Intelligent health chair

Abstract

The invention relates to an intelligent health chair, which comprises seat base, a back rest support, a head rest piece, a back rest piece, a waist rest piece, a lying adjustment device, a sensing device and a control processing device. An angle between the supporting surfaces of the back rest support, and the head rest piece, the back rest piece and the waist rest piece arranged on the back rest support and the supporting surface of a seat cushion arranged on the seat base can be adjusted between 90 degrees to 180 degrees through adjusting the lying adjustment device. The invention provides an ergonomic health chair with adaptability, so that a waist rest state can be adjusted automatically according to different body boundaries and back curve shapes, and a bad sitting position can be corrected. Monitoring, correcting, and data acquisition and analysis can be carried out through sitting positions. The chair can be adjusted to a 180-degree lying posture from a 90-degree sitting posture through the lying adjustment device, so that people can be helped to relieve fatigue, and the physical and psychological health is ensured.

Description

Technical field [0001] The invention relates to an intelligent health chair. Background technique [0002] Office chairs are essential office equipment for modern people, but inferior computer chairs are the number one killer in the office. If you work in front of the computer for more than ten hours a day, you will experience varying degrees of pain in your lower back and cervical spine within two to three years. . There is no specific medicine for chronic diseases. It is impossible to cure them by taking a period of rest or using some folk remedies. [0003] Therefore, people attach great importance to the health and comfort of office chairs, and many office chairs with this performance appear in the existing technology. For example, the Aeron chair and Embody chair from Herman Miller in the United States. [0004] Aeron was once hailed as "the healthiest and most comfortable work chair in human history." Don Chadwick and Bill Stumpf, two of Herman Miller's top industri...

AI Technical Summary

Problems solved by technology

[0007] However, they still have some disadvantages. First, there is no headrest and no effective support for the neck. Secondly, their design philosophy is to provide comfort by fitting the shape of the human body. For example, Aeron uses a suspension structure to try to be compatible with human The body contour fits perfectly and naturally. Embody adopts a chair back structure similar to the human spine structure, which is also trying to completely fit the physiological curvature of the human spine. However, although the basic structure of the human body is the same, it is not completely the same. The human body shapes of different groups of people Or there is a considerable difference in back curves. Factors such as height, weight, fat and thin will have a great impact on a person's body contour and back curve, forming completely different body contours and back curve shapes.

In fact, these existing designs cannot fully meet the needs of these differences

[0008] Looking at other existing seat designs, similar methods are basically adopted, and it is impossible to provide adaptable ergonomic health chairs for different groups of people, and it is also impossible to provide adaptability and health at the same time. Actively correct people's bad sitting posture, let alone monitor, correct and analyze people's sitting posture through intelligent health chairs

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