positioned at traction bearing 6 the same side between running roller 8 and the float plate 9 of floating is meshed transmission, gear set is connected with drive unit, passage running roller 7 is positioned at the below of floating running roller 8, float plate 9 is hinged on traction bearing 6, can rotate along jointed shaft, traction bearing 6 offers V-notch, running roller 8 frame that floats is contained in float plate 9, and support is in V-notch, the running roller 8 that floats is connected with float plate 9, the gap of floating between running roller 8 and passage running roller 7 forms the sending channel of card, sending channel and card sender to go out bayonet socket 26 adjacent, and sending channel with go out bayonet socket 26 and be positioned at same level, card in clip 2 is sent to sending channel by card-issuing device 4, card from sending channel is sent by the bayonet socket 26 that goes out of card sender, torsion spring 10 is also arranged on traction bearing 6, the external part pressing float plate 9 of torsion spring 10, the while that the running roller 8 that floats upwards floating also along the gradient of V-notch under card promotes, the synchronous float plate 9 that drives is rotated around jointed shaft, thus the gap that adjustment is floated between running roller 8 and passage running roller 7, be applicable to the card of different-thickness, after card card release, under torsion spring 10 elastic-restoring force pressing float plate 9 acts on, float plate 9 is turned round around jointed shaft, synchronous drive dancer wheel 8 resets downwards along the gradient of V-notch.
Float plate 9 in the present embodiment is the U-board that Open Side Down, float plate 9 is made up of the otic placode 92 of vertical setting and the connection deckle board 91 be connected with otic placode 92 that is positioned at middle horizontally set being positioned at both sides, connect deckle board 91 perpendicular with otic placode 92, running roller 8 frame that floats is contained on the otic placode 92 of float plate 9, and float plate 9 is overlapped on traction bearing 6 by otic placode 92.
In the present embodiment, passage running roller 7 has passage rolling axle, the running roller 8 that floats has dancer wheel shaft, passage running roller 7, the gear set floated between running roller 8 and float plate 9 comprises passage gear 11, floating gear 12, float plate gear 13 and transmission gear 14, passage gear 11, floating gear 12, float plate gear 13 is set in passage rolling axle, the end of dancer wheel shaft and float plate 9 jointed shaft, transmission gear 14 is arranged on the side of traction bearing 6, passage gear 11, transmission gear 14, float plate gear 13 and floating gear 12 are meshed successively, passage running roller 7 is connected with drive unit in the one end away from passage gear 11, power is provided to gear set by drive unit.Drive unit comprises passage motor 15, the gear set of two groups of haulage gears shares this passage motor 15, passage motor 15 is connected by belt gear transmission mechanism with passage running roller 7, the engaged wheel 18 that this belt gear transmission mechanism comprises belt 16, is arranged on the driving wheel 17 on motor output shaft and is arranged on passage rolling axle, belt 16 is connected with engaged wheel 18 with driving wheel 17, and driving wheel 17 drives engaged wheel 18 to rotate by belt 16.Gear set transmission drives passage running roller 7 and floating running roller 8 to rotate, thus traction is moved along sending channel from the card in clip 2, then draws to go out bayonet socket 26 to card sender, is sent by card by the bayonet socket 26 that goes out of card sender.
Passage running roller 7 in the present embodiment can only rotate around passage rolling axle, can not fluctuate, and the running roller 8 that floats not only can rotate around dancer wheel shaft, can also fluctuate along the gradient of V-notch.The running roller 8 that floats changes with the gap of passage running roller 7 in location free procedure, to adjust the gap between floating running roller 8 and passage running roller 7, is applicable to the card of different-thickness.
The control device of the present embodiment comprises master control board 5, front sensor 19, rear sensor 20 and antenna plate 25, master control board 5 respectively with front sensor 19, rear sensor 20 and antenna plate 25 are connected by wire, antenna plate 25 has antenna, master control board 5 is arranged on installation base plate 3, front sensor 19 and rear sensor 20 are installed on traction bearing 6, front sensor 19 is arranged on the front portion of traction bearing 6 along card release direction, rear sensor 20 is arranged on the rear portion of traction bearing 6 along card release direction, front sensor 19 and arranging of rear sensor 20 all match with haulage gear, for responding to the card exported from haulage gear, and induced signal is transferred to master control board 5, bayonet socket 26 is gone out to card sender from the read transmission of sending channel, antenna plate 25 is also arranged on installation base plate 3, the antenna of antenna plate 25 is just to sending channel, antenna plate 25 can read and write the card through sending channel by antenna under master control board 5 triggers.
