CN105117743B - The floating disk roller traction drive type card collection machine of card is received for different-thickness card - Google Patents
The floating disk roller traction drive type card collection machine of card is received for different-thickness card Download PDFInfo
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- CN105117743B CN105117743B CN201510515679.2A CN201510515679A CN105117743B CN 105117743 B CN105117743 B CN 105117743B CN 201510515679 A CN201510515679 A CN 201510515679A CN 105117743 B CN105117743 B CN 105117743B
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Abstract
The invention discloses the floating disk roller traction drive type card collection machine that card is received for different-thickness card,Including casing,Clip,Installation base plate,Draw-gear,Receive card device,Drive device and control device,Installation base plate sets a pair of traction bearings,Draw-gear includes prepass disk roller,Preceding floating disk roller,Preceding float plate and torsion spring,Prepass disk roller,Preceding floating disk roller and preceding float plate are erected on traction bearing,Prepass disk roller,It is meshed transmission by gear train between preceding floating disk roller and preceding float plate,Preceding float plate is hinged on traction bearing,Traction bearing opens up jagged,Preceding floating roller frame is in preceding float plate,And support is in breach,Preceding floating disk roller is connected with preceding float plate,Gap between preceding floating disk roller and prepass disk roller forms the receipts card channel of card,Torsion spring is also disposed at traction bearing,Float plate before the external part pressing of torsion spring.The card collection machine can adjust the gap for receiving card channel, be adapted to the card of different-thickness.
Description
Technical field
The floating disk roller traction drive type that card is received the present invention relates to a kind of card machine, in particular to for different-thickness card is received
Card machine.
Background technology
With the high speed development of science and technology, the vehicle pass-through management of highway, cell largely uses card dispatcher, due to
The current card thickness span of in the market is big, from the passage common design of the card dispatcher on 0.9mm~6mm, current market
Simplicity, to card thickness poor compatibility, and some product channels are blocked due to wanting compatible cards thickness to be designed to that unidirectional wheel drive passage is inhaled,
Easily occur card skid, card card the problems such as, meanwhile, it is necessary to which card is put into passage when swipe official card or stored value card, swipe the card
Spue and again afterwards, have a strong impact on operating efficiency.
Existing card collection machine includes casing, clip, installation base plate, draw-gear, receipts card device, drive device and control
Device, installation base plate are the hollow sheet frame with perforate, and installation base plate level is fixedly installed in casing, positioned at the upper of clip
Side, clip is vertically arranged, and clip has neck, bayonet socket, the card chamber for storing card and drives the card of card intracavitary upward
The mobile card-holding mechanism from card chamber card release, draw-gear are arranged on installation base plate with receiving card device, draw-gear and clip
Bayonet socket be adapted, for the card from card collection machine card inlet to be drawn to clip, the neck for receiving card device and clip is mutually fitted
Match somebody with somebody, for card to be hooked into the card intracavitary of clip.
But the draw-gear in existing card collection machine uses upper and lower two disk rollers Traction Drive card, disk roller is rotated to realize pair
The traction of card, the gap between upper and lower two disk roller form the receipts card channel of card, but two disk rollers can only pivoting, and
It can not fluctuate, therefore, what the gap between two disk rollers was to determine, the card of different-thickness can not be adapted to.
Meanwhile existing draw-gear typically only one group of disk roller, the snap-in force of disk roller and card is relatively small, and card holds
Easily skid, cause card release unstable.Meanwhile it is read out when swipe stored value card, official card, it is necessary to which card is put into passage, pole
Big have impact on operating efficiency.
The content of the invention
It is an object of the invention to provide the floating disk roller traction drive type card collection machine that card is received for different-thickness card, the receipts
Card machine can adjust the gap for receiving card channel, be adapted to the card of different-thickness.
The above-mentioned purpose of the present invention is achieved through the following technical solutions：The floating disk roller that card is received for different-thickness card is led
Draw drive-type card collection machine, including casing, clip, installation base plate, draw-gear, receipts card device, drive device and control device, its
It is characterised by：Described installation base plate is vertically symmetrically arranged with a pair of traction bearings, and described draw-gear includes prepass roller
Wheel, preceding floating disk roller, preceding float plate and torsion spring, described prepass disk roller, preceding floating disk roller and preceding float plate are set up
Drawn at this pair on bearing, by same positioned at traction bearing between prepass disk roller, preceding floating disk roller and preceding float plate
The gear train of side is meshed transmission, and gear train is connected with drive device, and described prepass disk roller is located at preceding floating disk roller
Lower section, preceding float plate are hinged on traction bearing, can rotated along jointed shaft, and traction bearing opens up jagged, the preceding floating
Roller frame is in the preceding float plate, and support, in breach, preceding floating disk roller is connected with preceding float plate, preceding floating disk roller and
Gap between prepass disk roller forms the receipts card channel of card, and receipts card channel is adjacent with the card inlet of card collection machine, and receives cartoon
Road is located at same level with card inlet, and card inlet of the card through card collection machine, which enters, receives card channel, then by receiving card device
Snap fit hooks into card in clip, and described torsion spring is also disposed at traction bearing, and float plate before the external part pressing of torsion spring is described
Preceding floating disk roller is floated upwards along the gradient of breach under card promotion and float plate rotates around jointed shaft before synchronous drive simultaneously,
So as to adjust preceding gap between floating disk roller and prepass disk roller, it is adapted to the card of different-thickness, after card enters card, in torsion spring
Float plate is turned round around jointed shaft before float plate effect is lower before elastic-restoring force pressing, slope of the floating disk roller along breach before synchronous drive
Degree resets downwards.
