CN2684417Y

CN2684417Y - Thin connector

Info

Publication number: CN2684417Y
Application number: CN 200420001415
Authority: CN
Inventors: 关启德
Original assignee: L&K Precision Technology Co Ltd
Current assignee: L&K Precision Technology Co Ltd
Priority date: 2004-01-29
Filing date: 2004-01-29
Publication date: 2005-03-09
Anticipated expiration: 2014-01-29

Abstract

The utility model provides a slim connector for with the cable equipment and can provide and dock with the socket connector, include: the cable connector comprises a first body and a second body which are assembled into a whole, and a plurality of conductive terminals accommodated in the second body, wherein the first body comprises a first insulator, a first shielding body and a propping body, the second body comprises a second insulator and a second shielding body, each conductive terminal comprises a contact end and a split pin, when the first body and the second body are assembled into a whole, a cable fixed on the first body is punctured by the split pins of the conductive terminals and is communicated with the conductive terminals, and meanwhile, the punctured ends of the cables are propped by the propping body, so that the loosening or separation of the punctured ends can be avoided, the stability of the telecommunication transmission can be ensured, and the service life can be prolonged.

Description

Low profile connector

Technical field

The utility model is about a kind of connector, particularly a kind ofly be used for cable assembling and can provide dock with socket connector, simultaneously, have the structure assembling firmly, be difficult for getting loose, and can improve the low profile connector of useful life and telecommunication transmission quality.

Background technology

The low profile connector that docks with socket connector is assembled and provided to known being used for cable, its structure comprises: the insulation shell with abutting end and butt end, and be assembled in a plurality of conducting terminals between this abutting end and the butt end, and be coated on the outer structures such as baffle of this insulation shell, by this abutting end is can be for an end of cable and an end winding of conducting terminal, this butt end of mat then can be when butt joint, make the conducting terminal other end of low profile connector contact, and reach the effect of telecommunication transmission with the conducting terminal of socket connector.

But, the conducting terminal of known low profile connector is connected with cable, be to reach with welding manner, and because the other end of cable usually must carry out the butt joint action in various orientation, therefore, one side of cable welding just directly is subjected to the strength of pullling in various orientation, and known low profile connector there is no any protection setting to this phenomenon, be with, even often make the weld of cable and conducting terminal cause loosening the disengaging, not only influence the stable transmission of telecommunication, more make reduce useful life.

Summary of the invention

The purpose of this utility model is to provide a kind of structure assembling firm, in the time of can making the butt joint plug, one end of itself and cable engagement is at the place that is bonded with each other, pull in the time of can not being subjected to docking and cause loosening or break-off, stable to guarantee that telecommunication is transmitted, and improve the low profile connector in useful life.

A kind of low profile connector is to be used for cable assembling and to provide with socket connector dock, it is characterized in that comprising that having mutual group stands and be first body of one and second body, wherein:

This first body comprises first insulator, first baffle and pushes against body, and this first insulator is the prolate square body, and its macropinacoid is provided with a plurality of clip slots that are used to insert and put cable; And this first baffle is to be coated on first insulator, and its two ends are provided with the winding arm, is provided with snap-latch surface between this two windings arm, has a plurality of draw-in grooves on it, and this pushes against body is rectangular plate body, and its corresponding aforementioned draw-in groove is provided with the card arm;

This second body, comprise second insulator and second baffle, wherein this second insulator has the major axis limit and is positioned at the minor axis limit at two ends, major axis limit, one side on this major axis limit is an interface, and a relative side is the composition surface, be extended with the terminal accommodating chamber in interface, which is provided with a plurality of accepting grooves that run through interface and composition surface, this second baffle is to be coated on second insulator; And

A plurality of conducting terminals are assembled in the accepting groove of second insulator respectively, and an end of each conducting terminal is a contact jaw, and this contact jaw is positioned at the interface of second insulator, and the other end is the hatching line pin that is positioned at the composition surface of second insulator;

Mat is so constructed, when first and second body is assembled into one mutually, these hatching line pins of mat will be fixed in that these cables on first body puncture and reach with conducting terminal and be communicated with, simultaneously, this pushes against mat body and the quilt of cable is inserted and put end compresses, and can avoid cable to be punctured the loosening of end or break away from.

Described low profile connector is characterized in that: this first baffle further is provided with by major axis one side of this first baffle and extends the face that pushes against that forms.

Described low profile connector is characterized in that: the assembling arm of this first baffle is to be extended and the stern song by the two ends of first baffle, and is provided with overhead kick in relative both side edges.

Described low profile connector is characterized in that: the snap-latch surface of this first baffle is to be extended and past inner bending by the major axis limit, and keeps spacing with first baffle, and, be so that these draw-in grooves equidistantly to be set on this snap-latch surface.

Described low profile connector is characterized in that: this second baffle further is provided with supporting surface with respect to this side that pushes against the face that pushes against of body, and this supporting surface is to be formed by this second baffle extension and bending.

