CN101877446B - Connector and manufacturing method thereof - Google Patents
Connector and manufacturing method thereof Download PDFInfo
- Publication number
- CN101877446B CN101877446B CN 201010168039 CN201010168039A CN101877446B CN 101877446 B CN101877446 B CN 101877446B CN 201010168039 CN201010168039 CN 201010168039 CN 201010168039 A CN201010168039 A CN 201010168039A CN 101877446 B CN101877446 B CN 101877446B
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- contact site
- connector
- housing
- maintaining part
- section
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- Manufacturing Of Electrical Connectors (AREA)
- Coupling Device And Connection With Printed Circuit (AREA)
Abstract
The invention provides a connector and a manufacturing method thereof, capable of arranging contact parts arranged at the two surfaces of a keeping part without moving at good precision when insertion forming. The keeping part (16) mounted on the opposite connector (30) is formed on an insulated shell (15) and a plurality of first contact parts (2) electrically contacted with a first external connection terminal (33) of the opposite connector (30) are arranged on the lower surface of the keeping part (16) and a plurality of second contact parts (10) electrically contacted with a second external connection terminal (33) of the opposite connector are arranged on the upper surface of the keeping part (16) and the second contact part (2) of the keeping part (16) is arranged on the opposite position of the part between the adjacent first contact parts (2) and the first contact part (2) is arranged on the opposite position of the part between the adjacent second contact parts (10).
Description
Technical field
The present invention relates to have the connector of the contact site that the terminal component with the other side's side-connector electrically contacts and the manufacture method of connector.
Background technology
In patent documentation 1, disclosed this connector.This existing connector constitutes, and has respectively the contact site that terminal component a plurality of and the other side's side-connector contacts at the upper and lower surface of tongue-shaped maintaining part.And the manufacture method that such upper and lower surface in maintaining part arranges the existing connector of contact site discloses in patent documentation 2.The manufacture method of this existing connector is, forms at the wall of housing a plurality ofly to be pressed into the hole and to make it become bilevel state, and be that contact site is from being pressed into the hole insertion with each termination contact section that contacts with the terminal component of the other side's side-connector.
Patent documentation 1: TOHKEMY 2006-331911 communique
Patent documentation 2: TOHKEMY 2006-100230 communique
In the manufacture method of the existing connector shown in the patent documentation 2, reduce to form the width dimensions of the terminal component of contact site at the thin space of a plurality of contact sites of the upper and lower surface of maintaining part if consider each, then be difficult to be pressed into to the hole that is pressed into of contact site owing to being pressed into wall attenuation between the hole etc.Thus, the manufacture method shown in the patent documentation 2 is difficult to tackle thin space.Therefore, consider to substitute being pressed into of contact site described above, and by inserting to be shaped contact site is arranged on the housing.But, such pass through to insert be shaped when making connector, if the terminal component that has respectively contact site is configured to up and down two-layer and resin by injection in metal pattern, then owing to can't in metal pattern, press both of bilevel terminal component, therefore because the flowing so that terminal component moves of the resin that injects, becoming easily is difficult to precision contact site is set well.
Summary of the invention
The present invention produces according to above-mentioned actual conditions of the prior art, and its purpose is to provide and the contact site that is arranged in respectively the two sides of maintaining part can be able to not be moved when being shaped and connector that precision arranges well and the manufacture method of connector inserting.
In order to reach this purpose, connector involved in the present invention is formed with the maintaining part of installing to the other side's side-connector (connector) at the housing (housing) of insulating properties, a face in the two sides of this maintaining part is arranged with a plurality of the first contact sites that the first external connection terminals of described the other side's side-connector electrically contacts, another face in described two sides is arranged with a plurality of the second contact sites that the second external connection terminals of described the other side's side-connector electrically contacts, described connector is characterised in that, described first contact site of described maintaining part and the configuration relation of described the second contact site are set as, from with the cross-section of the plug direction quadrature of described the other side's side-connector the time, described the second contact site be configured in and adjacent described the first contact site between the opposed position of part on, described the first contact site be configured in and adjacent described the second contact site between the opposed position of part on.
In the connector involved in the present invention that consists of like this, owing to be configured to from the cross-section of the plug direction quadrature of the other side's side-connector the time, the position of the first contact site between the second adjacent contact site, the position of the second contact site between the first adjacent contact site, therefore can utilize the deviation of the equipping position of the equipping position of this first contact site and the second contact site, suppress respectively to form independently moving of the first terminal member of the first contact site and the second terminal component that forms the second contact site by compressing fixture and insert simultaneously shaping, a face in the two sides of the maintaining part of housing arranges the first contact site, and at another face the second contact site is set.That is, the contact site arranged on the two sides of maintaining part respectively can be able to not be moved when being shaped and precision arranges well inserting.
And, the manufacture method of the connector that present embodiment is related is characterised in that, comprise: the operation of first housing section that is shaped, in this operation, dispose the first compressing fixture and the second compressing fixture in the mode that clips the first terminal member that forms described the first contact site, under the state of pressing described the first terminal member by described the first compressing fixture and the second compressing fixture projection separately, insert shaping (insert molding), have a partitioning portion of described maintaining part and the first housing section of described the first contact site thereby be shaped; The operation of second housing section that is shaped, in this operation, described the first housing section mounting that is shaped in the operation of described shaping the first housing section forms the second terminal component of described the second contact site, under the state of pressing this second terminal component by the 3rd compressing fixture, insert shaping, thereby shaping has the second housing section of another partitioning portion and described second contact site of described maintaining part.
In the present invention who makes like this connector, in the operation that the first housing section is shaped, can in the movement of the first terminal member that suppresses formation the first contact site by the first compressing fixture and the second compressing fixture, insert shaping, in the operation that the second housing section is shaped, can in the movement of the second terminal component that suppresses formation the second contact site by the first housing section and the 3rd compressing fixture, insert shaping.That is, the contact site arranged on the two sides of maintaining part respectively can be able to not be moved when being shaped and precision arranges well inserting.
And, on the basis of foregoing invention, the manufacture method of connector involved in the present invention is characterised in that, be formed with the resettlement section of described second contact site of accommodating described the second terminal component in described the first housing section, the set positions of this resettlement section is, from with the cross-section of the plug direction quadrature of described the other side's side-connector the time, described resettlement section is configured on the position corresponding between the first contact site with the described maintaining part that is formed at described the first housing section.
In the present invention who makes like this connector, by when insert being shaped, the second contact site of the second terminal component being configured in the resettlement section, thereby can simply the second terminal component be positioned on the first housing section.And, be disposed at by the second contact site with the second terminal component in the resettlement section of the first housing section and insert shaping, thereby can be from the cross-section of the plug direction quadrature of the other side's side-connector the time, the second contact site precision is configured between the first contact site well, and the first contact site precision is configured between the second contact site well.
