CN203339410U - connector mechanism and electronic device - Google Patents

Abstract

A connector mechanism and an electronic device are provided. The connector mechanism is used for connecting a shell of an electronic device and comprises a base, a row of wires and a conductive limiting part; the base is provided with a first surface and a second surface which are opposite, and the first surface of the base is arranged on the shell; the flat cable is arranged on the second surface of the base and provided with a grounding wire; the conductive limiting part presses the second surface of the base and is arranged on the shell, and the conductive limiting part is electrically connected between the grounding wire and the shell. The utility model discloses the equipment is convenient and utensil preferred ground connection efficiency.

Description

Connector mechanism and electronic installation

Technical field

The utility model provides a kind of connector, espespecially a kind of fast disassembly type connector mechanism and electronic installation of the easy to assembly and better ground connection usefulness of tool.

Background technology

Refer to Fig. 1, the schematic diagram of a connector 10 that Fig. 1 is prior art.Connector 10 is arranged on a bracing frame 12.A plurality of locked assemblies 14 wear the lockhole 18 of fixed part 16 to be installed on bracing frame 12 of connector 10.In general, fixed part 16 is by the non-conductor material, plastics for example, and institute forms, and with the transmission yarn and the metal-made bracing frame 12 that completely cut off connector 10, avoids noise jamming.Connector 10 utilizes a ground connection winding displacement 20 be electrically connected to transmission yarn and bracing frame 12(or be arranged on the circuit board on bracing frame 12), the electronic building brick that is linked to connector 10 with protection does not damage because of excessive static.Yet traditional connector 10 needs to use the just removable bracing frame 12 that is loaded on of external tool, and for example the user utilizes screwdriver to rotate fixed part 16, just can be by connector 10 installation or removal in bracing frame 12.In addition, the ground connection winding displacement 20 of traditional connector 10 comparatively takies the arrangement of components space.The two ends of ground connection winding displacement 20 are electrically connected to respectively connector 10 and circuit board, and the centre portion of ground connection winding displacement 20 is taken in folding mode, therefore use the conducting path of the unnecessary electric charge of ground connection winding displacement 20 eliminating longer, easily cause noise jamming.Therefore, how to design a kind of instrument dismounting of exempting from, take into account connector easy to assembly and ground connection usefulness, be just one of developing goal of associated electrical industry.

The utility model content

The utility model provides a kind of fast disassembly type connector mechanism and related electronic device thereof of the easy to assembly and better ground connection usefulness of tool, to solve the above problems.

The utility model discloses a kind of connector mechanism, and it comprises a pedestal, a winding displacement and a conduction locating part.This pedestal has a relative first surface and one second.This first surface of this pedestal is arranged at a housing.This winding displacement is arranged at this second of this pedestal.This winding displacement has a signal transmssion line and an earth connection.This conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and is electrically connected between this earth connection and this housing.

A kind of connector mechanism of the present utility model, for connecting a housing of an electronic installation, this connector mechanism comprises: a pedestal, this pedestal has a relative first surface and one second, and this first surface of this pedestal is arranged at this housing; One winding displacement, this winding displacement is arranged at this second of this pedestal, and this winding displacement has an earth connection; And a conduction locating part, this conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and this conduction locating part is electrically connected between this earth connection and this housing.

The utility model also discloses this conduction locating part and has a clamp structure, in order to clamp this earth connection.

The utility model also discloses this conduction locating part and also has a detachable structure, is arranged at this housing.

The utility model also discloses this detachable structure and has one first section, one second section and one the 3rd section.This first section is connected the two ends of this second section with the 3rd section.This second section contacts this bridge part, and an open end of this first section engages respectively this housing with an open end of the 3rd section.

The utility model also discloses this conduction locating part and comprises a conducting part, a bridge part and a limiting section.This conducting part contacts this earth connection of this winding displacement.This bridge part connects this conducting part and is arranged at this second of this pedestal.Exert pressure this bridge part and be arranged at this housing of this limiting section.

The utility model also discloses this bridge part and has a guide rod, and second of this of this pedestal forms a perforation, and this guide rod wears this perforation.

