CN205872893U - Smart card access arrangement - Google Patents
Smart card access arrangement Download PDFInfo
- Publication number
- CN205872893U CN205872893U CN201620855848.7U CN201620855848U CN205872893U CN 205872893 U CN205872893 U CN 205872893U CN 201620855848 U CN201620855848 U CN 201620855848U CN 205872893 U CN205872893 U CN 205872893U
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- Prior art keywords
- card
- assembly
- chuck
- smart card
- lower chuck
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Abstract
The utility model provides a smart card access arrangement, include: chuck assembly, drive assembly, the control assembly of setting on the base, advance card components and go out card components, chuck assembly is equipped with the cooperation of a plurality of one -to -ones including storing up card portion in the storage card portion first storage card recess with the second stores up the card recess to be used for holding the smart card, during this smart card access arrangement can stock every smart card in different storage location to control assembly can every smart card of real -time recording storage location, when getting the card, the motor drives under control assembly's control the chuck rotates to the assigned position down to take out the smart card of assigned position. This smart card access arrangement can access the smart card automatically, does not need artificial intervention, can guarantee the security and the reliability in when card access, and the smart card emission order when depositing the card does not require, can conveniently operate, simultaneously, can take out the appointed smart card of optional position, has strengthened the convenience of use.
Description
Technical field
This utility model relates to smart card access technique field, especially relates to a kind of smart card access arrangement.
Background technology
Smart card is embedded into the common name of the plastic cards of microchip, the usually size of a bank card.In life often
The smart card seen has bank card, identity card, social security card, access card and transportation card etc..Existing smart card substrate mostly is PVC material
Matter, chip contact surface is metal material, and the input/output terminal of integrated circuit is attached on chip contact surface, is so easy to read write line
Operation, chip internal is typically provided with CPU, RAM, ROM and EPROM.
The advantage of smart card is: be easy to carry with, and smart card can be put into easily in wallet or block in bag；Storage
Capacity is big, and a sheet smart card can preserve the information of 4-6 Mbytes；The reliability of information record is high, and safety is higher；Gao Bao
Close property, can accomplish card one password.Intelligent card band much facilitates to people, but using of smart card be unable to do without smart card
Management.The management of smart card is broadly divided into deposits card and card taking two kinds operation.The management method of smart card at present, uses manual type
Be managed, smart card be according to the rule formulated in advance orderly leave in cartridge (case), as needed the card taking also will be by advance
The order deposited manually is searched and takes out.
This management method not only work efficiency is relatively low, and access card speed is relatively slow, and needs artificial intervention during access card,
Its safety is poor, human error (such as smart card order misplaces or loses the error such as smart card) easily occurs, use can
Relatively low by property, and the appointment smart card in the cartridge (case) of lack of alignment can not be automatically extracted, during card taking, smart card is deposited
Order has strict requirements, and the convenience of use is poor.
Utility model content
The purpose of this utility model is to provide a kind of smart card access arrangement, to solve smart card of the prior art
The safety of management and the poor technical problem of convenience.
This utility model provides a kind of smart card access arrangement, including: the chuck assembly that is arranged on base, driving group
Part, control assembly, enter card assembly and card release assembly；
Described chuck assembly includes upper chuck and lower chuck, the institute that card storage portion, described card storage portion include that relative spacing arranges
Stating upper chuck and described lower chuck to connect by the first connector is fixing, described upper chuck and described lower chuck are ring-type；
The lower surface of described upper chuck is provided with multiple first card storage groove, and the upper surface of described lower chuck is provided with multiple
Second card storage groove；Multiple described first card storage grooves and multiple described second card storage groove can coordinate by one_to_one corresponding, to hold
Receive smart card；
Described driving assembly includes motor and driving section, and described motor is connected with described lower chuck by described driving section,
Described driving assembly is used for driving described lower chuck rotation；
The output shaft of described motor is provided with angular displacement sensor, and described angular displacement sensor can detect the output of motor
The angular displacement information of axle, described angular displacement sensor is connected with described control assembly, and described control assembly is able to receive that and record
The angular displacement information of described output shaft, to control the rotational angle of described lower chuck；
Described enter card assembly include intelligent card reading, described intelligent card reading for reading the information of smart card, institute
Stating intelligent card reading to be connected with described control assembly, described control assembly is able to receive that and records the information of described smart card,
Described enter card assembly for drive smart card enter described card storage portion；
Described card release assembly is positioned at the inner side of the annular inner wall of described lower chuck, described card release assembly for by smart card from
Card storage portion enters in card assembly described in pushing, and described card release assembly is connected with controlling assembly, and described control assembly can control described
The start and stop of card release assembly.