In addition, on the basis of foregoing invention, the manufacture method of connector involved in the present invention is characterised in that, in the operation of described the first housing section that is shaped, form the holding section that engages with described the second housing section in described the first housing section, in the operation of described the second housing section that is shaped, form the holding section that engages with the described holding section of described the first housing section in described the second housing section.
In the present invention who makes like this connector, can make holding section by separately of the first housing section and the second housing section and integrated securely.Thus, a mask that can access in the two sides that keeps face has the first contact site, and the housing of the rock-steady structure of the second contact site is arranged at another mask.
And, on the basis of foregoing invention, the manufacture method of connector involved in the present invention is characterised in that, with pack into the peristome of framework of shutter, under this state, will be contained in the described framework by the housing that described the first housing section and described the second housing section consist of, wherein said shutter has the described maintaining part that makes described housing, be located at this maintaining part a described face described the first contact site and be located at the peristome that described second contact site of described another face of described maintaining part can be given prominence to, and can move along with the insertion of described the other side's side-connector.
In the present invention who makes like this connector, by the shutter of packing into, thereby can realize being arranged at first contact site of maintaining part of housing and the protection of the second contact site.
In addition, the manufacture method of connector involved in the present invention is characterised in that, the second terminal component overlay configuration of the first terminal member and described second contact site of formation of described the first contact site will be formed, dispose the first compressing fixture and the second compressing fixture in the mode that clips described the first terminal member and the second terminal component, press described the first terminal member by the first projection of described the first compressing fixture, lead between described the first terminal member and the second projection that makes described the first compressing fixture is slotting, described the second projection by this first compressing fixture is pressed described the second terminal component, the first projection of described the second compressing fixture is pressed described the second terminal component, lead between described the second terminal component and the second projection that makes described the second compressing fixture is slotting, described the second projection by this second compressing fixture is pressed described the first terminal member, insert in this state shaping, thus the housing that is shaped and has the maintaining part that is provided with described the first contact site and described the second contact site.
In the present invention who makes like this connector, can suppress in the second projection of the first projection of passing through the first compressing fixture and the second compressing fixture the movement of the first terminal member of formation the first contact site, the second projection of the first projection by the second compressing fixture and the first compressing fixture suppresses to form the movement of the second terminal component of the second contact site simultaneously, inserts simultaneously shaping.That is, the contact site arranged on the two sides of maintaining part respectively can be able to not be moved when being shaped and precision arranges well inserting.And, can will have respectively the housing molding of contact site on the two sides of maintaining part by once inserting to be shaped.
In addition, on the basis of foregoing invention, the manufacture method of connector involved in the present invention is characterised in that, with pack into the peristome of framework of shutter (shutter), under this state, described housing is contained in the framework, described first contact site of the described face that wherein said shutter has the described maintaining part that makes described housing, be located at this maintaining part and be located at the peristome that described second contact site of described another face of described maintaining part can be given prominence to, and can move along with the insertion of described the other side's side-connector.
In the present invention who makes like this connector, by the shutter of packing into, thereby can realize being arranged at first contact site of maintaining part of housing and the protection of the second contact site.
The invention effect
Manufacture method according to connector and connector involved in the present invention, the contact site arranged on the two sides of maintaining part respectively can be able to not be moved when being shaped and precision arranges well inserting, can realize from the thin space of the contact site that began to expect in the past by inserting to be shaped.Thus, the miniaturization of the Width of this connector possibility that becomes.
Description of drawings
Fig. 1 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is the stereogram that expression is disposed at the first terminal member of lower floor.
Fig. 2 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is that expression is with the stereogram of the state after the first terminal member bending machining shown in Figure 1.
Fig. 3 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, the stereogram of the operation that to be expression be shaped the first housing section.
Fig. 4 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is the stereogram of the cut-out operation of the first terminal member after the expression operation shown in Figure 3.
Fig. 5 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is to be illustrated in the stereogram that the first housing section is uploaded the state that is equipped with the second terminal component that is disposed at the upper strata.
Fig. 6 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is expression by inserting the stereogram of the operation that is shaped and the second housing section is shaped.
Fig. 7 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is the stereogram of the state after the shaping of expression the second housing section.
Fig. 8 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, and being expression cuts off and bending machining and form the stereogram of the state of housing from state shown in Figure 7.
Fig. 9 is the key diagram of the first execution mode of the manufacture method of connector involved in the present invention, is the stereogram of the state after the expression assembling finishes.
Figure 10 is illustrated in the first compressing fixture of using in the forming process of the first housing section shown in Figure 3 and the stereogram of the second compressing fixture.
Figure 11 is the vertical view of housing shown in Figure 8.
Figure 12 is the upward view of housing shown in Figure 8.
Figure 13 is the end view of housing shown in Figure 8.
Figure 14 is the stereogram of from behind side observation housing shown in Figure 8.
Figure 15 is the major part amplification plan view that is arranged at the terminal component of maintaining part shown in Figure 8.
Figure 16 is the exploded perspective view of the first execution mode of connector involved in the present invention.
Figure 17 is the front view of the first execution mode of connector involved in the present invention.
Figure 18 is the rearview of the first execution mode of connector involved in the present invention.
Figure 19 is the vertical view of the first execution mode of connector involved in the present invention.
Figure 20 is the stereogram of the framework that has of the first execution mode of expression connector involved in the present invention.
Figure 21 is the stereogram of the shutter that has of the first execution mode of expression connector involved in the present invention.
Figure 22 is the major part stereogram of the other side's side-connector that expression is installed on the first execution mode of connector involved in the present invention.
Figure 23 is the front view of the other side's side-connector shown in Figure 22.
Figure 24 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, is the stereogram that expression is disposed at the first terminal member of lower floor.
Figure 25 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, is the stereogram that expression is disposed at second terminal component on upper strata.
Figure 26 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, and being expression carries out the stereogram of the state after the bending machining with the first terminal member shown in Figure 24.
Figure 27 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, and being expression carries out the stereogram of the state after the bending machining with the second terminal component shown in Figure 25.
Figure 28 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, is to be illustrated in the stereogram that disposes the state of the second terminal component on the first terminal member.
Figure 29 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, and being expression is shaped and with the stereogram of the operation of housing molding by inserting.
Figure 30 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, and being expression cuts off and bending machining and with the stereogram of the state of housing molding from state shown in Figure 29.
Figure 31 is the key diagram of the second execution mode of the manufacture method of connector involved in the present invention, is the stereogram that expression is about to the state before assembling finishes.
Figure 32 is illustrated in the first compressing fixture of using in the forming process of the housing shown in Figure 29 and the stereogram of the second compressing fixture.
Figure 33 is the exploded perspective view of the second execution mode of connector involved in the present invention.
Figure 34 is the front view of the housing that has of the second execution mode of connector involved in the present invention.
Figure 35 is the end view of the housing that has of the second execution mode of connector involved in the present invention.
Figure 36 is the rearview of the housing that has of the second execution mode of connector involved in the present invention.
Figure 37 is the stereogram of the housing that has of the second execution mode from beneath connector involved in the present invention.
