TWM652599U - Structural improvement of hiking boots - Google Patents

Abstract

The invention is a structural improvement of a mountaineering boot. The mountaineering boot is composed of an outsole, an upper and a barrel. The barrel is provided with at least one folding portion. A plurality of solid line portions are provided on both sides of the folding portion. The barrel is The body is equipped with a winding device, and a pulling wire passes through the winding device and the plurality of thread-fixing parts. Both ends of the pulling wire are fixed in the winding device. The rotation of the winding device drives the pulling wire to tighten or loosen the plurality of wires. The fixed line portion controls the folded portion to be in a folded or open state. When the folded portion is in an open state, it is convenient for the user to extend the foot in or out. The upper is provided with a fixed portion, and the fixed portion is provided with a sleeve. The shoe upper is provided with a strap, and the strap is provided with an adhesive part and a hook and loop part. The strap passes through the collar and is attached to the adhesive part using the hook and loop part.

Description

Structural improvement of hiking boots

This invention relates to a mountaineering boot structure, especially a mountaineering boot structure that is easy to put on and take off and can adjust the tightness of the upper.

Most of the conventional hiking boots are composed of soles, uppers and barrels. In order to facilitate the user to put the feet in or out of the boots, shoelaces or zippers are provided in front of the barrels. The shoelaces can be loosened or the zipper can be opened. , the barrel body will be looser, making it easier for the user's feet to insert or move out.

However, when mountaineering, due to the varied terrain, including flat, rugged or steep slopes, the user's feet and hiking boots will face considerable challenges when facing different terrains. For example, when climbing a hill, the hiking boots will have the forefoot touching the ground and the heel hanging in the air. At this time, the upper will be dented. If the shoelaces or zippers are dented, the user's feet will be damaged. There will be discomfort due to squeezing and friction. Also, when walking on a downhill road, the user's center of gravity will lean forward and the foot will keep sliding towards the front of the hiking boots, causing the toes to hit the inside of the front of the hiking boots. The toes may feel uncomfortable due to squeezing and friction, and may even lead to skin rupture and bleeding.

The above-mentioned problems are shortcomings that the creator of this product has personally experienced. The creator has been paying attention to the above-mentioned problems for many years. Therefore, after continuous research and improvement, this product was finally produced. It is aimed at the discomfort caused by the dents in shoelaces or zippers, and the foot problems. It is easy to slide forward in mountaineering boots and propose structural improvements to replace the conventional technology.

The main purpose of this creation is to provide a comfortable mountaineering boot structure to improve the shortcomings of the conventional technology and improve the user's walking stability.

Through continuous innovation and improvement by the creator, the present invention is provided as a structural improvement of a mountaineering boot. The mountaineering boot is composed of an outsole, an upper and a barrel body. The barrel body is provided with at least one folding portion, and the folding portion has two sides. There are a plurality of thread-fixing parts on the side, and the barrel is equipped with a thread-winding device. A pull-string passes through the thread-winding device and the plurality of thread-fixing parts. Both ends of the pull-string are fixed in the thread-winding device and rotate through the thread-winding device. The pull wire is driven to tighten or relax the plurality of fixed line parts, and the folded part is controlled to be in a folded or open state. When the folded part is in an open state, it is convenient for the user to extend the foot in or out, and the upper is provided with There is a fixing part, the fixing part is provided with a collar, the shoe upper is provided with a strap, the strap is provided with an adhesive part and a hook and loop part, the strap passes through the loop and is attached to the shoe by using the hook and loop part. on the adhesive part.

In order to enable the review committee of the Jun Bureau to truly understand the special structure and technical means required for this creation to achieve the aforementioned purpose, an example is given and explained in detail below. Please refer to it.

Please refer to Figures 1 to 5 and 10 of the drawings. This invention provides a structural improvement of a mountaineering boot, which includes a mountaineering boot (A). The mountaineering boot (A) consists of an outsole (1), an upper (2) and a It consists of a barrel body (3). Two folding parts (31) are provided at the rear of the barrel body (3). A plurality of fixed line parts (32) are provided on both sides of the two folding parts (31). The barrel body (3) ) is provided with a wire winding device (33) at the rear, and a pulling wire (34) passes through the wire winding device (33) and a plurality of the wire fixing parts (32), and both ends of the pulling wire (34) are fixed to the wire winding device (34). 33), the winding device (33) rotates clockwise when it is in a closed state, that is, the pulling wire (34) is gradually wound into the winding device (33), and the pulling wire (34) drives and tightens the plurality of fixed wires. The line portion (32) brings the two folded portions (31) closely together. At this time, if the user's foot (5) is located in the hiking boot (A), the user can feel a comfortable and snug wearing experience. Moreover, the user's foot (5) can feel comfortable and snug. When the winding device (33) is in an open state, the pulling wire (34) can be manually loosened, so that the pulling wire (34) gradually slides out of the winding device (33), thereby loosening the plurality of fixed thread parts (32). ), so that the two folding parts (31) are in an open state. At this time, the user can easily remove the foot (5). In addition, there is a threading part (35) behind the barrel (3), and the pull cord (34) When threading through multiple fixing parts (32), they will all pass through the threading part (35). When the pulling wire (34) is in a relaxed state, the threading part (35) can fix the threading part (35). The cable (34) is placed on the barrel (3) without being in a messy state. The reel device (33) has the advantage of one-hand operation, making it convenient for the user to use the reel device (33) in any state of movement. .