Further, described driving section includes the first synchronous pulley, the second synchronous pulley and Timing Belt, and described first synchronizes
Belt wheel and described second synchronous pulley are connected by described Timing Belt, and described first synchronous pulley fixed cover is located at described motor
On output shaft, described second synchronous pulley is connected with described lower chuck.
Further, described chuck assembly also includes that calibration portion, described calibration portion include calibration ring and photoelectric sensor, institute
Stating calibration ring and be fixedly connected on the bottom of described lower chuck, the annular outer wall of described calibration ring is provided with open slot, described opening
Groove connects with the annular inner wall of described calibration ring, and the opening of described open slot is arranged on the lower surface of described calibration ring, institute
Stating photoelectric sensor to be fixedly connected on described base, the optical signal that described photoelectric sensor sends can pass described opening
Groove, and the positional information of described open slot can be detected, described photoelectric sensor is connected with controlling assembly, described control assembly energy
Enough receive the positional information of described open slot, turn to open slot position controlling described lower chuck.
Further, the bottom of described lower chuck is provided with bearing, and the inner ring of described bearing is solid with the bottom of described lower chuck
Fixed connection, the outer ring of described bearing is fixing with described base to be connected.
Further, described chuck assembly also includes supporting part；
Described supporting part includes support shaft, the first support member and the second support member, described first support member and described second
Support member is both connected in described support shaft；
Described support shaft is fixing with described base to be connected；
Described first support member has horizontally disposed first end face, and described first end face is towards the following table of described upper chuck
Face is arranged, and described first end face abuts with the lower surface of described upper chuck；
Described second support member has horizontally disposed second end face, and described second end face is towards the upper table of described lower chuck
Face is arranged, and described second end face abuts with the upper surface of described lower chuck.
Further, described first support member includes that the first roller, described second support member include the second roller；
Described first roller and described second roller are all set in described support shaft；
Described first roller has horizontally disposed 3rd end face, and described 3rd end face is towards the lower surface of described upper chuck
Arrange, and described 3rd end face abuts with the lower surface of described upper chuck；
Described second roller has horizontally disposed 4th end face, and described 4th end face is towards the upper surface of described lower chuck
Arrange, and described 4th end face abuts with the upper surface of described lower chuck.
Further, described card release assembly includes pushing away card, electric magnet and moving part, described in push away card and described moving part
Fixing and connect, described moving part is made up of magnetic material, and described electric magnet is connected with described control assembly, described control assembly energy
Enough control the power on/off of described electric magnet, during the energising of described electric magnet, it is possible to drive described moving part to move, push away described in driving
Card stretches in described card storage portion.
Further, described moving part includes pull bar, the second connector, fixing axle and support；
Described support casing is located on described fixing axle, described in push away card fixed cover and be located on described fixing axle, described second
One end of connector is fixing with described fixing axle to be connected, and the other end of described second connector is hinged with described pull bar, described electricity
During Magnet energising, it is possible to adsorb described pull bar and move along the length direction of described pull bar.
Further, described in enter between card assembly and described chuck assembly, to be additionally provided with guidance set, described guidance set bag
Include guide part and be positioned at the power part above described guide part；
Described guide part is fixedly connected on described base, and the upper surface of described guide part is provided with direction recess, described
The bearing of trend of direction recess is arranged along entering card direction；
Described power part includes power motor, the first roller bearing and the second roller bearing；
Described first roller bearing is provided with the first actuating device, and described second roller bearing is provided with the second actuating device, and described
One actuating device and described second actuating device connect；Described power motor is connected with described first actuating device, to drive
Stating the first roller bearing to rotate, the sidewall of described first roller bearing can contact with the sidewall of described second roller bearing, for driving intelligence
Card slides along described direction recess.
Further, the top of described first roller bearing is additionally provided with handwheel.
