JP2021037028A - Sweatiness resolved boot - Google Patents

Abstract

To solve problems of an osmosis membrane for shoes, problems in which an osmosis sheet for micro pore aeration has a blind spot in the effectiveness of temporal lapse by 10,000,000/1, in which the osmosis sheet is an exclusive sheet membrane for dissolution/osmosis by long temporal difference for humidity of a wide-angle, namely, of wide ceiling or humidity of a household wall and adoption of the osmosis membrane on shoes in general is a purpose error, and in addition aeration function as the effect is unfulfilled, and in which furthermore by particulate sand dust sticking by deflection action by walking impairs the function to cause rupture by a very thin membrane.SOLUTION: The entire boot is constituted by synthetic fiber mixed rubber, a shoe sole is by hard rubber, and a boot lower side face periphery is by three layers of soft rubber/upper soft rubber/soft rubber that requires notch mechanism channel. The lower side face periphery is provided with a large number of ventilation waterproof ports horizontally in parallel and, in this position, there is installed an individual device for ventilation waterproof lid with automatic opening/closing. Inside the lid, nanoized fluorine polymer liquid dispersion is installed and, in addition, a mesh woven inner sole is arranged which directly ventilates the sole of a foot with outer air through the mechanism channel.SELECTED DRAWING: Figure 2

Description

INDUSTRIAL APPLICABILITY The present invention identifies the invention of an individual device for automatically opening and closing a lid by a ventilation and waterproof function configuration of boots involved in the content of the prior application No. 2018-151902.

Most of the short shoes and boots currently on the market have been used for many years, and <there are no practical stuffy prevention boots>, especially those who are engaged in food processing, river sea, metal processing, road pavement, etc. by using boots. There is an increasing trend, and it is a well-known fact that inevitable foot inflammation and athlete's foot occur, which causes physiological sweating on the soles of the feet when walking due to high humidity due to the environment surrounded by the sea. There is a problem in the practical elements of stuffiness prevention measures in the following references.

Patent Document 1 describes ventilation by a breathable membrane and waterproof boots.

Japanese Unexamined Patent Publication No. 2006-304951

Penetration sheet membrane that ventilates and waterproofs from the opening of the boots described in Patent Document 1. <Microhole ventilation has a blind spot in the effectiveness of time passage by 1/10 million, and wide angle, that is, wide ceiling humidity. In addition, the adoption of a osmosis membrane for shoes in general, which is a dedicated sheet membrane that eliminates and permeates the humidity of the house wall over a long period of time, is not only a mistake in use, but also has a sufficient ventilation function as an effect. In addition, the use of a socks osmosis membrane due to a refraction movement due to walking motion has a problem that the function is hindered by <micropores adhering to fine dust> and tears occur due to <a very thin membrane>.

The present invention has been made in order to solve the above problems, and specifically, it is practically feasible. Even in the case of raindrops or water pressure, water does not infiltrate into the shoes and walking. It is an object of the present invention to provide stuffy-relieving boots that take in outside air and ventilate and dry moisture in shoes such as sweat.

The present invention corresponds to this case as a result of researching various materials and structures of boots in order to solve the above problems.
1. The entire element of the boots is made of rubber containing synthetic fibers.
2. Shoe sole ground contact surface Hard rubber 2 and soft rubber are combined, as shown in FIG.
3. Softer rubber than hard rubber on the sole (cut out a part of the middle upper rubber to create a ventilation mechanism) (ventilation)
It is composed of three layers with a road).
It is shown in FIGS. 5 and 6.
4. Ventilation mechanism path It is characterized in that a ventilation port (A) is provided so that ventilation can be directly ventilated and sucked through the entire sole of the foot via a mechanism path (H-2) (S) composed of a triple structure. These are boots that eliminate stuffiness.

The features of the stuffiness-relieving boots of the present invention are as follows.
Ventilation and waterproofing are performed by the automatic lid opening / closing device shown in FIGS. 2, 3, and 4 below.
1. 1. Ventilation is provided with a vent (A) lid automatic opening / closing individual device (opening / closing only on one side).
2. The lid is characterized in that it repeatedly opens and closes 35 degrees up and down by walking exercise, ventilates and waterproofs, and seals against external pressure to block the pressure.
3. 3. Waterproofing works well for external pressure water pressure with a sealing lid, where the vent (A) lid automatically opens and closes inside the solid device (D) (F), and the nano-polymer liquid is sprayed several times on a large number of 3 mm holes. For water leaks that are not caused by water pressure, the water itself forms a water film to enhance the effect, as well as the water repellent effect. Is.
4. Ventilation and waterproofing are configured by drilling a large number of holes with a diameter of 3 mm inside the automatic lid opening / closing individual device to obtain a waterproof effect.
5. The material of the automatic lid opening / closing solid device is specified as aluminum, hard plastic, etc.
6. Automatic lid opening / closing The individual device (lid) is provided with various display features such as logos and pictures.
7. Risk at the place of use, if clay such as mud, swamp, etc. adheres to the lid automatic opening and closing individual device, its function, ventilation will be temporarily disabled, there is a risk that the original function will be restored when washing with water Fold in the matter.

As described above, in the present invention, for ventilation and waterproofing, a part of the soft rubber in which three types are combined requires a notch mechanism path (H-2) and (S), and <rubber by walking exercise by a hard rubber composite or the like. Using the characteristic elastic contraction>, the mechanism path (H-2) promotes suction and exhaust from a large number of parallel horizontal vents (A) around the side surface of the sock by the bending pump action by pressing and releasing by the weight load during walking. ) Passing through (S) and ventilating the entire sole of the foot, it exerts an unprecedented effect on sole inflammation and water bugs by eliminating stuffiness and can contribute to the promotion of health.

