KR20130000127A - Mountain climbing jacket - Google Patents

Abstract

PURPOSE: A jacket for climbing is provided to maximize the flexibility of clothes for activities by the minimum use of a flexible cloth. CONSTITUTION: A jacket for climbing comprises; a main cloth(10) and a flexible cloth for an activity covering from armpits to shoulders including sides(21). The jacket is made of each flexible cloth for covering the abdomen, the back, the sides, and the shoulders.

Description

Mountain climbing jacket

The present invention relates to a climbing jacket, and more particularly to a climbing jacket with enhanced fit and activity.

Climbing jacket is important to maintain proper body temperature in any environment, so it has the functions of windproof, waterproof, and warmth, and an active style that is comfortable to wear and take off is desirable.In particular, durability and moisture permeability are enhanced for tough and rough conditions. It is important to maintain a comfortable fit.

For this reason, many mountaineering jackets are being released in GORE-TEX. Gore-Tex is a functional fabric that blocks moisture from the outside through minute air holes and releases water vapor generated by sweat.

However, as the well-being tendency to improve the quality of life has recently increased, the climbing population is rapidly increasing, and as sports such as alpine climbing and rock climbing have become popular among the general public, not only the functions such as windproof, waterproof, warmth, etc. There is a growing tendency to prefer hiking jackets with enhanced activity.

The object of the present invention is to increase the wearing comfort and activity by considering the main kidney area according to the human body movements, as well as climbing for a long time in normal conditions as well as mountain climbing under extreme conditions such as mountain climbing, rock climbing To provide.

According to a feature of the present invention for achieving the above object, the present invention includes a front body and a back plate and a sleeve plate made of a single layer, and from the side to accommodate the movement of the human body to the upper body It includes a stretchable portion that is placed over the armpit and adjacent to the shoulder and formed by combining a plurality of stretchable materials.

The stretchable portion is disposed on the front plate side and forms a portion of the front plate, a stretchable side portion disposed on the back plate side adjacent to the side and part of the back plate, and a portion of the back plate disposed on the side of the back plate adjacent to the shoulder. And a rear stretchable portion to form.

The front elastic part, the side elastic part, the rear elastic part is made of different materials in the stretching direction.

The front and rear stretchable parts and the side stretchable parts are made of a material having high elasticity in the vertical direction.

The rear stretchable portion uses a material having a large stretch in the diagonal direction.

The front elastic part further includes an armhole elastic part disposed from the shoulder to the armhole middle side, and a breast elastic part disposed from the armhole middle side to the breast line.

The armhole stretch part uses a material having a large vertical stretch, and the chest stretch part uses a material having a large left and right stretch.

A cap having a rear elastic portion is coupled to the upper body, and the rear elastic portion wraps the head portion in a stable state by allowing the portion corresponding to the rear portion of the head to be stretchable.

The stretchable portion is made of stretch gore material or stretch material.

Climbing jacket of the present invention has a stretchable portion that can accommodate the height of the human body movement in the portion adjacent to the shoulder from the side to the side. The elastic part combines materials with different elasticity and elasticity directions in accordance with the stretched region of human body movement, so that human body movement is as easy as possible even in extreme conditions such as mountain climbing and rock climbing.

This not only minimizes fatigue but also ensures stability of mountain activities by allowing body movement to be smooth in extreme conditions such as alpine climbing and rock climbing.

In addition, since the present invention is formed by dividing the elastic portion in accordance with various angles according to the human motion, there is an effect of maximizing the partial elastic effect in terms of activity and fit while using as little elastic material as possible.

In addition, the present invention has an effect that it is possible to stretch the portion corresponding to the rear portion of the head by stretching the rear portion in the hat to prevent the hat peeling off and to ensure a comfortable fit even in the state wearing the hat.

1 is a front perspective view showing a preferred embodiment of the climbing jacket according to the present invention.
Figure 2 is a rear perspective view showing a preferred embodiment of the climbing jacket according to the present invention.
Figure 3 is a partially enlarged perspective view showing a stretchable part and the opening and closing zipper part of the embodiment of the present invention.
4 is a diagram showing a major kidney region according to human motion through motion capture measurement.
Figure 5 is a pattern view showing a skilled mountaineering jacket in another embodiment of the present invention.
Figure 6 is a pattern view showing the unskilled mountaineering jacket as another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the climbing jacket according to the present invention will be described in detail.

Climbing jacket of the present invention includes an elastic portion 21 is arranged from the side to the portion adjacent to the shoulder through the side to accommodate the movement of the human body movement on the upper body 10 and formed by combining a plurality of elastic materials .

The upper body 10 includes a front plate 11, a back plate 13, and a retail plate 15. The front plate 11 and the back plate 13, and the sleeve plate 15 forms the front and rear, and the sleeve of the upper body 10, respectively.

