CN204653845U - Radiation proof fighting uniform - Google Patents

Abstract

The utility model discloses a radiation-proof combat uniform, which comprises a combat uniform body. The combat uniform body includes a front body, a rear body, a sleeve and a collar. The front body is provided with a walkie-talkie hanging loop and a walkie-talkie adjusting loop. The two ends of the walkie-talkie loop are fixed on the front body, the walkie-talkie loop is arranged below the walkie-talkie adjustment loop, and the fabric of the combat uniform body is an inner layer, a sweat-absorbing layer, a radiation-proof layer, and a wear-resistant layer from inside to outside. layer, the inner layer is composed of spun yarn weaving area and roving weaving area arranged at intervals, wherein the spun yarn weaving area is woven by spun yarn through coil forming, and the roving weaving area is formed by plating two yarns of different linear densities. The sweat-absorbing layer is formed by weaving bamboo charcoal fiber, the radiation-proof layer is interwoven with radiation-proof fabric and a layer located on the inner surface of the radiation-proof fabric, and the wear-resistant layer is nylon cloth.

Description

Anti-radiation combat uniform

technical field

The utility model relates to a radiation-proof combat uniform.

Background technique

The structure of the training uniform in the prior art is single, and soldiers often carry out field training outside, and sometimes also go to the place with radiation, and the existing conventional training uniform generally does not have the function of radiation protection. Soldiers hold the walkie-talkie in their hands or pockets and hang it on the shoulder straps during training, combat or duty. Therefore, the walkie-talkie is often lost or broken due to loose fixation, which affects normal training, combat or duty. need.

Utility model content

Aiming at the above problems, the utility model provides a radiation-proof combat uniform with reasonable structure and comfortable wearing.

In order to achieve the above object, the radiation-proof combat uniform of the present utility model comprises a combat uniform body, and the combat uniform body includes a front body, a back body, a sleeve and a collar, and the front body is provided with a walkie-talkie hanging loop and a walkie-talkie adjusting loop , the two ends of the walkie-talkie loop are fixed on the front body, the walkie-talkie loop is arranged below the walkie-talkie adjustment loop, and the fabric of the combat uniform body is an inner layer, a sweat-absorbing layer, a radiation-proof layer and an inner layer from the inside to the outside. The wear-resistant layer, the inner layer is composed of spun yarn weaving area and roving weaving area arranged at intervals, wherein the spun yarn weaving area is woven by spun yarn through coil forming, and the roving weaving area is made of two yarns of different linear densities by adding The sweat-absorbing layer is formed by weaving bamboo charcoal fibers, the radiation-proof layer is interwoven with radiation-proof fabric and a layer located on the inner surface of the radiation-proof fabric, and the wear-resistant The layer is nylon cloth.

Further, the radiation-proof fabric is a stainless steel wire polyester-cotton blended fabric.

Further, the sticking layer is a blended fabric of pearl fiber and porous anion polyester fiber.

Further, the sticking layer is milk fiber, bamboo charcoal fiber, silk fiber fabric.

Further, there are accordion pleats on the back body, and the accordion pleats are arranged on the shoulder blades of the back body, wherein the wear-resistant layer and the radiation-proof layer fabric of the accordion pleats are folded into an accordion shape, and the inner layer and Wicking layer fabric with stretch.

Further, the sleeve is provided with a cuff glove and a cuff glove hanging loop, the cuff glove is directly combined with the sleeve piece, and the cuff glove hanging loop is arranged at the lower end of the cuff glove.

Further, the cuff glove is composed of two materials, one is a high-strength elastic fabric used for the glove, and the other is a button tab with a certain degree of elasticity, which satisfies fixing the cuff glove in the sleeve.

Furthermore, elastic sleeve crotch is provided at the junction of the sleeve, front body and back body, and each layer of the fabric is connected to the edge of the elastic sleeve crotch.

Further, the front body piece is provided with two opposite pockets corresponding to the front chest, and the pockets are arranged obliquely.

