KR100764830B1 - Shooting wears - Google Patents

Abstract

The present invention relates to a shooting suit worn when shooting, and more particularly, to accurately shoot all shooting postures such as incidence (standing), slinging (knee shooting), and radiation (down shooting), allowing the shooter to shoot accurately. The present invention relates to a shooting suit having excellent durability while satisfying the international standard of the International Shooting Federation (ISSF) regarding the strength of the shooting suit, to facilitate the posture.

In the shooting suit according to the present invention, in the shooting suit for stably fixing the shooting position, the leather pad is worn on the upper part of the shooter and is made of a leather pad on a specific part of the jacket body made of cotton fabric or polyethylene terephthalate (PET) woven fabric material. And a rubber pad is formed by padding respectively, and the pants are worn on the lower part of the shooter, and the pants are formed by padding the rubber pads to a specific part of the main body of the pants made of canvas or PET woven fabric.

PET woven fabric which is the main material of the shooting suit according to the present invention has a small change in the hardness of the fabric in spite of a large amount of sweating that occurs during shooting competition or training, thus providing a suit suiting the rigidity numerical standard required by the international standard. Disqualification can be prevented.

Shooting suit, jacket, pants, fabric, PET yarn, hardness value, hardness, leather pad, rubber pad

Description

Shooting suit {SHOOTING WEARS}

1 is a perspective view of a shooting suit according to the present invention.

2 is a rear view of the shooting suit according to the present invention.

Figure 3 is a state of use of the shooting suit according to the invention.

* Description of the symbols for the main parts of the drawings *

1: shooting suit 10: jacket

11: jacket body 12: first leather pad

13: second leather pad 14: rubber pad

15 ring 16: button

17: buttonhole 18: second leather pad

20: pants 21: pants body

22: first rubber pad 23: second rubber pad

The present invention relates to a shooting suit worn when shooting, and more particularly, to accurately shoot all shooting postures such as incidence (standing), slinging (knee shooting), and radiation (down shooting), allowing the shooter to shoot accurately. The present invention relates to a shooting suit that has excellent durability while satisfying the international standards of the International Shooting Federation (ISSF) regarding the strength value of the shooting suit.

Shooting is a necessity of guns, and has been regarded as the exclusive possession of military, police, or athletes, but since 1994, it has been known that it can enhance concentration and give self-discovery through mental relaxation. It became known to the general public, and as a result, it became a leisure event that anyone can enjoy casually from the shooting range managed by the state.

There are two main types of shots: air rifles in the interior and clay shots in the open air, where shots are shot while an 11cm diameter pie (flight made of mud) flies about 70cm. It is a match that requires both physical and mental strength, and helps to develop determination, self-control, concentration and quickness. A plate comes out of one outlet, so American traps suitable for beginners and shooters move from side to side. It is divided into a circuit for hitting a flying saucer and a trap for hitting a saucer that protrudes from one of three outlets five meters in front of the shooter.

Certain shooting equipment is required for the above-described shooting, and the shooting equipment includes rifle and bullet as well as shooting suit, shooting shoes, shooting gloves, and the like.

In particular, shooting can be easily felt pain in the waist, arms and shoulders by taking a number of different stances during an hour of competition due to the nature of the game. Feelings can be added and subtracted, and the most important characteristic is the difference in functions that stabilizes the shooting posture.

For this reason, the International Shooting Federation (ISSF) measures the hardness of the main body of the shooting suit before and after the shooting competition by measuring the hardness of the main body of the shooting suit. This is because if the shooting suit is made of materials of different rigidity values, the function as a support that can be used as a support for fixing the athlete's stance is changed. This regulation of the International Shooting Federation aims to increase the fairness of the game by limiting the function of fixing the floating posture by the shooting suit.

In general, in the case of a fire suit composed of a jacket and pants, it is made of a material having a predetermined rigidity that secures the shooting posture appropriately and does not interfere with the activity. In the case of a conventional fire suit, only one type of material is used. Since it is formed, slips occur in the arm and armpits, and all shooting postures such as incidence, slingshot, and radiation cannot be stably fixed, and thus, accurate shooting postures cannot be induced.

