CN204464680U - A kind of bearing shell formula conduction clutch - Google Patents
A kind of bearing shell formula conduction clutch Download PDFInfo
- Publication number
- CN204464680U CN204464680U CN201520176996.1U CN201520176996U CN204464680U CN 204464680 U CN204464680 U CN 204464680U CN 201520176996 U CN201520176996 U CN 201520176996U CN 204464680 U CN204464680 U CN 204464680U
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- Prior art keywords
- conduction clutch
- clutch body
- conduction
- female
- ring flange
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Abstract
The utility model discloses a kind of bearing shell formula conduction clutch, it is made up of jointly electronic conduction clutch body and female conduction clutch body; Wherein electronic conduction clutch body comprises gim peg, push mode conduction clutch-plate projection, electronic conduction clutch body ring flange, back-moving spring, spring pedestal and cable; Female conduction clutch body comprises sucked type conductive contact surfaces groove, gim peg groove, base push mode conduction clutch-plate projection installing hole, electric lead, female conduction clutch body ring flange and base.Setting is connected with the effective of each parts in female conduction clutch body by electronic conduction clutch body, effectively solve conduction clutch manufacturing cost high, conduct electricity in production process that clutch-plate is hot, ablation is serious, useful life, short and later stage electric conductivity declined rapidly, affect the problem of equipment even running, expand the scope of application further, extend useful life.
Description
Technical field
The utility model relates to a kind of field of industrial production mesohigh transmitting transformer, storage battery forklift, row hang, the equipment such as power shovel, particularly relates to a kind of bearing shell formula conduction clutch, belongs to industry manufacture field.
Background technology
At present, at automobile, high voltage power transmission transformer, storage battery forklift, row hangs, during the equipment such as power shovel etc. are manufactured, the bearing shell formula conduction clutch used, electric current passes to electronic conduction clutch-plate from its inner lead, primary and secondary conducted electricity clutch-plate adhesive by machine driving, realize circuit communication and the transmitting torque effect of whole equipment, the clutch that wherein conducts electricity is the critical component of electric current conduction, also be the weakest link of conductive path, the performance of conduction clutch directly affects equipment even running, conduction clutch adopts chromium silver alloy as liner electric conducting material usually, chromium silver alloy is inlayed to conduction clutch-plate substrate, chromium silver alloy is expensive, hardness is low, friction uses serious wear, so that conduction clutch-plate is low for useful life, manufacturing cost is high, easily occur that contact-making surface is struck sparks after the wearing and tearing of conduction clutch-plate, burn conduction main shaft, easily causes production accident, affects enterprise and steadily produce.
Summary of the invention
High in order to solve conduction clutch manufacturing cost, conduct electricity in production process that clutch-plate is hot, ablation is serious, useful life, short and later stage electric conductivity declined rapidly, affect the defects such as equipment even running, the utility model provides a kind of bearing shell formula conduction clutch, solves conduction clutch the problems referred to above well.
The technical scheme that the utility model adopts is as follows:
A kind of bearing shell formula conduction clutch, is made up of jointly electronic conduction clutch body and female conduction clutch body;
Electronic conduction clutch body comprises gim peg, push mode conduction clutch-plate projection, electronic conduction clutch body ring flange, back-moving spring, spring pedestal and cable; Wherein push mode conduction clutch-plate projection, electronic conduction clutch body ring flange, back-moving spring, spring pedestal is coaxially arranged, electronic conduction clutch body ring flange and spring pedestal are separately positioned on the two ends of electronic conduction clutch body, back-moving spring is arranged between electronic conduction clutch body ring flange and spring pedestal, push mode conduction clutch-plate projection and gim peg are juxtaposed on outside electronic conduction clutch body ring flange, cable one end is arranged on push mode conduction clutch-plate projection, passes after running through electronic conduction clutch body from spring pedestal;
Female conduction clutch body comprises sucked type conductive contact surfaces groove, gim peg groove, base push mode conduction clutch-plate projection installing hole, electric lead, female conduction clutch body ring flange and base, wherein base and female conduction clutch body ring flange are arranged at female conduction clutch body two ends respectively, sucked type conductive contact surfaces groove is arranged on female conduction clutch body ring flange, and coaxially arrange with female conduction clutch body ring flange and base, gim peg groove to be arranged at outside female conduction clutch body ring flange and corresponding with gim peg position, base push mode conduction clutch-plate projection installing hole is arranged at chassis outer side, electric lead is arranged on base, pass from sucked type conductive contact surfaces groove after running through whole mother's conduction clutch body, electronic conduction clutch body is realized being connected with the docking of gim peg groove by gim peg with sucked type conductive contact surfaces groove by push mode conduction clutch-plate projection with female conduction clutch body.
