CN203351872U - Card taking-out device and card reader - Google Patents
Card taking-out device and card reader Download PDFInfo
- Publication number
- CN203351872U CN203351872U CN 201320278495 CN201320278495U CN203351872U CN 203351872 U CN203351872 U CN 203351872U CN 201320278495 CN201320278495 CN 201320278495 CN 201320278495 U CN201320278495 U CN 201320278495U CN 203351872 U CN203351872 U CN 203351872U
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- Prior art keywords
- card
- slot
- drive rod
- extractor
- withdrawing device
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Abstract
The utility model provides a card taking-out device and a card reader. The device is arranged in a card slot, and comprises a pulling-out device, a driving rod, a first elastic component and a second elastic component, a tail end part of the pulling-out device is provided with a first braking part in a protruding manner which is used for stopping a card and moving together therewith, and a front end part of the pulling-out device is provided with a second braking part which inserts the card into a bottom to stop; a main body of the driving rod is sleeved on a hinged shaft in front of the pulling-out device and rotates in a reciprocating manner with the hinged shaft as a center, the driving rod is vertically connected with the first elastic component, a tail end part of the driving rod is provided with a first protruding part and a second protruding part, the first protruding part is shorter than the second protruding part, when the first protruding part pushes against the second braking part, the second protruding part pushes against a side face of the second braking part, and a stopping part is arranged in a groove; the second elastic component is arranged at one side of the pulling-out device and one end is connected with a main body of the pulling-out device, and the other end is connected with a wall of the slot. The card taking-out device is simple in structure, high in reliability, low in cost, high in assemblability, and small in size.
Description
Technical field
The utility model belongs to the electronic product field, especially relates to a kind of card withdrawing device.
Background technology
Use the system of card, for example logical card system is that the card card reader in the vehicle be arranged in travelling and the toll collection instrument that is arranged at charge station are settled accounts the most advanced and sophisticated E-payment system of toll from card by radio communication soon.
Above-mentioned fast logical card system, because without stopping, imposing in the process of moving toll, thereby can guarantee to have a good transport and communication network, the fuel consumption that minimizing causes because of parking, impose toll without artificial, thereby can save the various advantages such as manpower expense, thereby there is just widely universal trend.
The card card reader that reads the information of preserving in these cards can read the various cards such as credit card, but existing card card access device takes up room larger, parts are many, complex structure, and, because the increase of assembling procedure reduces productivity, especially, when complicated structure is moved, will become the reason of misoperation, and cause making card to be come in and gone out.
The utility model content
For the deficiencies in the prior art, problem to be solved in the utility model is to provide a kind of simple in structure, card withdrawing device that volume is little.
The technical solution of the utility model is:
A kind of card withdrawing device, be located in the card slot, comprise extractor, drive rod, the first elastomeric element and the second elastomeric element, be provided with groove in described slot, be provided with in described groove and hold the guide rail that described extractor slides, outstanding first braking parts that is provided with of the terminal part of described extractor, described the first braking parts is for propping up the described card that is inserted in described slot and moving together with described card, the leading section of described extractor is provided with the second braking parts, and described the second braking parts stops it while inserting the card into described slot terminal part, described drive rod main body is sheathed on the hinge axis in described extractor the place ahead, described drive rod is connected with an end of described the first elastomeric element, the other end of described the first elastomeric element is connected with the cell wall of described slot, described drive rod and described vertical connection of the first elastomeric element, described drive rod terminal part is provided with the first protuberance and the second protuberance, described the first protuberance is shorter than described the second protuberance, and when described the first protuberance props up described the second braking parts, described the second protuberance props up the side of described the second braking parts, be provided with the space that holds described drive rod reciprocating rotation centered by described hinge axis in described groove, be provided with while preventing that described card from taking out the blocking portion from breaking away from described slot in described groove, described the second elastomeric element, be located at described extractor one side and an end and be connected with described extractor main body, and the other end is connected with the described cell wall of described slot.
Described card withdrawing device is located at a wherein side at a place, long limit of described slot.
Be provided with shell fragment in described slot, described shell fragment is located at the opposite side relative with described card withdrawing device place one side.
The top of described drive rod is provided with handle.
One-body molded or the described handle of described handle and described drive rod and described drive rod removably connect.
Described slot inboard is provided with contact, and described card is provided with chip, described contact with insert described slot in described card on described chip be complementary and contact, the outside that described contact extends to described slot is electrically connected to outside tellite.
The outer tellite of described slot is provided with contact, and the chip on the described card in described contact protrudes from described tellite and inserts described slot is complementary and contacts.
