CN101351929B

CN101351929B - Connector

Info

Publication number: CN101351929B
Application number: CN2006800440255A
Authority: CN
Inventors: 崔润植
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-24
Filing date: 2006-11-23
Publication date: 2012-04-18
Anticipated expiration: 2026-11-23
Also published as: KR200407900Y1; CN101351929A

Abstract

Disclosed is a connector which is used in electrical/electronic appliances and has mechanism of physical connection between a female connector holder including a plurality of symmetrical female terminals and a male connector holder including a plurality of symmetrical male terminals, and more particularly, to a connector which not only maintains stable connection based on an insert-type structure that an insertion part of a male terminal formed in a male connector holder is inserted in an accommodating part of a female terminal formed in a female connector holder, but also has a simple, small, lightweight and thin structure because holders supporting and holding the female and male terminals are formed as a single body on an upper end of one side.; Further, the present invention relates to a connector in which a holder fixing groove is formed in a female connector holder and a holder fixing part is formed in a corner of a male connector holder, so that a binding force of the connector increases doubly in association with a binding force between female and male terminals, thereby preventing the connector from a short-circuit even though an external shock is given to the connector.

Description

Connector

Technical field

The present invention system is about a connector; It is applied to electric and electronic installation; And by a female Connection Block that comprises a plurality of symmetrical female terminals and comprise the physical connection running between the public Connection Block of a plurality of symmetrical male terminals; And more particularly be meant the connector that a low clearance is high-accuracy, it not only keeps stable the connection based on an embedding type structure, and also has one small-sized, light weight and thin type structure; Because support and those upper ends in a side of those female terminals of clamping and those public auspicious sons form a monomer, this embedding type structure is the holding part that the Embedded Division that is formed at a male terminal of a public Connection Block is embedded into a female terminal that is formed at a female Connection Block.

And; The present invention relates to a connector, wherein, holddown groove is formed at a female Connection Block and fixed part and is formed at a jiao of a public Connection Block; Cause the binding force multiplication of this connector; It is relevant with the binding force between female terminal and the male terminal, even therefore an external impact puts on this connector, still can avoid this connector short circuit.

Background technology

In the prior art; With reference to Korean Patent No.10-0463641 and the novel No.20-0225814 of Korea S, 20-0334581,20-0342995 and 20-0363233; One female connectors and a public connector are combined into a kind of man-to-man linear pattern; And it is layering, so this female connectors and the short circuit owing to an external impact of this public connector possibility.

Therefore, a traditional connector and do not meet simple, small-sized, light weight and thin type structure with the trend in the epoch of following.Moreover; It in the position that the female Connection Block and the public Connection Block of this connector mutually combines layering; Therefore produced problems, comprising: structural limitations is not overcome because of difference in height, because possibly arrive electric contacting part and make the conductive performance variation at the welding job solder during; For this public connector, make weld part become fragile because when concentrating the welding male terminal, produce heat.

In addition; The tradition connector has a U-shaped female terminal and a L shaped male terminal, if repeat an external impact or a vibration, if or this public connector repeat to connect and remove from this mother's Connection Block of this connector; Therefore this female terminal and male terminal easy deformation worsen the electric contact between them.In addition, when this U-shaped female terminal is accommodated this L shaped male terminal, tight should acting between them.As a result, when the restoring force variation of this female terminal, therefore this female terminal worsens conductive performance and produces noise only at relative this male terminal of two end points contact.

Summary of the invention

One object of the present invention is for providing a connector; It not only keeps stable the connection based on an embedding type structure; And minimum constructive height along with this connector; It also has one simple, small-sized, light weight and thin type structure, and this embedding type structure is the holding part that the Embedded Division that is formed at a male terminal of a public Connection Block is embedded into a female terminal that is formed at a female Connection Block.

Another object of the present invention is for providing a connector, and wherein, a scolder guide channel is formed at a bottom that is arranged on a female terminal one end in the female connectors, so that this female terminal more firmly depends on a circuit board.

A purpose more of the present invention is for providing a connector, and wherein, a scolder hinders a surface and a bend that is formed at a female terminal that is arranged in the female Connection Block, therefore during welding job, avoids unsettled electric contact.

Another purpose of the present invention is for providing a connector, and wherein, a heat radiation holes is formed at a surface of a female Connection Block, so that pass this heat radiation holes from the quick radiation of the heat of terminal generation.