Described bearing shell formula conduction clutch, push mode conduction clutch-plate projection diameter is less than the diameter of electronic conduction clutch body ring flange, and the two is coaxially arranged.
Described bearing shell formula conduction clutch, sucked type conductive contact surfaces groove internal diameter is less than the diameter of female conduction clutch body ring flange, and the two is coaxially arranged.
Described bearing shell formula conduction clutch, electronic conduction clutch body try hard to recommend outside dynamic under make electronic conduction clutch body conduct electricity the combination of clutch-plate projection by sucked type conductive contact surfaces groove and push mode realize being connected with female clutch body that conducts electricity by spring pedestal.
Described bearing shell formula conduction clutch, electronic conduction clutch body can after external force be removed, and the clutch body that conducts electricity with mother under action of reset spring is separated.
Described bearing shell formula conduction clutch, in electronic conduction clutch body, cable presents right-angled intersection arrangement with formed symmetrical separately with electric lead in female conduction clutch body.
Described bearing shell formula conduction clutch, after electronic conduction clutch body and female conduction clutch body combine, cable is connected with electric lead.
Described bearing shell formula conduction clutch, push mode conduction clutch-plate projection reaches HRB:60-66, conductance >=70% with the hardness of female sucked type conductive contact surfaces groove conducting electricity clutch body; Like this and significantly reduce conduction clutch-plate friction temperature, improve electric conductivity.
The beneficial effect of the utility model patent is: electronic conduction clutch-plate is set to integral pushing formula projection circular configuration, simplifies processing technology, the effect operation thickness of clutch-plate increases greatly, and useful life extends; The utility model adopts copper base and aramid yarn composite material as fricting working surface, comparatively chromium silver alloy (CdAg
32) significantly reduce as conduction clutch-plate electric conducting material manufacturing cost, effectively reduce conduction clutch-plate working temperature, improve conduction clutch-plate electric conductivity, the stability in use of lifting means greatly.
Accompanying drawing explanation
Fig. 1 is electronic conduction clutch body schematic diagram in embodiment 1;
Fig. 2 is the axle construction schematic diagram such as electronic conduction clutch body in embodiment 1;
Fig. 3 is female conduction clutch body structure schematic diagram in embodiment 1;
Fig. 4 is female axle construction schematic diagrames such as clutch body that conduct electricity in embodiment 1;
Fig. 5 is that in embodiment 1, electronic conduction clutch body assembles schematic diagram with female clutch body that conducts electricity;
In above Fig. 1-Fig. 5,1 is electronic conduction clutch body, and 1-1 is gim peg, 1-2 is push mode conduction clutch-plate projection, and 1-3 is electronic conduction clutch body ring flange, and 1-4 is back-moving spring, 1-5 is spring pedestal, and 1-6 is cable, and 2 is female conduction clutch body, 2-1 is sucked type conductive contact surfaces groove, 2-2 is gim peg groove, and 2-3 is base conduction clutch-plate installing hole, and 2-4 is electric lead, 2-5 is female conduction clutch body ring flange, and 2-6 is base.
embodiment:
Embodiment 1
Below in conjunction with accompanying drawing, the bearing shell formula conduction arrangement of clutch that the utility model provides is further described.
As shown in Figure 1, be electronic conduction clutch body schematic diagram, Fig. 2 is the axle construction schematic diagrames such as electronic conduction clutch body, can find out, electronic conduction clutch body comprises gim peg 1-1, push mode conduction clutch-plate projection 1-2, electronic conduction clutch body ring flange 1-3, back-moving spring 1-4, spring pedestal 1-5 and cable 1-6, wherein push mode conduction clutch-plate projection 1-2, electronic conduction clutch body ring flange 1-3, back-moving spring 1-4, spring pedestal 1-5 is coaxially arranged, electronic conduction clutch body ring flange 1-3 and spring pedestal 1-5 is separately positioned on the two ends of electronic conduction clutch body, back-moving spring 1-4 is arranged between electronic conduction clutch body ring flange 1-3 and spring pedestal 1-5, push mode conduction clutch-plate projection 1-2 and gim peg 1-1 is juxtaposed on outside electronic conduction clutch body ring flange 1-3, cable 1-6 one end is connected on electronic conduction clutch body ring flange 1-3, pass from spring pedestal 1-5 after running through electronic conduction clutch body 1.
