KR100907619B1 - Injurious insects preventing garment and production method thereof - Google Patents

Abstract

A pest protection garment and a manufacturing method thereof are provided, which improve the safety by forming the sufficient space. A pest protection garment manufacturing method comprises: a step(S110) which heats the synthetic fiber at the high temperature; a step(S120) which sews so that the space can be formed between two synthetic fibers; a step(S130) for sewing the center synthetic fiber and a sewing portion which is folded to the inside of the sewing portion; a step(S140) for manufacturing the upper protection garment; a step(S150) for inserting the elasticity bar and adhering the combining member; and a step(S160) for attaching a combining member to the rear side or the side of the facial area cover.

Description

Pest protective clothing and its manufacturing method {INJURIOUS INSECTS PREVENTING GARMENT AND PRODUCTION METHOD THEREOF}

The present invention relates to a pest protective suit that enables work while ensuring the safety of the body when working in situations where there is a possibility of injury by beekeepers, bees, fishing or other pests.

Beekeepers are routinely exposed to bees, and the general public is often exposed to the danger of being injured by bumblebees and wasps. In particular, when a bumblebee is stung, blood pressure may increase greatly depending on the affected area, and even death may cause fatal effects on the human body, so wearing protective clothing for work safety may be essential. In particular, there are similar deaths every holiday, and the importance of protective clothing is being highlighted.

By the way, the conventional protective clothing is generally manufactured using a mesh cloth in order to ensure ventilation, in the case of such a mesh cloth it is difficult to ensure a sufficient thickness it is difficult to secure the safety. Thus, a protective suit made by sewing a double mesh cloth appeared, but it was difficult to secure enough space to prevent the bee attack by simply overlapping two mesh cloths.

Therefore, there is an urgent need for a protective clothing that ensures safety and has good ventilation and workability.

The present invention has been made in order to solve the problems of the prior art as described above is to provide a pest protective clothing and a method of manufacturing the same to improve the safety by forming a sufficient space therein.

Pest protective clothing of the present invention for achieving the above object is made of synthetic fibers of the mesh material, one or more face-shaped fixing rod bent convex to the outside is attached to the side, attached to the side or the back attached member A face cover that is removable on the protective clothing by means of; And

Overlapping two sheets of synthetic fibers cut to a predetermined size, and folding the ends of both synthetic fibers inward to form a sewing portion, and double synthetic fibers sewn into both sewing portions so as to form a space between the two synthetic fibers or cutting to a predetermined size The three-layered synthetic fabrics were sewn with overlapping three synthetic fibers, and the ends of both outer synthetic fibers were folded slightly inward to form a sewing portion, and the folded sewing portion and the middle synthetic fiber were sewn into the sewing portion to form a space between the three synthetic fibers. Protective garment top prepared using the fiber; provided, but the end of the arm and waist of the protective garment is bent, leading to the opposite side through the back of the head portion in the hat portion, the insertion hole for inserting the elastic rod A perforated elastic rod insert is formed, and the elastic rod is inserted into the detachable shape, and the face cover is detachable. It characterized in that the coupling member is attached.

On the other hand, the pest protection suit manufacturing method of the present invention for achieving the above object in the pest protective suit manufacturing method using a synthetic fiber of the mesh material,

Heating the synthetic fiber to a high temperature;

Stacking two sheets of synthetic fibers cut to a predetermined size, slightly folding the ends of both synthetic fibers inwardly to form a sewing portion, and sewing the inside of both sewing portions to form a space between the two synthetic fibers;

Overlapping the three pieces of synthetic fiber cut to a predetermined size, and folded the ends of both outer synthetic fibers inward to form a sewing part, and the folded sewing part and the middle synthetic fiber inside the sewing part so as to form a space between the three synthetic fibers. Sewing;

Preparing a protective garment top following the sewn double and triple synthetic fibers, and forming bending at the end of the arm and the waist;

Steps from one side end to the opposite side end through the back of the head portion, forming the elastic rod insertion portion of the insertion hole for the insertion of the elastic rod, inserting the elastic rod, and attaching the coupling member for detachment of the face cover; And

Manufacturing a face part cover using a synthetic fiber made of a mesh material, and attaching at least one face shape fixing rod which is bent convex outwards horizontally, and attaching a coupling member to a rear surface or a side surface of the face part cover; do.

According to the present invention as described above, since the protective clothing itself forms a sufficient space, there is an effect that sufficient safety is ensured even when worn in light attire. In particular, there is an effect that a sufficient space is always secured to the front and both cheeks, the back of the face and the jaw area of the face portion can greatly reduce the probability of fatal injury.

