KR200484972Y1 - Jackets for field work - Google Patents

Abstract

The present invention relates to a field-work jacket further comprising a flame-retardant chest section divided into a shoulder part, a waist part, and a chest part.
The jacket for on-site work according to the present invention includes an upper pocket and a three-dimensional pocket capable of providing work convenience, and the ventilation function and the storage function can be improved through the upper pocket. The tool can be safely stored.
The field work jacket according to the present invention can be applied to various incision parts separately from the flame retardant material and the synthetic fiber material to maintain a good fit feeling and to provide safety in the workplace while having an appearance similar to a casual wear.

Description

Field work jacket {JACKETS FOR FIELD WORK}

The present invention relates to a field work jacket, and more particularly to a jacket for field work, which comprises various incisions of the shoulder portion, the chest portion, the flame-retardant chest portion, the waist portion and the sleeve portion, and the shoulder portion, the flame- Field jacket.

Apparel has been a means of protecting the body from the outside environment for a long time. It has become a means of self-expression including dressing and dressing as well as simple physical protection means according to the transition of society and culture. The ornamentality and sociality of such clothes influence the image of the wearer and represent the social status.

Despite the decorative and sociable nature of these garments, most of the field uniforms used in outdoor sites such as factories, fire stations, and garage factories are focused on functionality and do not consider the aesthetic appearance of clothing.

In addition, most of the industrial work clothes are worn over the daily clothes as a purpose of protecting the daily clothes from pollution, so they have to wear them separately from the daily clothes and have a problem of inconvenience to wear.

Korean Patent No. 1259855 discloses a workable garment having excellent flame retardancy and heat resistance by providing a high heat-resistant silicone coating method for manufacturing industrial workplace safety work clothes, but it is expensive and does not improve user's comfort, As the aesthetic appearance decreases due to the formation of the coating layer, it is difficult to wear as a casual wear.

Therefore, in a workplace such as a low-risk military factory, a repair shop, or an outdoor workplace where there is a low risk of work, it is often the case that the worker wears the work clothes, but the worker can not properly cope with the accident risk.

Therefore, it is required to develop a working suit for field work which is able to protect workers from fire and heat even in low -

The object of the present invention is to provide a field-work jacket which has various incisions of the shoulder portion, the chest portion, the flame-retardant chest portion, the waist portion and the sleeve portion in the field working jacket and has the upper pocket and the three-dimensional pocket.

It is another object of the present invention to provide a field work jacket in which a flame retardant material, a cotton fiber material, and a synthetic fiber material are separately applied to the various incisions.

The invention relates to a shoulder portion (10) disposed on top of a field work jacket; A waist portion (40) disposed under the field work jacket; A chest portion 20 disposed at the center of the shoulder portion 10 and the waist portion 40; And a pair of sleeves 30 extending from the upper side of the shoulder portion 10 to both ends of the shoulder portion 10. The chest portion 20 is formed on the outer surface of the jacket body between the chest line 11 and the waist line 12 And the back part 40 has two or more three-dimensional pockets 41 and the shoulder part 10, the flame-retardant chest part 50, and the back- The sleeve 30 provides a field-work jacket made of a flame retardant material.

The flame-retardant chest portion 50 has an upper pocket 51 including a cut-away portion, and the inside of the upper pocket 51 may be made of a material having a mesh or a through-hole.

A flame-retardant inserting portion 60 made of a flame retardant material may be attached to the upper portion of the front panel inserting portion of the field-work jacket, and the three-dimensional pockets 41 may have a flame- .

This design is to protect the wearer's body from flame and heat in work site such as factory, fire station, garage, welder, including shoulder part, chest part and sleeve part made of flame retardant material.

The fieldwork jacket of the present invention is designed to facilitate the application of flame retardant materials to shoulders, sleeves and front plates, which are particularly susceptible to fire, according to the incision pattern.

In the present invention, a flame retardant material is applied to a specific incision pattern, and the body portion of the jacket which is in close contact with the body of the wearer is made of synthetic fiber material such as casual wear or cotton fiber material, Can provide a field-work jacket excellent in flame retardant function.

In addition, the in-field jacket of the present invention complements the ventilation function through the upper pocket, and the lower-end three-dimensional pocket can safely store hazardous working tools in exposure to fire.

1 is a front view of a jacket showing one embodiment of the present invention;
2 is a front view of a jacket showing another embodiment of the present invention;
3 is a rear view of the embodiment of Fig.

Hereinafter, the present invention will be described in detail.

The fieldwork jacket according to the present invention is a woven material made of cotton or synthetic fiber yarn woven with a blend yarn using environmentally friendly inorganic flame retardant FR-PET yarn as a flame retardant material, and a long-legged sleeve 30 And an opening portion having a fastening means such as a zipper, a button or a Velcro on the front portion, and an opening portion formed by a zipper so as to easily attach and detach the jacket and protect the body.

