CN105805149A - Power transmission connection rod with conductive ring structure - Google Patents
Power transmission connection rod with conductive ring structure Download PDFInfo
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- CN105805149A CN105805149A CN201610293841.5A CN201610293841A CN105805149A CN 105805149 A CN105805149 A CN 105805149A CN 201610293841 A CN201610293841 A CN 201610293841A CN 105805149 A CN105805149 A CN 105805149A
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- conductive
- conducting ring
- conductive path
- connecting rod
- major part
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16C—SHAFTS; FLEXIBLE SHAFTS; ELEMENTS OR CRANKSHAFT MECHANISMS; ROTARY BODIES OTHER THAN GEARING ELEMENTS; BEARINGS
- F16C7/00—Connecting-rods or like links pivoted at both ends; Construction of connecting-rod heads
- F16C7/02—Constructions of connecting-rods with constant length
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R39/00—Rotary current collectors, distributors or interrupters
- H01R39/02—Details for dynamo electric machines
- H01R39/08—Slip-rings
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Non-Insulated Conductors (AREA)
- Electroplating Methods And Accessories (AREA)
Abstract
The invention discloses a power transmission connection rod with a conductive ring structure. Electricity is led to the upper end of the connection rod through reasonable cooperation of the connection rod and a crankshaft and is supplied to a power device or an electric signal is transmitted so that a part on the upper portion of the connection rod can be controlled. According to the basic principle of the power transmission connection rod, the connection rod is directly provided with grooves; an insulating layer is laid on each groove; and conductive materials are laid on the whole insulating layers to serve as conductive layers. The conductive layers and connection rod metal are isolated through insulating materials, and the conductive layers can play the role of a wire. The large end of the connection rod is made into a step shape; a protruding portion guarantees tight assembly with the crankshaft; and a concave portion is a reserved position for a conductive device on the crankshaft. The basic structure of the conductive connection rod comprises a large-end conductive ring, the conductive groove and the small-end conductive groove. In the work process, the large-end conductive ring makes contact with the conductive device on the crankshaft so that electricity can be transmitted to the large-end conductive ring and then is transmitted to the conductive groove and the small-end conductive groove, and finally the electricity is transmitted to the upper portion of the connection rod. Four arrangement schemes exist according to different requirements.
Description
Technical field
The present invention designs the linkage component of a kind of vehicular engine, particularly a kind of have conductive ring structure can transmit electricity connecting rod.
Background technology
If in the internally installed electrical equipment of engine piston, such as move up and down by driven by motor piston cap, change the compression ratio of electromotor with this, it is possible to achieve electromotor Ratios.Link design is become conductive structure by the present invention exactly, electricity is guided to connecting rod top, powers for electrical equipment, additionally, the present invention can be used to conduct, that the signal of telecommunication realizes electrical equipments such as motors in cylinder is automatically controlled.
Summary of the invention
Engine crankshaft connecting rod is operationally high-speed rotation, cannot either directly through directly arranging that wire is powered to motor, link design is become conductive structure by the present invention exactly, the function of wire is replaced with connecting rod, bent axle is coordinated to use, realizing importing on the piston of cylinder interior by electricity, concrete invention includes 4 kinds of frame modes, to meet different demands.
For reaching above-mentioned purpose, the technical solution used in the present invention is:
A kind of have conductive ring structure and can transmit the connecting rod of electricity, and the described transmission bar that is electrically connected includes small end of connecting rod conducting ring, conductive trough, major part conducting ring.In order to coordinate with bent axle, connecting rod is made ladder connecting rod and is included convex surface and concave surface and need one side wall scroll, two-sided wall scroll according to different, one side is a plurality of, four kinds of arrangements of two-sided pair of bar: but the major part conducting ring of all schemes, conductive trough, the ultimate principle of microcephaly's conductive trough is identical, this ultimate principle for directly to slot on connecting rod, spreading insulating barrier in groove, then spread conductive layer on the insulating layer, conductive layer does not contact with connecting rod metal, avoiding short circuit, conductive layer just can play the effect of wire；All of arrangement is not only suitable for major part unitary link, is also applied for major part separate type connecting rod.
