CN101931158B - Pivot electric connector combination and electronic device with same - Google Patents
Pivot electric connector combination and electronic device with same Download PDFInfo
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- CN101931158B CN101931158B CN 200910139486 CN200910139486A CN101931158B CN 101931158 B CN101931158 B CN 101931158B CN 200910139486 CN200910139486 CN 200910139486 CN 200910139486 A CN200910139486 A CN 200910139486A CN 101931158 B CN101931158 B CN 101931158B
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Abstract
The invention relates to a pivot electric connector combination and an electronic device with the same. The electronic device comprises a first body, a second body and the pivot electric connector combination, wherein the pivot electric connector combination comprises a pivot, a first electric connector and a second electric connector, and the pivot is arranged on the first body and can pivotally move relative to the first body; the first electric connector is arranged on the pivot and is electrically connected with the first body; the second electric connector is arranged on the second body and is electrically connected with the second body; and the second electric connector can be arranged in the pivot, and the pivot is electrically connected with the first electric connector, thus the second body is assembled and combined with the first body. Because the first electric connector and the second electric connector are arranged on the pivot and can not generate relative displacement when the two bodies pivotally move relatively, poor contact caused by elasticity fatigue of terminals of the two electric connectors can be reduced, and the reliability of contact between the terminals is improved.
Description
Technical field
The electronic installation that the present invention relates to a kind of pivot electric connector combination and have this pivot electric connector combination, particularly a kind of confession are located at the electric connector combination of pivot and have this electric connector combination so that the electronic installation of pivot action to be provided.
Background technology
Generally in midget plants such as mobile phone, notebook computer; When but body and the lid of device or display panel use the binding of hinge mechanism and when being turn; Commonly use flexual winding displacement (Ribbon-wire) to pass in the hollow tube-shape structure of hinge mechanism, be electrically connected.But, if the two ends of winding displacement are connected with connector respectively, cause the degree of difficulty that to assemble or to increase assembling having obstruction in the less excessively hole of winding displacement break-through.
Consult Fig. 1, be the Chinese invention patent CN02814477.5 (U.S. corresponding application US06896522; What the corresponding application 91117334 of TaiWan, China) disclosed is a kind of hinged with connector 1; It can supply to be arranged between the housing 21 and lid 22 that can be pivoted relative to each other; Make housing 21 and lid 22 in the process that is pivoted relative to each other, the circuit that is arranged on housing 21 and lid 22 still can keep electrically connecting.
This is hinged to comprise an insulating base frame 11, is arranged on the contact terminal 12 and rolling contact 13 of insulating base frame 11 with connector 1.Insulating base frame 11 is arranged on housing 21; Contact terminal 12 is conductive material with rolling contact 13; Wherein, contact terminal 12 have that one first Elastic Contact section 121 and one second Elastic Contact section, 122, the first Elastic Contact sections 121 expose outside insulating base frame 11 tops and can with the circuit contacts of housing 21; Rolling contact 13 contact with the second Elastic Contact section 122 and local expose insulating base frame 11 bottoms and can with the circuit contacts of lid 22; When housing 21 and lid 22 are pivoted relative to each other activity, through rolling contact 13 contact of in the circuit scope of lid 22, rolling, the electric connection that just can keep the circuit between housing 21 and the lid 22.
Yet; Since rolling contact 13 be the second Elastic Contact section 122 through contact terminal 12 resilience could with the circuit contacts of lid 22; Under lid 22 frequent situation with respect to the activity of housing 21 pivots; Contact terminal 12 is easier to after a period of time, just produce elastic fatigue, causes the loose contact with housing 21 and rolling contact 13, the electric connection quality between influence and housing 21 and the lid 22.
And; It is textural that above-mentioned structure all is useful in the rotating shaft that fixedly installs, and be not suitable for and connect separable electronic installation, and for example expansion foundation and can connect and separable electronic installation on this expansion foundation; After electronic installation is planted; Except being electrically connected,, just need a kind of different connector structure of design if this electronic installation can be rotated with respect to this expansion foundation.