It is an elastic construction that the utility model also discloses this limiting section, and it has one first section, one second section and one the 3rd section.This first section is connected the two ends of this second section with the 3rd section.This second section contacts this bridge part, and an open end of an open end of this first section and the 3rd section is sticked in respectively this housing.

The utility model also discloses this first section and is connected the two ends of this second section with flexible mode of texturing with the 3rd section.

The utility model also discloses vertical this second section of this first section essence, vertical this second section of the 3rd section essence, and this first section essence is parallel and be in reverse to the 3rd section.

It is a shaft-like elastic construction, a tabular elastic construction or an annular resilient structure that the utility model also discloses this limiting section.

The utility model also discloses this connector mechanism and also comprises a coating member, has a hatch frame, and this coating member is arranged at this second of this pedestal.This conducting part and this bridge part are arranged in this coating member, and this bridge part partly protrudes this coating member via this hatch frame.

The utility model also discloses this conducting part and this bridge part is formed in one, or this bridge part and this limiting section are formed in one.

The utility model also discloses a kind of electronic installation, and it comprises a housing, a detachable electronic building brick and a connector mechanism.This housing has a structure of mounting hole.This connector mechanism comprises a pedestal, a winding displacement and a conduction locating part.This pedestal has a relative first surface and one second.This first surface of this pedestal is arranged at this structure of mounting hole to be electrically connected to this detachable electronic building brick.This winding displacement is arranged at this second of this pedestal.This winding displacement has a signal transmssion line and an earth connection.This conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and is electrically connected between this earth connection and this housing.

A kind of electronic installation of the present utility model, this electronic installation comprises: a housing, this housing has a structure of mounting hole; One detachable electronic building brick; And a connector mechanism, this connector mechanism comprises: a pedestal, and this pedestal has a relative first surface and one second, and this first surface of this pedestal is arranged at this structure of mounting hole to be electrically connected to this detachable electronic building brick; One winding displacement, this winding displacement is arranged at this second of this pedestal, and this winding displacement has an earth connection; And a conduction locating part, this conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and this conduction locating part is electrically connected between this earth connection and this housing.

The utility model also discloses this housing and has at least one draw-in groove.This open end of this first section and the 3rd section is sticked in respectively this respective card slot.

The utility model utilization conduction locating part is fixed on connector mechanism on housing in the quick detach mode, the user do not need extra aid can be convenient by the connector mechanism dismounting in housing, and because the conduction locating part has been set up the conductive path that electrically contacts winding displacement when the pedestal of fixed connector mechanism simultaneously, therefore the conduction locating part can directly contact the housing of electronic installation and ground connection.The conform to profile design of connector mechanism of the position limiting structure of conduction locating part, guarantee closely to limit the displacement of connector mechanism, therefore the locating part that conducts electricity has advantages of that volume is light and handy and simple in structure, can effectively save the internal configurations space of electronic installation, and the usefulness with strengthening inhibition electromagnetic interference than the short-range missile power path is provided, therefore the utlity model has the preferably market competitiveness.

The accompanying drawing explanation

The schematic diagram of the connector that Fig. 1 is prior art.

The schematic diagram of the electronic installation that Fig. 2 is the utility model the first embodiment.

The assembly exploded view of the connector mechanism that Fig. 3 is the utility model the first embodiment.

The vertical figure of the part group that Fig. 4 is the connector mechanism shown in Fig. 3.

The assembly exploded view of the connector mechanism that Fig. 5 is the utility model the second embodiment.

Fig. 6 and Fig. 7 are respectively the schematic diagram of the connector mechanism shown in Fig. 5 in the different operating process.

