A reclosing device and method of intelligent driving modularized design

Abstract

The invention discloses device reclosing device and method of an intelligent driving modularized design. The reclosing device includes a mechanical transmission module and an electric circuit controlmodule installed in a shell, the reclosing device is characterized in that: the mechanical transmission module includes a transmission mechanism, an internal shaft and a clutch device, the transmission mechanism includes an annular body, a body driving block and a power device, the power device includes an electric machine, a first level worm, a first level worm gear, a second level worm and a sector worm gear, the annular body is fixedly installed in the upper part of the internal shaft and the body driving block is arranged on the annular body; the clutch devices includes a driving bar, a connecting plate, a connecting bar, a swing bar driving block, a positioning shaft, a swing bar and a projecting shaft, and a control method of the reclosing device is simultaneously also introduced. The reclosing device has functions of self-check and failure alarm, is safer, is good in reliability, is good in anti-electromagnetic interference property, is high in production automatization degree,and is an intelligent reclosing device product of a new generation suitable for electric energy meters.

Description

technical field [0001] The invention relates to the technical field of reclosing gates, in particular to an intelligently driven modular design reclosing gate and a method thereof. Background technique [0002] The existing transmission structure of the recloser mainly includes pneumatic type, cam transmission type and single worm drive type, but because the innovation awareness of each manufacturer is not strong, there are the following shortcomings: 1. There are too many intermediate links from design to production , high production cost; 2. Some failed to meet the test requirements of 10,000 times, the test period is short, and the probability of damage after several years of operation is high; 3. The production process is complicated, the transplantability and reliability are not good, and the capacity utilization rate is low. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the present invention provides an intelligently driven modular d...

AI Technical Summary

Problems solved by technology

[0002] The existing recloser transmission structures mainly include pneumatic type, cam drive type and single worm drive type, but because the innovation consciousness of each manufacturer is not strong, there are the following shortcomings: 1. There are too many intermediate links from design to production , high production cost; 2. Some failed to meet the test requirements of 10,000 times, the test period is short, and the probability of damage after several years of operation is high; 3. The production process is complicated, the transplantability and reliability are not good, and the capacity utilization rate is low.

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