CN201750025U - Signal transmission connector - Google Patents
Signal transmission connector Download PDFInfo
- Publication number
- CN201750025U CN201750025U CN 201020275021 CN201020275021U CN201750025U CN 201750025 U CN201750025 U CN 201750025U CN 201020275021 CN201020275021 CN 201020275021 CN 201020275021 U CN201020275021 U CN 201020275021U CN 201750025 U CN201750025 U CN 201750025U
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- CN
- China
- Prior art keywords
- electrically conductive
- conductive elastic
- elastic terminal
- collets
- unsteady
- 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
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Abstract
The utility model discloses a signal transmission connector, wherein a floating groove is formed on a bottom surface which forms an inserting space, pressing parts of lower conducting elastic terminals and a floating insulation block can be movably arranged in the floating groove, the floating insulation block is provided with guide parts, the pressing parts are inserted in the floating insulation block, and when a male terminal of the connector isn't inserted or a male terminal of a USB 3.0 is inserted, the floating insulation block is arranged in a first position, and contact parts of the lower conducting elastic terminals are arranged in the inserting space; and when a male terminal of a USB 2.0 is inserted and propped against the guide parts, the floating insulation block downwards presses to move the pressing parts, the contact parts are linked with the pressing parts and moved out from the inserting space to avoid contact with the male terminal of the USB 2.0, and the interface function of the USB 2.0 can be realized.
Description
Technical field
The utility model relates to a kind of socket end (female end) structure of signal transmission connector, the signal transmission connector (female end) of especially a kind of USB3.0 that can compatible USB2.0 product.
Background technology
(Universal Serial Bus, USB) electric connector has been widely used in numerous design of electronic devices such as host computer, portable hard drive, digital camera, printer as a kind of input-output apparatus of standard USB.1994, world-renowned computer such as Intel, Compaq, IBM, Microsoft, NEC and communication common carrier were united and have been set up USB association (USB-IF), tentatively set up the USB standard.At present, USB association has issued the USB3.0 standard.
Along with the development of electronics industry, the transmission rate of USB2.0 can not satisfy the requirement of some electronics industry, and for example, under the situation of transmission of audio or video, in order to guarantee signal transmission quality, transmission rate is often up to second 1G/ second～2G/.Other two class interfaces in the electric connector field, transmission rate as PCI-E (transmission rate can reach 2.5G/ second) and SATA interface (transmission rate can reach second 1.5G/ second～3.0G/) has obviously surmounted USB2.0, but the application of PCI-E and SATA interface is far away from USB, the number of terminals of this two class interface is more, volume is also bigger, also is difficult to adapt to light, thin, short, the little development trend of following electronics industry.
In order to improve the transmission rate of USB interface, on the basis of USB2.0, developed USB3.0, USB association has issued the USB3.0 standard in 2008, the USB2.0 product has four signal transmission terminals, shown in Figure 12,13, be a kind of USB2.0 attachment unit interface, and the USB3.0 product has more five signal transmission terminals than USB2.0 product, the transmission rate of USB3.0 can reach 4.8G/ second in theory, and USB 3.0 adopts new physical interface and new cable to guarantee the more concatenation ability of high speed.
But be in the stage of USB2.0 now to the USB3.0 transition, in order to satisfy the demand that the consumer is used alternatingly USB2.0 and USB3.0, therefore be necessary to develop can compatible previous USB2.0 product the USB3.0 interface.
Summary of the invention
In order to overcome above-mentioned defective, the utility model provides a kind of signal transmission connector, and it is the USB3.0 product, can possess the function of compatible USB2.0 product again for inserting corresponding USB3.0 product male end.