The card collection machine of the present invention uses floating disk roller design method so that the gap between disk roller can be according to the thickness of card
Degree does accommodation, is adapted to the card of different-thickness, has universality.
In the present invention, described preceding float plate is the U-board that Open Side Down, and preceding float plate is by positioned at the vertically arranged of both sides
Otic placode and positioned at centre laterally set be connected with otic placode connection deckle board composition, connection deckle board mutually hung down with otic placode
Directly, on the otic placode of preceding float plate, the preceding float plate is overlapped on traction bearing the preceding floating roller frame by otic placode.
In the present invention, described prepass disk roller has passage rolling axle, and described preceding floating disk roller has floating disk roller
Axle, the gear train between the prepass disk roller, preceding floating disk roller and preceding float plate include passage gear, floating gear, floated
Dynamic plate gear and travelling gear, passage gear, floating gear, floating plate gear are set in passage rolling axle, dancer
The end of wheel shaft and float plate jointed shaft, travelling gear are arranged on the side of traction bearing, described passage gear, driving cog
Wheel, floating plate gear and floating gear are meshed successively, and described prepass disk roller is in one end away from passage gear and drive
Dynamic device is connected, and power is provided from drive device to the gear train.
Described drive device includes passage motor, and passage motor passes through belt gear transmission mechanism phase with prepass disk roller
Connection.
Described belt gear transmission mechanism includes belt, the driving wheel on motor output shaft and installed in logical
Driven pulley on road rolling axle, belt are connected with driving wheel and driven pulley.
In the present invention, the breach that the traction bearing opens up is V-arrangement, and the thickness of the card is in 0.9mm~6mm scopes
It is interior.
As preferred embodiments, passage disk roller closely pastes with card when card is by receiving card channel during in order to ensure hair fastener
Close, there is larger frictional force, the non-slip card release of card is stable, and the present invention can do following improvement：Described draw-gear also increases
Provided with rear passage disk roller, rear floating disk roller and rear float plate, floating double roller wheel driving type draw-gear, described rear passage are formed
Disk roller is erected on a pair of described traction bearings, and described rear passage disk roller is also connected with drive device, rear passage disk roller
Identical with the structure of prepass disk roller and wait high setting, described rear float plate is hinged on traction bearing, can be along jointed shaft
Rotate, described rear float plate and preceding float plate share a torsion spring, before two external parts of torsion spring press respectively float plate and
Float plate afterwards, the snap fit passage of the snap fit disengaging for receiving card device is offered in the middle part of rear float plate, rear float plate is positioned at card
A disk roller frame is respectively arranged with left and right sides of working hard in glove with, the bottom of disk roller frame offers perforate, and two traction bearings are in neighbour
The position of nearly disk roller frame offers the rear breach of a V-arrangement, and described rear floating disk roller is a pair, and this is to rear floating disk roller position
Above rear passage disk roller, this corresponds to and is built in disk roller inframe respectively to rear floating disk roller, after disk roller frame support and limitation
Floating disk roller fluctuates, and the rolling axle of rear floating disk roller stretches out and support is in the rear in breach, the part of rear floating disk roller
Wheel body is exposed downwards by the bottom perforate of disk roller frame, the gap between rear floating disk roller and rear passage disk roller and preceding floating disk roller with
Gap between prepass disk roller collectively constitutes the receipts card channel of card, rear floating disk roller breach after card promotes lower edge
The gradient float upwards and float plate rotates around jointed shaft after synchronous drive simultaneously, so as to floating disk roller and rear passage roller after adjusting
Gap between wheel, it is adapted to the card of different-thickness, after card enters card, after the pressing of torsion spring elastic-restoring force under float plate effect
Float plate is turned round around jointed shaft afterwards, and the gradient of the floating disk roller along rear breach resets downwards after synchronous drive.
Described floating double roller wheel driving type draw-gear snap-in force is big, can ensure that card is by receiving card channel during hair fastener
Shi Tongdao disk rollers are brought into close contact with card, have larger frictional force, the non-slip card release stabilization of card.
