CN102013608A - Double rotating shaft pin connector - Google Patents
Double rotating shaft pin connector Download PDFInfo
- Publication number
- CN102013608A CN102013608A CN2009101904515A CN200910190451A CN102013608A CN 102013608 A CN102013608 A CN 102013608A CN 2009101904515 A CN2009101904515 A CN 2009101904515A CN 200910190451 A CN200910190451 A CN 200910190451A CN 102013608 A CN102013608 A CN 102013608A
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- Prior art keywords
- side direction
- rotating shaft
- pivot
- shaft pin
- cable holder
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Abstract
The invention relates to a double rotating shaft pin connector which comprises a cable fixing seat, a side riveting member, an axial rotating member, a plug connector and an inner cable, wherein the cable fixing seat is provided with a transverse shaft, and an accommodating chamber is formed in the cable fixing seat; the side riveting member can rivet by using the transverse shaft as the center, and is provided with a horizontal shaft, and an accommodating cavity is formed in the side riveting member; the axial rotating member can rotate along the horizontal shaft, an accommodating space is formed in the axial rotating member, and a through hole is formed at the front end of the axial rotating member; the plug connector is arranged in the accommodating space of the axial rotating member and penetrates through the through hole and protrudes and extends forwards, and a plurality of terminals are arranged on the plug connector; and the inner cable is elastic, arranged in the rear end of the plug connector and provided with a plurality of leads connected with the terminals. The double rotating shaft pin connector changes the shapes when in use to avoid other adjacent plug connectors through the structure.
Description
[technical field]
This creation belongs to a kind of connector, especially refer to a kind of pair of rotating shaft pin connector, it has a cable holder and a plug connector, and can allow the relative cable holder of plug connector carry out side direction pivot (swing) and axially rotation, when combining with socket connector, near other pin connector can avoiding for two rotating shaft pin connectors is to avoid different pin connector interfering with each other.
[prior art]
Connector is widely used in electronic installation miscellaneous, can connect two electronic installations to carry out the transfer of data between the electronic installation by seeing through connector.
Existing connector area is divided into the pin connector that is fixed on the socket connector on the electronic installation and is connected the transmission line two ends, when two electronic installations interconnect, the pin connector at transmission line two ends inserts respectively among the socket connector of each electronic installation, carries out transfer of data by this.
Yet, electronic products such as present main frame, LCD screen have plural number usually and are gathered in the different socket connectors at a place (for example backboard) so that various host-host protocols are provided, when a plurality of pin connectors inserted affiliated socket connector simultaneously, pin connector often spatially interfered with each other and causes inserting all pin connectors smoothly.Thereby the user can only the mounting portion pin connector.
[novel content]
When this creator is docked with electronic installation one place simultaneously in view of a plurality of pin connectors interfering with each other on the space can be taken place, improve its not enough and disappearance, and then create a kind of pair of rotating shaft pin connector.
This creation main purpose provides a kind of pair of rotating shaft pin connector, it has a cable connecting portion and a plug connector, and can allow the relative cable connecting portion of plug connector carry out side direction pivot (swing) and axially rotation, when combining with socket connector, near other pin connector can avoiding for two rotating shaft pin connectors is to avoid different pin connector interfering with each other.
For reaching above-mentioned purpose, aforementioned pair of rotating shaft pin connector includes:
One cable holder in order to be connected with a cable, has a transverse axis, is formed with a room in the cable holder;
One side direction pivotal part, can the pivot mode being hubbed on cable holder front end, making the side direction pivotal part can this transverse axis be that the center pivots, this side direction pivotal part has a longitudinal axis, is formed with a cavity volume in the side direction pivotal part;
One axial revolving part is arranged on side direction pivotal part front end in rotatable mode, makes axial revolving part axially be formed with an accommodation space in the revolving part along this longitudinal axis rotation, is formed with a perforation at axial revolving part front end;
One plug connector is arranged in the accommodation space of axial revolving part and passes perforation and projection forward, and plug connector is provided with plural terminals;
One inner cable has elasticity, is arranged on the terminal rear end of plug connector, run through the accommodation space of axial revolving part and the cavity volume of side direction pivotal part, be arranged in the room of cable holder, and, have the lead that plural number is connected with each terminal respectively in the inner cable in order to be connected with cable.