Figure 38 is the stereogram of action of the second execution mode of expression connector involved in the present invention.
Figure 39 is the stereogram of the second execution mode of from behind side observation connector shown in Figure 38.
Symbol description
1 the first terminal member
The 1a tie-beam
The 1b necking section
2 first contact sites
3 first external connecting
4 first compressing fixtures
The 4a projection
5 second compressing fixtures
The 5a projection
6 first housing section
7 depressed parts (holding section)
8 resettlement sections
9 second terminal components
10 second contact sites
11 second external connecting
12 the 3rd compressing fixtures
13 second housing section
14 juts (holding section)
15 housings
16 maintaining parts
17 slot parts
18 frameworks
19 linking parts
20 spring resettlement sections
21 outstanding walls
22 through holes
23 helical springs (force application component)
24 peristomes
25 shutters (シ ヤ ッ タ one)
The 25a peristome
The bar-shaped section of 25b
25c projection (guide portion)
26 bullports (guide portion)
The 26a terminal part
27 protuberances
The 27a bottom
28 holding sections
30 the other side's side-connectors
31 protuberances
32 peristomes
33 first external connection terminals
34 second external connection terminals
40 the first terminal members
The 40a tie-beam
41 second terminal components
The 41a tie-beam
42 first contact sites
43 first external connecting
44 second contact sites
45 second external connecting
46 first compressing fixtures
46a the first projection
46b the second projection
47 second compressing fixtures
47a the first projection
47b the second projection
48 housings
49 maintaining parts
50 slot parts
51 spring resettlement sections
52 outstanding walls
53 through holes
54 frameworks
55 peristomes
56 shutters
The 56a peristome
The bar-shaped section of 56b
56c projection (guide portion)
57 helical springs (force application component)
58 bullports (guide portion)
The 58a terminal part
59 protuberances
The 59a bottom
60 holding sections
61 through holes
62 linking parts
Embodiment
Below, describe with reference to the execution mode of accompanying drawing to the manufacture method of connector involved in the present invention and connector.
[the first execution mode of the manufacture method of connector involved in the present invention]
Fig. 1～9th, the key diagram of the first execution mode of the manufacture method of connector involved in the present invention.Figure 10 is illustrated in the first compressing fixture of using in the forming process of the first housing section shown in Figure 3 and the stereogram of the second compressing fixture.
In the first execution mode of connector involved in the present invention described later, dispose terminal component in levels, Fig. 1 represents to be configured in the first terminal member of lower floor, and this first terminal member 1 is processed to form by the stamping-out to metallic plate.The first external connecting 3 of a plurality of the first terminal members 1 links by tie-beam 1a respectively.
The first terminal member 1 shown in Figure 1 is bent the state that is processed as shown in Figure 2, and it is divided into the first contact site 2 that electrically contacts with the first external connection terminals 33 of the other side's side-connector 30 described later, the first external connecting 3 that is connected setting and is connected with outside wiring with this first contact site 2 clearly.
Fig. 3 represents the operation that will be shaped as the first housing section 6 of the partitioning portion of the housing 15 of insulating properties described later.As shown in Figure 2, the first compressing fixture 4 of the lower surface of this first terminal member 1 is pressed in the configuration of the downside of the first terminal member 1 after bending machining, presses the second compressing fixture 5 of the upper surface of the first terminal member 1 in the upside configuration of the first terminal member 1.Like this, under the state of the movement up and down that is stoped the first terminal members 1 by the first compressing fixture 4 and the second compressing fixture 5, thereby resin by injection is implemented primary insertion and is shaped in the not shown metal pattern.As shown in figure 10, the upper surface of the first compressing fixture 4 arrange a plurality of can be respectively and the projection 4a of the lower surface butt of the first contact site 2 of the first terminal member 1.And, the lower surface of the second compressing fixture 5 also arrange a plurality of can be respectively and the projection 5a of the upper surface butt of the first contact site 2 of the first terminal member 1.By the projection 4a of described the first compressing fixture 4 and the projection 5a clamping the first terminal member 1 of the second compressing fixture 5, be shaped thereby carry out primary insertion.
After this primary insertion is shaped, the part that links position among the tie-beam 1a of the first external connecting 3 of a plurality of the first terminal members 1, between the first external connecting 3 is cut off, and the two end portions of the first terminal member 1 is connected, form state shown in Figure 4.Thus, the first housing section 6 is shaped, wherein the first housing section 6 is provided with the first above-mentioned contact site 2 at downside, and as the partitioning portion of the lower portion of the maintaining part 16 with housing 15 described later.In this first housing section 6, form respectively a plurality of depressed parts 7 that the holding section namely engages with the holding section of the second housing section 13 described later in both sides.And, form a plurality of resettlement sections 8 of accommodating the second contact site 10 of the second terminal component 9 described later at the upper surface of the first housing section 6.
Then, as shown in Figure 5, a plurality of the second terminal components 9 are contained in respectively in each resettlement section 8 of the first housing section 6 that forms as shown in Figure 4, wherein a plurality of the second terminal components 9 carry out bending machining after independent stamping-out forms, have the second contact site 10 and be connected the second external connecting 11 that arranges with this second contact site 10, and be disposed at the top of the first terminal member 1.In addition, same with in the first terminal member 1, the second external connecting 11 of the second terminal component 9 is also linked by tie-beam respectively.
As shown in Figure 6, from state shown in Figure 5, the 3rd compressing fixture 12 of pressing the upper surface of the second terminal component 9 is configured in the upside of the first housing section 6, stop the movement of the upper direction of the second terminal component 4 by the lower surface of the 3rd compressing fixture 12, stop the movement of the lower direction of the second terminal component 9 by the upper surface of the first housing section 6, in this state, thus the metal pattern that resin injection is not shown implement secondary insertion and be shaped.
Thus, as shown in Figure 7, be formed with the second housing section 13, the second housing section 13 in the first housing section 6 and have the second contact site 10, and the partitioning portion of the upside of the maintaining part 16 of conduct formation housing 15 described later.After secondary insertion is shaped, cut off linking part in the tie-beam of the second external connecting 11 of a plurality of the second terminal components 9, that be positioned at 11 of the second external connecting, and the two end portions of the second terminal component 9 is cut off, become state shown in Figure 8.
As shown in Figure 8, form housing 15 by the first housing section 6 and the second housing section 13.Be jut 14 by the holding section in depressed part 7 configuration the second housing section 13 that is arranged at the first housing section 6, because the first housing section 6 and the second housing section 13, a face in the two sides is the first contact site 2 that lower surface is arranged with a plurality of the first terminal members 1, be the second contact site 10 that upper surface is arranged with a plurality of the second terminal components 9 at another face, form the maintaining part 16 that is installed on the other side's side-connector 30 described later.Configuration relation for the first contact site 2 in this maintaining part 16 and the second contact site 10 illustrates in the first execution mode of connector described later.