Further, the oblique angle between the centerline of the pocket and the horizontal line is 17° to 20°.

The anti-radiation combat uniform of the utility model is provided with a layer of pearl fiber and porous negative ion polyester fiber blended fabric with breathable, cool and certain health care functions on one surface of the stainless steel wire polyester-cotton blended fabric. It has various health care functions such as cooling, ventilation, beauty, skin rejuvenation, and fresh air. It can directly contact the skin, and the other side has a 15-30dB shielding effect on electromagnetic waves, which can effectively protect the wearer from electromagnetic radiation. It is designed for military training, combat or on duty. When soldiers are training, fighting or on duty, the walkie-talkie is hung on the hanging loop, and the walkie-talkie adjusting loop adjusts and fixes the antenna of the walkie-talkie. The clip and the antenna are fixed and stable so as not to slide due to movement, thus meeting the needs of military training, combat or duty.

Description of drawings

Fig. 1 is the structural representation of the embodiment 1 of the radiation protection combat uniform of the present invention;

Fig. 2 is the structural representation of the inner layer of the radiation protection combat uniform of the present utility model;

Fig. 3 is a schematic diagram of the structure of the back body of embodiment 2 of the radiation protection combat uniform of the present invention;

Fig. 4 is a schematic structural view of Embodiment 3 of the radiation protection combat clothing of the present invention;

Fig. 5 is a schematic diagram of the structure of the cuffs of the anti-radiation combat uniform of the present invention.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described further.

Example 1

As shown in Figure 1, the anti-radiation combat uniform of this embodiment includes a combat uniform body, and the combat uniform body includes a front body 1, a back body 2, a sleeve 3, and a collar 4, and the front body is provided with a walkie-talkie hanger. loop 11 and walkie-talkie adjusting loop 12, two ends of the walkie-talkie hanging loop are fixed on the front body, the walkie-talkie hanging loop is arranged below the walkie-talkie adjusting loop, the walkie-talkie hanging loop 11 is placed at the lower end of the walkie-talkie adjusting loop 12, and the walkie-talkie hanging loop 1 The two ends are directly combined with the front body, and the middle is suitable for the penetration of the interphone hanging clip. The intercom adjustment tab 2 is composed of three kinds of materials. The surface material is suitable for fixing the intercom antenna. The front end of the adjustment loop 2 is combined, and the lower layer material 7 is combined with the front body. After the combination of these three materials, the antenna of the walkie-talkie can be fixed. , the middle material 6 is fastened with the lower material 7 to drive the intercom adjustment tab 2, so that the intercom antenna is in a fixed state. When the human body is running or doing other actions, the clip and the antenna of the walkie-talkie are fixed and stable so as not to slide due to movement, thus meeting the needs of military training, combat or duty.

The fabric of the combat uniform body is an inner layer, a sweat-absorbing layer, a radiation-proof layer and a wear-resistant layer from the inside to the outside. Grid knitted fabrics, where 01 is the spun yarn knitting area, which is woven by one moisture-conducting functional yarn containing antibacterial substances through loop a; 02 is the roving knitting area, which is composed of two moisture-conducting functional yarns containing antibacterial substances It is woven through plating loop b and plating tuck loop c. In this way, the combined use of tuck coils and thick and fine yarns constitutes the concave-convex effect of the fabric and the appearance effect of small squares. In the roving area, 02 yarns with different linear densities are plated and woven to form a differential capillary effect and form a good fabric. Moisture wicking function.

Now take single-needle 4-row tuck knitting as an example. The spun yarn is made of 150D/144F antibacterial polyester with different cross-section (such as Cooldry), and the roving is made of 150D/144F antibacterial polyester with different cross-section + 100D/96F antibacterial polyester with different cross-section. Knitting on a single-sided circular weft machine, eight channels and one cycle, and the knitting needles are arranged in a cycle in the order of ABBBB. The specific weaving method is as follows:

1st to 4th road: use 150D/144F antibacterial polyester with different cross-sections, all of which are looped;

Route 5-8: 150D/144F antibacterial polyester with different cross-section as ground yarn, 100D/96F antibacterial polyester with different cross-section as veil, add yarn tuck on A needle, and add yarn on B needle to form a loop.

