CN218386130U

CN218386130U - Direct-insertion type photoelectric slip ring

Info

Publication number: CN218386130U
Application number: CN202222916990.6U
Authority: CN
Inventors: 郑少宛
Original assignee: Shenzhen Shenpu Photoelectric Technology Co ltd
Current assignee: Shenzhen Shenpu Photoelectric Technology Co ltd
Priority date: 2022-10-31
Filing date: 2022-10-31
Publication date: 2023-01-24
Anticipated expiration: 2032-10-31

Abstract

The utility model relates to a photoelectric ring uses technical field, especially relates to formula photoelectric slip ring cut straightly. The technical scheme comprises the following steps: comprises a sliding female seat component and a sliding male seat component; the sliding male seat assembly is arranged on the side surface of the sliding female seat assembly; the sliding female seat assembly comprises a sealing cover A and a sealing cover B which are oppositely arranged; the sliding male seat assembly comprises a connecting cover and a circular mounting piece which are oppositely mounted; more than one displacement cavity is arranged on the inner side surfaces of the sealing cover A and the sealing cover B; a detection rod A is laid in the displacement cavity. The utility model discloses a female seat of slip with fixed public seat of slip divide into two parts from top to bottom, and through the fixed screw fixation, when communication trouble appears between female seat subassembly of slip and the public seat subassembly of slip, be convenient for open and overhaul, through setting up the rotation wheel more than one on displacement track surface, and set up feeler lever B rotating the wheel surface, the gyro wheel is installed in the displacement intracavity, and feeler lever A switches on with feeler lever B contact, realize when circular installed part rotates, guarantee the effective transmission of the signal of telecommunication.

Description

Direct-insertion type photoelectric slip ring

Technical Field

The utility model relates to a photoelectric slip ring uses technical field, specifically is formula photoelectric slip ring cut straightly.

Background

The in-line slip ring is also called a direct connection slip ring and a plug slip ring, and is also called a thermocouple slip ring, a thermal resistance slip ring and the like according to actual application, while a photoelectric ring in the prior art is applied to an electrical element to realize signal transmission and wireless transmission of a power supply through a contact type electric slip ring and a signal slip ring, and the contact type electric slip ring needs to be contacted, so that the service life is short when the contact type electric slip ring is contacted for a long time, and the maintenance and the replacement are required frequently, so the in-line slip ring is provided.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a cut straightly formula photoelectricity sliding ring to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above purpose, the utility model provides a following technical scheme: an in-line photoelectric slip ring comprises a sliding female seat assembly and a sliding male seat assembly; the sliding male seat assembly is arranged on the side surface of the sliding female seat assembly; the sliding female seat assembly comprises a sealing cover A and a sealing cover B which are oppositely arranged; the sliding male seat assembly comprises a connecting cover and a circular mounting piece which are oppositely mounted; more than one displacement cavity is arranged on the inner side surfaces of the sealing cover A and the sealing cover B; a detection rod A is laid in the displacement cavity, and the detection rods A on the two sides are conducted; more than one displacement track is arranged on the outer side of the circular mounting piece, and more than one sliding assembly is arranged on the surface of the displacement track; a detection rod B is arranged on the sliding assembly; the displacement track is installed in the displacement intracavity, and probe rod A switches on with probe rod B contact.

Preferably, the surfaces of the sealing cover A and the sealing cover B are oppositely provided with more than one mounting and adjusting hole and more than one fastening ring; the surfaces of the sealing cover A and the sealing cover B are provided with a detection rod C, and the surface of the connecting cover is provided with a detection rod D; the detection rod C or the detection rod D is arranged outside the mounting adjusting hole; the outer side of the fastening ring is provided with a fastening installation part; the fastening mounting piece covers the detection rod C or the detection rod D and is connected with the fastening ring; the connecting fastener is arranged in the mounting adjusting hole; the other end of the connecting fastener is opposite to the detection rod C or the detection rod D; the detection rod C is correspondingly connected with the detection rod A; the detection rod D is correspondingly connected with the detection rod B.

Preferably, the surfaces of the sealing cover A or the sealing cover B are both provided with a storage cavity A; one side of the storage cavity A is connected with a detection rod A, and the other side of the storage cavity A is connected with a detection rod C; more than one first data line is arranged in the storage cavity A; two ends of the first data line are correspondingly connected with the detection rod C and the detection rod A.

Preferably, the sliding assembly comprises a stable frame and a rotating wheel; the displacement track and the rotating wheel are fixedly connected through a stabilizing frame; the detection rod B is arranged on the surface of the rotating wheel; more than one detection rod E is arranged on the side surface of the connecting cover; the detection rod E is correspondingly connected with the conduction detection rod D; the surface of the round mounting piece is provided with a storage cavity B; more than one lead wire is arranged in the storage cavity B; the detection rod E is arranged in the storage cavity B; the two ends of the lead wire are correspondingly connected with the detection rod B and the detection rod E.