Described low profile connector is characterized in that: this hatching line pin is to be tuning fork-like.

Described low profile connector is characterized in that: these two ends that push against body further are provided with edge and close face, and this edge closes face and tears extension open by the two ends of the card arm the same side that pushes against body are curved, and length is suitable with this card arm.

Described low profile connector is characterized in that: form the male and fomale(M﹠F) with invigoration effect on this second baffle.

Described low profile connector is characterized in that: this second insulator the minor axis limit on be respectively equipped be used for for the assembling grove of the mutual clamping of winding arm of this first baffle.

The principal character of the utility model low profile connector is: this low profile connector has mutual group and upright is first body of one and second body, wherein this first body comprises first insulator, first baffle and pushes against body, this first insulator is provided with a end that a plurality of clip slots are used to insert and put a plurality of cables at grade, and this first baffle is to be coated on first insulator and can be assembled into one with second body.This pushes against the end that body then can be inserted and put these cables and further presses, and is sticked on this first baffle.This second body comprises second insulator, second baffle, wherein accommodates a plurality of conducting terminals on this second insulator, and an end of each conducting terminal is provided with the hatching line pin; In addition

One end then is a contact jaw, use when first and second body is assembled into one mutually, these hatching line pins of mat will be fixed in that these cables on first body puncture and reach with conducting terminal and be communicated with, simultaneously, this pushes against mat body and the quilt of these cables is inserted and put end compresses, and can avoid cable to be punctured the loosening of end or break away from.

Advantage of the present utility model is:

Can avoid the cable other end when the butt joint plug of carrying out various orientation, pull in the time of can not being subjected to docking and cause loosening or break-off, stable to guarantee that telecommunication is transmitted, and improve the life-span of using.

For structure of the present utility model, feature and effect thereof are had further understanding, enumerate specific embodiment now and be described with reference to the accompanying drawings as follows.

Description of drawings

Figure 1A is the sectional perspective exploded view of the utility model low profile connector.

Figure 1B is Figure 1A stereogram of Rotate 180 degree to the right.

Fig. 2 A is the utility model first body with first insulator, first baffle and pushes against the stereogram that body decomposes.

Fig. 2 B for Fig. 2 A turn over 180 the degree stereograms.

Fig. 3 is the three-dimensional combination figure of the utility model low profile connector.

Fig. 4 for Fig. 3 turn over 180 the degree and from another angle look stereogram.

Fig. 5 is the top view of Fig. 4.

Fig. 6 is the 6-6 cutaway view of Fig. 5.

Fig. 7 is the 7-7 cutaway view of Fig. 5.

Fig. 8 is the 8-8 cutaway view of Fig. 5.

Embodiment

See also Figure 1A, Figure 1B, the utility model low profile connector 1 mainly comprises: have mutual group and upright be first body 2 of one and second body 3, wherein:

This first body 2 please cooperate Fig. 2 A, Fig. 2 B to see it, comprises first insulator 20, first baffle 21 and pushes against body 22, and this first insulator 20 is the prolate square body, and its macropinacoid is provided with a plurality of clip slots 201, is used to insert and put cable 6.And this first baffle 21 is to be coated on first insulator 20, and its two ends are provided with winding arm 211, be to be extended and bending by the two ends of first baffle 21, and the relative both side edges of this winding arm 211 is provided with overhead kick 212, is used for interfering assembling.In addition, be provided with snap-latch surface 213 between this two windings arm 211, this snap-latch surface 213 is to be extended and past inner bending by the major axis limit of first baffle 21, and keeps spacings with first baffle 21, and, be so that a plurality of draw-in grooves 214 equidistantly to be set on this snap-latch surface 213.Again, this first baffle 21 is provided with the face of pushing against 215, is the major axis one side vertical extent by this first baffle 21.And this pushes against body 22 and is rectangular plate body, and its corresponding aforementioned draw-in groove 214 is provided with card arm 221, can detain card when assembling mutually.In addition, these two ends that push against body 22 are provided with edge and close face 222, are the two ends bending extensions by the homonymy of draw-in groove 214, and extend suitable with the length of this card arm 221.

This second body 3, please see Figure 1A, Figure 1B, comprise second insulator 30 and second baffle 31, wherein this second insulator 30 has the major axis limit and is positioned at the minor axis limit at two ends, major axis limit, wherein a side on the major axis limit of second insulator 30 is an interface 301, and a relative side is composition surface 302, be extended with terminal accommodating chamber 303 in interface 301, which is provided with a plurality of accepting grooves 304, this accepting groove 304 is to run through interface 301 to be used to accommodate conducting terminal 4 with composition surface 302, one end of this conducting terminal 4 is a contact jaw 40, it is the interface 301 that is positioned at second insulator 30, the other end is a hatching line pin 41, and this hatching line pin 41 is positioned at the composition surface 302 of second insulator 30.In addition, be respectively equipped with on the minor axis limit of this second insulator 30 assembling grove 300 be used for for the winding arm 211 mutual clampings of aforementioned first baffle 21.This second baffle 31 is to be coated on second insulator 30, forms the male and fomale(M﹠F) 311 with invigoration effect on it.Again, this second baffle 31 is provided with supporting surface 312, and this supporting surface 312 is to extend also vertical bending by this second baffle 31 to form, and is used to compress cable 6.

