Large-span foldable reusable rocket landing buffer structure

A buffer structure and large-span technology, which is applied to the landing device of astronauts and the system for the return of astronauts to the earth's atmosphere, etc. problem, to achieve the effect of small aerodynamic shape in the folded state and large span in the unfolded state

Active Publication Date: 2020-04-17
BEIJING INST OF ASTRONAUTICAL SYST ENG +1
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  • Abstract
  • Description
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Problems solved by technology

At present, most of the existing patents on the landing buffer structure of reusable launch vehicles are conceptual schemes or partial small structural designs. Ther

Method used

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  • Large-span foldable reusable rocket landing buffer structure
  • Large-span foldable reusable rocket landing buffer structure
  • Large-span foldable reusable rocket landing buffer structure

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Embodiment Construction

[0047] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0048] The present invention is a large-span, foldable and reusable rocket landing buffer structure, comprising: a main leg (1), two auxiliary legs (2) and a landing plate (3); an upper joint at one end of the main leg (1) The upper joint at one end of each auxiliary leg (2) is connected to the mounting seat of the rocket body through the joint bearing provided on each side, and joint bearings are placed on the upper joint and the lower joint of the main leg (1) and the auxiliary leg (2) One side of the landing pad (3) is provided with a rotating shaft; the lower joint at the other end of the main leg (1) and the lower joint at the other end of each auxiliary leg (2) are connected to the landing pad (3) ) on the same reel. Such as Figure 9 As shown, the other side of the landing pad (3) is provided with a rubber buffer pad, which c...

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Abstract

The invention discloses a large-span foldable reusable rocket landing buffer structure, which comprises a main leg (1), two subsidiary legs (2) and a landing plate (3), wherein an upper joint at one end of the main leg (1) and an upper joint at one end of each subsidiary leg (2) are connected with a mounting seat of a rocket body through knuckle bearings arranged on the main leg (1) and the subsidiary legs (2) respectively, and the knuckle bearings are arranged on the upper joints and the lower joints of the main leg (1) and the subsidiary legs (2); a rotating shaft is arranged on one side ofthe landing plate (3); the lower joint at the other end of the main leg (1) and the lower joint at the other end of each subsidiary leg (2) are connected to the same rotating shaft on the landing plate (3) through knuckle bearings arranged on the main leg (1) and the subsidiary legs (2) respectively; and a rubber buffer pad is arranged on the other side of the landing plate (3) and can make buffercontact with the ground when the rocket lands slowly.

Description

technical field [0001] The invention relates to a large-span, foldable and reusable rocket landing buffer structure, which belongs to the technical field of mechanical combination load-bearing buffer devices with high light weight, high efficiency and good operability. Background technique [0002] The launch vehicle is the main tool for human beings to enter space. The high launch cost limits the development and utilization of space for human beings. The one-time use of the launch vehicle is the main reason for the high launch cost. Therefore, the reuse of launch vehicles is of great significance for reducing launch costs and improving the ability of humans to enter space. For the vertical round-trip reusable launch vehicle, the landing process is the last step of the return of the launch vehicle, and it is also the key to the overall plan of the rocket's vertical return technology. A large-span, foldable landing buffer structure for reusable rockets is designed, which can...

Claims

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Application Information

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IPC IPC(8): B64G1/62
CPCB64G1/62
Inventor 张宏剑张希章凌陈友伟王辰吴义田王雪梅邓新宇李长龙张雪峰闫冰
Owner BEIJING INST OF ASTRONAUTICAL SYST ENG
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