The smart card access arrangement that this utility model provides, including: the chuck assembly that is arranged on base, drive assembly,
Control assembly, enter card assembly and card release assembly；Described chuck assembly includes card storage portion, is provided with multiple one_to_one corresponding and joins in card storage portion
The described first card storage groove closed and described second card storage groove, for accommodating smart card；Described driving assembly includes motor,
Described motor is connected with described lower chuck, and to drive described lower chuck to rotate, the output shaft of described motor is provided with angular displacement and passes
Sensor, described angular displacement sensor can detect the angular displacement information of the output shaft of motor, and described control assembly is able to receive that also
Record described angular displacement information, to control the rotational angle of described lower chuck；Described enter card assembly include intelligent card reading, institute
Stating intelligent card reading for reading the information of smart card, described control assembly is able to receive that and records the letter of described smart card
Breath, described in enter card assembly for drive smart card enter described card storage portion.When depositing card, intelligent card reading reads smart card letter
Breath, is then transferred to the information of smart card control assembly, controls under component record after the information of this smart card, control motor and turn
Dynamic, thus drive described lower chuck to turn to into card position, this smart card is entered in chuck assembly by entering card Component driver；Wait to store up
When leaving a sheet smart card, repeat the above steps and control assembly record simultaneously one sheet smart card position rotate angle
Displacement information, in order to take out this appointment smart card during card taking；During card taking, motor is under the control controlling assembly, according to control group
The angular displacement information that the smart card position specified of part record rotates, drives lower chuck to turn to specific bit and postpones, card release
Smart card, under the control controlling assembly, is pushed in card assembly from chuck assembly by assembly, and smart card is entering card assembly
Take out from smart card access arrangement under driving.Every sheet smart card can be stored in different storage positions by this smart card access arrangement
In putting, and control assembly can the storage position of the every sheet smart card of real time record；During card taking, motor is controlling the control of assembly
Under, drive described lower chuck to turn to specify position, thus take out the smart card specifying position.This smart card access arrangement can
Automatic access smart card, it is not necessary to artificially get involved, it is possible to ensure the safety and reliability of access card, and to depositing card discharge order
Do not require, it is possible to convenient operation, meanwhile, it is capable to take out the appointment smart card of optional position, enhance the convenience of use.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model detailed description of the invention or technical scheme of the prior art, below by right
In detailed description of the invention or description of the prior art, the required accompanying drawing used is briefly described, it should be apparent that, describe below
In accompanying drawing be embodiments more of the present utility model, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the top view of the smart card access arrangement that this utility model embodiment provides；
Fig. 2 is the structural representation of the chuck assembly that this utility model embodiment provides；
Fig. 3 is the partial enlarged drawing of the chuck assembly that this utility model embodiment provides；
Fig. 4 is the structural representation of the card release assembly that this utility model embodiment provides；
Fig. 5 is the structural representation of the guidance set that this utility model embodiment provides.
Reference:
1-base；2-chuck assembly；3-drives assembly；
4-controls assembly；5-enters card assembly；6-guidance set；
7-card release assembly；21-card storage portion；22-supporting part；
71-electric magnet；73-pushes away card；211-upper chuck；
212-the first connector；213-lower chuck；221-support shaft；
222-the first roller；223-the second roller；611-direction recess；
621-the first roller bearing；622-the second roller bearing；623-power motor；
721-pull bar；722-the second connector；723-fixes axle；
2111-the first card storage groove；2131-the second card storage groove；
6211-the first actuating device；6221-the second actuating device.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely described, it is clear that described
Embodiment is a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, this
The every other embodiment that field those of ordinary skill is obtained under not making creative work premise, broadly falls into this practicality
Novel protected scope.
In description of the present utility model, " " center ", " on ", D score, "left", "right", " perpendicular it should be noted that term
Directly ", " level ", " interior ", the orientation of the instruction such as " outward " or position relationship be based on orientation shown in the drawings or position relationship, be only
Must have specific for the ease of describing this utility model and simplification description rather than instruction or the device of hint indication or element
Orientation, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " the
One ", " second ", be only used for describe purpose, and it is not intended that instruction or hint relative importance.Wherein, term " first
Put " it is two different positions with " second position ".
In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace
Dress ", should be interpreted broadly " being connected ", " connection ", for example, it may be fix connection, it is also possible to be to removably connect, or integratedly
Connect；Can be to be mechanically connected, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to be indirectly connected to by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
Language concrete meaning in this utility model.
Fig. 1 is the top view of the smart card access arrangement that this utility model embodiment provides；Fig. 2 is that this utility model is implemented
The structural representation of the chuck assembly that example provides；Fig. 3 is the partial enlarged drawing of the chuck assembly that this utility model embodiment provides；
Fig. 4 is the structural representation of the card release assembly that this utility model embodiment provides.