By above-mentioned technological means, side direction pivotal part cable holder relatively carries out horizontal pivot, and axially but the revolving part opposite side carries out to pivotal part, therefore, plug connector cable holder is relatively swung or is rotated, so when plug connector inserts a corresponding socket connector, can two rotating shaft pin connectors can change self outward appearance linearly kenel, L kenel, reverse kenel, or other various possible kenels, near avoiding by this other pin connector, the so problem that can avoid different pin connectors in the confined space, to interfere with each other.
Aforementioned cable holder front end is formed with two articulated sections; This side direction pivotal part has a pivoting part and a carrier, and this pivoting part is articulated with two articulated sections of rotatable mode and cable holder, and this carrier is formed on the pivoting part front end, is formed with a rotary components at the carrier front end; This axial revolving part is arranged on the carrier front end in rotatable mode, is formed with a rotating parts in axial revolving part rear end, and this rotating parts combines with the rotary components of rotatable mode with the side direction pivotal part.
Have one between two articulated sections of aforementioned cable holder at interval, the inboard inwardly projection in each articulated section has a pivot; In the pivoting part of this side direction pivotal part is arranged at interval, on pivoting part, run through and be formed with a pivot hole, this pivot hole has two openings with two pivots of combination cable holder respectively, is one to run through the shaft hole of carrier front end at the rotating parts of side direction pivotal part carrier front end; The rotary components of this axial revolving part is one to stretch out from axial revolving part rear end and in conjunction with the rotating shaft of axle center hole.
Run through on each pivot of aforementioned cable holder and be formed with a through hole that is communicated with room; The pivot hole of this side direction pivotal part is connected with cavity volume, and is connected with through hole, and this shaft hole is communicated with cavity volume; Run through in the rotating shaft of this axial revolving part and be formed with a perforation that is connected with accommodation space and shaft hole; This inner cable has one first sleeve pipe, 2 second sleeve pipes and one the 3rd sleeve pipe, this first sleeve pipe runs through the perforation of axial revolving part and the shaft hole of side direction pivotal part, each second sleeve pipe is U, be connected first sleeve pipe, be arranged in the cavity volume of side direction pivotal part, pass an opening of pivot hole, penetrate a cable holder pivot through hole and be arranged in the room, the 3rd sleeve pipe is connected two second sleeve pipes, is arranged in the room of cable holder; This complex lead all passes first sleeve pipe, then is divided into two groups of leads and passes second sleeve pipe respectively, all passes the 3rd sleeve pipe at last.
Be formed with at least one spacing projection on the cavity volume inner surface of aforementioned side direction pivotal part; Projection radially outward has a spacing protuberance that can lean with spacing projection in this axial revolving part rotating shaft.
The carrier front end of aforementioned side direction pivotal part is formed with plural positioning of rotating groove; Projection radially outward has a positioning of rotating projection that can combine with a positioning of rotating projection wherein in this axial revolving part rotating shaft.
Aforementioned plug connector has an insulating body and a screening can, this insulating body is arranged in the accommodation space of axial revolving part and passes perforation, be formed with a grafting space at the insulating body front end and be arranged in the grafting space for this plural terminals, this screening can is coated on outside the insulating body.
Each inboard, articulated section of aforementioned cable holder is formed with a pivot locating lug respectively; The pivoting part both sides of this side direction pivotal part are formed with plural pivot detent respectively and can combine with the wherein pivot detent of a side wherein for each pivot locating lug.
Aforementioned twin shaft pin connector meets the specification of HDMI plug.
[execution mode]
Please refer to Fig. 1 to Fig. 4, the two rotating shaft pin connectors of this creation can meet HDMI (High Definition Multimedia Interface) (High-Definition Multimedia Interface, HDMI) specification of plug, and can connect a cable (90), these cable (90) one ends have a holding block (91).
This creation twin shaft pin connector includes: a cable holder (10), a side direction pivotal part (20), an axial revolving part (30), a plug connector (40) and an inner cable (50).
This cable holder (10) has a transverse axis (T), is formed with a room (11) and is fixed in the room (11) for fixing (91) in cable holder (10), thereby cable holder (10) and cable (90) are fixed.Cable holder (10) can be made up of two roughly symmetrical half shells (100).In addition, cable holder (10) front end is formed with two articulated sections (12), has one between two articulated sections (12) at interval, and each articulated section (12) inboard inwardly projection has a pivot (13).Run through on each pivot (13) and be formed with a through hole (131) that is communicated with room (11).
