Standing support device

Abstract

The invention discloses a standing support device. The device includes a force unloading mechanism, a grounding mechanism and a connection rod; the grounding mechanism is connected with the force unloading mechanism through the connection rod, the force unloading mechanism includes a thigh lamination board, the thigh lamination board wraps the thigh, and the thigh is connected with the grounding mechanism through the connection rod; the grounding mechanism is an adjustable flexible mechanism, the grounding mechanism includes a grounding plate, the grounding plate is arranged on the heel side,the grounding plate is inserted in a shoe and is in an arc shape, and the bottom surface of the grounding plate is lower than the sole. The thigh lamination board wraps the thigh, and fixation of thethigh lamination board with the human body is achieved. The grounding plate shares the pressure of the human body on the sole, and force borne by the grounding plate is allocated on the thigh throughthe thigh lamination board. By arranging the force unloading mechanism which can be attached to the human body, the weight is low, after being worn, the device does not affect the normal activity of the human body, the fusion degree with the human body is high, and after being worn, the standing support device is difficult to be seen and does not affect a personal image.

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...

AI Technical Summary

Problems solved by technology

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. Massaging the legs and other methods can relieve the symptoms of lower back pain and musculoskeletal pain, but there is a lack of equipment in the prior art that can reduce the weight of the body to oppress the lower limbs when the human body is standing

[0003] Traditional crutches can reduce the pressure on the lower limbs when the human body is standing, but it will affect the normal movement of the human body, and it is not beautiful, and the impact is not good. It is not suitable for healthy people who stand and work.

[0004] In the process of realizing the present invention, the inventors found that the research and development of the equipment focuses on the following aspects: 1. The weight of the equipment. If the weight of the equipment is too heavy, instead of reducing the pressure, it will increase the burden on the human body; 2. The impact on human body activities Impact, after wearing the device, it can reduce the pressure on the limbs, but if it affects the normal activities of the human body, it will make people unable to work normally, and the loss outweighs the gain; 3. The appearance is beautiful or the degree of integration with the human body. Incongruous or unsightly, and will not be recognized by consumers

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