CN207719451U

CN207719451U - Electronic card coupler

Info

Publication number: CN207719451U
Application number: CN201720877675.3U
Authority: CN
Inventors: 蔡周贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-19
Filing date: 2017-07-19
Publication date: 2018-08-10
Anticipated expiration: 2027-07-19

Abstract

A kind of electronic card coupler, including upper pedestal, lower base, upper conducting wire group and lower wire group, lower base is combined with upper pedestal is separable, and lower base forms socket and accommodating card slot with upper pedestal, upper conducting wire group is arranged in upper pedestal, upper conducting wire group includes spaced multiple conducting wires, the upper end that multiple conducting wires respectively include corresponding upper contact part and are connected with corresponding each upper contact part, lower wire group is arranged in lower base, lower wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include corresponding lower contact site, with the pin and the corresponding lower end being connected between pin and lower contact site that each lower contact site is connected, wherein, upper end is electrically connected in upper pedestal with lower base combination phase each other with lower end.

Description

Electronic card coupler

Technical field

The utility model is about the connector inside a kind of calculating punch, and the electronic card of espespecially a kind of double-side plug-in connects Connect device.

Background technology

Fiscard, phonecard or the health card used in our daily lifes have all used IC smart cards at present (Smartcard), please refer to Fig.1-1 and Fig. 1-2, current IC smart cards be only one side close to front end be equipped with two rows of contact A, B, C, D and W, X, Y, Z and a direction instruction, as Figure 1-1.

Since IC smart cards are only equipped with two rows of contacts on one side, therefore the connector knot in current IC smart card readers Structure is also provided only with the contact of two row's terminals cooperation electrical connection IC smart cards, and IC smart cards are being inserted into IC intelligent cards by such user It must be enabled and being face-up inserted into according to arrow direction according to the direction instruction on IC smart cards when piece reading machine, it can be with IC smart cards Card read mechatronics, if reverse side can not then be connected when being inserted into, IC smart card readers are in order to avoid user's wrong plug Face can not be then inserted into when need to be equipped with anti-misoperation device, i.e. wrong plug face, and such user just immediately knows that face to be changed is inserted into.

Therefore, the electronic card connector structure of double-side plug-in can be suitable for by how developing, and be that current industry urgently solves Certainly the problem of.

Utility model content

To solve above-mentioned problem of the prior art, the utility model provides a kind of electronic card coupler, including:Upper pedestal； Lower base is combined with upper pedestal is separable, and the appearance that lower base forms a socket with upper pedestal and is connected to socket Set card slot；Upper conducting wire group is arranged in upper pedestal, and upper conducting wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include Corresponding upper contact part and the upper end being connected with corresponding each upper contact part；And lower wire group, it is arranged in lower seat Body, lower wire group include spaced multiple conducting wires, and multiple conducting wires respectively include corresponding lower contact site, with it is each under connect The pin and the corresponding lower end being connected between pin and lower contact site that contact portion is connected, wherein upper end and lower end Portion is electrically connected in upper pedestal with lower base combination phase each other.

The utility model provides another electronic card coupler, including:Upper pedestal；Lower base, it is separable with upper pedestal Be combined；Upper conducting wire group is arranged in upper pedestal, and upper conducting wire group includes spaced multiple conducting wires, and multiple conducting wires wrap respectively The upper end for including corresponding upper contact part and being connected with corresponding each upper contact part；And lower wire group, it is arranged under Pedestal, lower wire group include spaced multiple conducting wires, and multiple conducting wires respectively include corresponding lower contact site, with it is each under The pin of contact site and lower end under lower end that contact site is connected and corresponding connection, wherein upper end and lower end It is electrically connected each other with lower base combination phase in upper pedestal.

The utility model provides another electronic card coupler, including:Upper pedestal；Lower base, it is separable with upper pedestal It is combined, and the accommodating card slot that lower base forms a socket with upper pedestal and is connected to socket；Upper conducting wire group, one are embedded to Injection is fixed at upper pedestal, and upper conducting wire group includes spaced multiple conducting wires, and multiple conducting wires are divided into corresponding first Conducting wire group in upper conducting wire group and second, conducting wire group respectively includes upper contact part in conducting wire group and second on first, with it is each on contact The upper pin that portion is connected, and the upper extension that is arranged between upper contact part and upper pin, the upper contact of conducting wire group on first Portion and the upper contact part of conducting wire group on second are oppositely arranged in tandem；And lower wire group, be fixed at lower base, under lead Line group includes spaced multiple conducting wires, and multiple conducting wires are divided into corresponding first lower wire group and the second lower wire group, And first lower wire group and the second lower wire group lower pin that respectively includes lower contact site and be connected with each lower contact site, first The lower contact site of lower wire group and the lower contact site of the second lower wire group are oppositely arranged in tandem, wherein conducting wire group on first Upper contact part and the first lower wire group lower contact site it is wherein at least a pair of be same circuits serial number and sequentially reversed arrangement Structure, it is same circuits serial number that the lower contact site of the upper contact part of conducting wire group and the second lower wire group is wherein at least a pair of on second And the sequentially structure of reversed arrangement.

The utility model provides another electronic card coupler, including:Upper pedestal, upper pedestal are equipped with what upper and lower directions opened Terminal groove；Lower base is combined with upper pedestal is separable, and lower base forms a socket with upper pedestal and connects with socket Logical accommodating card slot；Upper conducting wire group, be seated in upper pedestal upper and lower directions open terminal groove, then secondary positioning embedment injection or It is that hot melt is fixed at upper pedestal, upper conducting wire group includes spaced multiple conducting wires and is divided into conducting wire on corresponding first Conducting wire group in group and second, conducting wire group respectively includes upper contact part in conducting wire group and second on first, with it is corresponding it is each on connect The upper pin that contact portion is connected, and the upper extension that is arranged between upper contact part and upper pin, on first conducting wire group on connect The upper contact part of contact portion and conducting wire group on second is oppositely arranged in tandem；And lower wire group, it is fixed at lower base, under Conducting wire group includes spaced multiple conducting wires and is divided into corresponding first lower wire group and the second lower wire group, and under first The lower pin that conducting wire group and the second lower wire group respectively include lower contact site and be connected with each lower contact site, the first lower wire group Lower contact site and the lower contact site of the second lower wire group be oppositely arranged in tandem, wherein the upper contact of conducting wire group on first It is same circuits serial number and the sequentially structure of reversed arrangement that the lower contact site of portion and the first lower wire group is wherein at least a pair of, second The upper contact part of upper conducting wire group and the lower contact site of the second lower wire group are wherein at least a pair of for same circuits serial number and sequentially anti- To the structure of arrangement.

The utility model provides a kind of electronic card coupler again, including:Upper pedestal, including a upper face；Lower base, including One lower face, lower base are combined with upper pedestal is separable；Upper conducting wire group, in upper pedestal, upper conducting wire group includes interval for setting Multiple conducting wires of arrangement, multiple conducting wires respectively include corresponding upper contact part and are connected with corresponding each upper contact part Upper pin；And lower wire group, it is arranged in lower base, lower wire group includes spaced multiple conducting wires, and multiple conducting wires divide It Bao Kuo corresponding lower contact site and the lower pin that is connected with each lower contact site, wherein have between upper face and lower face There is a card slot, and card slot is the notch of no side wall.

The utility model provides a kind of electronic card coupler, including:Upper pedestal has first side and second side；Under Pedestal has third side and four side, lower base and the separable phase of upper pedestal of corresponding first side and second side In conjunction with, and the accommodating card for forming a socket in the first side of upper pedestal and the third side of lower base and being connected to socket Slot；Upper conducting wire group is arranged in upper pedestal, and upper conducting wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include relatively The upper contact part answered and the upper end being connected with corresponding each upper contact part, upper end are located at the second side of upper pedestal； And lower wire group, it is arranged in lower base, lower wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include relatively The lower contact site answered, the pin being connected with each lower contact site and the corresponding lower end being connect with lower contact site with pin, Lower end is located at the four side of lower base, wherein when upper pedestal is combined with lower base, the first side of upper pedestal and the second side Side is in contact with the third side of lower base with four side respectively, and upper end is respectively provided at the second side of upper pedestal with lower end It side and the four side of lower base and overlaps and is electrically connected up and down.

The utility model provides a kind of electronic card coupler again, including:Upper pedestal has first side；Lower base has The second side of corresponding first side and the third side of opposed second sides, lower base and the separable phase knot of upper pedestal It closes；Upper conducting wire group is arranged in upper pedestal, and upper conducting wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include relatively The upper contact part answered and the upper end being connected with corresponding each upper contact part, upper end are located at the first side of upper pedestal； And lower wire group, it is arranged in lower base, lower wire group includes spaced multiple conducting wires, and multiple conducting wires respectively include phase Corresponding lower contact site, the lower end being connected with each lower contact site, lower end are located at the second side of lower base and corresponding Connection under contact site and lower end pin, wherein when upper pedestal is combined with lower base, the first side of upper pedestal and lower seat The second side of body is in contact, upper end and lower end be respectively provided at the first side of upper pedestal and the second side of lower base and It overlaps and is electrically connected up and down.

Compared to the prior art, the utility model is capable of providing a variety of electronic card connector structures, all has each up and down Two rows of terminals not only solve the disadvantage that the calculating punch of only two rows of terminals in the prior art is only capable of being inserted into for single side, and A variety of electronic card connector structures provided by the utility model, for example whether having whether slot or upper conducting wire group have independent pin Etc., allow these connectors that can provide the access for the signal compatible with various standards, and can be applicable to various electronics Equipment such as electrical adapter connector, various movements or portable card-reading apparatus, unlimited Card Reader, entrance guard device, identifying system, status are recognized Card, digital independent or storage facilities, intellectual product, the various applicable electronic products such as desk-top or pen is electric.

Description of the drawings

Fig. 1-1 is the positive and negative outside drawing of the single side IC card of the prior art.

Fig. 1-2 is the schematic diagram for the calculating punch that single side IC card is plugged in the prior art.

Fig. 2-1 is the schematic diagram of the electronic card coupler of the utility model the first embodiment.

Fig. 2-2 is the upper lower base schematic diagram of the electronic card coupler of the utility model the first embodiment.

Fig. 2-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the utility model the first embodiment.

Fig. 2-4 is the overlapping schematic diagram of the upper lower wire group of the electronic card coupler of the utility model the first embodiment.

Fig. 3-1 is the schematic diagram of the electronic card coupler of second of embodiment of the utility model.

Fig. 3-2 is the upper lower base schematic diagram of the electronic card coupler of second of embodiment of the utility model.

Fig. 3-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of second of embodiment of the utility model.

Fig. 3-4 is the overlapping schematic diagram of the upper lower wire group of the electronic card coupler of second of embodiment of the utility model.

Fig. 4-1 is the schematic diagram of the electronic card coupler of the utility model the third embodiment.

Fig. 4-2 is the upper lower base schematic diagram of the electronic card coupler of the utility model the third embodiment.

Fig. 4-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the utility model the third embodiment.

Fig. 4-4 is the overlapping schematic diagram of the upper lower wire group of the electronic card coupler of the utility model the third embodiment.

Fig. 5-1 is the schematic diagram of the electronic card coupler of the 4th kind of embodiment of the utility model.

Fig. 5-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 4th kind of embodiment of the utility model.

Fig. 5-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 4th kind of embodiment of the utility model.

Fig. 5-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 4th kind of embodiment of the utility model.

Fig. 5-5 is first showing of projecting of the secondary positioning embedment of the electronic card coupler of the 4th kind of embodiment of the utility model It is intended to.

Fig. 5-6 is second showing of projecting of the secondary positioning embedment of the electronic card coupler of the 4th kind of embodiment of the utility model It is intended to.

Fig. 6-1 is the schematic diagram of the electronic card coupler of the 5th kind of embodiment of the utility model.

Fig. 6-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 5th kind of embodiment of the utility model.

Fig. 6-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 5th kind of embodiment of the utility model.

Fig. 6-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 5th kind of embodiment of the utility model.

Fig. 7-1 is the schematic diagram of the electronic card coupler of the 6th kind of embodiment of the utility model.

Fig. 7-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 6th kind of embodiment of the utility model.

Fig. 7-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 6th kind of embodiment of the utility model.

Fig. 7-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 6th kind of embodiment of the utility model.

Fig. 8-1 is the schematic diagram of the electronic card coupler of the 7th kind of embodiment of the utility model.

Fig. 8-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 7th kind of embodiment of the utility model.

Fig. 8-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 7th kind of embodiment of the utility model.

Fig. 8-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 7th kind of embodiment of the utility model.

Fig. 9-1 is the schematic diagram of the electronic card coupler of the 8th kind of embodiment of the utility model.

Fig. 9-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 8th kind of embodiment of the utility model.

Fig. 9-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 8th kind of embodiment of the utility model.

Fig. 9-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 8th kind of embodiment of the utility model.

Figure 10-1 is the schematic diagram of the electronic card coupler of the 9th kind of embodiment of the utility model.

Figure 10-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 9th kind of embodiment of the utility model.

Figure 10-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the 9th kind of embodiment of the utility model.

Figure 10-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 9th kind of embodiment of the utility model.

Figure 11-1 is the schematic diagram of the electronic card coupler of the tenth kind of embodiment of the utility model.

Figure 11-2 is the schematic diagram of the upper lower base of the electronic card coupler of the tenth kind of embodiment of the utility model.

Figure 11-3 is the schematic diagram of the upper lower wire group of the electronic card coupler of the tenth kind of embodiment of the utility model.

Figure 11-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the tenth kind of embodiment of the utility model.

Figure 12-1 is a kind of the first visual angle schematic diagram of the tenth electronic card coupler of embodiment of the utility model.

Figure 12-2 is a kind of the second visual angle schematic diagram of the tenth electronic card coupler of embodiment of the utility model.

