CN204966762U - Can prevent terminal warping socket electric connector when pegging graft - Google Patents
Can prevent terminal warping socket electric connector when pegging graft Download PDFInfo
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- CN204966762U CN204966762U CN201520590248.8U CN201520590248U CN204966762U CN 204966762 U CN204966762 U CN 204966762U CN 201520590248 U CN201520590248 U CN 201520590248U CN 204966762 U CN204966762 U CN 204966762U
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Abstract
The utility model provides a can prevent terminal warping socket electric connector when pegging graft, contain a shell, a first gluey core print seat, a core print seat and a flat terminal are glued to a second, first gluey core print seat sets up in the shell, first gluey core print seat has a first gluey core print seat front end and a first gluey core print seat rear end, the second is glued the core print seat and is set up in the shell and install in first gluey core print seat, the second is glued the core print seat and is had a land, flat terminal contains a fixed part, a leg portion, a contact site and a joint portion, the fixed part combines in first gluey core print seat, leg portion is extended and projection in first gluey core print seat rear end towards first gluey core print seat rear end by the fixed part, the contact site is extended and projection in first gluey core print seat front end towards first gluey core print seat front end by the fixed part, the joint portion salient is in the contact site and bury the land.
Description
Technical field
The utility model about a kind of electric connector for socket, espespecially a kind of electric connector for socket that can prevent terminal warpage when grafting.
Background technology
Along with the development of computer and perimeter equipment industry, universal serial bus (UniversalSerialBus, USB) has become one of the communication of computer and peripheral equipment and the important interface of data transmission.Along with social development, higher signal speed rates is real be a kind of trend, for the needs in exploitation current epoch especially of transmitting the electric connector of higher rate.Therefore, a kind of new USB specification (USB3.0) is then applied and gives birth to, and the connector meeting USB3.0 specification in grafting often in terminal front end generation warpage, cause decline useful life, therefore how to design and a kind ofly can prevent terminal warpage when grafting and the electric connector meeting USB3.0 specification has become one of important topic of industry research.
Utility model content
The utility model provides a kind of electric connector for socket that can prevent terminal warpage when grafting, comprises: a shell, a glue core print seat, one first dull and stereotyped terminal group, a conductive structure and a shielding part; Described glue core print seat, it has a glue core print seat rear end and a clapper structure, and clapper structure has a first surface and a second surface, wherein on first surface for defining at least one land; Described conductive structure, is arranged at glue core print seat; Described shielding part, is arranged in clapper structure; Described first dull and stereotyped terminal group, it is made up of individual first dull and stereotyped terminal, and each first dull and stereotyped terminal comprises: one first fixed part, is incorporated into glue core print seat; One first leg portion, to be extended towards glue core print seat rear end by the first fixed part and is stretched on glue core print seat rear end; One first contact site, to be extended towards clapper structure by the first fixed part and is stretched on first surface; One first joint portion, protrudes from the first contact site and imbeds at least one land.
Described first joint portion comprises: one first segmental arc, and by the first contact site bending and forming, the first segmental arc exposes to the first surface of clapper structure; And one first embeds section, extends the first segmental arc, first embeds section is embedded in clapper structure via at least one land.
Described glue core print seat comprises one first glue core print seat and is combined in one of first glue core print seat second glue core print seat.
Described first glue core print seat, is arranged in shell, and the first glue core print seat has one first glue core print seat outer surface, one first glue core print seat inner surface, one first glue core print seat front end and one first glue core print seat rear end, and the first fixed part is incorporated into the first glue core print seat; Second glue core print seat to be arranged in shell and to be installed on the first glue core print seat, second glue core print seat has one second glue core print seat outer surface, one second glue core print seat inner surface, one second glue core print seat front end and one second glue core print seat rear end, when the second glue core print seat is combined in the first glue core print seat, first glue core print seat rear end and the second glue core print seat front end define glue core print seat rear end jointly, and the first glue core print seat inner surface abuts the second glue core print seat inner surface, wherein the second glue core print seat extends clapper structure.
Described first glue core print seat is formed with at least one vacancy section, the first glue core print seat outer surface and the first glue core print seat inner surface are run through at least one vacancy section, first fixed part, through at least one vacancy section, makes a part for the first fixed part expose to the first glue core print seat outer surface and the first glue core print seat inner surface.
The described electric connector for socket that can prevent terminal warpage when grafting, comprises: a shell, a glue core print seat, one first dull and stereotyped terminal group, a conductive structure and a shielding part; More comprise: one second dull and stereotyped terminal group, it is made up of the second dull and stereotyped terminal, and each second dull and stereotyped terminal comprises: one second fixed part, is incorporated into glue core print seat; One second leg portion, to be extended towards glue core print seat rear end by the second fixed part and is stretched on glue core print seat rear end; One second contact site, to be extended towards clapper structure front end by the second fixed part and exposes to second surface; And one second joint portion, protrude from the second contact site and imbed clapper structure.
Described second joint portion comprises: one second segmental arc, and by the second contact site bending and forming, the second segmental arc exposes to second surface; And one second embeds section, extends the second segmental arc, second embeds section is embedded in clapper structure.
