CN208385747U - Connector tenon structure - Google Patents

Abstract

The utility model relates to a connector technical field provides a connector trip structure. The connector tenon structure is mainly characterized in that a plurality of clamping conductive terminals and a plurality of contact conductive terminals are arranged in a connector, one surface of the connector is pivoted with a clamping operation piece, a clamping body is arranged at the pivoting position of the clamping operation piece and the connector, one end of the clamping conductive terminal is provided with a clamping part, and an accommodating space is formed between the clamping conductive terminal and the clamping body for inserting a flat cable; therefore, when the flat cable is inserted from the accommodating space, the flat cable can be clamped and fixed through the clamping solid body and the clamping and fixing conductive terminals, so that the effects of clamping and fixing the flat cable and enabling the flat cable, the clamping and fixing conductive terminals and the contact conductive terminals to be mutually and electrically connected are effectively achieved.

Description

Connector Fastening tenon structure

Technical field

The utility model relates to arrive connector technique field, and in particular to a kind of through fixing body and fixing conductive terminal The connector Fastening tenon structure that winding displacement is fixed.

Background technique

Computer external product now is quickly grown, peripheral product with the motherboard of personal computer either boundary When face card connects, must be attached using computer bus there are many in the case where (such as IDE, FDD, LPT, GAME/ MIDI ... etc.)；However existing computer bus, due to no auxiliary tool appropriate, often will cause winding displacement when pulling away Damage and the damage of conductive terminal even cause the connector damage above pc board either interface card Situation.

Effectively to avoid connector from having the situation of damage, a kind of connector 10 exists in the prior art, it is main saturating It crosses I-shaped conductive terminal 11 and is articulated with connector 10 and is opened or closed so that fixing lid 12 by fixing lid 12, in turn High position or lower position are supportted so that supportting high block 13 and being in；Further say, it, then can be because when a winding displacement 14 is in insert state Lid 12 is fixed to be in close state so that supportting high block 13 is in the one end for supportting high position to support I-shaped 11 son of conducting end of height, again Because I-shaped conductive terminal 11 has elasticity, therefore then the other end can be made downward because of the principle of seesaw after one end is high by support Inclination fixes its winding displacement 14 to peak at the one side of winding displacement 14；Conversely, if can will be fixed when user is intended to take out winding displacement 14 Lid 12 is opened so that supportting high block 13 be in lower position so that the recovery of I-shaped conductive terminal 11 to original position and Pine closes winding displacement 14 to take out its winding displacement 14 (referring to Fig. 1).

However, when user be intended to by winding displacement body 14 be inserted into its connector 10 and not will fix lid 12 move to open position when, It can then make winding displacement 14 directly hit with I-shaped conductive terminal 11, that is, have its I-shaped conductive terminal 11 or winding displacement 14 There is the possibility of damage.

In conclusion existing connector Fastening tenon structure there are I-shaped conductive terminal or winding displacement can vitiable technology ask Topic.

Utility model content

When existing connector is had because of winding displacement insertion, fixes lid and does not start and winding displacement and conductive terminal are hit, So that conductive terminal or winding displacement have the possibility of damage；If in this way, when having careless in the operating process of fixing, be easy so that Conductive terminal or winding displacement damage.

In order to solve the above technical problems, the utility model provides a kind of connector Fastening tenon structure, it mainly include connector, It is equipped with accommodating space and complex conduction slot inside connector, is equipped with pivot spaces on one side；Operating parts is fixed, one end, which is equipped with, to be pivoted Portion, another end are then equipped with operation portion, and pivot part is located in pivot spaces and is articulated with connector, and pivot part includes inverted impulse body And body is fixed, inverted impulse body is articulated with connector, and it is projecting inward facing towards accommodating space to fix body one；And plural number fixes conduction Terminal, is located in conductive trough and one end is equipped with and fixes contact jaw, and another end is then equipped with the first protrusion contact jaw, fixes contact End is elastic and projecting inward towards accommodating space with one, and the first protrusion contact jaw is then protruding to outside connector.

