Closed type five-degree-of-freedom object interference gas flame observation equipment

Abstract

The invention discloses closed type five-degree-of-freedom object interference gas flame observation equipment. The closed type five-degree-of-freedom object interference gas flame observation equipment comprises an interference control device arranged in a reactor shell, the interference control device comprises an interference position control assembly and an interference angle control assembly, the interference position control assembly comprises a sliding block arranged on a horizontal guide rail on the upper portion in a box body, the interference angle control assembly comprises a rotary disc, rotary disc grooves evenly distributed along a center of the rotary disc and sliding blocks in the grooves, the lower portions of the sliding blocks are connected with a rotating shaft in a hinged mode through hinge shafts, the rotating range of the rotating shaft around the axis of a vertical shaft is 90 degrees, the rotary disc is connected with the interference position control assembly, and movement of the free end of the rotating shaft is compound movement with five degrees of freedom. By utilizing the closed type five-degree-of-freedom object interference gas flame observation equipment, the interference condition of an disturbance object on flame at different positions and angles can be effectively simulated in a closed environment, the gas combustion flame form under the interference condition of different objects can be effectively observed, and the related data of the flame form and the brightness can be enriched; and the equipment is safe, reliable and convenient to disassemble, assemble and overhaul.

Description

technical field [0001] The invention belongs to the field of combustion method or equipment using only gaseous fuel, and relates to a combustion equipment with an injection device for injecting fuel into a combustion chamber. Background technique [0002] In the chemical industry, combustible gas combustion and explosion disasters often bring huge loss of life and property to people. In the mining industry, the direct economic loss caused by accidents caused by combustible gas combustion and explosion in my country reaches nearly 230 million US dollars every year. In daily life, jet fire accidents caused by leakage of natural gas pipelines also occur from time to time. [0003] In the above accidents, the propagation characteristics of the flame often determine the severity of the accident. The propagation characteristics of the flame are affected by interfering objects on its propagation path. When the flame encounters the interference of obstacles during its propagation...

AI Technical Summary

Problems solved by technology

Among them, the selection of disturbances in specific experiments is still relatively limited, and the setting of conditions such as the orientation, angle, and placement of disturbing objects is severely limited by experimental equipment, and the selected scheme cannot fully reproduce the complex situation in a fire.

The current experimental equipment cannot meet the research requirements corresponding to the actual situation. In order to better observe the disturbed flame state under different object shapes, positions, and placement methods, effectively expand the amount of relevant experiments and enrich the experimental design. To effectively reproduce the situation, it is necessary to design a new observation device

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