The primary clustering symbol description:

10 connectors 42,42 ' conduction locating part

12 bracing frame 421 clamp structures

14 locked assembly 423 detachable structures

16 fixed part 44 coating members

18 lockhole 46 hatch frames

20 ground connection winding displacement 48 conducting parts

30 electronic installation 50 bridge parts

32 housing 52 limiting sections

321 structure of mounting hole 54 first sections

323 draw-in groove 541 blind ends

34 detachable electronic building brick 543 open ends

36 connector mechanism 56 second sections

38 pedestals 58 the 3rd section

381 first surface 60 guide rods

383 second 62 perforation

40 winding displacement 64 connecting portions

401 signal transmssion line 66 projection seats

403 earth connections

Embodiment

Refer to Fig. 2, the schematic diagram of the electronic installation 30 that Fig. 2 is the utility model the first embodiment.Electronic installation 30 includes a housing 32, a detachable electronic building brick 34 and a connector mechanism 36.Electronic installation 30 can be server host, housing 32 can be the interior shelf of server host, detachable electronic building brick 34 can be removable hard drive, and connector mechanism 36 is arranged on interior shelf, is used for being electrically connected removable hard drive to transmit its electronic signal.

Refer to Fig. 2 to Fig. 4, the assembly exploded view of the connector mechanism 36 that Fig. 3 is the utility model the first embodiment.Connector mechanism 36 includes a pedestal 38, a winding displacement 40, conduction locating part 42 and a coating member 44.Pedestal 38 has relative first surface 381 and second 383.First surface 381 is arranged on the structure of mounting hole 321 of housing 32 to be electrically connected to detachable electronic building brick 34.Winding displacement 40 is arranged on second 383 of pedestal 38.Winding displacement 40 has many barss transmission line 401 and many earth connections 403 that bundle.Signal transmssion line 401 is the standard specification designs according to winding displacement 40 with the quantity of earth connection 403, at this, chats no longer in detail bright.

Conduction locating part 42 is arranged on housing 32 actively, is used for limiting pedestal 38 moving relative to housing 32.Conduction locating part 42 can be the modular member that several assemblies combine or is the single structure part.For instance, conduction locating part 42 can have a clamp structure 421.Conduction locating part 42 is by clamp structure 421 clamping earth connections 403, and inserts pedestal 38 with fixing relative position, as shown in Figure 4, and the vertical figure of the part group that Fig. 4 is the connector mechanism 36 shown in Fig. 3.In addition, coating member 44 is comprised of non-conductive material, and it is arranged on second 383 of pedestal 38, is used for coating winding displacement 40, conduction locating part 42 and other electronic building bricks.Coating member 44 has a hatch frame 46.Conduction locating part 42 has the part section can expose to hatch frame 46.

Conduction locating part 42 also can have a detachable structure 423.Detachable structure 423 connects conduction locating part 42 and exposes the section of hatch frame 46 and be set on housing 32, pedestal 38 second 383 by this exerts pressure, with the movement of restriction pedestal 38, and also set up the conductive path toward housing 32 by winding displacement 40, effectively to get rid of unnecessary electrostatic charge.Detachable structure 423 can be located away from clamp structure 421 as shown in Figure 3, or can be shaped in clamp structure 421 to form the conduction locating part 42 of solid memder form, and its application form is depending on design requirement.Wherein, conduction locating part 42 is comprised of conductive material, for example metal material; And the modes such as the engaging of detachable structure 423 selective use mechanisms, screw locking are arranged on housing 32.

Refer to Fig. 5, the assembly exploded view of the connector mechanism 36 that Fig. 5 is the utility model the second embodiment.In the second embodiment, the assembly that has identical numbering with the first embodiment has identical structure and function, therewith no longer repeat specification.The modular member that the conduction locating part 42 ' of the present embodiment is combined by several assemblies.Conduction locating part 42 ' can comprise a conducting part 48, a bridge part 50 and a limiting section 52.Conducting part 48 can be a metal forming, around the coating mode, to be electrically connected on earth connection 403.Bridge part 50 can be platy structure, is used for conducting part 48 is pressed and put on second 383 of pedestal 38.As a rule, conducting part 48 is comprised of soft conductive material, is convenient to bending and coats winding displacement 40 to guarantee to be electrically connected on earth connection 403.Bridge part 50 is preferably the certain thickness hard electric conducting material of tool, makes bridge part 50 can protrude from the hatch frame 46 of coating member 44, for being in electrical contact with limiting section 52.It is described that the planform of conducting part 48 and bridge part 50 can be not limited to the present embodiment, depending on design requirement.