Preferably, a round protective pad is arranged in the fastening installation part; the fastening installation part and the surface of the round protective pad are correspondingly provided with adjusting holes.

Preferably, a fastening adjusting hole is oppositely formed in the surface between the sealing cover A and the sealing cover B, and a fixing screw is arranged in the fastening adjusting hole; the sealing cover A and the sealing cover B are fixed by locking through a fixing screw.

Compared with the prior art, the beneficial effects of the utility model are that:

1. through the female seat of slip with fixed public seat of sliding, divide into two upper and lower parts, and through the fixed screw fixation, when the communication trouble appears between female seat subassembly of slip and the public seat subassembly of slip, be convenient for open and overhaul, through setting up the rotation wheel more than one on displacement track surface, and set up gauge rod B rotating the wheel surface, the gyro wheel is installed in the displacement intracavity, and gauge rod A switches on with gauge rod B contact, realize when circular installed part rotates, guarantee the effective transmission of signal of telecommunication.

Drawings

FIG. 1 is a schematic view of a partial structure of a sealing cover B and a displacement chamber;

FIG. 2 is a schematic view of a seal cover A and a seal cover B;

FIG. 3 is a schematic view of a partial structure of the storage chamber B and the connection cover;

fig. 4 is a partial structure diagram of the connection cover.

In the figure: 1. a sealing cover A; 2. a sealing cover B; 3. a fastening ring; 4. connecting a fastener; 5. installing an adjusting hole; 6. a detection rod C; 7. a detection rod D; 8. fastening the mounting piece; 9. a circular protective pad; 10. an adjustment hole; 12. a displacement chamber; 13. a probe rod A; 14. a storage cavity A; 16. fastening the adjusting hole; 17. a displacement track; 18. a stabilizing frame; 19. a rotating wheel; 20. a probe rod B; 21. a storage cavity B; 22. conducting wires; 23. a circular mounting member; 24. a connecting cover; 25. a rod E is detected.

Detailed Description

The following describes the technical solution of the present invention with reference to the accompanying drawings and specific embodiments.

Example one

As shown in fig. 1, fig. 2, fig. 3 and fig. 4, the present invention provides an in-line photoelectric slip ring, which includes a sliding female seat assembly and a sliding male seat assembly; the sliding male seat assembly is arranged on the side surface of the sliding female seat assembly; the sliding female seat assembly comprises a sealing cover A1 and a sealing cover B2 which are oppositely arranged; the sliding male seat assembly comprises a connecting cover 24 and a circular mounting piece 23 which are oppositely arranged; more than one displacement cavity 12 is arranged on the inner side surfaces of the sealing cover A1 and the sealing cover B2; a detection rod A13 is laid in the displacement cavity 12. Carry out inseparable fixed through connecting lid 24 and circular installed part 23 with the both ends of sliding ring, prevent that it from appearing not hard up in work, the short circuit that causes the circuit causes the photoelectricity sliding ring burns out, and displacement track 17 installs in displacement chamber 12 simultaneously, and probe rod A13 switches on with the contact of probe rod B20, guarantees the effective transmission of signal of telecommunication.

More than one mounting and adjusting hole 5 and more than one fastening ring 3 are oppositely arranged on the surfaces of the sealing cover A1 and the sealing cover B2; the surfaces of the sealing cover A1 and the sealing cover B2 are provided with a detection rod C6, and the surface of the connecting cover 24 is provided with a detection rod D7. The detection rod C6 or the detection rod D7 is arranged outside the installation adjusting hole 5, so that the connection fixing piece 4 can be firmly fixed in the fastening installation piece 8, and the related parts are prevented from being damaged due to falling off; the other end of the connecting fastener 4 is opposite to the detection rod C6 or the detection rod D7; the detection rod D7 is correspondingly connected with the detection rod B20, and components and parts between the detection rod D7 and the detection rod B20 are effectively contacted, so that the normal transmission of electric signals is ensured.

The surfaces of the sealing cover A1 and the sealing cover B2 are both provided with a storage cavity A14; one side of the storage cavity A14 is connected with a detection rod A13, and the other side is connected with a detection rod C6; the sliding assembly comprises a steady rest 18 and a turning wheel 19. The sliding assembly is divided into a sliding female seat for fixing the sliding male seat, an upper part and a lower part, and the sliding female seat and the sliding male seat are fixed through fixing screws, so that the sliding female seat and the sliding male seat are convenient to open for maintenance when communication faults occur between the sliding female seat assembly and the sliding male seat assembly;

