VR (virtual reality) Parachuting training simulator

Abstract

The invention relates to a VR (virtual reality) parachuting training simulator, comprising a support frame, a suspending lift, an operating device, a fan, VR goggles, and an image processing device; the support frame includes a top cover, an upper frame, pillars and lower frame, the upper and lower ends of the pillars are fixedly connected with the edges of the upper and lower frames, the upper frame is provided with a mounting terrace, a cross beam is fixed on the mounting terrace, the suspending lift is mounted on the cross beam, the bottom of the suspending lift is connected with suspendingbelts and a safety belt, the operating device includes a parachute rope and a force sensor, the force sensor is fixed on the upper frame, one end of the parachute rope is connected to the force sensor, a VR goggles holder is arranged on the corresponding pillar, and the VR goggles is arranged on the VR goggles holder. The VR simulation technology, real equipment and physical operation are integrated herein to truly simulate operation and feeling of parachuting training exercise, parachutists gain improved training efficiency and more standardized parachuting action, and training risk is reduced.

Description

technical field [0001] The invention relates to the technical field of aerospace system simulation equipment, in particular to the technical field of a VR skydiving training simulator. Background technique [0002] Skydiving is an activity with strong practicality, complex skills and high risks. Skydiving simulation training is a subject that skydivers must complete before entering real skydiving. At present, there are relatively few domestic parachute training simulation equipment, mainly training methods such as platform jumping, parachute towers, and platform slides. These training methods can only train basic movements, and skydivers cannot feel the real skydiving experience. The difference is too large, and the skydivers often cannot perform the level of ground movements normally in the actual skydiving, and the movements often deform, and there are phenomena such as hooking legs and opening legs, which makes the training effect not very good. [0003] The present inve...

AI Technical Summary

Problems solved by technology

At present, there are relatively few domestic parachute training simulation equipment, mainly training methods such as platform jumping, parachute towers, and platform slides. These training methods can only train basic movements, and skydivers cannot feel the real skydiving experience. The difference is too large. In actual skydiving, parachutists often cannot perform the level of ground movements normally. Movement deformation often occurs, such as hooking legs and opening legs, which makes the training effect not very good.

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