CN201336402Y

CN201336402Y - Terminal embedded electric connector

Info

Publication number: CN201336402Y
Application number: CNU2008201845274U
Authority: CN
Inventors: 李国基; 林景皇
Original assignee: DRAGONSTATE Tech Co Ltd
Current assignee: Concraft Holding Co Ltd
Priority date: 2008-12-30
Filing date: 2008-12-30
Publication date: 2009-10-28
Anticipated expiration: 2018-12-30

Abstract

A terminal embedded electric connector comprises an insulating body, a fixing piece and a plurality of conductive terminals, wherein the insulating body is combined with the fixing piece, the embedded parts of the conductive terminals are embedded and formed in the fixing piece, and the contact parts of the conductive terminals penetrate through holes of the insulating body and are accommodated in inserting grooves of the insulating body. The embedded part of the conductive terminal is embedded and molded in the fixing part, so that the conductive terminal is not easy to pull out, and the embedded part is not easy to oxidize. The structure of the conductive terminal of the utility model can also reduce the waste material generated when manufacturing the conductive terminal.

Description

Terminal flush type electric connector

Technical field

The utility model relates to a kind of electric connector, relates in particular to a kind of electric connector that conducting terminal is imbedded insulating body that has.

Background technology

General as electronic products such as personal computer, video screens, most likely electric connector for socket 100a is set, to do the transmission of a signal with the equipment of periphery in casing inside.

See also Fig. 1, be the unit assembly drawing of existing electric connector 100a, wherein electric connector 100a comprise an insulating body 110a, with a plurality of conducting terminal 120a.The plastic material that insulating body 110a is formed in one.Insulating body 110a is provided with a plurality of plants hole 111a.These conducting terminals 120a comprise a contact site 121a, a fixed part 122a, an extension 123a, with an installation portion 124a.Contact site 121a and fixed part 122a are inserted in respectively in the 111a of these plant holes.Because extension 123a is exposed to outside the insulating body 110a, can cause the Electromagnetic Interference between two conducting terminal 120a, and influence transmission quality, and in the process of electric connector 100a carrying, also collude installation portion 124a often, make conducting terminal 120a be pulled out outside the insulating body 110a, make electric connector 100a damage.Extension 123a is exposed to outside the insulating body 110a for a long time in addition, the time regular meeting cause extension 123a oxidation, and then influence the attractive in appearance of electric connector 100a, make the electric connector 100a that places a period of time be difficult for selling.

Existing in addition conducting terminal 120a has the structure of forks such as contact site 121a, fixed part 122a, extension 123a, only can directly cut out the shape of conducting terminal 120a when making conducting terminal 120a with the rectangle metallic plate, but after cutting, can cause a large amount of waste materials, not only hinder environmental protection and more cause raising on the material cost.

Therefore, main purpose of the present utility model is to provide a kind of ejection formation formula electric connector, to improve the problems referred to above.

The utility model content

The purpose of this utility model is to provide a kind of ejection formation formula electric connector, its embedding part with conducting terminal is imbedded moulding (insert molding) in a fixture, make this conducting terminal be difficult for being pulled out, and this embedding part is difficult for oxidized, and can reduce the waste material that produces when making this conducting terminal.

To achieve the above object, the utility model provides a kind of terminal flush type electric connector to comprise an anchor structure, reaches an insulating body.

This fixed structure comprises: a fixture and a plurality of conducting terminal.This fixture has an installation side, and each conducting terminal comprises: an embedding part and a contact site.This embedding part is imbedded along a bearing of trend and is taken shape in this fixture, and this contact site is extended in this installation side by an end of this embedding part.

This insulating body is combined in the installation side of this fixture, this insulating body is provided with a plug surface and a plurality of through hole, this plug surface is provided with to cave inward and forms an inserting groove, these through holes are connected with this inserting groove, and the contact site of these conducting terminals passes this through hole, and is placed in this inserting groove.

