10 results about "Linen cloth" patented technology

This utility model discloses a mounting device for paper-cutting, belonging to the field of paper-cutting mounting technology. Its key technical features include a front frame and a rear frame. A high-transparency glass is fixedly connected to the inner wall of the front frame, and a dehumidification mechanism is installed inside the rear frame. A sealing gasket is fixedly connected to the rear side of the front frame. The dehumidification mechanism includes a fixing hole, a dehumidification box, a cover, a mesh, and cotton / linen cloth. The fixing hole is located inside the rear frame, and the surface of the dehumidification box is fixedly connected to the inner wall of the fixing hole. The surface of the cover is threadedly connected to the inside of the dehumidification box. The mesh is embedded in the front side of the inner wall of the dehumidification box, and the rear side of the cotton / linen cloth is fixedly connected to the front side of the rear frame. This invention solves the problem that most existing paper-cutting mounting frame structures have low sealing performance, making them susceptible to humidity fluctuations after mounting and hanging, leading to fading, mold growth, and significantly impacting the artistic value of the paper-cutting artwork.

To provide a hemp product in which hemp fiber easy to maintain a shape more than ever, a hemp product using the hemp fiber, and a method for producing hemp fiber and hemp product.SOLUTION: Hemp products are made using hemp fibers. Hemp fibers include layered sheet-like hemp cotton. Hemp cotton is used in futons, cushions, and other items. A gelatin layer is coated around the hemp fibers. The gelatin layer may cover the entire circumference of the hemp fibers or only a part of it. By preparing a gelatin solution, immersing the linen top in the solution, and performing dehydration, drying, and opening, gelatin is applied to the hemp fibers. This allows the provision of hemp products using hemp fibers in a way that was not possible before.SELECTED DRAWING: Figure 1

The utility model belongs to the technical field of linen winding, in particular to a winding device for packaging finished linen, which comprises a base, a support frame I is fixedly connected to one side of the upper surface of the base, a conveying roller is rotatably connected to the outer wall of the support frame I, and a fixing frame I is fixedly connected to one side of the middle of the upper surface of the base. The outer wall of the first fixing frame is rotationally connected with a first tensioning roller. Cloth is conveyed to the first tensioning roller and the second tensioning roller through the conveying roller, the first tensioning roller and the second tensioning roller are beneficial for adjusting tension of the cloth, the cloth is more uniform, straight and free of wrinkles when entering the winding process, the cloth is effectively controlled through cooperation of the conveying roller and the multiple tensioning rollers, more uniform tension distribution is achieved, and the cloth winding efficiency is improved. According to the cloth winding device, the cloth winding quality problem caused by non-uniform tightness is avoided, meanwhile, due to the arrangement of the cleaning roller assembly, impurities possibly attached to the cloth in the winding process are reduced, and the cleanliness of finished products is further guaranteed.

This invention discloses a wrinkle-removing device and its working method for linen fabric, specifically relating to the field of linen fabric processing technology. The invention includes a flattening and ironing assembly. A conveyor belt rotates clockwise, and two flattening and ironing assemblies, not on the same plane, alternately iron and shape the linen fabric. During flattening and ironing, the connecting plate rotates downwards, causing the bonding block to adhere to the linen fabric. Then, two flattening plates simultaneously drive the corresponding bonding blocks from the center of the linen fabric to the edges, flattening the wrinkles. A scraper continuously scrapes and shapes the linen fabric, removing wrinkles. Immediately afterward, a shaping roller rotates and presses the linen fabric again for shaping. During ironing, the moving plate continues to move downwards under the downward thrust of a segmented stroke cylinder, ensuring the linen fabric remains in a taut conveying state during flattening and ironing, avoiding incomplete ironing when unfolding wrinkles and improving ironing quality.

This utility model relates to the field of household goods and discloses a non-slip tufted blanket for home use, comprising polyester fiber. A steel ring is fixedly connected to the top of the polyester fiber, and a hanging hole is provided at the bottom of the steel ring. A handle is fixedly connected to the top of the polyester fiber. A nylon layer is fixedly connected to the bottom of the polyester fiber. A wool layer is fixedly connected to the bottom of the nylon layer. A polyester woven fabric layer is fixedly connected to the bottom of the wool layer. A linen layer is fixedly connected to the bottom of the polyester woven fabric layer. A bamboo fiber layer is fixedly connected to the bottom of the linen layer. A flame-retardant layer is fixedly connected to the bottom of the bamboo fiber layer. In this utility model, the handle makes the blanket easy to carry after washing, and the hanging hole solves the problem of drying. Drying the blanket on one side will make the material dry faster. The hanging hole cannot support the entire blanket material from tearing when hung up, so the steel ring structure is added to provide support.

