CN101964464B - Card edge connector and assembling method thereof - Google Patents
Card edge connector and assembling method thereof Download PDFInfo
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- CN101964464B CN101964464B CN 200910159796 CN200910159796A CN101964464B CN 101964464 B CN101964464 B CN 101964464B CN 200910159796 CN200910159796 CN 200910159796 CN 200910159796 A CN200910159796 A CN 200910159796A CN 101964464 B CN101964464 B CN 101964464B
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- insulation shell
- arm
- lengthwise section
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Abstract
The invention discloses a card edge connector which is used for fixing and electrically connecting an electronic card to a circuit board. The card edge connector comprises an n-shaped insulated shell and a pair of card positioning devices, wherein the car positioning devices are oppositely arranged at both sides of the insulated shell in a partial pivoting mode; the card positioning devices are hollow, and the surface of each card positioning device is convexly provided with a positioning block; and both sides of the positioning block are respectively provided with an elongated slot, so that the card positioning device generate elastic deformation caused by force at a hollow part to be clamped or retract, thus the card positioning device can be inserted with an electronic card in the insulated shell in the direction parallel to the circuit board. The card edge connector also comprises a plurality of conducting terminal groups, and the conducting terminal groups are respectively inserted into the insulated shell and the bottom surface of the insulated shell in the orthogonal direction in a staggered mode. Meanwhile, the card edge connectors can be stacked and assembled with each other. The invention also provides an assembling method of the card edge connectors.
Description
Technical field
The present invention relates to the assemble method of a kind of bayonet connector and a kind of bayonet connector, but relate in particular to a kind of bayonet connector that is fit to the storehouse of heavy plate.
Background technology
The main circuit board of electronic equipment is provided with different bayonet connectors and connects in order to the plant that various Modular electrical subcards are provided, and makes electric contact on the leading edge that is arranged on each electronics can electrically contact the conducting of each corresponding bayonet connector.Each electronic cards need to be retained in each corresponding bayonet connector reliably, just can guarantee the stable contact between electric contact and the conducting terminal.Therefore, bayonet connector also further comprises the locker of fixing electronic cards except comprising the joint with conducting terminal.
Under the continuous situation that expands of the function of electronic equipment, the electronic cards that arranges two has been imperative trend, and in response to the functional requirement of consumer to electronic installation, electronic equipment must constantly expand, to satisfy the increase on the function, so because this kind demand needs the bayonet connector of development Double-stack, but with storehouse ground two electronic cards is installed.
Taiwan is announced No. 555197 Patent Case and has been disclosed a kind of stacking-type bayonet connector, can be in order to accommodate two memory modules, comprise upper strata connector and lower floor's connector, upper strata connector and lower floor's connector are equipped with the accepting groove that can accommodate described two memory modules, and these two memory modules all insert respectively in the accepting groove of this upper strata connector and lower floor's connector in tilting mode, therefore, the user needs a tilting angle to aim at accepting groove when memory module is inserted in accepting groove again, so just need to reserve the usage space that cooperates this operation, therefore, the bayonet connector of Double-stack is more effectively utilized and to allow the user operate more convenient in the design in space, this is the problem that industry is needed solution badly.
Summary of the invention
The object of the present invention is to provide a kind of bayonet connector and assemble method thereof, be electrically connected at least one electronic cards but fix and/or locate by the storehouse set-up mode that improves the care positioner matching connector, thus installation saving space.
The object of the present invention is to provide a kind of bayonet connector and assemble method thereof, utilize the conducting terminal of two groups of different sizes and bayonet connector housing to make up respectively, with the height of effective saving connector.
According to an aspect of the present invention, a kind of bayonet connector is provided, be used for fixing and be electrically connected electronics snapping into circuit board, comprise: insulation shell, described insulation shell is provided with lengthwise section and is extended respectively and the arm vertical with described lengthwise section by the both sides of described lengthwise section, and is provided with the location division on the surface of described arm; And a pair of care positioner, the mode that described a pair of care positioner pivots with the part relatively places the described arm of the described lengthwise section both sides of described insulation shell, and the surface of described a pair of care positioner convexes with locating piece at the position corresponding with the described location division of described arm, and be respectively equipped with elongated slot in the both sides of described locating piece, and described a pair of care positioner is hollow, form elastic arm with the surface at described care positioner, when described care positioner is placed in the described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that the engaging of described a pair of care positioner or stripping are plugged on the described electronic cards in the described lengthwise section of described insulation shell.
Above-mentioned bayonet connector further comprises a plurality of conducting end subgroups and distance piece, described a plurality of conducting terminal be arranged on alternately respectively in the described lengthwise section of described insulation shell and the bottom surface of described lengthwise section on, and have with described electronic cards plug-in card perpendicular direction and along what the described lengthwise section of described insulation shell arranged and expose the end, the described end of exposing is fixed by described distance piece.
In above-mentioned bayonet connector, one side of described arm is provided with the first perforation and the second perforation, then be provided with the lock section with respect to described the first perforation and a described biperforate side, described lock section is used for described connector interlocking at described circuit board, and the front end of described a pair of care positioner is respectively equipped with clamping part, and the rear end is respectively equipped with and moves back the card division, described clamping part passes described the first perforation, the described card division of moving back then places described the second perforation, described protuberance then with the buckle portion snapping of described arm, described a pair of care positioner can be positioned in the described arm pivotally.
According to a further aspect in the invention, a kind of bayonet connector is provided, be used for fixing and be electrically connected electronics snapping into circuit board, comprise: insulation shell, a plurality of conducting end subgroup and distance piece, described insulation shell is provided with lengthwise section and arm, in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and arm is extended respectively by the both sides of described lengthwise section and vertical with described lengthwise section; Described a plurality of conducting end subgroup then vertically is plugged on respectively alternately in the described lengthwise section of described insulation shell and is horizontally set on the bottom surface of described lengthwise section, and described conducting end subgroup have with the lengthwise section of described insulation shell separately expose the end; Described distance piece is used for the end of exposing of fixing described a plurality of conducting end subgroups; And a pair of care positioner, the mode that described a pair of care positioner pivots with the part relatively places the arm of described insulation shell both sides, is plugged on the described electronic cards in the described lengthwise section of described insulation shell with engaging or stripping.