Upper and lower end parts in the front side that is positioned at maintaining part 16 is respectively arranged with slot part 17, and each slot part 17 is accommodated respectively the cut-out end of the second contact site 10 of the cut-out end of the first contact site 2 of the first terminal member 1 and the second terminal component 9.
Then, at housing 15 a pair of spring resettlement section 20 and through hole 22 are set, wherein for example helical spring 23 of force application component described later is accommodated respectively in a pair of spring resettlement section 20, through hole 22 be formed at respectively the inboard that is arranged on device about outstanding wall 21 and be communicated with spring resettlement section 20.
At last, as shown in Figure 9, pack in metal framework 18 shutter 25 and housing 15 shown in Figure 8 are finished the assembling of connector.Namely, shutter 25 has the maintaining part 16 that makes housing 15, be arranged at this maintaining part 16 lower surface the first contact site 2 and be arranged at the peristome 25a that the second contact site 10 of the upper surface of maintaining part 16 can be given prominence to, and along with the peristome 24 to the framework 18 of the other side's side-connector 30 described later inserts and can move, this shutter 25 is packed in the peristome 24 of framework 18, under this state, to be accommodated in the framework 18 by the housing 15 that the first housing section 6 and the second housing section 13 consist of, finish thus the first execution mode of the manufacture method of connector involved in the present invention.
[the first execution mode of connector involved in the present invention]
Figure 11～15th, the key diagram of housing shown in Figure 8, Figure 11 are vertical views, and Figure 12 is upward view, and Figure 13 is end view, and Figure 14 is the stereogram of observing from rear side, Figure 15 is the major part enlarged drawing of terminal component.Figure 16～19th, the key diagram of the first execution mode of connector involved in the present invention, Figure 16 is exploded perspective view, and Figure 17 is front view, and Figure 18 is rearview, and Figure 19 is vertical view.Figure 20 is the stereogram of the framework that has of the first execution mode of expression connector involved in the present invention, and Figure 21 is the stereogram of the shutter that has of the first execution mode of expression connector involved in the present invention.Utilize described Figure 11～Figure 21 and above-mentioned Fig. 4,8,9 that the first execution mode of connector involved in the present invention is described.
In the first execution mode of connector involved in the present invention, as shown in figure 17, with from the cross-section of the plug direction quadrature of the other side's side-connector 30 described later the time, and adjacent the first contact site 2 between the opposed position configuration of part the second contact site 10 is arranged, and adjacent the second contact site 10 between the opposed position configuration of part have the mode of the first contact site 2 to set the first contact site 2 in the maintaining part 16 and the configuration relation of the second contact site 10.In order to realize such structure, in the resettlement section 8 of accommodating above-mentioned the second terminal component 9 shown in Figure 4, with from the cross-section of the plug direction quadrature of the other side's side-connector 30 time, resettlement section 8 be disposed at the maintaining part 16 that is formed at the first housing section 6 on the first contact site 2 between the mode of corresponding position set the position of this resettlement section 8.
And, as shown in figure 15, in the related connector of this first execution mode, compare wider mode with the interval between the first contact site 2 of the interval between the first adjacent external connecting 3 and adjacent the first terminal member 1 a plurality of the first terminal members 1 are arranged in maintaining part 16.Also be same for the second terminal component 9, compare wider mode with the interval between the second contact site 10 of the interval between the second adjacent external connecting 11 and adjacent the second terminal component 9 a plurality of the second terminal components 9 are arranged in maintaining part 16.
Namely, the width dimensions of the first external connecting 3 is set as the width dimensions less than the first contact site 2 of the first terminal member 1, and the sidepiece of the first contact site 2 is buried underground by resin with the sidepiece of a part that is connected the first external connecting 3 that arranges with the first contact site 2.Similarly, the width dimensions of the second external connecting 11 is set as the width dimensions less than the second contact site 10 of the second terminal component 9, and the sidepiece of the second contact site 10 is buried underground by resin with the sidepiece of a part that is connected the second external connecting 11 that arranges with the second contact site 10.
In addition, in the related connector of this first execution mode, shown in Figure 11,12,14,18 etc., from the part of the second external connecting 11 of the part of the first external connecting 3 of the outstanding the first terminal member 1 of housing 15 and the second terminal component 9 respectively bending form.In each the first terminal member 1, the first external connecting 3 is in the position bending near housing 15, and in each second terminal component 9, the second external connecting 11 is in the position bending away from housing 15.For example, have the connecting portion 19 that the second external connecting 11 is linked integratedly and be made of the resin of insulating properties, each second external connecting 11 is by this connecting portion 19 simultaneously bendings.
And, in the related connector of this first execution mode, shown in Fig. 9,16,21 etc., have: shutter 25, the peristome 24 that its other side's side-connector described later 30 that is disposed at framework 18 inserts and on the plug direction of the other side's side-connector 30, can moving; Force application component, for example helical spring 23, and it is to the peristome 24 direction application of forces of this shutter 25 to framework 18.And, have the guide portion that shutter 25 is guided in the plug direction of the other side's side-connector 30 described later.Shown in Fig. 9,16, this guide portion is by the projection 25c that is arranged at shutter 25 and be arranged at framework 18 and projection 25c is consisted of at the bullport 26 that the plug direction of the other side's side-connector 30 guides.Shown in Figure 20 waits, in the position of more leaning on the front than the terminal part 26a of bullport 26, framework 18 forms to the thickness direction bending of the related connector of this first execution mode, and the bullport 26 of framework 18 parts that the part of the projection 25c of shutter 25 can form from this bending is outstanding.The terminal part 26a of above-mentioned bullport 26 and framework 18 parts that comprise near the part of this terminal part 26a are for example formed by protuberance 27, and this protuberance 27 more forms by the position bending of front at the terminal part 26a than bullport 26.The bottom 27a of protuberance 27 is positioned at the below of the terminal part 26a of bullport 26.That is, the terminal part 26a of bullport 26 by protuberance 27 bottom 27a and closure.Shown in Figure 19,20, be provided with a pair of holding section 28 of the installation usefulness that engages with housing 15 in framework 18.
Shown in Figure 16 waits, shutter 25 is inserted logical peristome 25a, is consisted of the projection 25c of guide portion except the maintaining part 16 with housing 15, also have respectively bar-shaped the 25b that keeps helical spring 23 in both sides, in the through hole 22 of the outstanding wall 21 of the housing 15 shown in each end of described bar-shaped 25b can be waited along with Figure 18 of shutter 25 respectively insertion correspondence to installing medial movement.
[the other side's side-connector]
Figure 22 is the major part stereogram of the other side's side-connector that expression is installed on the first execution mode of connector involved in the present invention, and Figure 23 is the front view of the other side's side-connector shown in Figure 22.
