Standing support device

Abstract

The invention discloses a standing support device comprising a force unloading mechanism, ground connecting mechanisms and transferring rods. The force unloading mechanism comprises a hip attaching plate, the hip is wrapped with the hip attaching plate, and the hip attaching plate is provided with bundling belts; the transferring rods comprise thigh rods and shank rods; the two ends of the thigh rods are connected with the hip attaching plate and the shank rods through rotating shafts; the lower ends of the shank rods are connected with the ground connecting mechanisms, and the thigh rods andthe shank rods are arranged on the back face of lower limbs; the ground connecting mechanisms are adjustable flexible mechanisms and comprise ground connecting rods; and the ground connecting rods arearranged on the outer sides of ankles and / or the sides of heels, and the bottom faces of the ground connecting rods are lower than shoe soles. Close-fitting fixing of the hip attaching plate and a human body is achieved through the bundling belts, and the ground connecting rods make contact with the ground in advance of the shoe soles, so that the pressure of the human body weight to the foot bottom is shared. According to the standing support device, by arranging the force unloading mechanism attached to the human body, the effects that the weight is small, normal activities of the human body after wearing of the standing support device are not affected, the fusion degree of the standing support device and the human body is high, the standing support device is difficultly perceived afterbeing worn, and the personal image is not affected are achieved.

Description

technical field

[0001] The invention relates to the field of medical care equipment, in particular to a standing support device capable of relieving muscle pressure when a human body stands. Background technique

[0002] At present, many occupations in the society need to stand for a long time, such as surgeons, teachers, cooks, traffic policemen directing traffic, program hosts, etc. When standing normally, all the weight is borne by the feet. As the standing time increases, the pressure on the feet is high first, then the calves, and then the thighs. Overloaded pressure can lead to edema, plantar fasciitis, knee bursitis, varicose veins, and more. The most effective way to prevent occupational injuries caused by prolonged standing work is to start with personal protective measures and the design of the workplace, such as wearing elastic stockings, and designing a space where you can alternate between standing and sitting. Modes such as massaging both legs can alleviate t...

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