154results about "Textile decoration" patented technology

To provide a reflective yarn that prevents glass microspheres from falling off.SOLUTION: A reflective yarn is a laminate formed by laminating a substrate layer, a plurality of glass microspheres, and at least one adhesion layer. The plurality of glass microspheres are provided at least on one surface of the reflective yarn. A coating layer made of resin has light permeability, coats the reflective yarn, and covers the glass microspheres. The glass microspheres of the reflective yarn are protected by the coating layer so as not to fall off from the reflective yarn.SELECTED DRAWING: Figure 9

The invention discloses a dyeing and drying device for pHBV antibacterial decorative cloth, and relates to the technical field of decorative cloth drying, the dyeing and drying device comprises a mounting frame, a conveying assembly, a winding and unwinding device, two groups of dyeing and drying assemblies and a driving assembly are arranged on the mounting frame, and each dyeing and drying assembly comprises a dyeing and drying roller and a supporting roller which are correspondingly arranged in position; two sets of vertical rods are vertically arranged on the installation frame, an installation frame is arranged between the two vertical rods in the same set in a sliding mode, the dyeing and drying roller is rotationally arranged in the installation frame, the pHBV antibacterial decorative cloth and the gold stamping film both penetrate through the space between the dyeing and drying roller and the supporting roller, and when the dyeing and drying roller is attached to the supporting roller, the pHBV antibacterial decorative cloth and the gold stamping film are attached to the supporting roller. And the dyed and baked foil on the gold stamping film is transferred to the surface of the pHBV antibacterial decorative cloth. The two groups of dyeing and drying assemblies work alternately, and the gap displacement between pHBV antibacterial decorative cloth during one-by-one dyeing and drying is compensated by utilizing the switching gap of the two groups of dyeing and drying assemblies, so that the use of a gilding film is saved, and the dyeing and drying cost is reduced.

The invention discloses a treatment process of a 3D icon heat transfer printing fabric based on UV printing, and relates to the technical field of textile printing. The treatment process of the 3D icon heat transfer printing fabric comprises the following steps: coating a release layer with a hot melt adhesive, and drying to prepare a hot melt adhesive layer; carrying out UV ink-jet printing on the hot melt adhesive layer to form a pattern, and attaching a protective layer to the surface of the hot melt adhesive layer to obtain a hot melt adhesive film containing the pattern; and removing the release layer of the hot melt adhesive film containing the pattern, spreading the hot melt adhesive layer on the textile fabric, ironing at 140-160 DEG C, and removing the protective layer to obtain the printed textile fabric containing the 3D icon. The method can be used for preparing the icons with stereoscopic impression, rich colors and good firmness, is simple in process and short in production period, and meets the flexible production requirements of pattern diversification.

In accordance with some embodiments, a system for manufacturing a heat transfer label is disclosed. The system includes an electronic database configured to store a plurality of unit graphics. The system also includes an input device communicably coupled to the electronic database. Furthermore, the system also includes a processor communicably coupled to the input device and the electronic database. In some embodiments, the system also includes a rotatable carousel operatively coupled to the processor. The system also includes, the rotatable carousel includes a plurality of pallets, each of the pallets includes a plurality of recessed cups to contain a plurality of character blocks representing the physical form of the plurality of unit graphics. The system also includes a robotic arm operatively coupled to the processor and positioned to access the rotatable carousel and a carrier sheet.

The utility model discloses a high-elastic tensile knitted fabric, which relates to the technical field of textiles. The technical solution is as follows: a plurality of elastic sheets are symmetrically arranged on one side of the elastic layer along its length direction, a plurality of through holes arranged in an array are opened on the elastic layer, the elastic sheet is located between the through holes adjacent to each other along the length direction of the elastic layer, the elastic layer is provided with a plurality of tensile yarns reciprocatingly connected between the plurality of through holes and the plurality of elastic sheets along its length direction, and a plurality of elastic parts are arranged at intervals on the peripheral wall of the tensile yarn along its length direction. The utility model enables the elastic layer to obtain a greater stretching distance through the plurality of through holes, and the high elasticity and elastic recovery ability of the spandex fiber enable the manufactured elastic layer to have good shape retention, thereby driving the elastic layer to quickly return to its original shape after being stretched.