In above-mentioned bayonet connector, the surface of described arm is provided with the location division, and described a pair of care positioner be hollow and be provided with locating piece with protruding corresponding position, described location division, and be provided with elongated slot in the both sides of described locating piece, to form elastic arm on described a pair of care positioner surface, when described care positioner places described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that the engaging of described a pair of care positioner or the stripping described electronic cards in the direction of the described circuit board of almost parallel is plugged on the described lengthwise section of described insulation shell.
In above-mentioned bayonet connector, described a pair of care positioner asymmetricly offers at least one hole at the dual-side that the surface is set with respect to described locating piece and described a pair of elongated slot.
According to another aspect of the invention, a kind of bayonet connector is provided, be used for fixing and be electrically connected at least one electronics snapping into circuit board, comprise: the connector group, described connector group has the first insulation shell and the second insulation shell that storehouse arranges, and first distance piece, the second distance piece and a plurality of conducting end subgroup, described the first insulation shell and the second insulation shell are equipped with lengthwise section and arm, in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and arm is extended respectively by the both sides of described lengthwise section and vertical with described lengthwise section, and is provided with the location division on the surface of described arm; Described a plurality of conducting end subgroup then vertically is plugged on respectively alternately in the described lengthwise section of described the first insulation shell and described the second insulation shell and is horizontally set on the bottom surface of described lengthwise section, and described conducting end subgroup has and described electronic cards plug-in card perpendicular direction and along the end of exposing that arranges separately between the described lengthwise section of described the first insulation shell and described the second insulation shell; Described the first distance piece is used for the described end of exposing of the fixing a plurality of conducting end subgroups that be arranged in parallel with respect to the described lengthwise section of described the first insulation shell, and cooperation is combined with described the second insulation shell, and described the second distance piece is used for the described end of exposing of the fixing a plurality of terminal group that be arranged in parallel with respect to the described lengthwise section of described the first insulation shell and the second insulation shell; And two pairs of care positioners, the mode that described two pairs of care positioners pivot with the part relatively places respectively the arm of described the first insulation shell and described the second insulation shell both sides, described each to care positioner be hollow and the surface corresponding described arm the location division be convexly equipped with locating piece, the both sides of described locating piece are respectively equipped with elongated slot, with described each the care positioner surface is formed elastic arm, when described care positioner places described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that described to care positioner engaging or the stripping described electronic cards in the direction of the described circuit board of almost parallel is plugged on the described lengthwise section of described arbitrary insulation shell.
In above-mentioned bayonet connector, the described arm of described the first insulation shell is provided with two upper locking parts in the surface, and the arm of described the second insulation shell is provided with two lower locking parts in the surface, and described two upper locking parts and described lower locking part are used for described the first insulation shell and described the second insulation shell that the interlocking storehouse arranges by locked assembly.
In above-mentioned bayonet connector, form stepped behind described the first insulation shell and described the second insulation shell storehouse.
In above-mentioned bayonet connector, the described circuit board that is electrically connected with described the second insulation shell by described the first insulation shell behind the storehouse is heavy plate.
In above-mentioned bayonet connector, one side of the arm of the arm of described the first insulation shell and described the second insulation shell is provided with the lock section, and described lock section is used for connector group interlocking with described the first insulation shell behind the storehouse and described the second insulation shell at described circuit board.
In above-mentioned bayonet connector, described conducting end subgroup comprises the first conducting end subgroup with the first conducting terminal and second conducting terminal, the second conducting end subgroup with the 3rd conducting terminal and the 4th conducting terminal, the 3rd conducting end subgroup with the 5th conducting terminal and the 6th conducting terminal, the 4th conducting end subgroup with the 7th conducting terminal and the 8th conducting terminal, described the first conducting terminal, described the second conducting terminal, described the 3rd conducting terminal and described the 4th conducting terminal be arranged on alternately in the described lengthwise section of described the first insulation shell and the terminal groove of described lengthwise section bottom surface in, and described the 5th conducting terminal, described the 6th conducting terminal, described the 7th conducting terminal and described the 8th conducting terminal then be arranged on alternately in the described lengthwise section of described the second insulation shell and the terminal groove of described lengthwise section bottom surface in.
The aspect further according to the present invention, a kind of assemble method of bayonet connector is provided, a kind of assemble method of bayonet connector, wherein, described bayonet connector has insulation shell, described insulation shell is provided with lengthwise section, arm and care positioner, in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and described arm is located at the both sides of described lengthwise section and vertical with described lengthwise section, described care positioner is can the local mode that pivots being arranged in the described arm, be plugged on electronic cards in the lengthwise section of described insulation shell with engaging or stripping, the assemble method of described bayonet connector may further comprise the steps:
The first conducting end subgroup that will have the first conducting terminal and the second conducting terminal is alternately along in the terminal groove in the described lengthwise section that flatly inserts described insulation shell perpendicular to the described lengthwise section direction of described insulation shell, and reserves certain interval between the end in the described lengthwise section of described insulation shell and with respect to described electronic cards plug-in card perpendicular direction and along the exposing of the first conducting end subgroup that the described lengthwise section of described insulation shell be arranged in parallel;
The second conducting end subgroup that will have the 3rd conducting terminal and the 4th conducting terminal alternately positioned vertical and is reserved certain interval in the lengthwise section of described insulation shell and with respect to described electronic cards plug-in card perpendicular direction and along the exposing of the second conducting end subgroup that the described lengthwise section of described insulation shell be arranged in parallel between the end in the terminal groove that the lengthwise section bottom surface along described insulation shell arranges; And
Distance piece is provided, exposes section with the part of fixing described first to fourth conducting terminal, and in conjunction with described insulation shell.
Description of drawings
Fig. 1 is the exploded perspective view that shows bayonet connector of the present invention;
Fig. 2 A is the enlarged drawing that shows the care positioner of bayonet connector of the present invention;
Fig. 2 B is the enlarged drawing at another visual angle that shows the care positioner of bayonet connector of the present invention;
Fig. 3 A shows the cutaway view that intercepts along the line A-A of Fig. 2 A;
Fig. 3 B shows the cutaway view that intercepts along the line B-B of Fig. 2 B;
Fig. 4 A is the exploded perspective view that shows another embodiment of bayonet connector of the present invention;
Fig. 4 B is the combination stereogram that shows another embodiment of bayonet connector of the present invention;
Fig. 5 A and Fig. 5 B are the amplification stereograms that shows the first care positioner of bayonet connector of the present invention;
Fig. 6 A and Fig. 6 B show that the first electronic cards and the second electronic cards are inserted in the schematic diagram of bayonet connector of the present invention;
Fig. 7 is the stereogram that this first electronic cards of demonstration is recessed bayonet connector of the present invention;
Fig. 8 A-18B is the assembling flow path figure that shows bayonet connector of the present invention; And
Figure 19 A, 19B and 19C are the schematic diagrames that shows that bayonet connector of the present invention is connected with circuit board.
