CN202067936U - Signal connector - Google Patents

Signal connector Download PDF

Info

Publication number
CN202067936U
CN202067936U CN2011200500108U CN201120050010U CN202067936U CN 202067936 U CN202067936 U CN 202067936U CN 2011200500108 U CN2011200500108 U CN 2011200500108U CN 201120050010 U CN201120050010 U CN 201120050010U CN 202067936 U CN202067936 U CN 202067936U
Authority
CN
China
Prior art keywords
insulator
signal connector
contiguous
groove
hyoplastron
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
CN2011200500108U
Other languages
Chinese (zh)
Inventor
宋岱卿
张存德
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Simula Technology Inc
Original Assignee
Simula Technology Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to TW099223183 priority Critical
Priority to TW99223183U priority patent/TWM405078U/en
Application filed by Simula Technology Inc filed Critical Simula Technology Inc
Application granted granted Critical
Publication of CN202067936U publication Critical patent/CN202067936U/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Abstract

The utility model provides a signal connector, including an insulation seat body and a metal housing. The insulation seat body is assembled by a lower insulator, an upper insulator and a back insulator; the lower insulator is concavely provided with a plug groove and a plurality of grooves, and the plug groove is communicated with the grooves; the section surface of the upper insulator is L-shaped, the structure of the front section portion is matched with the plug groove, thus the upper insulator and the lower insulator are connected together; the upper insulator is inserted with a plurality of second connection terminals, and the middle section portions of the second connection terminals are sleeved in the upper insulator; two ends of each second connection terminal extend out from corresponding two ends of the upper insulator; thereby under the condition that the front section of the upper insulator is inserted in the plug groove, and one end of each second connection terminal can be accommodated in the groove in succession; the assembly personnel just need to embed the other end of each second connection terminal to the back insulator mutually, and the completely assembled insulation seat body is inserted into the accommodation space in the metal housing; and the assemble of the signal connector can be simply and rapidly completed.