In addition, according to the shooting posture, the bent arm gum, hips and knee parts are relatively inflexible, very uncomfortable in taking all the shooting postures such as incidence, slingshot, and radiation, and also has a problem of poor durability.

Particularly in 2005, the ISSF International Standard on the Strength of Shooting Suits has been greatly strengthened, which helps the athletes to keep their postures and prevents disqualification of the shooting suits due to the sweat generated during the game. There is an urgent need for a range of clothing to have.

According to the newly established rules for the hardness of the International Fire Federation (ISSF), the fabric is placed in a 60 mm diameter measuring cylinder and the 1,000 g measuring weight is applied to a 20 mm diameter measuring plate in the middle of the fabric. The value measured in mm of the depth under which the moment is subjected to the load to be deformed should be at least 3.0 mm. (The term "hardness value" used in this application is determined by the method defined by the ISSF. Up to the above value in mm). This will be done by re-inspecting five athletes immediately after the race. If the post-test fails to pass, the team will re-test five minutes later and disqualify any athlete who fails the second round. Therefore, in the case of cotton material mainly used as a conventional fire suit, the hardness of the fabric itself when absorbing moisture (here, "hardness value" means 'deformation' in the normal hardness test. As the "hardness value" decreases under the same load), even if the strength before the match exceeds 3.0, if the rigidity increases due to the absorption during the match, the hardness value at the final measurement will be less than 3.0 and the final There was a problem of being disqualified.

Another problem is that thick fabrics are used to maintain the appropriate hardness value, but as the thickness of these fabrics increases, the permeability of the materials becomes extremely low, and the ability of athletes to control the high moisture content between the shooting suit and the skin layer due to sweating is not possible. It is a big obstacle to the efficient expression of.

The present invention has been made to solve the above problems, the object of the present invention is to stably fix all the shooting posture such as incident, slingshot, radiation, so that the shooter can shoot in the correct shooting posture To provide shooting suits.

Another object of the present invention is to provide a shooting suit that allows the shooter to take a shooting position very conveniently by providing a non-thick material.

Still another object of the present invention is to use a fabric such as PET having a small change in the rigidity of the fabric due to absorption, moisture absorption, and absorption as the addressing material of the shooting suit, even if a lot of sweating occurs during the competition. To prevent deterioration, it is to provide a range of fire suits that meet the ISSF hardness standards.

Another object of the present invention by using a low hygroscopic PET material to improve the high-humidity state in the shooting suit caused by sweat at a high speed to prevent the discomfort generated during shooting, smooth sweating can be made to feel comfortable To provide a range of rescue clothing.

In order to achieve the above object, the present invention, in the shooting suit for stably fixing the shooting posture, the leather pad and rubber pad is padded on one side of the jacket body, which is worn on the shooter's upper body and made of PET post-woven fabric, respectively A jacket formed; And a pants worn on the lower body of the shooter and formed by padding rubber pads on one side of the main body of the pants, which is made of a PET post-woven fabric.

The jacket body and the pants body is preferably a PET post-woven material treated with antibacterial treatment and resin.

In addition, the PET yarn forming the PET post-woven fabric, the fiber to increase the water vapor flow by generating a micro crater of fine unevenness on the fiber surface; It is preferable to be woven into a yarn including a normal yarn.

In addition, PET yarn to form the PET post-woven fabric, the quick-drying yarn made to improve the cross-sectional structure to increase the water removal rate by capillary phenomenon; It is preferable to be woven into a yarn including a common yarn.

In addition, it is preferable that the material of the shooting suit is a fabric in which a pore having a mean diameter of 2-10 mm converted into a circle into a fabric treated with a polyurethane resin is made porous within 10% of the fabric area.