Front view of the appearance of boots showing an embodiment of the invention Ventilation waterproof lid automatic opening and closing solid device side view Ventilation waterproof lid automatic opening and closing solid device open front view Ventilation waterproof lid automatic opening and closing solid device closing front view Sole ventilation mechanism Road plan Sole soft rubber middle upper notch ventilation mechanism road vertical cross section Vertical cross-section of the material configuration showing the arrangement of ventilation and waterproofing devices Floor plan seen from above the insole

The details of the embodiment of the present invention will be described with reference to FIGS. 1 to 8.
Example 1
1. 1. The entire structure of the boots of the present invention is made of a composite rubber containing synthetic fibers. Example 2 shown in FIG.
2. It is composed of three layers of soft rubber (H-1) having a ventilation mechanism path by cutting out a part of the soft rubber in the middle between the hard rubber (H-3) and the space rubber (H-2). .. It is shown in FIG.

Example 3
In order to introduce outside air to the sole of the foot, a large number of pore openings (A) are provided in parallel and horizontally around the side surface of the boots. FIG. 5 and FIG. 6 show a configuration in which the outside air is directly ventilated to the entire sole of the foot via the portion (S).

Example 4
The sole of the foot, which is in contact with the insole mechanism road and the insole, is deformed by the walking exercise weight load pressure to shrink the volume, and is exhausted from the vent (A) around the boots. In addition, the ventilation contracted by pressing is exhausted by automatically opening the lid (C) up and down 35 degrees by the (E) support shaft by walking motion, and the volume increases by releasing the air pressure in the shoes, and the outside air is released. Inhale through the vent (A). By the pumping action, outside air ventilation is supplied to the sole of the foot. It is shown in FIG. 2, FIG. 3, and FIG.

Example 5
The insole (G) is made of a breathable wide-angle mesh fiber that can be taken in and out of the shoe and washed. This insole (G-1) has a thick edging around it to provide strength, and a large number of vents are arranged horizontally in parallel on the side surface around the sock. It was shaped to cover.

Example 6
The principle of waterproof function will be explained.
1. 1. For waterproofing in which a large number of vents (A) are provided in parallel and parallel around the sock, the lid (C) that automatically opens and closes 35 degrees up and down by the (E) support shaft is suitable for external pressure and water pressure, and exerts its effect. A ventilation / waterproof lid automatic opening / closing individual device is shown in FIG.
Example 7
2. Furthermore, for ventilation and waterproofing, 3 mm holes (D) (F), <fine particles, nano-sized molecule superhydrophobic substance liquid or fluorine polymer liquid are sprayed several times, which is an inevitable process for seeking strength and durability. Yes, more stable and lasting ventilation and waterproofing are possible. It is shown in FIG. (Even if clay or ultrafine dust adheres, water washing can be repeated.) Maintains stable use for a long period of time.

Example 8
1. 1. For example, even if the shoe is deformed due to walking exercise, the ventilation (A) is arranged horizontally in parallel on the side surface with a large number of ventilation holes around the sock to stabilize the ventilation exchange due to the contraction unique to the rubber, and to ventilate and waterproof. It is shown in FIG. 1, FIG. 5, and FIG.
Example 9
1. 1. This is because the process of engaging in water pools and water field work for a long time inevitably causes stuffiness on the soles of the feet and ventilates in places where there is no water in the work process (onboard work, food processing, river sea, etc.). Work site.
Example 10
2. By making the rubber quality of the entire sole thicker than usual (conventional product), the overall function is promoted (the sole combination is an example), and it can be changed as appropriate.

A Vent A-1 Vent at the same position Lid automatic opening / closing individual device B Lid automatic opening / closing individual device Insertion part C Lid D Ventilation waterproof hole E Support shaft F Lid fixing receiver G Inlay G-1 Inlay Fuchi H-1 Hard rubber H-2 Medium rubber notch space H-3 Soft rubber S Ventilation mechanism Road

The features of the stuffiness-relieving boots of the present invention are as follows.
(1) For ventilation and waterproofing, the lid automatic opening and closing individual device is arranged horizontally in parallel on the side of the shoe at the position (A) shown in Fig. 1. For ventilation and waterproofing, the inside of the lid has a large number of holes with a diameter of 2 mm or 3 mm. Ventilation and waterproofing by opening are provided, especially for waterproofing, a protrusion corresponding to the ventilation hole is formed inside the opening lid to instantly close the hole, and a protrusion is provided to enhance the waterproof effect.

A Ventilation port A-1 Ventilation port Same position Lid automatic opening / closing individual device B Lid automatic opening / closing individual device insertion part C Lid
C-1 Lid inner protrusion D Ventilation waterproof hole E Support shaft F Lid maintenance G Insole G-1 Insole Fuchi H-1 Hard rubber H-2 Medium rubber Notch space H-3 Soft rubber S Ventilation mechanism path

Claims (1)

The entire boots are made of rubber containing synthetic fibers, and the soles are soft, which requires between hard rubber (H-1), soft rubber (H-3) and upper soft rubber notch mechanism paths (H-2) (S). A lid that is equipped with a large number of ventilation waterproof ports (A) in parallel and horizontally around the upper part of the side surface of the boots that are composed of three layers with rubber, and is equipped with a ventilation waterproof lid vertical automatic opening and closing individual device (A-1) at the same position. The inner (D) and (F) are equipped with nano-sized fluorine polymer liquid spray, and the sole of the foot is directly ventilated to the outside air via the mechanical paths (H-2), (S) and (A). Characteristic stuffiness elimination boots to deploy G).

Images