37results about How to "Avoid the downside of absorbing" patented technology

The invention relates to a T-shirt provided with a skirt edge and capable of absorbing indoor radiation waves. The T-shirt comprises a T-shirt body (1) and is characterized in that the T-shirt body (1) is sewn through fabric. A wave absorption layer is composited on the back surface of the fabric, and the hem of the T-shirt body (1) is provided with a circle of a skirt edge (2) with a lace edge. The T-shirt body (1) is made of all cotton fabric, and the skirt edge (2) is made of real silk fabric. According to the T-shirt, the hem of the T-shirt body is provided with a circle of the skirt edge, so that the lower portion of the T-shirt is provided with a short skirt effect, materials are saved, wearing is facilitated, and indoor radiation waves can be absorbed effectively.

The invention relates to a radiation-free short sleeve with a zipper and lace edges. The radiation-free short sleeve comprises a short sleeve body (1) made of all cotton fabrics, the zipper (2) is arranged at the bottom of the short sleeve body (1), positioned on the side face or the rear of the short sleeve body (1) and opened from bottom to top, the lace edges (3) are arranged at cuffs of the short sleeve body (1), and a wave-absorbing layer is compounded at the back of the short sleeve body (1) and fixed to the short sleeve body (1) through a bonding layer. As the zipper is arranged on the lateral side of the short sleeve, the hem width of the short sleeve is increased by opening the zipper when a user wears the short sleeve, the body of the user is conveniently sleeved in the short sleeve, the zipper is closed, and the short sleeve is simple to operate, fine in use effect and beneficial to avoidance of radiation.

The invention relates to a radiation-preventive napped fabric, and belongs to the field of textile fabrics. The radiation-preventive napped fabric can be widely applied to clothing, curtains, scarf, bags, toys, ornaments, beddings and the like. The napped fabric comprises a fabric body (1), a nap layer (2) is arranged on the front surface of the fabric body (1) and comprises pattern regions (2.1) and a non-pattern region (2.2), directions of naps of the pattern regions (2.1) are opposite to those of naps of the non-pattern region (2.2), and a wave absorbing layer (3) is closely compounded on the back surface of the fabric body (1). The stereoscopic impression of patterns in the pattern regions is highlighted owing to the opposite directions of the naps of the pattern regions and the naps of the non-pattern region of the napped fabric, and the radiation-preventive napped fabric is fashionable. Besides, the radiation-preventive napped fabric has the advantages that indoor radiation waves can be effectively absorbed and converted into heat energy, the shortcoming that radiation waves are absorbed by the skin, which is exposed to the outside, of a user after the radiation waves are reflected by existing radiation-proof cloth is overcome, and the radiation-preventive napped fabric is favorable for preventing radiation.

The invention relates to a cracking-resistant radiation-resistant polymer film of glass. The cracking-resistant radiation-resistant polymer film of glass comprises a glue layer (1) and a protective layer (3). An anticracking layer (2) is arranged between the glue layer (1) and the protective layer (3). The anticracking layer (2) is a netted metal layer. A wave-absorbing layer (4) is arranged between the protective layer (3) and the anticracking layer (2). The anticracking layer (2) is arranged between the glue layer (1) and the protective layer (3) and the anticracking layer (2) is the netted metal layer. Through a tension force and hardness of the netted metal layer, glass protection is realized and the glass with the cracking-resistant radiation-resistant polymer film is broken difficultly so that the anticracking effects are obtained. The cracking-resistant radiation-resistant polymer film can effectively absorb indoor radiated wave and transform the indoor radiated wave into heat.

The invention relates to a hollow wave-absorbing mesh fabric, belonging to the field of textile fabrics. The hollow wave-absorbing mesh fabric comprises a fabric body (1) and is characterized in that the fabric body (1) is in a net shape; the upper surface of the fabric body (1) is provided with an outer layer (2) and a glue layer (3); the outer layer (2) is provided with a plurality of bulges (21); the outer layer (2) and the bulges (21) are connected into a whole; the outer layer (2) is in a fluffy state and is provided with hollow patterns; the outer layer (2) is partly fixed on the fabric body (1) by the glue layer (3); the back of the fabric body (1) is compounded with a wave-absorbing layer (4); and the wave-absorbing layer (4) is fixed with the fabric body (1) by a glue water layer (5). The mesh fabric body is collocated with the outer layer provided with the hollow patterns and the bulges, so that the layering sense of the hollow wave-absorbing mesh fabric can be improved. Furthermore, the hollow wave-absorbing mesh fabric is capable of effectively absorbing the indoor radiation wave.

The invention relates to anti-radiation waterproof moisture-permeable composite fabric which is widely used for manufacturing top-grad clothes. The anti-radiation waterproof moisture-permeable composite fabric comprises a fabric outer layer (1), an outer waterproof moisture-permeable layer (2), eyelet cloth (3), an inner waterproof moisture-permeable layer (4) and a fabric inner layer (5), wherein the eyelet cloth (3) is arranged in the middle of the waterproof moisture-permeable composite fabric, the upper surfaces and the lower surfaces of the outer waterproof moisture-permeable layer (2) and the inner waterproof moisture-permeable layer (4) are respectively provided with hot-melting layers (6), the hot-melting layers (6) are distributed in a point shape, the fabric outer layer (1), the outer waterproof moisture-permeable layer (2), the eyelet cloth (3), the inner waterproof moisture-permeable layer (4) and the fabric inner layer (5) are attached through the hot-melting layers (6) layer by layer, the outer waterproof moisture-permeable layer (2) and the inner waterproof moisture-permeable layer (4) are both polytetrafluoroethylene resin film layers, and a wave absorption layer (7) is arranged on the back surface of the fabric inner layer (5) in a composite mode and is fixed with the fabric inner layer (5) through the hot-melting layers (6). The anti-radiation waterproof moisture-permeable composite fabric has the functions of heat preservation and radiation prevention.

