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CN-224209767-U - Tooling structure suitable for shielding and shielding conductor alignment

CN224209767UCN 224209767 UCN224209767 UCN 224209767UCN-224209767-U

Abstract

The utility model relates to the technical field of machinery, in particular to a tooling structure suitable for shielding and shielding conductor alignment, which comprises a shielding tooling and a shielding conductor tooling, wherein the shielding conductor tooling comprises a tooling positioning plate I, a shielding conductor and a shielding conductor positioning block, two ends of the tooling positioning plate I are provided with a fastener I, the head part of the shielding conductor is embedded into the tail part of the shielding conductor positioning block, the shielding tooling comprises a tooling positioning plate II, a shielding assembly structure, a tooling positioning cushion block and a shielding positioning block, two ends of the tooling positioning plate II are provided with tooling positioning cushion blocks, and the tail part of the shielding positioning block is embedded into the head part of the shielding assembly structure. Compared with the prior art, the method has the advantages that the position of the shielding relative to the flange of the disc insulator is guaranteed through the shielding tool, the position of the shielding conductor relative to the flange of the isolation shell is guaranteed through the shielding conductor tool, so that the accuracy of the alignment of the shielding conductor and the shielding conductor is guaranteed, the time is saved through the tool alignment, and the efficiency is higher.

Inventors

  • Zhu Suji
  • Liu Gangkun

Assignees

  • 上海西电高压开关有限公司

Dates

Publication Date
20260508
Application Date
20250430

Claims (6)

  1. 1. A tool structure suitable for shielding and shielding conductor alignment comprises a shielding tool and a shielding conductor tool, and is characterized in that the shielding conductor tool comprises a tool positioning plate I (61), a shielding conductor (5) and a shielding conductor positioning block (7), two ends of the tool positioning plate I (61) are provided with a fastening piece I fixed with a flange of an isolation shell (1), the center of the tool positioning plate I (61) is provided with a through hole I and three mounting holes I, the three mounting holes I surround the periphery of the through hole I, the three shielding conductor positioning blocks (7) are respectively arranged in the corresponding mounting holes I, the head part of the shielding conductor (5) is embedded in the tail part of the shielding conductor positioning block (7), the tail part of the shielding conductor (5) is provided with an assembly hole I connected with a bus conductor (4), the shielding tool comprises a tool positioning plate II (62), a shielding assembly structure (8), a tool positioning cushion block (9) and a shielding positioning block (10), two ends of the tool positioning plate II (62) are provided with a tool positioning cushion block (9) fixed with a disc insulator flange (3), the center of the tool positioning plate I (61) is provided with a through hole II and three mounting holes II, the three mounting holes II are respectively arranged around the corresponding mounting holes II and the shielding positioning block II are respectively embedded in the shielding assembly holes (10), the tail part of the shielding assembly structure (8) is provided with a second assembly hole connected with the disc insulator (2).
  2. 2. The tooling structure for aligning shielding and shielding conductors according to claim 1, wherein the first fastening piece penetrates through the first tooling positioning plate (61) and then is fixed with the flange of the isolation shell (1), and the second fastening piece penetrates through the bus conductor (4) and then is fixed with the first assembly hole of the shielding conductor (5).
  3. 3. The fixture structure suitable for shielding and shielding conductor alignment according to claim 1, wherein the fixture positioning cushion block (9) comprises a connecting rod (91) and a cushion block body (92), and the cushion block body (92) is sleeved outside the connecting rod (91).
  4. 4. The tooling structure suitable for shielding and shielding conductor alignment according to claim 1, wherein the shielding assembly structure (8) comprises a shielding (11), spring contact fingers (12) and a guide ring (13), the head part of the shielding (11) is provided with an installation groove, the inner wall of the installation groove is provided with the spring contact fingers (12) and the guide ring (13), and the tail part of the shielding (11) is provided with an assembly hole II.
  5. 5. The fixture structure for aligning shielding and shielding conductors according to claim 3 or 4, wherein two ends of the connecting rod (91) are respectively fixed with the second fixture locating plate (62) and the disc insulator flange (3), the cushion block body (92) is positioned between the second fixture locating plate (62) and the disc insulator flange (3), and the third fastener penetrates through the disc insulator (2) and is fixed with the second assembly hole of the shielding (11).
  6. 6. The tooling structure suitable for shielding and shielding conductor alignment according to claim 1, wherein screws are adopted for fixing the first tooling positioning plate (61) and the shielding conductor positioning block (7) and the second tooling positioning plate (62) and the shielding positioning block (10).