Description

Signal connector
Technical field
The utility model relates to a kind of signal connector, especially refer to the signal connector that assembles with a metal shell and an insulating base frame, this signal connector can be improved the classical signal connector in assembling, the numerous and diverse action that many splicing ears need be inserted insulating base frame one by one is so as to promoting the making acceptance rate of this signal connector.
Background technology
Signal connector (Connector) is made a general reference all and is applied in Connection Element and accessory thereof on electronic signal and the power supply, it is the bridge of all signals, its quality can exert an influence to the reliability of electric current and signal transmission, and also closely bound up with the electronic system running.Past, manufacturer was when producing signal connector; usually can be with the separately design of each part of this signal connector; so; though more can increase the modular elasticity of part; yet; in the assembling process of signal connector; assembler need be inserted many splicing ears in this signal connector one by one; because all small precision of each part configuration; so the action of inserting will significantly influence the efficient of making on the flow process; and signal connector also is easy to because the failure of this insert action causes the splicing ear bending; and then the whole acceptance rate of influence; dealer for producing signal connector has many weak points far and away in the assembling of this signal connector.
See also shown in Figure 1, it is the schematic perspective view of a known signal connector, this signal connector 1 is made of an insulating base frame 10 and a metal shell 11, and this insulating base frame 10 comprises many first splicing ears 103, many second splicing ears 105, a hyoplastron 101, one first insulator 107 and one second insulators 109 again; This special one carry be, offer an open front 111 and after-opening (not shown) on the both ends of the surface of this metal shell 11 respectively, and the position of contiguous this after-opening of its end face still is extended with a back sheet metal 115, this back sheet metal 115 can be towards this after-opening bending, to cover this after-opening, yet, at present manufacturer generally is after insulating base frame 10 and 11 assemblings of this metal shell are finished, just should bend by back sheet metal 115, so back sheet metal 115 shown in Figure 1 is the state after bending, and these first splicing ears 103 and second splicing ear 105 also are to close first Chen Ming by the state after the bending.
Hold, see also shown in Figure 1 again, be concaved with multiple tracks groove 101a and interpolation slit (not shown) on one end face of this hyoplastron 101, the configuration of these grooves 101a and interpolation slit is complementary with an end of these second splicing ears 105 and first splicing ear 103 respectively, and the position of a contiguous end is respectively equipped with a protuberance 101b on 101 liang of corresponding side surface of this hyoplastron; Offer a plurality of first jack 107a and the second jack 107b on this first insulator 107, these the first jack 107a and the second jack 107b run through the both ends of the surface of this first insulator 107, and its configuration is complementary with these first splicing ears 103 and second splicing ear 105 respectively, the position of contiguous two corresponding side surface of one end face of first insulator 107 is concaved with an inserting groove 107c respectively, and the protuberance 101b on its configuration and this hyoplastron 101 is complementary; Offer a plurality of holddown groove 109a on this second insulator; This open front 111 of this metal shell 11 is interconnected to form an accommodation space 113 with this after-opening, and the position of contiguous this after-opening of its two corresponding side surface is provided with a fitting portion 117, this back sheet metal 115 is provided with an embedded hole 115a, its configuration and this fitting portion 117 are complementary, and the assembling process of this signal connector 1 is as follows:
(1) these first splicing ears 103 is inserted in the interpolation slit of this hyoplastron 101, and make the one end be revealed in the contiguous position of end in addition on this hyoplastron 101.
(2) these protuberances 101b on 101 liang of respective side of this hyoplastron is inserted among the inserting groove 107c of this first insulator 107, the end in addition of these first splicing ears 103 inserts among these first jacks 107a with season.
(3) end with these second splicing ears 105 passes this second jack by the other end of this first insulator 107, and it is placed among the groove 101a on this hyoplastron 101.
(4) bend the in addition end of these first splicing ears 103 and second splicing ear 105, make its other end parallel, and make it pass these holddown grooves 109a on this second insulator 109 with this first insulator 107.
(5) after-opening of this insulating base frame 10 by this metal shell 11 inserted, it is placed in this accommodation space 113.
(6) with the direction bending of the back sheet metal 115 of this metal shell 11, and make this embedded hole 115a and this fitting portion 117 engage mutually, avoid this insulating base frame 10 by the after-opening slippage towards this after-opening.
From the above, this signal connector 1 is when assembling, need these first splicing ears 103 and second splicing ear 105 are passed these the first jack 107a and the second jack 107b one by one, its step is not only complicated and need the patience of assembler height, otherwise very easily fail and influence the making acceptance rate of this signal connector 1, therefore, how to design a kind of signal connector, make in its assembling process and can omit the complicated action of inserting splicing ear one by one, and then the make efficiency of signal connector and acceptance rate can be improved, promptly become the major issue that the utility model solves in this desire.
Because many disappearances of known signal connector, the designer is after process years of researches and experiment, finally develop a signal connector of the present utility model, the phase can solve the problem that acceptance rate is made in too complicated, the easy influence when assembling of known signal connector.
The utility model content
The purpose of this utility model is to be to provide a kind of signal connector, this signal connector can be improved the classical signal connector needs many splicing ears are inserted one by one insulating base frame in assembling numerous and diverse action, has promoted the make efficiency and the acceptance rate of signal connector.
For this reason, the utility model proposes a kind of signal connector, comprising: a lower insulator, one end stretches out and is provided with a hyoplastron, be concaved with the multiple tracks groove on this hyoplastron, be concaved with an inserting groove on the end face of its contiguous this hyoplastron, the groove of this inserting groove and this hyoplastron is interconnected; Many first splicing ears, respectively the center section part intercalation of this first splicing ear is in this lower insulator, and the one end exposes on this hyoplastron and the position of contiguous hyoplastron one end, and its other end is extended outwardly by the end face in addition of this lower insulator; One upper insulator, its section is L-shaped, and the configuration of its leading portion portion and the inserting groove of this lower insulator are complementary, so that this upper insulator can be combined into one with this lower insulator; Many second splicing ears, respectively the center section part intercalation of this second splicing ear is in this upper insulator, and its two ends are stretched out by two corresponding end of this upper insulator respectively; One back insulator offers the multiple tracks holddown groove on it, respectively this holddown groove passes for the wherein end of this second splicing ear respectively and inlay card is fixed in wherein, and should back insulate physical efficiency and this upper insulator and this lower insulator be combined into one, to form an insulating base frame; And a metal shell, one end offers an open front, and its other end offers an after-opening, and this after-opening and open front are interconnected to form an accommodation space, and this accommodation space can supply ccontaining this insulating base frame.
Aforesaid signal connector, wherein place, contiguous other end is concaved with a location division respectively on these lower insulator two corresponding side surface.
Aforesaid signal connector, wherein the extension of the position of contiguous after-opening is provided with a kink on two corresponding side surface of this metal shell, and it is configured as a lamellar body, and can be by bending to be placed in this location division.
Aforesaid signal connector, wherein the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with one first embedding part, and this first embedding part can fasten with the other end of this lower insulator.
Aforesaid signal connector, wherein the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with a protuberance.
Aforesaid signal connector, wherein the position of contiguous two corresponding side surface of this back insulator is respectively equipped with a holding section, and its configuration and this protuberance are complementary, and can snap on this protuberance.
Aforesaid signal connector, wherein the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with an embedded hole.
Aforesaid signal connector, wherein the position of contiguous two corresponding side surface of this back insulator is respectively equipped with a chimeric post, and its configuration and this embedded hole are complementary, and can be chimeric to this embedded hole.
The signal connector that the utility model provides, this signal connector comprises an insulating base frame and a metal shell, this insulating base frame is assembled by a upper insulator, a lower insulator and a back insulator, the section of this upper insulator is L-shaped, and its inner intercalation has many second splicing ears, the center section part of these second splicing ears is coated in this upper insulator, and its two ends are stretched out by two corresponding end of this upper insulator; Be concaved with an inserting groove on this lower insulator, and the leading portion portion of the configuration of this inserting groove and this upper insulator is complementary, this lower insulator still extends and is provided with a hyoplastron, be concaved with the multiple tracks groove on this hyoplastron, these grooves and this inserting groove are interconnected, when making the leading portion portion of this upper insulator insert the inserting groove of this lower insulator, one end of these second splicing ears can be placed in these grooves, so, this signal connector is in assembling process, assembler only needs this upper insulator is aimed at inserting groove on this hyoplastron, just can easily these second splicing ears be placed corresponding groove, and then makes that efficient improves in the making of this signal connector.
The signal connector that the utility model provides, can improve the cost of manufacture of signal connector, in signal connector of the present utility model, one end of this metal shell offers an open front, its other end offers an after-opening, this open front and this after-opening are interconnected, to form an accommodation space, and the extension of the position of contiguous after-opening is provided with a kink on two corresponding side surface of this metal shell, its configuration one lamellar body, insert under the situation of this accommodation space by this after-opening at this insulating base frame, this kink can be towards this insulating base frame direction bending, to be placed in the location division on this insulating base frame other end, so, can prevent that just this insulating base frame from being got loose by this after-opening, and compare with the known signal connector, so the back sheet metal of the configuration of this kink in the known signal connector, but the function of reaching is without the slightest difference is simplifying effectively of coming of the more known structure of the structure of signal connector of the present utility model.
Description of drawings
Fig. 1 is the schematic perspective view of common known signal connector;
Fig. 2 is the schematic perspective view of first preferred embodiment of signal connector of the present utility model;
Fig. 3 is the end view of first preferred embodiment of signal connector of the present utility model;
Fig. 4 is another schematic perspective view of first preferred embodiment of signal connector of the present utility model;
Fig. 5 is a schematic perspective view again of first preferred embodiment of signal connector of the present utility model.
The main element label declaration:
Signal connector 2
Insulating base frame 21
Lower insulator 211
Hyoplastron 2111
Groove 2111a
Inserting groove 2113
First splicing ear 2115
Location division 2117
Upper insulator 213
The first embedding part 213a
Protuberance 213b
Embedded hole 213c
Second splicing ear 2133
Back insulator 215
Holddown groove 215a
Holding section 215b
Chimeric post 215c
Metal shell 22
Open front 221
After-opening 223
Accommodation space 225
Kink 227
Embodiment
Understand for technical characterictic of the present utility model, purpose and effect being had more clearly, now contrast description of drawings embodiment of the present utility model:
The utility model proposes a kind of signal connector, its objective is under the prerequisite that does not influence the signal connector effective utilization, improve the package assembly of signal connector, make signal connector can be more easy on assembling flow path fast, and improve the cost of manufacture of signal connector.
See also Fig. 2 and shown in Figure 4, first preferred embodiment of the present utility model, this signal connector 2 comprises an insulating base frame 21 and a metal shell 22, this insulating base frame 21 is made of a lower insulator 211, a upper insulator 213 and a back insulator 215, extend on one end face of this lower insulator 211 and be provided with a hyoplastron 2111, be concaved with multiple tracks groove 2111a on this hyoplastron 2111, be concaved with an inserting groove 2113 on one end face of these lower insulator 211 contiguous these hyoplastrons 2111, this inserting groove 2113 is interconnected with the groove 2111a of this hyoplastron 2111; Intercalation has many first splicing ears 2115 in this lower insulator 211, the medial end portions of these first splicing ears 2115 is coated on the inside of this lower insulator 211, the one end exposes on this hyoplastron 2111 and the position of contiguous hyoplastron one end, its other end is extended outwardly by the other end of this lower insulator 211, and the position of contiguous other end is concaved with a location division 2117 respectively on 211 liang of corresponding side surface of this lower insulator; This upper insulator 213 is the plate body of a L font, the inserting groove 2113 of the configuration of its leading portion portion and this lower insulator 211 is complementary, the position of contiguous two corresponding side surface is respectively equipped with one first embedding part 213a in its back segment portion, an one protuberance 213b and an embedded hole 213c, being configured as towards what this upper insulator 213 leading portion portions extended of this first embedding part 213a one colluded the angle, intercalation has many second splicing ears 2133 on this upper insulator 213, the center section part of these second splicing ears 2133 is coated in this upper insulator 213, and its two ends are stretched out by the both ends of the surface of this upper insulator 213 respectively; Offer multiple tracks holddown groove 215a on this back insulator 215, and the position of contiguous two corresponding side surface is respectively equipped with a holding section 215b and a chimeric post 215c, and the configuration of this holding section 215b and chimeric post 215c is complementary with this protuberance 213b and embedded hole 213c respectively; One end face of this metal shell 22 offers an open front 221, its other end offers another after-opening 223, this after-opening 223 and open front 221 are interconnected to form an accommodation space 225, the position of contiguous after-opening 223 is provided with a kink 227 on two corresponding side surface of this metal shell 22, and it is configured as a lamellar body.
This special one carry be; see also Fig. 2 and shown in Figure 4 again; in the foregoing embodiments; being configured as of this first embedding part 213a one colluded the angle; this embedded hole 213c one is opened in the circular hole on this upper insulator 213; this chimeric post 215c is a cylinder that is extended by these back insulator 215 upper surfaces; yet; in other embodiment of the present utility model; this first fitting portion 213a; protuberance 213b; embedded hole 213c; the configuration of holding section 215b and chimeric post 215c is not as limit; as long as the configurational energy of the first fitting portion 213a and two respective side inlay cards of this lower insulator 211 close; and this protuberance 213b and embedded hole 213c respectively can with this holding section 215b and the mutual inlay card of chimeric post 215c; make this upper insulator 213 firmly fix with this back insulator 215; all should not break away from protection category of the present utility model, close first Chen Ming.
From the above, it is as follows now to analyze the number of assembling steps of this signal connector 2:
(1) see also shown in Figure 3ly, assembler is inserted the leading portion portion of this upper insulator 213 in the inserting groove 2113 of this lower insulator 211 earlier, makes an end of these second splicing ears 2133 be placed in these grooves 2111a.
(2) see also shown in Figure 4ly, assembler can make this first embedding part 213a engage mutually with the other end of this lower insulator 211 the direction pushing towards this lower insulator 211 of the back segment portion of this upper insulator 213.
(3) hold, see also Fig. 2 and shown in Figure 4, the holddown groove 215a that assembler will this back insulator 215 aims at the other end of this second splicing ear 2133, makes the other end of these second splicing ears 2133 can pass and be embedded among these holddown grooves 215a; At this moment, this holding section 215b can snap on this protuberance 213b, and this chimeric post 215c can with this embedded hole 213c tabling, make this upper insulator 213, lower insulator 211 and back insulator 215 triplicitys become this insulating base frame 21.
(4) see also Fig. 4 and shown in Figure 5, assembler is after finishing these insulating base frame 21 assemblings, only need among this insulating base frame 21 after-opening 223 these accommodation spaces 225 of insertion by this metal shell 22, and this kink 227 can be towards the direction bending of this insulating base frame 21, in the location division 2117 that is placed in this lower insulator 211, just can stop this insulating base frame 21 because of external force comes off, and then finish the assembling of this signal connector 2.
In sum, see also shown in Figure 1 again, because the center section part of these second splicing ears 2133 is intercalated in this upper insulator 213, so assembler is when this signal connector 2 of assembling, only needing that this upper insulator 213 is aimed at this inserting groove 2113 inserts, just can allow these second splicing ears 2133 be placed among the corresponding groove 2111a easily, saved these second splicing ears 2133 that configuration is small and inserted complicated action in this lower insulator 211 one by one, the make efficiency of this signal connector 2 can significantly be improved.
The above only is the schematic embodiment of the utility model, is not in order to limit scope of the present utility model.Any those skilled in the art, equivalent variations of having done under the prerequisite that does not break away from design of the present utility model and principle and modification all should belong to the scope that the utility model is protected.

Claims (8)

1. a signal connector is characterized in that, this signal connector comprises:
One lower insulator, one end stretch out and are provided with a hyoplastron, are concaved with the multiple tracks groove on this hyoplastron, are concaved with an inserting groove on the end face of its contiguous this hyoplastron, and the groove of this inserting groove and this hyoplastron is interconnected;
Many first splicing ears, respectively the center section part intercalation of this first splicing ear is in this lower insulator, and the one end exposes on this hyoplastron and the position of contiguous hyoplastron one end, and its other end is extended outwardly by the end face in addition of this lower insulator;
One upper insulator, its section is L-shaped, and the configuration of its leading portion portion and the inserting groove of this lower insulator are complementary, and this upper insulator can be combined into one with this lower insulator;
Many second splicing ears, respectively the center section part intercalation of this second splicing ear is in this upper insulator, and its two ends are stretched out by two corresponding end of this upper insulator respectively;
One back insulator offers the multiple tracks holddown groove on it, respectively a wherein end of this second splicing ear can pass and inlay card is fixed in respectively this holddown groove, and should back insulate physical efficiency and this upper insulator and this lower insulator can be combined into one, to form an insulating base frame;
One metal shell, one end offer an open front, and its other end offers an after-opening, and this after-opening and open front are interconnected to form an accommodation space, and this accommodation space can ccontaining this insulating base frame.
2. signal connector as claimed in claim 1 is characterized in that, place, contiguous other end is concaved with a location division respectively on these lower insulator two corresponding side surface.
3. signal connector as claimed in claim 2 is characterized in that, the position of contiguous this after-opening is extended and is provided with a kink on two corresponding side surface of this metal shell, and it is configured as a lamellar body, and being placed in this location division of can being bent of this kink.
4. signal connector as claimed in claim 3 is characterized in that, the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with one first embedding part, and this first embedding part can fasten with the other end of this lower insulator.
5. signal connector as claimed in claim 4 is characterized in that, the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with a protuberance.
6. signal connector as claimed in claim 5 is characterized in that, the position of contiguous two corresponding side surface of this back insulator is respectively equipped with a holding section, and its configuration and this protuberance are complementary, and can snap on this protuberance.
7. signal connector as claimed in claim 4 is characterized in that, the position of contiguous two corresponding side surface of the back segment portion of this upper insulator is respectively equipped with an embedded hole.
8. signal connector as claimed in claim 7 is characterized in that, the position of contiguous two corresponding side surface of this back insulator is respectively equipped with a chimeric post, and its configuration and this embedded hole are complementary, and can be chimeric to this embedded hole.
CN2011200500108U 2010-11-30 2011-02-28 Signal connector Expired - Lifetime CN202067936U (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
TW099223183 2010-11-30
TW99223183U TWM405078U (en) 2010-11-30 2010-11-30 Signal connector

Publications (1)

Publication Number Publication Date
CN202067936U true CN202067936U (en) 2011-12-07

Family

ID=45061789

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2011200500108U Expired - Lifetime CN202067936U (en) 2010-11-30 2011-02-28 Signal connector

Country Status (2)

Country Link
CN (1) CN202067936U (en)
TW (1) TWM405078U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105098455A (en) * 2014-05-06 2015-11-25 富士康(昆山)电脑接插件有限公司 Socket connector

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105098455A (en) * 2014-05-06 2015-11-25 富士康(昆山)电脑接插件有限公司 Socket connector
CN105098455B (en) * 2014-05-06 2017-10-31 富士康(昆山)电脑接插件有限公司 Socket connector

Also Published As

Publication number Publication date
TWM405078U (en) 2011-06-01

Similar Documents

Publication Publication Date Title
CN101207239B (en) Wire inline T tap/splice
WO2007146252A3 (en) Terminals and connections between multi-set segmented hairpin windings
CN105470753A (en) Cable connector assembly
CN202067936U (en) Signal connector
CN202121107U (en) Connector assembly
CN105990730B (en) Copper bar connector and terminal assemblies
CN205752872U (en) Serial data connection cable
CN106058560A (en) Assembling-facilitating USB connector
CN207134539U (en) A kind of buckle-type SAS connector
CN205282822U (en) Cable connector assembly
CN203937602U (en) Power actuated vehicle plastic front board and power actuated vehicle
CN202737243U (en) Electric connector and electronic device using the same
CN201690009U (en) HDMI female connector
CN205693070U (en) A kind of electric connector
CN103457088A (en) Circular RJ45 connector and manufacture method thereof
CN207938921U (en) The coiling fixed structure and a kind of charging equipment of a kind of data line
CN209029627U (en) A kind of USB connecting line convenient for storage
CN202872062U (en) Combination socket with lightning protection
CN206850141U (en) A kind of micro- rectangular vertical interconnection electric connector of low clearance
CN201639028U (en) Riveting assembled type combined connector terminal block
CN205828684U (en) A kind of overall Pierced-type connector wire harness
CN202142678U (en) Clamping type data line connection terminal base
CN207183577U (en) Eyelet terminal
CN202058925U (en) Connector
CN203707394U (en) Novel terminal structure of terminal block

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CX01 Expiry of patent term
CX01 Expiry of patent term

Granted publication date: 20111207