Figure 12-3 is a kind of upper lower base schematic diagram of the tenth electronic card coupler of embodiment of the utility model.

Figure 12-4 is a kind of upper lower wire group schematic diagram of the tenth electronic card coupler of embodiment of the utility model.

Figure 13-1 is the first visual angle schematic diagram of the electronic card coupler of the 12nd kind of embodiment of the utility model.

Figure 13-2 is the second visual angle schematic diagram of the electronic card coupler of the 12nd kind of embodiment of the utility model.

Figure 13-3 is the upper lower base schematic diagram of the electronic card coupler of the 12nd kind of embodiment of the utility model.

Figure 13-4 is the upper lower wire group schematic diagram of the electronic card coupler of the 12nd kind of embodiment of the utility model.

Reference numerals explanation：

1 upper pedestal

The side of 11,12,15 upper pedestals

111 first sides

121 second sides

100 terminal grooves

103 upper faces

2 lower bases

200 terminal grooves

201 sockets

202 accommodating card slots

2021 card slots

203 lower faces

The side of 21,22,23,24,25 lower bases

211 second sides

212 third sides

221 four sides

Conducting wire group on 3

Conducting wire group on 31 first

3101,3102,3103,3104,3105 zigzag sections

Conducting wire group on 32 second

311,321 upper contact parts

312,322 upper ends

Pin on 3121,3221

Extension on 313,323,315,325

3130 inflection points

3150 breaks

Bending segment on 3131,3231,3251,3255 first

Bending segment on 3132,3232,3252,3256,3134,3234 second

Bending segment in 3133,3233,3253,3257,3135,3235 thirds

Bending segment on 3134,3234,3254 the 4th

4 lower wire groups

41 first lower wire groups

42 second lower wire groups

411,421 times contact sites

412,422,413,423 pins

4121,4221 times pins

410,420 lower ends

4131,4231,414,424,416,426 lower extensions

4141,4241,4261,4265,4231 first time bending segment

4142,4242,4262,4266 second time bending segment

Bending segment under 4143,4243,4263,4267 thirds

4144,4244,4264 the four times bending segments

Specific implementation mode

Illustrate the embodiment of the utility model by particular specific embodiment below, people skilled in the art can be by Content disclosed in the present specification easily understands the further advantage and effect of the utility model.

It should be clear that structure, ratio, size etc. depicted in this specification institute accompanying drawings, are only used for cooperation specification and are taken off The content shown is not intended to limit the enforceable restriction of the utility model for the understanding and reading of people skilled in the art Condition, therefore do not have technical essential meaning, the modification of any structure, the change of proportionate relationship or the adjustment of size, in not shadow It rings under the effect of the utility model can be generated and the purpose that can reach, should all fall in the revealed technology of the utility model In the range of Rong get Neng is covered.Meanwhile in this specification it is cited asAnd Deng term, be merely convenient to narration be illustrated, not for limit the enforceable range of the utility model, relativeness It is altered or modified, in the case where changing technology contents without essence, when being also considered as the enforceable scope of the utility model, conjunction is first chatted bright.

It is the first embodiment, second of implementation please sequentially refering to Fig. 2-1 to 2-4, Fig. 3-1 to 3-4 and Fig. 4-1 to 4-4 Example and the electronic card coupler of the third embodiment are a kind of connector constructions having slot framework, include mainly upper pedestal 1, Lower base 2, upper conducting wire group 3 and lower wire group 4, lower base 2 are combined with upper pedestal 1 is separable, and lower base 2 with it is upper The accommodating card slot 202 that pedestal 1 forms a socket 201 and is connected to socket 201, upper conducting wire group 3 are arranged in upper pedestal 1, above lead Line group 3 include spaced multiple conducting wires, multiple conducting wires respectively include corresponding upper contact part 311,321 and with it is each on The upper end 312,322 that contact site 311,321 is connected；For the setting of lower wire group 4 in lower base 2, lower wire group 4 includes that interval is arranged Multiple conducting wires of row, and multiple conducting wires respectively include corresponding lower contact site 411,421, with 411,421 phase of each lower contact site The pin 412,422 of connection and the corresponding lower end being connected between pin 412,422 and lower contact site 411,421 410,420, wherein upper end 312,322 is electrically connected to each other with lower end 410,420 when upper pedestal 1 is combined with lower base 2, This is because upper conducting wire group 3 does not have a pin, and to be connector construction engagement be fixed on the component of circuit board to pin, therefore leads up and down Line group 3,4 needs the contact using upper end 312,322 and lower end 410,420 to generate electrical connection and is connected, in other words, the In a kind of embodiment, second of embodiment and the third embodiment, upper conducting wire group 3 is to share lower wire group 4 with lower wire group 4 Pin 412,422.

IC smart cards can be inserted into accommodating card slot 202 by socket 201, and after being inserted into, IC smart cards can by with Upper conducting wire group 3 or lower wire group 4 contact and generate electrical connection, and then are connected simultaneously with the circuit board being bonded below connector construction Running is proceeded by, therefore, the wire laying mode of upper conducting wire group 3 and lower wire group 4 in connector construction can influence to produce Electronics prefabricated card-inserting device specification, performance and embodiment.

When the connector construction of the utility model is inserted into the single side IC card front in Fig. 1-1, two rows of contacts in IC card A, B, C, D and W, X, Y, Z can be in contact with the upper contact part 311,321 of each conducting wire of upper conducting wire group 3, if otherwise single side IC card with When reverse side is inserted into the connector construction of the utility model, two rows of contact A, B, C, D and W, X, Y, Z in IC card are then and lower wire The lower contact site 411,421 of each conducting wire of group 4 contacts, then is led under by the upper end 312,322 of each conducting wire of upper conducting wire group 3 The lower end 410,420 of each conducting wire of line group 4 is overlapped or is set up in parallel and is in contact and generates electrical connection to allow the data in IC card Can be transmitted to the shared pin 412,422 with connector construction in conjunction with circuit board and be read, and shown in Fig. 1-1 A, B, C, D and W, X, Y, Z two rows contact order it is found that front be inserted into reverse side be inserted into when, the contact order of tow sides It is opposite with position and misplaces.

Each conducting wire of upper conducting wire group 3 is divided on first conducting wire group 32 in conducting wire group 31 and second, each conducting wire of lower wire group 4 It is divided into the first lower wire group 41 and the second lower wire group 42, upper conducting wire group 3 connects with all two rows with corresponding IC card of lower wire group 4 Point meets A, B, C, D and W, X, Y, Z, and each conducting wire of upper conducting wire group 3 and each conducting wire of lower wire group 4 also can be in order to correspond to IC The tow sides of card plug and the circuit serial number with reverse order and the upper contact part 311,321 of the mutual arrangement of deviation up and down And lower contact site 411,421, such as Fig. 2-3, Fig. 2-4, shown in Fig. 3-3, Fig. 3-4 and Fig. 4-3, Fig. 4-4, conducting wire group 31 on first Circuit serial number A, B, C, D of upper contact part 311 are circuit serial number A, B, C, D with the lower contact site 411 of the first lower wire group 41 For sequentially reversed arrangement, circuit serial number W, X, Y, Z of the upper contact part 321 of conducting wire group 32 are and the second lower wire group 42 on second Circuit serial number W, X, Y, Z of lower contact site 421 be sequentially reversed arrangement.However, the upper end of each conducting wire of upper conducting wire group 3 312,322 with the lower end 410,420 of each conducting wire of lower wire group 4 be to be overlapped or be set up in parallel up and down and contact to lead under shared The pin 412 of each conducting wire of line group 4,422, therefore the upper end 312 of conducting wire group 31 and the first lower wire group 41 on first Lower end 410, which must then have, same circuits serial number A, B, C, D and sequentially be collectively aligned, and on second conducting wire group 32 upper end 322 must then have same circuits serial number W, X, Y, Z with the lower end 420 of the second lower wire group 42 and sequentially be collectively aligned.

In short, the lower contact site 411 of the upper contact part 311 of conducting wire group 31 and the first lower wire group 41 is wherein extremely on first Few a pair has same circuits serial number and is sequentially reversed arrangement, is led under the upper contact part 321 and second of conducting wire group 32 on second Wherein at least a pair of lower contact site 421 of line group 42 has same circuits serial number and is sequentially reversed arrangement；Conducting wire group on first Wherein at least a pair of lower end 410 of 31 upper end 312 and the first lower wire group 41 have same circuits serial number and sequentially in the same direction Arrange and electrically connect as set of circuits, on second the upper end 322 of conducting wire group 32 and the lower end 420 of the second lower wire group 42 its In at least a pair have same circuits serial number and be sequentially collectively aligned and electrically connect as set of circuits；Conducting wire group 31 and first on first Lower wire group 41 shares pin 412, and conducting wire group 32 and the second lower wire group 42 share pin 422 on second.

In addition, upper pedestal 1 may also include a upper face 103 and lower base 2 may also include a lower face 203, wherein above connect Contact portion 311,321 is downwardly projecting in upper face 103, and springing extends accommodating card slot 202, and lower contact site 411,421 is upward Protrusion is in lower face 203, and springing extends accommodating card slot 202, facilitates IC card to be inserted into front or back and houses card slot 202 When be electrically connected with upper contact part 311,321 or lower contact site 411,421.

Please and close refering to Fig. 2-1 to Fig. 2-4, Fig. 2-1 be the first embodiment of the utility model electronic card coupler Schematic diagram.Fig. 2-2 is the upper lower base schematic diagram of the electronic card coupler of the utility model the first embodiment.Fig. 2-3 is this The schematic diagram of the upper lower wire group of the electronic card coupler of the first embodiment of utility model.Fig. 2-4 is the utility model first The overlapping schematic diagram of the upper lower wire group of the electronic card coupler of kind embodiment.In the first embodiment, upper conducting wire group 3 it is each Conducting wire also has upper extension 313,323, and each conducting wire of lower wire group 4 also has lower extension 414,424, wherein above prolongs Extending portion 313,323 is arranged between upper contact part 311,321 and upper end 312,322, wherein one end of lower extension 414,424 It is connected between pin 412,422 and lower contact site 411,421, the other end is connected to lower end 410,420.Upper conducting wire group 3 Each upper extension 313,323 respectively include on corresponding first bending segment 3132,3232 on bending segment 3131,3231, second, Bending segment 3134,3234 on bending segment 3133,3233 and the four in third, in third on bending segment 3133,3233 and the four Bending segment 3134,3234, which is respectively, to be arranged side by side.Conducting wire group 32 can be respectively provided with four and lead in conducting wire group 31 and second on first Line, each conducting wire of conducting wire group 31 is arranged side by side on first, and each conducting wire of conducting wire group 32 is arranged side by side on second, wherein The upper contact part 321 of each conducting wire of conducting wire group 32 is opposite in the upper contact part 311 and second of each conducting wire of conducting wire group 31 on one Setting.

Furthermore each lower extension 414,424 of lower wire group 4 respectively includes corresponding first time bending segment 4141, 4241, four times bending segments of bending segment 4143,4243 and the 4144,4244 under second time bending segment 4142,4242, third, and Bending segment 4143,4243 and the four times bending segments 4144,4244 are respectively and are arranged side by side under third.First lower wire group 41 and Two lower wire groups 42 are respectively provided with four conducting wires, wherein the 411 and second lower wire group of each lower contact site of the first lower wire group 41 42 each lower contact site 421 is to be oppositely arranged, each pin of each pin 412 of the first lower wire group 41 and the second lower wire group 42 422 are oppositely arranged on the two sides 22,23 of lower base 2.

When upper pedestal 1 is combined with lower base 2, bending segment 3133,3233 and the in the third of each conducting wire of upper conducting wire group 3 Bending segment 3134,3234 is bent with bending segment 4143,4243 under the third of each conducting wire of lower wire group 4 and the four times respectively on four Section 4144,4244 overlaps.On the first of same circuits serial number under the upper end 312 of conducting wire group 31 and the first lower wire group 41 End 410 is the side 21 of equidirectional or homonymy the side 11 for being separately positioned on upper pedestal 1 and lower base 2, same circuits sequence Number second on the upper end 322 of conducting wire group 32 and the lower end 420 of the second lower wire group 42 be equidirectional or homonymy difference Side 21 in the side of upper pedestal 1 11 and lower base 2 is set.In addition, the upper contact part 311 of each conducting wire of upper conducting wire group 3, 321 and upper extension 313,323 be parallel to lower wire group 4 each conducting wire lower contact site 411,421 and lower extension 414, 424, and bending segment 3134 on bending segment the 3133,3233, the 4th in the third of the conducting wire of upper conducting wire group 3,3234 and upper end 312,322, bending segment 4143,4243, the four times bending segments 4144 under the third of each conducting wire of lower wire group 4,4244 and lower end Portion 410,420 is perpendicular to the upper contact part 311,321 of conducting wire group 3 and lower wire group 4, upper extension 313,323, lower contact Portion 411,421 and lower extension 414,424.Please and close refering to Fig. 3-1 to Fig. 3-4, Fig. 3-1 is second of implementation of the utility model The schematic diagram of the electronic card coupler of example, Fig. 3-2 is the seat up and down of the electronic card coupler of second of embodiment of the utility model Body schematic diagram, Fig. 3-3 are the schematic diagram of the upper lower wire group of the electronic card coupler of second of embodiment of the utility model, Fig. 3- 4 be the overlapping schematic diagram of the upper lower wire group of the electronic card coupler of second of embodiment of the utility model.Implement at second In example, each conducting wire of upper conducting wire group 3 also with upper extension 315,325 and each conducting wire of lower wire group 4 also has lower extension 416,426, wherein upper extension 315,325 is arranged between upper contact part 311,321 and upper end 312,322, lower extension 416,426 are used in connecting leads 412,422, lower contact site 411,421 and lower end 410,420.On first conducting wire group 31 and Conducting wire group 32 can be respectively provided with four conducting wires on second, wherein and on first in the upper contact part 311 and second of conducting wire group 31 The upper contact part 321 of conducting wire group 32 is to be oppositely arranged, and wherein, each upper extension 315 of conducting wire group 31 respectively includes on first At least one inflection point 3150, when being arranged with multiple conductor spacings of the conducting wire group 31 on first, conducting wire group 31 is each on first The circuit serial number of upper contact part 311 is opposite with the circuit serial number of each upper end 312 of conducting wire group 31 on first.