The utility model for the technical scheme that solves its technical problem and adopt is:
A kind of signal transmission connector, has insulating body, metal shell, go up electrically conductive elastic terminal and some electrically conductive elastic terminals down at least four, described metal shell is coated on outside the insulating body, described insulating body is concaved with the grafting space of tool socket, last electrically conductive elastic terminal is for transmitting the electrically conductive elastic terminal of USB2.0 signal, some electrically conductive elastic terminal accommodating down are in the bottom surface that forms described grafting space, go up and reach the electrically conductive elastic terminal that is combined as transmission USB3.0 signal of electrically conductive elastic terminal down, the bottom surface that forms described grafting space offers unsteady groove, each down electrically conductive elastic terminal have contact site and from the extended portion that pressing of contact site, the portion that pressing can be moved is positioned at described unsteady groove, this signal transmission connector is provided with the unsteady collets that movably are positioned at described unsteady groove, described unsteady collets can move between the primary importance and the second place, the upper surface of described unsteady collets has the guide part that is the low and ramped shaped that the rear end is high of front end, described guide part exceeds the bottom surface that forms described grafting space, described unsteady collets offer is pressing portion's slot, and the described portion that pressing of electrically conductive elastic terminal down is inserted in described the pressure in portion's slot; When described unsteady collets were positioned at primary importance, described guide part exceeded the bottom surface that forms described grafting space and is inserted in the described grafting space, and the described contact site of electrically conductive elastic terminal down is inserted in the described grafting space; When described unsteady collets were positioned at the second place, described guide part moved to and is positioned at the groove that floats, and described unsteady collets are pressed the portion that pressing that moves described electrically conductive elastic terminal down, and the described described contact site of portion's interlock of pressing makes contact site shift out from described grafting space.
Further technical scheme of the present utility model is:
Described unsteady groove is the groove of up/down perforation.
Described unsteady collets have on the contrary to front end face and rear end face, described front end face is toward the socket direction of insulating body, describedly pressing portion's slot to be arranged with towards the front end face direction from rear end face to form, the described rear end face of pressing portion's self-relocation collets of electrically conductive elastic terminal down is inserted in described the pressure in portion's slot.
The guide part of described unsteady collets is provided with two, and the upper surface projection that has from described unsteady collets at interval forms.
The dual-side that described unsteady collets are relative extends respectively and is provided with limited step, and described unsteady groove two side is provided with limit stops, can block the float limited step of collets of the limit stops of the groove that floats.
Last electrically conductive elastic terminal has four, following electrically conductive elastic terminal has five, described insulating body is provided with the insulation hyoplastron that is positioned at the grafting space, the relative two plate faces of described insulation hyoplastron are being provided with two and going up the electrically conductive elastic terminal slots at interval respectively, described four last electrically conductive elastic terminals are contained in respectively in the last electrically conductive elastic terminal slots of insulation hyoplastron, the bottom surface that forms described grafting space offers five following electrically conductive elastic terminal slots, and described electrically conductive elastic terminal accommodating down is in following electrically conductive elastic terminal slots; When described unsteady collets were positioned at the second place, the contact site of following electrically conductive elastic terminal moved to and is positioned at described electrically conductive elastic terminal slots down.
Described metal shell has a left side, right, go up and preceding four plates, the front panel of metal shell is provided with the insertion opening, described insertion opening is corresponding to the socket of insulating body, the bottom of the left side of metal shell and right panel sheet is outward extended with the shell leg respectively, the bottom of the left side of described metal shell and right panel sheet inwardly and upwards bends respectively extends some spacers, described insulating body and the corresponding position of some spacers offer some locking grooves, the spacer of metal shell is inserted in the locking groove on the insulating body, the upper sheet space of described metal shell inwardly convexes with the location convex closure, described going up located the upper surface that convex closure compresses described insulating body, the left side of described metal shell and right panel sheet all inwardly convex with side location convex closure, described side location convex closure compresses the surface of described insulating body, the left side of the insertion opening of described metal shell respectively, right two edges inwardly are arranged with the flexure strip that stretches into described grafting space.
The described electrically conductive elastic terminal of going up has last electrically conductive elastic termination contact portion, last electrically conductive elastic terminal weld part and last electrically conductive elastic terminal elastic arm, described upward electrically conductive elastic termination contact portion extends back and provides the flexible electrically conductive elastic terminal elastic arm of going up, the described electrically conductive elastic terminal elastic arm rear portion of going up has the last electrically conductive elastic terminal hangnail that the interference of some and last electrically conductive elastic terminal slots cooperates, and the described electrically conductive elastic terminal elastic arm rear end of going up bends extension downwards and extends back electrically conductive elastic terminal weld part.
The described described contact site of electrically conductive elastic terminal tool down, following electrically conductive elastic terminal weld part, following electrically conductive elastic terminal elastic arm and the described portion that pressing, the bending downwards of described contact site is also extended the described portion that pressing forward, described contact site extends back to it flexible electrically conductive elastic terminal elastic arm down is provided, described electrically conductive elastic terminal elastic arm rear portion down has some following electrically conductive elastic terminal hangnails that cooperate with the interference of following electrically conductive elastic terminal slots, and described electrically conductive elastic terminal elastic arm rear end down bends and extend back down electrically conductive elastic terminal weld part downwards.
The beneficial effects of the utility model are: by the assembly design of floating between collets and following electrically conductive elastic terminal, described unsteady collets can move between the primary importance and the second place; When described unsteady collets were positioned at primary importance, described guide part exceeded the bottom surface that forms described grafting space and is inserted in the described grafting space, and the described contact site of electrically conductive elastic terminal down is inserted in the described grafting space; When described unsteady collets were positioned at the second place, described guide part moves was positioned at the groove that floats, and described unsteady collets are pressed the portion that pressing that moves described electrically conductive elastic terminal down, and the described described contact site of portion's interlock of pressing makes contact site shift out from described grafting space.Therefore, when the connector male end is not inserted, or USB3.0 connector male end is when inserting, and unsteady collets are positioned at primary importance, the guide part of unsteady collets exceeds the bottom surface that forms the grafting space and is inserted in the grafting space, and the contact site of following electrically conductive elastic terminal then is inserted in the described grafting space; When USB2.0 connector male end is inserted, the guide part of its unsteady collets of can conflicting, make guide part can length travel take place under external force and the collets that float are pressed down, collets move and are positioned to the second place so that float, guide part promptly can move to and be positioned at the groove that floats, float collets simultaneously promptly can be to pressing down the portion that pressing that moves down the electrically conductive elastic terminal, the portion that pressing promptly can the interlock contact site, contact site is shifted out in the grafting space and sink, can make down the terminal of electrically conductive elastic terminal and USB2.0 connector male end contactless, promptly descend the electrically conductive elastic terminal not use, have only last electrically conductive elastic terminal to possess the function of electrical connection, realized the function of USB2.0 attachment unit interface.
Description of drawings
Fig. 1 is the utility model schematic appearance;
Fig. 2 is the utility model decomposition texture schematic diagram;
Fig. 3 cuts open structural representation for side of the present utility model;
Fig. 4 is an insulating body schematic diagram described in the utility model;
Fig. 5 is the sectional side view of insulating body described in the utility model;
Fig. 6 is a unsteady collets schematic diagram described in the utility model;
Fig. 7 is the another side view of Fig. 6;
Fig. 8 is a metal shell schematic diagram described in the utility model;
Fig. 9 is the another side view of Fig. 8;
Figure 10 is the electrically conductive elastic terminal schematic diagram of going up described in the utility model;
Figure 11 is an electrically conductive elastic terminal schematic diagram down described in the utility model;
Figure 12 is a kind of USB2.0 attachment unit interface schematic diagram;
Figure 13 is the profile of Figure 12.
Description of reference numerals
1 insulating body
Electrically conductive elastic terminal slots on the 11 insulation hyoplastrons 111
12 times electrically conductive elastic terminal slots 13 unsteady grooves
131 limit stops, 15 locking grooves
16 grafting spaces, 161 sockets
2 metal shells
21 insert opening 22 shell legs
Locate convex closure on 23 spacers 24
25 sides location convex closure 26 flexure strips
Electrically conductive elastic terminal on 3
Electrically conductive elastic terminal weld part in the electrically conductive elastic termination contact portion 32 on 31
Electrically conductive elastic terminal hangnail on the electrically conductive elastic terminal elastic arm 34 on 33
4 times electrically conductive elastic terminals
42 times electrically conductive elastic terminals of 41 contact sites weld part
43 times electrically conductive elastic terminal elastic arm 44 is being pressed portion
45 times electrically conductive elastic terminal hangnails
5 unsteady collets
501 front end faces, 502 rear end faces
51 guide parts 52 are being pressed portion's slot
53 limited steps
Embodiment
Embodiment: as shown in Figures 1 and 2, the utility model provides a kind of signal transmission connector, its have insulating body 1, metal shell 2, at least four go up electrically conductive elastic terminal 3, some electrically conductive elastic terminal 4 and unsteady collets 5 down.
As Fig. 4, shown in Figure 5, the insulating body 1 grafting space 16 that is concaved with a tool socket 161 from front to back, and insulating body 1 is provided with the insulation hyoplastron 11 that is positioned at grafting space 16.The bottom surface that forms described grafting space 16 offers the groove 13 that floats, and the groove 13 that floats can be the groove of up/down perforation.In addition, the relative two plate faces of insulation hyoplastron 11 are offering two and go up electrically conductive elastic terminal slots 111 at interval respectively then, forms on the bottom surface in grafting space 16 and then offer five following conducting terminal slots 12.
As Fig. 2, shown in Figure 10, last electrically conductive elastic terminal 3 can have four, can have last electrically conductive elastic termination contact portion 31 respectively, go up electrically conductive elastic terminal weld part 32 and last electrically conductive elastic terminal elastic arm 33, described upward electrically conductive elastic termination contact portion 31 extends back and provides the flexible electrically conductive elastic terminal elastic arm 33 of going up, described electrically conductive elastic terminal elastic arm 33 rear portions of going up have some last electrically conductive elastic terminal hangnails 34, and described electrically conductive elastic terminal elastic arm 33 rear ends of going up bend extension downwards and extend back electrically conductive elastic terminal weld part 32.
As Fig. 2, Figure 11, following electrically conductive elastic terminal 4 can have five, and it has contact site 41 respectively and reaches from the contact site 41 extended portions 44 that pressing.And more can have following electrically conductive elastic terminal weld part 42 and following electrically conductive elastic terminal elastic arm 43, contact site 41 bending downwards of following electrically conductive elastic terminal 4 is also extended the described portion 44 that pressing forward, described contact site 41 extends back and provides flexible electrically conductive elastic terminal elastic arm 43 down, described electrically conductive elastic terminal elastic arm 43 rear portions down have some following electrically conductive elastic terminal hangnails 45, and described electrically conductive elastic terminal elastic arm 43 rear ends down bend and extend back down electrically conductive elastic terminal weld part 42 downwards.
As Fig. 8, shown in Figure 9, metal shell 2 can have a left side, right, go up and preceding four plates, the front panel of metal shell 2 can be provided with inserts opening 21, the bottom of the left side of metal shell 2 and right panel sheet is outward extended with shell leg 22 respectively, some spacers 23 are extended in the inwardly following and bending that makes progress of the left side of described metal shell 2 and right panel sheet, described insulating body 1 offers some locking grooves 15 with some spacers 23 corresponding positions, the upper sheet space of described metal shell 2 inwardly convexes with location convex closure 24, described metal shell 2 left sides and right panel sheet all inwardly convex with side location convex closure 25, the left side of the insertion opening 21 of described metal shell 2, right two edges inwardly are arranged with flexure strip 26.
In the utility model, as Fig. 6, shown in Figure 7, the upper surface of the collets 5 that float has the guide part 51 that is the low and ramped shaped that the rear end is high of front end, and more offers and pressing portion's slot 52.More specific description, guide part 51 are provided with two, and the upper surface projection that has from described unsteady collets 5 at interval forms.The collets 5 that float have more on the contrary to front end face 501 and rear end face 502, front end face 501 is being pressed portion's slot 52 to be arranged with towards front end face 502 directions from rear end face 502 and is being formed toward socket 161 directions of insulating body 1.The collets 5 relative dual-sides that float then can extend respectively and are provided with limited step 53.