Description

Tooling structure suitable for shielding and shielding conductor alignment Technical Field The utility model relates to the technical field of machinery, in particular to a tooling structure suitable for shielding and shielding conductor alignment. Background Currently, shielding and alignment of shielding conductors are mainly performed by manually measuring the spacing between shielding conductors and between shielding conductors. The manual measurement of the phase spacing has the problems that 1, the distance between shielding conductors and the distance between the shielding conductors cannot be well determined, the error of the manual measurement of the phase spacing is large, 2, the position of the shielding conductors relative to the flange of the isolation shell cannot be guaranteed to be consistent with the position of the shielding relative to the flange of the disc insulator by the method of measuring the phase spacing, so that the alignment of the shielding conductors and the shielding is poor, 3, the method of measuring the phase spacing needs to take a long time to measure and correct the fastening positions of the shielding conductors and the shielding, and the efficiency is low. Therefore, it is necessary to design a tooling structure suitable for alignment of shielding and shielding conductors to improve alignment accuracy and efficiency. Disclosure of Invention The utility model aims to overcome the defects of the prior art and provides a tooling structure suitable for shielding and shielding conductor alignment so as to improve alignment accuracy and efficiency. In order to achieve the aim, the utility model provides a tool structure suitable for shielding and shielding conductor alignment, which comprises a shielding tool and a shielding conductor tool, wherein the shielding conductor tool comprises a tool positioning plate I, a shielding conductor and a shielding conductor positioning block, two ends of the tool positioning plate I are provided with a fastener I fixed with a flange of an isolation shell, the center of the tool positioning plate I is provided with a through hole I and three mounting holes I, the three mounting holes I surround the through hole I, the three shielding conductor positioning blocks are respectively arranged in the corresponding mounting holes I, the head part of the shielding conductor is embedded in the tail part of the shielding conductor positioning block, the tail part of the shielding conductor is provided with a mounting hole I connected with a bus conductor, the shielding tool comprises a tool positioning plate II, a shielding assembly structure, a tool positioning cushion block and a shielding positioning block, two ends of the tool positioning plate II are provided with a tool positioning cushion block fixed with a flange of a disc insulator, the center of the tool positioning plate I is provided with a through hole II and three mounting holes II surround the through hole II, the three shielding positioning blocks are respectively arranged in the corresponding mounting holes II, the tail parts of the shielding positioning blocks are embedded in the corresponding mounting holes II, and the tail parts of the shielding positioning blocks are provided with mounting holes connected with disc insulators. The first fastening piece penetrates through the first tooling positioning plate and then is fixed with the flange of the isolation shell, and the second fastening piece penetrates through the bus conductor and then is fixed with the first assembly hole of the shielding conductor. The fixture positioning cushion block comprises a connecting rod and a cushion block body, wherein the cushion block body is sleeved outside the connecting rod. The shielding assembly structure comprises a shielding body, a spring contact finger and a guide ring, wherein the head part of the shielding body is provided with a mounting groove, the spring contact finger and the guide ring are mounted on the inner wall of the mounting groove, and the tail part of the shielding body is provided with an assembly hole II. The two ends of the connecting rod are respectively fixed with the second tooling positioning plate and the disc insulator flange, the cushion block body is positioned between the second tooling positioning plate and the disc insulator flange, and the third fastener penetrates through the disc insulator and is fixed with the second shielding assembly hole. And the first tooling positioning plate and the shielding conductor positioning block are fixed by adopting a screw. Compared with the prior art, the method has the advantages that the position of the shielding relative to the flange of the disc insulator is guaranteed through the shielding tool, the position of the shielding conductor relative to the flange of the isolation shell is guaranteed through the shielding conductor tool, so that the accuracy of the alignment of the shielding conductor and the shielding c