Described first surface and second surface are formed with assembling grove and individual second assembling grove respectively, first contact site of each first dull and stereotyped terminal is installed in the first corresponding assembling grove, and contiguous at least one land, one end of each first assembling grove, the second contact site of each second dull and stereotyped terminal is installed in the second corresponding assembling grove.
Described second glue core print seat is formed with at least one first and wears mouth region, at least one first wears mouth region runs through the second glue core print seat outer surface and the second glue core print seat inner surface, second fixed part wears mouth region through at least one first, makes a part for the second fixed part expose to the second glue core print seat outer surface and the second glue core print seat inner surface.
Described second glue core print seat is formed with at least one second and wears mouth region, at least one second wears mouth region runs through the second glue core print seat outer surface and the second glue core print seat inner surface, second contact site wears mouth region through at least one second, makes a part for the second contact site expose to the second glue core print seat outer surface and the second glue core print seat inner surface.
Between one of described second leg portion one of central axis and the second contact site central axis, there is an offset distance, be positioned between adjacent two first leg portions to make the second leg portion, and the second fixed part comprises: one first flat segments, the central axis along the second leg portion extends; One second flat segments, the central axis along the second contact site extends; And a diagonal section, connect the first flat segments and the second flat segments.
Described first dull and stereotyped terminal group and the second dull and stereotyped terminal group have at least two pairs of difference signal terminals pair respectively, and at least two pairs of difference signal terminals of at least two pairs of difference signal terminals of the first dull and stereotyped terminal group pair and the second dull and stereotyped terminal group are symmetrical for pivot revolves turnback with the fore-and-aft direction of electric connector for socket.
Described conductive structure system comprises the first conducting strip and the second conducting strip, and the first conducting strip is arranged at glue core print seat and contiguous first surface, and the second conducting strip is arranged at glue core print seat and contiguous second surface.
The coated glue core print seat of described conductive structure system and contiguous first surface and second surface.
In another kind of specific embodiment: a kind of electric connector for socket that can prevent terminal warpage when grafting, comprises: a shell, a glue core print seat, one first dull and stereotyped terminal group, one second dull and stereotyped terminal group, one second joint portion, a conductive structure and a shielding part; Described glue core print seat, it extends a clapper structure, and clapper structure is for defining a first surface and a second surface, and wherein first surface is for defining at least one first land, and second surface is for defining at least one second land; Described conductive structure, is arranged at glue core print seat; Described first dull and stereotyped terminal group, is made up of the first dull and stereotyped terminal, and each first dull and stereotyped terminal comprises: one first fixed part, is incorporated into glue core print seat; One first leg portion, to be extended towards glue core print seat rear end by the first fixed part and is stretched on glue core print seat rear end; One first contact site, to be extended towards clapper structure by the first fixed part and is stretched on first surface; One first joint portion, protrudes from the first contact site and imbeds at least one first land; Described second dull and stereotyped terminal group, is made up of the second dull and stereotyped terminal, and each second dull and stereotyped terminal comprises: one second fixed part, is incorporated into glue core print seat; One second leg portion, to be extended towards glue core print seat rear end by the second fixed part and is stretched on glue core print seat rear end; One second contact site, to be extended towards clapper structure by the second fixed part and exposes to second surface; Described second joint portion, protrudes from the second contact site and imbeds at least one second land; Described shielding part, to be arranged in clapper structure and between the first dull and stereotyped terminal group and the second dull and stereotyped terminal group.
Beneficial effect: the utility model utilizes the first joint portion of the first dull and stereotyped terminal to imbed the second glue core print seat inner surface, second joint portion of the second dull and stereotyped terminal is embedded in the second glue core print seat outer surface, the first joint portion and the second joint portion is made to hold to the wall body of the second glue core print seat, to avoid the phenomenon that warpage occurs when the first dull and stereotyped terminal and the second dull and stereotyped terminal grafting.
Accompanying drawing explanation
Fig. 1 is the schematic appearance of the utility model embodiment electric connector for socket.
Fig. 2 and Fig. 3 is respectively the utility model embodiment electric connector for socket in the exploded perspective view of different visual angles.
Fig. 4 is the schematic top plan view of the utility model embodiment electric connector for socket.
Fig. 5 is the generalized section of the utility model embodiment electric connector for socket.
Fig. 6 is the schematic diagram that the utility model embodiment second glue core print seat is in initial condition.
Fig. 7 is the utility model embodiment first glue core print seat and is installed on the generalized section of the second glue core print seat being in initial condition.
Fig. 8 is the utility model embodiment first glue core print seat and is installed on the generalized section of the second glue core print seat being in as-welded.
Fig. 9 is the generalized section of another embodiment glue core print seat of the utility model.
Figure 10 is the schematic diagram of another embodiment glue core print seat of the utility model.