In addition, the PET post-woven fabric is 5-12ol of 5000-2500denier thick yarns for warp yarns and 45-30ols / inch density, 4-12ols of 4000-1500denier thick yarns for weft yarns It is preferable to make it woven into a density of 30-15 oligomers / inch.

In addition, the distance from the wearer's body to the shooting suit during the manufacture of the jacket body and the pants body has a value within the range of 0.5-20 cm depending on the area when measured simultaneously in the front direction, the neck opening is the neckline of the wearer It is desirable to be produced so that 1-5cm apart from.

In addition, the rubber pad of the jacket and the rubber pad of the pants are manufactured by mixing at least one kind or two or more kinds of raw rubber, ethylene propylene rubber containing carbon, black saab and other compounding agents for improving the physical properties of the rubber pad. It is desirable to be.

In addition, the rubber pad of the jacket and the rubber pad of the pants are 45 to 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluorene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight It is preferred to be prepared, characterized in that the other blending agent in%.

In addition, the other compounding agent is preferably to include zinc oxide, stearic acid, beeswax and vulcanization accelerator which is a kind of fatty acid.

In another aspect, the present invention in the shooting suit for stably fixing the shooting posture in order to achieve the above object, the jacket body which is worn on the upper body of the shooter and made of PET post-woven fabric, and padded on the shoulder portion of the jacket body A jacket comprising a first leather pad being folded, a second leather pad padding on one side armpit portion of the jacket body, and a rubber pad padding on the elbow portion of the jacket body; And a trouser body worn on the shooter's lower body and made of a PET post-woven fabric, a first rubber pad padded at the hip of the trouser body, and a second rubber pad pad padded at the knee of the trouser body; To provide a shooting suit consisting of.

The jacket preferably further includes at least one selected from a span that is padded on the front of the elbow to make the elbow portion flexible, a tissue bonded to the inner armpit portion, and a dissociation for finishing the arm portion.

In addition, the jacket is preferably provided with a ring for fixing the suspenders of the rifle on the shoulder portion.

In addition, the jacket is formed to be opened and closed by a button, it is preferable that the third leather pad is padded in the button hole portion to which the button is coupled.

In addition, the rubber pad of the jacket and the first and second rubber pads of the pants may be at least one selected from at least one selected from raw rubber, ethylene propylene rubber containing carbon, black saab, and other compounding agents for improving physical properties of the rubber pad. It is preferable that 2 or more types are mixed and manufactured.

In addition, the rubber pad of the jacket and the first and second rubber pads of the pants are 45 to 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluorene rubber, 23 to 28% by weight of black saab; It is preferable that it is 10-15 weight% of other compounding agents.

In addition, the other blending agent preferably contains zinc oxide, stearic acid which is a kind of fatty acid, beeswax and vulcanization accelerator.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows a perspective view of a shooting suit 1 according to the present invention, FIG. 2 shows a rear view of the shooting suit 1 according to the present invention, and FIG. 3 of the shooting suit 1 according to the present invention. A usage diagram is shown.

The shooting suit 1 according to the present invention is an essential clothing for stably fixing the shooting posture during shooting, and is padded on the jacket body 11 and the shoulder portion of the jacket body 11 worn on the shooter's upper body. A jacket comprising a first leather pad 12, a second leather pad 13 padded on one side armpit portion of the jacket body 11, and a rubber pad 14 padded on the elbow portion of the jacket body 11. (10), the pants body 21 worn on the shooter's lower body, the first rubber pad 22 padded on the hips of the pants body 21, and the pads attached to the knees of the pants body 21; It consists of pants 20, including two rubber pads (23).

Here, the jacket 10 corresponds to the top of the shooting suit 1 according to the present invention, the jacket body 11 worn on the shooter's upper body and the first leather padded on the shoulder portion of the jacket body 11. It includes a pad 12, a second leather pad 13 padded on one side armpit portion of the jacket body 11, and a rubber pad 14 padded on the elbow portion of the jacket body 11, and lining is prescribed. The body and the sleeve of the jacket 10, including a flat surface, all parts that can measure a flat surface thickness of 2.5mm, the side thickness can not exceed 5mm, the sleeve should not come down below the fist punched, adhesive A cloth, sticky material, liquid or spray cannot be used inside or outside the jacket body 11, the first leather pad 12, the second leather pad 13 and the rubber pad 14, except that the jacket 10 It is possible to roughen the material.