One aspect of the invention is provides a connector; It is applied to electric and electronic installation; And have a female Connection Block that is formed with a plurality of symmetrical female terminals and the mechanism that is formed with the mutual physical connection of a public Connection Block of a plurality of symmetrical male terminals; This connector comprises: a fixed part, and it is formed at a jiao of this public affairs Connection Block and has a column to set and a fixing position; And holddown groove; Its to the opposite side of should public Connection Block and being formed at this mother's Connection Block with dual support and make up this connector; Wherein, This female terminal of this mother's Connection Block and this public affairs Connection Block and this male terminal have a U-shaped holding part and a U-shaped Embedded Division respectively, so that this Embedded Division of this male terminal is by tight this holding part that detachably embeds this female terminal; And should mother's Connection Block and should comprise female terminal fixed part and male terminal fixed part by the public affairs Connection Block; They form the upper bend at this holding part and this Embedded Division of this female terminal and this male terminal; And molded should mother's Connection Block and should imbed during the public affairs Connection Block so that this female terminal and this male terminal height when connecting is minimum.

In an example embodiment of the present invention, this male terminal comprises a bend, and its middle and upper part by crooked this male terminal fixed part forms; A side that this male terminal is imbedded at this U-shaped Embedded Division or an inner surface of opposite side comprise one and are used for tight operating space; This female terminal comprises a fixing pin, its be arranged on this female terminal bottom of fixing part and its opposite side fine away have fixed wedge with secure in this mother's Connection Block; This female terminal comprises a scolder and hinders groove in a side of a bend of this female terminal fixed part; This female terminal comprises a plurality of ridges, and it is formed at an inner surface of this U-shaped holding part and contacts this male terminal; This holding part of this U-shaped female terminal and this U-shaped male terminal and this Embedded Division in one of which side or its opposite side bending selectively to have C shape space part.

Description of drawings

The present invention is above-mentioned and other characteristic will reference will be made to the accompanying drawings through its example embodiment, wherein:

Fig. 1 is the exploded perspective view according to a connector of first example embodiment of the present invention;

Fig. 2 is the combination oblique view according to a connector of an example embodiment of the present invention;

Fig. 3 is the bottom oblique view according to a public Connection Block of an example embodiment of the present invention;

Fig. 4 is the cutaway view according to this connector of an example embodiment of the present invention;

Fig. 5 representes according to the female terminal of this connector of an example embodiment of the present invention and the mechanism between the male terminal;

Fig. 6 is the combination oblique view according to a connector of second example embodiment of the present invention;

Fig. 7 is the exploded perspective view of Fig. 6; And

Fig. 8 is the cutaway view of Fig. 6.

Embodiment

Fig. 1 is the exploded perspective view according to a connector of first example embodiment of the present invention; Fig. 2 is the combination oblique view according to a connector of an example embodiment of the present invention; Fig. 3 is the bottom oblique view according to a public Connection Block of an example embodiment of the present invention; Fig. 4 is the cutaway view according to this connector of an example embodiment of the present invention; And Fig. 5 representes according to the female terminal of this connector of an example embodiment of the present invention and the mechanism between the male terminal.

According to an example embodiment of the present invention, a connector 1 comprises a female Connection Block 2 that is formed with a plurality of symmetrical female terminals 21, and is formed with a public Connection Block 3 of a plurality of symmetrical male terminals 31, female Connection Block 2 and public Connection Block 3 physical connections.

At Fig. 1 to the connector 1 shown in Figure 5; Fixed part 32 is formed at a jiao of this public affairs Connection Block 3; And has a column to set and a fixing position; And one first holddown groove 22 be formed at this mother's Connection Block 2 opposite side and corresponding to this fixed part 32 so as should mother's Connection Block 2 and this public affairs Connection Block 3 by the supported and combination of dual binding force together with the connection between this female terminal 21 and this male terminal 31, thereby avoid those terminals owing to external impact is separated.Therefore, this mother's Connection Block 2 is accurately aimed at when making up with this public affairs Connection Block 3.This public affairs Connection Block 3 embed should mother's Connection Block 2 after, this mother's Connection Block 2 is firmly fixing with this public affairs Connection Block 3.Moreover this connector 1 can be because of external impact or vibration and is decomposed or be out of shape, and keeps stable electric contact.

For keeping more stable electric contact; One U-shaped holding part 211 is formed in this female terminal 21; And a U-shaped Embedded Division 311 is formed in this male terminal 31, so that this connector 1 can have a stable electric contact, even in the direction of X, Y and Z axle external impact or vibration are arranged.Therefore therefore this Embedded Division 311 of this male terminal 31 avoids this

female terminal

21 and 31 distortion of this male terminal owing to by tension force bending and operating space and smooth-goinglyly this holding part 211 of this female terminal 21 is embedded or shifts out.