Preferably, connector is equipped with the portion of being fixed on one side, fixes operating parts and is equipped with fixed part on one side, fixed part and is consolidated Determine portion to fasten will fix operating parts and be fixed on fixing position.

Preferably, complex conduction slot has further been installed with plural number contact conductive terminal, and one end is equipped with contact jaw, and another end is set There is the second protrusion contact jaw, contact jaw is elastic and projecting inward towards accommodating space with one, and the second protrusion contact jaw then protrudes To the opposite end for protruding from connector one end with the first protrusion contact jaw.

Preferably, it is bigger than contact jaw in the protrusion height in accommodating space to fix contact jaw.

Preferably, it fixes contact jaw and is equipped with top-holding part on one side.

Preferably, pivot part further comprises plural slot, is arranged at intervals on pivot part.

Preferably, it fixes conductive terminal and is further provided with fixing end, wear slot and abut against on inverted impulse body.

Preferably, connector is equipped with limiting section on one side, with inverted impulse body or fix that body fits can with limit pivot part Pivot position.

Preferably, it fixes the another face of body and is further provided with cambered surface.

Detailed description of the invention

Fig. 1 is the sectional view of existing connector Fastening tenon structure；

Fig. 2 is the perspective view of connector Fastening tenon structure provided by the embodiment of the utility model.

Fig. 3 is the exploded view of connector Fastening tenon structure provided by the embodiment of the utility model.

Fig. 4 is the sectional view of the fixing conductive terminal of connector Fastening tenon structure provided by the embodiment of the utility model.

Fig. 5 is the sectional view of the contact conductive terminal of connector Fastening tenon structure provided by the embodiment of the utility model.

Fig. 6 is the schematic diagram of the fixing operating parts open state of connector Fastening tenon structure provided by the embodiment of the utility model.

Fig. 7 is that the fixing operating parts after the winding displacement insertion of connector Fastening tenon structure provided by the embodiment of the utility model is closed The schematic diagram of state.

[symbol description]

10 connectors

11 I-shaped conductive terminals

12 fix lid

The 13 high blocks of support

14 winding displacements

20 connectors

21 accommodating spaces

22 conductive troughs

23 pivot spaces

24 are fixed portion

25 limiting sections

30 fix operating parts

31 pivot parts

311 inverted impulse bodies

312 fix body

3121 cambered surfaces

313 slots

32 operation portions

33 fixed parts

40 fix conductive terminal

41 fix contact jaw

411 top-holding parts

42 first protrusion contact jaws

43 fixing ends

50 contact conductive terminals

51 contact jaws

52 second protrusion contact jaws

60 winding displacements

Specific embodiment

The advantages of the utility model, feature and the technical method reached will carry out more referring to illustrative examples and drawings It describes in detail and is easier to understand, and the utility model can be realized in different forms, therefore it is practical to be understood not to it It is novel to be only limitted to embodiments set forth herein, on the contrary, for skilled artisan, provided embodiment This will be made to disclose scope that is more thorough and conveying the utility model comprehensively and completely, and the utility model will only be attached Claims carried out by define.