Please mainly consult Fig. 1 to Fig. 3, and please cooperate and consult Fig. 4 to Figure 11; Last electrically conductive elastic terminal 3 is for transmitting the electrically conductive elastic terminal of USB2.0 signal, some electrically conductive elastic terminals 4 down are contained in the bottom surface that forms described grafting space 16, last electrically conductive elastic terminal 3 is located at insulating body 1, and upward reaching down, the electrically conductive elastic terminal combination is the electrically conductive elastic terminal of transmission USB3.0 signal.Each down electrically conductive elastic terminal 4 pressing the groove 13 that floats that is positioned at that portion 44 can be moved.The collets 5 that float movably are located in the unsteady groove 13 of insulating body 1, and unsteady collets 5 can move between the primary importance and the second place.The guide part 51 of collets 5 of floating exceeds the bottom surface that forms grafting space 16, following electrically conductive elastic terminal 4 pressing portion 44 then to be inserted in to press in portion's slot 52.
In the utility model, the signal transmission connector can be for inserting in order to connector male end (figure does not show), and it can be inserted in the grafting space 16 from socket 161, is electrically connected to form with the electrically conductive elastic terminal.When the connector male end is not inserted, or USB3.0 connector male end is when inserting, described unsteady collets 5 are positioned at primary importance, the guide part 51 of described unsteady collets 5 exceeds the bottom surface that forms grafting space 16 and is inserted in the grafting space 16, and 41 of the contact sites of following electrically conductive elastic terminal 4 are inserted in the described grafting space 16.
When USB2.0 connector male end is inserted, the guide part 51 of its unsteady collets 5 of can conflicting, make guide part 51 can length travel take place under external force and the collets 5 that float are pressed down, collets 5 move and are positioned to the second place so that float, guide part 51 promptly can move to and be positioned at the groove 13 that floats, float simultaneously collets 5 promptly can to press down move down electrically conductive elastic terminal 4 pressing portion 44, pressing the portion 44 promptly can interlock contact site 41, contact site 41 is shifted out in grafting space 16 and sink, can make down electrically conductive elastic terminal 4 contactless with the terminal of USB2.0 connector male end, promptly descend electrically conductive elastic terminal 4 not use, have only last electrically conductive elastic terminal 3 to possess the function of electrical connection, realized the function of USB2.0 attachment unit interface.
On the other hand, the portion 44 that pressing of following electrically conductive elastic terminal 4 is that the rear end face 502 of self-relocation collets 5 is inserted in and is pressing in portion's slot 52.The limit stops 131 of floating on the two side of groove 13 can be in order to the float limited step 53 of collets 5 of block, availablely down drops out from the groove 13 that floats with the collets 5 that prevent to float.
Go up in the last electrically conductive elastic terminal slots 111 that electrically conductive elastic terminals 3 are contained in insulation hyoplastron 11 correspondences respectively for four, and the last electrically conductive elastic termination contact portion 31 of last electrically conductive elastic terminal 3 protrudes in grafting space 16.Five 4 of following electrically conductive elastic terminals are contained in respectively in the corresponding following electrically conductive elastic terminal slots 12.34 of last electrically conductive elastic terminal hangnails cooperate with last electrically conductive elastic terminal slots 111 interferences, with the fixing electrically conductive elastic terminal 3 of going up.45 of following electrically conductive elastic terminal hangnails cooperate with following electrically conductive elastic terminal slots 12 interferences, with fixing electrically conductive elastic terminal 4 down.
23 of the spacers of metal shell 2 are inserted in the locking groove 15 on the insulating body 1.The upper surface that convex closure 24 compresses described insulating body 1 is located in going up of metal shell 2, and side location convex closure 25 compresses left and right two surfaces of described insulating body 1 respectively.26 of the flexure strips of metal shell 2 are inserted in the grafting space 16 of insulating body 1, are used for guiding and the clamping connector male end.