In the present embodiment, in order to make card sender have more compatibility, also having additional draw-in groove 23 of swiping the card, making card sender have function of swiping card.This card sender also has clamping groove plate 22, clamping groove plate 22 is arranged on the front end of installation base plate 3 along card card release direction, clamping groove plate 22 offers draw-in groove 23 of swiping the card, draw-in groove 23 of swiping the card is positioned at immediately below sending channel, swipe the card draw-in groove 23 for putting into official card or stored value card, draw-in groove 23 of swiping the card has draw-in groove mouth 24, draw-in groove mouth 24 is positioned at the below that card sender goes out bayonet socket 26, with go out bayonet socket 26 in descending parallel shape to arrange haply, corresponding with setting up draw-in groove 23 of swiping the card, control device also has additional card sensor 21, card sensor 21 is also arranged on installation base plate, card sensor 21 is arranged on the lower surface of antenna plate 25, card sensor 21 is just to sending channel and draw-in groove 23 of swiping the card, card sensor 21 is also connected with master control board 5, card sensor 21 is for responding to swipe the card official card in draw-in groove 23 or stored value card, and induced signal is transferred to master control board 5, antenna plate 25 can read and write by antenna swipe the card official card in draw-in groove 23 or stored value card under master control board 5 triggers.
The draw-gear of the present embodiment is applicable to the card of different-thickness, and the thickness of card is within the scope of 0.9mm ~ 6mm, and the card in the present embodiment refers to the card from clip 2, is different from official card or stored value card.Official card and stored value card put into custom-designed draw-in groove read-write of swiping the card.
Whether the card sensor 21 in the present embodiment and the antenna of antenna plate 25 are used for induction and swipe the card in draw-in groove and have official card or stored value card to enter, antenna can only read one of them from the card of sending channel or the official card of draw-in groove of swiping the card and stored value card, when in draw-in groove of swiping the card, nothing is blocked, antenna reads the card of sending channel, swipe the card when to have card in draw-in groove, the card of draw-in groove of reading to swipe the card.
The structure that clip 2 in the present embodiment card sender, installation base plate 3, card-issuing device 4 are applied for before adopting applicant, also can adopt corresponding structure in prior art.
As the conversion of the present embodiment, draw-gear can comprise at least one group of haulage gear, such as one group or three groups, but is preferably two groups, and each group haulage gear includes passage running roller 7, float running roller 8, float plate 9 and torsion spring 10.
It is single running roller drive-type draw-gear that floats when draw-gear only has one group of haulage gear, the while that this floating running roller 8 floated in single running roller drive-type draw-gear upwards floating also along the gradient of breach under card promotes, the synchronous float plate 9 that drives is rotated around jointed shaft, thus the gap that adjustment is floated between running roller 8 and passage running roller 7, be applicable to the card of different-thickness, after card card release, under torsion spring 10 elastic-restoring force pressing float plate 9 acts on, float plate 9 is around jointed shaft revolution, and the synchronous dancer wheel 8 that drives resets downwards along the gradient of breach.
Above-described embodiment of the present utility model is not the restriction to the utility model protection domain; embodiment of the present utility model is not limited thereto; all this kind is according to foregoing of the present utility model; according to ordinary technical knowledge and the customary means of this area; do not departing under the utility model above-mentioned basic fundamental thought prerequisite; to the amendment of other various ways that the utility model said structure is made, replacement or change, all should drop within protection domain of the present utility model.
Claims (8)
1. be applicable to the floating running roller traction drive card form card sender of different-thickness card, comprise casing, clip, installation base plate, draw-gear, card-issuing device, drive unit and control device, it is characterized in that: described installation base plate is vertically symmetrically arranged with a pair traction bearing, described draw-gear comprises at least one group of haulage gear, haulage gear comprises passage running roller, float running roller, float plate and torsion spring, described passage running roller, floating running roller and float plate are all erected on this pair traction bearing, passage running roller, gear set by being positioned at traction bearing the same side between running roller and the float plate of floating is meshed transmission, gear set is connected with drive unit, described passage running roller is positioned at the below of floating running roller, float plate is hinged on traction bearing, can rotate along jointed shaft, traction bearing offers breach, described dancer wheel carrier is contained in float plate, and support is in breach, floating running roller and float plate are connected, the gap of floating between running roller and passage running roller forms the sending channel of card, sending channel and card sender to go out bayonet socket adjacent, and sending channel with go out bayonet socket and be positioned at same level, card from sending channel is sent by the bayonet socket that goes out of card sender, described torsion spring is also arranged on traction bearing, the external part pressing float plate of torsion spring, described floating running roller upwards floats along the gradient of breach and synchronously drives float plate to rotate around jointed shaft simultaneously under card promotes, thus the gap that adjustment is floated between running roller and passage running roller, be applicable to the card of different-thickness, after card card release, under the effect of torsion spring elastic-restoring force pressing float plate, float plate is turned round around jointed shaft, synchronous drive dancer wheel resets downwards along the gradient of breach.
2. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 1, it is characterized in that: described haulage gear is identical two groups of structure, be arranged on a pair described traction bearing in front and back shape, two groups of haulage gears share a spring, two groups of haulage gears form two running roller drive-type draw-gear that floats of card sender, described two running roller drive-type draw-gear snap-in force of floating is large, when can ensure hair fastener, card is fitted tightly by passage running roller and card during sending channel, there is larger friction force, the non-slip card release of card is stablized.
3. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 2, it is characterized in that: described float plate is the U-board that Open Side Down, float plate is made up of the otic placode of vertical setting and the connection deckle board be connected with otic placode that is positioned at middle horizontally set being positioned at both sides, connect deckle board and otic placode perpendicular, described dancer wheel carrier is contained on the otic placode of float plate, and described float plate is overlapped on traction bearing by otic placode.
4. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 2, it is characterized in that: described passage running roller has passage rolling axle, described dancer wheel has dancer wheel shaft, described passage running roller, the gear set floated between running roller and float plate comprises passage gear, floating gear, float plate gear and transmission gear, passage gear, floating gear, float plate gear is set in passage rolling axle, the end of dancer wheel shaft and float plate jointed shaft, transmission gear is arranged on the side of traction bearing, described passage gear, transmission gear, float plate gear and floating gear are meshed successively, described passage running roller is connected with drive unit in the one end away from passage gear, power is provided to described gear set by drive unit.
5. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 4, it is characterized in that: described drive unit comprises passage motor, passage motor is connected by belt gear transmission mechanism with passage running roller.
6. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 5, it is characterized in that: the engaged wheel that described belt gear transmission mechanism comprises belt, is arranged on the driving wheel on motor output shaft and is arranged on passage rolling axle, belt is connected with engaged wheel with driving wheel.
7. the floating running roller traction drive card form card sender being applicable to different-thickness card according to any one of claim 1 to 6, it is characterized in that: described control device comprises master control board, front sensor, rear sensor and antenna plate, master control board respectively with front sensor, rear sensor and antenna plate are connected, antenna plate has antenna, master control board is arranged on installation base plate, described front sensor and rear sensor are installed on traction bearing, front sensor is arranged on the front portion of traction bearing along card release direction, rear sensor setting is at the rear portion of traction bearing along card release direction, front sensor and arranging of rear sensor all match with haulage gear, for responding to the card exported from haulage gear, and induced signal is transferred to described master control board, bayonet socket is gone out to card sender from the read transmission of sending channel, described antenna plate is also arranged on installation base plate, the antenna of antenna plate is just to sending channel, described antenna plate can read and write the card through sending channel by antenna under master control board triggers.
8. the floating running roller traction drive card form card sender being applicable to different-thickness card according to claim 7, it is characterized in that: described card sender also has clamping groove plate, clamping groove plate is arranged on the front end of installation base plate along card card release direction, described clamping groove plate offers draw-in groove of swiping the card, described draw-in groove of swiping the card is positioned at immediately below sending channel, swipe the card draw-in groove for putting into official card or stored value card, draw-in groove of swiping the card has draw-in groove mouth, draw-in groove mouth is positioned at the below that card sender goes out bayonet socket, described control device also comprises card sensor, described card sensor is also arranged on installation base plate, card sensor is arranged on the lower surface of antenna plate, card sensor is just to sending channel and draw-in groove of swiping the card, described card sensor is also connected with master control board, card sensor is for responding to swipe the card official card in draw-in groove or stored value card, and induced signal is transferred to described master control board, described antenna plate can read and write by antenna swipe the card official card in draw-in groove or stored value card under master control board triggers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520633157.8U CN205015933U (en) | 2015-08-20 | 2015-08-20 | Running roller traction drive card formula card sender floats suitable for different thickness cards |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520633157.8U CN205015933U (en) | 2015-08-20 | 2015-08-20 | Running roller traction drive card formula card sender floats suitable for different thickness cards |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205015933U true CN205015933U (en) | 2016-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520633157.8U Active CN205015933U (en) | 2015-08-20 | 2015-08-20 | Running roller traction drive card formula card sender floats suitable for different thickness cards |
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| Country | Link |
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| CN (1) | CN205015933U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105118101A (en) * | 2015-08-20 | 2015-12-02 | 广东省高速公路有限公司 | Floating roller traction drive card type card-issuing machine suitable for cards of different thickness |
| CN109191606A (en) * | 2018-09-14 | 2019-01-11 | 广东利通科技投资有限公司 | Antenna plate jacks cotter mechanism |
-
2015
- 2015-08-20 CN CN201520633157.8U patent/CN205015933U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105118101A (en) * | 2015-08-20 | 2015-12-02 | 广东省高速公路有限公司 | Floating roller traction drive card type card-issuing machine suitable for cards of different thickness |
| CN105118101B (en) * | 2015-08-20 | 2018-01-05 | 广东省高速公路有限公司 | Suitable for the floating disk roller traction drive card form card sender of different-thickness card |
| CN109191606A (en) * | 2018-09-14 | 2019-01-11 | 广东利通科技投资有限公司 | Antenna plate jacks cotter mechanism |
| CN109191606B (en) * | 2018-09-14 | 2019-07-05 | 广东利通科技投资有限公司 | Antenna plate jacks cotter mechanism |
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