KR200219980Y1 - Skate boots of a mold structure - Google Patents

Abstract

The present invention relates to a mold structure of a skate boot. The present invention is a mold in which the shape of the boot is maintained to be suitable for the user's feet by being built in both front and bottom surfaces from the back of the skate boot, the mold 10 is mixed with the aramid fibers and carbon fibers in the horizontal and vertical It is produced by weaving, it is characterized by improving the tensile strength and elasticity by applying a curing agent and curing it.

The present invention constituted as described above is manufactured by molding aramid fiber (kebra) and carbon fiber by mixing the aramid fiber (kebra) and carbon fiber in the mold itself, which is insulated from the rear surface of the skate boot to both front and bottom surfaces to maintain the shape of the skate boot. Providing the skate boots with excellent elasticity, the athlete has a strong force when running on the wearing ice, thereby improving the record.

Description

Mold structure of skate boots {SKATE BOOTS OF A MOLD STRUCTURE}

The present invention relates to a mold which is built in both the front area and the bottom surface from the back of the skating boot, and in particular, the mold itself is fabricated by mixing the aramid fiber (kebra) and the carbon fiber horizontally and vertically to produce excellent tensile strength and elasticity. It relates to the mold structure of the skate boots to provide the skate boots.

In general, the skate is made to wear speed in the ice plate, which is usually a type of the skate and the skate blades are integrally used, but in recent years the type of the back of the boot of the skate is detached from the skate blades to facilitate the speed This situation is prevalent and used.

The boots of the skate is maintained by the mold (MOLD) to be built in both the front region and the bottom surface from the back of the squeeze area so as to maintain the shape of the boot suitable for the user's feet.

However, such a conventional mold is made of kebra (Aramid Fibers) excellent in tensile strength, and attached to the carbon fiber (Carbon Fibers), and then installed in the interior of the skate boots to use When the user uses the skate boots, that is, when running on the ice wearing the skate boots, the aramid fibers and the carbon fibers are separated from each other and cracks are generated in the carbon fibers themselves. Occurred.

The present invention was devised to solve such a conventional problem, and the present invention has an object of providing a mold structure of the skating boots of aramid fiber and carbon fiber interwoven mixed with excellent tensile strength and elasticity.

The technical problem of the present invention is a mold in which the shape of the boot is maintained to be suitable for the user's feet by being insulated from the rear surface of the skate boot to both front regions and the bottom surface, wherein the mold crosses aramid fibers and carbon fibers. It is achieved by mixing and weaving vertically, applying a curing agent and curing it to improve tensile strength and elasticity.

1a, 1b is a front view showing a mold of the skate boots according to the present invention.

FIG. 2 is an enlarged sectional view taken along the line A-A of FIG. 1A; FIG.

Figure 3 is a side view of the mold of Figures 1a, 1b built in the skate boots.

<Explanation of symbols for main parts of drawing>

1: skate boots 10: mold

21: Textile

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 1a, 1b is a front view showing a mold of the skate boots according to the present invention, Figure 2 is an enlarged cross-sectional view of the line A-A of Figure 1a, Figure 3 is a state in which the mold of Figures 1a, 1b is built in the skate boots Side view.

As shown in Figures 1 to 3, the mold 10 according to the present invention is built into the front and both sides of the front area and the bottom surface from the back of the skate boots 1, the shape of the skate boots 1 to fit the user's feet Will be maintained.

The mold 10 is manufactured to be able to be built in both the front region and the bottom surface from the rear squeegee portion of the skate boot 1, which is made of kebra (Aramid Fibers) and carbon fibers (Carbon Fibers) When the material 21 is mixed and woven vertically or vertically, or is produced by mixing and weaving vertically and horizontally, a single mold 10 is produced by applying an epoxy, which is a curing agent, and curing the same.

When the mold 10 produced as described above is hardened by adding about 5 sheets continuously, the actual mold 10 is completed.

On the other hand, the mold 10 produced in this way is made of leather, and is fixed by sealing the put into the sewing boot (1). In other words, when the snow from the back of the back portion to the front region and the bottom surface, the tensile strength and elasticity of the skate boot (1) is improved.

As described above, the manufacturing method of the mold of the present invention, as shown in Figs. 1 and 2 will be mixed weaving the fiber material 21 consisting of aramid fibers (kebra) and carbon fibers in the horizontal and vertical. That is, the aramid fibers having excellent tensile strength and the carbon fibers having excellent elasticity are mixed and woven horizontally and vertically, or the mixed material is woven vertically and horizontally to weave the fiber material 21.

In this state, the blended woven fiber material 21 can be wrapped around the front region from the back squeegee area of the skate boot 1, and the fiber material 21 is cut to suit the bottom surface. That is, the fiber material 21 is cut on the basis of the molded product which is molded and bonded by gypsum or the like appropriately to the shape and shape of the user's actual foot.

At this time, the fiber material 21 is integrally cut so as to cover the front region from the back of the molded article, and the fiber material 21 is cut to suit the bottom surface.

Next, an epoxy or the like, which is a curing agent, is uniformly applied to the cut fiber material 21, and then cured for about 10 minutes to solidify. Then, one mold 10 is produced. The mold 10 produced in this way is added to about 5 sheets continuously and hardened. Then, the mold 10 which is actually insulted with a suitable thickness is completed.

Meanwhile, the mold 10 manufactured as described above is made of leather as shown in FIG. 3, and inserted into the sewing boot 1 to be sewn and sealed. In other words, it is snowed in both front region and bottom surface from the back surface.

Then, the mold 10 is embedded in the front and bottom sides of the skate boot 1 from the rear squeegee area, thereby improving the tensile strength and elasticity of the skate boot 1.

According to the present invention as described above, the tension itself by producing a cross- and vertically mixed weaving aramid fibers and carbon fibers in the mold itself that is built from both the rear surface area and the bottom surface of the skate boot to maintain the shape of the skate boot Providing the skate boots with excellent elasticity, the athlete has a strong force when running on the wearing ice, thereby improving the record.

Claims (1)

In the mold that is built from the back of the skating boot to the front area and the bottom of both sides to maintain the shape of the boot to fit the user's feet, The mold 10 is produced by mixing and weaving the aramid fibers and carbon fibers in the horizontal and vertical, The mold structure of the skate boots characterized by improving the tensile strength and elasticity by applying a curing agent to this.