In addition, the use of any strings, laces, edgings, sutures or stitches that could artificially assist in shooting is prohibited.

The jacket body 11 exhibits excellent durability as it is manufactured by cutting the back fabric of cotton or PET appropriately. In the case of the outer garment in the shooting suit 1 according to the present invention as the addressing material, two or more constant twisted yarns (canvas yarn) made of cotton are made to have a uniform thickness, and then woven into a plain weave or basket structure When the fabric is formed, and the PET post-woven fabric is used as an addressing material, the yarn has a density of 40-36 oligo / inch of 4000-3500 denier thickness of 5-12 strands of two spherical surface-modified PET spun yarns. Weft yarn is a woven fabric made of plain weave or basket tissue with a density of 24-20 oligo / inch of 3000-2500denier thick yarn, 4-12 strands of two-ply surface-modified PET spun yarn, to complement the rigidity retention function. 3-20% weight ratio is used. At this time, the resin to be used is a urethane resin, and the fabric is processed into a combination capable of expressing appropriate hardness values. The resin-treated fabric may be used in the form of a pore that is converted into a circular shape in the final process and has an average diameter of 2-10 mm, and the total pore area is within 10% of the fabric area, or may not be subjected to a porosity process.

In particular, in the case of using the PET post-woven fabric in the shooting suit 1 according to the present invention, there is no need to worry about the international standard regarding the shooting suit without the athlete feeling uncomfortable even if they sweat a lot during the game. This is because the rigidity properties of the fiber itself do not change even if the PET fiber absorbs sweat.

The rigidity of the fiber refers to the numerical value representing the moment that causes the deformation corresponding to the unit bending deformation. The rigidity value measured in the international standard with respect to the shooting suit corresponds to the strain generated by the applied moment. The rigidity of the fiber has a value unique to the fiber depending on conditions such as moisture absorption, absorption, and absorption. Since the polymer constituting the PET fiber has almost no hydrophilic group, the moisture absorption rate is close to zero, so the hardness value is almost even upon absorption. Since it does not change, the change in the hardness value hardly occurs.

PET fiber material has low hydrophilicity, so sweat is not absorbed when worn, and there is high humidity air between the shooting suit and body skin, which may cause discomfort. In order to improve this problem, micro craters are generated on the surface by adding additives such as metal oxide fine particles during spinning, or by changing the cross-sectional shape of the fiber appropriately to increase the moisture mobility, despite the chemical properties of the low hydrophilic fiber itself. The improvement of the physical structural properties of the fabric itself has a quick-drying characteristic of the sweat so that it is possible to avoid the discomfort caused by sweating. Another method proposed in the present invention is to drill the fabric of the appropriate size holes to the appropriate density to the fabric It is a method of discharging high humidity air by smoothing air flow in the direction perpendicular to the plane.

In addition to the above improvement in the fabric stage, it is possible to improve the wearer's comfort by improving the structure of the garment, and provide sufficient space for the convection phenomenon between the wearer's body and the shooting suit when making the shooting suit. By widening the openings in the part, inducing forced sweating due to the chimney effect, you can feel comfortable during the game.

PET post-woven fabric used in the present invention is woven using a ply yarn (ply yarn) in which a plurality of strands of polyester fiber are spliced in various ways, which is to maintain the maximum rigidity within the limit allowed by international standards It is advantageous for stabilization of posture, so it has undergone the process of weaving and weaving to realize proper fabric thickness.