These designs are intended to be affixed on: household linen (bed sheet, fitted sheet, pillowcase, duvet cover, bolster case, bedspread), terrycloth linen (towel, glove, dressing gown) or table linen.

A fitted bed cover with an integrated top sheet including a fitted cover assembly and a sheet assembly. The fitted cover assembly has four cover elastic corners and four cover portions. The sheet corner has two sheet elastic corners located at a bottom portion of the sheet. The sheet has a foot sheet portion that is sewed to a foot cover portion of the four cover portions. The four cover portions and the four cover elastic corners are configured to allow securing the fitted cover to a mattress. The sheet has a larger length than the fitted cover to include a head sheet portion that folds. The fitted cover with an integrated top sheet is made of linen.

The utility model provides a bandage device coated with hydrogel, which belongs to the technical field of medical instruments and comprises a bandage mechanism and a bandage body, a hydrogel layer is fixedly connected to one side of the bandage body, a side lug is fixedly mounted on the other side of the bandage body, and adhesive strips are arranged on two sides of the hydrogel layer. The hydrogel layer is fixedly connected with the bandage main body, so that the use process is simplified; the adhesive strip ensures the stability and durability of the bandage; due to the multi-layer arrangement of the breathable assembly, the breathable assembly comprises a connecting layer made of nylon materials, a woven layer woven by paper fiber strips, a breathable layer made of linen materials and a skin-friendly layer made of cotton materials, excellent breathability and skin-friendly performance are provided, and the use comfort level is enhanced; due to the arrangement of the silica gel strip, the bandage is effectively prevented from sliding down in the using process, the hydrogel is limited through the blocking strip and the connecting strip, overflowing during movement is prevented, and the movement freedom degree and safety of a patient are guaranteed.

The invention relates to a linen spreading machine device (1) comprising: a conveyor (30) defining a machine direction (MD); a pair of spreading clamps (20) movable towards each other transversely to the machine direction (MD) and movable away from each other to spread out a piece of linen (L); at least one feeding station (10), each feeding station (10) delivering a corner (C) of a front portion (L1) of a piece of linen (L) to a respective one of the spreading clamps (12, 12'); a transfer beam (70) for transferring a piece of spread out linen (L) from the at least one pair of spreading clamps (20) to the conveyor (30), the transfer beam (70) having a front edge (72) and a rear edge (74) and being arranged to move back and forth along the machine direction (MD) between an advanced position, in which the front edge (72) of the transfer beam (70) is located in an area below the spreading clamps (20), and a retracted position, the transfer beam (70) being configured to temporarily hold a portion of the piece of linen (L) as the transfer beam (70) moves from the advanced position towards the retracted position; and an elongated transversal abutment structure (50) having an abutment face (F) for keeping a portion of the piece of linen (L) between the front edge (72) of the transfer beam (70) and the abutment face (F); a pressurized air outlet (4) for guiding the front portion (L1) of the piece of linen (L) onto the transfer beam (70) as the piece of linen (L) is released from the spreading clamps (22); and one or more doors (55, 56) movable between a first position and a second position, the doors (55, 56) defining a portion of the abutment face (F) in the first position.

The application discloses an adsorption positioning type linen cloth cutting mechanism, which comprises a processing table, a positioning rack, a floating plate, a shearing motor, a shearing cutter, and an adsorption positioning mechanism. A cutting slot is designed in the middle of a conveying table panel. Multiple rows of adsorption holes are evenly arranged on the two sides of the conveying table panel from front to back. Meanwhile, sealing adsorption covers capable of sucking air flow are designed on the two sides of the adsorption cavity of the processing table. Thus, the sealing adsorption cover sucks air flow, and the air flow is sucked from the adsorption holes. Therefore, the two sides of the linen cloth passing through the conveying table panel can be sucked and positioned by the adsorption holes. Thus, the width direction of the linen cloth is positioned by air flow, which greatly reduces the possibility of linen cloth deformation, improves the flatness of the linen cloth during shearing, and improves shearing stability.