The upper body 10 is made of one layer of the outer fabric without lining. One layer is made to maximize the fit and activity of the climbing jacket according to the expansion and contraction of the elastic portion 21 to be described below.

The elastic portion 21 is disposed in consideration of the main stretch area of the climbing jacket according to the human body motion. In extreme conditions, such as mountain climbing and rock climbing, even the smallest elements that limit human activity can be life threatening. In particular, in the case of rock climbing with a lot of violent movements, even a small element that restricts human activity is likely to act as a risk factor for safety by increasing the fatigue of the human body.

Therefore, the climbing jacket 21 is provided with the elastic jacket 21 considering the movement of the human body motion, in particular, the joint, the amount of motion, and the movement angle of the human body, thereby enhancing the fit and activity of the climbing jacket.

The elastic portion 21 is coupled to a portion where the front plate 11 and the rear plate 13 and the sleeve plate 15 in the upper body 10. In more detail, it is arranged to correspond to a portion adjacent to the shoulder from the wearer's side to the armpit.

As shown in FIGS. 1 and 2, the stretchable portion 21 is formed by combining a plurality of stretchable materials in order to consider a main stretched area according to human motion.

As shown in Figure 4, the main elongation according to the human body movement is generated along the side of the side of the armhole of the front plate in the case of the front (front plate), in the case of the rear (back plate) diagonally toward the back center from the center of the armhole of the back plate Occurs along the direction. In the case of the rear surface, the elongation is also generated along the side length direction.

In FIG. 4, the darker areas are the sites where more than 40% of the kidneys occur according to human motion, and the areas that are less dark are the sites where 30% to 40% of the kidneys occur. Herein, the human body motion is mainly the main kidney region of the human body according to the shoulder, arm, and waist motions and is derived by motion capture measurement. And the measured motion capture is shown in the front plate (11) (a), back plate (13) (b), sleeve plate (15) (c) (d) in Figure 4 for convenience of understanding.

In consideration of this, as illustrated in FIGS. 1 to 3, the stretchable portion 21 includes a front stretchable portion 23, a side stretchable portion 25, and a rear stretchable portion 27 formed of materials having different stretching directions. It can be divided into

The front elastic part 23 is disposed on the front plate 11 side to form part of the front plate 11, and the side elastic part 25 is disposed on the side of the back plate 13 adjacent to the flank to form part of the back plate 13. .

The front elastic part 23 and the side elastic part 25 are made of a material having a high elasticity in the vertical direction, and the rear elastic part 27 is a material having a large elastic direction in the diagonal direction toward the sleeve. The use of a material having a high elasticity in the vertical direction in the front and rear elastic parts 23 and the side elastic parts 25 is because the main stretched area according to the human body motion is in the vertical direction. The front elastic part 23 and the side elastic part 25 have diagonal elasticity toward a sleeve besides the vertical elasticity.

The rear elastic portion 27 is a large portion of the back muscle movement according to the arm motion, so use a large stretch material diagonal direction toward the arm. The rear elastic portion 27 has elasticity in the horizontal direction in addition to the diagonal elasticity. Here, the vertical direction stretch means the vertical direction of the upper body 10, the left and right direction means the circumferential direction of the upper body 10.

The front elastic part 23 is an armhole elastic part 29 disposed from the shoulder portion to the middle portion of the armhole of the front plate 11, and the chest elastic portion 31 disposed from the armhole middle side of the front plate 11 to the breast line portion. ) May be further included. Armhole stretch portion 29 and the chest stretch portion 31 forms a "L" shaped line on the shoulder portion. In the case of heavy mountain climbing and extreme conditions, the elasticity of the "L" line from the shoulder to the chest through the middle of the armhole of the front plate 11 can help to make the wearer's body work more smoothly. have.

Therefore, in the case of a mountain professional climbing jacket exposed more to the extreme conditions, the above-mentioned armhole stretch portion 29 and the chest stretch portion 31 may be further placed on the front stretch portion 23. In order to enhance the activity of the shoulders and arms, the armhole elastic part 29 uses a material having a large vertical direction, and the chest elastic part 31 uses a material large in the left and right direction.

In this way, the elastic portion 21 is formed in accordance with the various angles according to the movement of the human body maximizes the partial elastic effect in terms of activity and fit while using as little elastic material as possible.

The different materials in the stretch direction are sewn together to form a stretchable portion 21 to accommodate the human body movement and is disposed from the flank of the upper body 10 to the portion adjacent to the shoulder through the axillary portion, the front plate 11, It has a structure connected to the back plate 13, the sleeve plate 15.