[primary clustering symbol description]
The 100---bayonet connector
1---the first electronic cards
2---the second electronic cards
The 3---circuit board
The shrinkage pool of 4---the first electronic cards
The shrinkage pool of 5---the second electronic cards
10---insulation shell, the first insulation shell
11---lengthwise section, the first lengthwise section
12---slot, the first slot
The 13---slotted eye
14---arm, the first arm
15---the first perforation
16---the second perforation
17---lock section, upper lock section
The 18---location division
18 '---buckle portion
19,19 '---two upper locking parts
20---the second insulation shell
21---the second lengthwise section
22---the second slot
The 23---slotted eye
24---the second arm
25---the 3rd perforation
26---the 4th perforation
Lock section under the 27---
The 28---location division
28 '---buckle portion
29,29 '---two lower locking parts
30---the first distance piece
The 31---slotted eye
The 32---terminal groove
40---the second distance piece
The 41---slotted eye
The 42---terminal groove
51---the first conducting end subgroup
52---the second conducting end subgroup
53---the 3rd conducting end subgroup
54---the 4th conducting end subgroup
60---the first care positioner
61---the first clamping part
62---first moves back the card division
The 63---locating piece
The 64---protuberance
The 65---elongated slot
The 66---hole
70---the second care positioner
71---the second clamping part
72---second moves back the card division
The 73---locating piece
The 74---protuberance
80---the first accommodation space
The terminal groove of 81---the first lengthwise section bottom surface
90---the second accommodation space
The terminal groove of 91---the second lengthwise section bottom surface
The 92---sleeve pipe
The 93---screw
Embodiment
With reference to Fig. 1, wherein Fig. 1 is the exploded perspective view that shows bayonet connector of the present invention.Bayonet connector 100 of the present invention, be used for fixing and be electrically connected electronics snapping into (not shown) on the circuit board, described bayonet connector comprises: ㄇ shape insulation shell 10, this insulation shell 10 is provided with lengthwise section 11, and extended respectively and the arm 14 vertical with this lengthwise section 11 by the both sides of this lengthwise section 11, and be provided with location division 18 on the surface of this arm 14; A plurality of conducting end subgroups, it is arranged on respectively in the lengthwise section 11 of this insulation shell 10 and on the bottom surface (with reference to Figure 11 A) alternately, and has with this electronic cards plug-in card perpendicular direction and along what the lengthwise section 11 of this insulation shell 10 arranged and expose end (with reference to Figure 11 B); Distance piece 30, it is used for fixing the end of exposing of these a plurality of conducting end subgroups; And a pair of care positioner 60, its mode that pivots with the part relatively places the arm 14 of described insulation shell 10 both sides, is used for fixing and/or locating this electronic cards (not shown).
The front end of described lengthwise section 11 is provided with slot 12, and to being provided with a plurality of slotted eyes 13 (with reference to Figure 10 A) in the rear end of this lengthwise section 11 by slot 12, and described slot 12 is provided with a plurality of terminal grooves, and also is provided with a plurality of terminal grooves 81 (with reference to Figure 11 A) in the bottom surface of this lengthwise section 11; And the side in the described arm 14 is provided with the first perforation the 15 and second perforation 16 (with reference to Fig. 8 A), then is provided with lock section 17 with respect to this first side of boring a hole the 15 and second perforation 16, and this lock section 17 is used for described connector interlocking to described circuit board; And this front end to care positioner 60 is respectively equipped with clamping part 61, and the rear end is respectively equipped with and moves back card division 62, and this clamping part 61 passes this first perforation 15, this moves back card division 62 and then places this second perforation 16, and buckle portion 18 ' that should arm 14 is provided with protuberance 64, buckle portion 18 ' the snapping of this protuberance 64 and described arm 14 makes this be positioned at pivotly in this arm 14 care positioner 60.
Described distance piece 30 is the long strip type design and is provided with a plurality of slotted eyes 31, and extended by the front side of this distance piece 30 and to be provided with stepped a plurality of terminal grooves 32, and described a plurality of conducting end subgroup comprises the first conducting end subgroup 51 with the first conducting terminal and second conducting terminal and has the second conducting end subgroup 52 of the 3rd conducting terminal and the 4th conducting terminal, and this first conducting end subgroup 51 and the second conducting end subgroup 52 are provided with a plurality of terminals, these a plurality of terminals place respectively a plurality of terminal grooves 81 of described slot 12 and insulation shell 10 bottom surfaces and are staggered and arrange, with the height of the insulation shell 10 of saving this connector group.
Continuation is with reference to Fig. 1 and in conjunction with reference to Fig. 2 A and Fig. 2 B, and wherein Fig. 2 A and Fig. 2 B are the enlarged drawings of different visual angles that shows the care positioner of bayonet connector of the present invention.In this embodiment, only explain with a care positioner, the structure of another care positioner is identical, not drawing illustrate in addition.This to care positioner 60 can the local mode that pivots being arranged in the arm 14 of this insulation shell 10, and this to 60 pairs of care positioners should arm 14 the first perforation 15 be provided with clamping part 61, move back card division 62 and the second perforation 16 that should arm 14 is provided with, location division 18 that should arm 14 is then convexed with locating piece 63 in the surface, and be provided with elongated slot 65 in the both sides of this locating piece 63, and with respect to this locating piece 63 and this dual-side that elongated slot 65 arranges the surface is asymmetricly offered at least one hole 66, to form hollow structure and the stressed elastic arm that can be out of shape.
With reference to Fig. 3 A and 3B, wherein Fig. 3 A and 3B show the cutaway view that intercepts along the line A-A of Fig. 2 A and the cutaway view that intercepts along the line B-B of Fig. 2 B.Can be found out by Fig. 3 A and Fig. 3 B, this is hollow to care positioner 60, and when making this care positioner 60 be placed in this arm 14, this locating piece 63 is subject to the extruding of this arm 14, thereby produce the strain in arm 14, until this locating piece 63 is fastened on this location division 18.
