CN204992183U - Grafting targets in place and indicates socket, plug and shell fragment - Google Patents
Grafting targets in place and indicates socket, plug and shell fragment Download PDFInfo
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- CN204992183U CN204992183U CN201520742098.8U CN201520742098U CN204992183U CN 204992183 U CN204992183 U CN 204992183U CN 201520742098 U CN201520742098 U CN 201520742098U CN 204992183 U CN204992183 U CN 204992183U
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Abstract
The utility model discloses a grafting suggestion socket that targets in place, including face -piece (1), with socket ontology (3) and shell fragment (2) that face -piece (1) is connected, shell fragment (2) are including arranging in at least in part substrate (21) between socket ontology (3) and face -piece (1) and set up in at least one elastic arm (22) on substrate (21), substrate (21) with elastic arm (22) integrated into one piece, be equipped with on elastic arm (22) and be suitable for and plug (5) complex adaptation structures (221), elastic arm (22) are pegged graft in -process experience at the socket and are warp and reset to realize the grafting force variation. This socket solved current socket target in place the reliability that the suggestion structure exists not high, assemble inconvenient scheduling problem, the utility model discloses the shell fragment that above -mentioned socket cooperates the plug that uses and is applied to this socket is still disclosed simultaneously, in the grafting structure of above -mentioned socket, plug and the medical parameter cable of shell fragment specially adapted.
Description
Technical field
The utility model belongs to connected structure field, and particularly a kind of grafting puts in place prompting socket, plug and the shell fragment that is applied on this plug.
Background technology
Monitoring physiological parameter pertinent instruments is as electrocardio (ECG), invasive blood pressure (IBP), blood oxygen saturation (SPO2) etc.) cable be called for short clinical parameters cable, the confining force that 1.5kgf-3.5kgf is provided is needed in its design, owing to manufacturing or assembling deviation, the pulling-inserting force of cable may more than 5kgf, the grafting of cable becomes difficulty, particularly there is cambered surface around jack body, when cannot be adjacent to around plug and socket body, whether grafting puts in place not know cable during operator's grafting cable.For solving the problem, need to provide the prompt facility that puts in place in cable connector process, in order to point out operator's cable, whether grafting puts in place, avoids the signal loose contact problem caused because grafting is not in place.
Summary of the invention
For this reason, technical problem to be solved in the utility model is, provides a kind of grafting easy for installation, that reliability is higher to put in place prompting socket, and have with above-mentioned socket with the use of plug and the shell fragment that is applied on this socket.
For solving the problems of the technologies described above, grafting of the present utility model puts in place prompting socket, comprises face-piece, the jack body be connected with described face-piece and shell fragment; Described shell fragment comprises the substrate that is placed at least in part between described jack body and face-piece and is arranged at described at least one elastic arm on-chip, described substrate and described elastic arm one-body molded, described elastic arm is provided with the adapter structure being suitable for coordinating with plug, described elastic arm experiences distortion and resets in socket is by grafting process, thus realizes the change of mating force.
Above-mentioned grafting puts in place in prompting socket, described face-piece is provided with socket mounting hole, described jack body inserts and is fixed on described socket mounting hole, described substrate is provided with substrate rotation prevention portion, described face-piece or described jack body are provided with the spline installation portion holding described substrate rotation prevention portion, thus are fixed between described face-piece and described jack body by described shell fragment; Or, described face-piece is provided with socket mounting hole, described jack body inserts and is fixed on described socket mounting hole, described substrate is fixedly connected with by bolt or gluing or injection molding manner with between described face-piece or described jack body, thus is fixed between described face-piece and described jack body by described shell fragment.
Above-mentioned grafting puts in place in prompting socket, described face-piece is provided with the first socket fixed part, described jack body is provided with the second socket fixed part coordinated with described first socket fixed part, when described jack body inserts described socket mounting hole at least in part, make the described second socket fixed part of described first socket fixed part alignment, thus described first socket fixed part and described second socket fixed part match, and make described jack body be fixed on described face-piece.
Above-mentioned grafting puts in place in prompting socket, described first socket fixed part comprises at least one socket rotation prevention portion and at least one socket clamping slot, described second socket fixed part comprises at least one socket spline screens and at least one socket screens, described socket rotation prevention portion matches to stop described jack body to rotate with the screens of described socket spline, and it is snap-in cooperation that described socket sticks into groove with socket screens.