Limiting section 52 be used for exerting pressure bridge part 50 being arranged on housing 32, break away from pedestals 38 to avoid conducting part 48 and bridge part 50.Specifically, limiting section 52 can be elastic construction, is similar to the detachable structure in the first embodiment.Limiting section 52 can have one first section 54, one second section 56 and one the 3rd section 58.The first section 54 and the blind end (blind end 541 as shown in Figure 7) of the 3rd section 58 are connected the two ends of the second section 56 with flexible mode of texturing.The second section 56 of limiting section 52 is across on pedestal 38, when the user apply external force in the first section 54 and the 3rd section 58 with by its open end (open end 543 as shown in Figure 7) while being fastened on the draw-in groove 323 of housing 32, the second section 56 can be pressed attached bridge part 50 because of the restriction of elastic restoring force, makes the unnecessary electric charge of earth connection 403 sequentially via conducting part 48, bridge part 50 and limiting section 52, to be delivered to housing 32 to suppress electromagnetic interference.

As shown in Figure 5, the first section 54 can be distinguished vertical the second section 56 of essence with the 3rd section 58, and the first section 54 also essence is parallel and be in reverse to the 3rd section 58, with the draw-in groove 323 that is fastened on the two ends that lay respectively at coating member 44.Wherein, the limiting section 52 of the present embodiment is a shaft-like elastic construction, yet it also can be designed to other moulding, for example tabular elastic construction or annular resilient structure.But detachable structure 423 essence of previous embodiment are same as limiting section 52, therefore detachable structure 423 also has interconnective three sections, at this, no longer repeat to be illustrated.But every close contact bridge part 50 also all belongs to design category of the present utility model with the limiting section 52 that the quick detach mode is arranged at housing 32.

As shown in Figure 5, bridge part 50 can have a guide rod 60, pedestal 38 second 383 and can form a perforation 62.Wish is arranged on pedestal 38 by conducting part 48, bridge part 50 can insert perforation 62 by guide rod 60 and carry out spacing, and coordinate limiting section 52 bridge part 50 of exerting pressure, therefore conduction locating part 42 ' of the present utility model can have fixed pedestal 38 concurrently in housing 32, and directly contacts housing 32 winding displacement 40 is provided to the function of ground connection.

Refer to Fig. 5 to Fig. 7, Fig. 6 and Fig. 7 are respectively the schematic diagram of the connector mechanism 36 shown in Fig. 5 in the different operating process.When coating member 44 is installed on pedestal 38, conducting part 48 and bridge part 50 are clamped between coating member 44 and pedestal 38, and the bridge part 50 of part can expose by hatch frame 46.Thus, when conduction locating part 42 ' is fixed in pedestal 38, limiting section 52 can contact the part bridge part 50 exposed via hatch frame 46, sets up winding displacement 40 and gets rid of path to the electric charge of housing 32, effectively to suppress electromagnetic interference.In addition, evagination a junction 64 can be distinguished in the two ends of pedestal 38.Each connecting portion 64 arranges projection seat 66, is used for wearing the lockhole (not being shown in figure) of housing 32, with the restriction pedestal 38 relative to housing 32 moving along directions X and Y-direction.On the other hand, exert pressure bridge part 50 be sticked in housing 32 of limiting section 52, therefore conduction locating part 42 ' can limit the movement of pedestal 38 along the Z direction, make connector mechanism 36 to stablize and be arranged on housing 32.

As shown in Fig. 5 and Fig. 6, pedestal 38 is arranged on housing 32 surfaces by projection seat 66 and the combination of lockhole, conducting part 48 links earth connection 403 and bridge part 50, conducting part 48 and bridge part 50 are arranged on the inside of coating member 44, and bridge part 50 has the part section to protrude coating member 44 via hatch frame 46.Now limiting section 52 is across coating member 44 and be placed on housing 32.Then, as shown in Fig. 5 and Fig. 7, the user forces in the first section 54 and the 3rd section 58 of limiting section 52, makes its flexural deformation and is engaged to housing 32, the bridge part 50 that the stored elastic restoring force of limiting section 52 can drive the second section 56 to contact and the part of exerting pressure exposes.Therefore, conduction locating part 42 ' not only is fixed on housing 32 in the quick detach mode by pedestal 38, and the grounding path that also provides winding displacement 40 to be used for getting rid of unnecessary electric charge, can effectively improve operation ease and the fail safe of connector mechanism 36.