Therefore, the utility model is embedded in this fixture by the embedding part of conducting terminal, and this contact site passes this through hole, and is placed in this inserting groove.Make this conducting terminal, do not need as auxiliary fixing structures such as existing fixed portions, can a rectangular metal sheet bending and make, can reduce a large amount of waste materials for this reason.Therefore in addition, this embedding part is embedded in this fixture, can make that this conducting terminal is difficult for extracting from this electric connector, is difficult for oxidizedly, and reduces advantage such as Electromagnetic Interference.

Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.

Description of drawings

Fig. 1 is the stereogram of existing electric connector;

Fig. 2 is the stereogram of the utility model terminal flush type electric connector;

Fig. 3 is the exploded view of the utility model terminal flush type electric connector;

Fig. 4 is that the utility model terminal flush type electric connector is in another visual angle of Fig. 3; And

Fig. 5 is the end view of conducting terminal of the present utility model.

Wherein, Reference numeral

Prior art

Electric connector 100a

Insulating body 110a

Plant hole 111a

Conducting terminal 120a

Contact site 121a

Fixed part 122a

Extension 123a

Installation portion 124a

The utility model

Terminal flush type electric connector 1000

Fixed structure 100

Fixture 110

Front end face 111

Rear end face 112

Side end face 113

Bottom face 114

Installation side 115

The front end edge buries portion 116

The rear end edge buries portion 117

Durchgangshohle 118

Locating piece 130

Combining structure 200

Insulating body 210

Plug surface 211

Combined side 212

Combination bottom surface 213

Through hole 214

Inserting groove 215

Location notch 216

Conducting terminal 300

Embedding part 310

Contact site 320

Installation portion 330

Strutting piece 400

Connecting portion 410

Holding section 420

Support portion 430

Grafting direction D1

Bearing of trend D2

Embodiment

Below in conjunction with accompanying drawing structural principle of the present utility model and operation principle are done concrete description:

See also Fig. 2, be the stereogram of the utility model terminal flush type electric connector 1000.Terminal flush type electric connector 1000 comprises a fixed structure 100, a combining structure 200, reaches two strutting pieces 400.This fixed structure 100 comprises a fixture 110 and a plurality of conducting terminals 300.At least a portion of these conducting terminals 300 is imbedded and is taken shape in fixture 110.Combining structure 200 is combined in fixed structure 100, and strutting piece 400 can be plugged in the both sides of combining structure 200 along a grafting direction D1.

See also Fig. 3 to Fig. 4, Fig. 3 is the exploded view of the utility model terminal flush type electric connector 1000, and Fig. 4 is another visual angle of Fig. 3.Fixed structure 100 comprises a fixture 110, a positioning block 130 and a plurality of conducting terminals 300.

Fixture 110 has a front end face 111, a rear end face 112, two with respect to front end face 111 and connects front end faces 111 and rear end face 112 and relative side end face 113, a bottom face 114 that links to each other with front end face 111, rear end face 112 and side end face 113, reaches an installation side 115 with respect to bottom face 114, wherein front end face 111, rear end face 112, and side end face 113 can surround a cylinder that extends along a bearing of trend D2, the bottom face 114 of fixture 110 can be arranged at a printed circuit board (PCB) or a device is gone up (figure does not show).

Fixture 110 is set with front end edge in addition along front end face 111 and buries portion 116, is set with rear end edge along rear end face 112 and buries portion 117.Fixture 110 is concaved with a Durchgangshohle 118 in bottom face 114 along bearing of trend D2, Durchgangshohle 118 and in front end edge bury portion 116, the rear end edge buries between the portion 117.Durchgangshohle 118 is set, can saves and make fixture 110 Master Costs.

Locating piece 130 is extended by the side end face 113 of fixture 110, and can be integrally formed in fixture 110.