The utility model belongs to the technical field of printing, and particularly relates to a trousering rubber-pressing roller which comprises a roller body, a rubber-pressing roller body, a rubber-pressing roller body, a rubber-pressing roller body and a rubber-pressing roller body, and butt joint grooves are formed in the two ends of the roller body; the roller body is sleeved with the replacement layer, and ink cells are formed in the surface of the replacement layer; the sealing covers are arranged at the two ends of the roller body and used for fixing the replacement layer, each sealing cover comprises a cover body and a butt joint, and the butt joints are matched with the butt joint grooves; the roller further comprises a fastening assembly which is arranged on the sealing cover and the roller body and used for fixing the sealing cover. The sealing cover has the beneficial effects that by arranging the fastening assembly, the sealing cover can be further fixed, and the sealing cover is prevented from loosening or falling off in the working process.

The invention discloses a machining method for automatically taking and placing a drill and a drill dispensing robot. The machining method comprises the steps of starting machining, executing a drill taking process, judging a drill taking lifting datum, updating a drill taking sequence number, executing a drill placing process, judging a drill placing lifting datum, circulating and ending. According to the machining method, the lifting datum is dynamically selected according to the actual situation of the machining point, it is ensured that the point drill bit does not collide with a workpiece to be drilled below or a part on the point drill robot after being lifted, collision is avoided, the drill is taken and placed in order, the drill taking conflict is avoided, invalid movement is reduced, the positioning precision is improved, and the machining efficiency is improved. The directional drill placement ensures the machining consistency, and the machining precision and machining of the drill taking point drill are remarkably improved.

The utility model discloses a curve gilded fabric which comprises a base fabric layer and a gilded layer located above the base fabric layer, the base fabric layer comprises first curve areas and second curve areas which are alternately and circularly arranged, each first curve area comprises a first curve protrusion located in the middle and two first curve grooves located on the two sides, and each second curve area comprises a second curve protrusion located in the middle and two second curve grooves located on the two sides. Each second curve area comprises two second curve protrusions located on the two sides and a second curve groove located in the middle. The base cloth with the two curve areas is formed by interweaving the warp yarn and the weft yarn, the grooves and the protrusions are formed in the two curve areas respectively, and the grooves and the protrusions in the two curve areas form different widths for transition, so that the bending stress of the fabric is dispersed, adhesion of the gold stamping layer is increased, and the anti-static performance of the fabric is improved. And after the curve shape of the whole fabric is combined with the gilding layer, the fabric can form multi-angle gloss while reflecting light through the gilding layer, so that the gloss effect of the fabric is improved.

The invention discloses a diamond arrangement machine facilitating diamond arrangement of special-shaped diamonds and a diamond arrangement method thereof.The diamond arrangement machine executes the following steps according to prefabricated patterns: a machine head selects the special-shaped diamonds needing to be sucked according to pattern design and moves the special-shaped diamonds to the position above a vibration tray of a diamond feeding device used for achieving feeding of the special-shaped diamonds; a camera on the machine head collects images of the special-shaped drills in the vibration charging tray; the machine head moves relative to the vibration tray, so that a suction head of the drill suction mechanism moves to the position of the special-shaped drill to be sucked, and the special-shaped drill is sucked; the machine head is designed according to patterns and moves above the platen, and the special-shaped drill is placed on the transfer paper with the glue to set point positions. No matter the orientation of the special-shaped drill is in any direction before the special-shaped drill is sucked by the suction head, the suction head can be driven by the angle adjusting motor to rotate by a corresponding angle, so that the orientation of the special-shaped drill after pattern arrangement is consistent with that of pattern design finally.