As from the foregoing, conducting part 48 and the bridge part 50 of the second embodiment are separating member, yet also conducting part 48 can be connected to bridge part 50 in one-body molded mode, just can form the clamp structure 421 of the described conduction locating part 42 of the first embodiment.The conducting part 48 of the second embodiment is better to be made by the soft alloy paper tinsel, and the clamp structure 421 of the first embodiment preferably can be selected the structure of the tool spring functions such as metal spring leaf.Moreover, the clamp structure 421 of the first embodiment of the present utility model and detachable structure 423, with bridge part 50 and the limiting section 52 of the second embodiment be separating member, be convenient to carry out the function of quick detach fast-assembling.Yet, bridge part 50 and limiting section 52(or clamp structure 421 and detachable structure 423) also can be integrated design, for example: limiting section 52 can be connected in the surface of relative guide rod 60 on bridge part 50 or the extensible rod shaped structure that grows the similar limiting section 52 of shape in surface of bridge part 50.Every assembly that has ground connection and fixed pedestal function concurrently, the module/unit that is not limited to solid memder or is comprised of a plurality of assemblies, all belong to the design category of conduction locating part of the present utility model.

The prior art of comparing, the utility model utilization conduction locating part is fixed on connector mechanism on housing in the quick detach mode, the user do not need extra aid can be convenient by the connector mechanism dismounting in housing, and because the conduction locating part has been set up the conductive path that electrically contacts winding displacement when the pedestal of fixed connector mechanism simultaneously, therefore the conduction locating part can directly contact the housing of electronic installation and ground connection.The conform to profile design of connector mechanism of the position limiting structure of conduction locating part, guarantee closely to limit the displacement of connector mechanism, therefore the locating part that conducts electricity has advantages of that volume is light and handy and simple in structure, can effectively save the internal configurations space of electronic installation, and the usefulness with strengthening inhibition electromagnetic interference than the short-range missile power path is provided, therefore the utlity model has the preferably market competitiveness.

Claims (25)

1. a connector mechanism, for connecting a housing of an electronic installation, is characterized in that, this connector mechanism comprises:

One pedestal, this pedestal has a relative first surface and one second, and this first surface of this pedestal is arranged at this housing;

One winding displacement, this winding displacement is arranged at this second of this pedestal, and this winding displacement has an earth connection; And

One conduction locating part, this conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and this conduction locating part is electrically connected between this earth connection and this housing.

2. connector mechanism as claimed in claim 1, is characterized in that, this conduction locating part comprises a clamp structure, in order to clamp this earth connection.

3. connector mechanism as claimed in claim 2, is characterized in that, this conduction locating part also comprises a detachable structure, and this detachable structure is arranged at this housing.

4. connector mechanism as claimed in claim 3, is characterized in that, this conduction locating part comprises:

One conducting part, this conducting part contacts this earth connection of this winding displacement;

One bridge part, this bridge part connects this conducting part and is arranged at this second of this pedestal; And

One limiting section, exert pressure this bridge part and be arranged at this housing of this limiting section.

5. connector mechanism as claimed in claim 4, it is characterized in that, this detachable structure has one first section, one second section and one the 3rd section, this first section is connected the two ends of this second section with the 3rd section, this second section contacts this bridge part, and an open end of this first section engages respectively this housing with an open end of the 3rd section.

6. connector mechanism as claimed in claim 4, is characterized in that, this bridge part has a guide rod, and second of this of this pedestal forms a perforation, and this guide rod wears this perforation.

7. connector mechanism as claimed in claim 4, it is characterized in that, this limiting section has one first section, one second section and one the 3rd section, this first section is connected the two ends of this second section with the 3rd section, this second section contacts this bridge part, and an open end of an open end of this first section and the 3rd section is sticked in respectively this housing.