Symbol description
1000 electric connector for socket; 1 shell; 10 first shells; 11 second housings; 110 accommodation spaces; 2 the first terminal modules; 20 first glue core print seats; 201 first glue core print seat outer surfaces; 202 first glue core print seat inner surfaces; 203 first glue core print seat front ends; 204 first glue core print seat rear ends; 205 vacancy sections; 21 first dull and stereotyped terminals; 210 first fixed parts; 211 first leg portions; 212 first contact sites; 213 first joint portions; 2130 first segmental arcs; 2131 first embed section; 3 second terminal modules; 30 second glue core print seats; 301 second glue core print seat outer surfaces; 302 second glue core print seat inner surfaces; 303 second glue core print seat front ends; 304 second glue core print seat rear ends; 305 pedestals; 306,306' clapper structure; 3060 first surfaces; 3061 second surfaces; 307 first wear mouth region; 308 second wear mouth region; 309 first assembling groves; 30A welding groove; 30B welding projection; 30C first land; 30D second assembling grove; 30E second land; 31 second dull and stereotyped terminals; 310 second fixed parts; 3101 first flat segments; 3102 second flat segments; 3103 diagonal sections; 311 second leg portions; 312 second contact sites; 313 second joint portions; 3130 second segmental arcs; 3131 second embed section; 4 first conducting strips; 5 shielding parts; 6 second conducting strips; 7,7', 7'' glue core print seat; 70 glue core print seat rear ends; 8,8' conductive structure; X fore-and-aft direction; X1 is direction backward; X2 forward direction; A1, A2 central axis; D offset distance.
Embodiment
The direction term mentioned in following examples such as: upper and lower, left and right, front or rear etc., is only the direction with reference to annexed drawings.Therefore, the direction term of use is used to illustrate and is not used for limiting the utility model.Refer to Fig. 1 to Fig. 3, Fig. 1 is the schematic appearance of the utility model embodiment one electric connector for socket 1000, Fig. 2 and Fig. 3 is respectively the utility model embodiment electric connector for socket 1000 in the exploded perspective view of different visual angles.As shown in Figure 1 to Figure 3, electric connector for socket 1000 comprises shell 1, the first terminal module 2,1 second terminal module 3, shielding part 5 and a conductive structure 8, the first terminal module 2 comprises one first glue core print seat 20 and one first dull and stereotyped terminal group, it is made up of 12 the first dull and stereotyped terminals 21, second terminal module 3 comprises one second glue core print seat 30 and one second dull and stereotyped terminal group, and it is made up of 12 the second dull and stereotyped terminals 31.In this embodiment, conductive structure 8 comprises one first conducting strip 4 and one second conducting strip 6.
Further, shell 1 comprises one first shell 10 and a second housing 11, first shell 10 is fixedly arranged on a circuit board (not being illustrated in figure), second housing 11 to be fixedly arranged on the first shell 10 and around formation one accommodation space 110, accommodation space 110 in order to accommodating first glue core print seat 20 and the second glue core print seat 30, all can be arranged in shell 1 to make the first glue core print seat 20 and the second glue core print seat 30.In addition, second glue core print seat 30 can be installed on the first glue core print seat 20, and such as the second glue core print seat 30 can block joins or the mode of close-fitting is installed on the first glue core print seat 20, but the utility model is not limit by this, such as the first glue core print seat 20 also can be one-body molded with the second glue core print seat 30, looks closely actual demand and determine.When the second glue core print seat 30 and the first glue core print seat 20 in conjunction with time, in conjunction with the second glue core print seat 30 and the first glue core print seat 20 can be considered one of overall glue core print seat 7, namely the glue core print seat 7 of the utility model can comprise the first glue core print seat 20 and be combined in the second glue core print seat 30 of the first glue core print seat 20, and glue core print seat 7 has glue core print seat rear end 70 and a clapper structure 306, clapper structure 306 has first surface 3060 and a second surface 3061.
In addition, first glue core print seat 20 has one first glue core print seat outer surface 201, one first glue core print seat inner surface 202, one first glue core print seat front end 203 and one first glue core print seat rear end 204, second glue core print seat 30 has one second glue core print seat outer surface 301, one second glue core print seat inner surface 302, one second glue core print seat front end 303 and one second glue core print seat rear end 304, wherein the first conducting strip 4 is arranged on the first glue core print seat outer surface 201, namely the first conducting strip 4 is arranged at glue core print seat 7 and contiguous first surface 3060, one of first glue core print seat front end 203 and the first glue core print seat rear end 204 definable socket connector 3000 fore-and-aft direction X.When the second glue core print seat 30 is installed on the first glue core print seat 20, first glue core print seat inner surface 202 is connected to the second glue core print seat inner surface 302, and the first glue core print seat rear end 204 and the second glue core print seat rear end 304 define glue core print seat rear end 70 jointly, wherein clapper structure 306 extends the second glue core print seat 30, shielding part 5 is arranged in the clapper structure 306 of the second glue core print seat 30, and the second conducting strip 6 is incorporated on the second glue core print seat outer surface 301, namely the second conducting strip 6 is arranged at glue core print seat 7 and contiguous second surface 3061.