Ladder connecting rod includes convex surface and concave surface, and convex surface and bent axle realize closely cooperating, and concave surface is the electric installation reserved location on bent axle, and on concave surface, fluting forms conducting ring.Ladder linkage arrangement mode includes unitary link and major part separate type connecting rod.
One side wall scroll conductive path arrangement, including small end of connecting rod conducting ring, conductive trough, major part conducting ring, microcephaly's conducting ring and major part conducting ring are all circulus, conductive trough is list structure, microcephaly's conducting ring and small end of connecting rod concentric, major part conducting ring and big end concentric, conductive trough is symmetrical about the connecting rod plane of symmetry, and conductive trough connects with microcephaly's conducting ring and major part conducting ring.
Two-sided wall scroll conductive path arrangement, including two-sided wall scroll conductive path 1 microcephaly's conducting ring, two-sided wall scroll conductive path 1 conductive trough, two-sided wall scroll conductive path 1 major part conducting ring 1,
Two-sided wall scroll conductive path 2 microcephaly's conducting ring, two-sided wall scroll conductive path 2 conductive trough, two-sided wall scroll conductive path 2 major part conducting ring；Arrangement and the structure of every one side are all identical with one side wall scroll conductive path.
The a plurality of conductive path arrangement of one side, illustrate for two conductive paths, including one side a plurality of conductive path 1 microcephaly's conducting ring, one side a plurality of conductive path 1 conductive channel, one side a plurality of conductive path 1 conductive trough, one side a plurality of conductive path 1 major part conducting ring, one side a plurality of conductive path 2 microcephaly's conducting ring, one side a plurality of conductive path 2 conductive trough, a plurality of conductive path 2 major part conducting ring of one side；Wherein the big end conducting ring of conducting ring conductive path 1,2 and microcephaly's conducting ring are all circulus, and conductive trough is all list structure, and conductive channel is tunnel, a right angle；One side a plurality of conductive path 1 microcephaly's conducting ring is concentric with small end of connecting rod with one side a plurality of conductive path 2 microcephaly's conducting ring, one side a plurality of conductive path 1 major part conducting ring and a plurality of conductive path 2 major part conducting ring of one side and big end concentric, one side a plurality of conductive path 1 conductive trough and one side a plurality of conductive path 2 conductive trough are arranged symmetrically with about the connecting rod plane of symmetry；nullOne side a plurality of conductive path 1 microcephaly's conducting ring is in the inner side of a plurality of conductive path 2 microcephaly's conducting ring of one side，One side a plurality of conductive path 1 major part conducting ring is in the inner side of a plurality of conductive path 2 major part conducting ring of one side，One side a plurality of conductive path 1 conductive trough and one side a plurality of conductive path 2 conductive trough are arranged symmetrically with about the connecting rod plane of symmetry，Conductive trough is arranged symmetrically with about the connecting rod plane of symmetry and connects with a plurality of conductive path 2 major part conducting ring of one side a plurality of conductive path 2 microcephaly's conducting ring and one side，But one side a plurality of conductive path 1 conductive trough is slightly shorter than one side a plurality of conductive path 2 conductive trough，Do not connect with a plurality of conductive path 2 major part conducting ring of one side a plurality of conductive path 2 microcephaly's conducting ring and one side，Connected with a plurality of conductive path 1 major part conducting ring of one side a plurality of conductive path 1 microcephaly's conducting ring and one side by one side a plurality of conductive path 1 conductive channel；Near the punching of small end of connecting rod position on one side a plurality of conductive path 1 conductive trough centrosymmetry face, hole depth is one side a plurality of conductive path 1 microcephaly's conducting ring conductive layer center circle one side a plurality of conductive path 1 conductive trough plane of symmetry intersection point to punching center of circle beeline, then on one side a plurality of conductive path 1 microcephaly's conducting ring, punching and home position are one side a plurality of conductive path 1 microcephaly's conducting ring conductive layer center circle one side a plurality of conductive path 1 conductive trough plane of symmetry intersection point again, hole depth be on one side a plurality of conductive path 1 conductive trough the center of circle in hole to the distance of small end of connecting rod end face, a layer insulating is smeared in the tunnel accomplished fluently, then conductive material is reinjected, the one side a plurality of conductive path 1 conductive channel arrangement of big end is identical；When the conductive path arranged is more than two, all of small end of connecting rod conducting ring all with small end of connecting rod concentric, all of big end conducting ring is all concentric with big end, major part conducting ring and microcephaly's conducting ring are all be all connected by conductive channel by conductive trough at the arrangement of the conductive path of interior survey with path 1 similar conductivity groove and major part conducting ring and microcephaly's conducting ring, and the arrangement of the conductive channel of every conductive path is identical with one side a plurality of conductive path 1 conductive channel；Major part conducting ring and microcephaly's conducting ring are identical at outermost conductive path and one side a plurality of conductive path 2 arrangement, and the conductive trough of this path directly connects with major part conducting ring and microcephaly's conducting ring of this path.
