CN203689545U - IC chip card data writing mechanism - Google Patents
IC chip card data writing mechanism Download PDFInfo
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- CN203689545U CN203689545U CN201420009201.3U CN201420009201U CN203689545U CN 203689545 U CN203689545 U CN 203689545U CN 201420009201 U CN201420009201 U CN 201420009201U CN 203689545 U CN203689545 U CN 203689545U
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Abstract
The utility model relates to the finance equipment field, specifically to an IC chip card data writing mechanism which allows simultaneous data writing of multiple IC chip cards. The mechanism comprises an IC tower, a platform, an elevating drive mechanism, an elevating transmission mechanism, card writing clamp mechanisms, an elevating card delivery mechanism, and an unclamping mechanism. The IC tower and the elevating drive mechanism are mounted on the platform. The elevating transmission mechanism and the elevating card delivery mechanism are mounted on the IC tower. The elevating drive mechanism drives the elevating card delivery mechanism to elevate and lower through the transmission of the elevating transmission mechanism. The elevating card delivery mechanism delivers IC chip cards to be written to the corresponding card writing clamp mechanisms, and a pusher is used to push the IC chip cards into the card writing clamp mechanisms for data writing. The written IC chip cards are moved out of the card writing clamp mechanisms and delivered by the elevating card delivery mechanism to a card travelling channel layer to be delivered outwards. The card writing clamp mechanisms are free of mutual influence when writing. The IC chip card data writing mechanism allows simultaneous writing of the multiple IC chip cards, and the efficiency is increased while the data writing stability is guaranteed at the same time.
Description
Technical field
The utility model relates to finance device field, specifically a kind ofly can make multiple IC chip cards carry out the IC chip card data that data write to write mechanism simultaneously.
Background technology
The information file layout of the non-telecommunications cards such as current bank card, social security card is to rely on magnetic stripe to realize, magnetic stripe card ubiquity poor stability, shortcoming that memory space is little, and along with the development of Information technology, the security of information obtains people's concern day by day, IC chip card is safer as one, capacity is larger, carry novel card more easily, and gradually replacing non-telecommunications card becomes the selection of world today's main flow.IC chip card mainly relies on IC chip-stored information, than magnetic stripe stores information, there are great changes in its information writing mode, information writing mode in the past can not continue to continue to use again, and in prior art the IC chip data write time longer, this greatly reduces data write efficiency, and in addition, IC chip also needs to ensure good stability in data writing process.
Utility model content
The purpose of this utility model is to provide a kind of IC chip card data to write mechanism, can make multiple IC chip cards carry out data simultaneously and write, and has also ensured that data write stable in improving IC chip card data write efficiency.
The purpose of this utility model is achieved through the following technical solutions:
A kind of IC chip card data write mechanism, comprise IC tower, platform, lift drive mechanism, elevating drive mechanism, write clip mechanism, lifting card feeding mechanism and open clamp mechanism, wherein IC tower and lift drive mechanism are arranged on platform, described IC tower comprises side plate and riser, elevating drive mechanism is arranged on the side plate of described IC tower one side, and described elevating drive mechanism is connected with described lift drive mechanism, line slideway and slide block are also installed on this side plate, lifting card feeding mechanism is arranged on described IC tower by described line slideway and slide block, described elevating drive mechanism comprises the reciprocal Timing Belt of lifting, described lifting card feeding mechanism and the reciprocal Timing Belt of described lifting are connected, and described lifting card feeding mechanism drives lifting by the reciprocal Timing Belt of described lifting, write on the riser that clip mechanism is arranged on described IC tower, and described in write clip mechanism in the time of the lifting of lifting card feeding mechanism successively through described lifting card feeding mechanism, the described clip mechanism of writing is provided with and writes Ka Dao, described lifting card feeding mechanism is provided with carries Ka Dao, said write Ka Dao and conveying Ka Dao write complete channels of carrying IC chip card of fashionable formation in IC chip card data, described lifting card feeding mechanism is provided with card feed roller and movably pushing hands, IC chip card is write clip mechanism described in promoting to enter or shift out by described pushing hands, be driven into or shift out described lifting card feeding mechanism by described card feed roller, open the narrow end opening edge that clamp mechanism is arranged on described lifting card feeding mechanism, the described clamp mechanism of opening comprises out tong, the described clip mechanism of writing comprises writing on clip and presss from both sides, described writing on clip pressed from both sides and depressed unlatching by the described tong of opening of opening clamp mechanism, IC chip card is write clip mechanism described writing on clip described in entering into when folder is opened, described writing after being clipped in described IC chip card on clip and entering completely discharges closed by the described clamp mechanism of opening, described write to press from both sides on clip be provided with data and write inbound port, IC chip on IC chip card is write fashionable and described data in data and is write inbound port and dock.
Described lift drive mechanism comprises lifting drive motor, reductor and erecting frame, and lifting drive motor is connected with reductor, and described reductor is fixed on described platform by erecting frame, and the output shaft of described reductor is connected with described elevating drive mechanism.
Described elevating drive mechanism also comprises driving driving wheel except the reciprocal Timing Belt of lifting, drive Timing Belt, drive engaged wheel, lifting driving wheel, lifting engaged wheel, Timing Belt fixture block and balancing weight, wherein drive driving wheel to be arranged on the output shaft of described reductor, drive engaged wheel, lifting driving wheel and lifting engaged wheel are arranged on respectively on the side plate of described IC tower, described driving engaged wheel and lifting driving wheel are coaxially arranged at the tower body bottom of described IC tower, lifting engaged wheel is arranged at the tower body top of described IC tower, drive driving wheel by driving Timing Belt to be connected with driving engaged wheel, lifting driving wheel is connected with lifting engaged wheel by the reciprocal Timing Belt of lifting, described lifting card feeding mechanism is connected by a side of Timing Belt fixture block and the reciprocal Timing Belt of lifting, balancing weight is arranged on the opposite side of the reciprocal Timing Belt of described lifting by Timing Belt fixture block, described balancing weight is provided with away from the surface of the reciprocal Timing Belt of described lifting the countervane playing the guiding role, on side plate at IC tower near described elevating drive mechanism one side, support plate is installed, on described support plate, gathering sill is installed, described countervane is inserted in described gathering sill perpendicular to one end of described balancing weight.
Described lifting card feeding mechanism comprises framework, card feeding mechanism and pushing hands travel mechanism, wherein card feeding mechanism and pushing hands travel mechanism are arranged on described framework, described card feed roller is arranged on card feeding mechanism, described pushing hands is arranged in pushing hands travel mechanism, and described conveying Ka Dao is arranged at the upper along upper of described framework.
Described framework comprises framework fixed head and framework side plate, on described framework, the framework fixed head of close described elevating drive mechanism one side and the reciprocal Timing Belt of described lifting and described slide block are all connected, described framework is provided with the sensing chip of spacing use away from the framework fixed head of described elevating drive mechanism one side, be equipped with the limit switch matching with described sensing chip at IC tower away from side plate top and the bottom of described elevating drive mechanism one side.
Described card feeding mechanism also comprises bearing wheel except described card feed roller, bearing wheel carrier, direct current generator, direct current frame, card feed synchronous pulley, card feed Timing Belt, card feed bearing and transmission shaft, wherein card feed bearing is installed in rotation on respectively the framework side plate inner side of described framework both sides, direct current generator is arranged near on the card feed bearing of described elevating drive mechanism one side by direct current frame, transmission shaft is supported and is arranged on respectively on card feed bearing by bearing, the output shaft of described direct current generator is connected with card feed synchronous pulley through after described direct current frame, described transmission shaft is also provided with card feed synchronous pulley away from one end of described conveying Ka Dao, described card feed synchronous pulley is connected successively by card feed Timing Belt, described card feed roller is arranged on described transmission shaft one end near described conveying Ka Dao, under described card feed roller, be provided with bearing wheel, described bearing wheel is arranged on the inner side of described framework side plate by bearing wheel carrier, IC chip card passes between by described card feed roller and bearing wheel in the time transmitting.
Described pushing hands travel mechanism also comprises servomotor except described pushing hands, movement synchronous belt, the axis of guide, orienting lug, servomotor frame, band wheeling support and pushing hands driving pulley, described servomotor frame and be arranged on respectively edge under the framework side plate of described framework both sides with wheeling support, servomotor is arranged on the lower surface of described servomotor frame, and the output shaft of described servomotor is connected with pushing hands driving pulley through described servomotor frame, on described band wheeling support, pushing hands driving pulley is also installed, described pushing hands driving pulley is connected by movement synchronous belt, described axis of guide two ends are arranged on respectively on the framework side plate of described framework both sides, described orienting lug is sleeved on the described axis of guide, described orienting lug is connected by web joint and movement synchronous belt, lift cylinder is installed below described orienting lug, described pushing hands is arranged on described lift cylinder, described pushing hands drives lifting by described lift cylinder.
Described conveying Ka Dao comprises Chang Ka road and stub road, described stub road is arranged at respectively writes clip mechanism both sides, edge along its length, described Chang Ka road is provided with a rectangle breach, along looking perpendicular to the direction of described platform, the rectangle breach in described stub road and described Chang Ka road makes described conveying Ka Dao form a square breach at medium position along its length, described in write clip mechanism in the time that lifting card feeding mechanism moves successively by described square breach through described lifting card feeding mechanism.
The described clip mechanism of writing also comprises and writes clip base except described writing on clip folder, described in being arranged at, said write Ka Dao writes on clip base, the described clip base of writing is provided with and writes clip fixed block, the described clip mechanism of writing is write on the riser that clip fixed block is arranged on described IC tower by described, described write on clip folder by bearing pin with described in to write clip base hinged, described bearing pin is provided with to write described in making and on clip, presss from both sides automatically reset back-moving spring, the described folder of writing on clip comprises the ligule end through described riser, the described tong of opening of opening clamp mechanism is write and is pushed down described ligule end while pressing from both sides on clip in unlatching, the described both sides that press from both sides on clip of writing are provided with adjustment block, IC chip card is at the described Ka Daozhong that writes that writes clip base described in entering into below by described adjustment block when writing on clip folder and opening, the described folder of writing on clip is when closed, and IC chip card is clipped between described adjustment block, be provided with alignment bearing at the described clip base of writing away from described one end of writing clip fixed block, described alignment bearing axially with to write clip base vertical, the outer ring of described alignment bearing contacts with the edge of IC chip card in the time writing clip mechanism described in IC chip card enters.
The described clamp mechanism of opening also comprises cylinder except described opening tong, air cylinder base, connecting rod, open tong seat and cylinder frame, the described narrow end opening edge of opening clamp mechanism and be arranged on by air cylinder base described lifting card feeding mechanism, opening tong seat and cylinder frame is arranged on described air cylinder base, described open tong with described in to open tong seat hinged, cylinder is arranged on described cylinder frame, the cylinder club head of described cylinder is connected with the described tong of opening by connecting rod, described open clamp mechanism open tong in the time moving with lifting card feeding mechanism the retraction by described cylinder cylinder bar with write clip mechanism without touching, the described tong of opening of opening clamp mechanism is write the ligule end pressing from both sides on clip described in pushing down in the time that the cylinder bar of described cylinder stretches out.
Advantage of the present utility model and good effect are:
1, the utility model by lifting card feeding mechanism along the oscilaltion of IC tower, and IC chip card is assigned to each writing in clip mechanism, utilize fully the advantage of tower structure, when lifting card feeding mechanism runs to some when writing clip mechanism, other are write clip mechanism and can work on, unaffected each other, until IC chip card data have write, realize multiple IC chip cards while data and write, greatly improved the production capacity of whole equipment operating efficiency and equipment.
2, the utility model, by being arranged on fixing IC tower writing clip mechanism, makes equipment in operational process, and writing of IC chip card data is more stable, avoids the cable that brings due to high-speed motion and the various harmful effects of communication aspect completely.
Brief description of the drawings
Fig. 1 is perspective view of the present utility model;
Fig. 2 is I place enlarged drawing in Fig. 1;
Fig. 3 is front view of the present utility model in Fig. 1
Fig. 4 is vertical view of the present utility model in Fig. 3;
Fig. 5 is left view of the present utility model in Fig. 3;
Fig. 6 is the perspective view of Tu1Zhong Xie clip mechanism;
Fig. 7 is Tu6Zhong Xie clip mechanism working state schematic representation;
Fig. 8 is the perspective view of lifting card feeding mechanism in Fig. 1;
Fig. 9 is II place enlarged drawing in Fig. 8;
Figure 10 is the front view of lifting card feeding mechanism in Fig. 8;
Figure 11 is the perspective view of opening clamp mechanism in Fig. 1.
Wherein: 1 is IC tower, 2 is platform, 3 for writing clip base, 4 press from both sides for writing on clip, 5 is alignment bearing, 6 is bearing pin, 7 is adjustment block, 8 is driving wheel, 9 is the reciprocal Timing Belt of lifting, 10 for driving Timing Belt, 11 is Timing Belt fixture block, 12 is balancing weight, 13 is lifting driving wheel, 14 is lifting engaged wheel, 15 is cylinder, 16 is air cylinder base, 17 is connecting rod, 18 for opening tong seat, 19 for opening tong, 20 is cylinder frame, 21 is bearing pin, 22Wei Changka road, 23 is stub road, 24 is framework, 25 is card feed roller, 26 is bearing wheel, 27 is bearing wheel carrier, 28 is direct current generator, 29 is limited block, 30 is movement synchronous belt, 31 is card feed Timing Belt, 32 is card feed synchronous pulley, 33 is the axis of guide, 34 is orienting lug, 35 is pushing hands, 36 is direct current frame, 37 is servomotor frame, 38 is band wheeling support, 39 card feed bearings 39, 40 is pushing hands driving pulley, 41 is framework fixed head, 42 is transmission shaft, 43 is draw-in groove, 44 is bearing pin, 45 is reductor, 46 is servomotor, 47 is erecting frame, 48 is line slideway, 49 is lift drive mechanism, 50 is elevating drive mechanism, 51 for writing clip mechanism, 52 is lifting card feeding mechanism, 53 for opening clamp mechanism, 54 is side plate, 55 is riser, 56 for driving engaged wheel, 57 is countervane, 58 is gathering sill, 59 is support plate, 60 for writing clip fixed block, 61 is ligule end, 62 is framework side plate, 63 is card feeding mechanism, 64 is pushing hands travel mechanism, 65 for writing Ka Dao, 66 is slide block, 67 is sensing chip, 68 is limit switch, 69 is web joint, 70 is lift cylinder, 71 is lifting drive motor.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Fig. 1～5, the utility model comprises IC tower 1, platform 2, lift drive mechanism 49, elevating drive mechanism 50, write clip mechanism 51, lifting card feeding mechanism 52 and open clamp mechanism 53, wherein as shown in Figure 4, described lift drive mechanism 49 comprises lifting drive motor 71, reductor 45 and erecting frame 47, described lifting drive motor 71 is connected with reductor 45, and reductor 45 is fixed on platform 2 by erecting frame 47, and described lifting drive motor 71 is servomotor.As shown in Figure 1, IC tower 1 is vertically mounted on described platform 2, and the tower body of described IC tower 1 comprises all vertical risers 55 of two side plates 54 and and described side plate 54, and this makes the tower body xsect of described IC tower 1 be " recessed " font.Elevating drive mechanism 50 comprises driving driving wheel 8, drive Timing Belt 10, drive engaged wheel 56, lifting driving wheel 13, the reciprocal Timing Belt 9 of lifting, lifting engaged wheel 14, Timing Belt fixture block 11 and balancing weight 12, wherein drive driving wheel 8 to be arranged on the output shaft of described reductor 45, drive engaged wheel 56, lifting driving wheel 13 and lifting engaged wheel 14 are arranged on respectively on the side plate 54 of IC tower 1 near described reductor 45 output shaft one sides, described driving engaged wheel 56 and lifting driving wheel 13 are coaxially arranged at the tower body bottom of described IC tower 1, and described driving engaged wheel 56 drives described lifting driving wheel 13 synchronously to rotate, lifting engaged wheel 14 is arranged at the tower body top of described IC tower 1, drive driving wheel 8 by driving Timing Belt 10 to be connected with driving engaged wheel 56, lifting driving wheel 13 is connected with lifting engaged wheel 14 by the reciprocal Timing Belt 9 of lifting.As shown in Figure 2, lifting card feeding mechanism 52 is connected by Timing Belt fixture block 11 and a side of the reciprocal Timing Belt 9 of described lifting, be provided with the balancing weight 12 for lifting card feeding mechanism 52 gravity described in balance at the opposite side of the reciprocal Timing Belt 9 of described lifting, described balancing weight 12 is fixedly mounted on the reciprocal Timing Belt 9 of described lifting by Timing Belt fixture block 11.As shown in Figure 1, on surface at described balancing weight 12 away from the reciprocal Timing Belt 9 of described lifting, be provided with the countervane 57 playing the guiding role, on side plate 54 at IC tower 1 near described elevating drive mechanism 50 1 sides, support plate 59 is installed, on described support plate 59, gathering sill 58 is installed, and described gathering sill 58 is along the direction setting perpendicular to platform 2, as shown in Figure 4, the xsect of described countervane 57 is L-type, and described countervane 57 is inserted in described gathering sill 58 perpendicular to one end of described balancing weight 12.
Write on the riser 55 that clip mechanism 51 is vertically mounted on described IC tower 1, as shown in Fig. 6～7, the described clip mechanism 51 of writing comprises that writing clip base 3 presss from both sides 4 with writing on clip, wherein write one end that clip base 3 contacts with the riser 55 of IC tower 1 and be provided with and write clip fixed block 60, write clip mechanism 51 and write on the riser 55 that clip fixed block 60 is arranged on described IC tower 1 by described.Write and on clip, press from both sides the 4 ligule ends 61 that comprise through described riser 55, described write on clip, press from both sides 4 by bearing pin 6 with described in to write clip base 3 hinged, described bearing pin 6 is arranged at the root below of described ligule end 61, and described bearing pin 6 is provided with back-moving spring, so that described in write and on clip, press from both sides 4 and can automatically restore to described and write the position that clip base 3 parallels, described write to press from both sides on clip on 4, be provided with data and write inbound port, described data are write inbound port and are connected with data write device, and IC chip when work on IC chip card is write inbound port with described data and docked.The described clip base 3 of writing is provided with and writes card road 65, described writing pressed from both sides 4 both sides and is equipped with adjustment block 7 on clip, as shown in Figure 7, when work, write and on clip, press from both sides 4 and opened clamp mechanism 53 and depress unlatching, adjustment block 7 is also lifted thereupon, and that described in IC chip card is entered into by the below of described adjustment block 7, writes clip base 3 writes card road 65.Be provided with alignment bearing 5 away from described one end of writing clip fixed block 60 writing clip base 3, described alignment bearing 5 axially with to write clip base 3 vertical, and the outer ring of described alignment bearing 5 contacts to slow down the travelling speed of described IC chip card and described IC chip card is accurately parked in and writes in clip mechanism 51 in the time of work with the edge of IC chip card, enter into and write after clip mechanism 51 until IC chip card, opening clamp mechanism 53 will write and on clip, press from both sides 4 releases, write on clip, to press from both sides under 4 action of reset spring on described bearing pin 6 and automatically reset, now writing the adjustment block 7 of pressing from both sides 4 both sides on clip is clipped in the middle IC chip card, further to adjust IC chip card position, IC chip when guarantee work on IC chip card with write data in clip mechanism 51 and write inbound port and accurately dock.The utility model is provided with multiple clip mechanisms 51 of writing on IC tower 1, described in write clip mechanism 51 and be arranged in parallel, and described in write clip mechanism 51 quantity can set according to actual needs, write clip mechanism 51 and write fashionable unaffected each other in data.
As shown in Fig. 4 and Fig. 8～10, described lifting card feeding mechanism 52 comprises framework 24, card feeding mechanism 63 and pushing hands travel mechanism 64, wherein as shown in Figure 4, along looking perpendicular to the direction of platform 2, " protruding " font structure that described framework 24 is narrow end opening, comprises the framework side plate 62 of two framework fixed heads 41 and both sides.As shown in Figure 2, described framework 24 is connected by Timing Belt fixture block 11 and the reciprocal Timing Belt 9 of lifting of elevating drive mechanism 50, on side plate 54 at IC tower 1 near described elevating drive mechanism 50 1 sides, along being provided with line slideway 48 perpendicular to the direction of platform 2, described line slideway 48 is provided with slide block 66, described framework 24 is connected with described slide block 66 near the framework fixed head 41 of described elevating drive mechanism 50 1 sides, described lifting card feeding mechanism 52 is arranged on described IC tower 1 by described slide block 66 and line slideway 48, described in when work, lifting card feeding mechanism 52 moves along described line slideway 48 under the drive of the reciprocal Timing Belt 9 of lifting.Be provided with the conveying Ka Dao for transmitting IC chip card on the upper edge of described framework 24, described conveying Ka Dao comprises Yi Gechangka road 22 and two stub roads 23, as shown in Figure 9, on described conveying Ka Dao, be provided with draw-in groove 43, IC chip card is just in the interior movement of described draw-in groove 43, when work, because lifting drive motor 71 is servomotor, thereby can accurately moving to assigned address by servo system control, lifting card feeding mechanism 52 make the conveying Ka Dao on described lifting card feeding mechanism 52 form a complete channels of carrying IC chip card with the card road 65 that writes of writing in clip mechanism 51.Two stub roads 23 are located along the same line and are arranged at respectively and write clip mechanism 51 both sides, edge along its length, described Chang Ka road 22 is provided with a rectangle breach, along looking perpendicular to the direction of platform 2, the rectangle breach in two stub roads 23 and described Chang Ka road 22 makes to carry Ka Dao to form a square breach at medium position along its length, lifting card feeding mechanism 52, when mobile, is write clip mechanism 51 by passing in described square breach.As shown in Figure 4, on framework fixed head 41 at described framework 24 away from described elevating drive mechanism 50 1 sides, be provided with the sensing chip 67 of spacing use, be equipped with away from side plate 54 tops and the bottom of described elevating drive mechanism 50 1 sides the limit switch 68 matching with described sensing chip 67 at IC tower 1, described sensing chip 67 and limit switch 68 are for limiting the moving range of lifting card feeding mechanism 52, in the present embodiment, the model of limit switch 68 is EE-SX77EA, and manufacturer is Omron.
Described card feeding mechanism 63 comprises card feed roller 25, bearing wheel 26, bearing wheel carrier 27, direct current generator 28, direct current frame 36, three card feed synchronous pulleys 32, card feed Timing Belt 31, two card feed bearings 39 and transmission shafts 42, wherein two card feed bearings 39 are arranged on the framework side plate 62 of framework 24 both sides by bearing pin 44 respectively, the limited block 29 that limits described card feed bearing 39 positions is installed on described bearing pin 44, and described card feed bearing 39 can rotate and lift around described bearing pin 44.Direct current generator 28 is arranged near on the card feed bearing 39 of described elevating drive mechanism 50 1 sides by direct current frame 36, the output shaft of described direct current generator 28 passes described direct current frame 36 and is connected with a card feed synchronous pulley 32, two transmission shafts 42 are supported and are arranged on respectively on two card feed bearings 39 by bearing, and two transmission shafts 42 are connected by card feed Timing Belt 31 32, three card feed synchronous pulleys of card feed synchronous pulley 32 being all installed away from one end of described conveying Ka Dao.Two transmission shafts 42 are all being provided with card feed roller 25 near one end of described conveying Ka Dao, and under described card feed roller 25, be provided with bearing wheel 26, described bearing wheel 26 is engaged wheel, as shown in Figure 9, described bearing wheel 26 is arranged on the inner side of described framework side plate 62 by bearing wheel carrier 27.When work, IC chip card is by passing between described card feed roller 25 and bearing wheel 26, and direct current generator 28 drives described card feed roller 25 to rotate by the transmission of card feed synchronous pulley 32 and card feed Timing Belt 31, and then driving IC chip card moves along described conveying Ka Dao.
Described pushing hands travel mechanism 64 comprises servomotor 46, movement synchronous belt 30, two parallel axis of guides 33, orienting lug 34, pushing hands 35, servomotor frame 37, band wheeling support 38 and two pushing hands driving pulleys 40, described servomotor frame 37 and the 62 times edges of framework side plate that are arranged on respectively framework 24 both sides with wheeling support 38, servomotor 46 is arranged on the lower surface of described servomotor frame 37, and the output shaft of described servomotor 46 is connected with a pushing hands driving pulley 40 through described servomotor frame 37, another pushing hands driving pulley 40 is arranged on described band wheeling support 38, two pushing hands driving pulleys 40 are connected by movement synchronous belt 30.The described axis of guide 33 is arranged on the below of card feed bearing 39, and the two ends of the described axis of guide 33 are vertically mounted on respectively on the framework side plate 62 of framework 24 both sides, and described orienting lug 34 is sleeved on described two parallel axis of guides 33.Described orienting lug 34 lower surfaces are provided with web joint 69, and described orienting lug 34 is connected with movement synchronous belt 30 by described web joint 69, as shown in Figure 3, lift cylinder 70 is installed below described orienting lug 34, and pushing hands 35 is arranged on described lift cylinder 70.When work, servomotor 46 moves along the axis of guide 33 by the driving-belt action-oriented piece 34 of pushing hands driving pulley 40 and movement synchronous belt 30, described lift cylinder 70 is controlled the lifting of pushing hands 35, described pushing hands 35 promote IC chip card the conveying Ka Daonei of card feeding mechanism 63 and write clip mechanism 51 write the interior movement in card road 65.
As shown in figure 11, the described clamp mechanism 53 of opening comprises cylinder 15, air cylinder base 16, connecting rod 17, open tong seat 18, open tong 19, cylinder frame 20 and bearing pin 21, as shown in Figure 4, the described narrow end opening edge of opening clamp mechanism 53 and be arranged on by air cylinder base 16 described framework 24, opening tong seat 18 and cylinder frame 20 is arranged on the same surface of described air cylinder base 16, on clip, press from both sides 4 the tong 19 of opening and open tong seat 18 described in being hinged on by bearing pin 21 for depressing to write, described in promotion, opening the cylinder 15 that tong 19 rotates is arranged on described cylinder frame 20, the cylinder club head of described cylinder 15 is connected with the described tong 19 of opening by connecting rod 17, and the two ends of described connecting rod 17 are respectively with the cylinder club head of described cylinder 15 and to open tong 19 hinged.The described clamp mechanism 53 of opening moves with lifting card feeding mechanism 52, described in when mobile, the cylinder bar of cylinder 15 is retracted mode to prevent out tong 19 and to write writing of clip mechanism 51 and press from both sides 4 on clip and collide, in the time moving to assigned address, the cylinder bar of described cylinder 15 stretches out to be opened tong 19 described in drive and rotates, described in making, open tong 19 and push down and write the ligule end 61 that presss from both sides 4 on clip, thereby on clip, press from both sides 4 and depress unlatching writing writing of clip mechanism 51.
Because the lifting drive motor 71 in lift drive mechanism 49 is servomotor, described lifting card feeding mechanism 52 drives by described lifting drive motor 71 and relevant servo system control can accurately move to assigned address, and this is existing common technology.Described pushing hands 35 drives movement by the servomotor 46 on lifting card feeding mechanism 52, described pushing hands 35 drives by described servomotor 46 and relevant servo system control can promote IC chip card and accurately moves to the assigned address of writing in clip mechanism 51, add and write clip mechanism 51 and be provided with alignment bearing 5 and adjustment block 7, further ensure the accurate positioning of IC chip card, make IC chip on IC chip card accurately with write data in clip mechanism 51 and write inbound port and dock.
Principle of work of the present utility model is:
1. equipment just bring into operation (being without IC chip card in equipment).
The utility model is a part for an IC chip card data write device, as shown in Figure 3, whole equipment comprises a card advance channel layer, as shown in Figure 4, the utility model is input side away from a side of elevating drive mechanism 50, the IC chip card of data writing is not entered by this side, and the utility model is outgoing side near a side of elevating drive mechanism 50.First lift drive mechanism 49 drives lifting card feeding mechanism 52 to move to described card advance channel layer, send a not IC chip card for data writing from a upper mechanism, now be positioned at the axis of guide 33 near one end of input side and in the state of not rising for promoting the pushing hands 35 that IC chip card moves, IC chip card can move along the conveying Ka Dao on lifting card feeding mechanism 52 above described pushing hands 35, direct current generator 28 drives the card feed roller 25 driving IC chip cards of input side to move to assigned address along described conveying Ka Dao, now described IC chip card enters into lifting card feeding mechanism 52 completely, and the insertion end of described IC chip card also has a segment distance with the input side edge of writing clip mechanism 51, and on lifting card feeding mechanism 52, between the framework side plate 62 of input side, there is space in the other end of described IC chip card, pushing hands 35 can be moved by rising in described space and promoting IC chip card.Described IC chip card enters after lifting card feeding mechanism 52 completely, lift drive mechanism 49 drive described lifting card feeding mechanism 52 along line slideway 48 move to etc. be housed to IC chip card write 51 places of clip mechanism, now the conveying Ka Dao on described lifting card feeding mechanism 52 writes writing in clip mechanism 51 and forms a complete channels of transmitting IC chip card together with card road 65 with described, the cylinder 15 of opening clamp mechanism 53 drives to be opened tong 19 and rotates and write writing in clip mechanism 51 and on clip, press from both sides 4 and depress unlatching described, pushing hands 35 is risen and under servomotor 46 drives, is promoted IC chip card and writes clip mechanism 51 described in entering under the effect of lift cylinder 70, due to the control of servo-drive system and write clip mechanism 51 and be provided with alignment bearing 5 and adjustment block 7, IC chip card is accurately parked in the assigned address of writing in clip mechanism 51, then opening clamp mechanism 53 controls to write and on clip, presss from both sides 4 co-clips, IC chip when work on IC chip card with write data in clip mechanism 51 and write inbound port and accurately dock, at this moment just can carry out data to IC chip card writes, 52 of lifting card feeding mechanisms re-move to card advance channel layer, repeat above-mentioned action, until IC chip card is covered with all clip mechanisms 51 of writing, writing clip mechanism 51 writes fashionable unaffected each other in data.
2. equipment operation a period of time (all clip mechanisms of writing fill IC chip card, and part IC chip card data have write).
First, lift drive mechanism 49 drives lifting card feeding mechanism 52 to move to the card advance channel layer of whole equipment, send a not IC chip card for data writing from a upper mechanism, direct current generator 28 drives the card feed roller 25 of input side to drive described IC chip card along carrying card road 22 to move to assigned address, what then lift drive mechanism 49 drove that lifting card feeding mechanism 52 moves to IC chip card place that data have write writes 51 places of clip mechanism, the cylinder 15 of opening clamp mechanism 53 drives to be opened tong 19 and opens to write on clip and press from both sides 4, drive the IC chip card that pushing hands 35 has write data to move to the assigned address on lifting card feeding mechanism by servomotor 46, now the insertion end of described IC chip card enters between the card feed roller 25 and bearing wheel 26 of outgoing side, the other end of described IC chip card with write clip mechanism 51 and depart from completely, then lift cylinder 70 is fallen pushing hands 35, described pushing hands 35 moves to the input side of lifting card feeding mechanism 52 under servomotor 46 drives below the IC chip card by data writing not, pushing hands 35 is risen and is driven the IC chip card of data writing is not pushed into and writes 51 li, clip mechanism by servomotor 46, control to write and on clip, press from both sides 4 co-clips by opening clamp mechanism 53 again, starting that IC chip card is carried out to data writes.Then the IC chip card that lifting card feeding mechanism has write with data moves to card advance channel layer, and the IC chip card that described data have write drives the card feed roller 25 of outgoing side to drive the next mechanism that is sent to whole equipment by direct current generator 28.
Claims (10)
1. IC chip card data write mechanism, it is characterized in that: comprise IC tower (1), platform (2), lift drive mechanism (49), elevating drive mechanism (50), write clip mechanism (51), lifting card feeding mechanism (52) and open clamp mechanism (53), wherein IC tower (1) and lift drive mechanism (49) are arranged on platform (2), described IC tower (1) comprises side plate (54) and riser (55), elevating drive mechanism (50) is arranged on the side plate (54) of described IC tower (1) one side, and described elevating drive mechanism (50) is connected with described lift drive mechanism (49), line slideway (48) and slide block (66) are also installed on this side plate (54), lifting card feeding mechanism (52) is arranged on described IC tower (1) by described line slideway (48) and slide block (66), described elevating drive mechanism (50) comprises the reciprocal Timing Belt of lifting (9), described lifting card feeding mechanism (52) is connected with the reciprocal Timing Belt of described lifting (9), and described lifting card feeding mechanism (52) drives lifting by the reciprocal Timing Belt of described lifting (9), write on the riser (55) that clip mechanism (51) is arranged on described IC tower (1), and described in write clip mechanism (51) in the time of lifting card feeding mechanism (52) lifting successively through described lifting card feeding mechanism (52), the described clip mechanism (51) of writing is provided with and writes Ka Dao (65), described lifting card feeding mechanism (52) is provided with carries Ka Dao, said write Ka Dao (65) and conveying Ka Dao write complete channels of carrying IC chip card of fashionable formation in IC chip card data, described lifting card feeding mechanism (52) is provided with card feed roller (25) and movably pushing hands (35), IC chip card is write clip mechanism (51) described in promoting to enter or shift out by described pushing hands (35), be driven into or shift out described lifting card feeding mechanism (52) by described card feed roller (25), open the narrow end opening edge that clamp mechanism (53) is arranged on described lifting card feeding mechanism (52), the described clamp mechanism (53) of opening comprises out tong (19), the described clip mechanism (51) of writing comprises and writes on clip folder (4), the described folder (4) of writing on clip is depressed unlatching by the described tong (19) of opening of opening clamp mechanism (53), IC chip card is write clip mechanism (51) described writing on clip described in entering into when folder (4) is opened, the described folder (4) of writing on clip discharges closed by the described clamp mechanism (53) of opening after described IC chip card enters completely, on folder (4), be provided with data and write inbound port described write on clip, IC chip on IC chip card is write fashionable and described data in data and is write inbound port and dock.