Fig. 2-5 is please referred to, connector Fastening tenon structure provided by the embodiment of the utility model mainly includes connector 20, even It is equipped with accommodating space 21 and complex conduction slot 22 inside junctor 20, is equipped with pivot spaces 23 on one side, 20 one side of connector is equipped with quilt Fixed part 24；Operating parts 30 is fixed, one end is equipped with pivot part 31, and another end is then equipped with operation portion 32, and pivot part 31 is located in It being articulated in pivot spaces 23 and with connector 20, pivot part 31 includes inverted impulse body 311, fixes body 312 and plural slot 313, Its inverted impulse body 311 is articulated with connector 20, and fixing 312 bottom surface of body is projecting inward towards accommodating space 21, fixes the another face of body 312 It is further provided with a cambered surface 3121, slot 313 is arranged at intervals on pivot part 31, is fixed 30 one side of operating parts and is equipped with fixed part 33, fixed part 33 fastens with portion 24 is fixed will fix operating parts 30 and be fixed on fixing position；Plural number fixes conducting end Son 40, is located in conductive trough 22 and one end is equipped with and fixes contact jaw 41, and another end is then equipped with the first protrusion contact jaw 42, blocks Affixed contravention 41 is elastic and projecting inward towards accommodating space 21 with one, fixes 41 one side of contact jaw and is equipped with a top-holding part 411, First protrusion contact jaw 42 is then protruding to outside connector 20, and is fixed conductive terminal 40 and be further provided with fixing end 43, is worn If slot 313 and abutting against on inverted impulse body 311；Plural number contact conductive terminal 50 is located in conductive trough 22, and one end is equipped with and connects Contravention 51, another end are equipped with the second protrusion contact jaw 52, and contact jaw 51 is elastic and projecting inward towards accommodating space 21 with one, the Two protrusion contact jaws 52 are then protruding to the opposite end that 20 one end of connector is protruded from the first protrusion contact jaw 42.

Wherein, it is bigger than contact jaw 51 in the protrusion height in accommodating space 21 to fix contact jaw 41.

Wherein, 20 one side of connector is equipped with a limiting section 25, fits with inverted impulse body 311 or fixing body 312 to limit The pivotable position of pivot part 31.

However, the user then can pass through it when user carries out the movement opened or closed by fixing operating parts 30 Operation portion 32 makes to fix the pivot of operating parts 30 and shift up, and when fixing operating parts 30 carries out the actuation opened, then it can lead to It is that the inverted impulse body 311 crossed in pivot spaces 23 and connector 20 are articulated so rotated, and again because of its pivot spaces 23 limitation and its inverted impulse body 311 can only be rotated self in its pivot spaces 23；In addition, being carried out when fixing operating parts 30 When turn, fix body 312 then can have the mode of minimum spacing (not shown) to carry out turn between its limiting section 25, anticipate I.e. when fix body 312 because fix operating parts 30 turn due to relatively carry out turn when, because rotation can by one draw camber line in a manner of into Row rotation, therefore the cambered surface 3121 that 312 one side of fixing body is equipped with then can be corresponding so that card with arc caused by its rotation Solid 312 can keep minimum spacing with limiting section 25 when turn.

Furthermore contact conductive terminal 50 has further been installed in conductive trough 22, and it contacts the second of conductive terminal 50 Protrusion contact jaw 52 and the first protrusion contact jaw 42 for fixing conductive terminal 40 then can all be protruding to connector 20 outside and phase each other To relationship；Further, if first protrudes the outside for the left side that contact jaw 42 is protruding to connector 20, the second protrusion Contact jaw 52 can then be protruding to the outside of the right side of connector 20, in this way, when its first protrusion contact jaw 42 and the second protrusion Connector 20 then effectively can be fixed on printed circuit board after being welded in printed circuit board (PCB) (not shown) by contact jaw 52 On, if but only by the first or second protrude contact jaw 52 be welded on printed circuit board when, can make user operate card Gu operating parts 30 tilts the side of connector 20 when connector 20 does other actuations, and then occur damaging shows As that therefore, connector 20 effectively can be fixed on printing electricity by the first protrusion contact jaw 42 and the second protrusion contact jaw 52 On the plate of road.

Also, it fixes conductive terminal 40 because being equipped with due to two or more, if therefore fixing the first of conductive terminal 40 for one and protruding Contact jaw 42 extends the left side for being protruding to connector 20, and another the first protrusion contact jaw 42 for fixing conductive terminal 40 then extends convex Out to the right side of connector 20, so also effectively connector 20 can be fixed on printed circuit board.Therefore above-mentioned contact is led Electric terminal 50 also alternatively at fix the identical structure of conductive terminal 40, and or other similar structures to pass through protrusion The effect of relevant connection fixation is carried out in contact jaw solid welding to printed circuit board.