As a result of measuring the change in the hardness value by the method of directly immersing the PET woven fabric woven by water according to one embodiment for the present invention it can be seen that the characteristics of the PET woven fabric is changed to 3.2 5-12, preferably 5-7 plywood of 5000-2500 denier, preferably 4000-3500 denier on the warp, to a density of 45-30 oligo / inch, preferably 40-36 oligo / inch, 4-12, preferably 4-7 plywood of 1500 denier, preferably 3000-2500 denier, is woven at a density of 30-15 oligo / inch, preferably 24-20 oligo / inch.

At this time, the PET fiber used is formed in the fiber or skin which added a certain amount of metal oxide fine powder to the spinning solution to form a fine micro crater on the surface or improved the cross-sectional shape of the fiber to increase the mobility of the water vapor molecules. Absorbent quick-drying fiber that can absorb liquid sweat by capillary phenomenon and move to the garment surface. The quick-drying quick-drying itself corresponds to the disclosed invention but until now it was not used in applications such as shooting suit due to the low water absorption properties of PET fibers.

This fabric is used with 3-20% resin by weight to compensate for the rigidity retention. At this time, the resin to be used is a urethane resin, and the fabric is processed into a combination capable of expressing appropriate hardness values. Due to the characteristics of the present invention, a large amount of sweating is made throughout the game, it is necessary to improve the breathability of the resin-treated fabric to maintain the best condition in the most comfortable state. For this purpose, the porous process is used. The size converted into circular shape in the final process is 2-10mm in average diameter, and it is used through the porous process so that the total hole area is within 10% of the fabric area. It may not go through.

In addition, when the surface is made of cotton, the waterproofing and flameproofing treatment is performed, and the waterproofing and flameproofing treatment is performed by absorbing water or moisture, and the hardness value of the fabric is in accordance with the stiffness numerical value regulations of the International Fire Federation (ISSF). This is to prevent the possibility of being disqualified by the waterproofing and flame retardant treatment. As a result, water as well as water in the air is absorbed into the cotton material, and the cotton material is stiffened. Can be.

The first leather pad 12 is padded on the shoulder portion of the jacket body 11 described above. The first leather pad 12 primarily reinforces the shoulder portion of the jacket body 11, It supports the buttboard. By definition, the first leather pad 12 of the shoulder portion supporting the butt plate cannot exceed a maximum length of 300 mm.

A second leather pad 13 is padded in the armpit portion of the jacket body 11 described above. The second leather pad 13 primarily reinforces the armpit portion of the jacket body 11 and shoots at the same time. When you take it, it is possible to maintain the correct shooting posture by preventing slip through relatively large friction. As a rule, in the case of the second leather pad 13 in the armpit portion, the arm supporting the suspenders of the rifle can be touched from the armpit to the end of the sleeve 100mm, and the opposite arm can reach the maximum length of 300mm.

The rubber pad 14 is padded on the elbow portion of the jacket body 11 described above. The rubber pad 14 primarily reinforces the elbow portion of the jacket body 11 and at the same time takes a shooting position. It is attached to the curved elbow so that the shooting posture can be easily taken. By definition, the length of the rubber pad 14 may not exceed half of the sleeve circumference.

The rubber pad 14 is manufactured by mixing raw rubber, carbon, ethylene propylene rubber (EPDM; Ethylene Propylene Diene Monomer), black saab, and other compounding agents for improving physical properties of the rubber pad 14. It is preferable that 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluorene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight of other blending agents are preferably mixed.

Herein, ethylene propylene rubber is an amorphous polymer obtained by the hybridization of ethylene and propylene, and is chemically stable. The vulcanized material exhibits intermediate properties between natural rubber and SBR. It is widely used in automobile parts, machinery parts, and electric parts.

In addition, black saab is made of black in fact, substitute, a rubber compounding agent used for processing, preparation and softening agent, and unsaturated vegetable oil (Rape Seed Oil, etc.) or fish oil with 16 to 20 phr of sulfur. It refers to dark brown vulcanized oil reacted at 170 ~ 180 ℃.