Shown in Figure 22 described above, 23, the other side's side-connector 30 that is installed on the related connector of the first above-mentioned execution mode has the protuberance 31 of the peristome 24 of the framework 18 of inserting the related connector of the first execution mode.The maintaining part 16 that is provided with the related connector of peristome 32, the first execution modes in this protuberance 31 embeds this peristome 32.As shown in figure 23, lower face side at the peristome 32 that forms the other side's side-connector 30 is provided with a plurality of the first external connection terminals 33, this first external connection terminals 33 can be with being arranged at the first execution mode each first contact site 2 of the lower surface of the maintaining part 16 of related connector electrically contact.And, upper surface side at the peristome 32 that forms the other side's side-connector 30 is provided with a plurality of the second external connection terminals 34, this second external connection terminals 34 can be with being arranged at the first execution mode each second contact site 10 of the upper surface of related maintaining part 16 electrically contact.
[action of the connector that the first execution mode is related]
So that the protuberance 31 of the other side's side-connector 30 shown in Figure 22 be embedded in related connector such as first execution mode of Fig. 9 shown in waiting framework 18 peristome 24 mode and when making the other side's side-connector 30 be installed on the related connector of the first execution mode, the shutter 25 that the related connector of the first execution mode has is resisted the power of helical spring 23 to the medial movement of device along with the insertion of the other side's side-connector 30.Thereupon, the maintaining part 16 of the housing 15 of the connector that the first execution mode is related begins significantly to expose from the peristome 25a of shutter 25, and this maintaining part 16 embeds in the peristome 32 of the other side's side-connector 30.
In this process, the projection 25c of shutter 25 is directed in the bullport 26 of framework 18 and to the medial movement of device, and a pair of bar-shaped 25b of shutter 25 also makes helical spring 23 compression and enter the spring resettlement section 20 of housing 15.Move in the process of inner side of the device that the first contact site 2 of making maintaining part 16 and the second contact site 10 expose fully at shutter 25, the projection 25c of shutter 25 advances at the upside of the terminal part 26a of bullport shown in Figure 2 26, and a part is outstanding from bullport 26 to space outerpace.And bar-shaped 25b end separately of shutter 25 enters in the through hole 22 of each outstanding wall 21 of housing 15.
Move at shutter 25 under the state of inner side of device, the first contact site 2 of the first terminal member 1 of the maintaining part 16 of the connector that the first external connection terminals 33 of the other side's side-connector 30 is related with being arranged at the first execution mode contacts, and the second contact site 10 of the second terminal component 9 of the maintaining part 16 of the connector that the second external connection terminals 34 of the other side's side-connector 30 and the first execution mode are related contacts.Thus, the related connector of the first execution mode and the signal between the other side's side-connector 30 can send and receive.
When extracting the other side's side-connector 30 from the related connector of the first execution mode, a pair of helical spring 23 shown in the projection 25c of shutter 25 waits by Fig. 9 is directed in the bullport 26 of framework 18, and shutter 25 is mobile in the direction of the peristome 24 of framework 18.Thereupon, bar-shaped 25b of shutter 25 withdraws from from through hole 22 and the spring resettlement section 20 of the outstanding wall 21 of housing 15.As shown in Figure 9, when the projection 25c of shutter 25 engaged with the top section of the bullport 26 of framework 18, the movement of shutter 25 stopped, and returns to initial condition.At this moment, consist of the first contact site 2 of the maintaining part 16 be arranged at housing 15 and the second contact site 10 and remain in state in the closed space that is surrounded by framework 18 and shutter 25.
[effect of the connector that the first execution mode is related]
The connector related according to the first execution mode, from with the cross-section of the plug direction quadrature of the other side's side-connector 30 time, as shown in figure 17, because the first contact site 2 is between the second adjacent contact site 10, the second contact site 10 is between the first adjacent contact site 2, therefore, can utilize the deviation of the equipping position of the equipping position of this first contact site 2 and the second contact site 10, passing through the first compressing fixture 4 and the second compressing fixture 5, or by the 3rd compressing fixture 12, insert when suppressing respectively each the first terminal member that forms the first contact site 21 and forming the movement of the second terminal component 9 of the second contact site 10 and be shaped, lower surface at housing 15 arranges the first contact site 2, at upper surface the second contact site 10 is set.That is, can not move when being shaped and precision arranges well inserting being provided in respectively first contact site 2 on two sides of maintaining part 16 and the second contact site 10.Thus, can realize the thin space of the first contact site 2 and the second contact site 10 by inserting to be shaped.Thereby, the miniaturization of the Width of the connector that this first execution mode the is related possibility that becomes.
And, after inserting shaping for the first time, to link respectively among the tie-beam 1a of the first external connecting 3 of a plurality of the first terminal members 1, the part of the position between the first external connecting 3 is cut off, after secondary insertion is shaped, to link respectively in the tie-beam of the second external connecting 11 of a plurality of the second terminal components 9, the part of the position between the second external connecting 11 is cut off, at this moment, narrow down by the interval that makes 9 of interval between the first terminal member 1 and the second terminal components, so that even the interval between the second contact site 10 of the interval between the first contact site 2 of adjacent the first terminal member 1 and adjacent the second terminal component 9 is set as narrower, with described the first contact site 2, the interval that the second contact site is 10 is compared, the interval that interval between the first adjacent external connecting 3 and the second adjacent external connecting are 11 is also wider, therefore, can make cut-out link the first external connecting 3, interval between the blade employing of the machining tool of the tie-beam 1a of the second external connecting 11 etc. and the first adjacent external connecting 3, blade corresponding to wider interval between the second external connecting 11.That is, can make the interval of 10 of interval between the first contact site 2 and the second contact sites narrower, and can make the blade of the machining tool that cuts off the tie-beam 1a that links each first external connecting 3 and the second external connecting 11 etc. thicker.Thus, the thin space of the first contact site 2 and the second contact site 10 can be realized, the miniaturization of the Width of the connector that this first execution mode is related can be realized.In addition, can prolong the life-span of machining tool, suppress the maintenance of machining tool seldom.Thus, can improve the production efficiency of the related connector of this first execution mode.
In addition, in the related connector of this first execution mode, the width dimensions of the first external connecting 3 compare with the width dimensions of the first contact site 2 of the first terminal member 1 be set as less, and the width dimensions of the second external connecting 11 compare with the width dimensions of the second contact site 10 of the second terminal component 9 be set as less, by resin the sidepiece of the part of the sidepiece of the first contact site 2 and the first external connecting 3 is buried underground, by resin the sidepiece of the part of the sidepiece of the second contact site 10 and the second external connecting 11 is buried underground.By such formation, because when the first contact site 2 following installation from the other side's side-connector 30 to the first terminal member 1 or the second contact site 10 of the second terminal component 9 apply pressing force, can bear this pressing force by the necking section 1b of binding shown in Figure 15 the first contact site 2 and the first external connecting 3, the resin that links the necking section of the second contact site 10 and the second external connecting 11, therefore, when the other side's side-connector 30 is installed, can prevent that the first terminal member 1, the second terminal component 9 from moving in the plug direction of the other side's side-connector 30.Thus, can access the high structure of more stable reliability.