In this embodiment, socket connector 3000 is a universal serial bus 3.0 (UniversalSerialBus3.0, USB3.0) socket connector, first dull and stereotyped terminal 21 and the second dull and stereotyped terminal 31 can comprise the signal terminal of USB3.0 socket connector respectively, earth terminal and power supply terminal, wherein the first dull and stereotyped terminal group and the second dull and stereotyped terminal group can have at least two pairs of difference signal terminals pair respectively, at least two pairs of difference signal terminals of at least two pairs of difference signal terminals of the first dull and stereotyped terminal group pair and the second dull and stereotyped terminal group are symmetrical for pivot revolves turnback with the fore-and-aft direction X of socket connector 3000.It is worth mentioning that, first conducting strip 4 and the second conducting strip 6 can be respectively an electromagnetic interference shielding shell fragment (ElectroMagneticInterferencespring of USB3.0 socket connector, and shielding part 5 can be the barricade (shieldingplate) of USB3.0 socket connector EMIspring).Electromagnetic interference shielding shell fragment (i.e. the first conducting strip 4 and the second conducting strip 6) is the outside of the both sides up and down of the glue core print seat (i.e. the first glue core print seat 20 and the second glue core print seat 30) being arranged on USB3.0 socket connector (i.e. socket connector 3000), and barricade (i.e. shielding part 5) be coated on USB3.0 socket connector glue core print seat in locate between the terminal of USB3.0 socket connector.
As shown in Figure 1 to Figure 3, first dull and stereotyped terminal 21 comprises one first fixed part 210, one first leg portion 211 and one first contact site 212, first fixed part 210 is incorporated into the first glue core print seat 20, first leg portion 211 is extended towards the first glue core print seat rear end 204 (i.e. one of the fore-and-aft direction X of socket connector 3000 direction X1 backward) by the first fixed part 210, and the first leg portion 211 is stretched on the first glue core print seat rear end 204, namely the first leg portion 211 extends and projection glue core print seat rear end 70 towards glue core print seat rear end 70, the first leg portion 211 is made to expose to the first glue core print seat 20, to weld and to be fixed on a circuit board (not being illustrated in figure), first contact site 212 is extended towards the first glue core print seat front end 203 (i.e. one of the fore-and-aft direction X forward direction X2 of socket connector 3000) by the first fixed part 210, and the first contact site 212 is stretched on the first glue core print seat front end 203, namely the first contact site 212 is extended by the clapper structure 306 of the first fixed part 210 towards the second glue core print seat 30 of glue core print seat 7 and is stretched on the first surface 3060 of clapper structure 306.It is worth mentioning that, in this embodiment, first glue core print seat 20 is the structure without tongue piece, and when the first glue core print seat 20 is not yet combined on the second glue core print seat 30, the first contact site 212 of the first dull and stereotyped terminal 21 is that to be stretched on the first glue core print seat 20 outer and in vacant state.
In addition, second dull and stereotyped terminal 31 comprises one second fixed part 310, one second leg portion 311 and one second contact site 312, second fixed part 310 is incorporated into the second glue core print seat 30, second leg portion 311 is extended towards the second glue core print seat rear end 304 (i.e. the X1 of direction backward of the fore-and-aft direction X of socket connector 3000) by the second fixed part 310, and the second leg portion 311 is stretched on the second glue core print seat rear end 304, namely the second leg portion 311 extends and projection glue core print seat rear end 70 towards glue core print seat rear end 70, the second leg portion 311 is made to expose to the second glue core print seat 30, to weld and to be fixed on circuit board, second contact site 312 is extended towards the second glue core print seat front end 303 (i.e. the forward direction X2 of the fore-and-aft direction X of socket connector 3000) by the first fixed part 210, namely the second contact site 312 is extended by the clapper structure 306 of the first fixed part 210 towards the second glue core print seat 30 of glue core print seat 7 and is stretched on the second surface 3061 of clapper structure 306.
In this embodiment, second glue core print seat 30 comprises a pedestal 305, wherein a clapper structure 306 extends to protrude from pedestal 305, and the second glue core print seat 30 is formed with two first and wears mouth region 307 and two second and wear mouth region 308, clapper structure 306 protrudes from pedestal 305, first wears mouth region 307 and second wears the second glue core print seat outer surface 301 and the second glue core print seat inner surface 302 all running through the second glue core print seat 30 in mouth region 308, second fixed part 310 of the second dull and stereotyped terminal 31 wears mouth region 307 through first, a part for the second fixed part 310 is made to expose to the second glue core print seat outer surface 301 and the second glue core print seat inner surface 302, second contact site 312 of the second dull and stereotyped terminal 31 wears mouth region 308 through second, a part for the second contact site 312 is made to expose to the second glue core print seat outer surface 301 and the second glue core print seat inner surface 302, first wear mouth region 307 and second and wear mouth region 308 and just can provide clamping place by this, second dull and stereotyped terminal 31 can be fixed by mould when shaping, and then make the second dull and stereotyped terminal 31 can imbed the mode of injection (insertmolding) and the second glue core print seat 30 one-body molded.Thus, the second fixed part 310 of the second dull and stereotyped terminal 31 and the second contact site 312 just can be incorporated into pedestal 305 and the clapper structure 306 of the second glue core print seat 30 respectively.
