A full-dimensional safety protection method for explosive force-heat composite loading

Abstract

The invention discloses an explosive force thermal compounding loading full-dimensional safety protection system, and the system comprises an explosion-proof isolation design. A main unit is disposedin an explosion-proof room, a hydraulic station, a control cabinet and a console are set in a non-explosion-proof room, and an explosion-proof operation box is disposed in the explosion-proof room. The temperature, pressure and displacement sensor cables on the main unit enter an explosion-proof connection box through an explosion-proof flexible pipe, and are connected to the control cabinet. Theinvention also discloses an explosive force thermal compounding loading full-dimensional safety protection method. The full-dimensional safety protection system is provided for the high-risk work fromthe aspects of explosion prevention, high temperature, low temperature, high pressure, travel, sudden stop and safety interlocking, such as high-energy explosives, burning and explosion dangers, high-pressure force loading, high-temperature loading, and low-temperature loading. The system integrates the automatic safety protection and manual safety protection into one body, integrates hardware protection and software safety protection into one body, provides safety protection from all dimensions, and is used for the safety protection of the worker, machine and operation of the explosive forcethermal compounding loading equipment.

Description

technical field [0001] The invention relates to an experimental safety protection system and method, in particular to a full-dimensional safety protection system and method for explosive force-heat composite loading. Background technique [0002] Explosive mechanical and thermal composite loading equipment is used to analyze the structural strength and mechanical behavior of explosive components. Due to the flammability and explosiveness of high-energy explosives, and the products require high-pressure loading and high-temperature loading or low-temperature loading, corresponding safety protection measures are required. At present, most of the safety protection of explosive force-thermal composite loading equipment is a separate pressure safety protection, and there are doubts about the protection strength and effect. Contents of the invention [0003] The purpose of the present invention is to overcome the defects of the prior art, and provide a full-dimensional safety p...

AI Technical Summary

Problems solved by technology

At present, most of the safety protection of explosive force-thermal composite loading equipment is a separate pressure safety protection, and there are doubts about the protection strength and effect

Images