The other blending agent is to act as a crosslinking agent between the components of the rubber pad 14 or to improve the physical properties of the rubber pad 14. Zinc oxide (ZnO), stearic acid (stearic acid), a kind of fatty acid, beeswax (wax) and vulcanization accelerator (for example, ORICEL-M), in particular vulcanization accelerator is an essential chemical additive that is added to the vulcanization process to give elasticity to the raw material rubber to contribute to promoting the vulcanization rate and rubber properties .

If one does not reduce the stiffness of the jacket 10 or only make it stiff, one or more materials may be additionally attached to the backing part, in which case all parts of the backing measure 2.5 mm in thickness when measured on a flat surface. Do not exceed

The jacket 10 described above is preferably provided with a ring 15 on the shoulder portion, the ring 15 is to prevent the suspenders of the rifle flowing down, in the present invention, It is attached to the outside of the shoulder seam, but may be attached to the outside of the sleeve in some cases. The ring 15 is mainly used in the radiation posture but not in the incidence posture.

The jacket 10 described above is formed to be opened and closed by the button 16. The jacket 10 should not overlap more than 100 mm in the locked state of the button 16, and should be loosened. When the button 16 is locked, the value measured from the overlapping portion, i.e. from the center of the button 16 to the outer edge of the button hole 17, should be at least 70 mm. A third leather pad 18 for reinforcement is padded in the portion of the button hole 17 to which the button 16 is coupled.

In addition, the jacket 10 described above further includes at least one of a span that is padded on the front of the elbow to soften the elbow portion, a tissue bonded to the inner armpit portion, and a dissociation for finishing the arm portion. It is preferable.

Here, in the case of a span that is padded on the front of the elbow, which is a connecting portion between the upper arm and lower arm of the arm, the tissue that softens the elbow part upon incidence or copying and is a piece of cloth bonded to the underarm part of the shooting suit It prevents the armpits from getting caught in the shooting suit when shooting. Harry is also padded to finish the wrist of the arm.

The pants 20 correspond to the bottom of the shooting suit 1 according to the present invention, and the pants body 21 worn on the lower part of the shooter and the first rubber pad padded to the hip part of the pants body 21 ( 22) and a second rubber pad 23 padded to the knee portion of the pants body 21, and including a lining area on a flat surface, which is 2.5 mm in thickness and 5.0 mm in thickness, regardless of where it is measured. The apex of the pants 20 should not rise more than 50mm above the sciatic apex, and should not be tightened, strapped, fastened with zippers or buttons around the legs or hips, and assisted by the pants. For this purpose, only one daily belt (waist belt) or breadboard suspenders not exceeding 40 mm in width and 3 mm in thickness may be worn. In addition, when the pants have a waist strap, the width of the strap may not exceed 70 mm and a predetermined locking device or adhesive cloth may be used to lock the pants.

The pants main body 21, like the jacket main body 11, exhibits excellent durability as it is manufactured by properly cutting the material of cotton or PET post-woven fabric.

The first rubber pad 22 is padded on the hip portion of the pants body 21 described above, which reinforces the hip portion of the pants body 21 and takes a shooting position. If the case is padded on the most bent hips, it serves to facilitate the shooting posture, for example, ssasa.

By definition, the first rubber pad 22 cannot exceed the width of the hip portion, and when measured vertically, it is not allowed to be longer than the normal wear line on the hip portion.

The first rubber pad 22 described above is also manufactured by mixing raw rubber, carbon-containing ethylene propylene rubber, black saab, and other compounding agents for improving the physical properties of the first rubber pad 22, in particular, Raw rubber, 13 to 18% by weight of carbon-containing ethylene fluoropropylene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight of other blending agents are preferably mixed.

A second rubber pad 23 is padded on the knee portion of the pants body 21 described above, which reinforces the knee portion of the pants body 21 and takes a shooting position. If the case is padded on the most bent knees, it serves to facilitate the shooting posture, such as for example.

By definition, the second rubber pad 23 is allowed only up to 300 mm in length and should not exceed 1/2 of the leg circumference.