During first and

second body

2,3 assemblings of the utility model, the winding arm 211 of mat

first baffle

21 and 300 clampings respectively of the assembling grove on the minor axis limit of this second insulator 30 promptly can be assembled into one, as shown in Figure 2.The continuous Fig. 4 that sees also, Fig. 4 for Fig. 3 turn over 180 spend and from another angle look stereogram, from then on figure can find out that cable 6 is compressed state by the supporting surface 312 of this second baffle 31.Cable 6 relative sides are then compressed by the snap-latch surface 213 of this first baffle 21.

After first and

second body

2,3 assemblings, as shown in Figure 6, this cable 6 is in first and second body 2, the processes of 3 assemblings are punctured (shown in Figure 7) by the hatching line pin 41 of conducting terminal 4, thereby can reach with conducting terminal 4 and be communicated with, and so signal can transmit smoothly when butt joint.The explanation of value be, since the draw-in groove 214 of this card arm 221 that pushes against body 22 of the utility model mat and snap-latch surface 213 buckle card, the quilt of cable 6 is inserted and put end equidistantly to compress (as shown in Figure 8), be that per two cables 6 are pushed against body 22 and are resisted against on first baffle 21, so, can avoid cable 6 other ends when the butt joint plug of carrying out various orientation, pull in the time of can not being subjected to docking and cause loosening or break-off, stable to guarantee that telecommunication is transmitted, and improve the life-span of using.

In sum, the utility model low profile connector really can reach the purpose of creation, meets novel patent requirement, but, the above only is preferred embodiment of the present utility model, and the various modifications and the variation of doing according to the utility model must be contained in the present patent application scope generally.

Claims

1. A thin connector, which is used for assembling with cables and providing docking with socket connectors, is characterized by comprising: a first body and a second body that are integrated with each other, wherein:

The first body includes a first insulator, a first shielding body, and an abutting body. The first insulator is a flat rectangular body, and a plurality of clamping grooves for clamping cables are provided on its long axis; and the first insulator A shielding body is covered on the first insulator, and its two ends are provided with assembly arms, and an engaging surface is provided between the two sets of arms, and there are a plurality of engaging slots on it, and the abutting body is a long strip body , which is provided with a card arm corresponding to the aforementioned card slot;

The second body includes a second insulator and a second shielding body, wherein the second insulator has a long-axis side and short-axis sides located at both ends of the long-axis side, one side of the long-axis side is a butt surface, and the opposite side The side is the joint surface, and a terminal accommodation chamber is extended on the joint surface, and a plurality of receiving grooves are provided on it to penetrate the joint surface and the joint surface, and the second shielding body is covered by the second insulator; and

A plurality of conductive terminals are respectively assembled in the receiving groove of the second insulator, one end of each conductive terminal is a contact end, and the contact end is located on the butt joint surface of the second insulator, and the other end is a split pin located on the joint surface of the second insulator ;

When the first and second bodies are assembled with each other, the cables fixed on the first body are pierced through the split pins and communicated with the conductive terminals, and the clamping body connects the clamped ends of the cables resist pressure.

2. The thin connector according to claim 1, wherein the first shielding body is further provided with an abutting surface extending from one side of the long axis of the first shielding body.

3. The thin connector according to claim 2, wherein the assembling arms of the first shielding body are extended from both ends of the first shielding body and curved, and barbs are provided on opposite side edges.

4. The thin connector according to claim 3, characterized in that: the engagement surface of the first shielding body is extended from the long axis side and bent inwards to keep a distance from the first shielding body, and the The clamping grooves are arranged equidistantly on the engaging surface.

5. The thin connector according to claim 1, characterized in that: the side of the second shielding body opposite to the abutting surface of the abutting body is further provided with a supporting surface, and the supporting surface is formed by the second shielding body. The shielding body is extended and bent.

6. The thin connector according to claim 1, wherein the cut-out pin is in the shape of a tuning fork.

7. The thin connector according to claim 1, characterized in that: the two ends of the abutting body are further provided with a mating surface, and the mating surface is bent and extended from the two ends of the same side of the locking arm of the abutting body , and the length is equivalent to the arm.

8. The thin connector according to claim 7, characterized in that: the second shielding body is formed with a reinforced concave-convex surface.

9 . The thin connector according to claim 1 , wherein the second insulator is provided with assembly slots on the sides of the short axis for engaging with the assembly arms of the first shielding body.