When this is placed this arm 14 to care positioner 60, buckle portion 18 ' the snapping of this protuberance 64 and this arm 14, and this locating piece 63 is subject to the extruding of this arm 14, thereby produce the strain in arm 14, until this locating piece 63 is fastened on this location division 18, then pass through the restoring force of this elastic arm, this locating piece 63 is fixed in this location division 18, this moment, this clamping part 61 passed the first perforation 15 of this arm 14, the described card division 62 of moving back then places this second perforation 16, so that this is plugged on the interior electronic cards of lengthwise section 11 of this insulation shell 10 to care positioner 60 engaging or stripping ground.
With reference to Fig. 4 A, wherein Fig. 4 A is the exploded perspective view that shows another embodiment of bayonet connector of the present invention.Bayonet connector 100 of the present invention, be used for fixing and being electrically connected the first electronic cards 1 and the second electronic cards 2 to circuit board 3 (with reference to Fig. 6 A and 6B), described bayonet connector comprises: the connector group, it has the first insulation shell 10 and the second insulation shell 20 that storehouse arranges, and this connector group also has the first distance piece 30, the second distance piece 40 and a plurality of conducting end subgroup; A pair of the first care positioner 60, it is located at respectively the both sides of this first insulation shell 10, is used for fixing and/or locating described the first electronic cards 1 (with reference to Fig. 6 A and Fig. 6 B); With a pair of the second care positioner 70, it is located at respectively the both sides of this second insulation shell 20, is used for fixing and/or locating described the second electronic cards 2 (with reference to Fig. 6 A and Fig. 6 B).
Continuation is with reference to Fig. 4 A and in conjunction with Fig. 4 B, and Fig. 4 B is the combination stereogram that shows another embodiment of edge connector of the present invention's card.Described the first insulation shell 10 comprises the first lengthwise section 11, and the front end of this first lengthwise section 11 is provided with the first slot 12, and to being provided with a plurality of slotted eyes 13 (with reference to Figure 10 A) in the rear end of this first lengthwise section 11 by the first slot 12, and the first arm 14 is extended respectively by these the first lengthwise section 11 both sides, this first arm 14 is vertical with this first lengthwise section 11, and a side of this first arm 14 is provided with the first perforation the 15 and second perforation 16 (with reference to Fig. 8 A), and extend at opposite side upper lock section 17, and surface and bottom surface at this first arm 14 are respectively equipped with location division 18, buckle portion 18 ' and two upper locking parts 19,19 ', and be provided with the first accommodation space 80 with this first electronic cards 1 of pegging graft (with reference to Fig. 6 A and Fig. 6 B) at the front end of the first insulation shell 10; And described the first slot 12 is provided with a plurality of terminal grooves to be installed with the terminal of described a plurality of conducting end subgroups, pegs graft for described the first electronic cards 1.
Described the second insulation shell 20 comprises the second lengthwise section, and the front end of this second lengthwise section 21 also is provided with the second slot 22, and to being provided with a plurality of slotted eyes 23 (with reference to Figure 13 A) in the rear end of this second lengthwise section 21 by the second slot 22, and the second arm 24 is extended respectively by these the second lengthwise section 21 both sides, this second arm 24 is vertical with this second lengthwise section 21, and a side of this second arm 24 is provided with the 3rd perforation the 25 and the 4th perforation 26, and extend at opposite side lower lock section 27, and surface and bottom surface at this second arm 24 are respectively equipped with location division 28, buckle portion 28 ' and two lower locking parts 29,29 ', and be provided with the second accommodation space 90 to peg graft the second electronic cards 2 at the front end of this second insulation shell 20; And described the second slot 22 is provided with a plurality of terminal grooves to be installed with the terminal of these a plurality of conducting end subgroups, pegs graft for described the second electronic cards 2.
Described the first slot 12 is provided with a plurality of terminal grooves, and also be provided with a plurality of terminal grooves 81 (with reference to Figure 11 A) in the bottom surface of this first lengthwise section 11, and described the second slot 22 also is provided with a plurality of terminal grooves, and also be provided with a plurality of terminal grooves 91 (with reference to Figure 14 A) in the bottom surface of this second lengthwise section 21, and described the first distance piece 30 is the long strip type design and is provided with a plurality of slotted eyes 31, and extended by the front side of this first distance piece and to be provided with stepped a plurality of terminal grooves 32, and the second distance piece 40 roughly is T-shaped design and also be provided with a plurality of slotted eyes 41, and extended by the front side of this second distance piece 40 and to be provided with stepped a plurality of terminal grooves 42, and described a plurality of conducting end subgroup is provided with a plurality of terminals, these a plurality of terminals place respectively described the first slot 12, the second slot 22, the first insulation shell 10, the second insulation shell 20, in a plurality of terminal grooves of the first distance piece 30 and the second distance piece 40 and be staggered and arrange, with the first insulation shell 10 of saving this connector group and the overlapped space of the second insulation shell 20.
Described a plurality of conducting end subgroup comprises the first conducting end subgroup 51 with the first conducting terminal and second conducting terminal, the second conducting end subgroup 52 with the 3rd conducting terminal and the 4th conducting terminal, have the 3rd conducting end subgroup 53 of the 5th conducting terminal and the 6th conducting terminal and have the 7th conducting terminal and the 4th conducting end subgroup 54 of the 8th conducting terminal (with reference to Figure 10 A-14B), and described the first conducting terminal and the second conducting terminal are staggered and are arranged in a plurality of terminal grooves of described the first slot 12 with arranging, and this first conducting terminal and the second conducting terminal have with this first electronic cards 1 plug-in card perpendicular direction and along this first lengthwise section 11 separately expose the end, the 3rd conducting terminal and the 4th conducting terminal then are in a plurality of terminal grooves 81 of the bottom surface that is arranged on this first lengthwise section with interlocking arrangement, and the 3rd conducting terminal and the 4th conducting terminal have with this first electronic cards 1 plug-in card perpendicular direction and along this first lengthwise section 11 separately expose the end, the 5th conducting terminal and the 6th conducting terminal then are staggered and are arranged in a plurality of terminal grooves of this second slot 22 with arranging, and the 5th conducting terminal and the 6th conducting terminal have with this second electronic cards 2 plug-in card perpendicular directions and along this second lengthwise section 21 separately expose the end, the 7th conducting terminal and the 8th conducting terminal then are in a plurality of terminal grooves 91 of the staggered bottom surface that is arranged on the second lengthwise section 21 with arranging, and the 7th conducting terminal and the 8th conducting terminal have with this second electronic cards 2 plug-in card perpendicular directions and along this second lengthwise section 21 separately expose the end.