The drive device being connected with described rear passage disk roller is also motor belt actuation, the rear passage roller
Gear is set with the rolling axle of wheel, is connected by belt with the output shaft of motor, described rear passage disk roller drives in motor
Dynamic lower rotation.
In the present invention, described control device includes master board, front sensor, rear sensor and antenna plate, master control
Making sheet is connected with front sensor, rear sensor and antenna plate respectively, and antenna plate has antenna, and master board is arranged on installation
On substrate, described front sensor and rear sensor are installed on traction bearing, wherein, front sensor is horizontally installed on traction
Bearing is along the rear portion for entering card direction, and rear sensor is vertically provided at traction bearing along the front portion for entering card direction, and front sensor is with after
The setting of sensor matches with haulage gear, enters the card for receiving card channel for sensing, and induced signal is transmitted
To described master board, the read transmission from card collection machine card inlet is also mounted at peace to card channel, described antenna plate is received
Fill on substrate, the antenna face of antenna plate receives card channel, and the antenna plate can be read and write under master board triggering by antenna
By the card for receiving card channel.
In order that obtaining card collection machine has more preferable compatibility, the present invention can also do following improvement：Described card collection machine is also
With clamping groove plate, clamping groove plate is arranged on installation base plate close to one end of card collection machine card inlet, and described clamping groove plate, which offers, swipes the card
Neck, the neck of swiping the card is positioned at the underface for receiving card channel, and neck of swiping the card is used to be put into official card or stored value card, neck of swiping the card
With card slot mouth, card slot mouth is located at the lower section of card collection machine card inlet, and described control device also includes card sensor, described card
Sensor is also mounted on installation base plate, card sensor be arranged on antenna plate lower surface, card sensor face receive card channel and
Swipe the card neck, the card sensor is also connected with master board, card sensor be used to sensing swipe the card official card in neck or
Stored value card, and induced signal is transferred to described master board, the antenna plate passes through antenna under master board triggering
The official card or stored value card swiped the card in neck can be read and write.
Compared with prior art, card collection machine of the invention is designed using disk roller floating principle so that the gap between disk roller
Accommodation can be done according to the thickness of card, card thickness compatibility is big, is adapted to market different-thickness card, meanwhile, passage
Introduction is brought into close contact with card, and frictional force is big, and using the design method of floating gear dual drive, snap-in force is big, ensures passage rolling
The suction to card is taken turns, card is non-slip, does not block card.There are the official card specially designed, stored value card to swipe the card neck, simple to operate,
It is convenient.
Brief description of the drawings
The present invention is described in further details with reference to the accompanying drawings and detailed description.
Fig. 1 is the overall structure figure of card collection machine of the present invention；
Fig. 2 is that card collection machine of the present invention removes the overall structure figure after casing；
Fig. 3 is the structure chart that draw-gear is arranged on installation base plate in card collection machine of the present invention；
Fig. 4 is Fig. 3 explosive view；
Fig. 5 is the structure chart of draw-gear in card collection machine of the present invention；
Fig. 6 is the structure chart that float plate and gear train are removed in Fig. 5；
Fig. 7 is another angled arrangement figure of draw-gear in card collection machine of the present invention；
Fig. 8 is the structure chart that float plate and gear train are removed in Fig. 7；
Fig. 9 is the side view of draw-gear in card collection machine of the present invention；
Figure 10 is the front view of draw-gear in card collection machine of the present invention；
Figure 11 is the top view of draw-gear in card collection machine of the present invention.
Description of reference numerals
1st, casing；2nd, clip；3rd, installation base plate；4th, card device is received；5th, master board；
6th, bearing is drawn；61st, breach；62nd, rear breach；7th, prepass disk roller；
8th, preceding floating disk roller；9th, preceding float plate；91st, deckle board is connected；92nd, otic placode；
10th, torsion spring；11st, passage gear；12nd, floating gear；13rd, floating plate gear；
14th, travelling gear；15th, passage motor；16th, belt；
17th, driving wheel；18th, driven pulley；19th, front sensor；20th, rear sensor；
21st, card sensor；22nd, clamping groove plate；23rd, swipe the card neck；24th, card slot mouth；
25th, antenna plate；26th, card inlet；27th, rear passage disk roller；28th, rear floating disk roller；
29th, rear float plate；291st, jointed shaft；292nd, snap fit passage；293rd, disk roller frame
Embodiment
The preceding floating disk roller traction drive type card collection machine for being used for different-thickness card and receiving card as shown in Figure 1 to 11, bag
Include casing 1, clip 2, installation base plate 3, draw-gear, receive card device 4, drive device and control device, installation base plate 3 be with
The hollow sheet frame of perforate, the level of installation base plate 3 is fixedly installed in casing 1, and positioned at the top of clip 2, clip 2 is vertically arranged,
Clip 2 has neck, bayonet socket, the card chamber for storing card and drives the card of card intracavitary to move up from card chamber card release
Card-holding mechanism, draw-gear are arranged on installation base plate 3 with receiving card device 4, and draw-gear is adapted with the bayonet socket of clip 2,
For the card from card collection machine card inlet 26 to be drawn to clip 2, receive card device 4 and be adapted with the neck of clip 2, for inciting somebody to action
Card hooks into the card intracavitary of clip,.