The a plurality of conductive path arrangement of multiaspect, the arrangement of connecting rod both ends of the surface C and D is identical with one side a plurality of conductive path arrangement respectively.
Compared with currently available technology, beneficial effects of the present invention is embodied in:
1. when the invention solves bent axle with crank high speed rotating, wire cannot by a difficult problem for fax to engine interior.
2. the present invention is directly arranged on connecting rod, it is not necessary to add external device (ED), reliable operation again.
3. the present invention can power for the electrical equipment of engine interior and conduct the signal of telecommunication and realize the control to engine interior electrical equipment.
Accompanying drawing explanation
Fig. 1 is that the transmission with conductive ring structure of the present invention is electrically connected bar basic structure schematic diagram.
Fig. 2 is the link body structure explanation figure of the connecting rod of the transmission electricity with conductive ring structure of the present invention.
Fig. 3 is the front view of the integral arrangement scheme of the connecting rod one side wall scroll conductive path of the transmission electricity with conductive ring structure of the present invention.
Fig. 4 is the partial enlarged drawing of the big end conducting ring of Fig. 3.
Fig. 5 is the left view of the integral arrangement scheme of the connecting rod one side wall scroll conductive path of the transmission electricity with conductive ring structure of the present invention.
Fig. 6 is the left view of the integral arrangement scheme of the two-sided wall scroll conductive path of connecting rod with conductive ring structure transmission electricity of the present invention.
Fig. 7 is the front view of the integral arrangement scheme of a plurality of conductive path of connecting rod one side of the transmission electricity with conductive ring structure of the present invention.
Fig. 8 is the partial enlarged drawing of Fig. 7 small end of connecting rod conducting ring.
Fig. 9 is the left view of the integral arrangement scheme of a plurality of conductive path of connecting rod one side of the transmission electricity with conductive ring structure of the present invention.
Figure 10 is the partial enlarged drawing of Fig. 9 small end of connecting rod conducting ring.
Figure 11 is the left view that the present invention has the integral arrangement scheme of the two-sided a plurality of conductive path of connecting rod of the transmission electricity of conductive ring structure.