Fig. 3 is female conduction clutch body structure schematic diagram, Fig. 4 is the axle construction schematic diagrames such as female conduction clutch body, can find out, female conduction clutch body 2 comprises sucked type conductive contact surfaces groove 2-1, gim peg groove 2-2, base push mode conduction clutch-plate projection installing hole 2-3, electric lead 2-4, female conduction clutch body ring flange 2-5 and base 2-6, wherein base 2-6 and female conduction clutch body ring flange 2-5 is arranged at female conduction clutch body 2 two ends respectively, sucked type conductive contact surfaces groove 2-1 is arranged on female conduction clutch body ring flange 2-5, and coaxially arrange with female conduction clutch body ring flange 2-5 and base 2-6, gim peg groove 2-2 to be arranged at outside female conduction clutch body ring flange 2-5 and corresponding with gim peg 1-1 position, base push mode conduction clutch-plate projection 1-2 installing hole 2-3 is arranged at outside base 2-6, electric lead 2-4 is arranged on base 2-6, pass from sucked type conductive contact surfaces groove 2-1 after running through whole mother's conduction clutch body 2.
Fig. 5 is that electronic conduction clutch body assembles schematic diagram with female clutch body that conducts electricity, can find out, electronic conduction clutch body 1 can make electronic conduction clutch body 1 and female clutch body 2 that conducts electricity realize being connected along being conducted electricity the combination of clutch-plate projection 1-2 by sucked type conductive contact surfaces groove 2-1 and push mode under external force.After electronic conduction clutch body 1 and female conduction clutch body 2 combine, cable 1-6 is connected with electric lead 2-4, circuit ON, and corresponding device brings into operation.After external force is removed, under back-moving spring 1-4 effect, electronic conduction clutch body 1 can conduct electricity clutch body 2 with mother and is separated, and electric current disconnection, makes corresponding device out of service.
In the present embodiment, push mode conduction clutch-plate projection 1-2 diameter is less than the diameter of electronic conduction clutch body ring flange 1-3, and the two is coaxially arranged; Sucked type conductive contact surfaces groove 2-1 internal diameter is less than the diameter of female conduction clutch body ring flange 2-5, and the two is coaxially arranged.
In order to reduce friction temperature, improve conductivity, the hardness of push mode conduction clutch-plate projection 1-2 and sucked type conductive contact surfaces groove 2-1 reaches HRB:60-66, conductance >=70%.In electronic conduction clutch body 1, cable 1-6 presents right-angled intersection arrangement with formed symmetrical separately with electric lead 2-4 in female conduction clutch body 2.
The parts be directly associated with conduction machine in the equipment conduction drive systems such as conduction clutch is high voltage power transmission transformer, storage battery forklift, row hang, power shovel, it is responsible for cut-out and the combination of electric power transfer and dynamic transfer system, so can ensure that conducting transmission equipment steadily combines, prevent the overload of conducting transmission system.
The conduction clutch that the utility model provides is that an electric conductor cuts off and combining mechanism has power transmission effect concurrently simultaneously, it is made up of active part electronic conduction clutch body 1 and follower denominator conduction clutch body 2, first electronic conduction clutch body 1 is controlled during work, outside it under hold-down mechanism effect, promoting spring pedestal 1-5 impels electronic conduction clutch body 1 and sucked type conductive contact surfaces groove 2-1 to combine closely along main shaft, namely push mode conduction clutch-plate projection 1-2 and sucked type conductive contact surfaces groove 2-1 combines under the effect of spring and pressing plate, form bonding state, cable 1-6 is connected with electric lead 2-4, supply of electric power now from conduction machine is sent in load equipment, meanwhile two-partly slowly to combine, contact friction can be relied between active part and secondary part to carry out transmitting torque, and transmit power in useful load equipment.
When needs conduction clutch body is separated, control conduction clutch linkage, originally the pressure acted on push mode conduction clutch-plate projection 1-2 is removed, under back-moving spring 1-4 effect, push mode conduction clutch-plate projection 1-2 and sucked type conductive contact surfaces groove 2-1 becomes separated position from bonding state, and electric power transfer and transmission of power are cut off.
Conduction clutch in use, clutch plate-sucked type conductive contact surfaces groove can be thinning because of wearing and tearing, free clearance is diminished, finally can affect the normal engagement of conduction clutch, need after a period of time to adjust suitable free clearance so conduction clutch uses.