Installation base plate 3 is vertically symmetrically arranged with a pair of traction bearings 6, and draw-gear is floating double roller wheel driving type traction dress
Put, including front haulage unit and rear haulage unit, front haulage unit by prepass disk roller 7, preceding floating disk roller 8, preceding float plate 9 with
And torsion spring 10 is formed, the front haulage unit is close to the card inlet 26 of card collection machine, rear passage disk roller 27, rear floating disk roller 28 and rear floating
Dynamic plate 29 forms the rear haulage unit of draw-gear, and card inlet 26 of the rear haulage unit away from card collection machine, front haulage unit is with after
It is in that front and rear shape is arranged on a pair of traction bearings 6 that traction unit enters card direction along card, and two groups of haulage gears share a spring,
Floating double roller wheel driving type draw-gear snap-in force that two groups of haulage gears are formed is big, card passes through and receives card when can ensure to receive card
Prepass disk roller 7 is brought into close contact with card during passage, has larger frictional force, the non-slip hair fastener stabilization of card.
Prepass disk roller 7, preceding floating disk roller 8 and preceding float plate 9 in front haulage unit are erected at this pair of tractions
On bearing 6, pass through the gear positioned at traction bearing 6 the same side between prepass disk roller 7, preceding floating disk roller 8 and preceding float plate 9
Group is meshed transmission, and gear train is connected with drive device, and prepass disk roller 7 is located at the lower section of preceding floating disk roller 8, preceding float plate
9 are hinged on traction bearing 6, can be rotated along jointed shaft, and traction bearing 6 offers V-notch 61, and the breach 61 lacks to be preceding
Mouthful, preceding floating disk roller 8 is rack-mounted in preceding float plate 9, and support is in V-notch 61, preceding floating disk roller 8 and preceding float plate 9
It is connected, the gap between preceding floating disk roller 8 and prepass disk roller 7 forms the receipts card channel of card, receives card channel and card collection machine
Card inlet 26 it is adjacent, and receive card channel and card inlet and be located at same level, card inlet 26 of the card through card collection machine enters receipts
Card channel, then card is hooked into clip 2 by receiving card device, torsion spring 10 is also disposed at traction bearing 6, the stretching of torsion spring 10
Float plate 9 before end presses, preceding floating disk roller 8 is floated upwards along the gradient of V-notch under card promotion and while synchronous drive
Preceding float plate 9 rotates around jointed shaft, so as to adjust the gap between preceding floating disk roller 8 and prepass disk roller 7, is adapted to different-thickness
Card, after card enters card, the elastic-restoring force of torsion spring 10 pressing before float plate 9 act under preceding float plate 9 around jointed shaft turn round,
The gradient of the floating disk roller 8 along V-notch 61 resets downwards before synchronous drive.Preceding float plate 9 in the present embodiment is Open Side Down
U-board, preceding float plate 9 by the vertically arranged otic placode 92 positioned at both sides and positioned at centre laterally set with otic placode 92
The connection deckle board 91 being connected forms, connect deckle board 91 and otic placode 92 is perpendicular, and preceding floating disk roller 8 is rack-mounted in preceding float plate 9
On otic placode 92, preceding float plate 9 is overlapped on traction bearing 6 by otic placode 92.
In the present embodiment, prepass disk roller 7 has prepass rolling axle, and preceding floating disk roller 8 has preceding floating rolling axle, preceding
Gear train between passage disk roller 7, preceding floating disk roller 8 and preceding float plate 9 includes passage gear 11, floating gear 12, preceding floating
Dynamic plate gear 13 and travelling gear 14, passage gear 11, floating gear 12, preceding floating plate gear 13 are set in prepass
The end of rolling axle, preceding floating rolling axle and the jointed shaft of preceding float plate 9, travelling gear 14 are arranged on the side of traction bearing 6,
Passage gear 11, travelling gear 14, preceding floating plate gear 13 and floating gear 12 are meshed successively, and prepass disk roller 7 is remote
One end from passage gear 11 is connected with drive device, and power is provided from drive device to gear train.Drive device includes logical
Road motor 15, the gear train of two groups of haulage gears share a passage motor 15, and passage motor 15 passes through with prepass disk roller 7
Belt gear transmission mechanism is connected, and the belt gear transmission mechanism includes belt 16, the active on motor output shaft
Wheel 17 and the driven pulley 18 on prepass rolling axle, belt 16 are connected with driving wheel 17 and driven pulley 18, actively
Wheel 17 drives driven pulley 18 to rotate by belt 16.