Above-mentioned grafting puts in place in prompting socket, described first socket fixed part comprises at least one socket spline screens and at least one socket screens, described second socket fixed part comprises at least one socket rotation prevention portion and at least one socket clamping slot, described socket rotation prevention portion matches to stop described jack body to rotate with the screens of described socket spline, and it is snap-in cooperation that described socket sticks into groove with socket screens; Or described first socket fixed part and described second socket fixed part form clamp connection structure.
Above-mentioned grafting puts in place in prompting socket, and the side towards described face-piece being provided with elastic component that elastomeric material makes or described elastic arm between described elastic arm and described face-piece is provided with the elastic component that elastomeric material is made.
Above-mentioned grafting puts in place in prompting socket, and one end of described elastic component is provided with the projection of docking with described adapter structure form fit.
The present invention discloses a kind of and above-mentioned grafting simultaneously and to put in place the plug of pointing out socket to match, and described molding plug has the guide frame holding described adapter structure.
The present invention disclose simultaneously a kind of be applied to above-mentioned grafting put in place prompting socket shell fragment, comprise substrate, described substrate is placed between jack body and face-piece at least in part; Also comprise at least one and be arranged at on-chip elastic arm, described substrate and described elastic arm one-body molded, described elastic arm is provided with the adapter structure being suitable for coordinating with plug.
In above-mentioned shell fragment, described adapter structure is be arranged at the projection outside described elastic arm.
In above-mentioned shell fragment, described substrate is also provided with substrate rotation prevention portion, described substrate rotation prevention portion is used for coordinating with the spline installation portion of described jack body or described face-piece, thus is fixed between described face-piece and described jack body by described shell fragment.
In above-mentioned shell fragment, rotation prevention portion stated by institute's substrate is the lug extended outside the plate face of described substrate, and described spline installation portion is be arranged at the rotation prevention portion mounting groove on described face-piece or described jack body.
In above-mentioned shell fragment, described substrate forms the through hole being suitable for described jack body and stretching into, described jack body extends in the socket mounting hole of described face-piece through described through hole.
In above-mentioned shell fragment, described elastic arm is two, and it is arranged at the relative both sides of described substrate symmetrically.
Socket mounting hole socket mounting hole socket mounting hole socket mounting hole socket mounting hole socket mounting hole technique scheme of the present utility model has the following advantages compared to existing technology:
Of the present utility model putting in place is pointed out in socket, it arranges shell fragment between face-piece and jack body, shell fragment comprises substrate and at least one elastic arm, substrate and elastic arm one-body molded, wherein substrate is connected between face-piece and jack body, arms is provided with the adapter structure being suitable for coordinating with plug, socket mounting hole plug is plugged in the process of jack body, and plug contacts with elastic arm, the distortion of elastic arm experience and reset, thus realize the change of mating force, make user can know grafting grafting feel and put in place.Substrate and the elastic arm of above-mentioned shell fragment are one-body molded, during assembling, can one of them be connected by shell fragment and face-piece or jack body, then connect with corresponding jack body or face-piece; Also can be connected between face-piece and jack body with the clamping that is fixedly connected with of face-piece by described jack body, only need the substrate of shell fragment be clipped between the face-piece of parameter jack body and assembly parameter jack body during assembling, assembling is simple, does not need special assembly tool.
Accompanying drawing explanation
In order to make content of the present utility model be more likely to be clearly understood, below according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein
Fig. 1 is that grafting of the present utility model puts in place a kind of structural representation of execution mode of prompting socket;
Fig. 2 is the stereogram of plug;
Fig. 3 is the structural representation of shell fragment;
Fig. 4 be jack body rotate front socket body and face-piece coordinate schematic diagram;
Fig. 5 be jack body be rotated counterclockwise rear socket body and face-piece coordinate schematic diagram;
Fig. 6 is the cutaway view of socket.
In figure, Reference numeral is expressed as: 1-face-piece, 11-rotation prevention portion installation portion, 12-socket clamping slot, 13-socket rotation prevention portion, 14-socket mounting hole, 15-face-piece plate face, 16-face-piece connecting portion, 2-shell fragment, 21-substrate, 22-elastic arm, 221-adapter structure, 23-substrate rotation prevention portion, 3-jack body, the screens of 31-socket, the screens of 32-socket spline, 4-elastic component, 41-projection, 5-plug, 51-guide frame.