Combining structure 200 comprises an insulating body 210.Insulating body 210 is combined in the installation side 115 of fixture 110, and insulating body 210 is provided with a plug surface 211, a combined side 212, a combination bottom surface 213, a plurality of through hole 214, a location notch 216.Plug surface 211 is provided with to cave inward and forms an inserting groove 215, and inserting groove 215 can insert for another butt joint electric connector, internal memory or device (figure does not show).Through hole 214 is connected with inserting groove 215, and these through holes 214 can be arranged at combined side 212 and/or combination bottom surface 213.Location notch 216 can be set to the concave by combined side 212 and form, and when insulating body 210 was combined in fixture 110, locating piece 130 can be sticked in the location notch 216, with secondary combined insulating body 210 and fixture 110.

Please in the lump with reference to figure 5, be the end view of conducting terminal 300 of the present utility model in addition, each these conducting terminal 300 can comprise an embedding part 310, a contact site 320 and an installation portion 330.Embedding part 310 imbeds along bearing of trend D2 that the front end edge that takes shape in fixture 110 buries portion 116 and the rear end edge buries portion 117.Contact site 320 is extended in installation side 115 by an end of embedding part 310, and contact site 320 passes through hole 214, and is placed in the inserting groove 215, and wherein contact site 320 can extend perpendicular to bearing of trend D2.Installation portion 330 extends along the other end of embedding part 310, and is exposed to the bottom of fixture 110, and this bottom can be rear end face 112 or bottom face 114.By finding out among Fig. 5 that these conducting terminals 300 are the bending structure of a strip, therefore can after the punching press bending, make by metal sheet, can compare prior art and reduce a large amount of waste materials.

Two strutting pieces 400 can comprise a junction 410, a holding section 420, with a support portion 430, connecting portion 410 is combined in the side of insulating body 210, holding section 420 can engage a memory card that is plugged in inserting groove 215 edge of (figure does not show), and support portion 430 can be connected with a printed circuit board (PCB) (figure does not show).

In the utility model in when assembling, insulating body 210 can be plugged in the installation side 115 of fixture 110 along grafting direction D1, the contact site 320 of conducting terminal 300 runs through this through hole 214.

In sum, the utility model is embedded in this fixture by the embedding part of conducting terminal, and this contact site passes this through hole, and is placed in this inserting groove.Make this conducting terminal, do not need as auxiliary fixing structures such as existing fixed portions, can a rectangular metal sheet bending and make, can reduce a large amount of waste materials for this reason.Therefore in addition, this embedding part is embedded in this fixture, can make that this conducting terminal is difficult for extracting from this electric connector, is difficult for oxidizedly, and reduces advantage such as Electromagnetic Interference.

Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the utility model.

Claims

1. A terminal embedded electrical connector, characterized in that it comprises:

A fixed structure, including:

a fixing part having a mounting side;

A plurality of conductive terminals, each conductive terminal includes:

an embedding portion embedded in the fixing member along an extending direction;

a contact portion extending from one end of the embedded portion out of the mounting side; and

An insulating body, combined on the installation side of the fixing part, the insulating body is provided with an insertion surface and a plurality of through holes, and the insertion surface is provided with an inward depression to form an insertion groove, and these through holes and the insertion groove are connected, and the contact parts of these conductive terminals pass through the through hole and are accommodated in the insertion slot.

2. The embedded terminal electrical connector according to claim 1, wherein the fixing member is provided with a front end face and a rear end face opposite to the front end face, wherein the side end face is connected to the front end face and the front end face On the rear end face, a front end embedded part is set along the front end face, and a rear end embedded part is set along the rear end face.

3. The embedded terminal electrical connector according to claim 2, wherein the fixing member is provided with a through hole between the front embedded part and the rear embedded part along the extending direction.

4. The embedded terminal electrical connector according to claim 2, wherein the embedded portion is embedded in the front embedded portion and the rear embedded portion.

5. The terminal-embedded electrical connector according to claim 1, wherein the conductive terminal comprises a mounting portion, the mounting portion extends along the other end of the embedded portion and is exposed on the fixing part bottom.

6. The terminal-embedded electrical connector according to claim 1, further comprising a supporting member combined with the side end of the insulating body.