Smart digital card

Abstract

The invention relates to an intelligent digital line clamp. The intelligent digital line clamp is applicable to power line construction, and is a necessary tool for power line construction. The intelligent digital line clamp comprises a line clamp body, a connection plate, a pull arm, an upper jaw, a lower jaw, a sliding plate, a tension sensor, a display, a front tension transfer bar and a rear tension transfer hole; a rear tension transfer bar is arranged at the rear of the tension sensor; a pin shaft hole is arranged at the rear of the rear tension transfer bar; a tension sensor shell is arranged outside the tension sensor; the tension sensor is installed on the right end of the line clamp body; the rear tension transfer bar is hinged with the front end of the pull arm through the pin shaft hole and a first pin shaft; the rear end of the pull arm is hinged with the other end of the connection plate through a second pin shaft; the first pin shaft is clamped in a transverse through groove arranged at the right end of the line clamp body; the sliding plate is arranged outside the tension sensor; one end of the sliding plate is fixed on the tension sensor shell; a sliding groove of the sliding plate sleeves the end part of the first pin shaft; the first pin shaft can slide in the sliding groove; and the tension sensor is connected with the display through a signal line.

Description

technical field [0001] The invention relates to an intelligent digital wire clamp, which is suitable for power line construction and is a necessary tool for power line construction. Background technique [0002] The wire clamp is one of the necessary tools for power line construction. Ordinary wire clamps only have the function of clamping wires in the application of power line construction, and have no other functions. Ordinary cable clamps only indicate the model suitable for the wire and the tensile force parameters that can be tolerated on the nameplate, but no one knows whether it exceeds the tensile force range that can be tolerated during construction, which will bring safety hazards to the construction. [0003] At present, in the technical control of maintaining "consistent conductor sag" in the construction of power lines, the operation is cumbersome, time-consuming and labor-intensive, and the original method cannot quickly and accurately meet the requirements of ...

AI Technical Summary

Problems solved by technology

Ordinary wire clippers only indicate the model suitable for the wire and the tensile force parameters that can be tolerated on the nameplate, but no one knows whether it exceeds the tensile force range that can be tolerated during construction, which will bring safety hazards to the construction

[0003] At present, in the technical control of maintaining "consistent conductor sag" in the construction of power lines, the operation is cumbersome, time-consuming and labor-intensive, and the original method cannot quickly and accurately meet the requirements of the "Construction Technology Acceptance Specification", resulting in uneven force between conductors. In severe cases, the pole tower, post insulator and cross arm will be skewed, twisted and deformed

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