In addition, the bottom surface for fixing body 312 then can be towards accommodating space 21 when fixing the presentation closed state of operating parts 30 It is projecting inward, if but fix operating parts 30 present open state when, fix body 312 bottom surface can to accommodate towards left side The space in space 21 increases.

Please refer to Fig. 6-7, Fig. 6 and Fig. 7 distinguish the utility model fixing operating parts open state schematic diagram and winding displacement insert Fixing operating parts closed mode schematic diagram after entering, and simultaneously refering to the exploded view of Fig. 3.As shown, when user is intended to one When winding displacement 60 is inserted into the accommodating space 21 of connector 20, open state can be then presented by fixing operating parts 30, so that fixing body 312 bottom surfaces are towards left side (such as left direction of the 6th figure or the 7th figure), so that winding displacement 60 is inserted by user；And work as winding displacement 60 When insertion, the bottom surface of winding displacement 60 then can be with the fixing contact jaw 41 of fixing conductive terminal 40 and contacting for contact conductive terminal 50 End 51 is in contact conduction.

After the insertion of its winding displacement 60, user can then be moved downwards by operation portion 32 by operating parts 30 is fixed, with So that fixing the downward turn of operating parts 30 (can be bottom-right location and or lower left position) to be fitted and connected in the one side of body 20, so Connector 20 is further provided with the portion of being fixed 24 on one side, and two sides for fixing operating parts 30 are then equipped with fixed part 33, so work as When fixing operating parts 30 is fitted in the one side of connector 20, then it can be mutually clamped by being fixed portion 24 and fixed part 33 Therefore and to fasten between fixing operating parts 30 and connector 20；But it, which engages to close, is only fixed on fixing operating parts 30 It fixes position and avoids making to fix 30 positional shift of operating parts because of shaking or other external force, and if being intended to that operating parts 30 will be fixed When carrying out breakdown action, after user can also bestow a predetermined upward external force on operation portion 32, will can effectively it fix Operating parts 30 is opened.And fix body 312 then and can be in because fixing operating parts 30 and closing clamped position therefore, and make its fixing The bottom surface of body 312 is projecting inward towards accommodating space 21 and is pressed on the another face of winding displacement 60, so that winding displacement 60 is to bottom It moves, at the same time, the fixing contact jaw 41 for fixing conductive terminal 40 can then bestow the upward top power of its winding displacement 60 1, and connect Contravention 51 fixes contact jaw 41 because its protrusion height is less than, therefore contact jaw 51 is in contact on one side conduction with winding displacement 60, (even if this means, contact jaw 51 produces rebound power slightly, it is not sufficient to arrange for giving effectively upward top power Line 60 is clamped and fastened in accommodating space 21), in this way, closing and when winding displacement 60 is inserted into and fixes operating parts 30 in clamped position Afterwards, the bottom surface for fixing body 312 can then be pressed on the another face of winding displacement 60, and the fixing contact jaw 41 for fixing conductive terminal 40 then can Top power processed upwards is bestowed and then its winding displacement 60 to be clamped and fastened in accommodating space 21 in the one side of winding displacement 60.

Because fixing there is top-holding part 411 on contact jaw 41 again, and its top-holding part 411 can resist winding displacement 60 towards outside connector 20 Portion pulls out in direction (also such as the right direction of the 6th figure or the 7th figure), therefore it is in addition to winding displacement 60 to be clamped and fastened in accommodating space 21 Except, also can pass through top-holding part 411 prevents winding displacement 60 from pulling out outward, so winding displacement 60 effectively can be fixed on accommodating space 21 It is interior.

