Wearing-free auxiliary standing device

Abstract

The invention discloses a wearing-free auxiliary standing device. The device comprises a frame, an auxiliary standing mechanism, a booster and a knee pad mechanism; the knee pad mechanism is arrangedon the frame; the auxiliary standing mechanism comprises a seat for supporting the buttocks of a user, a chest protection structure for supporting the upper body of the user, and a rotating structure;the seat is arranged on a rotating structure, and the end part of one side, far from the seat, of the rotating structure is hinged to the frame; the booster is connected to the frame and the rotatingstructure respectively, and the booster is actuated to drive the rotating structure to drive the seat to rotate around the frame along the height direction, so that a user does sitting and standing movements; the seat always adheres to the buttocks of the user during sitting and standing movements; and the chest protection structure always fits the upper body of the user during sitting and standing movements, or the chest protection structure fits the upper body of the user only when the user is in a standing state. The device requires no complicated and long-time wearing process for the user, and sitting and standing movements can be carried out just when the user sits on the seat, so that the starting time of equipment is saved, and the enthusiasm and convenience of the user are improved.

Description

technical field [0001] The invention relates to the technical field of standing aids, in particular to a wear-free standing aid. Background technique [0002] For a long time, users with lower limb motor dysfunction (such as paraplegia, paraplegia users) can only stay in bed or take a wheelchair for a long time, causing the user's buttocks to be in a state of compression for a long time, prone to bedsores, leg muscle atrophy, osteoporosis, Urinary infection and other complications, and at the same time, long-term sitting still can cause cardiovascular obstruction, cause cardiovascular disease, digestive system problems, weakened cardiopulmonary function, etc. Cardiovascular obstruction can cause cardiovascular disease, digestive system problems, weakened cardiopulmonary function And so on a series of complications. [0003] More and more medical experts are beginning to realize the importance of standing for users with lower limb motor dysfunction. Frequent standing of user...

AI Technical Summary

Problems solved by technology

[0004] Therefore, there are more and more standing products for users with lower limb motor dysfunction, such as exoskeleton robots, gait trainers, standing rehabilitation wheelchairs, etc., but these products have one thing in common, that is, when users use the products, they first It is necessary to wear a complex wearing device to stand, the wearing process is complicated, and the wearing time for a long time will greatly reduce the enthusiasm of users to stand, which is not conducive to the promotion and use of the product, and some users with strong waist do not need such a complicated wearing device at all. Wearable device, so it is necessary to invent an auxiliary standing mechanism that can avoid wearing and help users with lower limb motor dysfunction with strong waist to stand quickly

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