CN201374423Y

CN201374423Y - Socket connector assembly

Info

Publication number: CN201374423Y
Application number: CN200920007163U
Authority: CN
Inventors: 万伟; 段术林; 陈庆典; 侯斌元; 柯文智
Original assignee: Advanced Connectek Shenzhen Ltd
Current assignee: Advanced Connectek Kunshan Ltd
Priority date: 2009-02-27
Filing date: 2009-02-27
Publication date: 2009-12-30
Anticipated expiration: 2019-02-27

Abstract

The utility model discloses a socket connector assembly which comprises a component, a clamping piece and an outer metal casing, wherein the component is provided with two socket connectors; each socket connector comprises at least one insulation body, a plurality of first terminals and a plurality of second terminals; the insulation body is equipped with concave parts and clamping passages which are arranged in a staggered manner; the first terminals and the second terminals are arranged in the insulation body; the clamping piece is arranged between the two socket connectors; and the component is wrapped with the outer metal casing. The socket connector assembly provided by the utility model has simple structure and high-frequency transmission stability, can be connected with a plurality of plug connectors, and is applicable to transmission interfaces of USB 2.0 and USB3.0 at the same time.

Description

The socket connector assembly

[technical field]

The utility model is about a kind of socket connector assembly, particularly about a kind of simple in structure and socket connector assembly with high-frequency transmission stability.

[background technology]

USB (Universal Serial Bus, USB) be a kind of hot plug transmission interface that is widely used in PC periphery product at present, this interface promptly carries out the data transmission with the hardware binding under the situation that does not need to start shooting again, has the good characteristic of transmission performance, first generation USB1.1 transmission interface is pushed out in the time of 1998, Intel in 2000 then deliver the formal specification of USB2.0, also expanded the computer peripheral product category that to use the USB transmission interface whereby, as portable hard drive, printer, Genius mouse etc.

But along with the required archives capacity that transmits day by day increases, demand when the transmission speed of USB2.0 begins to satisfy use because of being subject to control wafer and all factors, also therefore promoted the release of USB 3.0 of new generation, USB 3.0 is except keeping the structure previously and the characteristic of plug and play, more application is extended to PC, the synchronous instantaneous transmission of consumer electronics commodity and mobile device, its transmission speed is 10 times of USB 2.0 more, and has advantage of low power consumption, though USB 3.0 has the foundation structure of existing USB, but also make its structure more complicated because utilize one group of terminal of interpolation to promote transmission speed, need assemble and promote manufacturing cost by a plurality of assemblies, in addition, because of USB 3.0 has two groups of transmission terminals simultaneously, also need to avoid two groups of interference between terminal to promote the stability of high-frequency transmission.

[utility model content]

Main purpose of the present utility model is for providing a kind of simple in structure and socket connector assembly with high-frequency transmission stability.

Socket connector assembly of the present utility model comprises an assembly, a holding firmware and an outer metal housing, this assembly has two superimposed socket connectors up and down, each socket connector comprises at least one insulating body, several the first terminals and several second terminals, this insulating body is provided with staggered recess and engaging passage, and this first terminal and this second terminal are to be arranged in this insulating body; This holding firmware is arranged between two socket connectors; This outer metal housing is to be sleeved on outside this assembly.

Wherein this first terminal is USB 3.0 terminals, and this second terminal is USB 2.0 terminals, and this first terminal and this second terminal are staggered because of the structural design of this insulating body and can touch mutually, can reduce the probability that this socket connector assembly is short-circuited.

By said structure, it is a kind of simple in structure and have high-frequency transmission stability and can link the socket connector assembly of a plurality of pin connectors that the utility model can provide, and this socket connector assembly can be applicable to the transmission interface of USB 2.0 and USB3.0 simultaneously.

Be familiar with this skill personage and understand the purpose of this utility model, feature and effect for making,, and cooperate appended graphicly, the utility model is illustrated in detail now by following execution mode.

[description of drawings]

Fig. 1 is the stereogram of the utility model socket connector assembly.

Fig. 2 is the three-dimensional exploded view of the utility model socket connector assembly.

Fig. 3 is the three-dimensional exploded view at another visual angle of the utility model socket connector assembly.

Fig. 4 is the stereogram at another visual angle of the utility model socket connector assembly.

Fig. 5 is the front view of the utility model socket connector assembly.

