A lead connecting device for electric power field wiring

Abstract

Disclosed is a lead connecting tool in particular to a conductor connecting device for electric power field wiring, including sleeves and power components, the upper part of the sleeve is provided with a sliding groove, a clamp is slidably mounted in the sliding groove, a lower portion of the clamping member is fitted with a sliding gear, a slide key is installed on the rotating shaft, a stationary gear and a sliding gear are arranged on that sliding key, the fixed gear and the lower part of the sliding gear are meshed and mounted with a power gear, a power gear is mounted on the power shaft,the edge of the bobbin is provided with a threading groove. The sleeve, the rotating shaft, the spool, the fixed gear and the sliding gear are all provided with placement grooves extending to the endportions, and the placement grooves of the fixed gear and the rotating shaft are arranged on corresponding positions, and the placement grooves of the sliding gears when the sliding gears are installed on the rotating shaft are different from the radial positions of the placement grooves of the fixed gears. The invention achieves the connection of wires with different diameters, widths and lengths, can save wires and cost, and can standardize nodes at the same time.

Description

technical field [0001] The invention relates to the technical field of wire connection tools, in particular to a wire connection device for electric field wiring. Background technique [0002] In the field of power wiring, the usual method of paralleling wires is to peel off the insulation of the wire ends first, and then take one of the wires as the central conductor, and wind the other wires on the central conductor. At present, the paralleling of the wires uses three Operation methods, specifically: [0003] The first method is manual paralleling, which will cause great harm to human hands during the process of paralleling. At the same time, the thread head is not firm after paralleling, and it is easy for wires to fall or drop out. The efficiency of paralleling is low; and it is easy to cause waste of wires; [0004] The second method: use tools such as pliers to bend the wire, it is easy to scratch the wire when bending the wire, and the gap between the bent coils is l...

AI Technical Summary

Problems solved by technology

[0003] The first method is manual paralleling, which will cause great harm to human hands during the process of paralleling. At the same time, the thread head is not firm after paralleling, and the wires are prone to drop or drop. The efficiency of paralleling is low; and it is easy to cause waste of wires;

[0004] The second method: use tools such as pliers to bend the wire, it is easy to scratch the wire when bending the wire, and the gap between the bent coils is large, which is not beautiful;

[0005] The third method is to install the wire clip and the sleeve on the electric drill, and drive the sleeve to rotate through the electric drill to make the external wires wrap around the main wire to achieve paralleling. However, the paralleling of the wires with the electric drill has poor versatility and is not suitable for long wires. It not only affects the efficiency of wire connection, but also affects the effect of wire connection

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