At this moment, this female terminal 21 and this male terminal 31 are combined as a kind of like this structure, and promptly this U-shaped Embedded Division 311 is placed in this U-shaped holding part 211.Therefore, because tight adhesion can be kept uniform electric contact, even be difficult to guarantee the even processing quality of this female terminal 21 and this male terminal 31.Moreover not only this female terminal 21 and this male terminal 31 can smooth-going and easily interconnect and separate, and the durability of those terminals also improves, and therefore guarantee uniform electric contact.

And; In order to reduce the height of this female terminal 21 and this male terminal 31; So that this connector 1 small-sized, light weight and thin, this mother's Connection Block 2 and this public affairs Connection Block 3 carry out molded by forming crooked female terminal fixed part 212 and male terminal fixed part 312 respectively in the upper end of a side of this U-shaped holding part 211 of this female terminal 21 and this male terminal 31 and this U-shaped Embedded Division 311.Therefore, this female terminal 21 and this male terminal 31 are by horizontal support and fixing.

In other words; For solving the problem that the traditional batch connector has high height; This connector 1 according to an example embodiment of the present invention; This female terminal fixed part 212 of this female terminal 21 and this male terminal 31 and this male terminal fixed part 312 levels are shaped, the height of this connector 1 when therefore reducing this mother's Connection Block 2 with these public affairs Connection Block 3 combinations.

In this male terminal 31, a middle and upper part of this male terminal fixed part 312 is bent to form a bend 313, therefore when this male terminal fixed part 312 of this male terminal 31 molded imbed should public affairs Connection Block 3 time after, this male terminal 31 is promptly firmly fixed.Therefore, this public affairs Connection Block 3 is molded as and imbeds this bend 313 therein, so this male terminal 31 embeds and firmly be fixed in this public affairs Connection Block 3, therefore dwindles the height of this public affairs Connection Block 3.

This bend 313 not if this male terminal 31 is formed flatly, then this male terminal 31 has and is not to imbed but machinery is inserted in the structure of this public affairs Connection Block 3, so the binding force between this male terminal 31 and this public affairs Connection Block 3 dies down.When this binding force dies down, this male terminal 31 maybe be because vibration and separating or not in the location from this public affairs Connection Block 3.

Moreover if this male terminal 31 is flatly imbedded this public affairs Connection Block 3, this male terminal 31 should be formed in this public affairs Connection Block 3, and height that therefore should public affairs Connection Block 3 increases.In this situation, be difficult to make this connector 1 simple, small-sized, light weight and slim, and for making welding job easy, an end of this male terminal 31 needs bending.

Therefore, utilize this bend 313 of this male terminal 31 can make this connector 1 simple, small-sized, light weight and slim.This bend 313 can form has a circle or arc, but is not limited thereto.Perhaps, this bend 313 can form have a right angle, a triangle, a quadrangle, a polygonal etc.

On the other hand; This female terminal 21 is molded as has a steady pin 213, and it is arranged at these female terminal fixed part 212 bottoms and sharpening has fixed wedge 214 in its opposite side, therefore when this mother's Connection Block 2 is connected with this public affairs Connection Block 3; Avoid this female terminal 21 to separate; Keep this female terminal 21 steady equably, firmly fixing this female terminal 21, and avoid dust to be scattered.Therefore, if having this female terminal 21 of those fixed wedge 214 embed should mother's Connection Block 2 once, just it can not separate from this mother's Connection Block 2.

At this moment; Embed a groove (figure does not show) of this mother's Connection Block 2 when this steady pin 213 with a taper; This steady pin 213 connects and promotes the opposite side of this groove of this mother's Connection Block 2 hermetically, and the refuse of dust of therefore avoiding when injection molded should mother's Connection Block 2, producing etc. and so on is scattered.

If this steady pin 213 of this female terminal 21 is not connected in this mother's Connection Block 2 hermetically, when accommodating this steady pin 213, waste material or dust possibly become scattered about around this groove and on conductivity, have problems.Therefore, this steady pin 213 forms taper to avoid the problem on the conductivity.