As shown in Figure 1 to Figure 3, first glue core print seat 20 is formed with two vacancy sections 205, the first glue core print seat outer surface 201 and the first glue core print seat inner surface 202 is run through in vacancy section 205, and the first fixed part 210 of the first dull and stereotyped terminal 21 is through vacancy section 205, a part for the first fixed part 210 is made to expose to the first glue core print seat outer surface 201 and the first glue core print seat inner surface 202, vacancy section 205 just can provide clamping place by this, first dull and stereotyped terminal 21 can be fixed by mould when shaping, and then make the first dull and stereotyped terminal 21 can imbed the mode of injection (insertmolding) and the first glue core print seat 20 one-body molded.Thus, first fixed part 210 of the first dull and stereotyped terminal 21 just can be incorporated into the first glue core print seat 20, and due to the utility model first glue core print seat 20 be the structure without tongue piece, therefore, when the first fixed part 210 is incorporated into the first glue core print seat 20, the first contact site 212 of the first dull and stereotyped terminal 21 is be stretched on outside the first glue core print seat 20 in a vacant state (as shown in Figure 2).
It is worth mentioning that, the utility model vacancy section 205, first wears mouth region 307 and second wears the quantity of mouth region 308 and position Ke Bu Authority and is limited to that this embodiment is graphic to be illustrated, first glue core print seat 20 such as, only can be formed with a vacancy section 205, second glue core print seat 30 can only be formed one first wear mouth region 307 and one second wear mouth region 308, namely the first glue core print seat 20 is formed and at least one vacancy section 205 and the second glue core print seat 30 is formed with at least one and first wears mouth region 307 and at least one the second structural design of wearing mouth region 308, all in the category that the utility model is protected.As shown in FIG. 2 and 3, the first surface 3060 of clapper structure 306 and second surface 3061 are formed with first assembling grove 309 and individual second assembling grove 30D respectively, second contact site 312 of each second dull and stereotyped terminal 31 is installed on the second corresponding assembling grove 30D, and when the first terminal module 2 is installed on the second terminal module 3, first glue core print seat inner surface 202 of the first glue core print seat 20 is the second glue core print seat inner surface 302 being connected to the second glue core print seat 30, and the first contact site 212 of each first dull and stereotyped terminal 21 is be installed in the first corresponding assembling grove 309.
Refer to Fig. 4, Fig. 4 is the schematic top plan view of the utility model embodiment electric connector for socket 1000.Illustrate structure for clear, Fig. 4 system omits the shell 1 of electric connector for socket 1000.As shown in Figure 4, between one of second leg portion 311 of the second dull and stereotyped terminal 31 one of central axis A1 and the second contact site 312 central axis A2, there is an offset distance D, that is second the central axis A1 system in leg portion 311 be not aligned with the central axis A2 of the second contact site 312, and the first leg portion 211 of the first dull and stereotyped terminal 21 is aligned with the first contact site 212, therefore when the first terminal module 2 is installed on the second terminal module 3, first contact site 212 of the first dull and stereotyped terminal 21 is to neat in the second contact site 312 of the second dull and stereotyped terminal 31 up and down, now owing to having the structural design of offset distance D between the central axis A1 in the second leg portion 311 of the second dull and stereotyped terminal 31 and the central axis A2 of the second contact site 312, can make the second leg portion 311 of the second dull and stereotyped terminal 31 between the first leg portion 211 of adjacent two first dull and stereotyped terminals 21, to coordinate the specification of the electrical contact of circuit board.
In embodiment, second fixed part 310 of the second dull and stereotyped terminal 31 comprises one first flat segments 3101, one second flat segments 3102 and a diagonal section 3103, first flat segments 3101 extends along the central axis A1 in the second leg portion 311, namely the trend of the first flat segments 3101 is parallel to the trend in the second leg portion 311, second flat segments 3102 extends along the central axis A2 of the second contact site 312, namely the trend of the second flat segments 3102 is parallel to the trend of the second contact site 312, diagonal section 3103 connects the first flat segments 3101 and the second flat segments 3102, and the trend of diagonal section 3103 is diagonal to the trend of the first flat segments 3101 and the trend of the second flat segments 3102, and the structural design Ke Bu Authority of the second fixed part 310 of the dull and stereotyped terminal of the utility model second 31 is limited to, and this embodiment is graphic to be illustrated, look closely actual demand and determine.
Refer to Fig. 5, Fig. 5 is the generalized section of the utility model embodiment electric connector for socket 1000.As shown in Figure 5, second dull and stereotyped terminal 31 separately comprises one second joint portion 313, protrude from the second contact site 312, when the second dull and stereotyped terminal 31 burying forming is on the second glue core print seat 30, the second joint portion 313 is the second glue core print seat outer surface 301 imbedding the second glue core print seat 30.Further, second joint portion 313 comprises one second segmental arc 3130 and one second and embeds section 3131, second segmental arc 3130 is by the second contact site 312 bending and forming, second embeds section 3131 extends the second segmental arc 3130, when the second dull and stereotyped terminal 31 burying forming is on the second glue core print seat 30, second embedding section 3131 is be embedded in the second glue core print seat 30, the second joint portion 313 is made to hold to the wall body of the second glue core print seat 30, and the second segmental arc 3130 exposes to the second glue core print seat outer surface 301 of the second glue core print seat 30, the second contact site 312 is entered with the joint terminal of socket once of guiding a plug connector, and then reduce the resistance that lower socket joint terminal enters the second contact site 312, when preventing terminating in grafting there is the phenomenon of warpage in the second dull and stereotyped terminal 31.
