TWM456105U - Woven shoe upper - Google Patents

Description

Woven upper

The present invention relates to an upper, and more particularly to a woven upper.

Generally, the conventional shoes are composed of a shoe upper and a sole. The upper is usually made of cloth, leather or synthetic leather. Generally, the shoes can be covered and protected, but at the same time, the air permeability is not good. The user's feet are prone to sweating and odor. Moreover, the upper of the shoes generally has poor elasticity, which causes the user's feet to be constantly pressed.

Thus, a woven upper is available on the market, which is woven with a woven thread or a woven strip to increase the breathability of the upper by the gap between the woven thread or the woven strip, and at the same time provide a resilient upper. Generally, the lacing system applied to the woven upper can be divided into two types, one of which is that the shoelace is worn at the center of the upper near the instep, and the upper of the upper may be wrinkled by the shoelace. Moreover, the tension of the upper is uneven, and the lateral support force of the foot is lacking; the second is to add a plurality of covering buckles extending from the sole to the center of the upper to tie the laces to the buckles. However, due to the addition of these buckles, the air permeability of the upper is greatly reduced.

Accordingly, the present invention provides a woven upper that provides good breathability and fit coverage.

A woven upper according to an embodiment of the present invention, comprising a a braided base surface, a plurality of braided tubes and a reinforcing thread, wherein the plurality of braided tubes are woven on the braided base surface, and the reinforcing threads are continuously threaded on the braided tubes, and the two ends of the reinforcing threads are respectively fixed on the braided base surface. The reinforcing tether has a plurality of eyelet segments, and each of the eyelets is exposed between the respective braided tubes to drive the tight knit base.

The woven upper of the present invention can be positioned above a sole wherein one of the first ends of each of the braided tubes is closer to the sole than the second end. The woven upper may further comprise a plurality of fixing hooks, each fixing hook is in the form of a ring or a hook, and is respectively fixed on the woven base surface and adjacent to the first end of each braided tube, and the reinforcing thread is continuously threaded on the braided tube and fixed. hook.

When the woven upper of the present invention is applied to a shoelace, the shoelace can be worn on each eyelet segment, especially the eyelet segment that is worn at the second end of the braided tube. When the shoelace is fastened, the shoelace tightens the eyelet of the reinforcing thread, so that the upper is tightened, and the reinforcing thread is threaded on the braided tube, so that the braided tube is also stressed at the same time and the braided tube drives the tightening braiding base on average. Face, to achieve the coverage of the fit.

A woven upper according to another embodiment of the present invention, wherein the woven base surface comprises at least one heat-fusible wire and at least one woven wire, and the heat-fusible wire and the woven wire are woven with each other to form the woven base surface. After the hot-melt line is heated and pressurized, the hot-melt line is thermally fused with the woven wire, and the support strength of the woven base surface can be improved. The woven upper not only has good air permeability, good covering property and strong support strength.

The novel provides a good breathability by weaving the upper, and a braided tube which is strengthened and threaded on the woven base surface. When the applied shoelace is tightened, in addition to the tightening force of the eyelet segment, it is enhanced. The slip of the tether in the braided tube produces a uniform tightening force on the woven base surface, so that the woven base surface borrows The uniform tightening force of the shoelace and the reinforcing tie line achieves the feeling of covering the foot and sufficient supporting force. By the hot melt line in the woven base surface, the support strength of the woven upper can be further improved.

Referring to FIG. 1 , a perspective view of a shoe for knitting an upper according to an embodiment of the present invention is illustrated. The woven upper comprises a woven base 100, a plurality of braided tubes 200 and a reinforcing tie 300, wherein the woven base 100 is positioned above a sole 600, and a plurality of braided tubes 200 are woven on the woven base 100, each braided tube 200 Each has a first end 210 and a second end 220. The first end 210 is closer to the sole 600 than the second end 220. The reinforcing tether 300 is continuously threaded through the braided tubes 200, and the two ends of the reinforcing tether 300 are respectively fixed. Provided on the woven base 100, the reinforced tether 300 has a plurality of eyelets 310, each of which is exposed between the braided tubes 200 for entraining the woven base 100. When a lace 500 is worn over the plurality of eyelets 310, the lace 500 can be used to tighten the eyelet segment 310, the eyelet segment 310 drives the tensioning tie 300, and the reinforcing tie 300 drives the compacted knit 100. .