8. connector mechanism as claimed in claim 7, is characterized in that, this first section is connected the two ends of this second section with the 3rd section with flexible mode of texturing.

9. connector mechanism as claimed in claim 7, is characterized in that, vertical this second section of this first section essence, and vertical this second section of the 3rd section essence, this first section essence is parallel and be in reverse to the 3rd section.

10. connector mechanism as claimed in claim 7, is characterized in that, this limiting section is a shaft-like elastic construction, a tabular elastic construction or an annular resilient structure.

11. connector mechanism as claimed in claim 4, is characterized in that, this connector mechanism also comprises:

One coating member, this coating member has a hatch frame, and this coating member is arranged at this second of this pedestal, and this conducting part and this bridge part are arranged in this coating member, and this bridge part partly protrudes this coating member via this hatch frame.

12. connector mechanism as claimed in claim 4, is characterized in that, the parts that this conducting part and this bridge part are formed in one, or the parts that are formed in one of this bridge part and this limiting section.

13. an electronic installation, this electronic installation comprises:

One housing, this housing has a structure of mounting hole;

One detachable electronic building brick; And

A connector mechanism, is characterized in that, this connector mechanism comprises:

One pedestal, this pedestal has a relative first surface and one second, and this first surface of this pedestal is arranged at this structure of mounting hole to be electrically connected to this detachable electronic building brick;

One winding displacement, this winding displacement is arranged at this second of this pedestal, and this winding displacement has an earth connection; And

One conduction locating part, this conduction locating part is exerted pressure this second of this pedestal and be arranged at this housing, and this conduction locating part is electrically connected between this earth connection and this housing.

14. electronic installation as claimed in claim 13, is characterized in that, this conduction locating part comprises a clamp structure, in order to clamp this earth connection.

15. electronic installation as claimed in claim 14, is characterized in that, this conduction locating part also comprises a detachable structure, and this detachable structure is arranged at this housing.

16. electronic installation as claimed in claim 15, is characterized in that, this conduction locating part comprises:

One conducting part, this conducting part contacts this earth connection of this winding displacement;

One bridge part, this bridge part connects this conducting part and is arranged at this second of this pedestal; And

One limiting section, exert pressure this bridge part and be arranged at this housing of this limiting section.

17. electronic installation as claimed in claim 16, it is characterized in that, this detachable structure has one first section, one second section and one the 3rd section, this first section is connected the two ends of this second section with the 3rd section, this second section contacts this bridge part, and an open end of this first section engages respectively this housing with an open end of the 3rd section.

18. electronic installation as claimed in claim 16, is characterized in that, this bridge part has a guide rod, and second of this of this pedestal forms a perforation, and this guide rod wears this perforation.

19. electronic installation as claimed in claim 16, it is characterized in that, this limiting section has one first section, one second section and one the 3rd section, this first section is connected the two ends of this second section with the 3rd section, this second section contacts this bridge part, and an open end of an open end of this first section and the 3rd section is sticked in respectively this housing.

20. electronic installation as claimed in claim 19, is characterized in that, this first section is connected the two ends of this second section with the 3rd section with flexible mode of texturing.

21. electronic installation as claimed in claim 19, is characterized in that, this housing has at least one draw-in groove, and this open end of this first section and the 3rd section is sticked in respectively respective card slot.

22. electronic installation as claimed in claim 19, is characterized in that, vertical this second section of this first section essence, and vertical this second section of the 3rd section essence, this first section essence is parallel and be in reverse to the 3rd section.

23. electronic installation as claimed in claim 19, is characterized in that, this limiting section is a shaft-like elastic construction, a tabular elastic construction or an annular resilient structure.

24. electronic installation as claimed in claim 16, is characterized in that, this connector mechanism also comprises:

One coating member, this coating member has a hatch frame, and this coating member is arranged at this second of this pedestal, and this conducting part and this bridge part are arranged in this coating member, and this bridge part partly protrudes this coating member via this hatch frame.

25. electronic installation as claimed in claim 16, is characterized in that, the parts that this conducting part and this bridge part are formed in one, or the parts that are formed in one of this bridge part and this limiting section.

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