Please with further reference to Fig. 5, this side direction pivotal part (20) is can the pivot mode being hubbed on cable holder (10) front end, side direction pivotal part (20) can be pivoted for the center by this transverse axis (T), this side direction pivotal part (20) has a longitudinal axis (L), in side direction pivotal part (20), be formed with a cavity volume (23), be formed with at least one spacing projection (235) on cavity volume (23) inner surface.This side direction pivotal part (20) can be made up of two roughly symmetrical half shells (200).This side direction pivotal part (20) has a pivoting part (21) and a carrier (22).
This pivoting part (21) is articulated with two articulated sections (12) of rotatable mode and cable holder (10).This pivoting part (21) is arranged in the interval, articulated section (12), runs through to be formed with a pivot hole (211) on pivoting part (21), and this pivot hole (211) has two pivots (13) of two relative openings with difference combination cable holder (10).In addition, pivot hole (211) can be connected with cavity volume (23), and is connected with the through hole (131) of pivot (13).
This carrier (22) is formed on pivoting part (21) front end, is formed with a rotary components (221) at carrier (22) front end.This rotary components (221) can be a shaft hole that runs through carrier (22) front end and be communicated with cavity volume (23).
This axial revolving part (30) is arranged on side direction pivotal part (20) front end in rotatable mode, axial revolving part (30) can be rotated along the longitudinal axis (L) of side direction pivotal part (20), axially be formed with an accommodation space (31) in the revolving part (30), be formed with a perforation (33) at axial revolving part (30) front end.This axial revolving part (30) can be made up of two roughly symmetrical half shells (300).This axial revolving part (30) is arranged on carrier (22) front end in rotatable mode, be formed with a rotating parts (32) in axial revolving part (30) rear end, this rotating parts (32) combines with the rotary components (221) of side direction pivotal part (20) in rotatable mode.
Please with further reference to Fig. 8, this rotating parts (32) can be one and stretches out from axial revolving part (30) rear end and in conjunction with the rotating shaft of side direction pivotal part (20) axle center hole.Run through in this rotating shaft and be formed with a perforation (321) that is connected with accommodation space (31) and side direction pivotal part (20) shaft hole.In addition, projection radially outward has a spacing protuberance (325) that can lean with spacing projection (235) in this rotating shaft.
Please with further reference to Fig. 6 and Fig. 7, this plug connector (40) is arranged in the accommodation space (31) of axial revolving part (30) and passes perforation (33) and projection forward, plug connector (40), an insulating body (41), plural terminals (42) (43) and a screening can (45).
This insulating body (41) is arranged in the accommodation space (31) of axial revolving part (30) and passes perforation (33), is formed with a grafting space (411) so that hold the tongue piece of corresponding socket connector at insulating body (41) front end.
This plural terminals is arranged in the grafting space (411), can be divided into an above-listed plural terminals (42) is divided into grafting space (411) with a following plural terminals (43) upper inner surface and following inner surface place.
This screening can (45) can be metal and is coated on outside the insulating body (41).
This inner cable (50) has elasticity, be arranged on terminal (42) (43) rear end of plug connector (40), run through the accommodation space (31) of axial revolving part (30) and the cavity volume (23) of side direction pivotal part (20), be arranged in the room (11) of cable holder (10), and in order to be connected with cable (90).This inner cable (50) has one first sleeve pipe (51), 2 second sleeve pipes (52), one the 3rd sleeve pipe (53) and complex lead (55).
This first sleeve pipe (51) runs through the perforation of axial revolving part (30) and the shaft hole of side direction pivotal part (20).
Each second sleeve pipe (52) is U, be connected first sleeve pipe (51), be arranged in the cavity volume (23) of side direction pivotal part (20), pass an opening of pivot hole (211), penetrate a cable holder (10) pivot (13) through hole (131) and be arranged in the room (11).
The 3rd sleeve pipe (53) is connected two second sleeve pipes (52), is arranged in the room (11) of cable holder (10).
This complex lead (55) respectively with each terminal (42) (43) rear end directly or be connected indirectly, as shown in Figure 5.Do not draw all leads (55) among Fig. 5, in fact lead (55) quantity is identical with terminal (42) (43) quantity.In addition, this complex lead (55) all passes first sleeve pipe (51), then is divided into two groups of complex leads (55) and passes second sleeve pipe (52) respectively, all passes the 3rd sleeve pipe (53) at last and penetrates in the cable (90).
Please with further reference to Fig. 9 and Figure 10, among this case preferred embodiment, the inboard, each articulated section (12) of this cable holder (10) is formed with a pivot locating lug (123) respectively; Pivoting part (21) both sides of this side direction pivotal part (20) are formed with plural pivot detent (213) respectively and can combine with the wherein pivot detent (213) of a side wherein for each pivot locating lug (123), reach side direction by this and pivot and change the location purpose of assembly (20).