In figure: 1. conductive layer；2. insulating barrier；3. connecting rod metal；4. connecting rod convex surface；5. connecting rod concave surface；6. one side wall scroll conductive path microcephaly's conducting ring；7. one side wall scroll conductive path conductive trough；8. one side wall scroll conductive path major part conducting ring；9. two-sided wall scroll conductive path 1 microcephaly's conducting ring；10. two-sided wall scroll conductive path 1 conductive trough；11. two-sided wall scroll conductive path 1 major part conducting ring；12. two-sided wall scroll conductive path 2 microcephaly's conducting ring；13. two-sided wall scroll conductive path 2 conductive trough；14. two-sided wall scroll conductive path 2 major part conducting ring；15. a plurality of conductive path 1 microcephaly's conducting ring of one side；16. one side a plurality of conductive path 1 conductive channel；17. one side a plurality of conductive path 1 conductive trough；18. a plurality of conductive path 1 major part conducting ring of one side；19. a plurality of conductive path 2 microcephaly's conducting ring of one side；20. one side a plurality of conductive path 2 conductive trough；21. a plurality of conductive path 2 major part conducting ring of one side；
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further illustrated:
The connecting rod of a kind of transmission electricity with conductive ring structure of the present invention, including small end of connecting rod conducting ring, conductive trough, major part conducting ring.In order to coordinate with bent axle, connecting rod is made ladder connecting rod and is included convex surface 4 and concave surface 5 and need one side wall scroll, two-sided wall scroll according to different, one side is a plurality of, four kinds of arrangements of two-sided pair of bar: but the major part conducting ring of all schemes, conductive trough, the ultimate principle of microcephaly's conductive trough is identical.
Consult the ultimate principle that Fig. 1 is the present invention, connecting rod is directly slotted, in groove, then spread the insulating barrier of cross section such as 2, then spread conductive material on the insulating layer as conductive layer 1.Such conductive material 1 cannot contact with the metal level 3 on connecting rod, it is to avoid short circuit.Conductive layer just serves the effect of wire.
Consult Fig. 2, connecting rod is ladder connecting rod, exceed partly as convex surface 4, fall in partly as concave surface 5, convex surface 4 is in close contact when mounted with the crank on bent axle, ensureing that connecting rod is installed reliable, 5 parts fallen in are in order to the electric installation reserved location on bent axle, electric current is passed to big end conducting ring by the electric installation on bent axle.
Consult the connecting rod one side wall scroll conductive path arrangement that Fig. 3 Fig. 4 Fig. 5 is a kind of transmission electricity with conductive ring structure of the present invention.Microcephaly's conducting ring 6 and major part conducting ring 8 are all circulus, conductive trough is list structure, microcephaly's conducting ring 6 and small end of connecting rod concentric, major part conducting ring 8 and big end concentric, conductive trough 7 is symmetrical about the connecting rod plane of symmetry, and conductive trough 7 connects with microcephaly's conducting ring 6 and major part conducting ring 8.In connecting rod side, shown in Fig. 5, grooving is arranged.Major part conducting ring 8 contacts with the electric installation on bent axle, and electric current just passes on major part conducting ring 8, passes on microcephaly's conducting ring 6 again through conductive trough 7, just by fax to small end.Big end conducting ring 8 and big end concentric, small end of connecting rod carbocyclic ring and small end of connecting rod concentric, conductive trough 7 is symmetrical about the connecting rod plane of symmetry.
Consult the two-sided wall scroll conductive path arrangement described in connecting rod two-sided wall scroll conductive path arrangement of Fig. 6 a kind of transmission electricity with conductive ring structure of the present invention, arrangement and the arrangement works process of every one side are all identical with one side wall scroll conductive path, the conductive path 1 of end face includes conductive path 1 small end of connecting rod conducting ring 9, conductive path 1 conductive trough 10, conductive path 1 major part conducting ring 11；Other end conductive path 2 includes conductive path 2 small end of connecting rod conducting ring 12, conductive path 2 conductive trough 13, conductive path 2 major part conductive trough 14.