With reference to Fig. 5 A and Fig. 5 B, Fig. 5 A and Fig. 5 B are the amplification stereograms that shows the first care positioner of bayonet connector of the present invention.Therefore only explain with a pair of the first care positioner 60 in the present embodiment, and the structure of this second care positioner 70 is identical with the structure of the first care positioner 60, drawing illustrate in addition not.Should be to the first care positioner 60 can the local mode that pivots being arranged in the first arm 14 of this first insulation shell 10, and should to 60 pairs of the first care positioners should the first arm 14 the first perforation 15 be provided with the first clamping part 61, and being provided with first, the second perforation 16 that should the first arm 14 moves back card division 62, location division 18 that should the first arm 14 then is provided with locating piece 63 on the surface, and be provided with elongated slot 65 in the both sides of this locating piece 63, should be hollow (with reference to Fig. 3 A and Fig. 3 B) to the first care positioner 60, and on this first care positioner 60, with respect to this locating piece 63 and this dual-side that elongated slot 65 arranges the surface is asymmetricly being offered at least one hole 66, to form elastic arm, and buckle portion 18 ' that should the first arm 14 is provided with protuberance 64, when this first care positioner 60 is placed this first arm 14, buckle portion 18 ' the snapping of this protuberance 64 and this first arm 14, and this locating piece 63 is subject to the extruding of this first arm 14, the strain of generation in the first arm 14, and the restoring force by this elastic arm, until this locating piece 63 is fastened on this location division 18, this moment, this first clamping part 61 passed the first perforation 15 of this first arm 14, described first moves back card division 62 then passes the second perforation 16 of this first arm 14 and places this second perforation 16, so that should be plugged in the first electronic cards 1 in the first lengthwise section 11 of this first insulation shell 10 with the direction of this circuit board 3 of almost parallel to the engaging of the first care positioner 60 or stripping.
Should be to the second care positioner 70 can the local mode that pivots being arranged in the second arm 24 of this second insulation shell 20, and should to 70 pairs of the second care positioners should the second arm 24 the 3rd perforation 25 be provided with the second clamping part 71, and being provided with second, the 4th perforation 26 that should the second arm 24 moves back card division 72, location division 28 that should the second arm 24 then is provided with locating piece 73 from the teeth outwards, and be respectively equipped with elongated slot 65 in the both sides of this locating piece 73, should be hollow (with reference to Fig. 3 A and Fig. 3 B) to the second care positioner 70, and with respect to this locating piece 73 and this dual-side that elongated slot 65 arranges the surface is asymmetricly being offered at least one hole 66 in this second care positioner 70, to form elastic arm, and buckle portion 28 ' that should the second arm 24 is provided with protuberance 74, when this second care positioner 70 is placed this second arm 24, buckle portion 28 ' the snapping of this protuberance 74 and this second arm 24, and this locating piece 73 is subject to the extruding of this second arm 24, the strain of generation in the second arm 24, and the restoring force by this elastic arm, until this locating piece 73 is fastened on this location division 28, this moment, this second clamping part 71 passed the 3rd perforation 25 of this second arm 24, and described second move back card division 72 and pass the 4th perforation 26 of this second arm 24 and place the 4th perforation 26, so that should be plugged in the second electronic cards 2 in the second lengthwise section 21 of this second insulation shell 20 with the direction of this circuit board 3 of almost parallel to the engaging of the second care positioner 70 or stripping.
In the present embodiment, the location division 18, the 28th of described the first arm 14 and the second arm 24, square hole, this buckle portion 18 ', 28 ' then is the roundlet hole, the corresponding locating piece 63,73 that is buckled in this location division 18,28 square hole then is the protuberance of ladder type, and the protuberance 64,74 that correspondence is buckled in this buckle portion 18 ', 28 ' roundlet hole then is semi-circular protuberance; In addition, two upper locking parts 19 and two lower locking parts 29 of described the first arm 14 and the second arm 24 are used for the first insulation shell 10 and the second insulation shell 20 that the interlocking storehouse arranges by locked assembly, in the present embodiment, this locking locking assembly is sleeve pipe 92 and screw 93, this sleeve pipe 92 is hollow form and includes screw thread, with these screw 93 interlockings; Described upper lock section 17 and lower lock section 27 then are used for bayonet connector 100 interlockings of the present invention at aforementioned circuit plate 3 (with reference to Figure 19 A and 19B).
With reference to Fig. 6 A and Fig. 6 B, Fig. 6 A and Fig. 6 B show the peg graft schematic diagram of the first electronic cards and the second electronic cards of bayonet connector of the present invention.Two sides of described the first electronic cards 1 and the second electronic cards 2 distinctly are provided with shrinkage pool 4,5, when this first electronic cards 1 is wanted to be plugged in the first slot 12 of this connector group, it flatly places this first electronic cards 1 in this first accommodation space 80, and aim at the position of this first slot 12, and this first electronic cards 1 flatly is pushed into the location toward this first slot 12, this first electronic cards 1 fastened by this shrinkage pool 4 and passed the first clamping part 61 that this first perforation 15 places this first arm 14 this moment, so that this first electronic cards 1 is pegged graft with the direction that is roughly parallel to this circuit board and is fixed on the first slot 12 of this first insulation shell 10, in like manner, this second electronic cards 2 also utilizes above-mentioned identical principle flatly to be plugged in this second slot 22, does not repeat them here.