It can be known from the description of the previous technology that if the user wears this invention to climb a hill, and the upper is dented due to stepping on the steep slope, due to the two folding parts (31), the winding device (33), and the plurality of The thread fixing part (32), the pull cord (34) and the threading part (35) are all arranged behind the barrel (3), so that the user's foot (5) will not be squeezed or rubbed. There will be no discomfort. In addition, the inside of the hiking boots (A) is provided with waterproof fabric (4), which can effectively prevent external moisture from infiltrating into the interior of the hiking boots (A). In addition, the conventional technology is to provide shoelaces on the uppers. , in front of the barrel body, it is easy to catch branches or weeds when climbing and traversing various terrains, causing shoelaces to loosen or be damaged. In more serious cases, it may even cause the user to fall and be injured. This invention is maintained in front of the barrel body (3) The winding device (33), the wire fixing parts (32) and the pulling wire (34) are arranged flatly behind the barrel (3), effectively avoiding the shortcomings of the conventional technology.

Please refer to Figures 6 to 9 of the drawings. The upper (2) is provided with a fixing part (21), the fixing part (21) is provided with a collar (22), and the upper (2) is provided with a strap (23). ), the strap (23) has a proximal end (24) and a distal end (26), the proximal end (24) is provided with an adhesive part (25), and the distal end (26) is provided with a fastener part (27), The proximal end (24) of the strap (23) is fixed on the shoe upper (2), and the distal end (26) of the strap (23) passes through the collar (22) and uses the hook and loop The part (27) is attached to the adhesive part (25), and through the adhesive part (25) and the hook part (27) of the strap (23) structure, the user can adjust the strap (23) The tightening degree further tightens the shoe upper (2) and the user's foot (5) so that the fixed position of the user's foot (5) does not slip. When walking on a downhill section, even if the user's center of gravity leans forward , and because the foot (5) is tightly bound by the upper (2) and the belt (23), the toes will not hit the inside of the front end of the hiking boot (A), thereby protecting the toes from being hurt. .

The above-mentioned embodiments are only for illustrating the principle and function of the invention, but do not limit the invention. Therefore, those skilled in the art can modify and change the above-mentioned embodiments without departing from the spirit of the invention; the invention has industrial application. If the invention is unique, novel and progressive, and meets the requirements for a new patent, the application must be filed in accordance with the law.

A:Hiking boots 1:Outsole 2: Upper 21: Fixed part 22: Collar 23:Girdle 24: Near end 25: Paste Department 26:Remote 27: Hook and loop part 3: Barrel body 31:folding part 32: Fixed line department 33: Coil winding device 34: Pull line 35:Threading part 4:Waterproof fabric 5:Foot

[Figure 1] is a three-dimensional reference picture for this creation. [Figure 2] is a reference picture of the after view of this creation. [Figure 3] is the top view reference picture (1) of this creation. [Figure 4] is an enlarged reference picture of a part of this creation. [Figure 5] is the top view reference picture (2) of this creation. [Figure 6] is the side view reference picture (1) of this creation. [Figure 7] is the side view reference picture (2) of this creation. [Fig. 8] is a reference diagram (1) of the embodiment of this invention. [Fig. 9] is a reference diagram (2) of the embodiment of this invention. [Figure 10] is a reference figure (3) of the embodiment of this invention.

A:Hiking boots

1:Outsole

2: Upper

21: Fixed part

22: Collar

23:Girdle

3: Barrel body

32: Fixed line department

33: Coil winding device

34: Pull line

Claims (5)

A structural improvement of a mountaineering boot includes a mountaineering boot. The mountaineering boot has an upper connected upward from the outsole. The upper is connected to a barrel body. The barrel body is provided with at least one folded portion. There are at least one folded portion on both sides of the folded portion. There are a plurality of thread-fixing parts, and the barrel is provided with a thread-winding device. A pull-string passes through the thread-fixing device and the plurality of thread-fixing parts. Both ends of the pull-string are fixed in the thread-winding device, and are driven by the rotation of the thread-winding device. The pulling wire tightens or relaxes the plurality of fixed thread portions to control the folding portion to be in a folded or open state. For example, in the structural improvement of mountaineering boots described in item 1 of the patent application, when the winding device is in a closed state, it rotates clockwise, that is, the pulling wire is wound into the winding device to tighten the pulling wire. , when the cable winding device is in an open state, the cable can be loosened manually. For example, the structural improvement of mountaineering boots described in item 1 or 2 of the patent application, wherein the upper is provided with a fixing part, the fixing part is provided with a collar, the upper is provided with a strap, and the strap has The proximal end and the distal end, the proximal end is provided with an adhesive part, the distal end is provided with a hook and loop part, the proximal end of the strap is fixed on the upper, and the distal end of the strap passes through the loop And use the adhesive part to be attached to the adhesive part. For example, in the structural improvement of mountaineering boots described in Item 3 of the patent application, the barrel is provided with a threading portion, and the pull cord will pass through the threading portion when threading through a plurality of the fixed thread portions. The structural improvement of the hiking boots described in item 4 of the patent application, wherein the inside of the hiking boots is provided with waterproof fabric.

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