Multifunctional rocket transportation erection vehicle

Abstract

The invention discloses a multifunctional rocket transportation erection vehicle, and belongs to the technical field of carrier rocket ground transportation launching devices. One end of an erection arm is hinged to the tail of a transportation vehicle, and the other end of the erection arm is provided with a hoisting adjusting device; the hoisting adjusting device achieves transversely and longitudinal adjustment of booster rockets in the horizontal plane and height adjustment in the vertical direction after the erection arm is erected; a holding arm adjusting device is installed on the erection arm, locking and loosening of the booster rockets are achieved, and the holding arm adjusting device can achieve adjustment in the transverse direction, the longitudinal direction and the verticaldirection at the same time; an erection oil cylinder is installed between the transportation vehicle and the erection arm, so that erection and recycling of the erection arm are realized; and supporting legs are installed at the bottom of the transportation vehicle to support balance of the transportation vehicle when the booster rockets are erected. The erection vehicle is suitable for the booster rockets in a bundled rocket, the booster rockets can be transported and transferred, the whole booster rockets are erected after arriving at a launching area, and rapid butt joint with a core-levelrocket can be completed.

Description

technical field [0001] The invention relates to the technical field of aerospace ground support equipment, in particular to a booster rocket transportation erector. Background technique [0002] The bundled rocket is mainly composed of a core rocket bundled with multiple booster rockets, which has the advantages of high thrust, high initial velocity, and low cost. [0003] The common docking method of the booster rocket and the core rocket of the bundled rocket in my country is: the booster rocket is hoisted to the transport vehicle by driving in the technical area, and the transport vehicle transports the booster rocket to the launch area to realize the transition operation; After entering the launch area, the tower crane or other cranes on the launch tower and the operators cooperate to lift the booster rocket from the transport vehicle, and gradually turn it from a horizontal state to a vertical state, and then adjust the booster rocket by the lifting equipment. The space ...

AI Technical Summary

Problems solved by technology

[0004] At present, the docking operation of domestic booster rockets and core-stage rockets is complicated, with low standardization and automation, high requirements for operators’ skills, and difficulty in on-site command and coordination. Practical problems such as low efficiency, long time of occupying the launch station, and the lifting link is easily affected by wind

With the intensification of competition in the domestic and foreign launch vehicle markets, the disadvantages of the existing booster rocket and core stage rocket docking methods have gradually emerged, which can no longer meet the requirements of commercial operation

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