Disclosed are a shoe insole and its manufacturing method. The method includes the steps of crushing a rubber foam material into irregular primary crushed particles, covering a mixed elastomeric material onto a surface of the primary crushed particle uniformly, using a pressurizing, heating and curing method to form a primary modified foam material, crushing the primary modified foam material again to form irregular secondary crushed particles, covering the secondary crushed particles uniformly mixed with the elastomeric material onto a surface of the secondary crushed particle, and using the pressurizing, heating and curing method to form a secondary modified foam material similarly. The shoe sole made of the secondary modified foam material has good breathability, elasticity, comfortability and compressive strength.

Footwear is configured to be worn by a wearer's foot. The footwear includes a sole further comprises an outer sole. A central portion is formed within the outer sole. A seat piece is connected to the central portion and further comprising a notch receiver. A heel carrier plane is attached to an underside of central portion with a heel ramp. A heel carrier is attached to the heel carrier plane. A high heel is attached to the heel carrier.

Footwear is configured to be worn by a wearer's foot. The footwear includes a sole further comprises an outer sole. A central portion is formed within the outer sole. A seat piece is connected to the central portion and further comprising a notch receiver. A heel carrier plane is attached to an underside of central portion with a heel ramp. A heel carrier is attached to the heel carrier plane. A high heel is attached to the heel carrier.

An insole made of two membrane foils, between which a liquid is provided. The membrane foils have very little elasticity and high stiffness to respond quickly to load by pushing liquid quickly from an area under the foot to another area of the foot, by which the balance response is made faster for a person who uses such insoles. Especially in the field of multiple sclerosis, post-stroke rehabilitation, golf and race have such insoles have proven to be very advantageous.

A multi-layered orthopedic insole has at least four layers. The first layer is leather, the second layer is molded high-density recycled latex foam, the third layer is a molded, rigid density cork-EVA (Ethylene-Vinyl Acetate) footbed, and the fourth or bottom layer is moleskin or moleskin coated to provide a natural grip for gripping a shoe insole. The different layers are fused to form the orthopedic insole of the present invention. The third layer of the multi-layered insole is generally thicker than the other layers and includes sidewalls covered in a leather wrap. The multi-layered orthopedic insole is specifically designed to provide comfort and support to a user's foot using the specified materials, shapes, and contours.

A multi-layered orthopedic insole has at least four layers. The first layer is leather, the second layer is molded high-density recycled latex foam, the third layer is a molded, rigid density cork-EVA (Ethylene-Vinyl Acetate) footbed, and the fourth or bottom layer is moleskin or moleskin coated to provide a natural grip for gripping a shoe insole. The different layers are fused to form the orthopedic insole of the present invention. The third layer of the multi-layered insole is generally thicker than the other layers and includes sidewalls covered in a leather wrap. The multi-layered orthopedic insole is specifically designed to provide comfort and support to a user's foot using the specified materials, shapes, and contours.

The present disclosure provides a smart insole special for golf, belonging to the technical field of insoles. The smart insole includes a toe portion and a heel portion; inside the toe portion and the heel portion is formed a communicated cavity, the toe portion is formed with a groove, inside which groove is formed a plurality of through holes, the through holes are communicated with the cavity, one end inside the cavity close to the heel portion has a top fixedly connected to a partition block, and the cavity has an area located at a bottom of the heel portion filled with a porous sponge. The present disclosure can be combined with different application scenarios, select different usage modes, and improve the comfort specifically.

The present disclosure provides a smart insole special for golf, belonging to the technical field of insoles. The smart insole includes a toe portion and a heel portion; inside the toe portion and the heel portion is formed a communicated cavity, the toe portion is formed with a groove, inside which groove is formed a plurality of through holes, the through holes are communicated with the cavity, one end inside the cavity close to the heel portion has a top fixedly connected to a partition block, and the cavity has an area located at a bottom of the heel portion filled with a porous sponge. The present disclosure can be combined with different application scenarios, select different usage modes, and improve the comfort specifically.

A replaceable pressure-reducing breathable insole for a rehabilitation boot has a body, multiple decompression protrusions, and multiple breathable holes. The body has a top surface, a bottom surface, and a side wall annularly formed between the top surface and the bottom surface of the body to form an outer contour of the body. The decompression protrusions are disposed on and protruded from the bottom surface of the body at spaced intervals, abut against a bottom of the rehabilitation boot to form multiple airways between the bottom of the rehabilitation boot and the bottom surface of the body, and are elastic. The breathable holes are formed through the top surface and the bottom surface of the body at spaced intervals and communicate with the airways between the bottom of the rehabilitation boot and the bottom surface of the body.

A replaceable pressure-reducing breathable insole for a rehabilitation boot has a body, multiple decompression protrusions, and multiple breathable holes. The body has a top surface, a bottom surface, and a side wall annularly formed between the top surface and the bottom surface of the body to form an outer contour of the body. The decompression protrusions are disposed on and protruded from the bottom surface of the body at spaced intervals, abut against a bottom of the rehabilitation boot to form multiple airways between the bottom of the rehabilitation boot and the bottom surface of the body, and are elastic. The breathable holes are formed through the top surface and the bottom surface of the body at spaced intervals and communicate with the airways between the bottom of the rehabilitation boot and the bottom surface of the body.