In addition, not only the face cover can be attached and detached, but also the elastic rod for maintaining the shape of the face can be easily detached and there is an effect of eliminating the problem that the mesh cloth touches the face due to dying breath.

Furthermore, since it is possible to completely remove the face cover, which has a relatively high degree of wear, when the face cover is worn, it is effective to prolong the life of the product if the face cover is purchased separately.

On the other hand, by fixing the bottom of the face cover with a velcro tape, it is possible to open the bottom of the face cover only without having to completely remove the face cover, thereby freeing the action of drinking water, thereby increasing the convenience of use.

Hereinafter, with reference to the accompanying drawings will be described in detail the structure of the pest protective suit according to the present invention.

1 is a plan view showing the face cover of the pest protective clothing according to the present invention, Figure 2 is a plan view showing a face cover and a protective clothing top of the pest protective clothing according to the present invention, Figure 4 is a pest protective suit according to the present invention Reference to explain the wearing state of Figure 5 is an enlarged reference view of the face portion of the pest protective suit according to the present invention.

First, as shown in FIG. 2, the pest protective suit according to the present invention includes a face cover 10 and a protective garment top 20.

The face cover 10 is made of a mesh cloth made of synthetic fiber, as shown in Figure 1, the face-shaped fixing rod 11 for maintaining the appearance on the front side is attached laterally. The face fixing rod 11 is convexly curved to form a space such that the mesh cloth of the face cover 10 does not easily come into contact with the face skin when the face cover 10 is actually worn. The face-shaped fixing rod 11 is laterally attached to the center of the face cover 10 so as to be positioned slightly above or around the nose when worn, and further down from the center of the face cover 10 to the bottom. It is desirable to have the claw attached to be positioned at the chin or under the chin when worn. The face-shaped fixing rod 11 forms a predetermined shape together with the elastic rod 22 of the protective garment 20 as described below, so that the mesh cloth directly touches the face skin even when wind is blown or some pressure is applied. Supports to keep out of reach.

On the other hand, since the face portion cover 10 is made of a mesh cloth it is possible to ensure the field of view when actually wearing. Of course, in order to secure a better view, it is also possible to form a separate window made of a material such as a separate transparent plastic at a position corresponding to the eye when worn.

The face cover 10 is formed along a back or side line with a coupling member 12, such as a Velcro tape or zipper, so that it can be easily removed from the protective clothing 20 for rest or laundry. According to the example of Figure 2, it can be seen that the face cover 10 can be fastened by the zipper on the protective clothing 20, wherein the jaw portion is coupled by Velcro tape instead of being coupled by the zipper. This is to securely fasten the face cover 10 to the protective clothing top 20 by a zipper, and then open the mouth to enable drinking and the like.

Further, as shown in FIG. 1, an implant 13 for supporting the contour of the cover of the face portion is inserted along the outer line of the face portion cover 10. At this time, the implant 13 is preferably made of a material that has sufficient elasticity and soon returns to its original shape even if it is bent or bent.

On the other hand, the protective clothing top 20 is made of a mesh cloth, as shown in Figure 2, the center of the zipper is formed and the shape of a general long-sleeved clothing top is bent 24, the waist and arm ends.

At this time, as shown in Figure 5, along the contour of the face portion of the protective garment 20, a coupling member 23 such as a zipper and a Velcro tape is formed, and the hat portion is passed from the one end to the other side through the rear head portion. However, an elastic rod insertion portion 21 having an insertion hole for inserting the elastic rod 22 is formed.

 The elastic rod 22 is a plastic rod having a good bending property and is inserted into the elastic rod inserting portion 21 to support the shape of a hat portion when worn. 4 and 5, it can be seen that the elastic rod insertion part 21 is formed along the line from the ear to the opposite ear when worn, and the elastic rod 22 is inserted into the elastic rod 22. Is not rounded, and is inserted into the elastic rod insertion portion 21 to support the shape of the hat portion. According to the example of Figures 4 and 5, by wearing the ear, while ensuring the space on both sides of the head serves to increase the stability.

On the other hand, the elastic rod insertion portion 21 is the insertion hole is drilled at one end end, or when the elastic force of the elastic rod 22 is lowered, it is possible to easily remove or reinsert the elastic rod 22.

Conventional protective clothing has a problem that the safety of the protective clothing is significantly lowered due to the contact of the protective clothing mesh cloth on the skin, especially the face when wearing breathing after washing due to the nature of the material, remove the face cover 10 and the elastic rod (22) After removing the) and washing, when wearing the elastic rod 22 is inserted into the elastic rod insert 21 and the face cover 10 is attached to solve the problem of safety degradation caused by the laundry.

The most important function of the protective suit 20 is to ensure safety from harmful pests such as wasps and bumblebees, which requires sufficient space between the skin and the protective garment jacket.