In addition, the related connector of the first execution mode constitutes, from the part of the second external connecting 11 of the part of the first external connecting 3 of the outstanding the first terminal member 1 of housing 15, the second terminal component 9 respectively bending form, and be provided with and will link from the second external connecting 11 of the second outstanding terminal component 9 of housing 15 linking part 19 of all-in-one-piece insulating properties.Thus, can make by linking part 19 the simultaneously well bending of precision of part of the second external connecting 11 of a plurality of the second terminal components 9, help to improve the related manufacturing efficient of this first execution mode.
In addition, near the position bending of the first external connecting 3 housing 15 with the first terminal member 1, with above-mentioned linking part 19 be arranged at from housing 15 away from second external connecting 11 of the second terminal component 9 of position bending, thus can be with the first external connecting 3 of the first terminal member 1, the second external connecting 11 mutually noninterferes ground configuration of the second terminal component 9.Thereby, can access the stable structure with reliability.
And, as shown in Figure 8, owing to be provided with the slot part 17 of cut-out end of the second contact site 10 of cut-out end, second terminal component 9 of first contact site 2 of accommodating respectively the first terminal member 1 in the maintaining part 16 of housing 15, can prevent that therefore the cut-out end of the second contact site 10 of cut-out end, the second terminal component 9 of the first contact site 2 of described the first terminal member 1 is to the situation of outstanding caused the first contact site 2 of the sliding surface of the other side's side- connector 30 or 10 breakages of the second contact site.Thereby, can access the stable structure with reliability.
In addition, in the related connector of this first execution mode, insert the peristome 24 of frameworks 18 and shutter 25 when moving to the inner side of device at the other side's side-connector 30, the projection 25c of shutter 25 becomes the bullport 26 of framework 18 parts that form from bending to the outstanding state of space outerpace.That is, when shutter 25 moved to the inner side of device, projection 25c can not be directed hole 26 restrictions and externally move in the space.By like this projection 25c being arranged at shutter 25, thereby can eliminate the restriction to the outer shape of the other side's side-connector 30, and can realize the miniaturization of the Width of this connector, can guarantee the amount of movement of necessity of shutter 25 simultaneously.In addition, because framework 18 more forming by the thickness direction bending to this connector of the position of front than the terminal part 26a of bullport 26, length dimension that therefore can reduction means integral body can also suppress the maximization of length direction.That is, can realize guaranteeing the higher function of reliability and the whole miniaturization of device.
In addition, because framework 18 parts that above-mentioned bending forms are formed by protuberance 27, these protuberance 27 bendings are got final product, so Bending Processing is simple, helps to improve manufacturing efficient.In addition, owing to not needing framework 18 parts around the protuberance 27, it is less therefore the Master Cost that forms framework 18 can being suppressed, and strengthens practicality.
And, can framework 18 and housing 15 be fixed as one by the holding section 28 of framework 18, can realize firmly and stable structure.
In addition, owing to be set to when shutter 25 moves near the inner side of device, insert in the through hole 22 of housing 15 end of bar-shaped 25b of shutter 25, therefore, can easily guarantee the amount of movement of necessary shutter 25.
In addition, therefore closed structure, can guarantee the intensity of bullport 26 because the terminal part 26a of the bullport 26 of the projection 25c of guiding shutter 25 adopts the bottom 27a of the protuberance 27 that passes through framework 18, helps to realize stable structure.
[effect of the manufacture method of the connector that the first execution mode is related]
In addition, in the manufacture method of the related connector of the first execution mode, in the operation that the first housing section 6 is shaped, can in the movement of the first terminal member 1 that suppresses formation the first contact site 2 by the first compressing fixture 4 and the second compressing fixture 5, insert shaping.And, in the operation that the second housing section 13 is shaped, can in the movement of the second terminal component 9 that suppresses formation the second contact site 10 by the first housing section 6 and the 3rd compressing fixture 12, insert shaping.That is, the first contact site 2 of arranging on the two sides of maintaining part 16 respectively and the second contact site 10 can be able to not be moved when being shaped and precision arranges well inserting, can realize the thin space of the first contact site 2, the second contact site 10 by inserting to be shaped.Thus, can realize the miniaturization of the Width of this connector.
And, by when insert being shaped, the second contact site 10 of the second terminal component 9 being disposed in the resettlement section 8 that is formed on the maintaining part 16, thereby the second terminal component 9 can be positioned on the first housing section 6 simply.In addition, be disposed at by the second contact site 10 with the second terminal component 9 in the resettlement section 8 of the first housing section 6 and insert shaping, thereby can be from the cross-section of the plug direction quadrature of the other side's side-connector 30 time, precision is disposed at the second contact site 10 between the first adjacent contact site 2 well, and precision is disposed at the first contact site 2 between the second adjacent contact site 10 well.
In addition, by in the first housing section 6 depressed part 7 being set in the operation that is shaped in the first housing section 6, in the operation that the second housing section 13 is shaped, in the second housing section 13 jut 14 that engages with depressed part 7 is set, thereby can makes the first housing section 6 and the second housing section 13 integrated securely.Thus, the lower surface that can access in maintaining part 16 has the first contact site 2, has the housing 15 of the rock-steady structure of the second contact site 10 at upper surface.
And, by the shutter 25 of in framework 18, packing into, thereby can realize being arranged at first contact site 2 of maintaining part 16 of housing 15 and the protection of the second contact site 10, obtain the higher connector of reliability.
[the second execution mode of the manufacture method of connector involved in the present invention]
Figure 24～31st, the key diagram of the second execution mode of the manufacture method of connector involved in the present invention.Figure 32 is the first compressing fixture of using in the forming process of expression housing shown in Figure 29 and the stereogram of the second compressing fixture.
At first, the first terminal member 40 that is disposed at lower floor shown in Figure 24 and the second terminal component 41 that is disposed at the upper strata shown in Figure 25 are by being processed to form the metallic plate stamping-out.The first external connecting 43 of a plurality of the first terminal members 40 links by tie-beam 40a.Similarly, the second external connecting 45 of a plurality of the second terminal components 41 links by tie-beam 41a.
The bending machining that the first terminal member that is disposed at lower floor 40 shown in Figure 24 carries out as shown in figure 26 is divided into the first contact site 42 that electrically contacts with the first external connection terminals 33 of above-mentioned the other side's side-connector 30, the first external connecting 43 that is connected setting and is connected with outside wiring with this first contact site 42 clearly.Similarly, the bending machining that the second terminal component 41 that is disposed at the upper strata shown in Figure 25 carries out as shown in figure 27 is divided into the second contact site 44 that electrically contacts with the second external connection terminals 34 of the other side's side-connector 30, the second external connecting 45 that is connected setting and is connected with outside wiring with this second contact site 44.
Next, as shown in figure 28, the first contact site 42 of the first terminal member 40 shown in Figure 26 is disposed at lower floor, the second contact site 44 of the second terminal component 41 shown in Figure 27 is disposed at the upper strata and makes them overlapping.At this moment, a plurality of the first terminal members 40 that are arranged side by side and a plurality of the second splicing ears 41 that are arranged side by side are configured to respectively the state that staggers mutually.
