Magnetic suspension cushioning function, auxiliary support and shoes

Abstract

According to the magnetic suspension cushioning function and the shoe provided by the invention, the repulsive force surfaces generated by the two powerful magnets are oppositely combined up and down, and the cushioning function and auxiliary support are provided for the shoe by utilizing the mutual repulsive thrust suspension of the two powerful magnets, so that the requirements of foot joint protection and support during movement are met. The magnetic suspension damping shoe comprises a shoe sole structure, the shoe sole structure is provided with two powerful magnet devices corresponding to the foot of the human body, suspension supporting is generated through repulsive force of powerful magnets, and the magnetic suspension supporting devices are located in the rear section and middle section areas of the foot. The repulsive force surfaces generated by the powerful magnets are arranged in the central cavity of the TPU fixing piece in the direction, the central interior of the TPU fixing piece is of a closed cavity structure, and the powerful magnets are arranged in the cavity structure to be fixed. The material of the TPU fixing sheet has three effects of semitransparent, full-transparent and non-transparent. The whole set of magnetic suspension cushioning device is combined and connected to the central position of the rear section or the middle section of the shoe sole main body, the magnetic suspension cushioning device is exposed out of the side surface of the shoe sole main body, and the magnetic suspension cushioning device is exposed out of the shoe sole main body in a left-right perforation mode and in a left-right groove mode.

Description

Technical Field

[0001] The present invention discloses an accessory device with a magnetic levitation shock absorption function, an auxiliary support, and a shoe. Background Art

[0002] In order to break through the shock absorption technology of international competing brands and surpass the past traditional technologies, explore the heel and joints, provide a new shock absorption system and comfort function, optimize and solve the impact feeling during exercise, and enable the foot to obtain more stable and new auxiliary support, people in the industry have been constantly seeking and researching to replace the past traditional technologies. Summary of the Invention

[0003] The present invention provides a magnetic levitation shock absorption function and a shoe. Two powerful magnets (001, 002) are combined relatively up and down with their repulsive surfaces facing each other, and are suspended by the repulsive thrust of the two powerful magnets (001, 002) to provide a shock absorption function and auxiliary support for the shoe, so as to meet the needs of protecting and supporting the foot joints during exercise.

[0004] The magnetic levitation shock absorption function includes: a sole structure, the sole structure has two powerful magnet devices (001, 002) corresponding to the human foot, and uses the suspension support generated by the repulsive force of the powerful magnets (001, 002). The magnetic levitation (001, 002) support device is located in the areas including the rear section and the middle section of the foot.

[0005] The directions of the repulsive surfaces generated by the powerful magnets are installed inside the central cavities of the TPU fixing pieces (003, 004). The centers (005, 006) of the TPU fixing pieces are closed cavity structures, and the powerful magnets are installed and fixed inside the cavity structures. The TPU fixing piece material is presented in three effects: semi-transparent, fully transparent, and opaque.

[0006] The whole set of magnetic levitation shock absorption device is combined and connected to the central position of the rear section or the middle section of the sole (007) body. The magnetic levitation shock absorption device will be exposed on the side of the sole body. The exposure methods include: exposing the magnetic levitation shock absorption device by perforating the left and right sides of the sole body, and exposing the magnetic levitation shock absorption device by making grooves on the left and right sides of the sole body. Figure 1 It is a schematic structural diagram of the magnetic levitation shock absorption function and the auxiliary support component according to an embodiment of the present invention. Figure 2 It is another perspective structural diagram of the magnetic levitation shock absorption function and the auxiliary support component according to an embodiment of the present invention. Figure 3 It is a schematic structural diagram of the magnetic levitation shock absorption function and the auxiliary support component according to an embodiment of the present invention, with one powerful magnet on each of the upper and lower sides. Figure 4It is a schematic structural diagram of wrapping and fixing a strong magnet by a TPU fixing piece of a magnetic levitation shock absorption function and an auxiliary support component according to an embodiment of the present invention. Figure 5 It is a schematic structural diagram of a fitting of a magnetic levitation shock absorption function and an auxiliary support component according to an embodiment of the present invention being installed in a sole body (007). The material of the sole body (007) at the position in the distance between the upper and lower strong magnets can be hollowed out, or the material of the sole body (007) in the distance between the upper and lower strong magnets can be filled as an interlayer buffer protection to prevent the direct collision of the upper and lower strong magnets during high-intensity vibration.

Claims

1. A magnetic suspension shock absorbing device and auxiliary support function, characterized in that: The magnetic suspension shock-absorbing device and auxiliary support function are as follows: the repulsive surfaces generated by two strong magnets are combined up and down, and the thrust suspension effect generated by the combination of the two strong magnets is utilized to provide shock-absorbing function and auxiliary support for the shoes to meet the protection and support needs of the foot joints during exercise.

2. An accessory and assembly method of a magnetic suspension shock absorbing device, characterized in that: The magnetic suspension shock-absorbing accessories include two strong magnets, one TPU material fixing plate at the top and one at the bottom, a cavity is arranged in the center of the TPU material fixing plate, and a shoe sole body.

3. The accessory and assembly method of a magnetic suspension shock absorbing device according to claim 2, characterized in that: The two strong magnets are respectively installed in the central cavities of the upper and lower TPU material fixing plates with the opposite directions of the strong magnets generating repulsive force surfaces, thereby generating a magnetic suspension function and forming a complete magnetic suspension cushioning component.

4. The accessory and assembly method of a magnetic suspension shock absorbing device according to claim 3, characterized in that: The complete magnetic suspension shock-absorbing component is connected, fitted and fixed to the sole body according to claim 2, thereby forming a complete sole with magnetic suspension shock-absorbing and auxiliary support functions.

5. A shoe, characterized in that: It comprises a magnetic suspension shock-absorbing accessory device according to any one of claims 1, 2, 3, and 4 and a component with auxiliary supporting function.

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