Please with further reference to Figure 11, among this case preferred embodiment, carrier (22) front end of this side direction pivotal part (20) is formed with plural positioning of rotating groove (223); Projection radially outward has a positioning of rotating projection (313) that can combine with a positioning of rotating projection wherein in this axial revolving part (30) rotating shaft, reaches the location purpose of axial rotary components (30) by this.
By above-mentioned technological means, side direction pivotal part (20) cable holder (10) relatively carries out horizontal pivot, and axially revolving part (30) but opposite side carry out to pivotal part (20), therefore, plug connector (40) cable holder (10) is relatively swung or is rotated, so when plug connector (40) inserts a corresponding socket connector, can two rotating shaft pin connectors can change linearly kenel of self outward appearance, the L kenel, reverse kenel, or other various possible kenels, near avoiding by this other pin connector, the so problem that can avoid different pin connectors in the confined space, to interfere with each other.
[brief description of drawingsfig]
Fig. 1 is this creation stereo appearance figure.
Fig. 2 is this creation three-dimensional appearance operation chart.
Fig. 3 is this creation three-dimensional exploded view.
Fig. 4 creates another three-dimensional exploded view for this.
Fig. 5 is this creation part section vertical view.
Fig. 6 is this creation side sectional view.
Fig. 7 is this creation another side cutaway view.
Fig. 8 is this creation front section view.
Fig. 9 is this creation lateral plan.
Figure 10 is this creation side operation chart.
Figure 11 is this creation front section view.
[primary clustering symbol description]
(10) cable holder (100) half shell (11) rooms
(12) articulated section (123) pivot locating lug (13) pivot
(131) through hole (20) side direction pivotal part (200) half shells
(21) pivoting part (211) pivot hole (213) pivot detent
(22) carrier (223) positioning of rotating groove (221) rotary components
(23) the axial revolving part of the spacing projection of cavity volume (235) (30)
(300) half shell (31) accommodation space (313) positioning of rotating projections
(32) the spacing protuberance of rotating parts (321) perforation (325)
(40) plug connector (400) half shell (41) insulating bodies
(411) grafting space (42) (43) terminal (45) screening can
(50) inner cable (51) first sleeve pipes (52) second sleeve pipes
(53) the 3rd sleeve pipe (55) lead (T) transverse axis
(L) longitudinal axis (90) cable (91) holding block
Claims (10)
1. two rotating shaft pin connector is characterized in that this pair rotating shaft pin connector includes:
One cable holder in order to be connected with a cable, has a transverse axis, is formed with a room in the cable holder;
One side direction pivotal part, can the pivot mode being hubbed on cable holder front end, making the side direction pivotal part can this transverse axis be that the center pivots, this side direction pivotal part has a longitudinal axis, is formed with a cavity volume in the side direction pivotal part;
One axial revolving part is arranged on side direction pivotal part front end in rotatable mode, makes axial revolving part axially be formed with an accommodation space in the revolving part along this longitudinal axis rotation, is formed with a perforation at axial revolving part front end;
One plug connector is arranged in the accommodation space of axial revolving part and passes perforation and projection forward, and plug connector is provided with plural terminals;
One inner cable has elasticity, is arranged on the terminal rear end of plug connector, run through the accommodation space of axial revolving part and the cavity volume of side direction pivotal part, be arranged in the room of cable holder, and, have the lead that plural number is connected with each terminal respectively in the inner cable in order to be connected with cable.
2. two rotating shaft pin connectors according to claim 1 is characterized in that this cable holder front end is formed with two articulated sections; This side direction pivotal part has a pivoting part and a carrier, and this pivoting part is articulated with two articulated sections of rotatable mode and cable holder, and this carrier is formed on the pivoting part front end, is formed with a rotary components at the carrier front end; This axial revolving part is arranged on the carrier front end in rotatable mode, is formed with a rotating parts in axial revolving part rear end, and this rotating parts combines with the rotary components of rotatable mode with the side direction pivotal part.
3. as the two rotating shaft pin connectors as described in the claim 2, it is characterized in that having one at interval between two articulated sections of this cable holder, the inboard inwardly projection in each articulated section has a pivot; In the pivoting part of this side direction pivotal part is arranged at interval, on pivoting part, run through and be formed with a pivot hole, this pivot hole has two openings with two pivots of combination cable holder respectively, is one to run through the shaft hole of carrier front end at the rotating parts of side direction pivotal part carrier front end; The rotary components of this axial revolving part is one to stretch out from axial revolving part rear end and in conjunction with the rotating shaft of axle center hole.