The invention relates to a radiation-resisting stripe fabric, belonging to the field of textile fabrics and comprising a fabric body (1), wherein a plurality of three-dimensional stripes (2) are arranged on the fabric body (1), and are sequentially and alternately overlapped and arranged longitudinally at equal intervals, the cross sections of the three-dimensional stripes (2) are L-shaped, the former three-dimensional stripe (2) is jointed with the next adjacent three-dimensional stripe (2), a linking part (3) is arranged at the bottom of the former three-dimensional stripe (2) and is fixed on the fabric body (1) by using a line, a wave absorbing layer (4) is compounded on the back surface of the fabric body (1), and the wave absorbing layer (4) and the fabric body (1) are fixed by using a glue layer (5). Due to the adoption of the three-dimensional stripes arranged alternately layer by layer, the layering effect of the stripe fabric is enhanced; and the radiation-resisting stripe fabric is capable of effectively absorbing indoor radiation waves and converting the indoor radiation waves into heat energy, avoids the defect that the existing radiation-resisting fabric reflects the radiation waves and then other exposed skins absorb the radiation waves, and is more beneficial to radiation resistance.

The invention discloses a branch-loaded three-band composite microwave absorbing structure based on a frequency selective surface, belonging to the field of electromagnetic field and microwave communication. An upper dielectric layer, a frequency selection surface and a lower dielectric layer sequentially are arranged from top to bottom; a passive resonance unit of the frequency selective surfacecomprises a three-band absorbing structure and a square ring patch for absorbing a specific wave, the square ring patch being arranged on the three-band absorbing structure, the three-band absorbing structure comprises an arm-removed rectangular Jerusalem cross-shaped patch and a branch perpendicular to each other, the square ring patch and the Jerusalem cross-shaped patch are arranged in a centercoinciding manner, and the arm-removed rectangular portion of the Jerusalem cross-shaped patch is connected with four end points of the branch. The invention solves the problems that the angular stability and the microwave absorption performance of the cross-shaped structure in the existing frequency selective surface are poor, and the square ring structure can only absorb single frequency bands,and achieves the effects of improving the angular stability and absorbing waves in three frequency bands.

The invention relates to a microwave-absorbing short-sleeve shirt with mesh holes. The microwave-absorbing short-sleeve shirt comprises a short-sleeve shirt body (1) which is sewn through fabric, wherein a microwave-absorbing layer is fixed at the back of the fabric, a plurality of mesh holes (2) are arranged on the upper side of the shoulder and two sides of the short-sleeve shirt body (1), the fabric around the mesh holes (2) is made of poly urethane (PU) artificial leather, and the mesh holes are round or square. The mesh holes are arranged on the upper side of the shoulder and two sides of the waist of the short-sleeve shirt body, so that the short-sleeve shirt body has good ventilating effect. The microwave-absorbing short-sleeve shirt is cool, comfortable and attractive.

The invention provides a method for removing H 2 Synthesis and application of in situ bifunctional ionic liquid supported porous materials of S. In order to simplify the preparation process of the adsorbent and improve the uniformity of the ionic liquid loading, the bifunctional ionic liquid Et 3 NHCl·CuCl 2 As a modifier, using the in-situ loading technology in which the synthesis and loading of ionic liquids are completed simultaneously, the ionic liquids are loaded onto porous materials such as activated carbon, silica gel, resin and alumina with different pore structures to obtain loaded ionic liquid adsorbents. The modified method of the material can avoid the disadvantage of the liquid phase absorption of the ionic liquid, and significantly improve the H of the porous material. 2 S capture capacity has potential industrial application value in terms of economy and efficiency.

The invention relates to a radiation-proof short sleeve shirt with a rubber band and a metal wire. The radiation-proof short sleeve shirt with the rubber band and the metal wire comprises a short sleeve shirt body (1), wherein a circle of rubber band (2) is arranged on the lower hem of the short sleeve shirt body (1) and positioned in an interlayer of the lower hem of the short sleeve shirt body (1). A wave absorption layer is compounded on the back surface of the short sleeve shirt body (1) and fixed with the short sleeve shirt body (1) through a gluing layer, and the metal wire (3) is embedded in the interlayer of the lower hem. Due to the fact that the circle of rubber band is arranged on the lower hem of the short sleeve shirt, the lower hem is tight, does not sway when wearers do sports, and enables figures of women wearers to be shown well. The metal wire embedded in the interlayer of the lower hem can shield radiation. Furthermore, the radiation-proof short sleeve shirt with the rubber band and the metal wire can effectively absorb radiation wave in a room and convert the radiation wave into heat energy.