Gear train transmission drives prepass disk roller 7 and preceding floating disk roller 8 to rotate, so as to enter card collection machine card inlet 26
Card enters along card channel is received, and takes in clip 2 card by receiving card device 4, realizes and receive card function.
Prepass disk roller 7 in the present embodiment can only rotate around prepass rolling axle, it is impossible to fluctuates, and preceding dancer
Wheel 8 is not only able to rotate around preceding floating rolling axle, additionally it is possible to is fluctuated along the gradient of V-notch 61.Preceding floating disk roller 8 is floating
Gap during dynamic with prepass disk roller 7 changes, with the gap before adjustment between floating disk roller 8 and prepass disk roller 7,
It is adapted to the card of different-thickness.
In the present embodiment, the rear passage disk roller 27 in rear haulage unit is erected on a pair of traction bearings 6, rear passage disk roller
27 are also connected with drive device, and rear passage disk roller 27 is identical with the structure of prepass disk roller 7 and waits high setting, rear float plate 29
It is hinged on traction bearing 6, can be rotated along jointed shaft 291, rear float plate 29 shares a torsion spring 10 with preceding float plate 9, turns round
Two external parts of spring 10 press preceding float plate 9 and rear float plate 29 respectively, and the middle part of rear float plate 29 offers to be clamped for receiving
The snap fit passage 292 for the snap fit disengaging put, rear float plate 29 are being respectively arranged with one positioned at the left and right sides of snap fit passage 292
Disk roller frame 293, the bottom of disk roller frame 293 offer perforate, and two traction bearings 6 open up in the position of neighbouring disk roller frame 293
There is the rear breach 62 of a V-arrangement, rear floating disk roller 28 is a pair, and this is located above rear passage disk roller 27 to rear floating disk roller 28,
This corresponds to and is built in disk roller frame 293 respectively to rear floating disk roller 28, by floating disk roller 28 after the support of disk roller frame 293 and limitation
Fluctuating so that rear floating disk roller 28 could can only float when disk roller frame 293 fluctuates with disk roller frame 293 is synchronous, after
The rolling axle of floating disk roller 28 stretches out and support is in rear breach 62, and the part wheel body of rear floating disk roller 28 is by disk roller frame 293
Bottom perforate is exposed downwards, the gap between rear floating disk roller 28 and rear passage disk roller 27 and preceding floating disk roller 8 and prepass roller
Gap between wheel 7 collectively constitutes the receipts card channel of card, the gradient of rear floating disk roller 28 breach 62 after card promotes lower edge
Float upwards and float plate 29 rotates around jointed shaft 291 after synchronous drive simultaneously, so as to floating disk roller 28 and rear passage after adjusting
Gap between disk roller 27, it is adapted to the card of different-thickness, after card enters card, the float plate after the pressing of the elastic-restoring force of torsion spring 10
Float plate 29 is turned round around jointed shaft 291 after 29 effects are lower, and the gradient of the floating disk roller 28 along rear breach 62 is multiple downwards after synchronous drive
Position.
In the present embodiment, the drive device being connected with rear passage disk roller 27 is also motor belt actuation, rear logical
Gear is set with the rolling axle of road disk roller 27, is connected by belt with the output shaft of motor, rear passage disk roller 27 is in motor
It is rotated by.
It is same set of with the drive device that the drive device that rear passage disk roller 27 is connected is connected with prepass disk roller 7
Drive device, it is motor belt actuation, the same set of drive device drives prepass disk roller 7 and rear passage disk roller 27
Synchronous axial system.Certainly, the drive device being connected with the drive device that rear passage disk roller 27 is connected with prepass disk roller 7
Different drive devices can be used.
Rear passage disk roller 27 in the present embodiment can only rotate around prepass rolling axle, it is impossible to fluctuate, then float
Disk roller 28 is not only able to rotate around preceding floating rolling axle, additionally it is possible to which the gradient of breach 62 fluctuates after along V-arrangement.After float disk roller
28 gap with rear passage disk roller 27 in location free procedure changes, with floating disk roller 28 after adjustment and rear passage disk roller 27 it
Between gap, be adapted to different-thickness card.
The control device of the present embodiment includes master board 5, front sensor 19, rear sensor 20 and antenna plate 25, main
Control panel 5 is connected with front sensor 19, rear sensor 20 and antenna plate 25 by wire respectively, and antenna plate 25 has day
Line, master board 5 are arranged on installation base plate 3, and front sensor 19 and rear sensor 20 are installed on traction bearing 6, wherein,
Front sensor 19 is horizontally installed on traction bearing 6 along the rear portion for entering card direction, and rear sensor 20 is vertically provided at traction bearing 6 edge
Enter the front portion in card direction, the setting of front sensor 19 and rear sensor 20 matches with haulage gear, is received for sensing to enter
The card of card channel, and induced signal is transferred into master board 5, the read transmission from card collection machine card inlet 26 is to receiving card
Passage, antenna plate 25 are also mounted on installation base plate 3, and the antenna face of antenna plate 25 receives card channel, and antenna plate 25 is in main control
The lower card that can be read and write by antenna by receiving card channel of the triggering of plate 5.
