A kind of honeycomb damping device and shoe sole

Abstract

The invention relates to a honeycomb shock absorbing device, which includes a plurality of shock absorbing rings stacked together. Alternating wave peaks and wave troughs are formed on the shock absorbing rings. The wave peaks on the next shock absorbing ring are the same as the wave troughs of the previous shock absorbing ring. Connection, the wave trough on the previous shock-absorbing ring is connected with the wave crest of the next shock-absorbing ring, and a shock-absorbing space is formed between the wave crests and wave troughs of adjacent shock-absorbing rings. Adopting the technical solution of the present invention, the shock-absorbing device includes a plurality of shock-absorbing rings stacked together. A honeycomb-like shock-absorbing space is formed between the wave crests and troughs of adjacent shock-absorbing rings. When the shock-absorbing device is stressed, , this shock-absorbing space can well disperse the force and achieve a shock-absorbing and buffering effect. The present invention also proposes a shoe sole using the above-mentioned honeycomb shock-absorbing device. By using the shoe sole of the present invention, the honeycomb shock-absorbing device is provided between the midsole and the outsole, so that the shoe sole has a better shock-absorbing and buffering effect. At the same time, the shoe sole It has simple structure and convenient production.

Description

technical field [0001] The invention relates to a honeycomb damping device, and also relates to a shoe sole made of the honeycomb damping device. Background technique [0002] With the development of sports-related technology, new sporting goods are constantly coming out. Among these sporting goods, shoes are used the most. Sports shoes, represented by sports shoes, have some protective devices to protect the wearer's spine, lower limb joints, and muscles from injury during various intense activities. This type of device is mainly placed on the outsole of the shoe to absorb shock and fully transmit the wearer's power to the ground. [0003] Typical protection devices include buffers such as shock-absorbing air cushions and springs. Buffers such as air cushions or springs are installed between the wearer's foot and the outsole to prevent the impact force generated by the wearer from stepping on the ground from being transmitted to the musculoskeletal joint system and avoid...

AI Technical Summary

Problems solved by technology

However, it also has the following problems: 1. The wave spring adopts flat steel wire, which is quite different from the material used to make shoes. If the shoes are directly in contact with the wave spring, the shoes are prone to wear and tear. The carrier on which the type spring is installed has a relatively complicated overall structure; 2. The flat steel wire of the plate type is spirally wound in one direction to form a multi-layer spring pad. If one side is stressed, it will bend to the stressed side, and it is difficult to disperse the force. For this reason, in this patent, a reinforcing piece is inserted between the flat steel wires of adjacent layers. The addition of a reinforcing piece makes the entire wave pattern The processing and manufacturing of the spring is more complicated. On the other hand, the addition of reinforcements limits the elastic deformation of the wave spring, making the shock absorption effect of the entire shoe worse; 3. The wave spring made of flat steel wire, the wave spring It is more troublesome to install and fix

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