Embodiment
Below with reference to accompanying drawing, and with socket, plug and the shell fragment be applied on clinical parameters cable, the utility model is further elaborated, to those skilled in the art, this socket, plug and shell fragment can also be applied to other needs grafting to put in place in the connected structure of prompting.
Embodiment 1
As shown in Fig. 1, Fig. 6, the grafting of the present embodiment puts in place and points out socket to comprise: the jack body 3 that face-piece 1 is connected with face-piece 1 and the shell fragment 2 between jack body 3 and face-piece 1; Wherein, shell fragment 2 comprises substrate 21 and is arranged at least one elastic arm 22 on substrate 21, and substrate 21 is one-body molded with elastic arm 22, and this substrate 21 is connected between jack body 3 and face-piece 1; , elastic arm 22 is provided with the adapter structure 221 being suitable for coordinating with plug 5.During use, plug 5 is plugged in the process of socket, and plug 5 contacts with elastic arm 22, makes elastic arm 22 experience distortion and reset, thus realizes the change of mating force, make user can know grafting grafting feel and put in place.Due to the substrate of shell fragment and elastic arm one-body molded, during assembling, can one of them be connected (such as the mode of embodiment 2) by shell fragment and face-piece or jack body, then connect with corresponding jack body or face-piece; Also can be connected between face-piece and jack body with the clamping that is fixedly connected with of face-piece by jack body, only need the substrate of shell fragment be clipped between the face-piece of parameter jack body and assembly parameter jack body during assembling, assembling is simple, does not need special assembly tool.
In a kind of specific implementation, as shown in Figure 3, substrate 21 is that (in other realization, substrate can be duroplasts material etc. to circular metal plate, and shape also can be other type, this is not limited), elastic arm 22 is arranged at circular substrate 21 both sides symmetrically, and the plate face of the bearing of trend of elastic arm and substrate 21 is 90 degree of angles, and during to make itself and plug grafting, confining force is stable.As the execution mode that can replace, elastic arm 22 be set to one or be set to three symmetrically, four or more all can realize grafting and to put in place prompt facility; And the angle between the bearing of trend of elastic arm 22 and substrate 21 all can insert in socket mounting hole 14 within the scope of 60-100 degree, and realize putting in place prompt facility.
Particularly, face-piece 1 is provided with socket mounting hole 14, jack body 3 inserts and is fixed on socket mounting hole 14, shell fragment 2 clamping is connected between face-piece 1 and jack body 3, namely be connected between face-piece 1 and jack body 3 by jack body 3 with the clamping that is fixedly connected with of face-piece 1, in order to realize the location between shell fragment 2 and face-piece 1 or jack body 3, prevent shell fragment 2 in assembling process from rotating, as shown in Figures 1 and 3, substrate 21 is also provided with substrate rotation prevention portion 23, substrate rotation prevention portion 23 coordinates with the spline installation portion 11 on face-piece 1 or jack body 3, when preventing jack body 3 to be connected with face-piece 1, substrate 21 rotates.Particularly, as shown in Figure 3, this substrate rotation prevention portion 23 is the lug extended outside the plate face of substrate 21, face-piece 1 forms the rotation prevention portion mounting groove coordinated with substrate rotation prevention portion 23.As the execution mode that can replace, above-mentioned substrate rotation prevention portion 23 can also for be arranged at substrate 21 towards the projection on jack body 3 plate face, corresponding shaping spline mounting groove on jack body 3.The shape of above-mentioned lug or projection does not need to limit, as long as it coordinates with spline installation portion 11 and realizes anti-rotation and coordinate.