In addition, for avoiding the welding job solder during to arrive an electric contact zone and worsen conductivity, a scolder hinders groove 215 and is formed at predefined curved of this female terminal fixed part 212 of this female terminal 21 and avoids this scolder to arrive this electric contact zone.This scolder hinders another form of groove 215, and a ridge (figure does not show) can be formed at a predefined curved portion of this female terminal fixed part 212, and it avoids this scolder to arrive this electric contact zone.Perhaps, this scolder obstruction groove 215 and this ridge form simultaneously.In this embodiment, this scolder hinders design, manufacturing process and the production cost that groove 215 for example can be considered this female terminal 21.

Especially; With reference to figure 4 and Fig. 5; The inner surface that a plurality of ridges 216 are formed at this female terminal 21 to be contacting this male terminal 31, so that by the contact area between this U-shaped Embedded Division 311 of this U-shaped holding part 211 of this female terminal 21 and this male terminal 31 is increased to maximum, when this female terminal 21 is connected with this male terminal 31; Make contact resistance reduce to minimum, therefore improve conductivity and suppress noise.For example, two ridges 216 are formed at the side of inner surface of this female terminal fixed part 212 of this female terminal 21, and a ridge 216 is formed at the opposite side of inner surface, therefore three contacts area of formation between this female terminal 21 and this male terminal 31.

Simultaneously, the position of those ridges 216 and quantity selectively change according to this female terminal 21 and this male terminal 31 similar or identical shapes.

This holding part 211 of this U-shaped female terminal 21 and this U-shaped male terminal 31 and this Embedded Division 311. have

space part

217 and 315 by the side formation of crooked this female terminal 21 and this male terminal 31; Therefore when making this connector 1 have a circular configuration, this

space part

217 and 315 improves locking effect and dismoutability.Perhaps, this

space part

217 and 315 can form by the opposite side of crooked this female terminal 21 and this male terminal 31.In this embodiment, because this U-shaped holding part of this female terminal 21 211 extends to accommodate this U-shaped Embedded Division 311 of this male terminal 31 by tension force, this

space part

217 and 315 for example can be formed at a side of this female terminal 21 and this male terminal 31.

With this structure, this female terminal 21 and this male terminal 31 can easily lock and unclamp under this binding force and this improvement that closely contacts.

If this C

shape space part

217 and 315 is formed at the both sides of this female terminal 21 and this male terminal 31; This holding part 211 of this female terminal 21 improves tight and restoring force this female terminal 21 dies down; Therefore the useful life of this female terminal 21 and dismoutability shorten respectively and worsen, but its binding force improves.

Moreover this holding part 211 of this female terminal 21 and this male terminal 31 and this Embedded Division 311 are circular, make this female terminal 21 and this male terminal 31 to lock each other easily and to unclamp.

Second example embodiment

One second example embodiment of the present invention will be described in down with reference to figure 6 to Fig. 8.

With reference to figure 6 to Fig. 8; A connector according to one second example embodiment of the present invention; It is applied to connect two or more electric or electronic installations; Include the female Connection Block 2 that a plurality of symmetrical female terminals 21 embed into row, and have a plurality of symmetrical male terminals 31 to embed into a public Connection Block 3 of row.This mother's Connection Block 2 and these public affairs Connection Block 3 physical connections make these female terminal 21 electric this male terminals 31 that contact.

At a upper surface of this mother's Connection Block 2, a plurality of female terminal 21 is provided with rule at interval.One end of this female terminal 21 by solder bonds in a circuit board (figure do not show).And one second holddown groove 100a is formed at the opposite side of this upper surface of this mother's Connection Block 2, makes can to insert this second holddown groove 100a by public affairs Connection Block 3 (being described in the back).

This female terminal 21 has one first end and forms a U-shaped holding part 211, reaches one second end and forms a L shaped positioning part 112, and it is placed on the circuit board by welding job.At this, this holding part 211 and this positioning part 112 form a monomer by a female terminal fixed part 212.

Moreover a scolder guide channel 113 is formed on the bottom of this positioning part 112, so that this scolder can be guided easily during welding job.

When this scolder was guided into this scolder guide channel 113, one puts area this female terminal 21 of ambassador that becomes more can more firmly put.

In addition, a plurality of scolders hinder a bend and the par that grooves 215 are formed at this female terminal fixed part 212, arrive the electric contacting part of two terminals to avoid this scolder during the welding job.

When those scolders hindered grooves 215 and are formed at a bend and a par of this female terminal 21, this scolder can't pass through this scolder and hinder groove 215 and arrive these electric contacting parts, therefore improves conductivity.