Refer to Fig. 1, Fig. 2, Fig. 5 and Fig. 6 to Fig. 8, Fig. 6 is the schematic diagram that the utility model embodiment second glue core print seat 30 is in initial condition, Fig. 7 is the utility model embodiment first glue core print seat 20 and is installed on the generalized section of the second glue core print seat 30 being in initial condition, and Fig. 8 is the utility model embodiment first glue core print seat 20 and is installed on the generalized section of the second glue core print seat 30 being in as-welded.As shown in Figure 1, Figure 2, shown in Fig. 5 and Fig. 6 to Fig. 8, the first dull and stereotyped terminal 21 separately comprises one first joint portion 213, protrudes from the first contact site 212.Further, the first joint portion 213 comprises one first segmental arc 2130 and one first and embeds section 2131, first segmental arc 2130 by the first contact site 212 bending and forming, and the first embedding section 2131 extends the first segmental arc 2130.In addition, in this embodiment, when the first terminal module 2 is installed on the second terminal module 3, it is adopt the mode of hot pressing welding to embed section 2131 by first to be embedded in the second glue core print seat 30, the first joint portion 213 is made to hold to the wall body of the second glue core print seat 30, and the first segmental arc 2130 is exposed to the second glue core print seat inner surface 302 of the second glue core print seat 30, the first contact site 212 is entered to guide the upper socket joint terminal of one of plug connector, and then reduce the resistance that upper socket joint terminal enters the first contact site 212, when preventing terminating in grafting there is the phenomenon of warpage in the first dull and stereotyped terminal 21.
In practice, when the second glue core print seat 30 is in the initial condition as shown in Fig. 2, Fig. 6 and Fig. 7, first joint portion 213 place cording of the corresponding first dull and stereotyped terminal 21 of the second glue core print seat 30 has a welding projection 30B of individual welding groove 30A and a corresponding welding groove 30A, individual welding projection 30B is adjacent corresponding welding groove 30A respectively, and welding groove 30A is communicated in corresponding assembling grove 309, make one end of the contiguous corresponding assembling grove 309 of welding projection 30B.When the first terminal module 2 is positioned on the second terminal module 3 as shown in Figure 7, first embedding section 2131 of the first joint portion 213 of the first dull and stereotyped terminal 21 is be arranged in corresponding welding groove 30A, now utilize a thermal head (not being illustrated in figure) by welding projection 30B hot melt and will be pressed into by the material after welding projection 30B hot melt in welding groove 30A, make the material after by welding projection 30B hot melt fill up welding groove 30A, and then first of the first joint portion 213 the embedding section 2131 is embedded in the second glue core print seat 30.
It is worth mentioning that, after filling up welding groove 30A by the material after welding projection 30B hot melt, the region system of former welding groove 30A may be defined as one first land 30C, that is on finished product, second glue core print seat inner surface 302 cording has a first land 30C, and first of the first joint portion 213 of the first dull and stereotyped terminal 21 the embedding section 2131 is can be embedded in the second glue core print seat 30 via the first land 30C.And the mode that the first embedding section 2131 of the utility model first joint portion 213 is embedded in the second glue core print seat 30 can not as limit, first of such as the first joint portion 213 embeds section 2131 and the mode imbedding ejection formation also can be utilized to be embedded in the second glue core print seat 30, looks closely actual demand and determines.
Refer to Fig. 9, Fig. 9 is the generalized section of another embodiment one glue core print seat of the utility model 7'.As shown in Figure 9, the main difference of glue core print seat 7' and above-mentioned glue core print seat 7 be in, the one second surface 3061' of the one clapper structure 306' of glue core print seat 7' separately defines at least one second land 30E, second joint portion 313 of the second dull and stereotyped terminal 31 of glue core print seat 7' is imbed at least one second land 30E, and is incorporated into clapper structure 306'.And this embodiment and the element in above-described embodiment with identical label, it has identical structural design and action principle, for the sake of clarity, repeats no more in this.
Refer to Figure 10, Figure 10 is the schematic diagram of another embodiment one glue core print seat of the utility model 7''.As shown in Figure 10, the main difference of glue core print seat 7'' and above-mentioned glue core print seat 7 is in, the conductive structure 8' system coated glue core print seat 7'' of glue core print seat 7'' and the first surface 3060 of contiguous clapper structure 306 and second surface 3061.And this embodiment and the element in above-described embodiment with identical label, it has identical structural design and action principle, for the sake of clarity, repeats no more in this.