5. consult a plurality of conductive path arrangement of connecting rod one side that Fig. 7 Fig. 8 Fig. 9 Figure 10 is a kind of transmission electricity with conductive ring structure of the present invention, illustrate for two conductive paths, conducting ring 15,17,19,21 is all circulus, conductive trough 17,18 is all list structure, and conductive channel 16 is tunnel, a right angle；One side a plurality of conductive path 1 microcephaly's conducting ring 15 is concentric with small end of connecting rod with one side a plurality of conductive path 2 microcephaly's conducting ring 19, one side a plurality of conductive path 1 major part conducting ring 18 and a plurality of conductive path 2 major part conducting ring 21 of one side and big end concentric, one side a plurality of conductive path 1 conductive trough 17 and one side a plurality of conductive path 2 conductive trough 20 are arranged symmetrically with about the connecting rod plane of symmetry；nullOne side a plurality of conductive path 1 microcephaly's conducting ring 15 is in the inner side of a plurality of conductive path 2 microcephaly's conducting ring 19 of one side，One side a plurality of conductive path 1 major part conducting ring 18 is in the inner side of a plurality of conductive path 2 major part conducting ring 21 of one side，One side a plurality of conductive path 1 conductive trough 17 and one side a plurality of conductive path 2 conductive trough 20 are arranged symmetrically with about the connecting rod plane of symmetry，Conductive trough 20 is arranged symmetrically with about the connecting rod plane of symmetry and connects with a plurality of conductive path 2 major part conducting ring 21 of one side a plurality of conductive path 2 microcephaly's conducting ring 19 and one side，But one side a plurality of conductive path 1 conductive trough 17 is slightly shorter than one side a plurality of conductive path 2 conductive trough 20，Do not connect with a plurality of conductive path 2 major part conducting ring 21 of one side a plurality of conductive path 2 microcephaly's conducting ring 19 and one side，Connected with a plurality of conductive path 1 major part conducting ring 18 of one side a plurality of conductive path 1 microcephaly's conducting ring 15 and one side by one side a plurality of conductive path 1 conductive channel 16；Near the punching of small end of connecting rod position on one side a plurality of conductive path 1 conductive trough 17 centrosymmetry face, hole depth is one side a plurality of conductive path 1 microcephaly's conducting ring 15 conductive layer center circle one side a plurality of conductive path 1 conductive trough 17 plane of symmetry intersection point to punching center of circle beeline, then on one side a plurality of conductive path 1 microcephaly's conducting ring 15, punching and home position are one side a plurality of conductive path 1 microcephaly's conducting ring 15 conductive layer center circle one side a plurality of conductive path 1 conductive trough 17 plane of symmetry intersection point again, hole depth be on one side a plurality of conductive path 1 conductive trough 17 center of circle in hole to the distance of small end of connecting rod end face, a layer insulating is smeared in the tunnel accomplished fluently, then conductive material is reinjected.The a plurality of conductive path 1 major part conducting ring 18 of one side passes on the conductive trough 17 of 1 path with the electric installation 1 path major part conducting ring 18 on bent axle again through 1 path conductive channel 16, and 1 path conductive trough 17 passes on microcephaly's conducting ring 15 of 1 wire again through 1 path conductive channel 16.The conductive trough 20 of 2 paths directly contacts with small end of connecting rod conducting ring 19 with 2 path major part conducting rings 21.The major part conducting ring 21 of 2 wires contacts with the electric installation on bent axle.After electric current passes to the major part conducting ring of 2 wires, 21 pass to 2 paths by 2 path conductive troughs 20 and pass to 2 path microcephaly's conducting rings 19, thus passing to small end.When the conductive path arranged is more than two, all of small end of connecting rod conducting ring all with small end of connecting rod concentric, all of big end conducting ring is all concentric with big end, major part conducting ring and microcephaly's conducting ring are all be all connected by conductive channel by conductive trough at the arrangement of the conductive path of interior survey with path 1 similar conductivity groove and major part conducting ring and microcephaly's conducting ring, the arrangement of the conductive channel of every conductive path is identical with one side a plurality of conductive path 1 conductive channel 16, and work process is identical with path 1；Major part conducting ring and microcephaly's conducting ring are identical at outermost conductive path and one side a plurality of conductive path 2 arrangement, the conductive trough of this path directly connects with major part conducting ring and microcephaly's conducting ring of this path, and work process is identical with the work process of path 2.
Consulting Fig. 6 is a kind of a plurality of conductive path arrangement of connecting rod multiaspect with conductive ring structure transmission electricity of the present invention, and the arrangement of connecting rod both ends of the surface C and D is identical with one side a plurality of conductive path arrangement respectively.
