An unmanned helicopter test monitoring control cabin

Abstract

The invention discloses an unmanned helicopter test monitoring control cabin, which comprises a bottom plate, a cockpit head, a vertical plate, a shatterproof mirror, a table and a seat; the vertical plate is fixed on the bottom plate; The board is connected with the bottom board, the concave side of the curved board is facing the vertical board, and the straight board is inclined towards the vertical board; the seat is set on the bottom board between the cockpit head and the vertical board, and one end of the table is slidably connected to the vertical board, and the table is corresponding to the vertical board. Seat setting, a height adjustment mechanism is set between the table top and the vertical board; the shatterproof mirror is set on the vertical board above the table top, the mirror surface of the shatterproof mirror faces the seat, and the shatterproof mirror is higher than the cockpit head; the shatterproof mirror can be turned over It is connected and fixed with the vertical board, and an angle adjustment mechanism is provided between the shatterproof mirror and the vertical board. Through the above method, the present invention can improve the quickness and safety of tests such as monitoring and control of dangerous test environments such as helicopters and anti-fragment impacts. The coordination of various components is reliable, and the control cabin is segmented and can be folded and assembled.

Description

technical field [0001] The invention relates to the field of a test monitoring control cabin, in particular to an unmanned helicopter test monitoring control cabin. Background technique [0002] Unmanned helicopter test is the main subject of unmanned helicopter development, production and factory acceptance. Unmanned helicopter is an emerging industry that has entered a stage of rapid development in China in the past 10 years, and its test monitoring, control methods, and equipment and facilities are constantly being improved. The flight test and ground engine test of the unmanned helicopter before delivery to the user are all very important tests, and the technical safety of these tests is also very important. At present, there is no unified standard for the monitoring and control facilities of the domestic unmanned helicopter test site, and the method of temporary organization is adopted. Although the tasks have been completed, the organization process is cumbersome and ...

AI Technical Summary

Problems solved by technology

At present, there is no uniform standard for the monitoring and control facilities of domestic unmanned helicopter test sites, and they all adopt the method of temporary organization. Although the tasks have been completed, the organization process is cumbersome and the safety hazards cannot be completely resolved

In dangerous test environments such as helicopters, unmanned helicopters, general aircraft ground tests, conventional blasting tests, dismantling of dangerous objects, anti-fragment impact, etc., safety protective screens are often used to ensure the safety of testers, but monitoring, control equipment, and facility sites It takes a long time to set up and debug, which affects the overall test; there are more than 3 technicians participating in the test, the distance between people and objects is large, the work coordination is complicated, and the accuracy of information conversion and transmission is poor; the arrangement of on-site safety protection screens is difficult, and it is difficult to prevent safety accidents

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