Referring to FIG. 2, a perspective view of a shoe for knitting an upper according to another embodiment of the present invention is illustrated. The woven upper may further include a plurality of fixing hooks 400. The fixing hooks 400 are respectively fixed on the woven base surface 100 and located adjacent to the first end 210 of each of the woven tubes 200 near the sole 600. The fixing hooks 400 may be in the shape of a ring or a hook. . The reinforcing tether 300 can be continuously passed through the braided tubes 200 and the fixed hooks 400.

The woven base of the woven upper may further include at least one through hole 110, and the through hole 110 is located at the second end 220 of the corresponding braided tube 200 farther from the sole. Wherein each of the perforations 110 abuts the eyelet segment 310. Further, each of the perforations 110 is not necessarily located adjacent to the eyelet segment 310, and the perforations 110 may also be located between the two eyelet segments 310 or around the eyelet segment 310. When the woven upper is tied by a shoelace 500, the shoelace 500 can be worn on each of the perforations 110 and the eyelet segments 310. The shoelace 500 can be simultaneously disposed on the eyelet segment 310 and its adjacent perforations. 110.

The woven shoe cover has a left half 120 and a right half 130. A braided tube 201 can be woven on the braided base 100 of the left half 120 and the right half 130, and the braided tube of the left half 120. The number of 200 may be equal to the number of braided tubes 200 located on the right half 130.

Please refer to FIG. 3, which is a diagram showing the state of operation of the shoelace 500 of FIG. 2 when it is tightened. When the woven upper is tied by a shoelace 500, the shoelace 500 is simultaneously tightened by the shoelace 500, and the shoelace 500 has a shoelace section 501 and a shoelace. The belt segments 502 are respectively disposed in the eyelet segment 310. When the tensioning force of the lace segment 501 is greater than the tensioning force of the lace segment 502, the eyelet segment 310 is not only correspondingly tensioned by the lace segment. 501 and 502 are tightened, and the reinforcing tether 300 is further slidable to the braided tube 200, and the braided tube 200 is pulled by the tube side of the braided tube 200 to tighten the braided base 100; the sliding direction of the reinforcing cord 300 is strengthened. Please refer to Figure 3. Therefore, when the shoelace 500 is tightened, the braided base 100 can receive a uniform tightening force of the shoelace 500 and the reinforcing tie 300 to achieve a sense of fit of the fit. While the reinforcing tether 300 is being tensioned by the lace 500, the reinforcing tether 300 also limits the deformation of the knit base 100, particularly the lateral deformation of the knit base 100 away from the sole 600, thus reinforcing the tether 300. At the same time, it provides sufficient support for the woven upper.

Please refer to FIG. 4 , which illustrates an application according to another embodiment of the present invention. A perspective view of a shoe that weaves an upper. The woven base 100 may be woven by at least one heat-fusible wire 101 and at least one woven wire 102, and the heat-fusible wire 101 and the woven wire 102 may be heat-fused. The woven base 100 can include a toe surface 140, an extension surface 150, and a pedal surface 160. The toe surface 140 can be woven by at least one heat-fusible wire 101 and at least one woven wire 102. The extension surface 150 can be at least one woven wire. The woven base 102 is woven by at least one heat-fusible wire 101 and at least one woven wire 102. The heat-melting wire 101 can increase the supporting strength of the braided base 100 after heating and pressing, so that the hot melt line 101 can be included on the toe surface 140 and the ankle surface 160, and the supporting strength of the toe surface 140 and the ankle surface 160 can be particularly strengthened, but Limited to this. The woven wire 102 is more elastic woven wire, so that the woven base 100 and the woven upper have better elasticity to achieve better covering property.

It can be seen from the above-mentioned embodiments of the present invention that the application of the present invention has the following advantages:

1. The woven upper of the present invention provides good breathability.

2. The reinforcing cord 300 of the present invention is threaded into the braided tube 200, and the reinforcing tie 300 can slide in the braided tube 200, so that tightening the one eyelet section 310 can tension the integral reinforcing strand 300.