Next, as shown in figure 29, the first compressing fixture 46 is disposed at the downside of the first terminal member 40, the second compressing fixture 47 is disposed at the upside of the second terminal component 41, under the state of pressing the first terminal member 40 and the second terminal component 41 by described the first compressing fixture 46 and the second compressing fixture 47, inserts shaping.At this shown in figure 32, upper surface at the first compressing fixture 46 is formed with the first highly lower projection 46a and the second projection 46b higher than this first projection 46a, is formed with the first highly lower projection 47a and the second projection 47b higher than this first projection 47a at the lower surface of the second compressing fixture 47.As mentioned above, when pressing the first terminal member 40 and the second terminal component 41 by the first compressing fixture 46 and the second compressing fixture 47, pressed the lower surface of the first terminal member 40 by the first projection 46a of the first compressing fixture 46, and the second projection 46b that makes the first compressing fixture 46 inserts and to lead between the first terminal member 40, thereby is pressed the lower surface of the second terminal component 41 by this second projection 46b.The second projection 46b that gap between the adjacent the first terminal member 40 in a plurality of the first terminal members 40 is set as the first compressing fixture 46 can insert logical size.In addition, pressed the upper surface of the second terminal component 41 by the first projection 47a of the second compressing fixture 47, and the second projection 47b that makes the second compressing fixture 47 inserts and to lead between the second terminal component 41, thereby is pressed the upper surface of the first terminal member 40 by this second projection 47b.The second projection 47b that gap between the second adjacent terminal component 41 in a plurality of the second terminal components 41 is set as the second compressing fixture 47 can insert logical size.
After above-mentioned insertion is shaped, cut off linking part among the tie-beam 40a of the first external connecting 43 of a plurality of the first terminal members 40, between the first external connecting 43.Similarly, cut off linking part among the tie-beam 41a of the second external connecting 45 of a plurality of the second terminal components 41, between the second external connecting 45.And, the two end portions of the first terminal member 40 and the second terminal component 41 is cut off.Thus, housing 48 shown in Figure 30 is shaped.Namely, housing 48 as described below is shaped: the lower surface in maintaining part 49 is provided with the first contact site 42, be provided with the second contact site 44 at upper surface, and have the slot part 50 of cut-out end of the second contact site 44 of the cut-out end of first contact site 42 of accommodating the first terminal member 40 and the second terminal component 41.
In addition, as shown in Figure 30, housing 48 be provided with a pair of spring resettlement section 51 that is equal to the first above-mentioned execution mode, respectively be formed at the inner side that is arranged on device about outstanding wall 52 and the through hole 53 that is communicated with spring resettlement section 51.
And, as shown in figure 31, the shutter 56 of in metal framework 54, packing into, housing 48 shown in Figure 30.Then, with protuberance 59 and holding section 60 bending downwards of framework 54, finish the manufacturing of connector.
[the second execution mode of connector involved in the present invention]
Figure 33 is the exploded perspective view of the second execution mode of connector involved in the present invention.Figure 34～37th, the key diagram of housing, Figure 34 are front views, and Figure 35 is end view, and Figure 36 is rearview, and Figure 37 is the stereogram from beneath.
Shown in Figure 33～Figure 37 as described and Figure 30,31, the second execution mode of connector involved in the present invention also forms the structure that roughly is equal to the first execution mode of above-mentioned connector.That is, shown in Figure 34 waits, be provided with the first contact site 42 at the lower surface of the maintaining part 49 of housing 48, be provided with the second contact site 44 at upper surface.In addition, with from the cross-section of the plug direction quadrature of the other side's side-connector 30 time, and adjacent the first contact site 42 between opposed position configuration the second contact site 44, and adjacent the second contact site 44 between the mode of opposed position configuration the first contact site 42 set the first contact site 42 in the maintaining part 49 and the configuration relation of the second contact site 44.Wherein, maintaining part 49 is made of a structure, unlike the first execution mode of above-mentioned connector, does not form depressed part 7 and jut 14.
And, shown in Figure 37 waits, the configuration relation of the first external connecting 43 of the first terminal member 40 and the second external connecting 44 of the second terminal component 41 also is equal to above-mentioned the first execution mode, and the second external connecting 45 has the linking part 62 of the insulating properties of simultaneously bending.
The magnitude relationship of the first contact site 42 of the first terminal member 40 and the width dimensions of the first external connecting 43, and the magnitude relationship of the width dimensions of the second contact site 44 of the second terminal component 41 and the second external connecting 45 also with the first execution mode of above-mentioned connector shown in Figure 15 in parts be what be equal to.
Figure 38 is the stereogram of action of the second execution mode of expression connector involved in the present invention, and Figure 39 is that side is observed the stereogram of the second execution mode of connector shown in Figure 38 from behind.
Shown in Figure 38 as described, 39, the first execution mode of the second execution mode of this connector and above-mentioned connector similarly, framework 54 more leans on the position of front to the thickness direction bending formation of this connector at the terminal part 58a of bullport 58, and framework 54 parts that the part of the projection 56c of shutter 56 can form from this bending be that the bullport 58 of protuberance 59 is outstanding.
[effect of the manufacture method of the connector that the connector that the second execution mode is related and the second execution mode are related]
The related connector of the second execution mode also with the related connector of the first above-mentioned execution mode similarly, can utilize the deviation of equipping position of the second contact site 44 of the equipping position of the first contact site 42 of the first terminal member 40 and the second terminal component 41, suppressing to insert shaping in independently the moving of the first terminal member 40 and the second terminal component 41 by the first compressing fixture 46 and the second compressing fixture 47, lower surface in the maintaining part 49 of housing 48 arranges the first contact site 42, at upper surface the second contact site 44 is set.Namely, with the related connector of the first above-mentioned execution mode similarly, in the related connector of the second execution mode, first contact site 42 on the two sides that is arranged in respectively maintaining part 49 and the second contact site 44 can not be moved and precision arranges well inserting when being shaped.Other action effects and the first execution mode are equal to.
In addition, as mentioned above, in the related manufacture method of the second execution mode of making connector, in the operation that forms housing 48, can in the movement that suppresses the first terminal member 40 and the second terminal component 41 by the first compressing fixture 46 and the second compressing fixture 47, insert shaping.Namely, with the related connector of the first above-mentioned execution mode similarly, in the related connector of the second execution mode, first contact site 42 on the two sides that is arranged in respectively maintaining part 49 and the second contact site 44 can not be moved when being shaped and precision arranges well inserting, and can access the action effect that the manufacture method with the related connector of the first above-mentioned execution mode is equal to.
And especially, the manufacture method of the related connector of this second execution mode can be shaped once inserting the housing 48 that will have on the two sides of maintaining part 49 the first contact site 42, the second contact site 44 in being shaped.Thus, can improve the efficient of manufacturing operation.