In addition, a steady pin 213 is outstanding and embed and be fixed in this mother's Connection Block 2 from the bottom of this female terminal fixed part 212 of this female terminal 21.This steady pin 213 has a V-arrangement wedge 214 in the one of which side.Moreover therefore an end of this wedge 214 avoids this steady pin 213 to separate by forging processing and being pressed into this mother's Connection Block 2.

This public affairs Connection Block 3 embeds should mother's Connection Block 2 and connect a plurality of contact points.On a bottom surface of this public affairs Connection Block 3, a plurality of male terminal 31 is provided with rule at interval.One end of this male terminal 31 is bent to form a U-shaped Embedded Division 311 to embed this holding part 211 of this female terminal 21.

At this, in the surface that this mother's Connection Block 2 and this public affairs Connection Block 3 are in contact with one another, a link slot 120 and connects ridge 220 and is formed at this mother's Connection Block 2 and should public affairs Connection Block 3 respectively.When this connection ridge 220 was inserted this link slot 120, this public affairs Connection Block 3 more stably was fixed in this mother's Connection Block 2.

In other words; This connection ridge 220 is formed at an outer surface of this public affairs Connection Block 3; These link slot 120 correspondences are formed at the inner surface of this second holddown groove 100a of this mother's Connection Block 2; So that this connection ridge 220 is inserted this link slot 120, therefore stably fixing should public affairs Connection Block 3 in this mother's Connection Block 2.

This mother's Connection Block 2 and should public affairs Connection Block 3 in,

perforation

101 and 201 is formed at a bottom surface of this mother's Connection Block 2 and an end face of this public affairs Connection Block 3, makes this holding part 211 and this Embedded Division 311 to be in communication with the outside.Pass this

perforation

101 and 201, heat is radiated the external world from this female terminal 21 and this male terminal 31 naturally.

In other words, a plurality of heat radiation holes 201 are formed at a position of this end face of this public affairs Connection Block 3 at interval with rule, and this public affairs Connection Block 3 is vertically passed in this holding part 211 and the 311 mutual electric contacts of this Embedded Division in this position simultaneously.Likewise, this mother's Connection Block 2 is passed simultaneously to position that should holding part 211 in a plurality of heat radiation holes 201 are formed at this mother's Connection Block 2 at interval with rule this bottom surface.

In addition; As shown in Figure 8; A plurality of ridge 111a are formed at a relative top of this inner surface of this holding part 211; So that the contact area by between this male terminal 31 of this female terminal 21 that maximizes this U-shaped holding part 211 and this U-shaped Embedded Division 311 firmly connects this female terminal 21 and this male terminal 31.

Simultaneously, the position of those ridges 111a and quantity selectively change according to this female terminal 21 and this male terminal 31 similar or identical shapes.

Industrial applicibility

As stated; In a connector according to an example embodiment of the present invention; This female terminal of this mother's Connection Block and this public affairs Connection Block and this holding part of this male terminal and this Embedded Division form has U-shaped, so that this connector can have is one simple, small-sized, light weight and thin type structure.Moreover this Embedded Division of this male terminal is this holding part that detachably embeds this female terminal, even make that applying an external impact or a vibration in X, Y and Z-direction also can stablize and guarantee electric contact.In addition, contact resistance is minimized, and therefore improves conductivity and reduces noise.

Moreover, have this female terminal and mutual smooth-going locking and the separation of this male terminal of this U-shaped, avoiding distortion, even therefore repeatedly locking and the separation of this female terminal and this male terminal improve durability degree and avoid owing to impact and cause short circuit by tension force.

In addition, this scolder guide channel is formed at the bottom of this positioning part of this female terminal, so that this female terminal can be placed on this circuit board at an easy rate.

Moreover a plurality of scolders hinder this bend and this par that groove is formed at this female terminal, to avoid scolder to arrive this electric contacting part and to worsen this conductivity, therefore improve this welding job and improve production capacity.

In addition; A plurality of heat radiation holes are formed at this upper surface and this lower surface of this mother's Connection Block and this public affairs Connection Block; So that the heat that produces from this female terminal and this male terminal passes those heat radiation holes and is radiated the external world, therefore avoid this connector overheated, and discharge aqueous vapor smooth-goingly.Therefore this connector is avoided because the expansion that heat caused of high temperature, localized heating, distortion etc.

Though some embodiments of the present invention disclose and describe, right those skilled in the art it should be noted, are not deviating under principle of the present invention and the spirit, and those embodiment can change, and its scope should be defined by claims and equivalents thereof.