And when user is intended to pull out winding displacement 60, then can pass through operation portion 32 moves upwards, so that fixing operating parts 30 Upward turn, and when fixing 30 upward turn of operating parts, the bottom surface for fixing body 312 then can make flowing mode with a picture camber line Turn to the left, so that fixing the bottom surface of body 312 towards left side, however, carrying out the turn mode of picture camber line when fixing body 312 When, then it (is also moved upwards to about 45 degree of angle as fixed operating parts 30 after first further pressing down winding displacement 60 again When), just can pine close winding displacement 60 so that its right side for fixing body 312 is towards accommodating space 21；Relatively, when winding displacement 60 by into When pressing down to one step, contact jaw 41 and contact jaw 51 are fixed because all having elasticity, therefore all can be to sinking down into conductive trough 22 Inside, and winding displacement 60 is by Song Hehou, fixing contact jaw 41 and contact jaw 51 then can all restore to original position；Such user Effectively its winding displacement 60 can be pulled out.Even if being in close state in addition, fixing operating parts 30, and user is intended to winding displacement 60 When insertion, winding displacement 60 then can only be hit with the protrusion split-phase for fixing body 312, without mutually hitting with conductive terminal, therefore be borrowed This situation that can avoid damaging conductive terminal occurs.

It is to be appreciated that in the description of the present invention, term " center ", " transverse direction ", "upper", "lower", " left side ", " The orientation or positional relationship of the instructions such as the right side ", "vertical", "horizontal", "top", "bottom", "inner", "outside" is side based on the figure Position or positional relationship, are merely for convenience of describing the present invention and simplifying the description, rather than the device of indication or suggestion meaning Or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to the utility model Limitation.

The foregoing is merely the most preferred embodiments of the utility model, and the range of the utility model implementation cannot be limited with this； Therefore all simple equivalent changes and modifications done according to the utility model claims book and description, it should all belong to this In the range that utility model covers.

Claims (9)

1. a kind of connector Fastening tenon structure characterized by comprising

Connector, the connector inside are equipped with accommodating space and complex conduction slot, and the connector one side, which is then equipped with, pivots sky Between；

Operating parts is fixed, one end is equipped with pivot part, and another end is then equipped with operation portion, and the pivot part is located in the pivot spaces Interior and be articulated with the connector, the pivot part includes inverted impulse body and at least one fixes body, the inverted impulse body with it is described Connector is articulated, and the fixing body one is projecting inward facing towards the accommodating space；And

Plural number fixes conductive terminal, is located in the plural number conductive trough and one end is equipped with and fixes contact jaw, another end is then equipped with First protrusion contact jaw, the fixings contact jaw have elasticity and it is projecting inward towards the accommodating space, it is described first protrude connect Contravention is then protruding to outside the connector.

2. connector Fastening tenon structure as described in claim 1, which is characterized in that the connector is equipped with the portion of being fixed on one side, The fixing operating parts is equipped with fixed part on one side, and the fixed part and the portion of being fixed fasten with by the fixing operating parts It is fixed on and fixes position.

3. connector Fastening tenon structure as described in claim 1, which is characterized in that the complex conduction slot is equipped with plural number contact and leads Electric terminal, one end are equipped with contact jaw, and another end is equipped with the second protrusion contact jaw, and the contact jaw has elasticity and towards the appearance Projecting inward between emptying, the second protrusion contact jaw, which is then protruding to, protrudes from the connector one with the first protrusion contact jaw The opposite end at end.

4. connector Fastening tenon structure as claimed in claim 3, which is characterized in that the fixing contact jaw is in the accommodating space Interior protrusion height is bigger than the contact jaw.

5. connector Fastening tenon structure as claimed in claim 4, which is characterized in that the fixing contact jaw is equipped with top system on one side Portion.

6. connector Fastening tenon structure as described in claim 1, which is characterized in that the pivot part further includes plural slot, It is arranged at intervals on the pivot part.

7. connector Fastening tenon structure as claimed in claim 6, which is characterized in that the fixing conductive terminal is additionally provided with fixation End, wears the slot and abuts against on the inverted impulse body.

8. connector Fastening tenon structure as described in claim 1, which is characterized in that the connector is equipped with limiting section on one side, It fits with the inverted impulse body or the fixing body to limit the pivotable position of the pivot part.

9. connector Fastening tenon structure as claimed in claim 8, which is characterized in that the another face of the fixing body is additionally provided with cambered surface.