A kind of smart card access arrangement of this utility model offer, as shown in Figures 1 to 4, including: it is arranged on base 1
Chuck assembly 2, drive assembly 3, control assembly 4, enter card assembly 5 and card release assembly 7；Chuck assembly 2 includes card storage portion 21, card storage
Portion 21 includes that upper chuck 211 and the lower chuck 213 that relative spacing arranges, upper chuck 211 and lower chuck 213 are by the first connector
212 fixing connections, upper chuck 211 and lower chuck 213 are ring-type；The lower surface of upper chuck 211 is provided with multiple first card storage
Groove 2111, the upper surface of lower chuck 213 is provided with multiple second card storage groove 2131；Multiple first card storage grooves 2111 are with many
Individual second card storage groove 2131 can coordinate, to accommodate smart card by one_to_one corresponding；Assembly 3 is driven to include motor and driving section, electricity
Machine is connected with lower chuck 213 by driving section, drives assembly 3 to be used for driving lower chuck 213 rotation；The output shaft of motor is provided with
Angular displacement sensor, angular displacement sensor can detect the angular displacement information of the output shaft of motor, angular displacement sensor and control
Assembly 4 connects, and controls assembly 4 and is able to receive that and records the angular displacement information of output shaft, to control the angle of rotation of lower chuck 213
Degree；Enter card assembly 5 and include intelligent card reading, intelligent card reading for reading the information of smart card, intelligent card reading with
Control assembly 4 to connect, control assembly 4 and be able to receive that and the information of recording smart card, enter card assembly 5 for driving smart card to enter
Card storage portion 21；Card release assembly 7 is positioned at the inner side of the annular inner wall of lower chuck 213, and card release assembly 7 is used for smart card from card storage portion
21 are pushed in card assembly 5, and card release assembly 7 is connected with controlling assembly 4, control assembly 4 and can control opening of described card release assembly 7
Stop.
Wherein, upper chuck 211 and lower chuck 213 connect by the first connector 212 is fixing, and connected mode can be viscous
Connect, weld or any applicable mode such as riveting.Preferably, connected mode for being removably secured connection, the most threaded,
It is connected together or sells connection etc..Utilization is removably secured connected mode, it is simple to change the first connector 212, when storing difference
During the smart card of classification, various sizes of first connector 212 can be changed, to regulate upper chuck according to the size of smart card
Spacing between 211 and lower chuck 213, the smart card going for various sizes stores, and improves the utilization of chuck
Rate；Meanwhile, it is capable to be conveniently replaceable upper chuck 211 and lower chuck 213, when card storage quantity is more, it is possible to use card storage groove
More upper chuck 211 and lower chuck 213, when card storage quantity is fewer, it is possible to use the less upper chuck of card storage groove 211
With lower chuck 213, further increase the utilization rate of chuck, also enhance convenience simultaneously.
Wherein, the first connector 212 can be connecting rod, can be to connect support, it is also possible to for contiguous block, as long as can
Upper chuck 211 and lower chuck 213 relative spacing are arranged.Additionally, the quantity of the first connector 212 can be one, also
Can be multiple.
Wherein, the output shaft of motor is provided with angular displacement sensor, and angular displacement sensor can detect the output shaft of motor
Angular displacement information, owing to motor is connected with lower chuck 213 by driving section, the angular displacement speed of the output shaft of motor and lower card
The ratio of the angular displacement speed of dish 213 is gear ratio, and angular displacement sensor is connected with controlling assembly 4, and controlling assembly 4 can connect
Receive and record the angular displacement information of output shaft, then draw the angular displacement information of lower chuck 213 according to gear ratio, and then can control
The rotational angle of lower chuck 213 processed.
Wherein, entering card assembly 5 and include intelligent card reading, intelligent card reading is for reading the information of smart card, intelligent
Card reader is connected with controlling assembly 4, controls assembly 4 and is able to receive that and the information of recording smart card.When depositing card, control assembly 4
By the information of recording smart card, the angular displacement information of the draw-in groove of this smart card of record placement simultaneously, this intelligence just can be recorded
The storage location of card, it is simple to find this smart card during card taking.
Wherein, card release assembly 7 can include electric magnet 71, utilizes electromagnetic attraction, drives card release assembly 7 by smart card from storage
Card division 21 is pushed in card assembly 5, controls assembly 4 and can control the power on/off of electric magnet 71, produces electricity when electric magnet 71 is energized
Magnetic pull, card release assembly 7 is opened；Not producing electromagnetic attraction during electric magnet 71 power-off, card release assembly 7 is closed.
Additionally, card release assembly 7 can also include electric pushrod, the thrust of electric pushrod is utilized to drive card release assembly 7 by intelligence
Can be pushed into card assembly 5 from card storage portion 21 by card, control assembly 4 and can control the power on/off of electric pushrod, electric pushrod is energized
Time, it is possible to producing thrust, card release assembly 7 is opened；Not producing thrust during electric pushrod power-off, card release assembly 7 is closed.
When depositing card, first intelligent card reading reads smart card information, then the information of smart card is transferred to control group
Part 4, after controlling the information that this smart card recorded by assembly 4, controls electric machine rotation, thus drives described lower chuck 213 to turn to
Entering card position, this smart card is driven in chuck assembly 2 by entering card assembly 5；During next sheet smart card to be stored, repeat above-mentioned
Step and control assembly 4 record simultaneously upper one sheet smart card position rotate angular displacement information, in order to during card taking take out
This appointment smart card；During card taking, motor is under the control controlling assembly 4, according to the smart card the specified institute controlling assembly 4 record
The angular displacement information rotated in position, drives lower chuck 213 to turn to specific bit and postpones, and card release assembly 7 is controlling the control of assembly 4
Under system, being pushed in card assembly 5 by smart card from chuck assembly 2, smart card is deposited from smart card under the driving entering card assembly 5
Taking equipment takes out.Every sheet smart card can be stored in different storage positions by this smart card access arrangement, and controls group
Part 4 is able to record that the storage position of every sheet smart card；During card taking, motor is under the control controlling assembly 4, according to controlling assembly 4
The angular displacement information that the smart card position specified of record rotates, drives described lower chuck 213 to turn to specify position, from
And take out the smart card specifying position.This smart card access arrangement can automatic access smart card, it is not necessary to artificially get involved, it is possible to
Ensure the safety and reliability of access card, and to the discharge order not requirement of smart card when depositing card, it is possible to convenient operation, with
Time, it is possible to take out the appointment smart card of optional position, enhance the convenience of use.
Further, driving section includes the first synchronous pulley, the second synchronous pulley and Timing Belt, the first synchronous pulley and
Two synchronous pulleys are connected by Timing Belt, and the first synchronous pulley fixed cover is located on the output shaft of motor, the second synchronous pulley with
Lower chuck 213 connects.
Wherein, driving section includes the first synchronous pulley, second synchronizes to lead the way and Timing Belt, it is possible to make the output shaft of motor with
Lower chuck 213 Synchronous Transmission, it is simple to control the angular displacement of lower chuck 213, improves control accuracy.
Further, chuck assembly 2 also includes that calibration portion, calibration portion include calibration ring and photoelectric sensor, and calibration ring is solid
Surely being connected to the bottom of lower chuck 213, the annular outer wall of calibration ring is provided with the annular inner wall of open slot, open slot and calibration ring
Connecting, and the opening of open slot is arranged on the lower surface of calibration ring, photoelectric sensor is fixedly connected on base 1, photoelectric transfer
The optical signal that sensor sends can pass open slot, and can detect the positional information of open slot, photoelectric sensor and control group
Part 4 connects, and controls assembly 4 and is able to receive that the positional information of open slot, turns to open slot position controlling lower chuck 213.
Wherein, photoelectric sensor is a kind of sensor completing detection function with photoelectric cell, and it is first by measured
Change information represent with the change of optical signal, then optical signal is converted further into the signal of telecommunication, with complete sensing merit
Can, photoelectric sensor includes optical signal issuing side and optical signal receiving terminal.Before using, set open slot position as chuck
Initial position；During use, optical signal issuing side should be arranged on the side of calibration ring, optical signal receiving terminal is arranged on calibration ring
The other end, calibration ring along with lower chuck 213 from then time rotational, when photoelectric sensor is not aligned with open slot position, light
Signal cannot pass through calibration ring, and optical signal receiving terminal can not receive optical signal, and then can not produce the signal of telecommunication, controls device and light
Electric transducer connects, and when controlling the signal of telecommunication that device does not receive photoelectric sensor, controls the continuous rotation of chuck；Work as photoelectric sensing
During device alignment open slot position, optical signal can pass open slot, after optical signal receiving terminal receives optical signal, and then produces electricity
Signal, after control device receives this signal of telecommunication, controls chuck and stops rotation, and it is (the most initial that chuck returns to open slot position
Position).
Wherein, photoelectric sensor can be reflecting plate type, can be correlation type, it is also possible to the shape being arbitrarily suitable for for grooved etc.
Formula.
Wherein, control assembly 4, during long-term control chuck assembly 2 rotation, easily produces accumulation and controls error, or
Person, when chuck rotation direction changes, also easily produces and controls error, and calibration portion can make chuck calibrate initial position, can subtract
Control error less, thus improve control accuracy.
Wherein, calibration ring and lower chuck 213 can also be integral type structure.The stability of calibration ring can be strengthened, and
Add man-hour, directly open slot can be set for bottom at lower chuck 213, it is simple to processing, it is possible to save processing cost.
Further, the bottom of described lower chuck 213 is provided with bearing, and the bottom of the inner ring of bearing and lower chuck 213 is fixed
Connecting, the outer ring of bearing is fixing with base 1 to be connected.
Wherein, the inner ring of bearing is fixing with the bottom of lower chuck 213 to be connected, and connected mode can be bonding, it is also possible to is
Any applicable form such as threaded.
Wherein, the outer ring of bearing and base 1 is fixing to be connected, and connected mode can be to weld, it is also possible to be that riveting etc. is any
The form being suitable for.Additionally, the outer ring of bearing can also be connected by fixation clip is fixing with base 1.Such as, fixation clip is ring
Shape, time fixing, on the upper surface of the outer ring that fixation clip is first arranged on bearing, then by securing member by fixation clip and the end
Seat 1 is fixing to be connected, and can be connected fixing with base 1 for the outer ring of bearing.
The bottom of lower chuck 213 is provided with bearing, it is possible to reduce the friction between lower chuck 213 and base 1, reduces lower chuck
The abrasion of 213, effectively increases the service life, and can make lower chuck 213 under the drive driving assembly 3, and rotation is more
Smoothness, strengthens the reliability used.
Further, chuck assembly 2 also includes supporting part 22；Supporting part 22 includes support shaft the 221, first support member and
Two support members, the first support member and the second support member are both connected in support shaft 221；Support shaft 221 is fixing with base 1 to be connected；
First support member has horizontally disposed first end face, and the first end face is arranged towards the lower surface of upper chuck 211, and the first end face
Abut with the lower surface of upper chuck 211；Second support member has horizontally disposed second end face, and the second end face is towards lower chuck
The upper surface of 213 is arranged, and the second end face abuts with the upper surface of lower chuck 213.
Wherein the connected mode of the first support member and the second support member and support shaft 221, can be fixing connection, it is possible to be
It is rotationally connected.First support member applies power upwards to upper chuck 211, and the second support member applies downward power to lower chuck 213,
Supporting part 22 can support upper chuck 211 and lower chuck 213 further, to keep distance therebetween, and is not take up card storage
Space, it is possible to save use cost.
Further, the first support member includes the first roller 222, and the second support member includes the second roller 223；First roller
222 and second roller 223 be all set in support shaft 221；First roller 222 has horizontally disposed 3rd end face, the 3rd end
Lower surface facing to upper chuck 211 is arranged, and the 3rd end face abuts with the lower surface of upper chuck 211；Second roller 223 has
Horizontally disposed 4th end face, the 4th end face is arranged towards the upper surface of lower chuck 213, and the 4th end face and lower chuck 213
Upper surface abuts.
Wherein, the first roller 222 and the second roller 223 are all set in support shaft 221, the first roller 222 and the second rolling
Wheel 223 all can rotate by relative support axle 221.When the first roller 222 abuts with the lower surface of upper chuck 211, due to first
Roller 222 can rotate, it is possible to reduces frictional force therebetween, thus reduces the mill of the first roller 222 and upper chuck 211
Damage, increase the service life.When the second roller 223 abuts with the upper surface of lower chuck 213, with the first roller 222 and upper chuck
The situation when lower surface of 211 abuts is consistent, and here is omitted.
Further, card release assembly 7 includes pushing away card 73, electric magnet 71 and moving part, pushes away card 73 and fixes with moving part
Connecting, moving part is made up of magnetic material, and electric magnet 71 is connected with controlling assembly 4, controls assembly 4 and can control electric magnet 71
Power on/off, when electric magnet 71 is energized, it is possible to drives moving part to move, pushes away card 73 with drive and stretch in card storage portion 21.
In an embodiment of the present utility model, moving part includes mobile base and wiper, wiper and mobile base
Being slidably connected, mobile base is fixed on base 1, wiper with push away that card 73 is fixing to be connected, wiper is made up of magnetic material,
When electric magnet 71 is energized, electromagnetic repulsion force drives wiper to slide along mobile base towards chuck assembly 2, and then driving pushes away card
73 slide until pushing away card 73 and stretching in card storage portion 21 towards chuck assembly 2, are released by smart card from chuck assembly 2.
Preferably, moving part includes pull bar the 721, second connector 722, fixing axle 723 and support；Support casing is located at fixing
On axle 723, pushing away card 73 fixed cover and be located on fixing axle 723, one end of the second connector 722 is fixing with fixing axle 723 to be connected,
The other end of the second connector 722 is hinged with pull bar 721, when electric magnet 71 is energized, it is possible to absorption pull bar 721 is along pull bar 721
Length direction moves.
Wherein, support casing is located on fixing axle 723, and fixing axle 723 can be relative to holder pivots, and electric magnet 71 is energized
Time, absorption pull bar 721 moves along the length direction of pull bar 721, thus drives the second connector 722 to rotate, the second connector 722
One end fixing with fixing axle 723 is connected such that it is able to drive and fix axle 723 and rotate, push away card 73 fixed cover and be located at fixing axle
On 723, therefore, pushing away card 73 can rotate, and pushes away card 73 when turning to suitable angle, it is possible to stretch in card storage portion 21, will
Smart card is released from chuck assembly 2.