1 socket connector assembly

11 assemblies

111 first insulating parts

1111 first surfaces

1,112 first recesses

1,113 first engaging passages

1,114 first connecting holes

1,115 first detents

112 second insulating parts

1121 second surfaces

1122 the 3rd surfaces

1,123 first fasteners

1,124 second fasteners

1125 perforation

1126 fit ends

1,127 second detents

113 the 3rd insulating parts

1131 the 4th surfaces

1132 the 5th surfaces

1,133 second connecting holes

1,134 second engaging passages

1135 the 3rd connecting holes

114 the 4th insulating parts

1141 the 6th surfaces

1142 the 7th surfaces

1143 the 3rd fasteners

1144A, 1144B, 1145A, 1145B location hole

115A, 115B the first terminal

1151A, 1151B protruding end

1152A, 1152B extension

1153A, 1153B first plug end

116A, 116B second terminal

1161A, 1161B elastic tip

1162A, 1162B connecting portion

1163A, 1163B second plug end

12 holding firmwares

121 shell fragments

13 outer metal housings

131 first keepers

132 second keepers

133 pins

134 shell fragments

[embodiment]

Please refer to Fig. 1, socket connector assembly 1 of the present utility model is to use with pin connector (not shown) to be connected, and is to comprise an assembly 11, a holding firmware 12 and an outer metal housing 13.

Please refer to Fig. 2 and Fig. 3, this assembly 11 has two up and down superimposed socket connectors, is to comprise one first insulating part 111, one second insulating part 112, one the 3rd insulating part 113, one the 4th insulating part 114, two groups of the

first terminal

115A, 115B and two group of

second terminal

116A, 116B.

This first insulating part 111 has a first surface 1111, have five first recesses 1112 that are arranged in parallel on this first surface 1111, its centre then has with staggered four first of being arranged in parallel of this first recess 1112 and engages passage 1113, this first insulating part 111 is stretched out by this first engaging passage 1113 and is provided with several first connecting holes 1114, and its another side with respect to this first surface 1111 is provided with first detent 1115.

This second insulating part 112 is to interconnect with this first insulating part 111, and have a second surface 1121 and one the 3rd surface 1122, this second surface 1121 is corresponding to this first surface 1111 and is provided with first fastener 1123 corresponding with this first connecting hole 1114, this first fastener 1123 engages with this first connecting hole 1114, the 3rd surface 1122 is provided with several second fasteners 1124, be provided with in addition on this second insulating part 112 by this first fastener 1123 and the 1124 outward extending perforation 1125 of this second fastener, the end that this second insulating part 112 differs from this perforation 1125 of tool is a fit end 1126, and the both sides of this second insulating part 112 then are provided with second detent 1127.

The 3rd insulating part 113 is to interconnect with this second insulating part 112, and have one the 4th the

surface

1131 and 1 the 5th surface 1132, the 4th surface 1131 is provided with corresponding to second connecting hole 1133 of this second fastener 1124 so that the 3rd insulating part 113 engages mutually with this second insulating part 112, the 5th surface 1132 has five second recesses 1133 that are arranged in parallel, its centre then has and engage passage 1134, the three insulating parts 113 with staggered four second of being arranged in parallel of this second recess 1133 and second engaged passage 1134 and stretch out and be provided with several the 3rd connecting holes 1135 by this.

The 4th insulating part 114 is to interconnect with the 3rd insulating part 113, and have one the 6th the

surface

1141 and 1 the 7th surface 1142, the 3rd fastener 1143, the four insulating parts 114 that the 6th surface 1141 is provided with corresponding to the 3rd connecting hole 1135 are provided with by the 3rd fastener 1143 outward extending two groups of location hole 1144A, 1144B, 1145A, 1145B that are arranged in parallel.

This first terminal 115A, 115B is for being arranged parallel to each other, and be arranged at this first insulating part 111 and the 3rd insulating part 113 respectively, it comprises a

protruding end

1151A, 1151B, one

extension

1152A, 1152B and one

first plug end

1153A, 1153B, this protruding

end

1151A, 1151B is sticked in this first recess 1112 or this second recess 1133, this

extension

1152A, 1152B connects this

protruding end

1151A, 1151B and this

first plug end

1153A, 1153B and be embedded in this first insulating part 111 and the 3rd insulating part 113 in, this

first plug end

1153A, 1153B is orthogonal to this

extension

1152A, 1152B is also respectively by location hole 1144A, 1144B passes the location, this

first terminal

115A, 115B is the USB3.0 transmission terminal.