Claims

1. connector, it is used for electric and electronic installation, and has such structure, promptly is formed with a female Connection Block and the mutual physical connection of a public Connection Block that is formed with a plurality of symmetrical male terminals of a plurality of symmetrical female terminals, it is characterized in that:

A fixed part is formed on a jiao of this public affairs Connection Block and has a column and reaches a fixing position to set,

A holddown groove is formed on the both sides of this mother's Connection Block and corresponding to this fixed part, reaches fixing this connector with dual support, and

This female terminal of this mother's Connection Block and this public affairs Connection Block and this male terminal have a U-shaped holding part and a U-shaped Embedded Division respectively, so that this Embedded Division of this male terminal is by tight and detachably embed this holding part of this female terminal.

2. connector as claimed in claim 1; It is characterized in that; This mother's Connection Block and should comprise female terminal fixed part and male terminal fixed part by the public affairs Connection Block; They form the upper bend at this holding part and this Embedded Division of this female terminal and this male terminal, and molded should mother's Connection Block and should imbed during the public affairs Connection Block so that this female terminal and this male terminal height when connecting is minimum.

3. connector as claimed in claim 2 is characterized in that this male terminal comprises a bend, and it forms by a middle and upper part of crooked this male terminal fixed part.

4. connector as claimed in claim 3 is characterized in that, a side that this male terminal is imbedded at this U-shaped Embedded Division or an inner surface of two opposite sides comprise that one is used for tight operating space.

5. connector as claimed in claim 4 is characterized in that this female terminal comprises a steady pin, and it is arranged on the bottom of this female terminal fixed part, and its two side fine away have fixed wedge with secure in this mother's Connection Block.

6. connector as claimed in claim 5 is characterized in that, this female terminal one scolder hinders groove in a side of a bend of this female terminal fixed part.

7. connector as claimed in claim 6 is characterized in that this female terminal comprises a plurality of ridges, and they are formed at an inner surface of this U-shaped holding part and contact this male terminal.

8. connector as claimed in claim 7 is characterized in that, this U-shaped holding part of this female terminal and this male terminal and this U-shaped Embedded Division are bent at a side or two lateral bendings of this U-shaped holding part and this U-shaped Embedded Division, selectively to have C shape space part.

9. connector as claimed in claim 1 is characterized in that, this connector further comprises:

One female terminal fixed part, it is crooked in the top that this female terminal is imbedded;

One male terminal fixed part, it is crooked in the top that this male terminal is imbedded;

One bend, its middle and upper part by crooked this male terminal fixed part forms;

One operating space, it is formed at a side that this U-shaped Embedded Division imbeds or an inner surface of two opposite sides;

One steady pin, it is arranged on the bottom of this female terminal fixed part, and has fixed wedge in the two opposite sides of this steady pin;

One scolder hinders groove, and it is formed at a side of a bend of this female terminal fixed part;

A plurality of ridges, they are formed at an inner surface of this U-shaped holding part, and contact this male terminal;

One C shape space part, its side or two opposite sides by this holding part of crooked this U-shaped female terminal form; And

One C shape space part, its side or two opposite sides by this Embedded Division of crooked this U-shaped male terminal form.

10. connector, it has such mechanism, has a plurality of symmetrical female terminals to embed into a female Connection Block of row and a public Connection Block physical connection that a plurality of symmetrical male terminals embed into row is arranged with electric contact, and this connector comprises:

One connects ridge, and its outer surface from this public affairs Connection Block is outwards outstanding; And

One link slot, it is formed at an inner surface of this mother's Connection Block and corresponding to this connection ridge, wherein, this connects ridge and this link slot and connects and make that should the public affairs Connection Block embed should mother's Connection Block, and

This female terminal and this male terminal comprise a U-shaped holding part and a U-shaped Embedded Division respectively, make the Embedded Division of this male terminal detachably embed the holding part of this female terminal.

11. connector as claimed in claim 10 is characterized in that, this female terminal comprises the bottom of a scolder guide channel in the one of which positioning part.

12. connector as claimed in claim 10 is characterized in that, further comprises heat radiation holes, it is formed at a bottom surface of this mother's Connection Block and an end face of this public affairs Connection Block respectively, and this Embedded Division and this holding part are in communication with the outside.

13. connector as claimed in claim 12 is characterized in that, comprises that further a plurality of scolders hinder groove, it is formed in the bend and a par of this female terminal.

14. connector as claimed in claim 12 is characterized in that, further comprises:

One fixed part, it is outstanding and embed should mother's Connection Block from this bottom surface of this female terminal; And

One V-arrangement wedge, it is formed at a side of this fixed part and avoids this standing part to leave.