Claims (6)
1. the manufacture method of a connector, in this connector, housing in insulating properties is formed with the maintaining part of installing to the other side's side-connector, a face in the two sides of this maintaining part is arranged with a plurality of the first contact sites that the first external connection terminals of described the other side's side-connector electrically contacts, another face in described two sides is arranged with a plurality of the second contact sites that the second external connection terminals of described the other side's side-connector electrically contacts, wherein, described first contact site of described maintaining part and the configuration relation of described the second contact site are set as, from with the cross-section of the plug direction quadrature of described the other side's side-connector the time, described the second contact site be configured in and adjacent described the first contact site between the opposed position of part on, described the first contact site be configured in and adjacent described the second contact site between the opposed position of part on, the manufacture method of described connector is characterised in that, comprising:
The operation of first housing section that is shaped, in this operation, dispose the first compressing fixture and the second compressing fixture in the mode that clips the first terminal member that forms described the first contact site, under the state of pressing described the first terminal member by described the first compressing fixture and the second compressing fixture projection separately, insert shaping, have a partitioning portion of described maintaining part and the first housing section of described the first contact site thereby be shaped;
The operation of second housing section that is shaped, in this operation, described the first housing section mounting that is shaped in the operation of described shaping the first housing section forms the second terminal component of described the second contact site, under the state of pressing this second terminal component by the 3rd compressing fixture, insert shaping, thereby shaping has the second housing section of another partitioning portion and described second contact site of described maintaining part.
2. the manufacture method of connector according to claim 1 is characterized in that,
Be formed with the resettlement section of described second contact site of accommodating described the second terminal component in described the first housing section,
The set positions of described resettlement section is, from the cross-section of the plug direction quadrature of described the other side's side-connector the time, described resettlement section is configured on the position corresponding between the first contact site that is formed at described maintaining part with described the first housing section.
3. the manufacture method of connector according to claim 1 is characterized in that,
In the operation of described the first housing section that is shaped, form the holding section that engages with described the second housing section in described the first housing section, in the operation of described the second housing section that is shaped, form the holding section that engages with the described holding section of described the first housing section in described the second housing section.
4. the manufacture method of each described connector is characterized in that according to claim 1～3,
With pack into the peristome of framework of shutter, under this state, will be contained in the described framework by the housing that described the first housing section and described the second housing section consist of, described first contact site of the described face that wherein said shutter has the described maintaining part that makes described housing, be located at this maintaining part and be located at the peristome that described second contact site of described another face of described maintaining part can be given prominence to, and can move along with the insertion of described the other side's side-connector.
5. the manufacture method of a connector, in this connector, housing in insulating properties is formed with the maintaining part of installing to the other side's side-connector, a face in the two sides of this maintaining part is arranged with a plurality of the first contact sites that the first external connection terminals of described the other side's side-connector electrically contacts, another face in described two sides is arranged with a plurality of the second contact sites that the second external connection terminals of described the other side's side-connector electrically contacts, wherein, described first contact site of described maintaining part and the configuration relation of described the second contact site are set as, from with the cross-section of the plug direction quadrature of described the other side's side-connector the time, described the second contact site be configured in and adjacent described the first contact site between the opposed position of part on, described the first contact site be configured in and adjacent described the second contact site between the opposed position of part on, the manufacture method of described connector is characterised in that
To form the second terminal component overlay configuration of the first terminal member and described second contact site of formation of described the first contact site,
Dispose the first compressing fixture and the second compressing fixture in the mode that clips described the first terminal member and the second terminal component, press described the first terminal member by the first projection of described the first compressing fixture, lead between described the first terminal member and the second projection that makes described the first compressing fixture is slotting, described the second projection by this first compressing fixture is pressed described the second terminal component, the first projection of described the second compressing fixture is pressed described the second terminal component, lead between described the second terminal component and the second projection that makes described the second compressing fixture is slotting, described the second projection by this second compressing fixture is pressed described the first terminal member, insert in this state shaping, thus the housing that is shaped and has the maintaining part that is provided with described the first contact site and described the second contact site.
6. the manufacture method of connector according to claim 5 is characterized in that,
With pack into the peristome of framework of shutter, under this state, described housing is contained in the framework, described first contact site of the described face that wherein said shutter has the described maintaining part that makes described housing, be located at this maintaining part and be located at the peristome that described second contact site of described another face of described maintaining part can be given prominence to, and can move along with the insertion of described the other side's side-connector.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2009-109828 | 2009-04-28 | ||
| JP2009109828A JP2010257907A (en) | 2009-04-28 | 2009-04-28 | Connector and method for manufacturing connector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101877446A CN101877446A (en) | 2010-11-03 |
| CN101877446B true CN101877446B (en) | 2013-03-13 |
Family
ID=43019939
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201010168039 Expired - Fee Related CN101877446B (en) | 2009-04-28 | 2010-04-26 | Connector and manufacturing method thereof |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP2010257907A (en) |
| CN (1) | CN101877446B (en) |
| TW (1) | TW201106547A (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5813488B2 (en) | 2011-12-09 | 2015-11-17 | 日本航空電子工業株式会社 | Connector manufacturing method |
| JP2013251250A (en) * | 2012-06-04 | 2013-12-12 | Smk Corp | Electric connector with shutter |
| JP2021140924A (en) * | 2020-03-04 | 2021-09-16 | 住友電装株式会社 | connector |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2568142B2 (en) * | 1991-12-30 | 1996-12-25 | モレックス インコーポレーテッド | Floating structure electrical connector and manufacturing method thereof |
| CN201122762Y (en) * | 2007-11-22 | 2008-09-24 | 浩腾科技股份有限公司 | Electric connector |
| TWM354899U (en) * | 2008-08-25 | 2009-04-11 | Molex Inc | Electrical connector |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4500912B2 (en) * | 2000-11-09 | 2010-07-14 | 大宏電機株式会社 | connector |
| JP4652890B2 (en) * | 2005-05-27 | 2011-03-16 | 日本圧着端子製造株式会社 | Receptacle |
-
2009
- 2009-04-28 JP JP2009109828A patent/JP2010257907A/en not_active Withdrawn
-
2010
- 2010-03-25 TW TW99108948A patent/TW201106547A/en unknown
- 2010-04-26 CN CN 201010168039 patent/CN101877446B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2568142B2 (en) * | 1991-12-30 | 1996-12-25 | モレックス インコーポレーテッド | Floating structure electrical connector and manufacturing method thereof |
| CN201122762Y (en) * | 2007-11-22 | 2008-09-24 | 浩腾科技股份有限公司 | Electric connector |
| TWM354899U (en) * | 2008-08-25 | 2009-04-11 | Molex Inc | Electrical connector |
Non-Patent Citations (2)
| Title |
|---|
| JP特开2002-151186A 2002.05.24 |
| JP特开2006-331911A 2006.12.07 |
Also Published As
| Publication number | Publication date |
|---|---|
| TW201106547A (en) | 2011-02-16 |
| CN101877446A (en) | 2010-11-03 |
| JP2010257907A (en) | 2010-11-11 |
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