In the present embodiment, in order that card collection machine it is more compatible, also have additional neck 23 of swiping the card so that card collection machine has
Function of swiping card.The card collection machine also has clamping groove plate 22, and clamping groove plate 22 is arranged on installation base plate 3 close to the one of card collection machine card inlet
End, clamping groove plate 22 offer neck 23 of swiping the card, and positioned at the underface for receiving card channel, neck 23 of swiping the card is used to be put into neck 23 of swiping the card
Official card or stored value card, neck 23 of swiping the card have card slot mouth 24, and card slot mouth 24 is located at the lower section of card collection machine card inlet 26, with entering card
Mouth 26 is in generally descending parallel shape to set, and corresponding with the neck 23 of swiping the card set up, control device also has additional card sensor
21, card sensor 21 is also mounted on installation base plate, and card sensor 21 is arranged on the lower surface of antenna plate 25, and card sensor 21 is just
To receiving card channel and swiping the card neck 23, card sensor 21 is also connected with master board 5, and card sensor 21 is swiped the card card for sensing
Official card or stored value card in groove 23, and induced signal is transferred to master board 5, antenna plate 25 triggers in master board 5
The official card or stored value card swiped the card in neck 23 can be read and write by antenna down.
The draw-gear of the present embodiment is applicable to the card of different-thickness, and the thickness of card is in the range of 0.9mm~6mm
, the card in the present embodiment refers to the card into clip 2, different from official card or stored value card.Official card and stored value card
It is put into the neck read-write of swiping the card specially designed.
The antenna of card sensor 21 and antenna plate 25 in the present embodiment swipes the card in neck whether have official card for sensing
Or stored value card enters, antenna can only read the official card and stored value card of card or neck of swiping the card from receipts card channel wherein
One, when in neck of swiping the card without card, antenna reads the card for receiving card channel, when having card in neck of swiping the card, the card for neck of reading to swipe the card.
The structure that clip 2, installation base plate 3, receipts card device 4 in the present embodiment card collection machine are applied before using applicant,
Corresponding structure in the prior art can also be used.
As the conversion of the present embodiment, draw-gear only includes front haulage unit, and draw-gear now includes prepass
Disk roller 7, preceding floating disk roller 8, preceding float plate 9 and torsion spring 10.
It is single disk roller drive-type draw-gear that floats when draw-gear only has front haulage unit, floating list disk roller driving
Preceding floating disk roller 8 in formula draw-gear floats and floated simultaneously before synchronous drive upwards under card promotion along the gradient of breach
Plate 9 rotates around jointed shaft, so as to adjust the gap between preceding floating disk roller 8 and prepass disk roller 7, is adapted to the card of different-thickness
Piece, after card enters card, preceding float plate 9 is turned round around jointed shaft under float plate 9 acts on before the pressing of the elastic-restoring force of torsion spring 10, synchronous
The gradient of the floating disk roller 8 along breach resets downwards before drive.
The above embodiment of the present invention is not limiting the scope of the present invention, and embodiments of the present invention are not limited to
This, all this kind, according to the ordinary technical knowledge and customary means of this area, is not departing from this according to the above of the present invention
Under the premise of inventing above-mentioned basic fundamental thought, modification, replacement or the change of the other diversified forms made to said structure of the present invention
More, all should fall within the scope and spirit of the invention.