A kind of card reader that is provided with above-mentioned card withdrawing device.
Advantage and the good effect that the utlity model has are: reduce number of components, and simplified structure, and, guarantee the trouble-free operation of structure, improve product reliability, but and Cost reduction, improve assembleability; In addition, the taking-up button that protrudes from housing exterior by cancellation reduces the width of shell, thereby reaches the purpose of slot miniaturization, finally makes the card card reader become easy, and reaches the purpose of ultrathin.
The accompanying drawing explanation
The decomposing schematic representation that Fig. 1 is card withdrawing device of the present utility model;
Fig. 2 is the view before the insertion card in slot;
Fig. 3 is the view while in slot, inserting card;
Fig. 4 is the state plane figure before the insertion card in slot;
Fig. 5 is the plane graph while in slot, inserting card;
The withdrawing device generalized schematic that Fig. 6 is the state before the insertion card in slot;
Fig. 7 is the withdrawing device generalized schematic while in slot, inserting card;
Fig. 8 is that contact is located at the generalized schematic on the outer tellite of slot;
Fig. 9 is the structural representation that the card withdrawing device is located at slot opposite side (with respect to the position of card withdrawing device in Fig. 4).
In figure:
1-extractor, 2-drive rod, 3-the first elastomeric element 4-the second elastomeric element 5-handle 6-slot 7-blocking portion 8-hinge axis 9-guide rail 10-tellite 11-the first braking parts 12-the second braking parts 13-brace 14-the first protuberance 15-the second protuberance 16-offset 17-operation projection 18-slot shell, 19-card, 20-shell fragment 21-contact
Embodiment
Below with reference to the accompanying drawings execution mode of the present utility model is described in detail:
As shown in Fig. 1-8, a kind of card withdrawing device, be located in card 19 slots 6, comprise extractor 1, drive rod 2, the first elastomeric element 3 and the second elastomeric element 4, be provided with the groove of accommodating card 19 withdrawing devices in described slot 6, be provided with in described groove and hold the guide rail 9 that described extractor 1 slides, the terminal part of described extractor 1 is outstanding to be provided with for prop up the described card 19 that is inserted in described slot 6 the first braking parts 11 moved together with described card 19, the leading section of described extractor 1 (end relative with terminal part) is provided with the second braking parts 12 that when card 19 is inserted into to described slot 6 terminal part, it is stopped, described drive rod 2 main bodys are sheathed on the hinge axis 8 in described extractor 1 the place ahead and reciprocating rotation centered by described hinge axis 8, described drive rod 2 is connected with an end of described the first elastomeric element 3, the other end of described the first elastomeric element 3 is connected with the cell wall of described slot 6, described drive rod 2 is with described first elastomeric element 3 is vertical is connected, described drive rod 2 terminal parts are provided with the first protuberance 14 and the second protuberance 15, described the first protuberance 14 is shorter than described the second protuberance 15, and when described the first protuberance 14 props up the end face of described the second braking parts 12, described the second protuberance 15 props up the side of described the second braking parts 12, be provided with the space that holds described drive rod 2 reciprocating rotation centered by described hinge axis 8 in described groove, be provided with while preventing that described card 19 from taking out the blocking portion 7 from described slot 6 interior disengagings in described groove, described the second elastomeric element 4, be located at described extractor 1 one sides and an end and be connected with described extractor 1 main body, and the other end is connected with the described cell wall of described slot 6.
Described card withdrawing device is located at a wherein side at a place, long limit of described slot 6.Can meet like this while installing and using towards different directions, operating handle 5 carrys out ejecting card 19 very easily, improves the adaptability of product.(both can be arranged to the structure that is positioned at slot 6 right sides as shown in Figure 4, also can be arranged to the structure that is positioned at the slot left side as shown in Figure 9).
Be provided with shell fragment 20 in described slot 6, described shell fragment 20 is located at the opposite side relative with described card withdrawing device place one side.Shell fragment 20 can make the utility model can meet the dimensional requirement of card 19 Widths as much as possible for adjusting the dimensional tolerance because of card 19 Widths, and the height that makes card 19 eject is consistent.
The top of described drive rod 2 is provided with handle 5.Slide handle 5 can be by card 19 from the interior ejection of slot 6.
With described drive rod 2, one-body molded or described handle 5 removably connects with described drive rod 2 described handle 5.Handle 5 is seen dismounting, can be convenient for changing the handle 5 of different shaping, meets different consumer demands.