the displacement track 17 and the rotating wheel 19 are fixedly connected through a stabilizing frame 18; the detection rod B20 is arranged on the surface of the rotating wheel 19; more than one detection rod E25 is arranged on the side surface of the connecting cover 24; more than one lead wire 22 is arranged in the storage cavity B21; the two ends of the lead wire 22 are correspondingly connected with a detection rod B20 and a detection rod E25, and a round protective pad 9 is arranged in the fastening installation part 8; the rotary wheel 19 is installed in the displacement chamber 12 by providing more than one rotary wheel 19 on the surface of the displacement rail 17 and providing the connection detection rod B20 on the surface of the rotary wheel 19. Detecting rod A13 switches on with the contact of detecting rod B20, realizes when circular installed part 23 rotates, guarantees the effective transmission of signal of telecommunication, and then ensures the phenomenon that can not take place to break away from between the sealed lid, causes the phenomenon of short circuit between the sliding ring, is provided with the fastening regulation hole 16 through the surface between sealed lid A (1) and the sealed lid B2 relatively and is convenient for carry out fastening connection fixed.

The above embodiments are merely some preferred embodiments of the present invention, and those skilled in the art can make various alternative modifications and combinations to the above embodiments based on the technical solution of the present invention and the related teachings of the above embodiments.

Claims

1. An in-line photoelectric slip ring comprises a sliding female seat assembly and a sliding male seat assembly; the sliding male seat assembly is arranged on the side surface of the sliding female seat assembly; the method is characterized in that: the sliding female seat assembly comprises a sealing cover A (1) and a sealing cover B (2) which are oppositely arranged; the sliding male seat assembly comprises a connecting cover (24) and a circular mounting piece (23) which are oppositely arranged; more than one displacement cavity (12) is arranged on the inner side surfaces of the sealing cover A (1) and the sealing cover B (2); a detection rod A (13) is laid in the displacement cavity (12), and the detection rods A (13) on the two sides are conducted; more than one displacement track (17) is arranged on the outer side of the circular mounting piece (23), and more than one sliding assembly is arranged on the surface of the displacement track (17); a detection rod B (20) is arranged on the sliding component; the displacement track (17) is arranged in the displacement cavity (12), and the detection rod A (13) is in contact conduction with the detection rod B (20).

2. The in-line optoelectronic slip ring of claim 1, wherein: more than one mounting and adjusting hole (5) and more than one fastening ring (3) are oppositely arranged on the surfaces of the sealing cover A (1) and the sealing cover B (2); the surfaces of the sealing cover A (1) and the sealing cover B (2) are provided with a detection rod C (6), and the surface of the connecting cover (24) is provided with a detection rod D (7); the detection rod C (6) or the detection rod D (7) is arranged outside the mounting adjusting hole (5); a fastening installation part (8) is arranged on the outer side of the fastening ring (3); the fastening installation part (8) covers the detection rod C (6) or the detection rod D (7) and is connected with the fastening ring (3); a connecting fastener (4) is arranged in the mounting adjusting hole (5); the other end of the connecting fastener (4) is opposite to the detection rod C (6) or the detection rod D (7); the detection rod C (6) is correspondingly connected with the detection rod A (13); the detection rod D (7) is correspondingly connected with the detection rod B (20).

3. The in-line optoelectronic slip ring of claim 2, wherein: the surfaces of the sealing cover A (1) or the sealing cover B (2) are provided with a storage cavity A (14); one side of the storage cavity A (14) is connected with a detection rod A (13), and the other side of the storage cavity A is connected with a detection rod C (6); more than one first data line is arranged in the storage cavity A (14); two ends of the first data line are correspondingly connected with the detection rod C (6) and the detection rod A (13).

4. The in-line optoelectronic slip ring of claim 1, wherein: the sliding assembly comprises a stabilizing frame (18) and a rotating wheel (19); the displacement track (17) and the rotating wheel (19) are fixedly connected through a stabilizing frame (18); the detection rod B (20) is arranged on the surface of the rotating wheel (19); more than one detection rod E (25) is arranged on the side surface of the connecting cover (24); the detection rod E (25) is correspondingly connected with the conduction detection rod D (7); the surface of the round mounting piece (23) is provided with a storage cavity B (21); more than one lead wire (22) is arranged in the storage cavity B (21); the detection rod E (25) is arranged in the storage cavity B (21); two ends of the lead wire (22) are correspondingly connected with the detection rod B (20) and the detection rod E (25).

5. The in-line optoelectronic slip ring of claim 2, wherein: a round protective pad (9) is arranged in the fastening installation part (8); the fastening installation part (8) and the surface of the round protective pad (9) are correspondingly provided with adjusting holes (10).

6. The in-line optoelectronic slip ring of claim 1, wherein: fastening adjusting holes (16) are oppositely formed in the surface between the sealing cover A (1) and the sealing cover B (2), and fixing screws are arranged in the fastening adjusting holes (16); the sealing cover A (1) and the sealing cover B (2) are fixed through a fixing screw in a locking mode.