Refer again to Fig. 7, Fig. 7 is the stereogram that this first electronic cards of demonstration is recessed bayonet connector of the present invention.Only explain with this first electronic cards in this embodiment.When first electronic cards 1 that will be plugged in this first slot 12 when wish is recessed bayonet connector 100 of the present invention, by stirring this to the first care positioner 60, so that this first clamping part 61 is towards these the first accommodation space 80 outer movements, this first move back card division 62 then towards these the first accommodation space 80 interior movements to lean this first electronic cards 1, so that this first electronic cards 1 withdraws from the first slot 12 of this connector group; In like manner, when this second electronic cards 2 that does not give icon is wanted to recess bayonet connector 100 of the present invention, also by stirring this to the second care positioner 70, so that this second clamping part 71 is towards these the second accommodation space 90 outer movements, this second move back card division 72 then towards these the second accommodation space 90 interior movements to lean this second electronic cards 2, so that this second electronic cards 2 withdraws from the second slot 22 of this connector group.
With reference to Fig. 8 A-18B, Fig. 8 A-18B shows the assembling flow path figure of bayonet connector of the present invention and in conjunction with reference to Fig. 4-7.At first described the first care positioner 60 is placed first arm 14 (shown in Fig. 8 A and Fig. 8 B) of described the first insulation shell 10 both sides, again this second care positioner 70 is placed second arm 24 (shown in Fig. 9 A and 9B) of these the second insulation shell 20 both sides, and the first conducting end subgroup 51 interlaced arrangements that will have again the first conducting terminal (than long end) and the second conducting terminal (than short end), and via a plurality of slotted eyes 13 of the rear end of this first lengthwise section 11 staggered the first conducting terminal and the second conducting terminal flatly are plugged in the terminal groove of the first slot 12 of this first lengthwise section 11 (shown in Figure 10 A and Figure 10 B), and then the second conducting end subgroup 52 that will have the 3rd conducting terminal (than long end son) and the 4th conducting terminal (sub than short end) vertical placing along a plurality of terminal grooves 81 of the bottom surface of this first lengthwise section alternately, and be staggered be arranged before and after (shown in Figure 11 A and Figure 11 B) with this first conducting terminal and the second conducting terminal, and then a plurality of slotted eyes 31 that utilize this first distance piece 30 pass with this first lengthwise section 11 separately the first conducting end subgroup 51 and the second conducting end subgroup 52 expose the end, and utilize these the first distance piece 30 stepped terminal grooves 32 to cooperate with this first conducting end subgroup 51 and the second conducting end subgroup 52 and make up the rear stair-stepping end winding that exposes that forms, expose the end with the part of fixing this first conducting end subgroup 51 and the second conducting end subgroup 52, so that this first distance piece 30 is combined in (shown in Figure 12 A and Figure 12 B) on this first insulation shell 10, the 3rd conducting end subgroup 53 interlaced arrangements that will have again the 5th conducting terminal (than long end) and the 6th conducting terminal (than short end), and via a plurality of slotted eyes 23 of the rear end of this second lengthwise section 21 staggered the 5th conducting terminal and the 6th conducting terminal flatly are plugged in the terminal groove of the second slot 22 of this second lengthwise section 21 (shown in Figure 13 A and Figure 13 B), and then the 4th conducting end subgroup 54 that will have the 7th conducting terminal (than long end son) and the 8th conducting terminal (sub than short end) vertical placing in a plurality of terminal grooves 91 of the bottom surface of this second lengthwise section 21 alternately, and be staggered be arranged before and after (shown in Figure 14 A and Figure 14 B) with the 5th conducting terminal and the 6th conducting terminal, and then the first distance piece 30 and the first insulation shell 10 windings (shown in Figure 15 A and Figure 15 B) after the 3rd conducting end subgroup 53 of the second insulation shell 20 after will making up and the 4th conducting end subgroup 54 and the combination, this moment, these the first conducting terminal to the eight conducting terminals were different because of the length of each terminal, and because the difference in height of this first insulation shell 10 and the second insulation shell 20, the setting so that these the first conducting terminal to the eight conducting terminals are staggered up and down before and after being, and then a plurality of slotted eyes 41 that utilize this second distance piece 40 pass the end of exposing with this first lengthwise section 11 and this second lengthwise section 21 the first conducting terminal to the eight conducting terminals separately, and utilize these the second distance piece 40 stepped terminal grooves 42 to cooperate with this first conducting end subgroup 51 to the 4th conducting end subgroups 54 and make up the rear stair-stepping end winding that exposes that forms, expose the end with the part of fixing these the first conducting terminal to the eight conducting terminals, so that with this second distance piece 40 and this first insulation shell 10, the second insulation shell 20 and the first distance piece 30 windings (shown in Figure 16 A and Figure 16 B), this moment, this first insulation shell 10 was the storehouse shape with this second insulation shell 20, recycle the sleeve pipe 92 of this locked assembly and two upper locking parts 19 that screw 93 passes this first arm 14 and the second arm 24 both sides, 19 ' and two lower locking part 29,29 ' and the interlocking of working in coordination, to fix this first insulation shell 10 and the second insulation shell 20 (shown in Figure 17 A-18B), namely finish the assembling of bayonet connector 100 of the present invention.
With reference to Figure 19 A-19C, Figure 19 A-19C shows the schematic diagram that bayonet connector of the present invention is connected with circuit board.Two sides of described circuit board 3 to should the first insulation shell 10 and upper lock section 17 and the lower lock section 27 of the second insulation shell 20 be provided with two perforation, and because form stepped behind this first insulation shell 10 and the second insulation shell 20 storehouses, shown in Figure 19 C, and the described circuit board 3 that the first insulation shell 10 behind the storehouse is electrically connected with the second insulation shell 20 is heavy plate, and the perforation that sleeve pipe 92 and screw 93 by locked assembly pass this circuit board 3 is mutually socket locking afterwards so that with bayonet connector 100 lockings of the present invention on this circuit board 3.
Claims (12)
1. a bayonet connector is used for fixing and is electrically connected electronics snapping into circuit board, comprising:
Insulation shell, described insulation shell are provided with lengthwise section and are extended respectively and the arm vertical with described lengthwise section by the both sides of described lengthwise section, and are provided with the location division on the surface of described arm;
A pair of care positioner, the mode that described a pair of care positioner pivots with the part relatively places the described arm of the described lengthwise section both sides of described insulation shell, and the surface of described a pair of care positioner convexes with locating piece at the position corresponding with the described location division of described arm, and be respectively equipped with elongated slot in the both sides of described locating piece, and described a pair of care positioner is hollow, form elastic arm with the surface at described care positioner, when described care positioner is placed in the described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that the engaging of described a pair of care positioner or stripping are plugged in the described electronic cards in the described lengthwise section of described insulation shell; And
A plurality of conducting end subgroups and distance piece, described a plurality of conducting terminal be arranged on alternately respectively in the described lengthwise section of described insulation shell and the bottom surface of described lengthwise section on, and have with described electronic cards plug-in card perpendicular direction and along what the described lengthwise section of described insulation shell arranged and expose the end, the described end of exposing is fixed by described distance piece
Wherein said distance piece is provided with the slotted eye that described conducting terminal is passed, and is extended by the front side of described distance piece and to be provided with stepped a plurality of terminal grooves cooperating winding with the end of exposing of described conducting terminal, thereby fixes the described end of exposing.
