TWM451012U - Woven shoes - Google Patents

Description

Woven shoes

The present invention relates to a woven shoe, and in particular to a woven shoe that provides both support and elasticity.

The shoes are generally composed of a shoe upper and a sole. The upper provides a covering function for the foot, and the sole is fixedly attached to the lower side of the upper, and provides a bearing function and a protective function for the foot. The sole also provides a lower side of the upper. Support strength. For the upper of the woven shoe, the upper of the woven shoe has better breathability and elasticity, but the upper of the woven shoe has the problem of insufficient supporting force; therefore, in the past, the woven shoe still needs to add a plastic outside the upper. The coating layer enhances the supporting strength of the upper, and although the plastic coating increases the protection strength of the foot, the plastic coating causes the upper to be closed and airtight, and the plastic coating is also added. Will increase the weight of the shoes themselves, causing inconvenience to the user.

The fiber-woven upper product, although providing excellent ventilation, reduces the elastic force and supporting strength of the upper, and can not protect the user's foot well, and its material characteristics are easy to wear and wear for a long time. Consumption, thus reducing the practicality of the product.

The purpose of this creation is a woven shoe that has good air permeability and provides complete support and protection of the foot.

Therefore, one embodiment of one aspect of the present invention is to provide an A woven shoe comprising a toe surface, an extended surface, a pedal surface and a sole. The toe surface comprises a plurality of hot melt webbings and a plurality of elastic webbings, and the toe surfaces are interwoven with a hot melt webbing and an elastic webbing. The extension surface is adjacent to the toe surface, and the extension surface is woven by an elastic webbing. The ankle surface is adjacent to the extension surface, and the ankle surface is interwoven with a hot melt webbing and an elastic webbing. The sole is connected to the toe, extension and ankle surfaces.

The hot-melt webbing and the elastic webbing are interwoven to correspond to the foot portion of the user, and the hot-melt webbing has high support strength after being heated and pressurized, and can have extended elastic deformation capability at the same time. Therefore, the ankle surface and the toe surface are interwoven with a hot melt webbing and an elastic webbing.

According to still another embodiment of the present invention, the toe mask has a first woven aperture, the extension mask has a second woven aperture, the ankle mask has a third woven aperture, the first woven aperture is smaller than the second woven aperture, and the third weave The pores are larger than the first woven pores and the second woven pores. Wherein the toe surface has a plurality of first woven apertures, the extension surface has a plurality of second woven apertures, the ankle surface has a plurality of third woven apertures, and the first woven aperture, the second woven aperture or the third woven aperture may be partially arranged In order to form a different plurality of weave patterns.

According to still another embodiment of the present invention, the above may further comprise an inner pad woven fabric, a support layer and a lace layer. The inner pad weave is placed in the ankle surface. The support layer portion is disposed outside the toe surface and connected to the sole. The lace layer connects the toe and extension surfaces. The shoelace layer and the support layer material may be a leather or a plastic.

Another embodiment of one aspect of the present invention is to provide a woven shoe that includes a toe surface, an extended surface, a pedal surface, and a sole. The toe surface comprises a plurality of hot melt ribbons, and the toe surface is woven by a hot melt webbing. The extension surface is adjacent to the toe surface, and the extension surface is woven by an elastic webbing. The ankle surface is adjacent to the extension surface, and the ankle surface is woven by a hot melt ribbon. The sole is connected to the toe, extension and ankle surfaces.

The present invention selects the simultaneous interlacing of the hot-melt webbing and the elastic webbing or only the elastic webbing by the corresponding foot portions of the different upper portions, and the knitted fabric and the elastic webbing of the present invention can have different sizes of weaving. The pores provide higher gas permeability and form a different weave pattern, increasing the aesthetics of the product.

Please refer to FIG. 1 , which is a perspective view of a woven shoe according to an embodiment of the present invention. The woven shoe includes a toe surface 110, an extension surface 120, a pedal surface 130, and a sole 140.