The present invention belongs to the field of textile structural coloration, and particularly relates to a non-densely packed photonic crystal structure color-forming fabric and its preparation method. The method comprises the following steps: S1 constructing an assembly working fluid, S2 applying the assembly working fluid and completing assembly: uniformly applying the assembly working fluid to the fabric surface, and assembling at a temperature of 50-80°C for 2-10 minutes. When the apparent moisture completely evaporates, the assembly is completed; S3 a water removal step, and S4 a brightening step. The brightening treatment process conditions are a temperature of 110-140°C and a time of 2-10 minutes. The present invention realizes the rapid and large-scale preparation of non-densely packed photonic crystal structure color-forming fabrics by constructing an assembly working fluid, applying the assembly working fluid to the fabric surface, and then performing a three-stage process of assembly, sufficient water removal, and brightening.

An article includes a substrate with a surface, a coating disposed over the surface, and a subtractive colorant which absorbs electromagnetic radiation according to a specified absorption spectrum. The coating includes a binder material and a plurality of porous polymer particles having pores with a distribution of pore sizes adapted to scatter electromagnetic radiation in one or more specified wavelength bands, wherein the porous polymer particles have a shell which is impermeable to a liquid.

This provides a finishing process for pile fabrics with extra-long pile loops. [Solution] The finishing process for pile fabric involves compressing the wet pile fabric, untwisting the ropes, stretching, and drying. In the final pile fabric finishing process of the present invention, at least 99.5% of the pile loops can be stretched to their full height. The process of the present invention does not require the introduction of new equipment and can be performed with existing machinery.

The instant disclosure provides a process for forming an image in flock, which involves digitally printing an adhesive composition directly on a substrate surface, preferably by modifying the amount of the adhesive based on a linearization curve, flocking the surface with a flock material, and curing the image. The instant disclosure also provides a method for obtaining a linearization curve for digital flocking, which involves forming a pattern using an adhesive composition, flocking the pattern with a flock material, curing the flocked image to obtain a flocked greyscale image, and measuring the flock intensity to obtain the linearization curve, whereas the linearization curve is unique for a set of given conditions and can be implemented in RIP commands to modify DPI values for digital flocking. An image comprising regions with more than one flock intensity is also described.

Paint trapping process for textile decoration. The process described here aims to trap textile paint in order to solve the major challenges of this artisanal practice. This process consists of depositing an aqueous material (paint, watercolor, etc.) (4) delimited by zones (3), which are enclosed between two transparent fabrics (2) and (5) of the same shape, but with a slightly larger surface. This is to prevent its deterioration on each side. Once this step is completed, the user can add an additional decorative surface (1) if desired, then sew the assembly onto a textile surface (6). This process is particularly intended for the personalization of textile surfaces to enhance a garment. Figure for the abstract: fig 1.

The utility model relates to the technical field of brush drilling machines, and discloses a brush strip suspension platform structure on a brush drilling machine, the brush strip suspension platform structure comprises a conveying mechanism and a pattern arranging mechanism, the pattern arranging mechanism is arranged above the conveying mechanism, the conveying mechanism comprises a rack, a conveying roller set, a conveying belt and a cross beam, the conveying roller set is rotatably connected to the rack, and the conveying belt is wound on the conveying roller set; the cross beam is installed on the rack and located on the inner side of the conveying belt. The drawing arrangement mechanism comprises a supporting piece, a driving assembly, a drawing arrangement template and a brush strip, the driving assembly drives the drawing arrangement template to move, the brush strip is located on the inner side of the drawing arrangement template, the brush strip is installed on the supporting piece and located above the cross beam, and the width of the brush strip is larger than that of the top end of the cross beam, so that the two sides of the bottom end of the brush strip are located on the outer sides of the top end of the cross beam respectively. The two sides of the bottom end of the brush strip are arranged in a suspended mode, the two sides of the bottom end of the brush strip enable the pattern arrangement template to be tightly attached to the conveying belt through the tensioning force of the conveying belt, and in the using process, the problem that gaps are generated between the pattern arrangement template and fabric, and drilling missing is caused is avoided.