Jack body 3 and face-piece 1 link the mode connect be connected by revolving.Particularly, face-piece 1 is provided with the first socket fixed part, jack body 3 is provided with the second socket fixed part coordinated with the first socket fixed part, when jack body 3 inserts socket mounting hole 14 at least in part, first socket fixed part is alignd the second socket fixed part, thus the first socket fixed part and the second socket fixed part match, and make jack body 3 be fixed on face-piece 1.Particularly, as shown in Figure 1, face-piece 1 comprises face-piece plate face 15 and perpendicular to face-piece plate face 14 and the cylindrical face-piece connecting portion 16 of outer surface, socket mounting hole 14 takes shape on face-piece connecting portion 16; The the first socket fixed part be positioned on face-piece 1 comprises and takes shape at least one socket rotation prevention portion 13 in face-piece connecting portion 16 circumference and socket clamping slot 12, the the second socket fixed part being positioned at jack body 3 comprises socket rotation prevention portion and takes shape at least one socket spline screens 32 and socket screens 31 on jack body 3, socket rotation prevention portion 13 matches to stop jack body 3 to rotate with socket spline screens 32, and socket clamping slot 12 coordinates in snap-in with socket screens 31.Wherein, socket rotation prevention portion 13 in the counterclockwise direction wall thickness becomes large, socket spline screens 32 for the cross section taken shape in jack body 3 circumference be that triangle clamping type is protruding, when jack body 3 rotates counterclockwise, clamping type is protruding to slide until stride across socket rotation prevention portion 13 along socket rotation prevention portion 13 inwall, socket spline screens 32 is blocked by socket rotation prevention portion 13, prevents jack body 3 from turning round; And socket clamping slot 12 is followed successively by notch and bottom land in the counterclockwise direction, when rotating counterclockwise jack body, jack body screens 31 is inserted in socket clamping slot 12, and like this, jack body 3 and face-piece 1 revolve to link and connect.In present embodiment, socket rotation prevention portion 13 arranges one, and socket clamping slot 12 arranges two.
In assembling process, after first the substrate rotation prevention portion 23 of shell fragment 2 being aimed at the rotation prevention portion installation portion 11 of face-piece 1, shell fragment 2 is connected on face-piece 1, then jack body 3 is inserted in the socket mounting hole 14 on face-piece 1 carry out installation fix.Shown in Fig. 4, before jack body rotates, jack body screens 31 does not snap in the jack body clamping slot 12 on face-piece 1, and the socket rotation prevention portion 13 simultaneously on face-piece 1 does not block jack body spline screens 32 yet; Be rotated counterclockwise jack body, as shown in Figure 5, make the socket rotation prevention portion 13 on face-piece 1 block jack body spline screens 32.Now, jack body screens 31 snaps onto in the jack body clamping slot 12 on face-piece 1 simultaneously, and jack body 3 cannot be deviate from or autorotation from face-piece 1, and socket installs, and shell fragment 2 clamping is connected between jack body 3 and face-piece 1.
As alternative execution mode, face-piece 1 arranges the screens of socket spline and socket screens to form the first socket fixed part, in jack body 3 correspondence, socket rotation prevention portion and socket clamping slot are set to form the second socket fixed part, socket rotation prevention portion matches to stop jack body to rotate with the screens of socket spline, it is snap-in cooperation that socket sticks into groove with socket screens, revolves to link connect to realize face-piece 1 and jack body 3.
Can in alternate embodiments as another kind, housing 1 is connected with the mode of jack body 3 by direct clamping, and namely the first socket fixed part and the second socket fixed part form clamp connection structure.Particularly, housing forms draw-in groove or projection, corresponding shaping projection or draw-in groove on jack body, realize clamping by projection with the cooperation of draw-in groove and be connected.
As shown in Figure 3, substrate 21 forms the through hole being suitable for jack body 3 and stretching into, jack body 3 extends in socket mounting hole 14 through through hole.In other execution modes, according to the design feature of jack body and plug, directly can also offer on substrate 21 and be suitable for plug 5 and insert the socket mounting hole be electrically connected with socket.
When pulling-inserting force between parameter cable and socket is larger, in order to there be obvious feel, need the change of shell fragment 2 force value in deformation process and pulling-inserting force quite or be greater than the pulling-inserting force of parameter cable.At this moment can be realized by the thickness of increase elastic arm, width and deflection.But the scheme merely by strengthening shell fragment reaction force not only needs larger assembly space but also increases the risk of elastic arm surrender inefficacy.Therefore, as shown in Figure 5, in connected structure of the present utility model, the elastic component 4 that elastomeric material is made between elastic arm 22 and face-piece 1, is provided with.
In present embodiment, elastic component 4 is silica gel cushion block, and elastic arm 22 can extrude silica gel cushion block in deformation process, thus plug need overcome the reaction force of shell fragment elastic arm and the reaction force of compressed silicone rubber cushion block simultaneously, thus the force value change increased in plug insertion process, strengthen grafting feel.
Preferably, elastic component 4 is provided with the projection 41 coordinated with adapter structure 221.This projection 41 not only can strengthen the reaction force of silica gel cushion block, and due to the existence of projection 41, silica gel cushion block cannot drop out from the space between elastic arm 22 and face-piece 1.