The second rubber pad 23 described above is also manufactured by mixing raw rubber, carbon, ethylene propylene rubber, black saab, and other compounding agents for improving physical properties of the second rubber pad 23, in particular, Raw rubber, 13 to 18% by weight of carbon-containing ethylene fluoropropylene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight of other blending agents are preferably mixed.

The other blending agent serves as a mixed crosslinking agent between the components of the first and second rubber pads 14 or improves the physical properties of the rubber pads 22 and 23, which is a type of zinc oxide (ZnO) or fatty acid. Stearic acid, beeswax and vulcanization accelerators (eg ORICEL-M), especially vulcanization accelerators, which are fed into the vulcanization process to impart elasticity to the raw rubber, It is an essential chemical additive that contributes to promotion.

The above-described embodiments of the present invention are merely exemplary, and thus, the technical spirit and scope of the present invention are not limited, and thus, those skilled in the art to which the present invention pertains may easily make the following claims. It will be apparent that all changes or modifications derived are included in the scope of the present invention.

As described above, according to the configuration of the present invention, the following effects can be expected.

First, when the body material is made of cotton, the shooting suit according to the present invention is made of a suitable combination of cotton, leather pads, rubber pads, it is possible to stably fix all shooting postures such as incidence, yarn, and radiation. As a result, the shooter can shoot with the correct shooting posture.

Secondly, when the body material is made of PET post-woven fabric, the shooting suit according to the present invention has almost no change in the hardness value of the fabric even if a lot of sweating occurs during shooting in addition to the above characteristics, and thus the numerical value standard required by the ISSF. Can comply with.

Third, since the above fabric is resin processed, the durability of the initial hardness value is large by minimizing the increase of the hardness value due to the decrease in the hardness caused by the use.

Fourth, the normal PET fiber and the sweat-absorbent quick-drying PET fiber were used together to impart the sweat-absorbent quick-drying of the fabric by the fiber itself, and after the resin treatment, a certain size of porous processing was performed on the fabric surface to allow air convection inside and outside the shooting suit. It is possible to remove the high humidity air caused by sweat, and when making the shooting suit, it forms a space enough for convection to occur between the body and the clothes, and at the same time, it opens the neck and is called the chimney effect. The phenomenon can occur, and by using a porous cloth on the inner part of the elbow to facilitate the distribution of air, there is an effect that can maintain the overall wearing state of a very comfortable shooting suit.

Fifth, when the shooting position is taken as the leather pads are padded on the armpits, slippage does not occur due to the friction between the leather materials, thereby maintaining a more accurate shooting position.

Sixth, as the rubber pad is padded on the elbow, hip, and knee where the bend is most severe, the shooter can take the shooting posture very conveniently and stably.

Seventh, there is a lot of friction on the jacket body, pants body, so as to reinforce the leather pad and / or rubber pad in a portion that is easy to wear, there is an effect of exhibiting excellent durability.

Claims (20)