Fig. 5 is the structural representation of the guidance set that this utility model embodiment provides.
Further, guidance set 6 it is additionally provided with between card assembly 5 and chuck assembly 2 as it is shown in figure 5, enter, guidance set 6
Including guide part and be positioned at the power part above guide part；Guide part is fixedly connected on base 1, and the upper surface of guide part sets
Having direction recess 611, the bearing of trend of direction recess 611 is arranged along entering card direction；Power part includes power motor 623, first
Roller bearing 621 and the second roller bearing 622；First roller bearing 621 is provided with the first actuating device 6211, and the second roller bearing 622 is provided with second
Actuating device 6221, the first actuating device 6211 and the second actuating device 6221 connect；Power motor 623 and the first actuating device
6211 connect, and to drive the first roller bearing 621 to rotate, the sidewall of the first roller bearing 621 can connect with the sidewall of described second roller bearing 622
Touch, slide along direction recess 611 for driving smart card.
Wherein enter and guidance set 6 is set between card assembly 5 and chuck assembly 2, it is possible at two higher to alignment request
Playing the effect of buffering between assembly, can limit smart card further enters card direction and card release direction simultaneously, improves and deposits
The success rate of card taking, reduces fault rate.
When storing smart card, smart card is after entering card assembly 5 and entering this smart card access arrangement, and power part drives smart card
Slide towards chuck assembly 2 along direction recess 611, then store and enter chuck assembly 2；When taking out smart card, smart card is gone out
Card assembly 7 is pushed into guidance set 6 from chuck assembly 2, and power part drives smart card along direction recess 611 towards entering card assembly 5
Slide, subsequently into entering in card assembly 5, drive taking-up smart card from this equipment through entering card assembly 5.
Further, the top of the first roller bearing 621 is additionally provided with handwheel.When guidance set 6 breaks down, handwheel can carry
Dynamic first roller bearing 621 rotates, and then can manually take out smart card, improves the convenience of use.
Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, rather than it is limited
System；Although being described in detail this utility model with reference to foregoing embodiments, those of ordinary skill in the art should
Understand: the technical scheme described in foregoing embodiments still can be modified by it, or to the most some or all of
Technical characteristic carries out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from this practicality new
The scope of type each embodiment technical scheme.
Claims (10)
1. a smart card access arrangement, it is characterised in that including: the chuck assembly that is arranged on base, drive assembly, control
Assembly, enter card assembly and card release assembly；
Described chuck assembly includes upper chuck and the lower chuck that card storage portion, described card storage portion include that relative spacing arranges, described on
Chuck and described lower chuck connect by the first connector is fixing, and described upper chuck and described lower chuck are ring-type；
The lower surface of described upper chuck is provided with multiple first card storage groove, and the upper surface of described lower chuck is provided with multiple second
Card storage groove；Multiple described first card storage grooves and multiple described second card storage groove can coordinate, to accommodate intelligence by one_to_one corresponding
Can card；
Described driving assembly includes motor and driving section, and described motor is connected with described lower chuck by described driving section, described
Assembly is driven to be used for driving described lower chuck rotation；
The output shaft of described motor is provided with angular displacement sensor, and described angular displacement sensor can detect the output shaft of motor
Angular displacement information, described angular displacement sensor is connected with described control assembly, and described control assembly is able to receive that and records described
The angular displacement information of output shaft, to control the rotational angle of described lower chuck；
Described enter card assembly include intelligent card reading, described intelligent card reading for reading the information of smart card, described intelligence
Can be connected with described control assembly by card reader, described control assembly is able to receive that and records the information of described smart card, described
Enter card assembly for driving smart card to enter described card storage portion；
Described card release assembly is positioned at the inner side of the annular inner wall of described lower chuck, and described card release assembly is used for smart card from card storage
Portion enters in card assembly described in pushing, and described card release assembly is connected with controlling assembly, and described control assembly can control described card release
The start and stop of assembly.
Smart card access arrangement the most according to claim 1, it is characterised in that described driving section includes the first Timing Belt
Wheel, the second synchronous pulley and Timing Belt, described first synchronous pulley and described second synchronous pulley are connected by described Timing Belt,
Described first synchronous pulley fixed cover is located on the output shaft of described motor, and described second synchronous pulley is with described lower chuck even
Connect.