Here, the body of the field work jacket has an incision line divided into an upper portion, a lower portion and an intermediate portion. The upper portion is a shoulder portion 10, the lower portion is a waist portion 40, and the middle portion is a chest portion 20.

The shoulder portion 10 is formed at the upper portion of the chest corresponding to the front and rear sides with reference to the base line of the shoulder sole, including the upper end of the jacket back plate (back plate) at the upper end of the jacket front plate. Preferably, the shoulder portion is formed of a high-strength flame-retardant material since it is easily exposed to the risk of falling objects during field operation. The shoulder portion 10 may be sewn to the shape of the jacket by sewing the end of the chest portion 20 and the end of the shoulder portion cut according to the pattern or may be woven with a cotton or synthetic fiber yarn including the chest portion 20 Or may be sewn on the corresponding portion which is the upper portion of the jacket.

The chest portion 20 may be made of the same material as that of the casual wear or may be a plain fabric woven with synthetic fibers. Preferably, the chest portion 20 may be formed of a material having excellent hygroscopicity, water repellency, have.

The chest portion 20 includes a side plate portion below the armpit and is connected to a jacket back plate (back plate) to form a jacket body.

A flame-retardant chest portion 50 having a trapezoidal shape from the shoulder portion to the waist portion is provided at the center of the chest 20. The flame retardant chest portion 50 may be formed by sewing the end of the chest portion 20 and the end of the flame retardant chest portion 50 that are cut according to the pattern or may form the body of the jacket, A flame-retardant chest may be stitched to the corresponding portion of the jacket woven with cotton or synthetic fibers.

The flame-retardant chest (50) forms an upper pocket (51) on the chest (20). In particular, when the flame-retardant chest portion 50 is stitched and sewn, the upper pocket can be easily formed by unsealing the pocket inlet portion.

The upper pocket 51 may be formed of a mesh material or may be made of a material having good ventilation to improve the comfort of the wearer. When sewing the end of the chest part and the end of the flame-retardant chest, the lining of the jacket is made of a material having excellent air permeability so that the lining of the jacket not only serves as a pocket but also serves as a vent for discharging the body heat of the wearer to the outside . When a flame-retardant chest is attached to the chest, a through-hole for ventilation can be formed in a portion corresponding to the inside of the pocket of the chest.

The jacket of the field work jacket can be covered with a flame-retardant inserting portion 60, and the flame-retardant inserting portion is formed of a flame retardant material and protects the wearer's body from fire and heat, which are exposed through a zipper,

The waist portion 40 of the field work jacket includes at least one three-dimensional pockets 41, preferably a pair of three-dimensional pockets 41. The three-dimensional pockets 41 are made of a flame-retardant material, and a lid is provided at an inlet on the upper side of the pocket to prevent contact with the outside and prevent loss of the tool stored in the pocket.

More preferably, the three-dimensional pockets include a flame retardant material layer on the outer side, a contamination prevention layer on the inner side, and various working tools can be easily accommodated. Even if a weak object is stored, the risk of melting, igniting or deteriorating is reduced .

Further, in the embodiment of the present invention, it is preferable that the cutting of the incision line is performed by using a fire retardant yarn to prevent the sewing from being separated from the firearm and the heat.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art in light of the above teachings. It should be understood that it is possible. Accordingly, the spirit of the present invention will be defined by the following claims, and all equivalents and modifications thereof fall within the scope of the idea of the present invention.

10: Shoulder portion
20: Chest
30: Retail department
40: waist
50: Flame retardant chest
60: Flameproof
11: Chest line
12: waist line
41: three-dimensional pocket
51: Upper pocket

Claims (5)

For a field work jacket;
A shoulder (10) disposed on top of the field work jacket;
A waist portion (40) disposed under the field work jacket;
A chest portion 20 disposed at the center of the shoulder portion 10 and the waist portion 40; And
And a pair of sleeves (30) extending from the upper side of the shoulder portion (10) to both ends,
The chest portion 20 has a flame-retardant chest portion 50 attached to the outer surface of the jacket body to form an oblique line between the chest line 11 and the waist line 12,
The waist portion 40 has two or more three-dimensional pockets 41,
The shoulder portion 10, the flame-retardant chest portion 50, and the sleeve portion 30 are made of a flame retardant material,
The flame retardant material is woven using a blend yarn to which an environmentally friendly inorganic flame retardant FR-PET yarn is applied. The method of claim 1, further comprising:
The flame retardant chest (50) has a top pocket (51) that includes cutouts. 3. The method of claim 2,
Wherein the inside of the upper pocket (51) is made of a material including a mesh or a through hole. The method of claim 1, further comprising:
Wherein the front panel closing portion of the field work jacket is covered with a flame-retardant closure portion (60) attached to the closure portion. The method of claim 1, further comprising:
Wherein the three-dimensional pockets (41) have a flame retardant material layer on the outer side and a contamination prevention layer on the inner side.

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