However, due to the nature that is often used in the summer, sufficient ventilation must be secured at the same time, so it is not possible to simply use a thick cloth or a material with a thick inner skin.

Therefore, in the related art, there was a case where the thickness of the mesh fabric was doubled. However, when the thickness of the mesh cloth is 0.2mm, even if double, it is only 0.4mm, so there is no shortage of securing the space to ensure safety. Some bees attack a person through a cloth having a thickness of 1 to 2 mm, so sufficient space between the wearer's skin and the protective clothing jacket is essential, thereby securing space in a manner as shown in FIG. 3.

Figure 3 is a reference diagram illustrating how to sew a synthetic fiber in double or triple to form a space inside.

When the carbon fiber is heat treated at a high temperature, although the flexibility is low, it may be somewhat unsuitable for use as clothing for everyday life, but the hardness is high, so that sufficient space can be secured when sewing the same as in FIG. 3.

The hardness or strength of the carbon fiber is related to the heat treatment temperature. For example, the PAN-based carbon fiber is treated at 1300 to 1500 ° C. and exhibits the highest hardness and strength.

Figure 3 (a) describes the sewing of the heat-treated mesh cloth in two layers, first cut the mesh cloth (110, 120) to a predetermined size, and then narrow the end of the inner mesh cloth 110 in the outward direction Fold to form the sewing portion 111, and conversely slightly folded the end of the outer mesh cloth 120 inward to form a sewing portion 121, and then sewing into the inside of the two sewing portions (111, 121). Thereafter, separate ironing is not performed so that the space between the two mesh cloths 110 and 120 is not in close contact.

Figure 3 (b) will be described to sew three times the heat-treated mesh cloth fabric. First, first cut the mesh cloth (110, 120) to a predetermined size, and then slightly folded the end of the inner mesh cloth 110 in the outward direction to form a sewing portion 111, on the contrary the end of the outer mesh cloth (120) Fold inward to form a sewing portion 121, and then sandwiched the middle mesh cloth 130 between the two sewing portions (111, 121) and the intermediate mesh cloth (as shown in FIG. 130) to sew a space.

Although the mesh cloth sewn in two layers has a sufficient space therein, for example, the two mesh cloths 110 and 120 are easily in contact with a lot of movement such as elbows, so that the internal space may be narrow. Therefore, it is preferable to use for the trunk portion of the protective clothing top 20 in which movement is not large.

On the other hand, even if the three times sewn mesh cloth is moved after wearing it is not a lot of cases that the three mesh cloth (110, 120, 130) at the same time except the joint. In particular, this is because the hardness of the mesh cloth is increased by the heat treatment. Therefore, it is preferable to use a mesh cloth sewn in triplicate for a lot of movement such as an arm, a neck and a head.

On the other hand, even if you sew double or triple overlapping mesh cloth, if the distance between the sewing section is too far, it is simply overlapping two or three pieces of fabric, so preferably cut the original fabric to the size of 15 to 30 centimeters Forming a portion allows sufficient space to be maintained over the entire area of the protective garment 20.

On the other hand, according to Figure 4 it can be confirmed the degree of safety when wearing the thread of the pest protective clothing according to the present invention. First, when the elastic rod 22 inserted into the elastic rod insertion portion 21 forms a predetermined contour and then supports it, and the face portion cover 10 is coupled to the protective garment 20, the lower Velcro tape of the face portion cover (12, 23) supports the face cover 10, the implant 13, and the elastic rod 22 of the hat portion to prevent it from hitting downward.

The face fixing rod 11 formed laterally at a distance from the tip of the nose forms a space for protecting the front of the user's face, and the face fixing rod 11 formed laterally below the user's face has a lower jaw. Form the space of the part.

Meanwhile, the elastic rod 22 passes from the user's cheek to the back of the head and secures a space from the user's cheek to the other cheek, so that even if the wind is blown or a little pressure is applied, all of the space from the front, side, back, and under the chin is faced. You can protect it.

In addition, the upper portion of the head is also secured by the use of triple mesh cloth as described above to ensure sufficient space from the attack of bumblebees and the like.

Hereinafter, with reference to the accompanying drawings will be described in detail a method of manufacturing a pest protective clothing having the above structure. 6 is a flowchart illustrating a method for manufacturing a pest protective clothing according to the present invention.

First, the mesh fabric is heat-treated at high temperature to increase hardness and strength (S110). Next, using a heat-treated mesh cloth fabric is sewn in two and three layers.

In detail, in the case of two layers, two mesh cloths (110, 120) are cut and overlapped, and the ends of both mesh cloths are folded slightly inward to form sewing parts (111, 121) so that a space is formed between the two mesh cloths. Both sewing parts 111 and 121 are sewn inward as shown in FIG.