The principle of the connecting rod with conductive ring structure transmission electricity is: directly slot on connecting rod, in groove, spread a layer insulating, then conductive material layer is covered on insulating barrier, as conductive layer, conductive layer will not contact with connecting rod, and such conductive layer just can play the effect of wire.Can arrange according to practical situation fluting.
Claims (6)
1. a connecting rod with conductive ring structure transmission electricity, it is characterized in that, described conductive link includes small end of connecting rod conducting ring, conductive trough, major part conducting ring, in order to coordinate with bent axle, connecting rod is made ladder connecting rod and is included convex surface (4) and concave surface (5) needs one side wall scroll according to different, two-sided wall scroll, one side is a plurality of, four kinds of arrangements of two-sided pair of bar: but the major part conducting ring of all schemes, conductive trough, the ultimate principle of microcephaly's conductive trough is identical, this ultimate principle for directly to slot on connecting rod, insulating barrier (2) is spread in groove, spread conductive layer (1) more on the insulating layer, conductive layer (1) does not contact with connecting rod metal (3), avoid short circuit, conductive layer just can play the effect of wire；All of arrangement is not only suitable for major part unitary link, is also applied for major part separate type connecting rod.
2. a kind of bar linkage structure with conductive ring structure transmission electricity described in right 1, it is characterized in that described ladder connecting rod includes convex surface (4) and concave surface (5), convex surface (4) and bent axle realize closely cooperating, concave surface 5 is the electric installation reserved location on bent axle, on concave surface, fluting forms conducting ring, and ladder linkage arrangement mode includes unitary link and major part separate type connecting rod.
3. a kind of connecting rod with conductive ring structure transmission electricity described in right 1, it is characterized in that, described one side wall scroll conductive path arrangement, including small end of connecting rod conducting ring (6), conductive trough (7), major part conducting ring (8), microcephaly's conducting ring (6) and major part conducting ring (8) are all circulus, conductive trough is list structure, microcephaly's conducting ring (6) and small end of connecting rod concentric, major part conducting ring (8) and big end concentric, conductive trough (7) is symmetrical about the connecting rod plane of symmetry, conductive trough (7) connects with microcephaly's conducting ring (6) and major part conducting ring (8).
4. a kind of connecting rod with conductive ring structure transmission electricity described in right 1, it is characterized in that, described two-sided wall scroll conductive path arrangement, including two-sided wall scroll conductive path 1 microcephaly's conducting ring (9), two-sided wall scroll conductive path 1 conductive trough (10), two-sided wall scroll conductive path 1 major part conducting ring (11), two-sided wall scroll conductive path 2 microcephaly's conducting ring (12), two-sided wall scroll conductive path 2 conductive trough (13), two-sided wall scroll conductive path 2 major part conducting ring (14)；Arrangement and the structure of every one side are all identical with one side wall scroll conductive path.