Described slot 6 inboards are provided with contact, described card 19 is provided with chip, described contact 21 with insert described slot 6 in described card 19 on described chip be complementary and contact, the outside that described contact 21 extends to described slot 6 is electrically connected to outside tellite 10.(this is that a kind of contact 21 is located at the scheme that slot 6 is interior and chip on card 19 contacts).
Described slot 6 outer tellites 10 are provided with contact 21, and the chip on the described card 19 in described contact 21 protrudes from described tellite 10 and inserts described slot 6 is complementary and contacts.(this is that contact 21 is located at the scheme that the chip on card 19 interior with slot outside slot contacts).Like this, than being easier to dismounting, can reduce costs, and the convenient maintenance to defective products.(as shown in Figure 8)
A kind of card reader that is provided with above-mentioned card withdrawing device.
The course of work and operation principle:
Be provided with the card reader slot 6 of card withdrawing device of the present utility model, with usually the same, be useful on the socket that inserts card 19 on slot 6; Possessing contact at the medial surface of slot 6 is electrically connected to the tellite 10 with card 19 card reader, and, when the chip for using card 19 to insert the card 19 of slot 6 contacts with operation setting the switch on tellite 10 with above-mentioned contact, the information by the contact reading and saving in the chip of card 19 offers card reader.
In above-mentioned slot 6, card withdrawing device of the present utility model roughly comprises: extractor 1, directly take out the card 19 that inserts slot 6 inside; Drive rod 2, operated to control the taking-up action of above-mentioned extractor 1 with level by the user; The first elastomeric element 3, the drive rod 2 that aforesaid operations is crossed returns to original position; And the second elastomeric element 4, provide above-mentioned extractor 1 to take out the required elasticity of card 19 of inserting slot 6.
In addition, in above-mentioned drive rod 2 the place aheads, also arrange and be convenient to the handle 5 that the user operates drive rod 2 uses.In the utility model, handle 5 is one-body molded with described drive rod 2.
Above-mentioned extractor 1 utilizes the elastic force of the second elastomeric element 4 directly to take out the card 19 that inserts slot 6 inside, and it is placed in the guide rail 9 formula grooves that are formed in slot 6 and according to the guiding of this guide rail 9 and carries out the discrepancy of straight reciprocating motion with guiding card 19.
The structure of above-mentioned extractor 1 consists of the thin sheet form of metal material, give prominence to and be provided for propping up the card 19 that is inserted in slot 6 the first braking parts 11 moved together with card 19 at its terminal part, the second braking parts 12 that when its leading section forms card 19 insertion assigned address (slot 6 terminal parts), it is stopped, and side endways extends the brace 13 that is formed for connecting the second elastomeric element 4.
Above-mentioned extractor 1 is to two-way outstanding bending (forming the first braking parts 11 and the second braking parts 12), the first braking parts 11 be bent upwards to prop up insertion card 19 so that extractor 1 together with above-mentioned card 19, move, and the second braking parts 12 is bent downwardly, when card 19 is inserted into assigned address and need to stops, with drive rod 2, combining closely (the first protuberance 14 of drive rod 2 just props up the second braking parts 12).
When taking out card 19, the extractor 1 of said structure utilizes the elastic force fast moving of the second elastomeric element 4 to slot 6 Way ins, by the blocking portion 7 in groove, is propped up and stops.
Above-mentioned drive rod 2 is mobile outstanding while being arranged at the leading section (handle 5) of slot 6 entrances to the right by the user, extractor 1 is removed above-mentioned halted state and is also moved to the Way in of slot 6 fast, and a part of inserting the card 19 of slot 6 is ejected to the outside of slot 6.
The main body of above-mentioned drive rod 2 is sheathed on the hinge axis 8 in above-mentioned extractor 1 the place ahead, and hinge axis 8 is located in groove, and, when inserting/taking out card 19, centered by above-mentioned hinge axis 8, carries out reciprocating rotation.At drive rod 2 terminal parts, form when the card 19 that inserts slot 6 moves to rear and stops at assigned address together with above-mentioned extractor 1, the first protuberance 14 of drive rod 2 and the second braking parts 12 close contacts of above-mentioned extractor 1 are to stop extractor 1, a side at the first protuberance 14 of above-mentioned drive rod 2 forms the second protuberance 15, when main body is rotated, the second protuberance 15 can be propped up by the side of above-mentioned the second braking parts 12, while stopping, making the first protuberance 14 align and prop up with the second braking parts 12, and at the outstanding offset 16 that forms of drive rod 2 leading sections, when the card 19 that inserts slot 6 is ejecting slot 6 parts and is stopping, prevent that card 19 breaks away from from slot 6.
At the leading section of above-mentioned drive rod 2, the fixing outstanding handle 5 of being convenient to drive rod 2 operations that is provided with of one, handle 5 is provided with the operation projection 17 of handled easily.The upper level of above-mentioned handle 5 is lower than the height of slot 6 bottom surfaces, thereby while avoiding card 19 to insert slot 6, formation hinders.
Above-mentioned the first elastomeric element 3 is connected on drive rod 2 main bodys between above-mentioned drive rod 2 leading sections and hinge axis 8, and, at the card 19 that inserts slot 6 when assigned address stops, hold above-mentioned drive rod 2 leading sections, so that the second braking parts 12 close contacts of the first protuberance 14 and extractor 1.Above-mentioned the first elastomeric element 3 selects wind spring to be advisable.
Above-mentioned the second elastomeric element 4 is connected with extractor 1 main body in above-mentioned extractor 1 one sides, and savings is propped up the tensile elasticity while stopping by above-mentioned the first protuberance 14 when the second braking parts 12 of extractor 1, and the leading section of drive rod 2 is pulled to the rightabout of the first elastomeric element 3 as the user for taking out the card 19 that inserts slot 6, so that the first protuberance 14 is while breaking away from from the second braking parts 12 of extractor 1, extractor 1, by the elastic recovery of savings, makes above-mentioned extractor 1 return to original position.And above-mentioned the second elastomeric element 4 selects wind spring to be advisable.
The utility model card withdrawing device of said structure, card 19 is inserted to slot 6 inside so that stops, its chip contacts and automatically is placed in slot 6 with the contact 21 in slot, and while moving horizontally to the right the handle 5 of drive rod 2 leading sections that are exposed to slot 6 entrances, the card 19 that inserts slot 6 will have part to eject to the outside of slot 6.
More specifically, Fig. 4 is for inserting card 19 slot 6 schematic internal view before.Under this state, because be the state of slot 6 that card 19 do not inserted, therefore, be mounted slidably the state of extractor 1 before mobile in guide rail 9, the second elastomeric element 4 be attached thereto does not produce elastic force.
In addition, above-mentioned drive rod 2 is by putting aside in the elastic force of the first elastomeric element 3 stretched, its main body will be centered by hinge axis 8 reciprocating rotation, but the side that is pulled out the second braking parts 12 of device 1 because of the rear side face portion of main body props up, thereby can not be rotated further.
Under this state, the user is to the inner cards 19 that insert of slot 6, on the leading section because of the card 19 that inserts, articulates the first braking parts 11 of extractor 1, therefore, above-mentioned extractor 1 with together with inserted card 19, rearward release, thereby put aside elastic force because the second elastomeric element 4 is stretched gradually.
Then, when card 19 inserts inner so that its chip of slots 6 and contact 21 in slot 6 contacts, the switch of movable plate operating sheet operation setting on tellite 10 is to reach the installation position of card 19, because the first braking parts 11 is propped up by the slot shell 18 of slot 6 bottoms, together with card 19, rearward mobile extractor 1 no longer moves.
Therefore, when the user stops the insertion of card 19, extractor 1 moves to the state of the first protuberance 14 alignment of drive rod 2 in the second braking parts 12, therefore, drive rod 2 becomes free state, thereby the elastic force drawn by the first elastomeric element 3 rotates along clockwise direction centered by hinge axis 8, so that the second protuberance 15 is combined closely with the second braking parts 12 of extractor 1, therefore, the first protuberance 14 props up and aligns with the second braking parts 12.Meanwhile, extractor 1 returns to the elastic force of original position by the savings of the second elastomeric element 4, and therefore, the second braking parts 12 of extractor 1 is combined closely in the first protuberance 14 of drive rod 2, thereby makes extractor 1 stop and card 19 is placed in the position of appointment.
Fig. 3, Fig. 5, Fig. 6, Fig. 7 are the card withdrawing device schematic diagram that the state of card 19 is housed.
As mentioned above, take out above-mentioned card 19 under the state of the interior insertion card 19 of slot 6, the handle 5 that will be arranged at drive rod 2 leading sections moves to the right with horizontal direction, thereby makes card 19 be taken out to slot 6 outsides.
Particularly, if moving handle 5 to the right, drive rod 2 will rotate in the counterclockwise direction centered by hinge axis 8.