On the other hand, in the case of triple layered three mesh cloth (110, 120, 130) cut to a predetermined size, by folding the ends of both outer mesh cloth inward to form a sewing section (111, 121) between the three mesh cloth The sewing portions 111 and 121 folded to form a space in each and the mesh cloth 130 is sewn into the sewing portion (S130).

Thereafter, using the two-ply, three-ply mesh cloth made as described above to manufacture a protective garment top 20, wherein the bending end 24 is formed on the end of the arm and the waist (S140).

Meanwhile, the elastic rod 22 is formed on the cap portion of the protective garment 20 through one side end through the rear head portion, and the elastic rod 22 is formed by inserting an elastic rod insertion portion 21 through which an insertion hole for insertion of the elastic rod is formed. Insert and attach the coupling member 23 for detachment of the face portion cover as shown in Figure 5 (S150). At this time, one end of the elastic rod insertion portion 21, the insertion hole is drilled at any time, it is possible to remove or retract the elastic rod 22 at any time. On the other hand, the coupling member 23 may be a zipper and a Velcro tape as shown in FIG.

Meanwhile, the face part cover 10 is manufactured by using a mesh cloth. At this time, one or more face shape fixing rods 11 which are convexly curved outwardly to the mesh cloth are laterally attached, and the prosthesis 13 is attached along the contour. , By attaching the coupling member 12 to the back or side of the face portion cover 10 to complete the face portion cover (10) (S160). As shown in FIG. 1, the face-shaped fixing rod 11 is preferably attached to the center of the face so as to be positioned at the edge of the nose or slightly above when worn, and also below the center of the face cover 10. Another is preferably attached so that it is located under the jaw or the jaw when worn.

Although the present invention has been described in detail with reference to several embodiments, the present invention is not limited to these embodiments and is not construed as such, and may be freely modified and practiced within the scope of the technical idea described in the claims.

1 is a plan view showing a face cover of a pest protective clothing according to the present invention,

2 is a plan view showing a face cover and a protective garment top of the pest protective suit according to the present invention;

3 is a reference diagram illustrating a state in which a synthetic fiber is sewn in a double or triple to form a space therein;

Figure 4 is a reference diagram illustrating the wearing state of the pest protective suit according to the present invention,

5 is an enlarged reference view of the face portion on the pest protective suit according to the present invention,

6 is a flowchart illustrating a method for manufacturing a pest protective clothing according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: face part cover

11 face fixing rod 12 coupling member

13: implant

20: protective clothing top

21: elastic rod insertion portion 22: elastic rod

23: face cover coupling member 24: bending

110: inner synthetic fiber 111: sewing part

120: outer synthetic fiber 122: sewing

130: intermediate synthetic fiber

Claims (7)

delete delete Made of mesh carbon fiber heat-treated at high temperature, one or more face-shaped fixing rods that are convexly curved outwardly are laterally attached, and a prosthesis is attached along the contour, and is protected by a coupling member attached to the side or the back. A face cover removable on the top; And Two sheets of high-temperature heat-treated mesh carbon fiber cut to a predetermined size are overlapped, and the ends of both carbon fibers are bent inward to form a sewing part, and the inside of both sewing parts is sewn so that a space is formed between the two carbon fibers. Protective clothing top made of a double carbon fiber; provided, but the arm end and waist portion of the protective clothing top is bent, leading to the opposite side through the back of the head portion in the hat portion, the insertion hole for inserting the elastic rod Perforated elastic rod insert is formed, the elastic rod is inserted into the insertion hole, the protective clothing for pests, characterized in that the coupling member for attachment and detachment of the face cover. The method of claim 3, wherein The carbon fiber is a protective clothing for insects, characterized in that the PAN-based carbon fiber. The method of claim 3, wherein The head, neck, and arms of the protective garment are superimposed on three sheets of high-temperature heat-treated mesh carbon fiber cut to a predetermined size, and the ends of both outer carbon fibers are bent inward to form a sewing part. Protective clothing for insects, characterized in that the sewing portion folded to form a space between the fibers and the middle carbon fiber made of triple carbon fibers sewn into the sewing unit. The method of claim 3, wherein The protective clothing for insect pests, characterized in that the double carbon fiber or triple carbon fiber has a sewing section every 15 to 30 centimeters in length so that the space between the carbon fiber is maintained over the entire protective clothing. The method of claim 3, wherein The coupling member formed on the face part cover is a protective clothing for insects, characterized in that the zipper formed along the side lines except for the Velcro tape and the bottom attached to the bottom bottom of the face part cover.

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