Claims (8)
1. a bearing shell formula conduction clutch, is characterized in that, is jointly made up of electronic conduction clutch body (1) and female conduction clutch body (2), wherein electronic conduction clutch body (1) comprises gim peg (1-1), push mode conduction clutch-plate projection (1-2), electronic conduction clutch body ring flange (1-3), back-moving spring (1-4), spring pedestal (1-5) and cable (1-6), wherein push mode conduction clutch-plate projection (1-2), electronic conduction clutch body ring flange (1-3), back-moving spring (1-4), spring pedestal (1-5) is coaxially arranged, electronic conduction clutch body ring flange (1-3) and spring pedestal (1-5) are separately positioned on the two ends of electronic conduction clutch body (1), back-moving spring (1-4) is arranged between electronic conduction clutch body ring flange (1-3) and spring pedestal (1-5), push mode conduction clutch-plate projection (1-2) and gim peg (1-1) are juxtaposed on electronic conduction clutch body ring flange (1-3) outside, cable (1-6) one end is arranged in push mode conduction clutch-plate projection (1-2), pass from spring pedestal (1-5) after running through electronic conduction clutch body (1), female conduction clutch body (2) comprises sucked type conductive contact surfaces groove (2-1), gim peg groove (2-2), base push mode conduction clutch-plate projection installing hole (2-3), electric lead (2-4), female conduction clutch body ring flange (2-5) and base (2-6), wherein base (2-6) and female conduction clutch body ring flange (2-5) are arranged at female conduction clutch body (2) two ends respectively, sucked type conductive contact surfaces groove (2-1) is arranged on female conduction clutch body ring flange (2-5), and coaxially arrange with female conduction clutch body ring flange (2-5) and base (2-6), gim peg groove (2-2) is arranged at female conduction clutch body ring flange (2-5) outside and corresponding with gim peg (1-1) position, base push mode conduction clutch-plate projection (1-2) installing hole (2-3) is arranged at base (2-6) outside, electric lead (2-4) is arranged on base (2-6), pass from sucked type conductive contact surfaces groove (2-1) after running through whole mother's conduction clutch body (2), electronic conduction clutch body (1) is realized being connected with the docking of gim peg groove (2-2) by gim peg (1-1) with sucked type conductive contact surfaces groove (2-1) by push mode conduction clutch-plate projection (1-2) with female conduction clutch body (2).
2. bearing shell formula conduction clutch according to claim 1, is characterized in that, push mode conduction clutch-plate projection (1-2) diameter is less than the diameter of electronic conduction clutch body ring flange (1-3), and the two is coaxially arranged.
3. bearing shell formula conduction clutch according to claim 1, it is characterized in that, sucked type conductive contact surfaces groove (2-1) internal diameter is less than the diameter of female conduction clutch body ring flange (2-5), and the two is coaxially arranged.
4. bearing shell formula conduction clutch according to claim 1, it is characterized in that, electronic conduction clutch body (1) try hard to recommend outside dynamic under make electronic conduction clutch body (1) conduct electricity the combination of clutch-plate projection (1-2) by sucked type conductive contact surfaces groove (2-1) and push mode realize being connected with female clutch body (2) that conducts electricity by spring pedestal (1-5).
5. bearing shell formula conduction clutch according to claim 4, is characterized in that, electronic conduction clutch body (1) can after external force be removed, and the clutch body (2) that conducts electricity with mother under back-moving spring (1-4) effect is separated.
6. bearing shell formula conduction clutch according to claim 1, is characterized in that, in electronic conduction clutch body (1), cable (1-6) and the middle electric lead (2-4) of female conduction clutch body (2) present right-angled intersection arrangement with formed symmetrical separately.
7. bearing shell formula conduction clutch according to claim 4, is characterized in that, after electronic conduction clutch body (1) and female conduction clutch body (2) combine, cable (1-6) is connected with electric lead (2-4).
8. bearing shell formula according to claim 1 conduction clutch, is characterized in that, push mode conduction clutch-plate projection (1-2) reaches HRB:60-66, conductance >=70% with the hardness of female sucked type conductive contact surfaces groove (2-1) conducting electricity clutch body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520176996.1U CN204464680U (en) | 2015-03-26 | 2015-03-26 | A kind of bearing shell formula conduction clutch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520176996.1U CN204464680U (en) | 2015-03-26 | 2015-03-26 | A kind of bearing shell formula conduction clutch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204464680U true CN204464680U (en) | 2015-07-08 |
Family
ID=53671509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520176996.1U Expired - Fee Related CN204464680U (en) | 2015-03-26 | 2015-03-26 | A kind of bearing shell formula conduction clutch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204464680U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104767086A (en) * | 2015-03-26 | 2015-07-08 | 徐州工程学院 | Bearing bush type conductive clutch |
-
2015
- 2015-03-26 CN CN201520176996.1U patent/CN204464680U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104767086A (en) * | 2015-03-26 | 2015-07-08 | 徐州工程学院 | Bearing bush type conductive clutch |
| CN104767086B (en) * | 2015-03-26 | 2017-01-11 | 徐州工程学院 | Bearing bush type conductive clutch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20170326 |