Compared to prior art, the utility model utilizes the first joint portion of the first dull and stereotyped terminal to imbed the second glue core print seat inner surface, second joint portion of the second dull and stereotyped terminal is embedded in the second glue core print seat outer surface, the first joint portion and the second joint portion is made to hold to the wall body of the second glue core print seat, to avoid the phenomenon that warpage occurs when the first dull and stereotyped terminal and the second dull and stereotyped terminal grafting.The foregoing is only the preferred embodiment of the utility model, all equalizations done according to the utility model claim change and modify, and all should belong to the covering scope of the utility model.
Claims (15)
1. can prevent an electric connector for socket for terminal warpage when grafting, comprise: a shell, a glue core print seat, one first dull and stereotyped terminal group, a conductive structure and a shielding part;
Described glue core print seat, it has a glue core print seat rear end and a clapper structure, and clapper structure has a first surface and a second surface, wherein on first surface for defining at least one land;
Described conductive structure, is arranged at glue core print seat;
Described shielding part, is arranged in clapper structure;
It is characterized in that:
Described first dull and stereotyped terminal group, it is made up of individual first dull and stereotyped terminal, and each first dull and stereotyped terminal comprises:
One first fixed part, is incorporated into glue core print seat;
One first leg portion, to be extended towards glue core print seat rear end by the first fixed part and is stretched on glue core print seat rear end;
One first contact site, to be extended towards clapper structure by the first fixed part and is stretched on first surface;
One first joint portion, protrudes from the first contact site and imbeds at least one land.
2. the electric connector for socket that can prevent terminal warpage when grafting according to claim 1, is characterized in that: described first joint portion comprises:
One first segmental arc, by the first contact site bending and forming, the first segmental arc exposes to the first surface of clapper structure; And
One first embeds section, extends the first segmental arc, and first embeds section is embedded in clapper structure via at least one land.
3. the electric connector for socket that can prevent terminal warpage when grafting according to claim 1, is characterized in that: described glue core print seat comprises one first glue core print seat and is combined in one of first glue core print seat second glue core print seat.
4. the electric connector for socket that can prevent terminal warpage when grafting according to claim 3, it is characterized in that: described first glue core print seat, be arranged in shell, first glue core print seat has one first glue core print seat outer surface, one first glue core print seat inner surface, one first glue core print seat front end and one first glue core print seat rear end, and the first fixed part is incorporated into the first glue core print seat; Second glue core print seat to be arranged in shell and to be installed on the first glue core print seat, second glue core print seat has one second glue core print seat outer surface, one second glue core print seat inner surface, one second glue core print seat front end and one second glue core print seat rear end, when the second glue core print seat is combined in the first glue core print seat, first glue core print seat rear end and the second glue core print seat front end define glue core print seat rear end jointly, and the first glue core print seat inner surface abuts the second glue core print seat inner surface, wherein the second glue core print seat extends clapper structure.
5. the electric connector for socket that can prevent terminal warpage when grafting according to claim 4, it is characterized in that: described first glue core print seat is formed with at least one vacancy section, the first glue core print seat outer surface and the first glue core print seat inner surface are run through at least one vacancy section, first fixed part, through at least one vacancy section, makes a part for the first fixed part expose to the first glue core print seat outer surface and the first glue core print seat inner surface.
6. the electric connector for socket that can prevent terminal warpage when grafting according to claim 1, it is characterized in that: the described electric connector for socket that can prevent terminal warpage when grafting, comprises: a shell, a glue core print seat, one first dull and stereotyped terminal group, a conductive structure and a shielding part; More comprise:
One second dull and stereotyped terminal group, it is made up of the second dull and stereotyped terminal, and each second dull and stereotyped terminal comprises:
One second fixed part, is incorporated into glue core print seat;
One second leg portion, to be extended towards glue core print seat rear end by the second fixed part and is stretched on glue core print seat rear end;
One second contact site, to be extended towards clapper structure front end by the second fixed part and exposes to second surface; And
One second joint portion, protrudes from the second contact site and imbeds clapper structure.
7. the electric connector for socket that can prevent terminal warpage when grafting according to claim 6, is characterized in that: described second joint portion comprises:
One second segmental arc, by the second contact site bending and forming, the second segmental arc exposes to second surface; And
One second embeds section, extends the second segmental arc, and second embeds section is embedded in clapper structure.
8. the electric connector for socket that can prevent terminal warpage when grafting according to claim 6, it is characterized in that: described first surface and second surface are formed with assembling grove and individual second assembling grove respectively, first contact site of each first dull and stereotyped terminal is installed in the first corresponding assembling grove, and contiguous at least one land, one end of each first assembling grove, the second contact site of each second dull and stereotyped terminal is installed in the second corresponding assembling grove.
9. the electric connector for socket that can prevent terminal warpage when grafting according to claim 4, it is characterized in that: described second glue core print seat is formed with at least one first and wears mouth region, at least one first wears mouth region runs through the second glue core print seat outer surface and the second glue core print seat inner surface, second fixed part wears mouth region through at least one first, makes a part for the second fixed part expose to the second glue core print seat outer surface and the second glue core print seat inner surface.
10. the electric connector for socket that can prevent terminal warpage when grafting according to claim 4, it is characterized in that: described second glue core print seat is formed with at least one second and wears mouth region, at least one second wears mouth region runs through the second glue core print seat outer surface and the second glue core print seat inner surface, second contact site wears mouth region through at least one second, makes a part for the second contact site expose to the second glue core print seat outer surface and the second glue core print seat inner surface.
