A deformable micro-suction cup bionic, impurity-removing, wear-resistant, non-slip sole structure
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A technology of anti-slip and suction cups, which is applied to soles, footwear, clothing, etc., can solve the problems of non-slip and wear-resistant effect and single anti-slip structure, and achieve the effect of novel design, simple structure and increased anti-slip resistance
Active Publication Date: 2021-03-19
广东雨时行科技发展有限公司
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These design structures are single, although they can play a certain anti-slip effect, but because of their single anti-slip structure, their anti-slip and wear-resistant effects are not outstanding, and cannot meet people's further requirements for anti-slip and wear-resistant
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[0039] In actual use, when the user walks on the ground using the sole of the non-slip structure of the present invention, the outermost annular anti-slider on the non-slip structure is in contact with the ground, and then, in the human body's own gravity, the user is in front of the ground In combination, the arcuate groove on the non-slip boss is squeezed to adsorb the smooth road to prevent slipping. Among them, since the non-slip boss is made of rubber, it has a good wear-resistant anti-slip effect, and can be deformed when the force is large, and after the long-term use of wear, the anti-skid boss on the inner ring anti-slider is The ground is fitted to further increase the anti-slip wear resistance effect of the anti-slip structure. Further, the disposed anti-skid disc is made of a hard plastic, not only to support the non-slip slip of the sole, but also after the inner ring anti-slider is deformed or worn, it can always maintain the non-slip effect of the sole. In addition,...
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Abstract
The invention discloses a good-deformation micro-sucker bionic impurity-removing wear-resistant anti-skid sole structure. The structure comprises a shoe sole and a plurality of anti-skid structures arranged on the shoe sole. A first impurity residue discharging liquid groove is formed between every two adjacent anti-skid structures, wherein all first impurity residue discharging liquid grooves aremutually connected. The anti-skid structure comprises an anti-skid disc and a plurality of annular anti-skid blocks arranged on the periphery of the anti-skid disc. Second impurity residue discharging liquid grooves, which are mutually connected, are formed between every two adjacent annular anti-skid blocks. Each annular anti-skid block is composed of a plurality of anti-skid bosses in an annular shape. Third impurity residue discharging liquid grooves, which are mutually connected, are formed between every two adjacent anti-skid bosses. The good-deformation micro-sucker bionic impurity-removing wear-resistant anti-skid sole structure is novel in design, simple in structure and convenient to use. The anti-skid structure can be attached to the ground from outside to inside through the concave cambered surface arranged at the top of the anti-skid structure. When annular anti-skid blocks and anti-skid discs on the anti-skid structure are attached to the ground, the anti-skid blocks andthe anti-skid discs can be adsorbed to the ground through arranged arc-shaped grooves. Therefore, the anti-skid resistance of the anti-skid structure and the ground is increased.
Description
Technical field [0001] The present invention relates to a non-slip field, and more particularly to a good deformable microfibricant bionic structure. Background technique [0002] The construction of the sole is quite complicated. In general, it can include a material that makes all the bottom of the bottom, a midsole and a heel, and the like. In terms of narrowness, only the outsole, the characteristics of the general sole material should have wear-resistant, water resistant, oil resistance, heat resistance, pressure resistance, impact resistance, good elasticity, easy to properly, and it is not easy to vary. Insulation, easy to absorb moisture, etc., but also to cooperate with the middle bottom, there is a brake in the foot of the foot without slipping and easy to stop. There are many types of soles, which can be divided into natural substrates and synthetic substrates. Natural substrates include natural charters, bamboo, wood, etc., synthetic substrates include rubber, plastic...
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