In the shooting suit for stably fixing the shooting posture, A jacket worn on the shooter's upper body and formed with a leather pad and a rubber pad on one side of a jacket body made of a PET post-woven fabric; And Shooting suit, characterized in that consisting of; pants that are worn on the lower body of the shooter, formed by padding each of the rubber pads on one side of the body of the pants made of PET post-woven fabric. The method of claim 1, The jacket body and the pants body is a firing suit, characterized in that the PET post-woven material treated with antibacterial treatment and resin. The method of claim 1, PET yarn to form the PET post-woven fabric, A fiber having a micro crater of fine unevenness on the surface of the fiber to increase water vapor flowability; Yarn including ordinary yarn; Fire suit, characterized in that weaving. The method of claim 1, PET yarn to form the PET post-woven fabric, A quick-drying quick-drying yarn with improved cross-sectional structure to increase the water removal rate by capillary action; General history; Shooting suit, characterized in that woven into a yarn containing. The method of claim 1, The material of the fire suit is a fire suit, characterized in that the fabric of the polyurethane resin-treated fabrics with a pore diameter of 2-10mm in a circular shape within 10% of the fabric area. The method according to any one of claims 1, 3, and 4, The PET post-woven fabric is spun 5-12ol of 5000-2500denier thick yarn on the warp, and the density of 45-30 oligo / inch, and 4-12ol of 4000-1500denier thick yarn on the weft yarn 30- Shooting suit, characterized in that weaving with a density of 15 ol / inch. The method according to any one of claims 1, 3, and 4, When manufacturing the jacket body and the body of the pants, the distance from the wearer's body to the shooting suit has a value within the range of 0.5-20 cm depending on the area when measured simultaneously in all directions, and the opening of the neck portion is 1 at the neckline of the wearer. Shooting suit, characterized in that is made to be spaced apart by -5cm. The method according to any one of claims 1, 3, and 4, The rubber pad of the jacket and the rubber pad of the pants are manufactured by mixing at least one kind or two or more kinds of raw rubber, ethylene propylene rubber containing carbon, black saab and other compounding agents for improving physical properties of the rubber pad. A shooting suit featuring. The method of claim 7, wherein The rubber pad of the jacket and the rubber pad of the pants are manufactured by mixing at least one kind or two or more kinds of raw rubber, ethylene propylene rubber containing carbon, black saab and other compounding agents for improving physical properties of the rubber pad. A shooting suit featuring. The method of claim 8, The rubber pad of the jacket and the rubber pad of the pants include 45 to 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluoropropylene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight of Shooting suit, characterized in that the other blending agent is produced. The method of claim 9, The rubber pad of the jacket and the rubber pad of the pants include 45 to 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluoropropylene rubber, 23 to 28% by weight of black saab, and 10 to 15% by weight of Shooting suit, characterized in that the other compounding agent is produced. The method of claim 10, The other blending agent is characterized in that the zinc oxide, a stearic acid which is a kind of fatty acid, beeswax and vulcanization accelerator, characterized in that the fire suit. The method of claim 11, The other blending agent is characterized in that the zinc oxide, a stearic acid which is a kind of fatty acid, beeswax and vulcanization accelerator, characterized in that the fire suit. In the shooting suit for stably fixing the shooting posture, A jacket body which is worn on the shooter's upper body and made of PET post-woven fabric, a first leather pad which is padded on the shoulder portion of the jacket body, a second leather pad which is padded on one side armpit portion of the jacket body, and the jacket body A jacket comprising a rubber pad padded to an elbow portion of the jacket; And A pants including a pants body which is worn on a shooter's lower body and is made of a PET post-woven fabric, a first rubber pad that is padded on the hip of the pants body, and a second rubber pad padd on the knee part of the pants body; Shooting suit, characterized in that made. The method of claim 14, The jacket is a shooting suit, characterized in that it further comprises at least one selected from a span that is padded on the front of the elbow to make the elbow portion flexible, a tissue bonded to the inner armpit, dissociation for finishing the arm portion. The method according to claim 14 or 15, The jacket is a shooting suit characterized in that the shoulder is provided with a ring for fixing the suspenders of the rifle. The method according to claim 14 or 15, The jacket is formed so as to be opened and closed by a button, wherein the button hole portion to which the button is coupled is characterized in that the third leather pad is padded. The method according to claim 14 or 15, The rubber pad of the jacket and the first and second rubber pads of the pants are one or at least two selected from raw rubber, carbon-containing ethylene propylene rubber, black saab and other compounding agents for improving the physical properties of the rubber pad. Shooting suit characterized in that the above is manufactured by mixing. The method of claim 18, The rubber pad of the jacket and the first and second rubber pads of the pants are 45 to 50% by weight of raw rubber, 13 to 18% by weight of carbon-containing ethylene fluorene rubber, 23 to 28% by weight of black saab, Shooting suit, characterized in that 10 to 15% by weight of other blending agents. The method of claim 18. The other blending agent is characterized in that the zinc oxide, a stearic acid which is a kind of fatty acid, beeswax and vulcanization accelerator, characterized in that the fire suit.

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