This second terminal 116A, 116B is and this first terminal 115A, 115B is staggered to be arranged in parallel, and be arranged at this first insulating part 111 and the 3rd insulating part 113 respectively, it comprises an elastic tip 1161A, 1161B, a junction 1162A, 1162B and one second plug end 1163A, 1163B, this elastic tip 1161A, 1161B has a sphere that protrudes, this connecting portion 1162A, 1162B connects this elastic tip 1161A, 1161B and this second plug end 1163A, 1163B also is arranged in this first engaging passage 1113 and this second engaging passage 1134, this second plug end 1163A, 1163B is orthogonal to this connecting portion 1162A, 1162B is also respectively by location hole 1145A, 1145B passes the location, itself and this connecting portion 1162A, the junction of 1162B is provided with a kink 1164A, 1164B, this kink 1164A, when 1164B inserts at a pin connector, have buffering and insert the compressing second terminal 116A because of pin connector, 116B and cause this second terminal 116A, the effect that 116B is out of shape because of elastic fatigue, the consume of metallic elastic so can detract, and then reduce by the second terminal 116A, the 116B spoilage, therefore can avoid the generation of loose contact problem, this second terminal 116A, 116B is the USB2.0 transmission terminal.

This holding firmware 12 is metal shells, is sleeved on this second insulating part 112 by the fit end 1126 of this second insulating part 112, and has several shell fragments 121.

This metal shell 13 has four sides, and be provided with respectively first keepers 131 that engage mutually with this first detent 1115 and this second detent 1127 and second keeper 132, four pins 133 and be distributed in shell fragment 134 on the side, this first keeper 131 and this second keeper 132 are this assembly 11 closely to be fixed in this metal shell 13 inside, and this pin 13 is to be fixed in a circuit board A for this socket connector assembly 1.

Please refer to Fig. 3 to Fig. 5, when assembling socket connector assembly 1 of the present utility model, be respectively with the first terminal 115A, the 115B and the second terminal 116A, 116B is fixed in this first insulating body 11 and the 3rd insulating part 113 by embedded jet forming method (insert molding), because this first terminal 115A, 115B and this second terminal 116A, 116B is for being staggered and via this extension 1152A, 1152B and this connecting portion 1162A, the adjustment of 1162B length, make this first terminal 115A, the protruding end 1151A of 115B, 1151B and this second terminal 116A, the elastic tip 1161A of 116B, 1161B can not touch mutually and cause short circuit phenomenon, with this first insulating part 111 and this second insulating part 112 and the 3rd insulating part 113 with after the 4th insulating part 114 engages respectively, this first plug end 1153A and this second plug end 1163A are that first perforation 1125 by this second insulating part 112 passes, again by the location hole 1144A of the 4th insulating part 114,1145A passes and locatees, the then direct location hole 1144B of the first plug end 1153B of another group terminal and the second plug end 1163B by the 4th insulating part 114,1145B passes and locatees, so this first plug end 1153A, 1153B and this second plug end 1163A, 1163B is interlaced and locate, subsequently, load onto this holding firmware 12 and this metal shell 13 in regular turn and promptly finish socket connector assembly 1 of the present utility model.

Socket connector assembly 1 of the present utility model has two socket connectors, can provide two groups of different pin connectors to use simultaneously, when pin connector engages, shell fragment 121,134 on this holding firmware 12 and the metal shell 13 can be closely fixing with pin connector, and this socket connector assembly 1 is because of having USB2.0 and USB3.0 transmission terminal simultaneously, thereby has the effect that can carry out high-speed transfer.

Claims

1. socket connector assembly is characterized in that: comprising:

One assembly, have two socket connectors, each socket connector comprises at least one insulating body, several the first terminals and several second terminals, and this insulating body is provided with staggered recess and engaging passage, and this first terminal and this second terminal are arranged in this insulating body;

One holding firmware is arranged between two socket connectors: and

One outer metal housing is coated on this assembly.

2. socket connector assembly as claimed in claim 1 is characterized in that: these two socket connectors are for superimposed up and down.

3. socket connector assembly as claimed in claim 2, it is characterized in that: this first terminal is for being arranged parallel to each other, it comprises a protruding end, an extension and one first plug end, this protruding end is sticked in the recess of this insulating body, this extension connects this protruding end and this first plug end and is embedded in this insulating body, and this first plug end is orthogonal to this extension.

4. socket connector assembly as claimed in claim 3 is characterized in that: this first terminal is the USB3.0 transmission terminal.

5. socket connector assembly as claimed in claim 3, it is characterized in that: this second terminal and this first terminal are staggered to be arranged in parallel, it comprises an elastic tip, a junction and one second plug end, this elastic tip has a sphere that protrudes, this connecting portion connects this elastic tip and this second plug end and is sticked in the passage that engages of this insulating body, this second plug end is orthogonal to this connecting portion, and is provided with a kink in the junction with this connecting portion.

6. socket connector assembly as claimed in claim 5 is characterized in that: this second terminal is the USB2.0 transmission terminal.