Summary of the invention
Therefore, the object of the invention is to provide not produce relative displacement between a kind of electric connector, can improve the reliability that contacts between terminal and the combination of the pivot electric connector in useful life.
Another object of the present invention is to provide a kind of electronic installation with aforementioned combination, is particularly suitable for connecting the electronic installation of separable electronic installation or miniaturization.
So the electronic installation that the present invention has the combination of pivot electric connector comprises a first housing, a second housing and pivot electric connector combination.This pivot electric connector combination comprises a pivot, one first electric connector and one second electric connector.This pivot is hubbed at this first housing and radial depressions is formed with one first mounting groove and one second mounting groove that is connected.This first electric connector is arranged in first mounting groove of this pivot and comprises one first insulating body and a plurality of first conducting terminal.This first insulating body has first interface towards this second mounting groove; These first conducting terminals are arranged at this first insulating body, each first conducting terminal and this first housing electrically connect and have one expose to this first interface first contact site.This second electric connector is arranged at this second housing and comprises one second insulating body and a plurality of second conducting terminal; This second insulating body can supply to be placed in second mounting groove of this pivot; This second insulating body has one second interface; When this second insulating body is placed in this second mounting groove; This second interface is towards first interface of this first insulating body, and these second conducting terminals are arranged at this second insulating body, each second conducting terminal and this second housing electrically connect and have one expose to this second interface second contact site; When this second insulating body is placed in this second mounting groove, first contact site of these first conducting terminals contacts with second contact site of these second conducting terminals.
Pivot electric connector combination of the present invention supplies a first housing and a second housing to electrically connect by this.This pivot electric connector combination comprises a pivot, one first electric connector and one second electric connector.
This pivot is hubbed at this first housing and radial depressions is formed with one first mounting groove and one second mounting groove that is connected.This first electric connector is arranged in first mounting groove of this pivot and comprises one first insulating body and a plurality of first conducting terminal.This first insulating body has first interface towards this second mounting groove; These first conducting terminals are arranged at this first insulating body, each first conducting terminal and this first housing electrically connect and have one expose to this first interface first contact site.This second electric connector is arranged at this second housing and comprises one second insulating body and a plurality of second conducting terminal; This second insulating body can supply to be placed in second mounting groove of this pivot; This second insulating body has one second interface; When this second insulating body is placed in this second mounting groove; This second interface is towards first interface of this first insulating body, and these second conducting terminals are arranged at this second insulating body, each second conducting terminal and this second housing electrically connect and have one expose to this second interface second contact site; When this second insulating body is placed in this second mounting groove, first contact site of these first conducting terminals contacts with second contact site of these second conducting terminals.
The present invention electrically connects through first electric connector that will electrically connect with the first housing and with the second housing and uses the position that is provided with for second electric connector that cooperates with first electric connector to concentrate on pivot; Thus; Can reach equally and let the first housing electrically connect through the mode that two electric connectors cooperate with the second housing; Moreover, because two electric connectors can't relative displacement when the first housing and the second housing are movable relatively, so can improve the reliability that two connector terminals contact.
Description of drawings
Fig. 1 is a kind of hinged cutaway view with connector that Chinese invention patent CN02814477.5 is disclosed;
Fig. 2 is the sketch map of a preferred embodiment of the electronic installation with pivot electric connector combination of the present invention;
Fig. 3 is the stereogram of pivot, first electric connector and second electric connector in this preferred embodiment of the present invention;
Fig. 4 is first insulating body of first electric connector in this preferred embodiment of the present invention and the exploded view of first conducting terminal;
Fig. 5 is the cutaway view of first electric connector in this preferred embodiment of the present invention;
Fig. 6 is the vertical view of first electric connector in this preferred embodiment of the present invention;
Fig. 7 is second insulating body of second electric connector in this preferred embodiment of the present invention and the exploded view of second conducting terminal;
Fig. 8 is the cutaway view of second electric connector in this preferred embodiment of the present invention;
Fig. 9 is the stereogram that first electric connector and second electric connector in this preferred embodiment of the present invention is arranged on pivot; And
Figure 10 is the cutaway view that first electric connector and second electric connector in this preferred embodiment of the present invention is arranged on pivot.
Wherein, description of reference numerals is following:
The combination of 200 electronic installations, 400 pivot electric connectors
2 first housings, 401 grooves
201 leads, 4 pivots
3 second housings, 41 outer peripheral faces
301 leads, 42 first mounting grooves
311 projections, 43 second mounting grooves
5 first electric connector 523a lugs
51 first insulating bodies, 525 first contact sites
510 first interfaces, 526 elastic portion
511 first erection part, 5261 the first arms
5111 medial surfaces, 5,262 second arms
512 first transverse parts, 53 the first terminal grooves
5121 medial surfaces, 530 first openings
513 first assembly faces, 531 first storage tank sections
514 sockets, 532 first assembly groove sections
52 first conducting terminals, 533 madial walls
521 first fixed parts, 534 caulking grooves
521a holding structure 535 blocks
5,211 first ends, 536 stop portions
5,212 second ends, 5361 groove structures
522 lead fixed portions, 6 second electric connectors
522a lead fixed portion lateral margin 61 second insulating bodies
523 stopping spares, 610 second interfaces
611 second erection part, 63 second terminal grooves
612 second transverse parts, 630 second openings
613 second assembly faces, 631 second upright groove sections
62 second conducting terminals, 632 second transverse groove sections
621 second fixed parts 633 the 3rd transverse groove section
621a holding structure I direction of insertion
622 second contact site II inverse direction
624 latter ends
Embodiment
About aforementioned and other technology contents, characteristics and effect of the present invention, in the detailed description of following cooperation, can clearly appear with reference to a preferred embodiment of accompanying drawing.
Consult Fig. 2 and Fig. 3, the preferred embodiment that the present invention has an electronic installation 200 of pivot electric connector combination comprises a first housing 2, a second housing 3 and pivot electric connector combination 400; In fact, the second housing 3 can be electronic installations such as mobile phone, notebook computer, e-book, PDA, satellite navigation system for example, and the first housing 2 is then for supplying the second housing 3 that the expansion seat that combines is installed.
Pivot electric connector combination 400 comprises a pivot 4, one first electric connector 5 and one second electric connector 6.Pivot 4 is hubbed on the first housing 2 and can pivots with respect to the central axis of the first housing 2 around self; And pivot 4 has an outer peripheral face 41; One place's radial depressions of this outer peripheral face 41 is formed with one first mounting groove 42 and one second mounting groove 43 that is connected; In the present embodiment, first mounting groove 42 and second mounting groove 43 are arranged along the length direction of pivot 4, and first electric connector 5 is arranged in first mounting groove 42; Second electric connector 6 is arranged on the second housing 3 root edges; Second mounting groove 43 can supply when the second housing 3 is assembled in the first housing 2, and second electric connector 6 can be inserted in second mounting groove 43 and with first electric connector 5 and electrically connected, and makes the second housing 3 and the first housing 2 reach electric connection through first electric connector 5 and second electric connector 6; And when the second housing 3 was assembled at the first housing 2, first electric connector 5 and second electric connector 6 can both rotate with pivot 4.
The preferably, between pivot 4 and the second housing 3 root edges, also can be provided with on the structure can tabling groove 401 and projection 311 or other can tabling equivalent structure, the auxiliary first housing 2 and the second housing 3 combining structurally.In the present embodiment, first mounting groove 42 and second mounting groove 43 all are to be positioned at the sector space that pivot 4 footpaths make progress.
Consult Fig. 3 to Fig. 6; First electric connector 5 is arranged in first mounting groove 42 of pivot 4 and many first conducting terminals 52 that comprise one first insulating body 51 and be arranged on first insulating body 51; First insulating body 51 has first interface 510, one first an assembly face 513 in contrast to first interface 510 towards second mounting groove 43, and first insulating body 51 is provided with a plurality of the first terminal grooves 53 between first interface 510 and the first assembly face 513.In the present embodiment; The appearance structure of first insulating body 51 roughly is the sector structure that can match with first mounting groove 42; And vertical section of first insulating body 51 is the L type but also has one first erection part 511 and one first transverse part 512 that is connected; Has the medial surface 5111 and 5121 that connects into the L type between first erection part 511 and first transverse part 512; Wherein, First interface 510 is positioned at first erection part 511 and is a side surface of first erection part 511, and first transverse part 512 is to be extended by the direction of first erection part, 511 past first interfaces 510 dorsad, and the first assembly face 513 is positioned at first transverse part 512 and is first transverse part 512 side end face of first interface 510 dorsad.
Each the first terminal groove 53 comprises one first assembly groove section 532 and the one first storage tank section 531 that is connected; The first assembly groove section 532 is positioned at first transverse part 512 of first insulating body 51 and is communicated with the first assembly face 513 and forms a socket 514 in the first assembly face 513; And the first assembly groove section 532 is formed with a stop portion 536; The first storage tank section 531 is positioned at first erection part 511 of first insulating body 51 and is connected with the first assembly groove section 532 and has the notch of connection in its medial surface 5111,5121, and the first storage tank section 531 forms one first opening 530 in first interface 510; More specifically; The first assembly groove section 532 has about two separately madial wall 533, is recessed to form two caulking grooves 534 and two blocks 535 on two madial walls 533 respectively accordingly; Two blocks 535 lay respectively at two caulking groove 534 tops and extend to the socket 514 on the first assembly face 513; Stop portion 536 concrete structures can be to comprise two two groove structures 5361 that are recessed to form respectively in two madial walls 533; Definition one is a direction of insertion I by the first assembly face 513 towards the direction of first interface 510; Direction in contrast to direction of insertion I is an inverse direction II, and two groove structures 5361 lay respectively at two blocks, 535 the place aheads on direction of insertion I, the groove-like structure 5361 that is positioned at each madial wall 533 than block 535 away from the first assembly face 513; Certainly, stop portion 536 also can be the depressed part that is recessed to form in madial wall 533.
These first conducting terminals 52 are separately positioned in these the first terminal grooves 53, each first conducting terminal 52 have one expose to first interface 510 first contact site 525.In the present embodiment, first conducting terminal 52 also has one first fixed part 521, a lead fixed portion 522, a stopping spare 523 and an elastic portion 526.First fixed part 521 is contained in the first assembly groove section 532 of the first terminal groove 53 and has first end 5211 and second end 5212 towards the direction of insertion I in contrast to the direction of insertion I; And two opposition sides of first fixed part 521 are formed with the holding structure 521a that is reversed acanthoid respectively; In two caulking grooves 534 in order to the madial wall 533 that embeds the first assembly groove section 532 respectively, first fixed part 521 and the first assembly groove section, 532 interference engagement thus.Lead fixed portion 522 by first end 5211 of first fixed part 521 up reflexed extend and be interval in first fixed part, 521 tops and expose to the first assembly groove section 532 of the first terminal groove 53 along the direction of insertion I; Supply the lead 201 in the first housing 2 to fix on it; In the present embodiment; Lead 201 is fixedly welded on lead fixed portion 522, and lead fixed portion 522 has two opposite lateral margin 522a.Stopping spare 523 is connected T-shaped with lead fixed portion 522; In the present embodiment; Stopping spare 523 has two lug 523a of the both side edges 522a that protrudes lead fixed portion 522 respectively; Two lug 523a are assembled into respectively in the groove structure 5361 of two madial walls 533 of the first assembly groove section 532, and on the inverse direction II, receive the block of two blocks 535 respectively, limit first conducting terminal 52 thus and break away from first insulating body 51 along the inverse direction II by the socket 514 of the first assembly face 513.
Consult Fig. 3, Fig. 7, Fig. 8; Many second conducting terminals 62 that second electric connector 6 comprises one second insulating body 61 and is arranged on second insulating body 61; Second insulating body 61 has one second interface 610, one second an assembly face 613 in contrast to second interface 610, and second insulating body 61 is provided with a plurality of second terminal grooves 63.In the present embodiment; The appearance structure of second insulating body 61 roughly is the sector structure that can match with second mounting groove 43; And vertical section of second insulating body 61 is the L type but also has one second erection part 611 and one second transverse part 612; Second interface 610 is positioned at second erection part 611 and is a side surface of second erection part 611; Toward the direction extension of second interface 610 dorsad, the second assembly face 613 is positioned at second transverse part 612 and is second transverse part 612 place's end face of second interface 610 dorsad second transverse part 612 by second erection part 611.
Each second terminal groove 63 comprises one second transverse groove section, 632, one second upright groove section 631 and one the 3rd transverse groove section 633; Wherein, The second transverse groove section 632 is positioned at second transverse part, 612, the second upright groove sections 631 of second insulating body 61 and second erection part 611 that the 3rd transverse groove section 633 is positioned at second insulating body 61.The second transverse groove section 632 between second interface 610 and the second assembly face 613 and two ends extend second interface 610 and the second assembly face 613 respectively.The second upright groove section, 631 bottoms are communicated with the second transverse groove section 632 and define one second opening 630 in second interface 610.The 3rd transverse groove section 633 is communicated with the second upright groove section 631 and is interval in the second transverse groove section, 632 tops.
These second conducting terminals 62 are separately positioned in second terminal groove 63 of second insulating body 61, each second conducting terminal 62 have one expose to second interface 610 second contact site 622.In the present embodiment; Second conducting terminal 62 also has second fixed part 621 and a latter end 624 of the direction extension of an edge second transverse groove section, 632 extensions; Second fixed part 621 is positioned at the second transverse groove section 632 and its two opposite lateral margin is formed with the holding structure 621a that is reversed acanthoid and can supplies to embed the second transverse groove section 632; Make second fixed part 621 and the second transverse groove section 632 form interference engagement thus; And the end face of second fixed part 621 exposes to the second transverse groove section 632 and can supply the lead 301 in the second housing 3 to fix on it, and in the present embodiment, lead 301 is the end faces that are weldingly fixed on second fixed part 621.Second contact site 622 is en plaque and is up extended by second fixed part 621 and be positioned at the second upright groove section 631; And the side plate face of second contact site 622 exposes to second interface 610 through second opening 630, and latter end 624 is interval in second fixed part, 621 tops and is positioned at the 3rd transverse groove section 633 by 622 horizontal expansions of second contact site.
In the present embodiment; First conducting terminal 52 of first electric connector 5 and second conducting terminal 62 of second electric connector 6 have four butts respectively, can be set at the specification that is used for transmitting the electronic signal transmission that meets USB A type (USB A type) connector; Certainly, first conducting terminal 52 and second conducting terminal 62 can be other electronic signal of transmission and/or electric power signal according to requirements set.
Consult Fig. 2, Fig. 9 and Figure 10; When the second housing 3 is assembled at pivot 4; When making second electric connector 6 receive into second mounting groove 43; Second interface 610 of second electric connector 6 is towards first interface 510 of first electric connector 5, and first contact site 525 of first electric connector 5 contacts with second contact site 622 of second electric connector 6, thus; Just can let the first housing 2 interior leads 201 contact with second contact site 622 through first contact site 525 and form electric connection, and then the first housing 2 and the second housing 3 are electrically connected with the second housing 3 interior leads 301.
Because first electric connector 5 and second electric connector 6 all are arranged on pivot 4; When the second housing 3 is movable with respect to the first housing 2; First electric connector 5 all can be along with pivot 4 pivots with respect to the first housing 2 with second electric connector 6; First electric connector 5 and second electric connector 6 can't produce movable relatively, therefore, just can keep first, second electric connector 5,6 stability in contact; First conducting terminal 52 of first electric connector 5 and second conducting terminal 62 of second electric connector 6 are not easy because of often mutual displacement elastic fatigue; Influence the stability of the electric connection of first electric connector 5 and second electric connector 6, thus the reliability of electrical connection can be increased, and then also can increase the useful life of first conducting terminal 52 and second conducting terminal 62.
Additional disclosure be; The preferably; Also block or snap-in structure can be set in first mounting groove 42 of pivot 4 and second mounting groove 43; For when first insulating body 51 and second insulating body 61 are inserted first mounting groove 42 and second mounting groove 43 respectively, in first insulating body 51 and second insulating body 61 can be located in.
First electric connector 5 of the present invention and second electric connector 6 can be concentrated the radial depressions place, a place that is arranged on pivot 4; This not only has the advantage of miniaturization; Except the device that is applicable to separate type; Be applicable to that also the first housing 2 and the second housing 3 are inseparable forms,, and also have above-described each item advantage and effect with the puzzlement of minimizing reason line.
The content of more than describing; Be merely preferred embodiment of the present invention; When not limiting the scope that the present invention implements with this, promptly every simple equivalent of doing according to claim scope of the present invention and invention description changes and modifies, and all still belongs in the scope that patent of the present invention contains.
Claims (22)
1. one kind has the electronic installation that the pivot electric connector makes up, and comprising:
One first housing;
One second housing; And
The combination of one pivot electric connector comprises:
One pivot is hubbed at this first housing, and this pivot radial depressions is formed with one first mounting groove and one second mounting groove that is connected;
One first electric connector is arranged in first mounting groove of this pivot and comprises
One first insulating body has first interface towards this second mounting groove; And
A plurality of first conducting terminals are arranged at this first insulating body, each first conducting terminal and this first housing electrically connect and have one expose to this first interface first contact site; And
One second electric connector is arranged at this second housing and comprises
One second insulating body can supply to be placed in second mounting groove of this pivot, and this second insulating body has one second interface, and when this second insulating body is placed in this second mounting groove, this second interface is towards first interface of this first insulating body; And
A plurality of second conducting terminals; Be arranged at this second insulating body; Each second conducting terminal and this second housing electrically connect and have one expose to this second interface second contact site; When this second insulating body is placed in this second mounting groove, first contact site of said first conducting terminal contacts with second contact site of said second conducting terminal.
2. the electronic installation with the combination of pivot electric connector according to claim 1; Wherein, This first mounting groove and this second mounting groove depression are fan-shaped and arrange along the length direction of this pivot, and this first insulating body and this second insulating body are sector structure.
3. the electronic installation with the combination of pivot electric connector according to claim 1 and 2, wherein, this first contact site can flexibly protrude this first interface, and this second contact site is en plaque and exposes to this second interface.
4. the electronic installation with the combination of pivot electric connector according to claim 3; Wherein, This first insulating body also has first an assembly face in contrast to this first interface; And this first insulating body be provided with a plurality of between this first interface and this first assembly face the first terminal groove for ccontaining said first conducting terminal; Each the first terminal groove has one first assembly groove section and one first storage tank section, and this first storage tank section is communicated with this first assembly groove section and forms one first opening in this first interface; Each first conducting terminal also has one and is placed in this first assembly groove section and is interval in this first fixed part top with first fixed part of this first assembly groove section interference engagement, by place's reflexed of contiguous this first assembly face of this first fixed part and is used for fixing the lead fixed portion of the lead in this first housing, and this first contact site is connected with this first fixed part and exposes to this first opening.
5. the electronic installation with the combination of pivot electric connector according to claim 4; Wherein, this first assembly groove section forms a socket in this first assembly face, and this first assembly groove section is formed with a stop portion; Each first conducting terminal also has the stopping spare of this lead fixed portion of connection; When this first conducting terminal was placed in this first terminal groove, this stopping spare was assembled into the stop portion of this first assembly groove section, limited this first conducting terminal and withdrawed from this insulating body by this socket.
6. the electronic installation with the combination of pivot electric connector according to claim 5; Wherein, Each first assembly groove section has two separately madial walls, and each madial wall is formed with a block, and this stop portion comprises and is formed at said two madial walls respectively and than two groove structures of this block away from this first assembly face; This stopping spare has two lugs of past respectively right and left to protrusion, and said two lugs are assembled into respectively in the corresponding groove structure.
7. the electronic installation with the combination of pivot electric connector according to claim 6, wherein, each first conducting terminal also has this first fixed part of connection and is positioned at the elastic portion of this first storage tank section, and this first contact site is in this elastic portion.
8. the electronic installation with the combination of pivot electric connector according to claim 7; Wherein, This first insulating body also has one first erection part and one first transverse part that is connected, and this first storage tank section is formed at this first erection part, and this first assembly groove section is formed at this first transverse part; This first interface is positioned at this first erection part, and this first assembly face is positioned at this first transverse part.
9. the electronic installation with the combination of pivot electric connector according to claim 8; Wherein, This second insulating body also has second an assembly face in contrast to this second interface; And this second insulating body is provided with second terminal groove of ccontaining said second conducting terminal of a plurality of confessions; Each second terminal groove has the second transverse groove section and the one second upright groove section that extend between this second interface and this second assembly face, and this second upright groove section bottom is communicated with this second transverse groove section and forms one second opening in this second interface; Each second conducting terminal also have one be positioned at this second transverse groove section and with second fixed part of this second transverse groove section interference engagement; This second contact site is up extended by this second fixed part and a side surface exposes to this second opening, and the end face of this second fixed part exposes to the second transverse groove section and supplies the interior lead fixed of the second housing on it.
10. the electronic installation with the combination of pivot electric connector according to claim 9; Wherein, Each second terminal groove also has this second upright groove section of connection and is interval in the 3rd transverse groove section of this second transverse groove section top; Each second conducting terminal also has this second contact site of connection and is interval in the latter end of this second fixed part top, and this latter end is placed in the 3rd transverse groove section of this second conducting terminal.
11. the electronic installation with the combination of pivot electric connector according to claim 10; Wherein, This second insulating body also has one second erection part and one second transverse part; This second interface is a side surface of this second erection part, and this second upright groove section and the 3rd transverse groove section are formed at this second erection part, and this second transverse part is by the direction extension of this second interface dorsad of this second erection part.
12. a pivot electric connector combination comprises:
One pivot, this pivot radial depressions are formed with one first mounting groove and one second mounting groove that is connected;
One first electric connector is arranged in first mounting groove of this pivot and comprises
One first insulating body has first interface towards this second mounting groove; And
A plurality of first conducting terminals are arranged at this first insulating body, each first conducting terminal have one expose to this first interface first contact site; And
One second electric connector comprises
One second insulating body can supply to be placed in second mounting groove of this pivot, and this second insulating body has one second interface, and when this second insulating body is placed in this second mounting groove, this second interface is towards first interface of this first insulating body; And
A plurality of second conducting terminals; Be arranged at this second insulating body; Each second conducting terminal have one expose to this second interface second contact site; When this second insulating body is placed in this second mounting groove, first contact site of said first conducting terminal contacts with second contact site of said second conducting terminal.
13. pivot electric connector combination according to claim 12, wherein, this first mounting groove and this second mounting groove depression are fan-shaped and arrange along the length direction of this pivot, and this first insulating body and this second insulating body are sector structure.
14. according to claim 12 or 13 described pivot electric connector combinations, wherein, this first contact site can flexibly protrude this first interface, this second contact site is en plaque and exposes to this second interface.
15. pivot electric connector combination according to claim 14; Wherein, This first insulating body also has first an assembly face in contrast to this first interface; And this first insulating body be provided with a plurality of between this first interface and this first assembly face the first terminal groove for ccontaining said first conducting terminal; Each the first terminal groove has one first assembly groove section and one first storage tank section, and this first storage tank section is communicated with this first assembly groove section and forms one first opening in this first interface; Each first conducting terminal also has one and is placed in this first assembly groove section and is interval in the lead fixed portion of this first fixed part top by place's reflexed of contiguous this first assembly face of this first fixed part with first fixed part of this first assembly groove section interference engagement,, and this first contact site is connected with this first fixed part and exposes to this first opening.
16. pivot electric connector combination according to claim 15; Wherein, this first assembly groove section forms a socket in this first assembly face, and this first assembly groove section is formed with a stop portion; Each first conducting terminal also has the stopping spare of this lead fixed portion of connection; When this first conducting terminal is placed in this first terminal groove, this stopping spare is assembled into the stop portion of this first assembly groove section, limits this first conducting terminal and withdraws from this insulating body by this socket.
17. pivot electric connector combination according to claim 16; Wherein, Each first assembly groove section has two separately madial walls, and each madial wall is formed with a block, and this stop portion comprises and is formed at said two madial walls respectively and than two groove structures of this block away from this first assembly face; This stopping spare has two lugs of past respectively right and left to protrusion, and said two lugs are assembled into respectively in the corresponding groove structure.
18. pivot electric connector combination according to claim 17, wherein, each first conducting terminal also has this first fixed part of connection and is positioned at the elastic portion of this first storage tank section, and this first contact site is in this elastic portion.
19. pivot electric connector combination according to claim 18; Wherein, This first insulating body also has one first erection part and one first transverse part that is connected, and this first storage tank section is formed at this first erection part, and this first assembly groove section is formed at this first transverse part; This first interface is positioned at this first erection part, and this first assembly face is positioned at this first transverse part.
20. pivot electric connector combination according to claim 19; Wherein, This second insulating body also has second an assembly face in contrast to this second interface; And this second insulating body is provided with second terminal groove of ccontaining said second conducting terminal of a plurality of confessions; Each second terminal groove has the second transverse groove section and the one second upright groove section of extending this second interface and this second assembly face, and this second upright groove section bottom is communicated with this second transverse groove section and forms one second opening in this second interface; Each second conducting terminal also have one be positioned at this second transverse groove section and with second fixed part of this second transverse groove section interference engagement, this second contact site is up extended by this second fixed part and a side surface exposes to this second opening.
21. pivot electric connector combination according to claim 20; Wherein, Each second terminal groove also has this second upright groove section of connection and is interval in the 3rd transverse groove section of this second transverse groove section top; Each second conducting terminal also has this second contact site of connection and is interval in the latter end of this second fixed part top, and this latter end is placed in the 3rd transverse groove section of this second conducting terminal.
22. pivot electric connector combination according to claim 21; Wherein, This second insulating body also has one second erection part and one second transverse part; This second interface is a side surface of this second erection part, and this second upright groove section and the 3rd transverse groove section are formed at this second erection part, and this second transverse part is by the direction extension of this second interface dorsad of this second erection part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910139486 CN101931158B (en) | 2009-06-24 | 2009-06-24 | Pivot electric connector combination and electronic device with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910139486 CN101931158B (en) | 2009-06-24 | 2009-06-24 | Pivot electric connector combination and electronic device with same |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101931158A CN101931158A (en) | 2010-12-29 |
| CN101931158B true CN101931158B (en) | 2012-12-26 |
Family
ID=43370179
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910139486 Expired - Fee Related CN101931158B (en) | 2009-06-24 | 2009-06-24 | Pivot electric connector combination and electronic device with same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101931158B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI675282B (en) * | 2018-05-14 | 2019-10-21 | 緯創資通股份有限公司 | Electronic device with hinge structure and method for manufacturing signal connection unit thereof |
| CN111834852B (en) * | 2019-04-22 | 2022-03-01 | 上海莫仕连接器有限公司 | Electric connector combination |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5681171A (en) * | 1994-12-02 | 1997-10-28 | Samsung Electronics Co., Ltd. | Pivotable cable connector |
| US6301468B1 (en) * | 1998-04-08 | 2001-10-09 | Ericsson Inc. | Electrical connector for a removable flip |
| CN1582106A (en) * | 2003-08-08 | 2005-02-16 | 三星电子株式会社 | Ground connecting apparatus for mobile terminal |
| US7469451B2 (en) * | 2003-12-18 | 2008-12-30 | Nokia Corporation | Hinge assembly |
-
2009
- 2009-06-24 CN CN 200910139486 patent/CN101931158B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5681171A (en) * | 1994-12-02 | 1997-10-28 | Samsung Electronics Co., Ltd. | Pivotable cable connector |
| US6301468B1 (en) * | 1998-04-08 | 2001-10-09 | Ericsson Inc. | Electrical connector for a removable flip |
| CN1582106A (en) * | 2003-08-08 | 2005-02-16 | 三星电子株式会社 | Ground connecting apparatus for mobile terminal |
| US7469451B2 (en) * | 2003-12-18 | 2008-12-30 | Nokia Corporation | Hinge assembly |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101931158A (en) | 2010-12-29 |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
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Granted publication date: 20121226 Termination date: 20190624 |