In addition, the upper extension 325 of conducting wire group 32 includes curved on bending segment 3251, second on corresponding first on second Bending segment 3254 on bending segment 3253 and the 4th in trisection 3252, third, wherein each upper extension of conducting wire group 32 on second Bending segment 3254 is respectively arranged side by side on bending segment 3253 and the 4th in 325 third.

In second of embodiment, the first lower wire group 41 and the second lower wire group 42 are respectively provided with four conducting wires, wherein Each lower contact site 411 of first lower wire group 41 is to be oppositely arranged with each lower contact site 421 of the second lower wire group 42, under first Each pin 412 of conducting wire group 41 and each pin 422 of the second lower wire group 42 are oppositely arranged on the two sides 24,25 of lower base 2, Each lower extension 414 of first lower wire group 41 is each lower contact site of connection 411 and each pin 412, and the first lower wire group 41 Each lower end 410 be upright to be built up in each lower extension 416 and position is between each lower contact site 411 and each pin 412. Wherein one end of each lower extension 426 of second lower wire group 42 be connected to corresponding each pin 422 and each lower contact site 421 it Between, the other end is connected to corresponding each lower end 420, and each lower extension 426 of the second lower wire group 42 respectively includes corresponding First time bending segment 4261, bending segment 4263 and the four times bending segments 4264 under second time bending segment 4262, third, In, bending segment 4263 and each the four times bending segments 4264, which are respectively, under each second time bending segment 4262, each third is arranged side by side.

When upper pedestal 1 is combined with lower base 2, bending segment 3253 and in the third of each conducting wire of conducting wire group 32 on second On four bending segment 3254 respectively with bending segment 4263 and the four times bending segments under the third of each conducting wire of the second lower wire group 42 4264 overlap.The lower end 410 of the upper end 312 of conducting wire group 31 and the first lower wire group 41 on the first of same circuits serial number It is the side 25 of equidirectional or homonymy the side 15 for being separately positioned on upper pedestal 1 and lower base 2, the second of same circuits serial number The upper end 322 of upper conducting wire group 32 and the lower end 420 of the second lower wire group 42 are equidirectional or homonymy are separately positioned on The side 11 of pedestal 1 and the side 21 of lower base 2.The upper contact part 311,321 of each conducting wire of upper conducting wire group 3 and upper extension 315,325 are parallel to the lower contact site 411,421 and lower extension 416 of each conducting wire of lower wire group 4, and 426, and led on second Bending segment 3254 and upper end 322 and the second lower wire group 42 on bending segment the 3253, the 4th in the third of each conducting wire of line group 32 Each conducting wire third under bending segment 4263, the four times bending segments 4264 and lower end 420 be respectively perpendicular to conducting wire group 3 and Upper contact part 311,321, upper extension 315,325, lower contact site 411,421 and the lower extension 416,426 of lower wire group 4. The schematic diagram for the electronic card coupler for being the utility model the third kenel, Fig. 4-please and be closed refering to Fig. 4-1 to Fig. 4-4, Fig. 4-1 2 be the upper lower base schematic diagram of the electronic card coupler of the utility model the third kenel, Fig. 4-3 be the utility model the third The schematic diagram of the upper lower wire group of the electronic card coupler of kenel, Fig. 4-4 are the electronic card companies of the third kenel of the utility model Connect the overlapping schematic diagram of the upper lower wire group of device.In the third embodiment, upper conducting wire group 3 is divided for conducting wire group 31 and on first Conducting wire group 32 on two, conducting wire group 32 can be respectively provided with four conducting wires in conducting wire group 31 and second on first, and lower wire group is divided into One lower wire group 41 and the second lower wire group 42, the first lower wire group 41 and the second lower wire group 42 are respectively provided with four conducting wires, Specifically, the third embodiment has conducting wire group 31 and the first lower wire on identical with second of embodiment first Group 41, and different be in each upper extension 325 of conducting wire group 32 includes bending segment on corresponding first on first second 3255, bending segment 3257 in bending segment 3256 and third on second, wherein the upper extension 325 of conducting wire group 32 on second Bending segment 3257 is respectively and is arranged side by side in bending segment 3256 and third on bending segment 3255, second on first.Secondly, under second Each lower extension 426 of conducting wire group 42 respectively include corresponding first time bending segment 4265, second time bending segment 4266 and Bending segment 4267 under third, wherein bending segment 4267, which is respectively, under second time bending segment 4266 and third is arranged side by side.

When upper pedestal 1 is combined with lower base 2, bending segment on the second of each lower extension 325 of conducting wire group 32 on second 3256 and third on bending segment 3257 be second time bending segment 4266 with each lower extension 426 of the second lower wire group 42 respectively And bending segment 4267 overlaps under third.The upper end 312 of conducting wire group 31 and the first lower wire on the first of same circuits serial number The lower end 410 of group 41 is the side 25 of equidirectional or homonymy the side 15 for being separately positioned on upper pedestal 1 and lower base 2, phase It is equidirectional or same with the upper end 322 of conducting wire group 32 on the second of circuit serial number and the lower end 420 of the second lower wire group 42 The side 25 of the side 15 for being separately positioned on upper pedestal 1 and lower base 2 of side.The upper contact part of each conducting wire of upper conducting wire group 3 311,321 and upper extension 315,325 be parallel to lower wire group 4 each conducting wire lower contact site 411,421 and lower extension 416,426, and on second each conducting wire of conducting wire group 32 second on bending segment 3256, bending segment 3257 and upper end in third 322 and the second second time bending segment 4266 of each conducting wire of lower wire group 42, third under bending segment 4267 and lower end 420, It is the upper contact part 311,321 for being respectively parallel to conducting wire group 3 and lower wire group 4, upper extension 315,325, lower contact site 411,421 and lower extension 416,426.

Please sequentially refering to Fig. 5-1 to 5-6 and Fig. 6-1 to 6-4, the electronic card of the 4th kind of embodiment and the 5th kind of embodiment connects It connects device and a kind of connector construction is provided, include mainly upper pedestal 1, lower base 2, upper conducting wire group 3 and lower wire group 4, lower base 2 It is combined with upper pedestal 1 is separable, in upper pedestal 1, upper conducting wire group 3 includes spaced multiple leads for the upper setting of conducting wire group 3 Line, multiple conducting wires respectively include corresponding upper contact part 311,321 and are connected with corresponding each upper contact part 311,321 The upper end 312,322 connect, the setting of lower wire group 4 include spaced multiple conducting wires in lower base 2, lower wire group 4, and more A conducting wire respectively includes corresponding lower contact site 411,421, the lower end 410 being connected with each lower contact site 411,421, 420 and corresponding connection under contact site 411,421 and lower end 410,420 pin 413,423, wherein upper end 312,322 with lower end 410,420 upper pedestal 1 and lower base 2 in conjunction with when meeting above and below it is be overlapped or be set up in parallel and the production that is in contact Raw electrical connection, in other words, the electronic card coupler of the 4th kind of embodiment and the 5th kind of embodiment are also to belong under needs are shared to lead The connector construction of the pin of line group 4.

Each conducting wire of upper conducting wire group 3 is divided on first conducting wire group 32 in conducting wire group 31 and second, each conducting wire of lower wire group 4 It is divided into the first lower wire group 41 and the second lower wire group 42, upper conducting wire group 3 connects with all two rows with corresponding IC card of lower wire group 4 Point meets A, B, C, D and W, X, Y, Z, and each conducting wire of upper conducting wire group 3 and each conducting wire of lower wire group 4 also can be in order to correspond to IC Card tow sides plug and with reverse order circuit serial number and upper and lower deviation arrangement upper contact part 311,321 and under connect Contact portion 411,421, as shown in Fig. 5-3, Fig. 5-4 and Fig. 6-3, Fig. 6-4, the circuit of the upper contact part 311 of conducting wire group 31 on first It is sequentially reversed respectively arrange that serial number A, B, C, D, which are with circuit serial number A, B, C, D of the lower contact site 411 of the first lower wire group 41, It arranges, circuit serial number W, X, Y, Z of the upper contact part 321 of conducting wire group 32 are the lower contact sites with the second lower wire group 42 on second 421 circuit serial number W, X, Y, Z is difference sequentially reversed arrangement.However, the upper end 312,322 of each conducting wire of upper conducting wire group 3 Lower end 410,420 with each conducting wire of lower wire group 4 is be overlapped up and down or is set up in parallel and each conducting wire of shared lower wire group 4 Pin 413,423, thus on first the upper end 312 of conducting wire group 31 and the lower end 410 of the first lower wire group 41 electricity Road serial number A, B, C, D must then have same sequence, and under the upper end 322 of the second lower wire group 32 and the second lower wire group 42 Circuit serial number W, X, Y, Z of end 420 are then sequentially to be collectively aligned.

In short, the lower contact site 411 of the upper contact part 311 of conducting wire group 31 and the first lower wire group 41 is wherein extremely on first Few a pair has same circuits serial number and is sequentially reversed arrangement, is led under the upper contact part 321 and second of conducting wire group 32 on second Wherein at least a pair of lower contact site 421 of line group 42 has same circuits serial number and is sequentially reversed arrangement；Conducting wire group on first Wherein at least a pair of lower end 410 of 31 upper end 312 and the first lower wire group 41 has same circuits serial number and electrically connects as Set of circuits, there is phase in the upper end 322 of conducting wire group 32 with wherein at least a pair of lower end 420 of the second lower wire group 42 on second With circuit serial number and electrically connect as set of circuits；Conducting wire group 31 and the first lower wire group 41 share pin 413 on first, on second Conducting wire group 32 and the second lower wire group 42 share pin 423.It is the utility model that please and close refering to Fig. 5-1 to Fig. 5-4, Fig. 5-1 The schematic diagram of the electronic card coupler of 4th kind of embodiment, Fig. 5-2 are the electronic card connections of the 4th kind of embodiment of the utility model The schematic diagram of the upper lower base of device, Fig. 5-3 are the upper lower wire groups of the electronic card coupler of the 4th kind of embodiment of the utility model Schematic diagram, Fig. 5-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the 4th kind of embodiment of the utility model. In the 4th kind of embodiment, upper conducting wire group 3 also has upper extension 313,323 and lower wire group 4 also has lower extension 414, 424, upper extension 313,323 is arranged between upper contact part 311,321 and upper end 312,322, and lower extension 414,424 is used In connecting leads 413,423, lower contact site 411,421 and lower end 410,420.

The electronic card coupler ontology of Fig. 5-1 to 5-6 does not have equally with Fig. 2 to Fig. 4 to be inserted for what IC smart cards plugged Mouth 201, when upper pedestal 1 and the overlapping of lower base 2, the upper contact interface that upper pedestal 1 is equipped with upper conducting wire group 3 is equipped with lower base 2 There are card slot 2021 between the lower contact interface of lower wire group 4, card slot 2021 is the accommodating card slot 202 1 with Fig. 2 to Fig. 4 Sample plugs for IC smart cards, but this kind of connector constructions of Fig. 5 are arranged in circuit board, usually can in addition connect on circuit boards Unification outer frame body (not shown) is with the accommodating card slot (not shown) for forming a socket (not shown) and being connected to socket, mesh Be so that electronic card coupler is reached frivolous degree and then the size of micro calculating punch as possible, in short, the 4th kind The electronic card coupler of embodiment is a kind of connector construction of miniature no slot framework, in addition, upper pedestal 1 may also include on one Plate face 103 and lower base 2 may also include a lower face 203, have a card slot 2021 between upper face 103 and lower face 203, and Card slot 203 for no side wall notch, wherein upper contact part 311,321 is downwardly projecting in upper face 103, and springing is prolonged Card slot 2021 is stretched in, lower contact site 411,421 is protruding upward in lower face 203, and springing extends card slot 2021.

Each upper extension 313 of conducting wire group 31 respectively includes at least one inflection point 3130 on first, to be led on first When multiple conductor spacings arrangement of line group 31, on first the circuit serial number of the upper contact part 311 of each conducting wire of conducting wire group 31 be with The circuit serial number of the upper end 312 of each conducting wire of conducting wire group 31 is opposite on first.

Each lower contact site 411 of first lower wire group 41 is opposite set with each lower contact site 421 of the second lower wire group 42 It sets, each lower extension 414 of the first lower wire group 41 is to connect each lower contact site 411, each pin 413 of the first lower wire group 41 And each lower end 410, each lower end 410 of the first lower wire group 41 be it is upright be built up in lower extension 414, led under first Each pin 413 of line group 41 is position between each lower contact site 411 and each lower end 410.

The upper extension 323 of conducting wire group 32 includes bending segment on bending segment 3231, second on corresponding first on second 3232 and third on bending segment 3233, wherein bending segment 3231 on the first of the upper extension 323 of conducting wire group 32 on second, Bending segment 3233 is respectively and is arranged side by side in bending segment 3232 and third on second.Each lower extension of second lower wire group 42 424 respectively include bending segment 4243 under corresponding first time bending segment 4241, second time bending segment 4242 and third, In, bending segment 4243, which is respectively, under the second time bending segment 4242 and third of lower extension 424 is arranged side by side.

When upper pedestal 1 is combined with lower base 2, bending segment on the second of each upper extension 323 of conducting wire group 32 on second 3232 and third on bending segment 3233 be and second time bending segment 4242 of each lower extension 424 of the second lower wire group 42 and Three times bending segment 4243 overlaps, same circuits serial number first on conducting wire group 31 upper end 312 and the first lower wire group 41 Lower end 410 be equidirectional or homonymy the side 12 for being separately positioned on upper pedestal 1 and lower base 2 side 22, identical electricity The upper end 322 of conducting wire group 32 and the lower end 420 of the second lower wire group 42 are equidirectional or homonymy on the second of road serial number It is separately positioned on the side 12 of upper pedestal 1 and the side 22 of lower base 2.The upper contact part 311,321 of each conducting wire of upper conducting wire group 3 And upper extension 313,323 is parallel to the lower contact site 411,421 and lower extension 414,424 of each conducting wire of lower wire group 4, And on second each conducting wire of conducting wire group 32 second on bending segment 3232, bending segment 3233 and upper end 322 and second in third Bending segment 4243 and lower end 420 under second time bending segment 4242 of each conducting wire of lower wire group 42, third, are to be respectively parallel to The upper contact part 311,321 of upper conducting wire group 3 and lower wire group 4, upper extension 313,323, lower contact site 411,421 and lower extension Portion 414,424.

Conducting wire group 32 is respectively provided with four conducting wires in conducting wire group 31 and second on first, under the first lower wire group 41 and second Conducting wire group 42 is respectively provided with four conducting wires, and first conducting wire of conducting wire group 31 has zigzag section 3101, zigzag section 3101 on first Setting allow on first the upper contact part 321 of the upper contact part 311 of conducting wire group 31 and conducting wire group 32 on second be oppositely arranged, and Wherein, each pin 423 of the second lower wire group 42 is provided in a side 21 of lower base 2.

Please and close refering to Fig. 6-1 to Fig. 6-4, Fig. 6-1 be the 5th kind of embodiment of the utility model electronic card coupler Schematic diagram, Fig. 6-2 are the schematic diagrames of the upper lower base of the electronic card coupler of the 5th kind of embodiment of the utility model, and Fig. 6-3 is The schematic diagram of the upper lower wire group of the electronic card coupler of the 5th kind of embodiment of the utility model, Fig. 6-4 are the utility model The overlapping top view of the upper lower wire group of the electronic card coupler of five kinds of embodiments.The 5th embodiment shown in Fig. 6-1 to 6-4 is A kind of miniature connector construction for having slot framework, is more similar to Fig. 2 to Fig. 4, i.e. lower base 2 and the seat of honour instead in appearance The accommodating card slot 202 that body 1 can form a socket 201 and is connected to socket 201, only compared to Fig. 2 to Fig. 4, the present embodiment Connector be a kind of more slim connector construction.In addition, specifically, it can by comparing Fig. 5-4 and Fig. 6-4 Know, the 5th kind of embodiment has a conducting wire group 32 in lower wire group 4 and second identical with the 4th kind of embodiment, however different places Be, in the 5th kind of embodiment, on first four conducting wires of conducting wire group 31 respectively have zigzag section 3102,3103,3104, 3105, the row of zigzag section 3102,3103,3104,3105, which sets, allows on first conducting wire in the upper contact part 311 and second of conducting wire group 31 The upper contact part 321 of group 32 is to be oppositely arranged.

Please sequentially refering to Fig. 7-1 to 7-4, Fig. 8-1 to 8-4, Fig. 9-1 to 9-4 and Figure 10-1 to 10-4, the 6th kind of implementation Example, the 7th kind of embodiment, the 8th kind of embodiment and the 9th kind of embodiment are all to belong to the connector construction for having slot framework.6th Kind of embodiment, the 7th kind of embodiment, the lower wire group of the 8th kind of embodiment pin be all distributed across the two sides of lower base, and The pin of the lower wire group of 9th kind of embodiment is then distributed across one side relative to socket of lower base, this can improve pin It has been easy electromagnetic interference when with socket with side or has occurred there is a situation where card data is stolen.In addition to this, compared to above-mentioned The first possesses to the third embodiment, the upper conducting wire group of the 6th kind of embodiment, the 7th kind of embodiment and the 8th kind of embodiment Independent pin, and independent pin is provided in one side of the opposite socket of upper pedestal, and in other words, upper conducting wire group need not be shared The pin of lower wire group, also therefore, upper conducting wire group with lower wire group also there is no need to be in contact, that is, need not have upper end with The presence of lower end.

6th kind of embodiment implements the electronic card coupler that exemplifies to the 9th kind, include mainly upper pedestal 1, lower base 2, Upper conducting wire group 3 and lower wire group 4, lower base 2 are combined with upper pedestal 1 is separable, and lower base 2 and 1 shape of upper pedestal The accommodating card slot 202 being connected at a socket 201 and with socket 201, in upper pedestal 1, upper conducting wire group 3 is wrapped for the upper setting of conducting wire group 3 Include spaced multiple conducting wires, multiple conducting wires respectively include corresponding upper contact part 311,321 and with it is corresponding each The upper pin 3121,3221 that upper contact part 311,321 is connected, lower wire group 4 are arranged in lower base 2, between lower wire group 4 includes Every multiple conducting wires of arrangement, and multiple conducting wires respectively include corresponding lower contact site 411,421 and with each lower contact site 411, the 421 lower pins 4121,4221 being connected, in addition, upper pedestal 1 may include a upper face 103 and lower base 2 may include one Lower face 203, wherein upper contact part 311,321 is downwardly projecting in upper face 103, and springing extends accommodating card slot 202, Lower contact site 411,421 is protruding upward in lower face 203, and springing extends accommodating card slot 202.

The electronic card coupler that 6th kind of embodiment is implemented to exemplify to the 9th kind still includes the electronic card of same Fig. 1-1, Electronic card at least one side is equipped at least two rows planar contact arranged side by side (square that A-D and W-Z is indicated in Fig. 1-1), is led upper Line group 3 meets A, B, C, D and W, X, Y, Z with the lower wire group 4 also planar contact with corresponding IC card, upper conducting wire group 3 Each conducting wire and each conducting wire of lower wire group 4 can also plug to correspond to IC card tow sides and have at least a pair of identical circuit Serial number and sequentially reversed arrangement and upper and lower deviation arrangement upper contact part 311,321 and lower contact site 411,421, as Fig. 7-3, Fig. 7-4, Fig. 8-3, Fig. 8-4, shown in Fig. 9-3, Fig. 9-4 and Figure 10-3, Figure 10-4, the upper contact part of conducting wire group 31 on first 311 circuit serial number A, B, C, D be circuit serial number A, B, C, D order with the lower contact site 411 of the first lower wire group 41 on the contrary, Circuit serial number W, X, Y, Z of the upper contact part 321 of conducting wire group 32 are the lower contact sites 421 with the second lower wire group 421 on second Circuit serial number W, X, Y, Z order on the contrary, that is, upper contact part 311,321 and lower contact site 411,421 are the arrangement of upper and lower deviation And the structure of circuit serial number sequentially reversed arrangement, allow electronic card can positive and negative be plugged in accommodating card slot 202, to enable the two of electronic card It arranges planar contact arranged side by side and is connected electrically in upper contact part 311,321 and lower contact site 411,421.

Please and close refering to Fig. 7-1 to Fig. 7-4, Fig. 7-1 be the 6th kind of embodiment of the utility model electronic card coupler Schematic diagram, Fig. 7-2 are the schematic diagrames of the upper lower base of the electronic card coupler of the 6th kind of embodiment of the utility model, and Fig. 7-3 is The schematic diagram of the upper lower wire group of the electronic card coupler of the 6th kind of embodiment of the utility model, Fig. 7-4 are the utility model The overlapping top view of the upper lower wire group of the electronic card coupler of six kinds of embodiments.In the 6th kind of embodiment, upper conducting wire group 3 Each conducting wire also has upper extension 313,323, and each conducting wire of lower wire group 4 also has lower extension 4131,4231, wherein Upper extension 313,323 is arranged between upper contact part 311,321 and upper pin 3121,3221, lower extension 4131,42313 It is arranged between lower contact site 411,421 and lower pin 4121,4221.

In addition, upper conducting wire group 3 is divided for conducting wire group 32 in conducting wire group 31 and second on first, conducting wire group 31 and second on first Upper conducting wire group 32 can be respectively provided with four conducting wires, wherein on first in conducting wire group 31 and second each conducting wire of conducting wire group 32 it is upper Pin 3121,3221 is provided in a side 11 of the opposite socket 201 of upper pedestal 1, and wherein, and conducting wire group 32 is each on second Upper extension 323 respectively includes bending segment 3231 on first, and bending segment 3231 is corresponding on each the first of conducting wire group 32 on second Each upper contact part 311 of conducting wire group 31 on first, and each upper contact part 321 of conducting wire group 32 is led on each first on second Line group 31 is arranged in a linear.

Then, the lower wire group 4 in the 6th kind of embodiment is divided for the first lower wire group 41 and the second lower wire group 42, and first Lower wire group 41 and the second lower wire group 42 can be respectively provided with four conducting wires, each conducting wire of the first lower wire group 41 be under second Each conducting wire of conducting wire group 42 is oppositely arranged, wherein the 4121 and second lower wire group 42 of each lower pin of the first lower wire group 41 Each lower pin 4221 is oppositely arranged on the two sides 22,23 of lower base 2.

Please and close refering to Fig. 8-1 to Fig. 8-4, Fig. 8-1 be the 7th kind of embodiment of the utility model electronic card coupler Schematic diagram, Fig. 8-2 are the schematic diagrames of the upper lower base of the electronic card coupler of the 7th kind of embodiment of the utility model, and Fig. 8-3 is The schematic diagram of the upper lower wire group of the electronic card coupler of the 7th kind of embodiment of the utility model, Fig. 8-4 are the utility model The overlapping top view of the upper lower wire group of the electronic card coupler of seven kinds of embodiments.7th kind of embodiment has to be implemented with the 6th kind The identical lower wire group 4 of example, and the upper conducting wire group 3 of the upper conducting wire group 3 in the 7th kind of embodiment and the 6th kind of embodiment is also wrapped Containing identical component.However, compare Fig. 7-4 and Fig. 8-4 it is found that each conducting wire of the upper conducting wire group 3 of the 7th kind of embodiment on prolong Extending portion 313,323 may also include on corresponding second bending segment 3133,3233 on bending segment 3132,3232 and third, wherein It is in arranged askew that bending segment 3132,3232, which is each conducting wire of opposite lower wire group 4, on the second of each conducting wire of upper conducting wire group 3, on Bending segment 3135,3235 is parallel to each conducting wire of lower wire group 4 in the third of each conducting wire of conducting wire group 3.

Please and close refering to Fig. 9-1 to Fig. 9-4, Fig. 9-1 be the 8th kind of embodiment of the utility model electronic card coupler Schematic diagram, Fig. 9-2 are the schematic diagrames of the upper lower base of the electronic card coupler of the 8th kind of embodiment of the utility model, and Fig. 9-3 is The schematic diagram of the upper lower wire group of the electronic card coupler of the 8th kind of embodiment of the utility model, Fig. 9-4 are the utility model The overlapping top view of the upper lower wire group of the electronic card coupler of eight kinds of embodiments.8th kind of embodiment has to be implemented with the 6th kind The identical lower wire group 4 of example, and the upper conducting wire group 3 of the upper conducting wire group 3 in the 8th kind of embodiment and the 6th kind of embodiment is also wrapped Containing identical component.However, comparing Fig. 7-4 and Fig. 9-4 it is found that the upper extension 313,323 of each conducting wire of upper conducting wire group 3 may be used also Including bending segment 3135,3235 in bending segment 3134,3234 on corresponding second and third, wherein upper conducting wire group 3 is respectively led Bending segment 3134 on the second of line, 3234 are perpendicular to each conducting wire of lower wire group 4, in the third of each conducting wire of upper conducting wire group 3 Bending segment 3135,3235 is parallel to each conducting wire of lower wire group 4.

Please and close 0-1 to Figure 10-4, Figure 10-1 are the electronic card couplers of the 9th kind of embodiment of the utility model refering to fig. 1 Schematic diagram, Figure 10-2 is the schematic diagram of the upper lower base of the electronic card coupler of the 9th kind of embodiment of the utility model, Figure 10- 3 be the schematic diagram of the upper lower wire group of the electronic card coupler of the 9th kind of embodiment of the utility model, and Figure 10-4 is that this practicality is new The overlapping top view of the upper lower wire group of the electronic card coupler of the 9th kind of embodiment of type.

9th kind of embodiment has upper conducting wire group identical with the 6th kind of embodiment 3.9th kind of embodiment and the 6th kind of reality Apply the lower wire group 4 of example also component having the same, by comparing Fig. 7-3 and Figure 10-3 it is found that in the 9th kind of embodiment, under lead Line group 4 is divided for the first lower wire group 41 and the second lower wire group 42, wherein the first lower wire group 41 and the second lower wire group 42 The lower pin 4121,4221 of each conducting wire is provided in a side 22 of the opposite socket 201 of lower base 2, in addition, the second lower wire Each upper extension 423 of each conducting wire of group 42 respectively includes first time bending segment 4231, each conducting wire of the second lower wire group 42 First time bending segment 4231 is the lower contact site 411 of each conducting wire of corresponding first lower wire group 41, and the second lower wire group 42 The lower contact site 421 of each conducting wire be to be arranged in a linear with each conducting wire of each first lower wire group 41.

The electronic card coupler of tenth kind of embodiment is a kind of connector construction of miniature no slot framework, but it is with the 4th The difference of embodiment and the 5th embodiment is in the electronic card coupler of the tenth kind of embodiment is to possess independent pin, changes speech It, upper conducting wire group need not share the pin of lower wire group, also therefore, upper end with lower end also there is no need to be in contact, also Need not there be the presence of upper end and lower end.1-1 to Figure 11-4 is please referred to Fig.1, Figure 11-1 is the tenth kind of the utility model The schematic diagram of the electronic card coupler of embodiment, Figure 11-2 are the upper of the electronic card coupler of the tenth kind of embodiment of the utility model The schematic diagram of lower base, Figure 11-3 are the signals of the upper lower wire group of the electronic card coupler of the tenth kind of embodiment of the utility model Figure, Figure 11-4 is the overlapping top view of the upper lower wire group of the electronic card coupler of the tenth kind of embodiment of the utility model.

In the tenth kind of embodiment, the utility model provides a kind of miniature electronic card connector, including has a upper face 103 upper pedestal 1, the lower base 2 with a lower face 203, upper conducting wire group 3 and lower wire group 4, the upper setting of conducting wire group 3 exist Upper pedestal 1, upper conducting wire group 3 include spaced multiple conducting wires, and multiple conducting wires respectively include corresponding upper contact part 311, 321 and the upper pin 3121,3221 that is connected with corresponding each upper contact part 311,321, lower wire group 4 be arranged in lower seat Body 2, lower wire group 4 includes spaced multiple conducting wires, and multiple conducting wires respectively include corresponding lower contact site 411,421 And the lower pin 4121,4221 being connected with each lower contact site 411,421.

Lower base 2 can be by a side 21 of lower base 2 and a side 11 of upper pedestal 1 with separable with upper pedestal 1 It is superimposed, and there are a card slot 2021 between lower face 203 and upper face 103, card slot 2021 is a kind of card of not side wall Slot structure, the height of card slot 2021 is slightly larger than the thickness of electronic card, and upper face 103 and the width of lower face 203 are less than electricity The width of subcard, upper contact part 311,321 is downwardly projecting in upper face 103, and springing extends card slot 2021, lower contact site 411,421 is protruding upward in lower face 203, and springing extends card slot 2021.And the micro electric subcard connection of the present embodiment Device structure, can also be further as the component of other customized calculating punches, that is, connects in the micro electric subcard of the present embodiment It connects outside device, optionally can be arranged or coat the calculating punch shell of different sizes or moulding, and become variously-shaped structure Calculating punch.

The miniature electronic card connector of the present embodiment may also include electronic card shown in same Fig. 1-1, and at least the one of electronic card Face is equipped at least row's planar contact of deviation, is planar contact that at least two rows are arranged side by side in the present embodiment (in Fig. 1-1 Indicate the square of A-D and W-Z), also have in upper conducting wire group 3 and lower wire group 4 two rows of contacts of corresponding IC card connect an A, B, C, D and W, X, Y, Z, each conducting wire of upper conducting wire group 3 and each conducting wire of lower wire group 4 can also be inserted to correspond to IC card tow sides And if at least a pair of identical circuit serial number and sequentially reversed arrangement and upper and lower deviation arrangement upper contact part 311,321 and Lower contact site 411,421, as shown in Figure 11-3, Figure 11-4, circuit serial number A, B of the upper contact part 311 of conducting wire group 31 on first, C, D is circuit serial number A, B, C, D order with the lower contact site 411 of the first lower wire group 41 on the contrary, conducting wire group 32 on second Circuit serial number W, X, Y, Z of upper contact part 321 are circuit serial number W, X, Y, Z with the lower contact site 421 of the second lower wire group 42 Order is on the contrary, that is, upper contact part 311,321 is the arrangement of upper and lower deviation with lower contact site 411,421 and circuit serial number is sequentially reversed The structure of arrangement, allow electronic card can positive and negative be plugged in card slot 2021 and be electrically connected with the planar contact for enabling two rows of electronic card arranged side by side It is connected on upper contact part 311,321 and lower contact site 411,421.

Each conducting wire of upper conducting wire group 3 can also have upper extension 313,323, and under each conducting wire of lower wire group 4 also has Extension 4131,4231, wherein the upper setting of extension 313,323 upper contact part 311,321 and upper pin 3121,3221 it Between, lower extension 4131,4231 is arranged between lower contact site 411,421 and lower pin 4121,4221.Upper conducting wire group 3 can divide For conducting wire group 32 in conducting wire group 31 and second on first, conducting wire group 32 is respectively provided with four and leads in conducting wire group 31 and second on first Line, wherein the upper pin 3121,3221 of each conducting wire of conducting wire group 32 is provided in upper pedestal in conducting wire group 31 and second on first 1 a side 11, and wherein, each upper extension 323 of each conducting wire of conducting wire group 32 respectively includes bending segment on first on second 3231, bending segment 3231 is each conducting wire of conducting wire group 31 on corresponding first on each the first of each conducting wire of conducting wire group 32 on second Each upper contact part 311, and each upper contact part 311 of conducting wire group 31 is each upper contact part with conducting wire group 32 on second on first 321 arranged opposites are arranged.

Lower wire group 4 is divided for the first lower wire group 41 and the second lower wire group 42, is led under the first lower wire group 41 and second Line group 42 is respectively provided with four conducting wires, wherein the lower contact site 411 of each conducting wire of the first lower wire group 41 is and the second lower wire The lower contact site 421 of each conducting wire of group 42 is oppositely arranged, and each lower pin 4221 of the second lower wire group 42 is provided in down The relative side 22 for the side 21 of pedestal 2 being combined with upper pedestal 1.The upper extension 313,323 of each conducting wire of upper conducting wire group 3 Further include bending segment 3133,3233 in bending segment 3132,3232 and third on corresponding second, wherein upper conducting wire group 3 it is each Bending segment 3132,3232 is the perpendicular arrangement of each conducting wire with lower wire group 4 on the second of the upper extension 313,323 of conducting wire, Bending segment 3133 in each third, 3233 are parallel to each conducting wire of lower wire group 4, and each conducting wire of upper conducting wire group 3 on prolong It is in be staggered that bending segment 3133,3233, which is with each conducting wire of the first lower wire group 41, in the third of extending portion 313,323.

Processing method when being combined with each other of upper end 312,322 and lower end 410,420 in upper pedestal 1 and lower base 2 There are many, in Fig. 2 to Fig. 6, when upper pedestal 1 is assembled integrally with lower base 2, upper end 312,322 and lower end 410,420 Contact be typically to carry out spot welding to apply laser beam to it to allow the connection of upper end 312,322 and lower end 410,420 to be One conducting, or also can utilize the secondary jet modling material or secondary of burying after upper pedestal 1 and the overlapping of lower base 2 in Fig. 2 to Fig. 4 The upper end 312,322 of overlapping is combined cladding by hot melt processing with lower end 410,420 with plastics.

However, other than the juncture of two kinds of above-mentioned upper and lower end parts, also also other kinds of junctures exist, such as Shown in the tenth a kind of embodiment shown by Figure 12-1 to 12-4,2-1 to Figure 12-4 is please referred to Fig.1.Figure 12-1 and Figure 12-2 is A kind of first visual angle of the tenth electronic card coupler of embodiment of the utility model and the second visual angle schematic diagram.Figure 12-3 is this reality With a kind of the novel tenth upper lower base schematic diagram of the electronic card coupler of embodiment.Figure 12-4 is that the utility model the tenth is a kind of The upper lower wire group schematic diagram of the electronic card coupler of embodiment.

A kind of tenth embodiment is a kind of connector construction having slot framework, include mainly upper pedestal 1, lower base 2, on There is first side 111 and second side 121, lower base 2 to have corresponding first for conducting wire group 3 and lower wire group 4, upper pedestal 1 The third side 212 and four side 221 of side 111 and second side 121, lower base 2 and 1 separable phase knot of upper pedestal It closes, and the accommodating card slot 202 that lower base 2 forms a socket 201 with upper pedestal 1 and is connected to socket 201, IC smart cards can To be inserted into accommodating card slot 202 by socket 201, socket 201 is position the of the first side of upper pedestal 1 111 and lower base 2 Three sides 212.

The upper setting of conducting wire group 3 is in upper pedestal 1, and upper conducting wire group 3 includes spaced multiple conducting wires, and multiple conducting wires wrap respectively The upper end 312 for including corresponding upper contact part 311,321 and being connected with corresponding each upper contact part 311,321, 322, upper end 312,322 is located at the second side 121 of upper pedestal 1；The setting of lower wire group 4 is wrapped in lower base 2, lower wire group 4 Spaced multiple conducting wires are included, and multiple conducting wires respectively include corresponding lower contact site 411,421, with each lower contact site It 411,421 pins 412,422 being connected and corresponding is connected between pin 412,422 and lower contact site 411,421 Lower end 410,420, lower end 410,420 is located at the four side 221 of lower base 2, as shown in Figure 12-3, upper pedestal 1 wrap It includes a lower face 203 to include a upper face 103 and lower base 2, wherein upper contact part 311,321 is downwardly projecting in upper face 103, and springing extends accommodating card slot 202, and lower contact site 411,421 is protruding upward in lower face 203, and springing extends In accommodating card slot 202.Wherein, upper end 312,322 with lower end 410,420 when upper pedestal 1 is combined with lower base 2 to weld Mode is in contact fixation, to allow upper conducting wire group 3 to be to share the pin 412,422 of lower wire group 4 with lower wire group 4 to generate electrical connection And it is connected.

Since upper end 312,322 is located at the second side 121 of upper pedestal 1 and lower end 410,420 is located at lower base 2 Four side 221 can directly expose in second side 121 and four side when upper pedestal 1 is assembled integrally with lower base 2 221 upper end 312,322 and lower end 410,420 are welded, and the laser beam welding of precedent are different from, in the present embodiment The exposed locations of middle upper end 312,322 and lower end 410,420 are apparent (Figure 12-2), facilitate progress generally to weld, example Tin stove Simple welding is such as crossed, and the combination between upper lower base can also be carried out with modes such as hot melt, ultrasonic or high frequencies.

Each conducting wire of upper conducting wire group 3 is divided on first conducting wire group 32 in conducting wire group 31 and second, each conducting wire of lower wire group 4 It is divided into the first lower wire group 41 and the second lower wire group 42, upper conducting wire group 3 connects with all two rows with corresponding IC card of lower wire group 4 Point meets A, B, C, D and W, X, Y, Z, and each conducting wire of upper conducting wire group 3 and each conducting wire of lower wire group 4 also can be in order to correspond to IC Card tow sides plug and have same circuits serial number sequentially reversed arrangement and the upper contact part that mutually deviation arranges up and down 311,321 and lower contact site 411,421, as shown in Figure 12-4, the circuit serial number A of the upper contact part 311 of conducting wire group 31 on first, B, it is to distinguish sequentially reversed arrangement that C, D, which are with circuit serial number A, B, C, D of the lower contact site 411 of the first lower wire group 41, second Circuit serial number W, X, Y, Z of the upper contact part 321 of upper conducting wire group 32 are the circuits with the lower contact site 421 of the second lower wire group 42 Serial number W, X, Y, Z are difference sequentially reversed arrangement.But since the upper end of each conducting wire of upper conducting wire group 3 312,322 is led under The lower end 410,420 of each conducting wire of line group 4 is to be overlapped or be set up in parallel up and down and contact to share each conducting wire of lower wire group 4 Pin 412,422, thus on first the upper end 312 of conducting wire group 31 and the lower end 410 of the first lower wire group 41 electricity Road serial number A, B, C, D must then have same sequence, and on second under the upper end 322 of conducting wire group 32 and the second lower wire group 42 Circuit serial number W, X, Y, Z of end 420 are respectively then sequentially to be collectively aligned.

In short, the lower contact site 411 of the upper contact part 311 of conducting wire group 31 and the first lower wire group 41 is wherein extremely on first Few a pair has same circuits serial number and is sequentially reversed arrangement, is led under the upper contact part 321 and second of conducting wire group 32 on second Wherein at least a pair of lower contact site 421 of line group 42 has same circuits serial number and is sequentially reversed arrangement；Conducting wire group on first Wherein at least a pair of lower end 410 of 31 upper end 312 and the first lower wire group 41 has same circuits serial number and electrically connects as Set of circuits, there is phase in the upper end 322 of conducting wire group 32 with wherein at least a pair of lower end 420 of the second lower wire group 42 on second With circuit serial number and electrically connect as set of circuits；Conducting wire group 31 and the first lower wire group 41 share pin 412 on first, on second Conducting wire group 32 and the second lower wire group 42 share pin 422.

Each conducting wire of upper conducting wire group 3 (conducting wire group 32 in conducting wire group 31 and second on first) also has upper extension 313, 323 and lower wire group 4 (the first lower wire group 41 and the second lower wire group) 42 each conducting wire also have lower extension 414,424, Wherein, upper extension 313,323 is arranged between upper contact part 311,321 and upper end 312,322, lower extension 414,424 Used in connecting leads 412,422, lower contact site 411,421 and lower end 410,420；In addition, conducting wire group 31 and on first Conducting wire group 32 can be respectively provided with four conducting wires on two, wherein each upper extension 313 of conducting wire group 31 respectively includes at least on first One inflection point 3130, when being arranged with multiple conductor spacings of the conducting wire group 31 on first, the upper contact of conducting wire group 31 on first In portion 311 and second upper contact part 321 of conducting wire group 32 towards same towards setting.In addition, on second conducting wire group 32 it is each on prolong Extending portion 323 includes bending segment 3233 in bending segment 3232 and third on bending segment 3231, second on corresponding first, In, it is curved in bending segment 3232 and third on bending segment 3231, second on the first of the upper extension 323 of conducting wire group 32 on second Trisection 3233, which is respectively, to be arranged side by side.

First lower wire group 41 and the second lower wire group 42 are respectively provided with four conducting wires, wherein the first lower wire group 41 Each lower contact site 411 and each lower contact site 421 of the second lower wire group 42 are to be oppositely arranged, each pin of the first lower wire group 41 412 and second each pin 422 of lower wire group 42 be oppositely arranged on third side 212 and the four side 221 of lower base 2, Each lower end 410 of one lower wire group 41 is upright to be built up in each lower extension 414；Each lower extension of second lower wire group 42 Portion 424 respectively includes bending segment 4243 under corresponding first time bending segment 4241, second time bending segment 4242 and third, In, bending segment 4243 is respectively to be arranged side by side under the second time bending segment 4242 and third of the second lower wire group 42.

When upper pedestal 1 is combined with lower base 2, bending segment 3232 on the second of the upper extension 323 of conducting wire group 32 on second And bending segment 3233 is the second time bending segment 4242 and third with the lower extension 424 of the second lower wire group 42 respectively in third Lower bending segment 4243 overlaps, and the upper contact part 311,321 and upper extension 313,323 of each conducting wire of upper conducting wire group 3 are parallel In each conducting wire of conducting wire group 32 on the lower contact site 411,421 and lower extension 414 of each conducting wire of lower wire group 4,424, second Second on bending segment 3232, in third each conducting wire of bending segment 3233 and upper end 322 and the second lower wire group 42 Bending segment 4243 and lower end 420 under two times bending segments 4242, thirds are to be respectively parallel to conducting wire group 3 and lower wire group 4 Upper contact part 311,321, upper extension 313,323, lower contact site 411,421 and lower extension 414,424.

Then, it is the 12nd kind of implementation of the utility model to ask and close 3-1 to Figure 13-4 refering to fig. 1, Figure 13-1 and Figure 13-2 First visual angle of the electronic card coupler of example and the second visual angle schematic diagram.Figure 13-3 is the 12nd kind of embodiment of the utility model The upper lower base schematic diagram of electronic card coupler.Figure 13-4 is the electronic card coupler of the 12nd kind of embodiment of the utility model Upper lower wire group schematic diagram.Figure 12 is the connector construction for having slot framework for showing not needing laser beam welding, and Figure 13 is then It is the connector construction without slot framework for showing not needing laser beam welding.

The electronic card coupler of 12nd kind of embodiment provides a kind of connector construction, includes mainly upper pedestal 1, lower base 2, there is first side 111, lower base 2 to have corresponding first side 111 for upper conducting wire group 3 and lower wire group 4, upper pedestal 1 Second side 211 and the third side 212 of opposed second sides 211, lower base 2 are combined with upper pedestal 1 is separable, on The setting of conducting wire group 3 includes spaced multiple conducting wires in upper pedestal 1, upper conducting wire group 3, and multiple conducting wires respectively include corresponding Upper contact part 311,321 and the upper end 312,322 being connected with corresponding each upper contact part 311,321, upper end 312,322 are located at the first side 111 of upper pedestal 1.For the setting of lower wire group 4 in lower base 2, lower wire group 4 includes being alternatively arranged Multiple conducting wires, and multiple conducting wires respectively include corresponding lower contact site 411,421, are connected with each lower contact site 411,421 The pin 413 of contact site 411,421 and lower end 410,420 under the lower end 410,420 connect and corresponding connection, 423, wherein lower end 410,420 is located at the second side 211 of lower base 2, and upper end 312,322 exists with lower end 410,420 Upper pedestal 1 and lower base 2 in conjunction with when can it is be overlapped up and down or be set up in parallel and the generation electrical connection that is in contact, and it is exposed upper respectively The first side 111 of pedestal 1 and the second side 211 (Figure 13-2) of lower base 2, therefore general welding manner, such as mistake can be used The Simple weldings such as tin stove are fixed.

Each conducting wire of upper conducting wire group 3 is divided on first conducting wire group 32 in conducting wire group 31 and second, each conducting wire of lower wire group 4 It is divided into the first lower wire group 41 and the second lower wire group 42, conducting wire group 32 can be respectively provided with four in conducting wire group 31 and second on first Bar conducting wire, the first lower wire group 41 and the second lower wire group 42 can be respectively provided with four conducting wires, upper conducting wire group 3 and lower wire group 4 All have two rows of contacts of corresponding IC card connects A, B, C, D and W, X, Y, Z, each conducting wire and lower wire group 4 of upper conducting wire group 3 Each conducting wire can also plug to correspond to IC card tow sides and with same circuits serial number and sequentially reversed arrangement and mutually The upper contact part 311,321 and lower contact site 411,421 of upper and lower deviation arrangement, as shown in Figure 13-4, conducting wire group 31 on first It is to distinguish sequentially reversed arrangement that circuit serial number A, B, C, D, which are with circuit serial number A, B, C, D of the first lower wire group 41, on second It is sequentially reversed respectively arrange that circuit serial number W, X, Y, Z of conducting wire group 32, which are with circuit serial number W, X, Y, Z of the second lower wire group 42, Row.But due to the lower end 410 of the upper end of each conducting wire of upper conducting wire group 3 312,322 and each conducting wire of lower wire group 4, 420 be to be overlapped or be set up in parallel up and down and the pin 413 of each conducting wire of shared lower wire group 4,423, therefore the conducting wire on first Circuit serial number A, B, C, D of the upper end 312 of group 31 and the lower end 410 of the first lower wire group 41 must then have same sequence, And the upper end 322 of the second lower wire group 32 and circuit serial number W, X, Y, Z of the lower end 420 of the second lower wire group 42 then distinguish To be sequentially collectively aligned.

In short, the lower contact site 411 of the upper contact part 311 of conducting wire group 31 and the first lower wire group 41 is wherein extremely on first Few a pair has same circuits serial number and is sequentially reversed arrangement, is led under the upper contact part 321 and second of conducting wire group 32 on second Wherein at least a pair of lower contact site 421 of line group 42 has same circuits serial number and is sequentially reversed arrangement；Conducting wire group on first Wherein at least a pair of lower end 410 of 31 upper end 312 and the first lower wire group 41 has same circuits serial number and electrically connects as Set of circuits, there is phase in the upper end 322 of conducting wire group 32 with wherein at least a pair of lower end 420 of the second lower wire group 42 on second With circuit serial number and electrically connect as set of circuits；Conducting wire group 31 and the first lower wire group 41 share pin 413 on first, on second Conducting wire group 32 and the second lower wire group 42 share pin 423.

Also there is upper conducting wire group 3 upper extension 313,323 and lower wire group 4 also to have a lower extension 414, and 424, upper extension Portion 313,323 is arranged between upper contact part 311,321 and upper end 312,322, and lower extension 414,424 is used in connecting leads 413,423, lower contact site 411,421 and lower end 410,420.

It is the same with the connector construction of similar no slot framework in precedent, when upper pedestal 1 and the overlapping of lower base 2, on Pedestal 1 is equipped with a upper face 103 and is equipped with a lower face 203 with lower base 2, and there are card slots between upper face and lower face 2021, card slot 2021 is to be plugged for IC smart cards as the accommodating card slot of Fig. 2 to Fig. 4, and card slot 2021 is a kind of no side wall Notch, wherein upper contact part 311,321 is downwardly projecting in upper face 103, and springing extends card slot 2021, under Contact site 411,421 is protruding upward in lower face 203, and springing extends card slot 2021.

Each upper extension 313 of conducting wire group 31 respectively includes at least one inflection point 3130 on first, to be led on first When multiple conductor spacings arrangement of line group 31, on first the upper contact part 311 of conducting wire group 31 on second conducting wire group 32 on connect Contact portion 321 is towards same towards setting.

Each lower contact site 411 of first lower wire group 41 is opposite set with each lower contact site 421 of the second lower wire group 42 It sets, and wherein, each pin 413 of the first lower wire group 41 is position between each lower contact site 411 and each lower end 410.

The upper extension 323 of conducting wire group 32 includes bending segment on bending segment 3231, second on corresponding first on second 3232 and third on bending segment 3233, wherein bending segment on the first of each upper extension 323 of conducting wire group 32 on second 3231, bending segment 3233 is respectively and is arranged side by side in bending segment 3232 and third on second.Second lower wire group 42 it is each downward Extending portion 424 respectively includes bending segment 4243 under corresponding first time bending segment 4241, second time bending segment 4242 and third, Wherein, bending segment 4243 is respectively to be arranged side by side under second time bending segment 4242 and third.

When upper pedestal 1 is combined with lower base 2, bent in bending segment 3232 and third on the second of conducting wire group 32 on second Section 3233 is to overlap respectively with bending segment 4243 under second time bending segment 4242 of the second lower wire group 42 and third.Upper conducting wire The upper contact part 311,321 and upper extension 313,323 of each conducting wire of group 3 are parallel to connect under each conducting wire of lower wire group 4 Contact portion 411,421 and lower extension 414,424, and on second each conducting wire of conducting wire group 32 second on bending segment 3232, third It is bent under second time bending segment 4242 of each conducting wire of upper bending segment 3233 and upper end 322 and the second lower wire group 42, third Section 4243 and lower end 420, are to be respectively parallel to conducting wire group 3 and the upper contact part 311,321 of lower wire group 4, upper extension 313,323, lower contact site 411,421 and lower extension 414,424.

Electronic card coupler provided by the utility model may include 12 kinds of implementation kenels, can be according to various implementation kenels The electronic devices such as suitable IC card reading machine are produced, specifically, from the first implementation kenel to the tenth kind Implement kenel, can all be produced with two different processing procedures, one is be embedded to project with one with two rows metal terminal Mode be fixed on up and down two insulating base frames (plastics), another is to mold upper and lower in two insulating base frames with elder generation To the terminal groove opened, then more than two rows metal end subgroup lower direction is put and buries terminal open in above-below direction Slot and the mode for being subject to fixed secondary hot melt or secondary embedment injection.

By taking the 4th kind of embodiment shown by Fig. 5-1 to 5-6 as an example, but not limited to this kind embodiment, in Fig. 5-2, on Conducting wire group 3 and lower wire group 4 are all to be embedded to project with one to be fixed at upper pedestal 1 and lower base 2, however, asking and closing Refering to Fig. 5-5 and Fig. 5-6, the lower surface of upper pedestal 1 is equipped with terminal groove 100 open in downward direction in Fig. 5-5 and Fig. 5-6, The upper surface of lower base 2 is equipped with the terminal groove 200 that upward direction opens, and upper conducting wire group 3 is seated in the terminal groove of upper pedestal 1 upwards 100, then secondary positioning embedment is projected or hot melt is fixed at upper pedestal 1, lower wire group 4 is seated in downwards lower base 2 Terminal groove 200, then secondary positioning embedment is projected or hot melt is fixed at lower base 2.

In addition, the electronic card coupler of the utility model, which is equipped with one, is arranged detection switch 5 in lower base 2, detection switch 5 Equipped at least two inspection terminals, at least two inspection terminals can be contacted for upper and lower springing or front and back springing contact structures, and two Inspection terminal can be open or closed circuit detecting structure, and connecing for chip card can be controlled by the effect of detection switch 5 Touch the reading of the circuit of mouth and the switch of signal and data.

In conclusion being using multiple components such as cover board, the seat of honour and pedestals, with the side such as snap engagement compared to the prior art Formula is combined with conducting wire group, to form the upper lower base of electronics card slot.Aforementioned the embodiments of the present invention, merely with the seat of honour Body and lower base, respectively with corresponding each upper conducting wire group and lower wire group, using primary embedded plastics, it is secondary bury jet modling material or The process techniques such as secondary hot melt, are not necessary to excessive snap engagement component, you can the upper lower base for forming electronics card slot substantially drops Low manufacturing cost, while also improving the yield and reliability of product.

Secondly, in each embodiment of the utility model, upper and lower pin and upper and lower contact site and and connector insert Other current-carrying parts of seat can be by punching press, metal injection, processing, Precision Machining, 3D printing or other manufacturing process come shape At.Current-carrying part can be formed by stainless steel, steel, copper, copper titanium, phosphor bronze or other materials or combination of materials.They can be by Nickel, gold or other materials are plated or coated with, it also can be by welding circuit board metal contact terminal or circuit board or flexible circuit board Circuit junction or other electrical connection materials or the contact structures that connect of medium or other derivative change designs are formed.Non-conducting portion It can be formed using injection molding or other moldings, 3D printing, processing or other manufacturing process.Non-conducting portion can be by silicon, silicon Glue, rubber, hard rubber, plastics, nylon, liquid crystal polymer (LCP) or other electrically non-conductive materials or combination of materials are formed.It is used Printed circuit board can be formed by FR-4, BT or other materials.In many embodiments of the utility model, printed circuit board Other substrate replacements, such as flexible PCB can be used.

Furthermore the embodiments of the present invention can provide interconnection structure, they can be situated in various types of equipment And it can be connect with various types of equipment, it is described to can be applicable to various electronic equipments such as electrical adapter connector, various movements Or portable card-reading apparatus, wireless card reading, entrance guard device, identifying system, identity authentication, digital independent or storage facilities, intelligence Product, set-top box, portable computing device, tablet computer, desktop computer, laptop computer, all-in-one machine computer, can Dress computing device, cellular phone, smart phone, media phone, storage device, portable media player, navigation system, prison The various applicable electronic devices such as visual organ, power supply, adapter, remote control equipment, charger.

In addition, these connectors and socket can provide the access for the signal compatible with various standards, the standard It is all one of following in this way：Universal serial bus (USB) standard, high-definition multimedia interface (HDMI), number including USB-C regard Frequency interface (DVI), Ethernet, display port, Thunderbolt TM, Lightning TM, combined testing action group (JTAG), test access port (TAP), it is oriented it is automated randomized test (Directed Automated Random Testing, DART), universal asynchronous receiver/transmitter (UART), clock signal, electric power signal and developed, it is being developed or It will be in the other types of standard of future exploitation, non-standard and proprietary interface and combinations thereof.

The other embodiments of the utility model can provide the connector and socket, they can be used for providing being used for The function set of one or more of these standards.In each embodiment of the utility model, by these connectors and insert These interconnection paths that seat provides can be used for transmitting electric power, signal, test point and other voltages, electric current, data or its Its information.

Above-described embodiment is new not for this practicality is limited for being illustrative of the principle and efficacy of the utility model Type.Any those skilled in the art can under the spirit and scope without prejudice to the utility model, to above-described embodiment into Row modification.Therefore the rights protection scope of the utility model, is answered listed by claim as be described hereinafter.

Claims

1. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal；

Lower base is combined with the upper pedestal is separable, and the lower base and the upper pedestal formed a socket with And the accommodating card slot being connected to the socket；

Upper conducting wire group is arranged in the upper pedestal, and the upper conducting wire group includes spaced multiple conducting wires, the multiple conducting wire It respectively includes:

Corresponding upper contact part；And

The upper end being connected with corresponding each upper contact part；And

Lower wire group is arranged in the lower base, and the lower wire group includes spaced multiple conducting wires, and the multiple leads Line respectively includes：

Corresponding lower contact site；

The pin being connected with each lower contact site；And

The corresponding lower end being connected between the pin and the lower contact site；

Wherein, the upper end is electrically connected in the upper pedestal with the lower base combination phase each other with the lower end.

2. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal；

Lower base is combined with the upper pedestal is separable；

Corresponding upper contact part；And

The upper end being connected with corresponding each upper contact part；And

Lower wire group is arranged in the lower base, and the lower wire group includes spaced multiple conducting wires, and the multiple leads Line respectively includes:

Corresponding lower contact site；

The lower end being connected with each lower contact site；And

The pin of corresponding the connection lower contact site and the lower end；

3. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal；

Upper conducting wire group, one embedment, which is projected, is fixed at the upper pedestal, and the upper conducting wire group includes spaced multiple Conducting wire, the multiple conducting wire are divided on corresponding first conducting wire group in conducting wire group and second, conducting wire group and institute on described first Conducting wire group on second is stated to respectively include:

Upper contact part, the upper contact part of the upper contact part of conducting wire group and conducting wire group on described second phase in tandem on described first To setting；

The upper pin being connected with each upper contact part；And

Upper extension is arranged between the upper contact part and the upper pin；And

Lower wire group is fixed at the lower base, and the lower wire group includes spaced multiple conducting wires, the multiple Conducting wire is divided into corresponding first lower wire group and the second lower wire group, and the first lower wire group and second lower wire Group respectively includes:

Lower contact site, the lower contact site of the lower contact site of the first lower wire group and the second lower wire group phase in tandem To setting；And

The lower pin being connected with each lower contact site；

Wherein, the upper contact part of conducting wire group is with lower contact site wherein at least a pair of the first lower wire group on described first The structure of same circuits serial number and sequentially reversed arrangement, the upper contact part of conducting wire group and the second lower wire group on described second Lower contact site it is wherein at least a pair of be same circuits serial number and the sequentially structure of reversed arrangement.

4. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal, the upper pedestal are equipped with the terminal groove that upper and lower directions opens；

Upper conducting wire group is seated in the terminal groove that the upper and lower directions of the upper pedestal opens, then secondary positioning embedment is projected or heat Molten to be fixed at the upper pedestal, the upper conducting wire group includes spaced multiple conducting wires and is divided on corresponding first Conducting wire group in conducting wire group and second, conducting wire group respectively includes in conducting wire group and described second on described first:

The upper pin being connected with corresponding each upper contact part；And

Lower wire group, is fixed at the lower base, and the lower wire group includes spaced multiple conducting wires and is divided into phase Corresponding first lower wire group and the second lower wire group, and the first lower wire group and the second lower wire group are wrapped respectively It includes:

The lower pin being connected with each lower contact site；

5. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal, including a upper face；

Lower base, including a lower face, the lower base are combined with the upper pedestal is separable；

Corresponding upper contact part；And

The upper pin being connected with corresponding each upper contact part；And

Corresponding lower contact site；And

The lower pin being connected with each lower contact site；

Wherein, there is a card slot, and the card slot is the notch of no side wall between the upper face and the lower face.

6. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal has first side and second side；

Lower base has the third side of the corresponding first side and the second side and four side, the lower base It is combined with the upper pedestal is separable, and is formed in the third side of the first side of the upper pedestal and the lower base One socket and the accommodating card slot being connected to the socket；

Corresponding upper contact part；And

The upper end being connected with corresponding each upper contact part, the upper end is located at the second side of the upper pedestal Side；And

Corresponding lower contact site；

The pin being connected with each lower contact site；And

The corresponding lower end being connect with the lower contact site with the pin, the lower end are located at the of the lower base Four side；

Wherein, when the upper pedestal is combined with the lower base, the first side of the upper pedestal and second side respectively with institute The third side for stating lower base is in contact with four side, and the upper end is respectively provided at the upper pedestal with the lower end It second side and the four side of the lower base and overlaps and is electrically connected up and down.

7. a kind of electronic card coupler, which is characterized in that the electronic card coupler includes:

Upper pedestal has first side；

Lower base has the second side of the corresponding first side and the third side of the relatively described second side, described Lower base is combined with the upper pedestal is separable；

Corresponding upper contact part；And

The upper end being connected with corresponding each upper contact part, the upper end are located at the first side of the upper pedestal Side；And

Corresponding lower contact site；

The lower end being connected with each lower contact site, the lower end is located at the second side of the lower base；And

The pin of corresponding the connection lower contact site and the lower end；

Wherein, when the upper pedestal is combined with the lower base, the first side of the upper pedestal and the second of the lower base Side is in contact, and the upper end and the lower end are respectively provided at the of the first side of the upper pedestal and the lower base Dual side-edge and up and down overlapping and be electrically connected.

8. the electronic card coupler as described in claim 1,2,6, any one of 7, which is characterized in that the upper end and institute State the wherein at least a pair of structure for being same circuits and being set up in parallel in lower end.

9. the electronic card coupler as described in claim 1,2,6, any one of 7, which is characterized in that the upper end and institute It is same circuits serial number and the structure that is sequentially collectively aligned to state lower end.

10. the electronic card coupler as described in claim 1,2,5,6, any one of 7, which is characterized in that the upper contact It is same circuits serial number and the sequentially structure of reversed arrangement that portion and the lower contact site are wherein at least a pair of.

11. the electronic card coupler as described in claim 1,2,5,6, any one of 7, which is characterized in that the upper contact Portion and the lower contact site be same circuits serial number sequentially and the structure of reversed arrangement.

12. the electronic card coupler as described in claim 1,2,5,6, any one of 7, which is characterized in that the upper contact Portion and the lower contact site are the mutual structure of deviation arrangement and same circuits serial number sequentially reversed arrangement up and down.

13. the electronic card coupler as described in claim 1,3,4, any one of 6, which is characterized in that the upper pedestal packet It includes a lower face to include a upper face and the lower base, wherein and the upper contact part is downwardly projecting in the upper face, and Springing extends the accommodating card slot, and the lower contact site is protruding upward in the lower face, and springing extends the appearance Set card slot.

14. the electronic card coupler as described in claim 2, any one of 7, which is characterized in that the upper pedestal includes one Upper face and the lower base include a lower face, have a card slot, and the card between the upper face and the lower face Slot for no side wall notch, wherein the upper contact part is downwardly projecting in the upper face, and springing extend it is described Card slot, the lower contact site is protruding upward in the lower face, and springing extends the card slot.

15. such as in claim 1,2,5,6,7 any one of them electronic card coupler, which is characterized in that the upper conducting wire Group is to be fixed on the upper pedestal in such a way that primary embedment is projected or the lower wire group is the side projected with primary embedment Formula is fixed on the lower base.

16. such as in claim 1,2,5,6,7 any one of them electronic card coupler, which is characterized in that the upper conducting wire Group is to be fixed on the upper pedestal in such a way that secondary embedment is projected or the lower wire group is the side projected with secondary embedment Formula is fixed on the lower base.

17. electronic card coupler as described in claim 1, which is characterized in that each conducting wire of the upper conducting wire group also has There is upper extension, and each conducting wire of the lower wire group also has lower extension, wherein the upper extension is arranged in institute It states between upper contact part and the upper end, wherein one end of the lower extension is connected to the pin and the lower contact site Between, the other end is connected to the lower end.

18. electronic card coupler as claimed in claim 17, which is characterized in that each upper extension of the upper conducting wire group Respectively include bending segment on corresponding first, bending segment on second, bending segment on bending segment and the 4th in third, wherein Bending segment is respectively arranged side by side on bending segment and the 4th in the third of the upper extension.

19. electronic card coupler as claimed in claim 18, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, wherein conducting wire group in the upper contact part and described second of each conducting wire of conducting wire group on described first Each conducting wire upper contact part be oppositely arranged.

20. electronic card coupler as claimed in claim 19, which is characterized in that on described first in conducting wire group and described second Conducting wire group is respectively provided with four conducting wires.

21. electronic card coupler as claimed in claim 18, which is characterized in that each lower extension of the lower wire group Respectively include bending segment and the four times bending segments under corresponding first time bending segment, second time bending segment, third, wherein Bending segment and the four times bending segments are respectively and are arranged side by side under the third of the lower extension.

22. electronic card coupler as claimed in claim 21, which is characterized in that each conducting wire of the lower wire group is divided into First lower wire group and the second lower wire group, wherein under each lower contact site and described second of the first lower wire group Each lower contact site of conducting wire group is to be oppositely arranged, each pin and second lower wire of the first lower wire group Each pin of group is oppositely arranged on the two sides of the lower base.

23. electronic card coupler as claimed in claim 22, which is characterized in that under the first lower wire group and described second Conducting wire group is respectively provided with four conducting wires.

24. electronic card coupler as claimed in claim 23, which is characterized in that combined with the lower base in the upper pedestal When, bending segment is each with the lower wire group respectively on bending segment and the 4th in the third of each conducting wire of the upper conducting wire group Bending segment and the four times bending segments overlap under the third of the conducting wire, the upper contact part of each conducting wire of the upper conducting wire group And upper extension is parallel to the lower contact site and lower extension of each conducting wire of the lower wire group, and the upper conducting wire group Each conducting wire third on bending segment, bending segment and upper end on the 4th, the of each conducting wire of the lower wire group Three times bending segments, four times bending segments and lower end be perpendicular to the upper conducting wire group and the lower wire group upper contact part, Upper extension, lower contact site and lower extension.

25. electronic card coupler as described in claim 1, which is characterized in that each conducting wire of the upper conducting wire group also has There is a upper extension and each conducting wire of the lower wire group also has lower extension, wherein the upper extension is arranged in institute It states between upper contact part and the upper end, the lower extension is connecting the pin, the lower contact site and described Lower end.

26. electronic card coupler as claimed in claim 25, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, the lower wire group are divided into the first lower wire group and the second lower wire group, wherein conducting wire on described first Each upper extension of group respectively includes at least one inflection point, is arranged with multiple conductor spacings of the conducting wire group on described first When row, the upper contact part of the upper contact part of conducting wire group and conducting wire group on described second is to be oppositely arranged on described first, described the Each lower contact site of one lower wire group and each lower contact site of the second lower wire group are to be oppositely arranged, described the Each pin of one lower wire group is oppositely arranged on the two of the lower base with each pin of the second lower wire group Side, and in the first lower wire group, each lower end is for setting up in each lower contact site and each pin Between.

27. electronic card coupler as claimed in claim 26, which is characterized in that each conducting wire of conducting wire group on described second Upper extension include bending segment on corresponding first, bending segment on second, bending segment on bending segment and the 4th in third, In, bending segment is respectively arranged side by side on bending segment and the described 4th in the third.

28. electronic card coupler as claimed in claim 26, which is characterized in that on described first in conducting wire group and described second Conducting wire group is respectively provided with four conducting wires, and the first lower wire group and the second lower wire group are respectively provided with four conducting wires.

29. electronic card coupler as claimed in claim 27, which is characterized in that the second lower wire group it is each described downward Wherein one end of extending portion is connected between corresponding each pin and each lower contact site, and the other end is connected to corresponding each Each lower extension of the lower end, the second lower wire group respectively includes corresponding first time bending segment, second Bending segment and the four times bending segments under lower bending segment, third, wherein bending segment under second time bending segment, the third And the four times bending segments are respectively and are arranged side by side.

30. electronic card coupler as claimed in claim 29, which is characterized in that combined with the lower base in the upper pedestal When, bending segment is led under described second respectively on bending segment and the 4th in the third of each conducting wire of conducting wire group on described second Bending segment and the four times bending segments overlap under the third of each conducting wire of line group, each conducting wire of the upper conducting wire group Upper contact part and upper extension are parallel to the lower contact site and lower extension of each conducting wire of the lower wire group, and described Bending segment in the third of each conducting wire of conducting wire group, bending segment and upper end and the second lower wire group on the 4th on second Each conducting wire third under bending segment, four times bending segments and lower end, be respectively perpendicular to the upper conducting wire group and under The upper contact part of conducting wire group, upper extension, lower contact site and lower extension.

31. electronic card coupler as claimed in claim 28, which is characterized in that on described second conducting wire group it is each it is described on prolong Extending portion includes bending segment on corresponding first, bending segment in bending segment and third on second, wherein conducting wire on described second Bending segment on the first of the upper extension of group, bending segment is respectively and is arranged side by side in bending segment and third on second.

32. electronic card coupler as claimed in claim 31, which is characterized in that the second lower wire group it is each described downward Extending portion respectively includes bending segment under corresponding first time bending segment, second time bending segment and third, wherein under described second Bending segment, which is respectively, under the second time bending segment and third of conducting wire group is arranged side by side.

33. electronic card coupler as claimed in claim 32, which is characterized in that combined with the lower base in the upper pedestal When, bending segment is respectively with described in bending segment and third on the second of each lower extension of conducting wire group on described second Bending segment overlaps under the second time bending segment and third of each lower extension of two lower wire groups, the upper conducting wire group it is each The upper contact part of the conducting wire and upper extension are parallel to the lower contact site of each conducting wire of the lower wire group and downward Extending portion, and on described second each conducting wire of conducting wire group second on bending segment, bending segment and the upper end in third It is point with bending segment and the lower end under second time bending segment of each conducting wire of the second lower wire group, third It is not parallel to upper contact part, upper extension, lower contact site and the lower extension of the upper conducting wire group and the lower wire group.