A portion where the front stretchable portion 23 and the side stretch portion 25 are connected may be a side line of the upper body 10. In this case, the connecting portion of the front and rear elastic portion 23 and the side elastic portion 25 may extend to the middle portion or the lateral side of the upper body according to the design. Extending to the hem strengthens the activity of the shoulders and arms as well as the waist.

In addition, the sealing portion 21 is attached to the front plate 11, the rear plate 13, the sleeve plate 15 to the seam sealing tape (Seam sealing tape) (33) to ensure a waterproof function. .

As shown in Figure 3, the lower portion of the sleeve may be attached to the opening and closing zipper portion 35 to extend to the side line. The opening and closing zipper 35 selectively opens the upper body 10 to quickly discharge sweat and heat generated due to intense physical activity to the outside and at the same time maintains body temperature at an optimal level. This effectively maintains body temperature during mountaineering activities such as alpine climbing and rock climbing involving rapid changes in body temperature.

The elastic portion 21 is made of stretch gore material or stretch material excellent in elasticity. Stretch material and stretch gore material are characterized by excellent elasticity and quick recovery of the original shape.

Stretch Gore materials, which are more stretchable than stretch materials, are placed in areas that require more stretch than stretch materials. For example, the stretch gore material may be disposed on the armhole stretch part 29, the chest stretch part 31, and the rear stretch part 27 so that body motion is more smoothly during extreme mountain climbing.

On the other hand, the upper body 10 may be coupled to the cap 37 having a rear elastic portion 39.

The rear stretchable portion 39 allows the portion corresponding to the rear portion of the head to be stretched and to wrap the hair portion in a stable state. The rear elastic portion 39 is disposed in a rectangular shape to extend from the rear portion of the neck to the portion corresponding to the back head and has elasticity in the vertical direction. Here, the up and down direction is a direction in which the wearer is stretched when bowed, and the vertical stretch of the wearer prevents the cap from peeling off when the bow is bowed by receiving the elongation of the neck muscles.

The hat 37 may be further provided with a transparent window 41 to secure a wide viewing angle when worn. The transparent window 41 may be provided at both sides of the hat corresponding to the eyes of the wearer.

In addition, the upper body 10 may further attach a durable material to the shoulder portion to prevent the rubbing of the shoulder portion to carry the backpack.

In addition, although not shown, the upper body may further include a stretchable part in the retail plate 15. In the case of the retail plate, it may be partially arranged in the portion corresponding to the armhole. In the case of the elastic portion 21 disposed on the sleeve plate 15, a stretch material having elasticity in the circumferential direction of the sleeve may be used.

For reference, arrows shown in bold in FIG. 1 and FIG. 2 indicate the main stretch direction of each stretch part, and arrows indicated by dotted lines indicate the auxiliary stretch direction.

Hereinafter, the operation of the climbing jacket according to the present invention.

This embodiment will be described by dividing the mountain climbing jacket for the skilled mountaineers in extreme conditions such as alpine climbing, rock climbing and the unskilled mountaineering in lesser conditions.

The basic configuration of the mountaineering jacket is the front and rear part 23, which is disposed on the front plate 11 side and forms part of the front plate 11, and the rear plate 13, which is disposed on the side of the back plate 13 adjacent to the flanks. Side stretchable portion 25 forming a part thereof, and rear stretchable portion 27 disposed on the side of the back plate 13 adjacent to the shoulder and forming a part of the back plate 13.

In the case of skilled and unskilled mountaineering jackets, there may be a difference in the configuration of the front and rear elastic portion 23 and the rear elastic portion 27.

Figure 5 is a pattern diagram showing a climbing jacket for the skilled person in another embodiment of the present invention, Figure 6 is a pattern diagram showing a climbing jacket unskilled as another embodiment of the present invention.

For the skilled person in one embodiment, as shown in Figure 5, further divided and expanded the basic configuration of the elastic portion to the front elastic portion 23 to the chest side from the shoulder portion through the middle armhole of the front plate 11 The armhole stretchable portion 29 and the chest stretchable portion 31 in the form of an "L" shape line may be further placed.

The armhole stretch part 29 uses the stretch gore material A which has a high elasticity up-down, and the chest stretch part 31 uses the stretch gore material A which has big left-right stretch. In the front stretchable portion 23, the remaining portion except the armhole stretchable portion 29 and the chest stretched portion 31 may use a stretch material B having vertical stretch.

In the case of the skilled person, the stretch gore material (A) and the stretch material (B) may be mixed and used in the rear elastic part 27. Stretch gore material (A) is disposed on both sides of the middle portion of the armhole of the back plate 13 and the back center portion, and the remainder of the rear stretchable portion 27 is disposed of the stretch gore material (A) and the back plate 13 armhole portion and the like. The elasticity of the central area can be further secured.