Figure 2 shows that puts in place with above-mentioned grafting point out socket with the use of plug 5, plug 5 forms the guide frame 51 coordinated with adapter structure 221.Particularly, adapter structure 221 is for being arranged at the projection outside elastic arm 22, and guide frame 51 is for being arranged at the groove of plug 51 inserted terminal.When plug 5 is plugged on socket mounting hole 14, first plug 5 extrudes elastic arm 22 makes elastic arm be out of shape, until the projection on elastic arm is inserted in guide frame 51, elastic arm is resetted, and the grafting of prompting plug 5 puts in place.
Above-mentioned projection preferably has the triangular hill of circular arc, to make its prompting successful that puts in place, according to the requirement of mating force, can certainly select the projection of other shapes, such as, have the parabola shaped etc. of linear change.
As the execution mode that can replace, adapter structure 221 is for being arranged at the groove outside elastic arm 22, and guide frame 51 is for being arranged at the projection of plug 51 inserted terminal.
Embodiment 2
The socket of the present embodiment is substantially identical with the socket in embodiment 1, distinctive points is the connected mode of shell fragment 2 and jack body 3 and face-piece 1, in the present embodiment, when jack body 3 or face-piece 1 injection moulding by pre-buried for the substrate 21 of shell fragment 2, itself and jack body 3 or face-piece 1 are fixed as one, then are connected to form socket with corresponding face-piece 1 or jack body 3.
Because shell fragment in the present embodiment 2 and jack body 3 or face-piece 1 are injection molded into one, therefore, the shell fragment 2 in the present embodiment does not need to arrange substrate rotation prevention portion 23.
In addition, in the present embodiment, elastic component 4 is U-shaped shell fragment.
Embodiment 3
The socket of the present embodiment is substantially identical with the socket in embodiment 2, and distinctive points is that shell fragment 2 is fixedly connected with face-piece 1 by connector (screw/nut), and face-piece 1 is connected by the mode of revolving card or buckle with jack body 3 again.And in present embodiment, the side towards face-piece 1 of elastic arm 22 arranges elastic component 4, more specifically, the sheet material that elastic component 4 is made for flexible glue material, its lateral wall being adhered to elastic arm 22 forms as one with it.
In other execution modes, the substrate 21 of shell fragment 2 can also be fixedly connected with face-piece 1 or jack body 3 by gum, the mode of selecting glue by shell fragment 2, then completes the connection between face-piece 1 and jack body 3; Further, do not arrange anti-rotation structure between shell fragment 2 and face-piece 1 or jack body 3, be namely rotationally connected with between face-piece 1 and jack body 3, it can realize the prompt facility that puts in place equally.
As the execution mode that can replace, the pole of the sheet material that elastic component 4 can also be made for other flexible glues or die sinking part, flexible glue material can also be spring.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to execution mode.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all execution modes.And thus the apparent change of extending out or variation be still among the protection range of the invention.
Claims (13)
1. grafting puts in place a prompting socket, it is characterized in that: comprise face-piece (1), the jack body (3) be connected with described face-piece (1) and shell fragment (2); Described shell fragment (2) comprises the substrate (21) be placed at least in part between described jack body (3) and face-piece (1) and at least one elastic arm (22) be arranged on described substrate (21), described substrate (21) is one-body molded with described elastic arm (22), described elastic arm (22) is provided with the adapter structure (221) being suitable for coordinating with plug (5), described elastic arm (22) experiences distortion and resets in socket is by grafting process, thus realizes the change of mating force.
2. grafting according to claim 1 puts in place prompting socket, it is characterized in that: described face-piece (1) is provided with socket mounting hole (14), described jack body (3) inserts and is fixed on described socket mounting hole (14), described substrate (21) is provided with substrate rotation prevention portion (23), described face-piece (1) or described jack body (3) are provided with the spline installation portion (11) holding described substrate rotation prevention portion (23), thus described shell fragment (2) is fixed between described face-piece (1) and described jack body (3),
Or, described face-piece (1) is provided with socket mounting hole (14), described jack body (3) inserts and is fixed on described socket mounting hole (14), described substrate (21) is fixedly connected with by bolt or gluing or injection molding manner with between described face-piece (1) or described jack body (3), thus is fixed between described face-piece (1) and described jack body (3) by described shell fragment (2).