2. IC chip card data according to claim 1 write mechanism, it is characterized in that: described lift drive mechanism (49) comprises lifting drive motor (71), reductor (45) and erecting frame (47), lifting drive motor (71) is connected with reductor (45), it is upper that described reductor (45) is fixed on described platform (2) by erecting frame (47), and the output shaft of described reductor (45) is connected with described elevating drive mechanism (50).
3. IC chip card data according to claim 2 write mechanism, it is characterized in that: described elevating drive mechanism (50) also comprises driving driving wheel (8) except the reciprocal Timing Belt of lifting (9), drive Timing Belt (10), drive engaged wheel (56), lifting driving wheel (13), lifting engaged wheel (14), Timing Belt fixture block (11) and balancing weight (12), wherein drive driving wheel (8) to be arranged on the output shaft of described reductor (45), drive engaged wheel (56), lifting driving wheel (13) and lifting engaged wheel (14) are arranged on respectively on the side plate (54) of described IC tower (1), described driving engaged wheel (56) and lifting driving wheel (13) are coaxially arranged at the tower body bottom of described IC tower (1), lifting engaged wheel (14) is arranged at the tower body top of described IC tower (1), drive driving wheel (8) by driving Timing Belt (10) to be connected with driving engaged wheel (56), lifting driving wheel (13) is connected with lifting engaged wheel (14) by the reciprocal Timing Belt of lifting (9), described lifting card feeding mechanism (52) is connected by Timing Belt fixture block (11) and a side of the reciprocal Timing Belt of lifting (9), balancing weight (12) is arranged on the opposite side of the reciprocal Timing Belt of described lifting (9) by Timing Belt fixture block (11), described balancing weight (12) is provided with the countervane (57) playing the guiding role away from the surface of the reciprocal Timing Belt of described lifting (9), near on the side plate (54) of described elevating drive mechanism (50) one sides, support plate (59) is installed at IC tower (1), gathering sill (58) is installed on described support plate (59), described countervane (57) is inserted in described gathering sill (58) perpendicular to one end of described balancing weight (12).
4. IC chip card data according to claim 1 write mechanism, it is characterized in that: described lifting card feeding mechanism (52) comprises framework (24), card feeding mechanism (63) and pushing hands travel mechanism (64), wherein card feeding mechanism (63) and pushing hands travel mechanism (64) are arranged on described framework (24), described card feed roller (25) is arranged on card feeding mechanism (63), it is upper that described pushing hands (35) is arranged on pushing hands travel mechanism (64), and described conveying Ka Dao is arranged at the upper along upper of described framework (24).
5. IC chip card data according to claim 4 write mechanism, it is characterized in that: described framework (24) comprises framework fixed head (41) and framework side plate (62), the upper framework fixed head (41) near described elevating drive mechanism (50) one sides of described framework (24) is all connected with the reciprocal Timing Belt of described lifting (9) and described slide block (66), described framework (24) is provided with the sensing chip (67) of spacing use away from the framework fixed head (41) of described elevating drive mechanism (50) one sides, be equipped with away from side plate (54) top and the bottom of described elevating drive mechanism (50) one sides the limit switch (68) matching with described sensing chip (67) at IC tower (1).
6. IC chip card data according to claim 4 write mechanism, it is characterized in that: described card feeding mechanism (63) also comprises bearing wheel (26) except described card feed roller (25), bearing wheel carrier (27), direct current generator (28), direct current frame (36), card feed synchronous pulley (32), card feed Timing Belt (31), card feed bearing (39) and transmission shaft (42), wherein card feed bearing (39) is installed in rotation on respectively framework side plate (62) inner side of described framework (24) both sides, direct current generator (28) is arranged near on the card feed bearing (39) of described elevating drive mechanism (50) one sides by direct current frame (36), transmission shaft (42) is supported and is arranged on respectively on card feed bearing (39) by bearing, the output shaft of described direct current generator (28) is connected with card feed synchronous pulley (32) through after described direct current frame (36), described transmission shaft (42) is also provided with card feed synchronous pulley (32) away from one end of described conveying Ka Dao, described card feed synchronous pulley (32) is connected successively by card feed Timing Belt (31), described card feed roller (25) is arranged on described transmission shaft (42) one end near described conveying Ka Dao, under described card feed roller (25), be provided with bearing wheel (26), described bearing wheel (26) is arranged on the inner side of described framework side plate (62) by bearing wheel carrier (27), when IC chip card is worked in mechanism by passing between described card feed roller (25) and bearing wheel (26).
