Handheld control system of fiber reinforced plastic pipe

Abstract

The invention discloses a handheld control system of a fiber reinforced plastic pipe. The handheld control system comprises a central controller system, a handheld controller device, a draught fan I,a draught fan II and a draught fan III, the central controller system is divided into two paths, one path of the central controller system is connected with the handheld controller device, the other path of the central controller system is connected with the draught fan I, the draught fan II and the draught fan III correspondingly, the draught fan I, the draught fan II and the draught fan III arein parallel connection, the stopping condition of ventilation equipment can be known in the first time, rapid replacing or inspection is achieved, occurrence of the condition that a mine passage can be filled with poisonous gas is avoided, and life safety of people in a mine cannot be threatened.

Description

technical field [0001] The invention relates to a hand-held control system, in particular to a hand-held control system for FRP pipelines. Background technique [0002] FRP pipes are suitable for new materials in recent decades. They are used in mine ventilation equipment, coking and related equipment, rare earth smelting and ferroalloy smelting related equipment, cold rolling and electroplating equipment, power transmission and transformation equipment, wind power generation equipment and thermal power generation water pipes and other fields. There are applications, especially in mine ventilation equipment, which is the most widely used. It has strong applicability and can make unsuitable ventilation equipment according to needs. However, when it is used, it is found that the ventilation equipment under the mine tunnel will sometimes stop suddenly. To work, people need to overhaul or replace them. If they are not dealt with in time, the mine will be filled with toxic gas, w...

AI Technical Summary

Problems solved by technology

[0002] FRP pipes are suitable for new materials in recent decades. They are used in mine ventilation equipment, coking and related equipment, rare earth smelting and ferroalloy smelting related equipment, cold rolling and electroplating equipment, power transmission and transformation equipment, wind power generation equipment and thermal power generation water pipes and other fields. There are applications, especially in mine ventilation equipment, which is the most widely used. It has strong applicability and can make unsuitable ventilation equipment according to needs. However, when using it, people find that the ventilation equipment under the mine tunnel sometimes stops suddenly. To work, people need to overhaul or replace. If it is not handled in time, the mine will be filled with toxic gas, which will threaten the safety of people's lives in the mine.

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