3. When the reinforcing cord 300 is tightened by the additional lace 500, the uniform tightening force can be generated on the braided base 100, and the knitted upper can be brought into a sense of fit.

4. The present invention provides sufficient support for the woven upper when the reinforcing tie 300 is tensioned by the applied lace 500.

5. The present invention provides a higher support strength of the woven shoe by the hot melt line 101.

6. The present invention protects the reinforcing tether 300 worn therein by the braided tube 200, so that the wearer does not easily hook the reinforcing tether 300 during the movement.

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.

100‧‧‧woven base

101‧‧‧Hot melt line

102‧‧‧ weaving thread

110‧‧‧Perforation

120‧‧‧left half

130‧‧‧right half

140‧‧‧toe

150‧‧‧Extended face

160‧‧‧Foot face

200‧‧‧ braided tube

201‧‧‧ braided tube

210‧‧‧ first end

220‧‧‧ second end

300‧‧‧Strengthening line

310‧‧‧Shoe eye segment

400‧‧‧Fixed hook

500‧‧‧lace

501, 502‧‧‧lace section

600‧‧‧ sole

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood. The description of the drawings is as follows: FIG. 1 is a view showing a shoe for knitting an upper according to an embodiment of the present invention. Stereogram.

2 is a perspective view showing a shoe to which a knitted upper is applied according to another embodiment of the present invention.

Fig. 3 is a view showing an operation state when the shoelace of Fig. 2 is tightened.

4 is a perspective view showing a shoe to which a knitted upper is applied according to another embodiment of the present invention.

100‧‧‧woven base

200‧‧‧ braided tube

210‧‧‧ first end

220‧‧‧ second end

300‧‧‧Strengthening line

310‧‧‧Shoe eye segment

500‧‧‧lace

600‧‧‧ sole

Claims (14)

A woven upper comprising: a woven base; a plurality of braided tubes woven on the woven base; and a reinforced tie thread continuously threaded through the braided tubes, and the two ends of the reinforcing threads are respectively The reinforced base has a plurality of eyelets, each of which is exposed between the braided tubes for driving the woven base. The woven upper of claim 1 positioned above a sole, wherein a first end of each of the braided tubes is closer to the sole than a second end. The woven upper of claim 2, further comprising: a plurality of fixed hooks respectively secured to the woven base and adjacent to each of the first ends. The woven upper of claim 3, wherein each of the fixing hooks is in the shape of a circle or a hook. The woven upper of claim 3, wherein the reinforcing thread is continuously threaded through the braided tubes and the fixed hooks. The woven upper of claim 2, wherein the woven base further comprises: At least one perforation adjacent to the second end or the eyelet section. The woven upper of claim 6 which is tied by a shoelace that is threaded over each of the perforations and the eyelet segments adjacent each of the perforations. The woven upper of claim 1, which has a left half side and a right half side, wherein one of the braided tubes is woven on the left half side and the right side side. The woven upper of claim 1 having a left half and a right half, wherein the number of the braided tubes on the left half is equal to the number of the braided tubes on the right half. A woven upper comprising: a woven base comprising: at least one hot melt line; and at least one woven thread interwoven with the hot melt line and thermally fused; a plurality of braided tubes woven The woven base surface; and a reinforcing tying line, which is continuously disposed on the braided tubes, and the two ends of the reinforcing tying line are respectively fixed on the woven base surface, and the reinforcing tying line has: a plurality of shoe eye segments, each The eyelet segment is exposed between each of the braided tubes for driving to tighten the braided base. The woven upper of claim 10, wherein the woven thread has elasticity. The woven upper of claim 10, wherein the woven base has: a toe surface woven from at least one of the heat fuse and at least one of the woven threads; and an extended surface woven by at least one of the woven threads And a pedal surface which is woven by at least one of the heat fuse and at least one of the threads. The woven upper of claim 10, which is positioned above a sole, wherein a first end of each of the braided tubes is closer to the sole than a second end. The woven upper of claim 13, further comprising: a plurality of fixing hooks respectively fixed to the woven base and adjacent to the first ends, the reinforcing threads are continuously threaded on the braided tubes and the fixing hook.