Please refer to FIG. 2, FIG. 3 and FIG. 4, which respectively show enlarged views of the toe surface, the extended surface and the ankle surface. The toe surface 110 includes a plurality of hot melt webs 111, a plurality of elastic webbings 112, and a plurality of first weaving apertures 113. The toe surface 110 is interwoven with a hot melt webbing 111 and an elastic webbing 112, and between the hot melt webbing 111 and the elastic webbing 112. A first woven aperture 113 is sandwiched. The hot-melt webbing 111 has a lower melting point than conventional conventional fibers, and the process of its weaving manufacturing is a conventional technique and will not be described in detail herein. Generally, when walking or exercising, the weight of the human body is proportionally distributed to various parts of the sole of the foot. The toe part is subjected to the maximum proportion of the weight of the human body, so the upper must provide good supporting strength to support the protection of the toes from injury; and the toes are easy to accumulate sweat. Therefore, the upper also needs to provide good ventilation. In the present embodiment, the toe surface 110 corresponds to the toe portion of the user, so the toe The surface 110 is formed by interlacing the heat-fusible web 111 and the elastic webbing 112 after heat treatment, and the heat-melted webbing 111 after heat treatment can provide a high support strength effect and interweave with the elastic webbing 112 to make it easier to protect the toe portion. The toe portion is moved, and the first woven aperture 113 sandwiched between the hot melt webbing 111 and the elastic webbing 112 provides a breathable effect.

The extension surface 120 abuts the toe surface 110, and the extension surface 120 includes the elastic webbing 112 and is woven by the elastic webbing 112, and the elastic webbing 112 has a plurality of second woven apertures 121 therebetween. The extension surface 120 corresponds to the toe and the ankle of the human body. When the person walks, the toe portion forms a curved angle with the bottom of the foot, and the extended surface 120 covers the curved portion, so the extended surface 120 is completely woven by the elastic webbing 112, giving the user a convenient movement, and the second woven aperture 121 provides breathability.

The ankle surface 130 is adjacent to the extension surface 120. The ankle surface 130 includes a hot melt webbing 111 and an elastic webbing 112. The ankle surface 130 is interwoven by the hot melt webbing 111 and the elastic webbing 112, and the hot melt webbing 111 and the elastic webbing 112 have A plurality of third woven apertures 131. The ankle surface 130 corresponds to the ankle of the human body, and the ankle is a frequently injured part. Therefore, the ankle surface 130 is knitted by the high-strength strength hot-melt webbing 111 and the elastic webbing 112, and the third knitting aperture 131 is the same as the toe-surface 110. Provides breathability.

The sole 140 is connected to the toe surface 110, the extended surface 120 and the ankle surface 130. The sole 140 can be made of a plastic material, thereby protecting the bottom of the user's foot and providing wear resistance, water resistance and shock absorption. The first woven aperture 113 of the toe surface 110, the second woven aperture 121 of the extended surface 120 or the third woven aperture 131 of the ankle surface 130 may be partially arranged to form a different plurality of woven patterns, and Provide users with the function of ventilation. Since the toe surface 110 and the ankle surface 130 are partially woven with the hot melt webbing 111, the supporting strength of the toe surface 110 and the ankle surface 130 is greater than the supporting strength of the extending surface 120.

Please refer to FIG. 5 , FIG. 6 and FIG. 7 , which are enlarged views of a toe surface, an extended surface and an ankle surface of a woven shoe according to another embodiment of the present invention. The woven shoe includes a toe surface 210, an extension surface 220, a pedal surface 230, and a sole 240. The toe surface 210 includes a plurality of hot melt webs 111 and a plurality of first woven apertures 113. The extension surface 220 abuts the toe surface 210, and the extension surface 220 includes an elastic webbing 112 and a plurality of second woven apertures 121. The ankle surface 230 abuts the extension surface 220, and the ankle surface 230 includes a hot melt webbing 111 and a plurality of third braided apertures 131. Unlike the previous embodiment, in this embodiment, the toe surface 210 and the ankle surface 230 are woven only by the plurality of heat-fusible webs 111 without the elastic webbing 112, providing the effect of higher support strength of the user's foot.