Smart card access arrangement the most according to claim 1, it is characterised in that described chuck assembly also includes calibration portion,
Described calibration portion includes that calibration ring and photoelectric sensor, described calibration ring are fixedly connected on the bottom of described lower chuck, described school
The annular outer wall of lead ring is provided with open slot, and described open slot connects with the annular inner wall of described calibration ring, and described open slot
Opening be arranged on the lower surface of described calibration ring, described photoelectric sensor is fixedly connected on described base, described photoelectricity
The optical signal that sensor sends can pass described open slot, and can detect the positional information of described open slot, described photoelectricity
Sensor is connected with controlling assembly, and described control assembly is able to receive that the positional information of described open slot, to control described lower card
Dish turns to open slot position.
Smart card access arrangement the most according to claim 1, it is characterised in that the bottom of described lower chuck is provided with bearing,
The inner ring of described bearing is fixing with the bottom of described lower chuck to be connected, and the outer ring of described bearing is fixing with described base to be connected.
Smart card access arrangement the most according to claim 1, it is characterised in that described chuck assembly also includes supporting part；
Described supporting part includes that support shaft, the first support member and the second support member, described first support member and described second support
Part is both connected in described support shaft；
Described support shaft is fixing with described base to be connected；
Described first support member has horizontally disposed first end face, and described first end face sets towards the lower surface of described upper chuck
Put, and described first end face abuts with the lower surface of described upper chuck；
Described second support member has horizontally disposed second end face, and described second end face sets towards the upper surface of described lower chuck
Put, and described second end face abuts with the upper surface of described lower chuck.
Smart card access arrangement the most according to claim 5, it is characterised in that described first support member includes the first rolling
Wheel, described second support member includes the second roller；
Described first roller and described second roller are all set in described support shaft；
Described first roller has horizontally disposed 3rd end face, and described 3rd end face sets towards the lower surface of described upper chuck
Put, and described 3rd end face abuts with the lower surface of described upper chuck；
Described second roller has horizontally disposed 4th end face, and described 4th end face sets towards the upper surface of described lower chuck
Put, and described 4th end face abuts with the upper surface of described lower chuck.
Smart card access arrangement the most according to claim 1, it is characterised in that described card release assembly includes pushing away card, electricity
Magnet and moving part, described in push away that card and described moving part are fixing to be connected, described moving part is made up of magnetic material, described electromagnetism
Ferrum is connected with described control assembly, and described control assembly can control the power on/off of described electric magnet, during the energising of described electric magnet,
Described moving part can be driven to move, push away card and stretch in described card storage portion described in driving.
Smart card access arrangement the most according to claim 7, it is characterised in that described moving part includes pull bar, the second company
Fitting, fixing axle and support；
Described support casing is located on described fixing axle, described in push away card fixed cover and be located on described fixing axle, described second connects
One end of part is fixing with described fixing axle to be connected, and the other end of described second connector is hinged with described pull bar, described electric magnet
During energising, it is possible to adsorb described pull bar and move along the length direction of described pull bar.
9. according to the smart card access arrangement according to any one of claim 1-8, it is characterised in that described in enter card assembly and
Being additionally provided with guidance set between described chuck assembly, described guidance set includes guide part and is positioned at moving above described guide part
Power portion；
Described guide part is fixedly connected on described base, and the upper surface of described guide part is provided with direction recess, described guiding
The bearing of trend of groove is arranged along entering card direction；
Described power part includes power motor, the first roller bearing and the second roller bearing；
Described first roller bearing is provided with the first actuating device, and described second roller bearing is provided with the second actuating device, and described first passes
Dynamic device and described second actuating device connect；Described power motor is connected with described first actuating device, to drive described
One roller bearing rotates, and the sidewall of described first roller bearing can contact with the sidewall of described second roller bearing, for driving smart card edge
Described direction recess slides.
Smart card access arrangement the most according to claim 9, it is characterised in that the top of described first roller bearing is additionally provided with
Handwheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620855848.7U CN205872893U (en) | 2016-08-05 | 2016-08-05 | Smart card access arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620855848.7U CN205872893U (en) | 2016-08-05 | 2016-08-05 | Smart card access arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205872893U true CN205872893U (en) | 2017-01-11 |
Family
ID=57703568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620855848.7U Withdrawn - After Issue CN205872893U (en) | 2016-08-05 | 2016-08-05 | Smart card access arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205872893U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106115088A (en) * | 2016-08-05 | 2016-11-16 | 杭州东信银星金融设备有限公司 | Smart card access arrangement |
-
2016
- 2016-08-05 CN CN201620855848.7U patent/CN205872893U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106115088A (en) * | 2016-08-05 | 2016-11-16 | 杭州东信银星金融设备有限公司 | Smart card access arrangement |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20170111 Effective date of abandoning: 20190514 |
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| AV01 | Patent right actively abandoned |