JP2015216964A - Lightweight healthy shoe with sweatiness prevented - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve problems of shoes sold in the market at present, since all shoes lack air permeability, producing sweatiness in the sole depending on users' sweatiness and climate conditions through the use for many years, causing unpleasant sole odor and, as a well-known fact, making a number of people suffer from athlete's foot.SOLUTION: The shoe is designed to have a mechanism structure in which air ventilation is constantly performed from above, from the side and from below through a large opening part in the shoe and waterproof air vents in the side of the shoe, and in which the air ventilation is promoted by elastic absorption of rubber characteristic through sole flexure when the shoe is used in walking.

Description

The present invention relates to weight reduction for preventing stuffiness in shoes.

Many of the shoes currently on the market are used for many years and have a design effect, but there seems to be a viewpoint only for that, and in recent years there is an increasingly high-cost concern and practical anti-steaming shoes In consideration of the fact that during walking, the soles of the body are stuffy and the odor of the soles is uncomfortable (for example, see Patent Publication 1 2009-142307), and other pipe uses have been announced, Problems that have been pointed out, and metal spring type vents have been announced. Walking using these shoes is easy to cause metal exhaustion in the time process, and overall ventilation is not well-designed The structure and the following reference have problems in practical elements for preventing dampness.

JP 2009-142307 published Published JP-A-2007-330670

The current shoes described above are aimed at solving the problems of discomfort and high costs, with the viewpoint that everyone has an unpleasant experience with foot odor.

In order to achieve the above objective, a shoe top upper opening is provided, and a pore opening is provided on the side of the shoe, so that a mechanical structure design that is always breathable leads to further weight reduction and 3/1 cost reduction is realized.

As described above, the present invention uses a waterproof and breathable fiber, and has an opening as large as possible. As shown in FIG. 1 and FIG. 3, the mechanism path extends from the pore opening to the entire side, bottom, top, and sole. Walking using outdoor air ventilation can promote unprecedented effects in the prevention of stuffiness and measures against athlete's foot through the elasticity of rubber and contribute to health promotion.

Shoe appearance inclination diagram showing an embodiment of the invention Shoe left walking refraction appearance inclination Inclined sectional view of shoe sole mechanism Synthetic fiber mesh weaving top view Top view of shoe upper side Insole plan view

Hereinafter, embodiments of the present invention will be described with reference to FIGS.

In the overall view of Fig. 1-1, 1-1 is waterproof fiber processed and has excellent air permeability, with a large opening and emphasis on air permeability. Two air passages are provided and a special woven fiber network is used in Fig. 41-1. Walking is used by the refraction of the foot, and the rubber's unique contracting action mutually draws the role of air permeability, making the insole in Fig. 6 water repellent. It has a mechanical design configuration as shown in FIG. 3, which is processed and can be removed, is very quick to dry after washing, and further promotes air permeability.

1-1 Waterproof breathable fiber.
1-2 Stoma mouth s Outside air suction mouth
1-3 Synthetic rubber
3-5 Synthetic two-layer hard rubber
4-1 Synthetic fiber weave upper bottom layer
6-1 Synthetic fiber special woven waterproof insole

Claims (1)

  A large number of pores on the side of the shoe, which can be exchanged with outside air at all times, form a waterproof effect on the pores, and have a ventilation mechanism structure and lightweight design in the shoe side pores.