The above embodiment may further include an inner pad woven fabric (not shown), a support layer (not shown), and a lace layer (not shown). The inner pad woven fabric is disposed in the ankle surface 230 to increase the effect of protecting the ankle and making the ankle less likely to be worn. The support layer portion is disposed outside the toe surface 210 and connected to the sole 240 to protect the toe portion of the human body. The lace layer connects the toe surface 210 and the extended surface 220. The shoelace layer and the support layer material may be a leather or a plastic.

It can be seen from the above-described embodiments of the present invention that the application of the present invention has the following advantages. The hot-melt webbing and the elastic webbing are interwoven to correspond to the user's foot parts, so that the creation not only has high support strength, but also has the ability to stretch elastic deformation at the same time. The woven pores arranged in some rules not only provide high gas permeability, but also have an aesthetic function.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

110‧‧‧toe

111‧‧‧Hot melt ribbon

112‧‧‧Flexible webbing

113‧‧‧First woven pores

120‧‧‧Extended face

121‧‧‧Second woven pores

130‧‧‧After ankle

131‧‧‧ Third woven pores

140‧‧‧ sole

210‧‧‧toe

220‧‧‧Extended face

230‧‧‧After ankle

240‧‧‧ sole

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.

1 is a perspective view of a woven shoe in accordance with an embodiment of the present invention.

Fig. 2 is an enlarged schematic view showing the toe surface of Fig. 1.

Fig. 3 is an enlarged schematic view showing the extended surface of Fig. 1.

Fig. 4 is an enlarged schematic view showing the side of the foot of Fig. 1.

FIG. 5 is an enlarged schematic view showing a toe surface of a woven shoe according to another embodiment of the present invention.

FIG. 6 is an enlarged schematic view showing an extended surface of a woven shoe according to another embodiment of the present invention.

FIG. 7 is an enlarged schematic view showing the ankle surface of a woven shoe according to another embodiment of the present invention.

110‧‧‧toe

111‧‧‧Hot melt ribbon

112‧‧‧Flexible webbing

113‧‧‧First woven pores

120‧‧‧Extended face

130‧‧‧After ankle

140‧‧‧ sole

Claims (10)

A woven shoe comprising: a toe surface comprising a plurality of hot melt webbings and a plurality of elastic webbings, the toe surface being interwoven with the hot melt webbings and the elastic webbings; an extending surface adjacent to the toe side The extension surface is woven by a plurality of elastic webbings; a pedal surface adjacent to the extension surface, the ankle surface being interwoven with a plurality of hot melt ribbons and a plurality of elastic webbings; and a sole connected to the toe surface, The extension surface and the ankle surface. The woven shoe of claim 1, wherein the toe mask has a first woven aperture, the extension mask having a second woven aperture, the first woven aperture being smaller than the second woven aperture. The woven shoe of claim 2, wherein the toe surface has a plurality of the first woven apertures, and the first woven apertures are partially arranged in a regular manner to form a plurality of different woven patterns. The woven shoe of claim 2, wherein the extension surface has a plurality of the second woven apertures, and the second woven apertures are partially arranged in a regular manner to form a plurality of different woven patterns. The woven shoe of claim 2, wherein the ankle mask has a third woven aperture, the third woven aperture being larger than the first woven aperture and the second Woven pores. The woven shoe of claim 5, wherein the ankle surface has a plurality of the third woven apertures, and the third woven apertures are partially arranged in a regular manner to form a plurality of different woven patterns. The woven shoe of claim 1, further comprising an inner woven fabric disposed in the ankle surface; a support layer partially disposed outside the toe surface and connected to the sole; and a lace layer connected The toe surface and the extension surface. The woven shoe of claim 7, wherein the lace layer and the support layer are made of a leather. The woven shoe of claim 7, wherein the lace layer and the support layer are made of a plastic material. A woven shoe comprising: a toe surface comprising a plurality of hot melt webbings woven by the hot melt webbing; an extension surface adjacent to the toe surface, the extension surface being a plurality of elastic webbings Woven; a pedal surface adjacent to the extension surface, the ankle surface being composed of a plurality of hot melts The webbing is woven; and a sole that connects the toe surface, the extended surface, and the ankle surface.