34. electronic card coupler as claimed in claim 2, which is characterized in that the upper conducting wire group also have upper extension and Also there is the lower wire group lower extension, the upper extension to be arranged between the upper contact part and the upper end, institute Lower extension is stated to connect the pin, the lower contact site and the lower end.

35. electronic card coupler as claimed in claim 34, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, wherein each upper extension of conducting wire group respectively includes at least one inflection point on described first.

36. electronic card coupler as claimed in claim 35, which is characterized in that the lower wire group is divided into the first lower wire group And the second lower wire group, wherein each institute of each lower contact site and the second lower wire group of the first lower wire group It is to be oppositely arranged to state lower contact site, and each lower end of the first lower wire group is upright to be built up in the lower extension Portion, each pin of the first lower wire group are positions between each lower contact site and each lower end.

37. electronic card coupler as claimed in claim 36, which is characterized in that on described first in conducting wire group and described second Conducting wire group is respectively provided with four conducting wires, and the first lower wire group and the second lower wire group are respectively provided with four conducting wires.

38. electronic card coupler as claimed in claim 37, which is characterized in that the upper extension packet of conducting wire group on described second Include bending segment on corresponding first, bending segment in bending segment and third on second, wherein conducting wire group is upper on described second Bending segment on the first of extension, bending segment is respectively and is arranged side by side in bending segment and third on second.

39. electronic card coupler as claimed in claim 38, which is characterized in that the second lower wire group it is each described downward Extending portion respectively includes bending segment under corresponding first time bending segment, second time bending segment and third, wherein under described second Bending segment, which is respectively, under the second time bending segment and third of the lower extension of conducting wire group is arranged side by side.

40. electronic card coupler as claimed in claim 39, which is characterized in that combined with the lower base in the upper pedestal When, on described second on the second of each upper extension of conducting wire group in bending segment and third bending segment be under described second Bending segment overlaps under the second time bending segment and third of each lower extension of conducting wire group, the upper conducting wire group it is each described The upper contact part of conducting wire and upper extension are parallel to the lower contact site and lower extension of each conducting wire of the lower wire group, And on described second each conducting wire of conducting wire group second on bending segment, in third bending segment and the upper end with it is described Bending segment and the lower end under second time bending segment of each conducting wire of the second lower wire group, third are parallel respectively In the upper conducting wire group and upper contact part, upper extension, lower contact site and the lower extension of the lower wire group.

41. electronic card coupler as claimed in claim 40, which is characterized in that first conducting wire of conducting wire group on described first With zigzag section, wherein the upper contact part of conducting wire group is opposite in the upper contact part of conducting wire group and described second on described first Setting, and wherein, each pin of the second lower wire group is provided in a side of the lower base.

42. electronic card coupler as claimed in claim 40, which is characterized in that the lower base forms one with the upper pedestal Socket and the accommodating card slot being connected to the socket, four conducting wires of conducting wire group respectively have zigzag section on described first, wherein The upper contact part of the upper contact part of conducting wire group and conducting wire group on described second is to be oppositely arranged on described first.

43. electronic card coupler as described in claim 3 or 4, which is characterized in that the upper contact part of conducting wire group on described first It is the mutual knot of deviation arrangement and same circuits serial number sequentially reversed arrangement up and down with the lower contact site of the first lower wire group Structure, on described second the lower contact site of the upper contact part of conducting wire group and the second lower wire group be mutually up and down deviation arrangement and The structure of same circuits serial number sequentially reversed arrangement.

44. electronic card coupler as described in claim 3 or 4, which is characterized in that the electronic card coupler further includes at least It is equipped with the electronic card of the planar contact of at least two rows in tandem on one side, the electronic card is plugged in the appearance to positive and negative Card slot is set to enable the planar contact be electrically connected the upper contact part or the lower contact site.

45. electronic card coupler as described in claim 3 or 4, which is characterized in that each conducting wire of the lower wire group is also Including the lower extension being arranged between the lower contact site and the lower pin.

46. electronic card coupler as claimed in claim 45, which is characterized in that on described first in conducting wire group and described second Conducting wire group is respectively provided with four conducting wires, on described first in conducting wire group and described second each conducting wire of conducting wire group upper pin It is provided in a side of the relatively described socket of the upper pedestal, wherein each upper extension of conducting wire group on described second Portion respectively includes bending segment on first, and bending segment is led on corresponding described first on each described the first of conducting wire group on described second Each upper contact part of line group, and each upper contact part of conducting wire group is and conducting wire on each described first on described second Group is arranged in a linear.

47. electronic card coupler as claimed in claim 46, which is characterized in that under the first lower wire group and described second Conducting wire group is respectively provided with four conducting wires, wherein each lower pin of the first lower wire group and the second lower wire group Each lower pin be oppositely arranged on the two sides of the lower base.

48. electronic card coupler as claimed in claim 47, which is characterized in that each conducting wire of the upper conducting wire group it is upper Extension further includes bending segment in bending segment and third on corresponding second, wherein bending segment is opposite on each described second Each conducting wire of the lower wire group is in arranged askew, and bending segment is parallel to each of the lower wire group in each third The conducting wire.

49. electronic card coupler as claimed in claim 47, which is characterized in that each conducting wire of the upper conducting wire group it is upper Extension further includes bending segment in bending segment and third on corresponding second, wherein bending segment is vertical on each described second The each of the lower wire group is parallel in bending segment on each conducting wire of the lower wire group, each third described to lead Line.

50. electronic card coupler as claimed in claim 46, which is characterized in that under the first lower wire group and described second Conducting wire group is respectively provided with four conducting wires, wherein each conducting wire of the first lower wire group and the second lower wire group Lower pin is provided in the side of the relatively described socket of the lower base, and wherein, the second lower wire group it is each described Lower extension respectively includes first time bending segment, and each first time bending segment of the second lower wire group is corresponding described Each lower contact site of one lower wire group, and each lower contact site of the second lower wire group is and each described first Lower wire group is arranged in a linear.

51. electronic card coupler as claimed in claim 5, which is characterized in that the electronic card coupler further includes at least one Face is equipped with the electronic card of at least planar contact of a row, and the height of the card slot is more than the thickness of the electronic card, it is described on Plate face is less than the width of the electronic card with the width of the lower face, and the electronic card is plugged in the card slot to positive and negative To enable the planar contact be electrically connected the upper contact part and the lower contact site.

52. electronic card coupler as claimed in claim 5, which is characterized in that the electronic card at least one side is equipped at least one It is the planar contact of at least two rows in tandem to arrange planar contact.

53. electronic card coupler as claimed in claim 5, which is characterized in that the upper contact part is downwardly projecting on described Plate face, and springing extends the card slot, and the lower contact site is protruding upward in the lower face, and springing extends institute State card slot.

54. electronic card coupler as claimed in claim 5, which is characterized in that each conducting wire of the upper conducting wire group also has There is upper extension, and each conducting wire of the lower wire group also has lower extension, wherein the upper extension is arranged in institute It states between upper contact part and the upper pin, the lower extension is arranged between the lower contact site and the lower pin.

55. electronic card coupler as claimed in claim 54, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, conducting wire group is respectively provided with four conducting wires in conducting wire group and described second on described first, wherein described The upper pin of each conducting wire of conducting wire group is provided in a side of the upper pedestal in conducting wire group and described second on one, and Wherein, each upper extension of conducting wire group respectively includes bending segment on first on described second, conducting wire group on described second Bending segment is each upper contact part of conducting wire group on corresponding described first on each described first, and conducting wire group is each described on first Upper contact part is arranged with each upper contact part arranged opposite of conducting wire group on described second.

56. electronic card coupler as claimed in claim 55, which is characterized in that the lower wire group is divided into the first lower wire group And the second lower wire group, the first lower wire group and the second lower wire group are respectively provided with four conducting wires, wherein described Each lower contact site of one lower wire group is each lower contact site arranged opposite setting with the second lower wire group, and And each lower pin of the second lower wire group is provided in a side of the lower base.

57. electronic card coupler as claimed in claim 56, which is characterized in that each conducting wire of the upper conducting wire group it is upper Extension further includes bending segment in bending segment and third on corresponding second, wherein bending segment is and institute on each described second State each perpendicular arrangement of conducting wire of lower wire group, bending segment is parallel to each institute of the lower wire group in each third Conducting wire is stated, and it is in be staggered that bending segment, which is with each conducting wire of the first lower wire group, in each third.

58. electronic card coupler as claimed in claim 6, which is characterized in that the upper end is with the lower end to weld Mode is electrically connected the four side of the second side for being fixed on the upper pedestal and the lower base.

59. electronic card coupler as claimed in claim 58, which is characterized in that each conducting wire of the upper conducting wire group also has There is a upper extension and each conducting wire of the lower wire group also has lower extension, wherein the upper extension is arranged in institute It states between upper contact part and the upper end, the lower extension is connecting the pin, the lower contact site and described Lower end.

60. electronic card coupler as claimed in claim 59, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, conducting wire group is respectively provided with four conducting wires in conducting wire group and described second on described first, wherein described Each upper extension of conducting wire group respectively includes at least one inflection point on one, on described first the multiple of conducting wire group lead When line is alternatively arranged, the upper contact part of the upper contact part of conducting wire group and conducting wire group on described second is to set in the same direction on described first It sets.

61. electronic card coupler as claimed in claim 60, which is characterized in that on described second conducting wire group it is each it is described on prolong Extending portion includes bending segment on corresponding first, bending segment in bending segment and third on second, wherein conducting wire on described second Bending segment on the first of the upper extension of group, bending segment is respectively and is arranged side by side in bending segment and third on second.

62. electronic card coupler as claimed in claim 61, which is characterized in that the lower wire group is divided into the first lower wire group And the second lower wire group, the first lower wire group and the second lower wire group are respectively provided with four conducting wires, wherein described Each lower contact site of one lower wire group and each lower contact site of the second lower wire group are to be oppositely arranged, described the Each pin of one lower wire group and each pin of the second lower wire group are oppositely arranged on the of the lower base Three sides and four side, each lower end of the first lower wire group are upright to be built up in each lower extension.

63. electronic card coupler as claimed in claim 62, which is characterized in that the second lower wire group it is each described downward Extending portion respectively includes bending segment under corresponding first time bending segment, second time bending segment and third, wherein under described second Bending segment, which is respectively, under the second time bending segment and third of the lower extension of conducting wire group is arranged side by side.

64. the electronic card coupler as described in claim 63, which is characterized in that combined with the lower base in the upper pedestal When, on described second on the second of the upper extension of conducting wire group in bending segment and third bending segment respectively with second lower wire Bending segment overlaps under the second time bending segment and third of the lower extension of group, is connect on each conducting wire of the upper conducting wire group Contact portion and upper extension are parallel to the lower contact site and lower extension of each conducting wire of the lower wire group, on described second Bending segment on the second of each conducting wire of conducting wire group, bending segment and the upper end and the second lower wire group in third Second time bending segment of each conducting wire, bending segment and the lower end under third, be to be respectively parallel to the upper conducting wire The upper contact part of group and the lower wire group, upper extension, lower contact site and lower extension.

65. electronic card coupler as claimed in claim 7, which is characterized in that the upper end is with the lower end to weld Mode is electrically connected the second side of the first side and the lower base that are fixed on the upper pedestal.

66. the electronic card coupler as described in claim 65, which is characterized in that the upper conducting wire group also have upper extension and Also there is the lower wire group lower extension, the upper extension to be arranged between the upper contact part and the upper end, institute Lower extension is stated to connect the pin, the lower contact site and the lower end.

67. the electronic card coupler as described in claim 66, which is characterized in that the upper conducting wire group is divided into conducting wire group on first And conducting wire group on second, conducting wire group is respectively provided with four conducting wires in conducting wire group and described second on described first, wherein described Each upper extension of conducting wire group respectively includes at least one inflection point on one, on described first the multiple of conducting wire group lead When line is alternatively arranged, the upper contact part of the upper contact part of conducting wire group and conducting wire group on described second is to set in the same direction on described first It sets.

68. the electronic card coupler as described in claim 67, which is characterized in that on described second conducting wire group it is each it is described on prolong Extending portion includes bending segment on corresponding first, bending segment in bending segment and third on second, wherein conducting wire on described second Bending segment on the first of the upper extension of group, bending segment is respectively and is arranged side by side in bending segment and third on second.

69. electronic card coupler as recited in claim 68, which is characterized in that the lower wire group is divided into the first lower wire group And the second lower wire group, the first lower wire group and the second lower wire group are respectively provided with four conducting wires, wherein described Each lower contact site of one lower wire group is oppositely arranged with each lower contact site of the second lower wire group, and its In, each pin of the first lower wire group is position between each lower contact site and each lower end.

70. the electronic card coupler as described in claim 69, which is characterized in that the second lower wire group it is each described downward Extending portion respectively includes bending segment under corresponding first time bending segment, second time bending segment and third, wherein under described second Bending segment is respectively with bending segment under the third and is arranged side by side.

71. the electronic card coupler as described in claim 70, which is characterized in that combined with the lower base in the upper pedestal When, on described second on the second of conducting wire group in bending segment and third bending segment respectively under the second of the second lower wire group Bending segment overlaps under bending segment and third, and the upper contact part of each conducting wire of the upper conducting wire group and upper extension are parallel In the lower contact site and lower extension of each conducting wire of the lower wire group, and on described second conducting wire group each conducting wire Second on bending segment, bending segment and the upper end and the second of each conducting wire of the second lower wire group in third Bending segment and the lower end under lower bending segment, third are respectively parallel to the upper conducting wire group and the lower wire group Upper contact part, upper extension, lower contact site and lower extension.