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32results about How to "Highlight the three-dimensional sense" patented technology

Veneered line frame decorated burglar-proof door and production technology of door

The invention relates to the technical field of doors and windows, in particular to a veneered line frame decorated burglar-proof door and a production technology of the door. The door comprises a door surface, wherein thin wood is pasted on the surface of the door surface via a glue layer; the thin wood is nature thin wood or a recombination decorative veneer; and the surface of the thin wood is coated with a paint layer. The technology comprises the steps: 1) selecting materials, 2) manufacturing concave cells, 3) manufacturing a front door surface and a back door surface of the door surface, 4) applying or spraying glue, 5) coating the door surface of the burglar-proof door and the surfaces of the concave cells with the spliced nature thin wood or the recombination decorative veneer, 6) applying paint, 7) molding powder on aluminum alloy lines, and coating the aluminum alloy lines with nature thin wood coils with a line coating machine, 8) mounting line frames, and 9) mounting decorating parts. Compared with the prior art, the door has the advantages that a door sheet adopts different materials and can keep the same fire-proof and damage-proof capability as the traditional burglar-proof door, the manufacturing technology of the door is simple, the manufacturing cost is lowered, the production efficiency is improved at the same time, and a product has better competitiveness.
Owner:WONLY SECURITY & PROTECTION TECH CO LTD

Radiation-preventive napped fabric

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.
Owner:江阴市振新毛纺有限公司

Loop-raised fabric capable of permanently emitting large quantity of anions

The invention relates to a brushed fabric which permanently emits a large amount of negative ions. It includes a fabric body (1); the surface of the fabric body (1) has a fluff layer (2), the fluff layer (2) includes a pattern area (2.1) and a non-pattern area (2.2), and the pattern area (2.1) and the non-pattern area Region (2.2) has villi in the opposite direction. The back of the fabric body is provided with a lining fabric layer, and the lining fabric layer is a kind of negative ion fabric, which includes general yarns, elastic yarns and negative ion yarns interwoven through double-sided weaving; the general yarn weaving 2% of the elastic yarn replaces part of the common yarn in the weaving arrangement, and the negative ion yarn is woven on the inner surface and the component content is less than 48%. The pile direction of the pattern area of ​​the brushed fabric is opposite to that of the non-pattern area, which highlights the three-dimensionality of the pattern in the pattern area and is full of fashion. The present invention permanently emits a large amount of negative ions.
Owner:JIANGYIN CHUNZHILAN SPECIAL YARN

Nap fabric capable of improving optical rotation conductivity

InactiveCN106087494AFull of fashionImprove optical conductivityTextile decorationOpen work fabricsEngineeringNap
The invention relates to a nap fabric capable of improving optical rotation conductivity. The nap fabric comprises a fabric body (1). A nap layer (2) is arranged on the surface of the fabric body (1) and comprises a pattern region (2.1) and a non-pattern region (2.2), and the direction of nap on the pattern region (2.1) is opposite to that of nap on the non-pattern region (2.2). A lining fabric layer is arranged on the back side of the fabric body, and the lining fabric layer is luminous fabric and comprises a light transmitting unit, at least one light emitting unit combined with the light transmitting unit and an electric power unit electrically connected with the light emitting units. The light transmitting unit comprises a plurality of complex fibers, and each complex fiber comprises a sheath part. Due to the fact that the direction of the nap on the pattern region is opposite to that of the nap on the non-pattern region of the nap fabric, the third dimension of a pattern in the pattern region is made prominent, and a stylish atmosphere is created; the nap fabric improves optical rotation conductivity.
Owner:JIANGYIN DUJUAN BEADED

Manufacturing method of ceramic ornament inlaid with metal structure

The invention relates to the technical field of ceramic manufacturing, and discloses a manufacturing method of a ceramic ornament inlaid with a metal structure, which comprises the following steps: S1, preparing materials: taking chinastone from a mining area, firstly, manually breaking the chinastone into blocks in the size of an egg by using a hammer, pounding the chinastone into powder by using a water-powered hammer, washing, removing impurities, precipitating, and then manufacturing into brick-shaped mud blocks, then blending mud blocks with water; s2, throwing the blank, namely throwing the mud pie to the center of a turntable of a windlass, and drawing the mud pie into a pattern of the blank along with the flexion, extension, retraction and release of a technique, so as to complete a first process of forming; by means of the method, the ceramic ornament can be more stereoscopic and attractive, the service life of the ceramic ornament can be longer, new and featured works can be created, the ceramic ornament can have more distinctive personality, the shadow effect can be improved by means of various different technologies, and the effect of the ceramic ornament can be improved. And the stereoscopic impression of the ornamentation is highlighted.
Owner:福建省德化县泉艺陶瓷有限公司

Herringbone tweed

The invention relates to herringbone tweed belonging to the textile product industry. The herringbone tweed is characterized in that great knots (2) are convexly arranged on the front and the back of the herringbone tweed (1), and a liner is compounded on the back of the herringbone tweed (1) with the great knots (2). In the invention, the herringbone tweed are convexly provided with the great knots on the front and the back to present the stereo perception of the fabric and accord with people's requirements for stereo perception, luxury and fashion.
Owner:王瑞雪

Napping fabric with reasonable structure and good application performance

The invention relates to a napping fabric with a reasonable structure and good application performance. The napping fabric comprises a fabric body (1), wherein the surface of the fabric body (1) is provided with a fluff layer (2), the fluff layer (2) comprises a pattern zone (2.1) and a non-pattern zone (2.2), and the fluff direction of the pattern zone (2.1) is opposite to the fluff direction of the non-pattern zone (2.2); and the back surface of the fabric body is provided with a liner fabric layer, the liner fabric layer is formed by weaving warp yarns and weft yarns, the warp yarns adopt casein fibers, the weft yarns adopt viscose fibers, the diameter of the casein fibers is 18.62 micrometers, the fineness of the casein fibers is 252dtex, the diameter of the viscose fibers is 8.29 micrometers, the fineness of the viscose fibers is 198dtex, the warp density is 25.9 fibers per centimeter, the weft density is 16.3 fibers per centimeter, and a reinforced cross-grain structure is adopted. The opposite fluff direction of the pattern zone and non-pattern zone of the napping fabric highlights the stereoscopic impression of patterns in the pattern zone, and the napping fabric is fashionable. The napping fabric is reasonable in structure and good in application performance.
Owner:JIANGYIN YUEDA DYEING & PRINTING
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