3. grafting according to claim 2 puts in place prompting socket, it is characterized in that: described face-piece (1) is provided with the first socket fixed part, described jack body (3) is provided with the second socket fixed part coordinated with described first socket fixed part, when described jack body (3) inserts described socket mounting hole (14) at least in part, make the described second socket fixed part of described first socket fixed part alignment, thus described first socket fixed part and described second socket fixed part match, described jack body (3) is made to be fixed on described face-piece (1).
4. grafting according to claim 3 puts in place prompting socket, it is characterized in that: described first socket fixed part comprises at least one socket rotation prevention portion (13) and at least one socket clamping slot (12), described second socket fixed part comprises at least one socket spline screens (32) and at least one socket screens (31), described socket rotation prevention portion (13) is matched with described socket spline screens (32) to stop described jack body (3) to rotate, and described socket clamping slot (12) coordinates in snap-in with socket screens (31).
5. grafting according to claim 3 puts in place prompting socket, it is characterized in that: described first socket fixed part comprises at least one socket spline screens and at least one socket screens, described second socket fixed part comprises at least one socket rotation prevention portion and at least one socket clamping slot, described socket rotation prevention portion matches to stop described jack body to rotate with the screens of described socket spline, and it is snap-in cooperation that described socket sticks into groove with socket screens;
Or described first socket fixed part and described second socket fixed part form clamp connection structure.
6. to put in place prompting socket according to the arbitrary described grafting of claim 1-5, it is characterized in that: between described elastic arm (22) and described face-piece (1), be provided with the elastic component (4) that elastomeric material is made, or the side towards described face-piece (1) of described elastic arm (22) is provided with the elastic component (4) that elastomeric material makes.
7. grafting according to claim 6 puts in place prompting socket, it is characterized in that: one end of described elastic component (4) is provided with the projection (41) of docking with described adapter structure (221) form fit.
8. put in place with the grafting described in any one of claim 1-7 a plug of pointing out socket to match, and it is characterized in that: described plug (5) forms the guide frame (51) for holding described adapter structure (221).
9. the grafting be applied to described in any one of claim 1-7 puts in place and points out the shell fragment of socket, it is characterized in that: comprise substrate (21), described substrate (21) is placed between jack body (3) and face-piece (1) at least in part; Described shell fragment also comprises at least one and is arranged at elastic arm (22) on substrate (21), described substrate (21) is one-body molded with described elastic arm (22), and described elastic arm (22) is provided with the adapter structure (221) being suitable for coordinating with plug (5).
10. shell fragment according to claim 9, is characterized in that: described adapter structure (221) is for being arranged at the projection in described elastic arm (22) outside.
11. shell fragments according to claim 9 or 10, it is characterized in that: described substrate (21) is also provided with substrate rotation prevention portion (23), described shell fragment (2) for coordinating with the spline installation portion (11) of described jack body (3) or described face-piece (1), thus is fixed between described face-piece (1) and described jack body (3) by described substrate rotation prevention portion (23).
12. shell fragments according to claim 9, is characterized in that: described substrate (21) forms the through hole being suitable for described jack body (3) and stretching into.
13. shell fragments according to claim 9, is characterized in that: described elastic arm (22) is two, and it is arranged at the relative both sides of described substrate (21) symmetrically.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520742098.8U CN204992183U (en) | 2015-09-23 | 2015-09-23 | Grafting targets in place and indicates socket, plug and shell fragment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520742098.8U CN204992183U (en) | 2015-09-23 | 2015-09-23 | Grafting targets in place and indicates socket, plug and shell fragment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204992183U true CN204992183U (en) | 2016-01-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520742098.8U Active CN204992183U (en) | 2015-09-23 | 2015-09-23 | Grafting targets in place and indicates socket, plug and shell fragment |
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| CN (1) | CN204992183U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107797194A (en) * | 2017-10-17 | 2018-03-13 | 安徽电信器材贸易工业有限责任公司 | A kind of device of fixed fiber cable joint |
| CN110323598A (en) * | 2019-07-11 | 2019-10-11 | 上海航天科工电器研究院有限公司 | A kind of floating structure that socket is connect with pcb board |
-
2015
- 2015-09-23 CN CN201520742098.8U patent/CN204992183U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107797194A (en) * | 2017-10-17 | 2018-03-13 | 安徽电信器材贸易工业有限责任公司 | A kind of device of fixed fiber cable joint |
| CN110323598A (en) * | 2019-07-11 | 2019-10-11 | 上海航天科工电器研究院有限公司 | A kind of floating structure that socket is connect with pcb board |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |