Remote restarting terminal equipment

Abstract

The invention relates to remote restarting terminal equipment comprising a power supply module, a signal receiving module and a decoder, a signal transmitting module and an encoder, a signal processing module, a signal acquisition module and a signal execution module. The output terminal of the signal receiving module is connected with the decoder; a signal output terminal of the decoder is connected with a first signal input terminal of the signal processing module; a first signal output terminal of the signal processing module is connected with the encoder; a signal output terminal of the encoder is connected with the signal transmitting module; and a second signal input terminal of the signal processing module is connected with the signal acquisition module and a second signal output terminal of the signal processing module is connected with the signal execution module. The power supply module provides power for the signal receiving module, the signal processing module, and the signal transmitting module; and the signal acquisition module and the signal execution module are connected with an external intelligent electric meter. According to the invention, the restarting operation of many terminals or a single terminal is carried out; the terminal crash state that is collected in real time can be fed back to a remote operation system, so that the operator can get and management the information conveniently.

Description

technical field [0001] The invention relates to an electronic circuit control device, which belongs to the technical field of electric power operation, and in particular to a remote restart terminal device. Background technique [0002] At present, with the transformation and upgrading of the power grid system, most of the power terminal equipment used for residents' daily electricity metering is smart meters. Pay for electricity. The improvement of intelligence also increases the risk of terminal failure. During use, the terminal may crash due to interference or program failure. There are two traditional ways to restart the terminal. One is to restart through the operation of the power consumption information collection system. One is to manually restart the site manually. But in the case of a terminal crash, because it cannot receive commands from the master station for remote restart, it can only be manually restarted one by one at the site. The large number of terminal...

AI Technical Summary

Problems solved by technology

The improvement of intelligence also increases the risk of terminal failure. During use, the terminal may crash due to interference or program failure. There are two traditional ways to restart the terminal. One is to restart through the operation of the power consumption information collection system. One is to use manual manual site restart

In the case of a terminal crash, because it cannot receive commands from the master station for remote restart, it can only be manually restarted one by one at the site. There are a large number of terminals and scattered locations, which greatly increases the workload of maintenance personnel.

In addition, when the terminal batch upgrade is completed, sometimes it is necessary to restart the terminal. If manual restart is performed, the efficiency will be low and human resources will be wasted.

At the same time, when a large number of terminals are restarted, manual operation needs to be manually switched off to realize power failure, which affects the daily production and life of electricity customers such as units and residents.

For the restart operation of the terminal in the dead state, there is no better product and method at present

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