Therefore, the first protuberance 14 of drive rod 2 breaks away from the second braking parts 12 of extractor 1, and meanwhile, extractor 1 utilizes the spring return of the second elastomeric element 4 to original position.Under this state, the first elastomeric element 3 becomes again drive rod 2 is rotated along clockwise direction, and this will be will become the insert action again of card 19 time, when extractor 1 is rearward moved, it is ready that the rotation by drive rod 2 is that the first protuberance 14 is close to the second braking parts 12 of extractor 1.
The utility model of said structure, by the taking-up button of cancellation prior art and the 3rd elastomeric element in the taking-up button, simplify the structure of withdrawing device, and reduce the width of slot 6, thereby can reach purpose and the effect of ultrathin card card reader.
Above an embodiment of the present utility model is had been described in detail, but described content is only preferred embodiment of the present utility model, can not be considered to for limiting practical range of the present utility model.All equalization variations of doing according to the utility model application range and improvement etc., within all should still belonging to patent covering scope of the present utility model.
Claims (10)
1. a card withdrawing device, it is characterized in that: be located in the card slot, comprise extractor, drive rod, the first elastomeric element and the second elastomeric element, be provided with groove in described slot, be provided with in described groove and hold the guide rail that described extractor slides, outstanding first braking parts that is provided with of the terminal part of described extractor, described the first braking parts is for propping up the described card that is inserted in described slot and moving together with described card, the leading section of described extractor is provided with the second braking parts, and described the second braking parts stops it while inserting the card into described slot terminal part, described drive rod main body is sheathed on the hinge axis in described extractor the place ahead, described drive rod is connected with an end of described the first elastomeric element, the other end of described the first elastomeric element is connected with the cell wall of described slot, described drive rod and described vertical connection of the first elastomeric element, described drive rod terminal part is provided with the first protuberance and the second protuberance, described the first protuberance is shorter than described the second protuberance, and when described the first protuberance props up described the second braking parts, described the second protuberance props up the side of described the second braking parts, be provided with the space that holds described drive rod reciprocating rotation centered by described hinge axis in described groove, be provided with while preventing that described card from taking out the blocking portion from breaking away from described slot in described groove, described the second elastomeric element, be located at described extractor one side and an end and be connected with described extractor main body, and the other end is connected with the described cell wall of described slot.
2. card withdrawing device according to claim 1 is characterized in that: described card withdrawing device is located at a wherein side at a place, long limit of described slot.
3. card withdrawing device according to claim 2, it is characterized in that: be provided with shell fragment in described slot, described shell fragment is located at the opposite side relative with described card withdrawing device place one side.
4. card withdrawing device according to claim 1, it is characterized in that: the top of described drive rod is provided with handle.
5. card withdrawing device according to claim 4 is characterized in that: the one-body molded or described handle of described handle and described drive rod and described drive rod removably connect.
6. according to the described card withdrawing device of claim 1-5 any one, it is characterized in that: described slot inboard is provided with contact, described card is provided with chip, described contact with insert described slot in described card on described chip be complementary and contact, the outside that described contact extends to described slot is electrically connected to outside tellite.
7. according to the described card withdrawing device of claim 1-5 any one, it is characterized in that: the outer tellite of described slot is provided with contact, and the chip on the described card in described contact protrudes from described tellite and inserts described slot is complementary and contacts.
8. the card reader included as the described card withdrawing device of claim 1-5 any one.
9. a card reader that includes card withdrawing device as claimed in claim 6.
10. a card reader that includes card withdrawing device as claimed in claim 7.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320278495 CN203351872U (en) | 2013-05-21 | 2013-05-21 | Card taking-out device and card reader |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320278495 CN203351872U (en) | 2013-05-21 | 2013-05-21 | Card taking-out device and card reader |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203351872U true CN203351872U (en) | 2013-12-18 |
Family
ID=49751723
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320278495 Expired - Fee Related CN203351872U (en) | 2013-05-21 | 2013-05-21 | Card taking-out device and card reader |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203351872U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180000705U (en) | 2016-08-30 | 2018-03-08 | 청씨 리 | A non-contact card reader and car socket for non-contact car reader |
| KR20180000704U (en) | 2016-08-30 | 2018-03-08 | 청씨 리 | A card reader and connection apparatus for contact and contact pin |
-
2013
- 2013-05-21 CN CN 201320278495 patent/CN203351872U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180000705U (en) | 2016-08-30 | 2018-03-08 | 청씨 리 | A non-contact card reader and car socket for non-contact car reader |
| KR20180000704U (en) | 2016-08-30 | 2018-03-08 | 청씨 리 | A card reader and connection apparatus for contact and contact pin |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131218 Termination date: 20190521 |