4. as the two rotating shaft pin connectors as described in the claim 3, it is characterized in that running through on each pivot of this cable holder and be formed with a through hole that is communicated with room; The pivot hole of this side direction pivotal part is connected with cavity volume, and is connected with through hole, and this shaft hole is communicated with cavity volume; Run through in the rotating shaft of this axial revolving part and be formed with a perforation that is connected with accommodation space and shaft hole; This inner cable has one first sleeve pipe, 2 second sleeve pipes and one the 3rd sleeve pipe, this first sleeve pipe runs through the perforation of axial revolving part and the shaft hole of side direction pivotal part, each second sleeve pipe is U, be connected first sleeve pipe, be arranged in the cavity volume of side direction pivotal part, pass an opening of pivot hole, penetrate a cable holder pivot through hole and be arranged in the room, the 3rd sleeve pipe is connected two second sleeve pipes, is arranged in the room of cable holder; This complex lead all passes first sleeve pipe, then is divided into two groups of leads and passes second sleeve pipe respectively, all passes the 3rd sleeve pipe at last.
5. as the two rotating shaft pin connectors as described in claim 3 or 4, it is characterized in that being formed with at least one spacing projection on the cavity volume inner surface of this side direction pivotal part; Projection radially outward has a spacing protuberance that can lean with spacing projection in this axial revolving part rotating shaft.
6. as the two rotating shaft pin connectors as described in the claim 5, it is characterized in that the carrier front end of this side direction pivotal part is formed with plural positioning of rotating groove; Projection radially outward has a positioning of rotating projection that can combine with a positioning of rotating projection wherein in this axial revolving part rotating shaft.
7. two rotating shaft pin connectors according to claim 1, it is characterized in that this plug connector has an insulating body and a screening can, this insulating body is arranged in the accommodation space of axial revolving part and passes perforation, be formed with a grafting space at the insulating body front end and be arranged in the grafting space for this plural terminals, this screening can is coated on outside the insulating body.
8. two rotating shaft pin connectors according to claim 1 is characterized in that each inboard, articulated section of this cable holder is formed with a pivot locating lug respectively; The pivoting part both sides of this side direction pivotal part are formed with plural pivot detent respectively and can combine with the wherein pivot detent of a side wherein for each pivot locating lug.
9. two rotating shaft pin connectors according to claim 1 is characterized in that this twin shaft pin connector meets the specification of HDMI plug.
10. as the two rotating shaft pin connectors as described in the claim 7, it is characterized in that this twin shaft pin connector meets the specification of HDMI plug.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101904515A CN102013608A (en) | 2009-09-17 | 2009-09-17 | Double rotating shaft pin connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101904515A CN102013608A (en) | 2009-09-17 | 2009-09-17 | Double rotating shaft pin connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102013608A true CN102013608A (en) | 2011-04-13 |
Family
ID=43843682
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101904515A Pending CN102013608A (en) | 2009-09-17 | 2009-09-17 | Double rotating shaft pin connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102013608A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106099594A (en) * | 2016-08-25 | 2016-11-09 | 成都优购科技有限公司 | A kind of HDMI switching device |
| CN108242752A (en) * | 2016-12-26 | 2018-07-03 | 中航富士达科技股份有限公司 | A kind of rotational positioning radio frequency (RF) coaxial connector |
| CN112563812A (en) * | 2020-11-30 | 2021-03-26 | 广州舒威科技有限公司 | Data line head device capable of freely rotating and convenient to connect for mobile phone |
-
2009
- 2009-09-17 CN CN2009101904515A patent/CN102013608A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106099594A (en) * | 2016-08-25 | 2016-11-09 | 成都优购科技有限公司 | A kind of HDMI switching device |
| CN108242752A (en) * | 2016-12-26 | 2018-07-03 | 中航富士达科技股份有限公司 | A kind of rotational positioning radio frequency (RF) coaxial connector |
| CN108242752B (en) * | 2016-12-26 | 2024-04-02 | 中航富士达科技股份有限公司 | Rotary positioning radio frequency coaxial connector |
| CN112563812A (en) * | 2020-11-30 | 2021-03-26 | 广州舒威科技有限公司 | Data line head device capable of freely rotating and convenient to connect for mobile phone |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
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| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20110413 |