As shown in the above description, the assembly design of the utility model by floating between collets and following electrically conductive elastic terminal, unsteady collets can move between the primary importance and the second place; When described unsteady collets were positioned at primary importance, described guide part exceeded the bottom surface that forms described grafting space and is inserted in the described grafting space, and the described contact site of electrically conductive elastic terminal down is inserted in the described grafting space; When described unsteady collets were positioned at the second place, described guide part moves was positioned at the groove that floats, and described unsteady collets are pressed the portion that pressing that moves described electrically conductive elastic terminal down, and the described described contact site of portion's interlock of pressing makes contact site shift out from described grafting space.Therefore, when the connector male end is not inserted, or USB3.0 connector male end is when inserting, and unsteady collets are positioned at primary importance, the guide part of unsteady collets exceeds the bottom surface that forms the grafting space and is inserted in the grafting space, and the contact site of following electrically conductive elastic terminal then is inserted in the described grafting space; When USB2.0 connector male end is inserted, the guide part of its unsteady collets of can conflicting, make guide part can length travel take place under external force and the collets that float are pressed down, collets move and are positioned to the second place so that float, guide part promptly can move to and be positioned at the groove that floats, float collets simultaneously promptly can be to pressing down the portion that pressing that moves down the electrically conductive elastic terminal, the portion that pressing promptly can the interlock contact site, contact site is shifted out in the grafting space and sink, can make down the terminal of electrically conductive elastic terminal and USB2.0 connector male end contactless, promptly descend the electrically conductive elastic terminal not use, have only last electrically conductive elastic terminal to possess the function of electrical connection, realized the function of USB2.0 attachment unit interface.
Claims (9)
1. signal transmission connector, has insulating body, metal shell, go up electrically conductive elastic terminal and some electrically conductive elastic terminals down at least four, described metal shell is coated on outside the insulating body, described insulating body is concaved with the grafting space of tool socket, last electrically conductive elastic terminal is for transmitting the electrically conductive elastic terminal of USB2.0 signal, some electrically conductive elastic terminal accommodating down are in the bottom surface that forms described grafting space, go up and reach the electrically conductive elastic terminal that is combined as transmission USB3.0 signal of electrically conductive elastic terminal down, it is characterized in that: the bottom surface that forms described grafting space offers unsteady groove, each down electrically conductive elastic terminal have contact site and from the extended portion that pressing of contact site, the portion that pressing can be moved is positioned at described unsteady groove, this signal transmission connector is provided with the unsteady collets that movably are positioned at described unsteady groove, described unsteady collets can move between the primary importance and the second place, the upper surface of described unsteady collets has the guide part that is the low and ramped shaped that the rear end is high of front end, described guide part exceeds the bottom surface that forms described grafting space, described unsteady collets offer is pressing portion's slot, and the described portion that pressing of electrically conductive elastic terminal down is inserted in described the pressure in portion's slot; When described unsteady collets were positioned at primary importance, described guide part exceeded the bottom surface that forms described grafting space and is inserted in the described grafting space, and the described contact site of electrically conductive elastic terminal down is inserted in the described grafting space; When described unsteady collets were positioned at the second place, described guide part moved to and is positioned at the groove that floats, and described unsteady collets are pressed the portion that pressing that moves described electrically conductive elastic terminal down, and the described described contact site of portion's interlock of pressing makes contact site shift out from described grafting space.
2. signal transmission connector according to claim 1 is characterized in that: described unsteady groove is the groove of up/down perforation.
3. signal transmission connector according to claim 1, it is characterized in that: described unsteady collets have on the contrary to front end face and rear end face, described front end face is toward the socket direction of insulating body, describedly pressing portion's slot to be arranged with towards the front end face direction from rear end face to form, the described rear end face of pressing portion's self-relocation collets of electrically conductive elastic terminal down is inserted in described the pressure in portion's slot.
4. signal transmission connector according to claim 1 is characterized in that: the guide part of described unsteady collets is provided with two, and the upper surface projection that has from described unsteady collets at interval forms.
5. signal transmission connector according to claim 2, it is characterized in that: the dual-side that described unsteady collets are relative extends respectively and is provided with limited step, described unsteady groove two side is provided with limit stops, can block the float limited step of collets of the limit stops of the groove that floats.