Claims (8)
1. for different-thickness card receive card floating disk roller traction drive type card collection machine, including casing, clip, installation base plate,
Draw-gear, receive card device, drive device and control device, it is characterised in that：Described installation base plate is vertically symmetrically arranged with
A pair of traction bearings, described draw-gear includes prepass disk roller, preceding floating disk roller, preceding float plate and torsion spring, described
Prepass disk roller, preceding floating disk roller and preceding float plate are erected on this pair of traction bearings, prepass disk roller, preceding dancer
Pass through transmission, gear train and the drive device phase of being meshed positioned at the gear train for drawing bearing the same side between wheel and preceding float plate
Connection, described prepass disk roller be located at the lower section of preceding floating disk roller, and preceding float plate is hinged on traction bearing, can be along being hinged
Axle rotates, and traction bearing opens up jagged, and the breach that opens up of traction bearing is V-arrangement, before the preceding floating roller frame is mounted in
In float plate, and support, in breach, preceding floating disk roller is connected with preceding float plate, preceding floating disk roller and prepass disk roller it
Between gap form the receipts card channel of card, it is adjacent with the card inlet of card collection machine to receive card channel, and receives card channel and card inlet position
In same level, card inlet of the card through card collection machine, which enters, receives card channel, is then hooked card by receiving the snap fit of card device
Enter in clip, for the thickness of the card in the range of 0.9mm~6mm, described torsion spring is also disposed at traction bearing, and torsion spring is stretched
Go out float plate before end presses, the preceding floating disk roller is floated upwards along the gradient of breach under card promotion and while synchronous drive
Preceding float plate rotates around jointed shaft, so as to adjust preceding gap between floating disk roller and prepass disk roller, is adapted to different-thickness
Card, after card enters card, preceding float plate is turned round around jointed shaft under float plate effect before the pressing of torsion spring elastic-restoring force, timing belt
The gradient of the floating disk roller along breach resets downwards before dynamic；Described draw-gear also has additional rear passage disk roller, rear floating disk roller
With rear float plate, floating double roller wheel driving type draw-gear is formed, described rear passage disk roller is erected at a pair of described tractions
On bearing, described rear passage disk roller is also connected with drive device, rear passage disk roller it is identical with the structure of prepass disk roller and
Etc. high setting, described rear float plate is hinged on traction bearing, can be rotated along jointed shaft, and described rear float plate is floated with preceding
Dynamic plate shares a torsion spring, and two external parts of torsion spring press preceding float plate and rear float plate, opened in the middle part of rear float plate respectively
Snap fit passage provided with the snap fit disengaging for receiving card device, rear float plate are respectively arranged with left and right sides of snap fit passage
One disk roller frame, the bottom of disk roller frame offer perforate, and two traction bearings offer a V in the position of neighbouring disk roller frame
The rear breach of shape, described rear floating disk roller are a pair, and this is located above rear passage disk roller to rear floating disk roller, and this is to rear floating
Disk roller corresponds to be built in disk roller inframe respectively, is fluctuated by floating disk roller after disk roller frame support and limitation, rear floating disk roller
Rolling axle stretch out and support is in the rear in breach, the part wheel body of rear floating disk roller is revealed downwards by the bottom perforate of disk roller frame
Go out, the gap between gap and preceding floating disk roller and prepass disk roller between rear floating disk roller and rear passage disk roller collectively constitutes
The receipts card channel of card, rear floating disk roller gradient of breach after card promotes lower edge is floated upwards and while synchronous drive
Float plate rotates around jointed shaft afterwards, so as to the gap after adjusting between floating disk roller and rear passage disk roller, is adapted to different-thickness
Card, after card enters card, rear float plate is turned round around jointed shaft under float plate effect after the pressing of torsion spring elastic-restoring force, timing belt
The gradient of the floating disk roller along rear breach resets downwards after dynamic.
2. the floating disk roller traction drive type card collection machine according to claim 1 that card is received for different-thickness card, it is special
Sign is：Described preceding float plate is the U-board that Open Side Down, preceding float plate by the vertically arranged otic placode positioned at both sides and
The connection deckle board being connected with the otic placode composition laterally set positioned at centre, connects deckle board and otic placode is perpendicular, floating before described
On the otic placode of preceding float plate, the preceding float plate is overlapped on traction bearing dynamic roller frame by otic placode.
3. the floating disk roller traction drive type card collection machine according to claim 1 that card is received for different-thickness card, it is special
Sign is：Described prepass disk roller has passage rolling axle, and described preceding floating disk roller has floating rolling axle, logical before described
Gear train between road disk roller, preceding floating disk roller and preceding float plate include passage gear, floating gear, floating plate gear and
Travelling gear, passage gear, floating gear, floating plate gear are set in passage rolling axle, floating rolling axle and floating
The end of plate jointed shaft, travelling gear are arranged on the side of traction bearing, described passage gear, travelling gear, float plate tooth
Wheel and floating gear are meshed successively, and described prepass disk roller is connected in one end away from passage gear with drive device
Connect, power is provided from drive device to the gear train.
4. the floating disk roller traction drive type card collection machine according to claim 3 that card is received for different-thickness card, it is special
Sign is：Described drive device includes passage motor, and passage motor passes through belt gear transmission mechanism phase with prepass disk roller
Connection.
5. the floating disk roller traction drive type card collection machine according to claim 4 that card is received for different-thickness card, it is special
Sign is：Described belt gear transmission mechanism includes belt, the driving wheel on motor output shaft and installed in logical
Driven pulley on road rolling axle, belt are connected with driving wheel and driven pulley.
6. the floating disk roller traction drive type card collection machine according to claim 1 that card is received for different-thickness card, it is special
Sign is：The drive device being connected with described rear passage disk roller is also motor belt actuation, the rear passage roller
Gear is set with the rolling axle of wheel, is connected by belt with the output shaft of motor, described rear passage disk roller drives in motor
Dynamic lower rotation.