5. according to a kind of connecting rod with conductive ring structure transmission electricity described in right 1, it is characterized in that, the a plurality of conductive path arrangement of described one side, illustrate for two conductive paths, including one side a plurality of conductive path 1 microcephaly's conducting ring (15), one side a plurality of conductive path 1 conductive channel (16), one side a plurality of conductive path 1 conductive trough (17), one side a plurality of conductive path 1 major part conducting ring (18), one side a plurality of conductive path 2 microcephaly's conducting ring (19), one side a plurality of conductive path 2 conductive trough (20), one side a plurality of conductive path 2 major part conducting ring (21)；Wherein conducting ring (15), (17), (19), (21) are all circulus, conductive trough (17), (18) are all list structure, and conductive channel (16) is tunnel, a right angle；One side a plurality of conductive path 1 microcephaly's conducting ring (15) is concentric with small end of connecting rod with one side a plurality of conductive path 2 microcephaly's conducting ring (19), one side a plurality of conductive path 1 major part conducting ring (18) and one side a plurality of conductive path 2 major part conducting ring (21) and big end concentric, one side a plurality of conductive path 1 conductive trough (17) and one side a plurality of conductive path 2 conductive trough (20) are arranged symmetrically with about the connecting rod plane of symmetry；nullOne side a plurality of conductive path 1 microcephaly's conducting ring (15) is in the inner side of one side a plurality of conductive path 2 microcephaly's conducting ring (19)，One side a plurality of conductive path 1 major part conducting ring (18) is in the inner side of one side a plurality of conductive path 2 major part conducting ring (21)，One side a plurality of conductive path 1 conductive trough (17) and one side a plurality of conductive path 2 conductive trough (20) are arranged symmetrically with about the connecting rod plane of symmetry，Conductive trough (20) is arranged symmetrically with about the connecting rod plane of symmetry and connects with one side a plurality of conductive path 2 microcephaly's conducting ring (19) and one side a plurality of conductive path 2 major part conducting ring (21)，But one side a plurality of conductive path 1 conductive trough (17) is slightly shorter than one side a plurality of conductive path 2 conductive trough (20)，Do not connect with one side a plurality of conductive path 2 microcephaly's conducting ring (19) and one side a plurality of conductive path 2 major part conducting ring (21)，Connected with one side a plurality of conductive path 1 microcephaly's conducting ring (15) and one side a plurality of conductive path 1 major part conducting ring (18) by one side a plurality of conductive path 1 conductive channel (16)；Near the punching of small end of connecting rod position on one side a plurality of conductive path 1 conductive trough (17) centrosymmetry face, hole depth is one side a plurality of conductive path 1 microcephaly's conducting ring (15) conductive layer center circle one side a plurality of conductive path 1 conductive trough (17) plane of symmetry intersection point to punching center of circle beeline, then on one side a plurality of conductive path 1 microcephaly's conducting ring (15), punching and home position are one side a plurality of conductive path 1 microcephaly's conducting ring (15) conductive layer center circle one side a plurality of conductive path 1 conductive trough (17) plane of symmetry intersection point again, hole depth is go up the center of circle distance to small end of connecting rod end face in hole at one side a plurality of conductive path 1 conductive trough (17), a layer insulating is smeared in the tunnel accomplished fluently, then conductive material is reinjected, one side a plurality of conductive path 1 conductive channel (16) arrangement of big end is identical；When the conductive path arranged is more than two, all of small end of connecting rod conducting ring all with small end of connecting rod concentric, all of big end conducting ring is all concentric with big end, major part conducting ring and microcephaly's conducting ring are all be all connected by conductive channel by conductive trough at the arrangement of the conductive path of interior survey with path 1 similar conductivity groove and major part conducting ring and microcephaly's conducting ring, and the arrangement of the conductive channel of every conductive path is identical with one side a plurality of conductive path 1 conductive channel (16)；Major part conducting ring and microcephaly's conducting ring are identical at outermost conductive path and one side a plurality of conductive path 2 arrangement, and the conductive trough of this path directly connects with major part conducting ring and microcephaly's conducting ring of this path.
6. according to a kind of connecting rod with conductive ring structure transmission electricity described in right 1, it is characterised in that a plurality of conductive path arrangement of described multiaspect, the arrangement of connecting rod both ends of the surface C and D is identical with one side a plurality of conductive path arrangement respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610293841.5A CN105805149B (en) | 2016-05-06 | 2016-05-06 | A kind of connecting rod with conductive ring structure transmission electricity |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610293841.5A CN105805149B (en) | 2016-05-06 | 2016-05-06 | A kind of connecting rod with conductive ring structure transmission electricity |
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| CN105805149A true CN105805149A (en) | 2016-07-27 |
| CN105805149B CN105805149B (en) | 2018-07-10 |
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| CN106286571A (en) * | 2016-10-14 | 2017-01-04 | 吉林大学 | A kind of bent axle with conductive ring structure |
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| Publication number | Publication date |
|---|---|
| CN105805149B (en) | 2018-07-10 |
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Granted publication date: 20180710 Termination date: 20190506 |