6. signal transmission connector according to claim 1, it is characterized in that: going up the electrically conductive elastic terminal has four, following electrically conductive elastic terminal has five, described insulating body is provided with the insulation hyoplastron that is positioned at the grafting space, the relative two plate faces of described insulation hyoplastron are being provided with two and going up the electrically conductive elastic terminal slots at interval respectively, described four last electrically conductive elastic terminals are contained in respectively in the last electrically conductive elastic terminal slots of insulation hyoplastron, the bottom surface that forms described grafting space offers five following electrically conductive elastic terminal slots, and described electrically conductive elastic terminal accommodating down is in following electrically conductive elastic terminal slots; When described unsteady collets were positioned at the second place, the contact site of following electrically conductive elastic terminal moved to and is positioned at described electrically conductive elastic terminal slots down.
7. signal transmission connector according to claim 1, it is characterized in that: described metal shell has a left side, right, go up and preceding four plates, the front panel of metal shell is provided with the insertion opening, described insertion opening is corresponding to the socket of insulating body, the bottom of the left side of metal shell and right panel sheet is outward extended with the shell leg respectively, the bottom of the left side of described metal shell and right panel sheet inwardly and upwards bends respectively extends some spacers, described insulating body and the corresponding position of some spacers offer some locking grooves, the spacer of metal shell is inserted in the locking groove on the insulating body, the upper sheet space of described metal shell inwardly convexes with the location convex closure, described going up located the upper surface that convex closure compresses described insulating body, the left side of described metal shell and right panel sheet all inwardly convex with side location convex closure, described side location convex closure compresses the surface of described insulating body, the left side of the insertion opening of described metal shell respectively, right two edges inwardly are arranged with the flexure strip that stretches into described grafting space.
8. signal transmission connector according to claim 6, it is characterized in that: the described electrically conductive elastic terminal of going up has last electrically conductive elastic termination contact portion, last electrically conductive elastic terminal weld part and last electrically conductive elastic terminal elastic arm, described upward electrically conductive elastic termination contact portion extends back and provides the flexible electrically conductive elastic terminal elastic arm of going up, the described electrically conductive elastic terminal elastic arm rear portion of going up has the last electrically conductive elastic terminal hangnail that the interference of some and last electrically conductive elastic terminal slots cooperates, and the described electrically conductive elastic terminal elastic arm rear end of going up bends extension downwards and extends back electrically conductive elastic terminal weld part.
9. signal transmission connector according to claim 6, it is characterized in that: the described described contact site of electrically conductive elastic terminal tool down, following electrically conductive elastic terminal weld part, following electrically conductive elastic terminal elastic arm and the described portion that pressing, the bending downwards of described contact site is also extended the described portion that pressing forward, described contact site extends back to it flexible electrically conductive elastic terminal elastic arm down is provided, described electrically conductive elastic terminal elastic arm rear portion down has some following electrically conductive elastic terminal hangnails that cooperate with the interference of following electrically conductive elastic terminal slots, and described electrically conductive elastic terminal elastic arm rear end down bends and extend back down electrically conductive elastic terminal weld part downwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020275021 CN201750025U (en) | 2010-07-28 | 2010-07-28 | Signal transmission connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020275021 CN201750025U (en) | 2010-07-28 | 2010-07-28 | Signal transmission connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201750025U true CN201750025U (en) | 2011-02-16 |
Family
ID=43584697
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201020275021 Expired - Lifetime CN201750025U (en) | 2010-07-28 | 2010-07-28 | Signal transmission connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201750025U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102340084A (en) * | 2010-07-28 | 2012-02-01 | 昆山宏泽电子有限公司 | Signal transmission connector |
-
2010
- 2010-07-28 CN CN 201020275021 patent/CN201750025U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102340084A (en) * | 2010-07-28 | 2012-02-01 | 昆山宏泽电子有限公司 | Signal transmission connector |
| CN102340084B (en) * | 2010-07-28 | 2013-08-28 | 昆山宏泽电子有限公司 | Signal transmission connector |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110216 Effective date of abandoning: 20130828 |
|
| RGAV | Abandon patent right to avoid regrant |