2. bayonet connector as claimed in claim 1, wherein, one side of described arm is provided with the first perforation and the second perforation, then be provided with the lock section with respect to described the first perforation and a described biperforate side, described lock section is used for described connector interlocking at described circuit board, and the front end of described a pair of care positioner is respectively equipped with clamping part, and the rear end is respectively equipped with and moves back the card division, described clamping part passes described the first perforation, the described card division of moving back then places described the second perforation, described a pair of care positioner also is respectively equipped with the protuberance of the buckle portion of corresponding described arm, described protuberance then with the buckle portion snapping of described arm, described a pair of care positioner can be positioned in the described arm pivotally.
3. a bayonet connector is used for fixing and is electrically connected electronics snapping into circuit board, comprising:
Insulation shell, a plurality of conducting end subgroup and distance piece, described insulation shell is provided with lengthwise section and arm, and in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and arm is extended respectively by the both sides of described lengthwise section and vertical with described lengthwise section; Described a plurality of conducting end subgroup then vertically is plugged on respectively alternately in the described lengthwise section of described insulation shell and is horizontally set on the bottom surface of described lengthwise section, and described conducting end subgroup have with the lengthwise section of described insulation shell separately expose the end; Described distance piece is used for the end of exposing of fixing described a plurality of conducting end subgroups; And
A pair of care positioner, the mode that described a pair of care positioner pivots with the part relatively places the arm of described insulation shell both sides, is plugged on the described electronic cards in the described lengthwise section of described insulation shell with engaging or stripping,
Wherein said distance piece is provided with the slotted eye that described conducting terminal is passed, and is extended by the front side of described distance piece and to be provided with stepped a plurality of terminal grooves cooperating winding with the end of exposing of described conducting terminal, thereby fixes the described end of exposing.
4. bayonet connector as claimed in claim 3, wherein, the surface of described arm is provided with the location division, and described a pair of care positioner be hollow and convex with locating piece at the position corresponding with described location division, and be provided with elongated slot in the both sides of described locating piece, to form elastic arm on described a pair of care positioner surface, when described care positioner places described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that the engaging of described a pair of care positioner or the stripping described electronic cards in the direction of the described circuit board of almost parallel is plugged on the described lengthwise section of described insulation shell.
5. bayonet connector as claimed in claim 4, wherein, described a pair of care positioner asymmetricly offers at least one hole at the dual-side that the surface is set with respect to described locating piece and described a pair of elongated slot.
6. a bayonet connector is used for fixing and is electrically connected at least one electronics snapping into circuit board, comprising:
The connector group, described connector group has the first insulation shell and the second insulation shell that storehouse arranges, and first distance piece, the second distance piece and a plurality of conducting end subgroup, described the first insulation shell and the second insulation shell are equipped with lengthwise section and arm, in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and arm is extended respectively by the both sides of described lengthwise section and vertical with described lengthwise section, and is provided with the location division on the surface of described arm; Described a plurality of conducting end subgroup then vertically is plugged on respectively alternately in the described lengthwise section of described the first insulation shell and described the second insulation shell and is horizontally set on the bottom surface of described lengthwise section, and described conducting end subgroup has and described electronic cards plug-in card perpendicular direction and along the end of exposing that arranges separately between the described lengthwise section of described the first insulation shell and described the second insulation shell; Described the first distance piece is used for the described end of exposing of the fixing a plurality of conducting end subgroups that be arranged in parallel with respect to the described lengthwise section of described the first insulation shell, and cooperation is combined with described the second insulation shell, and described the second distance piece is used for the described end of exposing of the fixing a plurality of terminal group that be arranged in parallel with respect to the described lengthwise section of described the first insulation shell and the second insulation shell; And
Two pairs of care positioners, the mode that described two pairs of care positioners pivot with the part relatively places respectively the arm of described the first insulation shell and described the second insulation shell both sides, described each to care positioner be hollow and the surface corresponding described arm the location division be convexly equipped with locating piece, the both sides of described locating piece are respectively equipped with elongated slot, with described each the care positioner surface is formed elastic arm, when described care positioner places described arm, because described locating piece is subject to the extruding of described arm, thereby produce the strain in described arm, until described locating piece is fastened on described location division, so that described to care positioner engaging or the stripping described electronic cards in the direction of the described circuit board of almost parallel is plugged on the described lengthwise section of described arbitrary insulation shell
Wherein said the first distance piece is provided with make a plurality of conducting end subgroups that the described lengthwise section with respect to described the first insulation shell be arranged in parallel described and exposes the slotted eye that the end is passed, and extended by the front side of described the first distance piece and to be provided with stepped a plurality of terminal grooves and to cooperate winding with the described end of exposing of a plurality of conducting end subgroups of be arrangeding in parallel with described lengthwise section with respect to described the first insulation shell, thereby fix the described end of exposing; And
Described the second distance piece is provided with make a plurality of terminal group that the described lengthwise section with respect to described the first insulation shell and the second insulation shell be arranged in parallel described and exposes the slotted eye that the end is passed, and extended by the front side of described the second distance piece and to be provided with stepped a plurality of terminal grooves and to cooperate winding with the described end of exposing of a plurality of terminal group of be arrangeding in parallel with described lengthwise section with respect to described the first insulation shell and the second insulation shell, thereby fix the described end of exposing.
7. bayonet connector as claimed in claim 6, wherein, the described arm of described the first insulation shell is provided with two upper locking parts in the surface, and the arm of described the second insulation shell is provided with two lower locking parts in the surface, and described two upper locking parts and described lower locking part are used for described the first insulation shell and described the second insulation shell that the interlocking storehouse arranges by locked assembly.