7. IC chip card data according to claim 4 write mechanism, it is characterized in that: described pushing hands travel mechanism (64) also comprises servomotor (46) except described pushing hands (35), movement synchronous belt (30), the axis of guide (33), orienting lug (34), servomotor frame (37), band wheeling support (38) and pushing hands driving pulley (40), described servomotor frame (37) and band wheeling support (38) are arranged on respectively the lower edge of framework side plate (62) of described framework (24) both sides, servomotor (46) is arranged on the lower surface of described servomotor frame (37), and the output shaft of described servomotor (46) is connected with pushing hands driving pulley (40) through described servomotor frame (37), pushing hands driving pulley (40) is also installed on described band wheeling support (38), described pushing hands driving pulley (40) is connected by movement synchronous belt (30), the described axis of guide (33) two ends are arranged on respectively on the framework side plate (62) of described framework (24) both sides, described orienting lug (34) is sleeved on the described axis of guide (33), described orienting lug (34) is connected by web joint (69) and movement synchronous belt (30), in the below of described orienting lug (34), lift cylinder (70) is installed, described pushing hands (35) is arranged on described lift cylinder (70), described pushing hands (35) drives lifting by described lift cylinder (70).
8. write mechanism according to the IC chip card data described in claim 1 or 4, it is characterized in that: described conveying Ka Dao comprises Chang Kadao (22) and stub road (23), described stub road (23) is arranged at respectively writes clip mechanism (51) both sides, edge along its length, described Chang Ka road (22) is provided with a rectangle breach, along looking perpendicular to the direction of described platform (2), the rectangle breach in described stub road (23) and described Chang Ka road (22) makes described conveying Ka Dao form a square breach at medium position along its length, described write clip mechanism (51) in the time that lifting card feeding mechanism (52) is mobile successively by described square breach in through described lifting card feeding mechanism (52).
9. IC chip card data according to claim 1 write mechanism, it is characterized in that: described in write clip mechanism (51) except described in write on clip folder (4) and also comprise and write clip base (3), described in being arranged at, said write Ka Dao (65) writes on clip base (3), the described clip base (3) of writing is provided with and writes clip fixed block (60), the described clip mechanism (51) of writing is write on the riser (55) that clip fixed block (60) is arranged on described IC tower (1) by described, described write on clip folder (4) by bearing pin (6) and described in to write clip base (3) hinged, described bearing pin (6) is provided with and writes folder (4) automatically reset back-moving spring on clip described in making, the described folder (4) of writing on clip comprises the ligule end (61) through described riser (55), the described tong (19) of opening of opening clamp mechanism (53) is pushed down described ligule end (61) in the time that folder (4) is write on clip in unlatching, the described both sides of writing folder (4) on clip are provided with adjustment block (7), IC chip card described write on clip write clip base (3) described in being entered into by the below of described adjustment block (7) when folder (4) is opened write Ka Dao (65), the described folder (4) of writing on clip is when closed, and IC chip card is clipped between described adjustment block (7), be provided with alignment bearing (5) at the described clip base (3) of writing away from described one end of writing clip fixed block (60), described alignment bearing (5) axially with to write clip base (3) vertical, the outer ring of described alignment bearing (5) contacts with the edge of IC chip card in the time writing clip mechanism (51) described in IC chip card enters.
10. IC chip card data according to claim 1 write mechanism, it is characterized in that: described in open clamp mechanism (53) except described in open and tong (19), also comprise cylinder (15), air cylinder base (16), connecting rod (17), open tong seat (18) and cylinder frame (20), the described narrow end opening edge of opening clamp mechanism (53) and be arranged on by air cylinder base (16) described lifting card feeding mechanism (52), opening tong seat (18) and cylinder frame (20) is arranged on described air cylinder base (16), described open tong (19) with described in to open tong seat (18) hinged, cylinder (15) is arranged on described cylinder frame (20), the cylinder club head of described cylinder (15) by connecting rod (17) with described in open tong (19) and be connected, described open clamp mechanism (53) open tong (19) when mobile with lifting card feeding mechanism (52) retraction by described cylinder (15) cylinder bar with write clip mechanism (51) nothing and touch, the described ligule end (61) of opening tong (19) and write described in pushing down folder (4) on clip in the time that the cylinder bar of described cylinder (15) stretches out of opening clamp mechanism (53).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420009201.3U CN203689545U (en) | 2014-01-07 | 2014-01-07 | IC chip card data writing mechanism |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420009201.3U CN203689545U (en) | 2014-01-07 | 2014-01-07 | IC chip card data writing mechanism |
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| CN203689545U true CN203689545U (en) | 2014-07-02 |
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| CN104537398A (en) * | 2014-12-02 | 2015-04-22 | 上海慧升智能科技股份有限公司 | Smart card module |
| CN104537324A (en) * | 2014-12-02 | 2015-04-22 | 上海慧升智能科技股份有限公司 | Control method of smart card module |
| CN104951818A (en) * | 2015-04-29 | 2015-09-30 | 南京华桠融通智能科技有限公司 | Multi-station IC (integrated circuit) card reading and writing module |
| CN105809075A (en) * | 2014-12-31 | 2016-07-27 | 沈阳友联电子装备有限公司 | Card writing device of cos downloading and initiation mechanism of an intelligent card chip and card writing method thereof |
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| CN105809076B (en) * | 2014-12-31 | 2018-01-12 | 沈阳友联电子装备有限公司 | A kind of data writing device of smart card chip module |
| CN104951818A (en) * | 2015-04-29 | 2015-09-30 | 南京华桠融通智能科技有限公司 | Multi-station IC (integrated circuit) card reading and writing module |
| CN109242070A (en) * | 2018-10-15 | 2019-01-18 | 宁波荣大证卡打印设备有限公司 | A kind of electronic tag writing machine |
| CN109272086A (en) * | 2018-10-15 | 2019-01-25 | 宁波荣大证卡打印设备有限公司 | A kind of continuous type temperature-sensitive manifolding card printing erasing all-in-one machine |
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