Stretch gore material (A) disposed on both sides of the armhole middle portion and the center of the back has a main stretch direction in a diagonal direction toward the sleeve and a secondary stretch direction in a left and right direction.

Extreme mountaineering in extreme conditions with a lot of heavy movement is important to maximize the fit and activity for safety, so most important in consideration of all the major kidney areas in accordance with the human body motion shown in Figure 4 so that the body movement smoothly in any environment It is to put the stretched part divided into.

In addition, in the sleeve plate 15, the elastic part 21 is partially disposed at a portion corresponding to the armhole, thereby ensuring a comfortable movement of the sleeve.

In addition, in the case of a skilled person, by placing the rear elastic portion 39 in the hat can be stretched to the portion corresponding to the back of the head.

In this case, according to the application of the three-dimensional pattern in consideration of the stretched area according to the human motion, the style can be maximized and the fit and activity can be maximized.

In another embodiment, as for the non-skilled person, as shown in FIG. 6, the front and rear parts 23 are long along the armhole line by adopting a basic configuration of the stretchable parts 21 or partially modifying the divided shape. The rear elastic portion 27 may be arranged in a square shape partially extended toward the center of the back from the middle portion of the armhole.

At this time, the front stretchable part 23 may use a stretch gore material A having a high elasticity in the up and down direction on the armhole line side, and the rest may use a stretch material B having a high elasticity in the up and down direction to make a difference in elasticity. .

In addition, the rear elastic portion 27 may use a stretch gore material A having a large stretch diagonal direction toward the sleeve, and the side elastic portion 25 may use a stretch material B having a high elasticity in the vertical direction.

For the unskilled, it is suitable for general climbing rather than extreme mountain climbing or rock climbing. For the unskilled people, the emphasis is on minimizing the fatigue during long hikes by strengthening the fit and activity. It is not necessary to consider all the fine stretched areas of the human body like the skilled person in terms of cost reduction.

As such, when the climbing jacket is provided with a stretchable part in consideration of the main stretched area according to the human body motion, the fit and activity of the climbing jacket may be strengthened and the body motion may be smoothly performed.

For reference, in FIG. 5 and FIG. 6, the hatched portion C indicates a portion of the space required for sewing the stretched portion.

Although embodiments of the present invention have been described by applying to a climbing jacket, the present invention is not necessarily limited to a climbing jacket, and a sport that requires general outdoor or a feeling of wearing and activity enhancement as it is often worn as a climbing jacket as a travel or everyday activity suit. Applicable to various tops such as wear.

It is to be understood that the invention is not limited to the disclosed embodiments, but is capable of many modifications and alterations, all of which are within the scope of the appended claims. It is self-evident.

10: body top 11: front
13: Back board 15: Retail board
21: Extension part 23: Front extension part
25: Lateral expansion and contraction 27: Rear expansion and contraction
29: Armhole extension part 31: Chest extension part
33: ventilating tape 35: opening and shutting zipper part
37: Hat 39: The back side expansion and contraction part
41: Transparent window A: Stretch Gore material
B: Stretch material C: Free space

Claims (9)

A top body manufactured in one layer including a front plate and a back plate and a retail plate;
Climbing jacket characterized in that it comprises a stretchable portion formed by combining a plurality of elastic material and arranged from the side to the portion adjacent to the shoulder through the side to accommodate the movement of the human body movement on the upper body. The method according to claim 1,
The stretching portion
A front stretchable portion disposed on the front plate side and forming part of the front plate,
A side stretch portion disposed on the side of the back plate adjacent to the side and forming part of the back plate;
Climbing jacket, characterized in that it comprises a rear stretchable portion disposed on the side of the back plate adjacent to the shoulder and forming a portion of the back plate. The method according to claim 2,
Climbing jacket, characterized in that the front elastic portion, the side elastic portion, the rear elastic portion is made of different materials in the stretching direction. The method according to claim 3,
Climbing jacket, characterized in that the front elastic portion and the side elastic portion uses a large stretch material up and down direction. The method according to claim 3,
Climbing jacket, characterized in that the back stretch portion uses a material having a large diagonal stretch. The method according to claim 3,
The front elastic portion is an armhole elastic portion disposed from the shoulder to the armhole middle side,
Climbing jacket characterized in that it further comprises a chest stretched portion arranged from the armhole middle side to the chest line. The method of claim 6,
The armhole stretch part uses a material having a high elasticity in the vertical direction,
The chest stretch portion is a hiking jacket, characterized in that the use of elastic material in the right and left direction. The method according to claim 1,
The cap having a rear elastic portion is coupled to the upper body,
The rear stretchable part of the climbing jacket characterized in that the portion corresponding to the back portion of the head can be stretched to wrap the head in a stable state. The method according to claim 1,
Climbing jacket characterized in that the stretch portion made of stretch gore material or stretch material.

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