8. bayonet connector as claimed in claim 6 wherein, forms stepped behind described the first insulation shell and described the second insulation shell storehouse.
9. such as claim 6 or 8 described bayonet connectors, wherein, the described circuit board that is electrically connected with described the second insulation shell by described the first insulation shell behind the storehouse is heavy plate.
10. bayonet connector as claimed in claim 9, wherein, one side of the arm of the arm of described the first insulation shell and described the second insulation shell is provided with the lock section, and described lock section is used for connector group interlocking with described the first insulation shell behind the storehouse and described the second insulation shell at described circuit board.
11. bayonet connector as claimed in claim 6, wherein, described conducting end subgroup comprises the first conducting end subgroup with the first conducting terminal and second conducting terminal, the second conducting end subgroup with the 3rd conducting terminal and the 4th conducting terminal, the 3rd conducting end subgroup with the 5th conducting terminal and the 6th conducting terminal, the 4th conducting end subgroup with the 7th conducting terminal and the 8th conducting terminal, described the first conducting terminal, described the second conducting terminal, described the 3rd conducting terminal and described the 4th conducting terminal be arranged on alternately in the described lengthwise section of described the first insulation shell and the terminal groove of described lengthwise section bottom surface in, and described the 5th conducting terminal, described the 6th conducting terminal, described the 7th conducting terminal and described the 8th conducting terminal then be arranged on alternately in the described lengthwise section of described the second insulation shell and the terminal groove of described lengthwise section bottom surface in.
12. the assemble method of a bayonet connector, wherein, described bayonet connector has insulation shell, described insulation shell is provided with lengthwise section, arm and care positioner, in the described lengthwise section and bottom surface is provided with a plurality of terminal grooves, and described arm is located at the both sides of described lengthwise section and vertical with described lengthwise section, described care positioner is can the local mode that pivots being arranged in the described arm, be plugged on electronic cards in the lengthwise section of described insulation shell with engaging or stripping, the assemble method of described bayonet connector may further comprise the steps:
The first conducting end subgroup that will have the first conducting terminal and the second conducting terminal is alternately along in the terminal groove in the described lengthwise section that flatly inserts described insulation shell perpendicular to the described lengthwise section direction of described insulation shell, and reserves certain interval between the end in the described lengthwise section of described insulation shell and with respect to described electronic cards plug-in card perpendicular direction and along the exposing of the first conducting end subgroup that the described lengthwise section of described insulation shell be arranged in parallel;
The second conducting end subgroup that will have the 3rd conducting terminal and the 4th conducting terminal alternately positioned vertical and is reserved certain interval in the lengthwise section of described insulation shell and with respect to described electronic cards plug-in card perpendicular direction and along the exposing of the second conducting end subgroup that the described lengthwise section of described insulation shell be arranged in parallel between the end in the terminal groove that the lengthwise section bottom surface along described insulation shell arranges; And
Distance piece is provided, exposes section with the part of fixing described first to fourth conducting terminal, and in conjunction with described insulation shell,
Wherein, described distance piece comprises the first distance piece and the second distance piece;
Described the first distance piece is provided with the slotted eye that the end is passed that exposes that makes the first conducting end subgroup, and extended by the front side of described the first distance piece and to be provided with stepped a plurality of terminal grooves and to cooperate winding with the end of exposing with the first conducting end subgroup, thereby fix the described end of exposing; And
Described the second distance piece is provided with make a plurality of terminal group that the described lengthwise section with respect to described insulation shell be arranged in parallel described and exposes the slotted eye that the end is passed, and extended by the front side of described the second distance piece and to be provided with stepped a plurality of terminal grooves cooperating winding with the end of exposing of exposing end and the second conducting end subgroup of the first conducting end subgroup, thereby fix the described end of exposing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910159796 CN101964464B (en) | 2009-07-22 | 2009-07-22 | Card edge connector and assembling method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910159796 CN101964464B (en) | 2009-07-22 | 2009-07-22 | Card edge connector and assembling method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101964464A CN101964464A (en) | 2011-02-02 |
| CN101964464B true CN101964464B (en) | 2013-09-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910159796 Expired - Fee Related CN101964464B (en) | 2009-07-22 | 2009-07-22 | Card edge connector and assembling method thereof |
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| CN (1) | CN101964464B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103779696B (en) * | 2012-10-17 | 2016-02-10 | 莫列斯公司 | Bayonet connector |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2408583Y (en) * | 1999-04-28 | 2000-11-29 | 富士康(昆山)电脑接插件有限公司 | Push-out mechanism for clampedge connector |
| CN2422749Y (en) * | 1999-12-16 | 2001-03-07 | 富士康(昆山)电脑接插件有限公司 | Electric connector with clamping device |
| TW505319U (en) * | 2001-12-21 | 2002-10-01 | Hon Hai Prec Ind Co Ltd | Card edge connector |
| CN2755806Y (en) * | 2004-10-15 | 2006-02-01 | 戴琬琳 | Welding HDMI connector |
| CN201000963Y (en) * | 2006-12-18 | 2008-01-02 | 富士康(昆山)电脑接插件有限公司 | Flange connector |
| TWM335844U (en) * | 2007-10-26 | 2008-07-01 | Hon Hai Prec Ind Co Ltd | Card edge connector |
-
2009
- 2009-07-22 CN CN 200910159796 patent/CN101964464B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2408583Y (en) * | 1999-04-28 | 2000-11-29 | 富士康(昆山)电脑接插件有限公司 | Push-out mechanism for clampedge connector |
| CN2422749Y (en) * | 1999-12-16 | 2001-03-07 | 富士康(昆山)电脑接插件有限公司 | Electric connector with clamping device |
| TW505319U (en) * | 2001-12-21 | 2002-10-01 | Hon Hai Prec Ind Co Ltd | Card edge connector |
| CN2755806Y (en) * | 2004-10-15 | 2006-02-01 | 戴琬琳 | Welding HDMI connector |
| CN201000963Y (en) * | 2006-12-18 | 2008-01-02 | 富士康(昆山)电脑接插件有限公司 | Flange connector |
| TWM335844U (en) * | 2007-10-26 | 2008-07-01 | Hon Hai Prec Ind Co Ltd | Card edge connector |
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|---|---|
| CN101964464A (en) | 2011-02-02 |
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