7. the floating disk roller traction drive type card collection machine according to claim 6 that card is received for different-thickness card, it is special
Sign is：Described control device includes master board, front sensor, rear sensor and antenna plate, master board respectively with
Front sensor, rear sensor and antenna plate are connected, and antenna plate has antenna, and master board is arranged on installation base plate, institute
The front sensor and rear sensor stated are installed on traction bearing, wherein, front sensor is horizontally installed on traction bearing edge and entered
The rear portion in card direction, rear sensor are vertically provided at traction bearing along entering the front portion in card direction, front sensor and rear sensor
Setting matches with haulage gear, enters the card for receiving card channel for sensing, and induced signal is transferred to described
Master board, the read transmission from card collection machine card inlet are also mounted on installation base plate to card channel, described antenna plate is received,
The antenna face of antenna plate receives card channel, and the antenna plate can be read and write by receiving cartoon under master board triggering by antenna
The card in road.
8. the floating disk roller traction drive type card collection machine according to claim 7 that card is received for different-thickness card, it is special
Sign is：Described card collection machine also has clamping groove plate, and clamping groove plate is arranged on installation base plate close to one end of card collection machine card inlet, institute
The clamping groove plate stated offers neck of swiping the card, and positioned at the underface for receiving card channel, neck of swiping the card is used to be put into public affairs the neck of swiping the card
Business card or stored value card, neck of swiping the card have card slot mouth, and card slot mouth is located at the lower section of card collection machine card inlet, and described control device is also
Including card sensor, described card sensor is also mounted on installation base plate, and card sensor is arranged on the lower surface of antenna plate, card
Sensor face receives card channel and neck of swiping the card, the card sensor are also connected with master board, and card sensor is used to sense
The official card or stored value card swiped the card in neck, and induced signal is transferred to described master board, the antenna plate is in master
Control panel triggering is lower can to read and write the official card or stored value card swiped the card in neck by antenna.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510515679.2A CN105117743B (en) | 2015-08-20 | 2015-08-20 | The floating disk roller traction drive type card collection machine of card is received for different-thickness card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510515679.2A CN105117743B (en) | 2015-08-20 | 2015-08-20 | The floating disk roller traction drive type card collection machine of card is received for different-thickness card |
Publications (2)
| Publication Number | Publication Date |
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| CN105117743A CN105117743A (en) | 2015-12-02 |
| CN105117743B true CN105117743B (en) | 2018-01-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510515679.2A Active CN105117743B (en) | 2015-08-20 | 2015-08-20 | The floating disk roller traction drive type card collection machine of card is received for different-thickness card |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108229594B (en) * | 2017-03-23 | 2023-11-03 | 盛视科技股份有限公司 | Intelligent card identifying and collecting instrument |
| 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 |
| CN108921235B (en) * | 2018-09-20 | 2023-11-10 | 广州市爱特思电子科技有限公司 | Automatic card collecting machine |
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| CN2590995Y (en) * | 2002-12-20 | 2003-12-10 | 广东省电子技术研究所 | Rolling card mechanism of feeding & receiving card machine |
| CN202523080U (en) * | 2012-03-13 | 2012-11-07 | 深圳市天腾实业有限公司 | Card thickness adjusting device and card dispenser |
| CN203535656U (en) * | 2013-09-18 | 2014-04-09 | 广州汇豪计算机科技开发有限公司 | Card traction device of unattended card sender capable of adapting to different card thicknesses |
| CN203588281U (en) * | 2013-09-18 | 2014-05-07 | 广州汇豪计算机科技开发有限公司 | Card traction device for card receiving and sending machine adaptive to different card thicknesses |
| CN205015905U (en) * | 2015-08-20 | 2016-02-03 | 广东省高速公路有限公司 | A it is quick -witted that card is received to running roller traction drive formula of floating that is used for different thickness cards receipts to block |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20060185487A1 (en) * | 2005-02-22 | 2006-08-24 | Li Chou C | Automatic card cutter |
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|---|---|---|---|---|
| CN2590995Y (en) * | 2002-12-20 | 2003-12-10 | 广东省电子技术研究所 | Rolling card mechanism of feeding & receiving card machine |
| CN202523080U (en) * | 2012-03-13 | 2012-11-07 | 深圳市天腾实业有限公司 | Card thickness adjusting device and card dispenser |
| CN203535656U (en) * | 2013-09-18 | 2014-04-09 | 广州汇豪计算机科技开发有限公司 | Card traction device of unattended card sender capable of adapting to different card thicknesses |
| CN203588281U (en) * | 2013-09-18 | 2014-05-07 | 广州汇豪计算机科技开发有限公司 | Card traction device for card receiving and sending machine adaptive to different card thicknesses |
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| CN105117743A (en) | 2015-12-02 |
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