The anti-radiation layer is formed by interweaving anti-radiation fabric and a layer located on the inner surface of the anti-radiation fabric, and the wear-resistant layer is nylon cloth.

In this embodiment, the inner layer adopts moisture-conducting functional yarns containing antibacterial substances, so that the fabric has both moisture absorption and antibacterial functions. Thick and thin yarns and tuck structures are used to form a concave-convex grid effect, in which: the thick and thin yarns respectively form the horizontal stripes of the small grid, and the roving protrudes from the surface of the fabric; the multi-row tuck structure forms the vertical stripes of the small grid . The length and width ratio of the lattice can be adjusted conveniently by adopting the configuration of different proportions of thick and thin yarn intervals and multi-row tuck hanging arcs. The introduction of the multi-column tuck structure can form a bump effect on the surface of the fabric.

In the present embodiment, the anti-radiation fabric is stainless steel wire polyester cotton blended fabric, or other shielding fabric with 15-30dB; Fiber, silk fiber and other one or more fabrics that meet the requirements of GB18401-2003B products. On one side of the stainless steel wire polyester cotton blended fabric, a layer of pearl fiber and porous negative ion polyester fiber blended fabric with breathable, cool and certain health care functions is attached. One side of this composite fabric can touch the skin, which meets the requirements of GB18401-2003 B-class products, and can directly touch the skin, while the other side has a 15-30dB shielding effect on electromagnetic waves.

Example 2

In the anti-radiation combat uniform of this embodiment, on the basis of Embodiment 1, the back body is provided with organ pleats 21, and the organ pleats are arranged on the shoulder blade of the back body, wherein the wear-resistant layer and the radiation-proof layer of the organ pleats The fabric folds into an accordion shape, and the inner and absorbent fabrics have stretch. The accordion pleats of the accordion pleats are in the range of transverse elastic force. When the soldiers are training or fighting, the arms move forward, and the sleeves 3 drive the back body 2, so that the accordion pleats 21 are opened, increasing the back width of the back body 2 , so as to achieve the range of motion required by soldiers for combat or training, so that the arm movement is not restricted.

Example 3

The anti-radiation combat uniform of this embodiment, on the basis of Embodiment 1, in the anti-radiation combat uniform, the front body is provided with two opposite pockets 13 at the corresponding front chest, in order to make it easier for soldiers to crawl on the ground while advancing. It is necessary to lift the elbow to open the pocket to take out the articles, and the pockets on both sides of the front chest of the ready-made garment are arranged obliquely.

In this embodiment, the oblique included angle 2 between the center line of the pocket and the horizontal line is 17 to 20 degrees. The setting of this angle makes it the best for soldiers to open their pockets and take out items without lifting their elbows while crawling on the ground. angle area.

In this embodiment, in addition to being provided with pockets on both sides of the front chest of the garment, sleeve pockets 13 are also provided on the upper arms of the long sleeves on both sides, which is also convenient for soldiers to crawl on the ground and do not need to lift. Elbow to open the sleeve pocket to take out items.

The pockets on both sides of the chest of the ready-made garment are arranged obliquely, and the pockets on both sides of the chest of the ready-made garment may be arranged in the same oblique direction, or the pockets of the pockets on both sides of the chest of the ready-made garment may be arranged in an inconsistent direction; in this embodiment Among them, the oblique directions of the pockets on both sides of the chest of the ready-made garment are inconsistent, that is, the pocket openings 14 of the pockets on both sides of the chest of the ready-made garment are arranged obliquely opposite.

In above-mentioned each embodiment, cuff piece 3 is provided with cuff cover hand 41 and cuff cover hand button tab 42, and cuff cover hand button tab 42 is arranged on the lower end of cuff cover hand 41, and when not in use, cuff cover hand 41 is rolled into sleeve. Inside, the cuff cover hand button loop 42 is fixed again, and the seam of cuff cover hand 41 is provided with stay 43, and stay mouth 41 can satisfy thumb to penetrate, and cuff cover hand 41 is made up of high-strength elastic fabric, satisfies hand Protection and activities, thus meeting the needs of military training, combat or duty.

