CN201332737Y - Shoe-sole breathable direct-discharging device - Google Patents

Abstract

The utility model discloses a shoe-sole breathable direct-discharging device; a hollow pillar which is connected with the shoe sole into one body is arranged on the front surface of the shoe sole, an invisible air hole is arranged at the part which is dented in the shoe sole of the bottom part of the shoe sole and the hollow pillar for leading an air intake valve to connect the hollow pillar, and finally, a poriferous middle sole is covered on the invisible air hole; the hollow pillar is pressed, the air intake valve is closed automatically, and the air in the hollow pillar is exhausted from an exhaust valve through the invisible air hole; the hollow pillar is rebounded and the air intake valve sucks air automatically by opening.

Description

Ventilation and direct air-discharging device of sole

Technical field

The utility model has related to a kind of sole gas permeable devices.

Background technology

Development along with society, people are more and more higher to the requirement of breathable shoes, and existing breathable shoes always exists quality problems such as hidden danger, complex manufacturing, shortage comfort level, airing function are poor, cost height are arranged, the requirements at the higher level of people can not be satisfied, the requirement of manufacturer can not be satisfied production technology to breathable shoes.The mankind press for an effective scheme and solve the problems referred to above.

The utility model content

The purpose of this utility model is to provide a kind of better ventilation and direct air-discharging device of sole.

For achieving the above object, technical solution of the present utility model is, a kind of ventilation and direct air-discharging device of sole, at the hollow pillar of the positive setting of sole with the sole disjunctor, in the recessed sole portion of hollow pillar and sole bottom air bleeding valve and stealthy air-vent are set, an intake valve is linked to each other with the hollow pillar, at last the end in porose is covered on it; Hollow pillar pressurized, intake valve cuts out automatically, and gas is discharged through stealthy air-vent by air bleeding valve in it; The resilience of hollow pillar, intake valve opens air-breathing automatically.

Described hollow pillar links to each other with sole, is covered with sole, and the diameter of its hollow is wide at the top and narrow at the bottom, the following narrow position sole portion of packing into.

Said stealthy air-vent is connected with the latter half of hollow part at the recessed position of sole pattern, and the gas in the hollow pillar is forced to breathe out thus.

Said intake valve is made up of top pore, arc installation card, arc installation card cross air drain, air valve main body, conical flow controller, conical flow controller air drain, air valve insertion body, anticreep barb, bottom venthole.

Described air bleeding valve and intake valve belong to same parts, but only lacked an arc than intake valve card are installed. and their mutual alternative are used.

The described porose middle end, be covered with air-vent on it, contain medicine, spices, anion, warming and refrigeration composition.

After adopting such scheme, because hollow pillar of the present utility model is distributed in sole surface, no matter how step moves, and always has gas in line to outer sole, and air permeable effect is obvious.

Description of drawings

Fig. 1 is a hollow pillar Pareto diagram of the present utility model;

Fig. 2 is the utility model intake valve and combination schematic diagram thereof;

Fig. 3 is the plane of the utility model air bleeding valve;

Fig. 4 is the utility model hollow pillar and intake valve assembling schematic diagram;

Fig. 5 installs card cross air drain front elevation for the utility model arc;

Fig. 6 is the utility model conical flow controller one word air drain front elevation;

Fig. 7 is the profile of the big end of the utility model and hollow pillar;

Fig. 8 is a porose middle bottom plan view of the present utility model.

The specific embodiment

As shown in Figure 1, the utility model is covered with hollow pillar 2 at big the end 1, on each hollow pillar 2 intake valve 3 is installed all, and air bleeding valve 13 all will be installed in the bottom of each hollow pillar 2.

As shown in Figures 2 and 3, intake valve 3 is installed card 5, arc by top air admission hole 4, arc and is installed that card cross air drain 6, air valve main body 7, conical flow controller 8, conical flow controller one word air drain 9, air valve insert body 10, anticreep barb 11, bottom venthole 12 is formed air bleeding valve does not have arc installation card 5.

As shown in Figure 4, insert hollow pillar 2 behind the glue on the inner side brush of the installation of the arc on the intake valve 3 card 5.

As shown in Figure 5, there is the cross air drain in the front that arc is installed card cross air drain 6, and the gas in the footwear chamber enters hollow pillar 2 from different directions.

As shown in Figure 6, the afterbody of conical flow controller one word air drain 9 is provided with an in-line air drain, makes the gas in the intake valve 3 freely enter hollow pillar 2.

As shown in Figure 7, the diameter of the sole portion 14 of packing at the big end 1 is less than hollow pillar 2, air bleeding valve is installed on the lower end of hollow pillar 2, stealthy air-vent 15 is positioned at the recessed sole portion 16 of bottom pattern of the big end 1, makes it can not diminish the airing function of stealthy air-vent 15 because of the big end 1 and the friction on ground.

As shown in Figure 8, be covered with air-vent 18, the outmoded gas in the footwear chamber sucks hollow pillars 2 by air-vent 18 at the porose middle end 17 of the present utility model.

In sum, because hollow pillar 2 of the present utility model arrangement science on sole 1 is convenient to produce, directly ventilative, no matter how step moves, and the outmoded gas in the footwear chamber is always in time discharged, and air permeable effect is obvious.

More than be possible embodiments of the present utility model, only for ease of explanation the utility model, all various shift design of doing according to this device all should be contained within the protection domain of the present utility model.

Claims (5)

1, a kind of ventilation and direct air-discharging device of sole, it is characterized in that: at the hollow pillar of the positive setting of sole with the sole disjunctor, in the recessed sole portion of hollow pillar and sole bottom stealthy air-vent is set, an intake valve is linked to each other with the hollow pillar, the end in porose is covered on it; There is the cross air drain in the front that arc is installed card cross air drain; The afterbody of conical flow controller one word air drain is provided with an in-line air drain.

2, as claims 1 described ventilation and direct air-discharging device of sole, it is characterized in that: the hollow pillar links to each other with sole, is covered with sole, and the diameter of its hollow is wide at the top and narrow at the bottom, and following narrow position extends to sole portion.

3, as claims 1 described ventilation and direct air-discharging device of sole, it is characterized in that: stealthy air-vent is at the recessed position of sole pattern.

4, as claims 1 described ventilation and direct air-discharging device of sole, it is characterized in that: intake valve is made up of top pore, arc installation card, arc installation card cross air drain, air valve main body, conical flow controller, conical flow controller air drain, air valve insertion body, anticreep barb, bottom venthole.

5, as claims 1 described ventilation and direct air-discharging device of sole, it is characterized in that: the full air-vent of base fabric in porose.

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