Buffering damping stair floor and debugging method thereof

Abstract

The invention discloses a buffering damping stair floor and a debugging method thereof. The buffering damping stair floor comprises floor bodies and a buffering mechanism placed on one side of the corresponding floor body; a pattern face and a buffering face are arranged on the two sides of each floor body in the thickness direction correspondingly, and each buffering mechanism is located on one side of the buffering face; each buffering mechanism comprises buffering columns and buffering plates, the buffering columns each are of a hollow structure, each buffering column is provided with a first bearing block, an adjusting part and a second bearing block on the axis path of the corresponding buffering column, the end, away from the adjusting part, of the first bearing block is movably connected with the corresponding floor body; the end, far away from the adjusting part, of the second bearing block is movably connected with a placing face, the axis of each buffering column is perpendicular to the breadth of the corresponding floor body, and non-Newtonian liquid is injected into the adjusting parts; and the two adjacent buffering columns are connected through the buffering plates. According to the buffering damping stair floor and the debugging method thereof, the buffering mechanisms are arranged at the bottom of the stair floor, impact force generated in the going-downstairs process is reduced, and therefore the effect of protecting the floor and knees is achieved.

Description

technical field [0001] The invention relates to the field of floors or the field of shock-absorbing materials, in particular to a cushioning and shock-absorbing stair floor and a debugging method thereof. Background technique [0002] The knee joint is one of the largest and most complex joints in the human body. It is composed of the femur, tibia, and patella. The contact surfaces of the three form the joint. There are also fascia, meniscus, and ligaments in the joint. The meniscus is like a sheet. The cushion plays the role of cushioning, shock absorption and partial stability; if any part of it goes wrong, it will affect the function of the knee joint, which in turn will affect our normal life. As a weight-bearing joint, the knee joint bears different loads in different postures. Modern medical research shows that when going up stairs, the cartilage surface of the knee joint bears about three times the pressure of the body weight, and going down stairs is harder than goin...

AI Technical Summary

Problems solved by technology

[0003] However, as the floors get higher and higher, whether you are at home or out, you will inevitably need to go up and down the stairs. When you go down the stairs, the knee joint must not only bear its own gravity, but also bear the anti-shock force from the stair floor feedback, so that the knee joint Due to secondary injuries, most of the floor is cushioned by laying shock absorbing pads on the floor. The shock absorbing effect is not good and the cost of subsequent cleaning and maintenance is high. There is no floor with its own shock absorbing effect on the market.

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