In the above-mentioned embodiments, the arms of the soldiers can move freely and not be restrained during training or combat, thereby meeting the needs of the soldiers in combat or training. The joints of the sleeves, the front body and the back body are provided with elastic cuffs. , each layer of the fabric is connected to the edge of the elastic sleeve crotch.

In the above-mentioned embodiments, in order to increase the wear resistance of the elbows of the sleeves when soldiers crawl on the ground, the elbows of the sleeves are sewn with wear-resistant sheets, and the wear-resistant sheets are made of leather or cloth. .

The above are only preferred embodiments of the present utility model, but the scope of protection of the present utility model is not limited thereto. Any skilled person familiar with the art within the technical scope disclosed by the utility model can easily think of changes or Replacement should be covered within the protection scope of the present utility model. Therefore, the protection scope of the present utility model should be determined by the protection scope defined in the claims.

Claims (10)

1. A radiation-proof combat uniform, comprising a combat uniform body, said combat uniform body comprising a front body, a back body, sleeves and a collar, characterized in that: said front body is provided with a walkie-talkie hanging loop and a walkie-talkie adjusting loop , the two ends of the walkie-talkie loop are fixed on the front body, the walkie-talkie loop is arranged below the walkie-talkie adjustment loop, and the fabric of the combat uniform body is an inner layer, a sweat-absorbing layer, a radiation-proof layer and an inner layer from the inside to the outside. The wear-resistant layer, the inner layer is composed of spun yarn weaving area and roving weaving area arranged at intervals, wherein the spun yarn weaving area is woven by spun yarn through coil forming, and the roving weaving area is made of two yarns of different linear densities by adding The sweat-absorbing layer is formed by weaving bamboo charcoal fibers, the radiation-proof layer is interwoven with radiation-proof fabric and a layer located on the inner surface of the radiation-proof fabric, and the wear-resistant The layer is nylon cloth. 2. The anti-radiation combat uniform according to claim 1, characterized in that: the anti-radiation fabric is a stainless steel wire polyester-cotton blended fabric. 3. The anti-radiation combat uniform according to claim 1, characterized in that: said sticking layer is a blended fabric of pearl fiber and porous anion polyester fiber. 4. The anti-radiation combat uniform according to claim 1, characterized in that: the layer is made of milk fiber, bamboo charcoal fiber, silk fiber fabric. 5. The anti-radiation combat uniform according to claim 1, characterized in that: the rear body is provided with accordion pleats, and the accordion pleats are arranged on the shoulder blades of the rear body, wherein the wear-resistant layer of the organ folds And the radiation protection layer fabric is folded into an accordion shape, and the inner layer and sweat layer fabric have stretch. 6. The anti-radiation combat uniform according to claim 1, characterized in that: the sleeve is provided with a cuff glove and a cuff glove hanging loop, the cuff glove is directly combined with the sleeve piece, and the cuff glove The hanging tab is arranged at the lower end of the cuff glove. 7. The anti-radiation combat uniform according to claim 6, characterized in that: the cuff gloves are composed of two materials, one is high-strength elastic fabrics for gloves, and the other is elastic fabrics with a certain degree of elasticity. The button tabs are enough to fix the cuffs in the sleeves. 8. The anti-radiation combat uniform according to claim 1, characterized in that: the junction of the sleeves, the front body and the back body is provided with an elastic sleeve crotch, and each layer of the fabric is elastic. The edges of the sleeve crotch are connected. 9. The anti-radiation combat uniform according to claim 1, characterized in that two opposite pockets are provided on the front body corresponding to the front chest, and the pockets are arranged obliquely. 10. The anti-radiation combat uniform according to claim 9, characterized in that: the oblique angle between the center line of the pocket and the horizontal line is 17 degrees to 20 degrees.