11. electric connector for socket that can prevent terminal warpage when grafting according to claim 6, it is characterized in that: between one of described second leg portion one of central axis and the second contact site central axis, there is an offset distance, to make the second leg portion be positioned between adjacent two first leg portions, and the second fixed part comprises:
One first flat segments, the central axis along the second leg portion extends;
One second flat segments, the central axis along the second contact site extends; And
One diagonal section, connects the first flat segments and the second flat segments.
12. electric connector for socket that can prevent terminal warpage when grafting according to claim 6, it is characterized in that: described first dull and stereotyped terminal group and the second dull and stereotyped terminal group have at least two pairs of difference signal terminals pair respectively, at least two pairs of difference signal terminals of at least two pairs of difference signal terminals of the first dull and stereotyped terminal group pair and the second dull and stereotyped terminal group are symmetrical for pivot revolves turnback with the fore-and-aft direction of electric connector for socket.
13. electric connector for socket that can prevent terminal warpage when grafting according to claim 1, it is characterized in that: described conductive structure system comprises the first conducting strip and the second conducting strip, first conducting strip is arranged at glue core print seat and contiguous first surface, and the second conducting strip is arranged at glue core print seat and contiguous second surface.
14. electric connector for socket that can prevent terminal warpage when grafting according to claim 1, is characterized in that: the coated glue core print seat of described conductive structure system and contiguous first surface and second surface.
15. 1 kinds of electric connector for socket that can prevent terminal warpage when grafting, comprise: a shell, a glue core print seat, one first dull and stereotyped terminal group, one second dull and stereotyped terminal group, one second joint portion, a conductive structure and a shielding part;
Described glue core print seat, it extends a clapper structure, and clapper structure is for defining a first surface and a second surface, and wherein first surface is for defining at least one first land, and second surface is for defining at least one second land;
Described conductive structure, is arranged at glue core print seat;
Described first dull and stereotyped terminal group, is made up of the first dull and stereotyped terminal, and each first dull and stereotyped terminal comprises:
One first fixed part, is incorporated into glue core print seat;
One first leg portion, to be extended towards glue core print seat rear end by the first fixed part and is stretched on glue core print seat rear end;
One first contact site, to be extended towards clapper structure by the first fixed part and is stretched on first surface;
One first joint portion, protrudes from the first contact site and imbeds at least one first land;
Described second dull and stereotyped terminal group, is made up of the second dull and stereotyped terminal, and each second dull and stereotyped terminal comprises:
One second fixed part, is incorporated into glue core print seat;
One second leg portion, to be extended towards glue core print seat rear end by the second fixed part and is stretched on glue core print seat rear end;
One second contact site, to be extended towards clapper structure by the second fixed part and exposes to second surface;
It is characterized in that:
Described second joint portion, protrudes from the second contact site and imbeds at least one second land;
Described shielding part, to be arranged in clapper structure and between the first dull and stereotyped terminal group and the second dull and stereotyped terminal group.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520590248.8U CN204966762U (en) | 2015-08-07 | 2015-08-07 | Can prevent terminal warping socket electric connector when pegging graft |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520590248.8U CN204966762U (en) | 2015-08-07 | 2015-08-07 | Can prevent terminal warping socket electric connector when pegging graft |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204966762U true CN204966762U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520590248.8U Active CN204966762U (en) | 2015-08-07 | 2015-08-07 | Can prevent terminal warping socket electric connector when pegging graft |
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| Country | Link |
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| CN (1) | CN204966762U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105048144A (en) * | 2015-08-07 | 2015-11-11 | 连展科技（深圳）有限公司 | Electric connector of socket capable of preventing terminal from being warped while plugging |
| US9954317B2 (en) | 2016-06-28 | 2018-04-24 | Foxconn Interconnect Technology Limited | Electrical connector having an insulative outer cover and a bracket insert molded with the outer cover |
| US9985393B2 (en) | 2016-06-28 | 2018-05-29 | Foxconn Interconnect Technology Limited | Electrical connector having a shielding shell with a pair of side arm soldering legs firmly held by an insulative housing |
-
2015
- 2015-08-07 CN CN201520590248.8U patent/CN204966762U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105048144A (en) * | 2015-08-07 | 2015-11-11 | 连展科技（深圳）有限公司 | Electric connector of socket capable of preventing terminal from being warped while plugging |
| CN105048144B (en) * | 2015-08-07 | 2024-03-29 | 连展科技（深圳）有限公司 | Socket electric connector capable of preventing terminal from warping during plugging |
| US9954317B2 (en) | 2016-06-28 | 2018-04-24 | Foxconn Interconnect Technology Limited | Electrical connector having an insulative outer cover and a bracket insert molded with the outer cover |
| US9985393B2 (en) | 2016-06-28 | 2018-05-29 | Foxconn Interconnect Technology Limited | Electrical connector having a shielding shell with a pair of side arm soldering legs firmly held by an insulative housing |
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