A method of printing a garment, particularly for use in sport and outdoor activities, to retain moisture wicking or heat management properties of an underlying fabric. The method comprises mapping active body regions onto a print file for the garment. Thus the print file defines standard print areas and modified print areas where the modified printing areas correspond to the active body regions. Printing onto the garment over the standard print areas uses a standard ink density, but printing onto the garment at the active areas uses a second lower ink density which preserves, or at least does less harm to, wicking and venting properties of the underlying fabric.

The invention relates to a method for processing a textile top layer (11) of an interior component (1) of a motor vehicle, which comprises the steps: a. Providing the interior component (1) with the textile top layer (11); b. Processing the textile top layer (11) of the interior component (1) by means of a laser device (2). Furthermore, the invention relates to an interior component (1) of a motor vehicle with a textile upper layer (11), wherein the textile upper layer (11) is processed by means of the method, in particular in an individualized manner, wherein the textile upper layer (11) has at least in some regions a mechanically and / or visually processed upper layer region (111).

The invention relates to a layer composite for use as imitation leather, to a method for producing the layer composite and to the use of the thereof.

To provide a forming material or a flock product having a comfortable tactile feeling. A core / sheath structure composing a forming material or a formed product which is a melted and cured product of the forming material, comprising: a core having a linear shape and an outer peripheral surface and including a first thermoplastic polymer; and a sheath covering the outer peripheral surface and including a second thermoplastic polymer and at least one selected from a group consisting of fibers and particles dispersed in the second thermoplastic polymer. A flock product comprising: a main body having a surface and composed of a forming material including a thermoplastic polymer or a formed product which is a melted and cured product of the forming material; an adhesive layer arranged on the surface; and a flock pierced into the adhesive layer.

The invention relates to a fabric stitch simulation device and a stitch simulation process thereof, and the device comprises an upper pushing part which pushes a fabric processing position upwards to form a projection; the flat clamping pieces are oppositely arranged on the two sides of the fabric processing position and are close to each other to act on the protrusions; the pressing piece is used for heating and pressing down the fabric processing position and reciprocating to form concave parts and convex parts; the cutting mechanism is used for cutting the convex part; the wire embedding mechanism is used for releasing the wire into the concave part and the convex part; the flat pressing mechanism is used for pressing down the fabric processing position, and the convex part compositely wraps the wire rod; wherein the upper pushing piece, the flat clamping piece, the pressing piece, the cutting mechanism, the wire embedding mechanism and the flat pressing mechanism are arranged in sequence. The problems that in an existing scheme, the effect of continuous protrusions machined through a thin imitation leather material is not obvious, the effect of imitation stitches is affected by coating abrasion after long-term use, and if stitching treatment is directly conducted, wrinkles are formed near the sewing position, and the display effect of the stitches is affected are solved.

The utility model relates to the technical field of garment processing, in particular to an environment-friendly energy-saving rhinestone ironing and brushing all-in-one machine which comprises a support, a mounting plate I, an air cylinder I, a pressing block I, a heating assembly, a mounting plate II and the like. The support is an installation carrier of the all-in-one machine, a plurality of vertical supporting columns are arranged on the support, an installation plate I is installed on the left portion of the support through the supporting columns, the installation plate I is located in the middles of the supporting columns, and the air cylinder I is arranged on the right portion of the support. The motor I is arranged to drive the rotating disc to rotate, the rotating disc is in linkage with the connecting shaft through the connecting plate to do reciprocating motion, the shaking frame can automatically shake and brush rhinestones, meanwhile, the scraping plate is matched to scrape redundant hot rhinestones, and finally the air cylinder II drives the pressing block II to press a high-temperature hot rhinestone film. The hot fix rhinestones with various patterns are adhered on the high-temperature hot fix rhinestone film, so that the rhinestone brushing work is completed, and the automatic and efficient rhinestone brushing effect is achieved.

The application belongs to the field of hot drill layout devices, and discloses a hot drill layout processing system, which comprises a paper unwinding unit and a discharging unit for conveying hot paper, a layout unit arranged between the paper unwinding unit and the discharging unit and used for pressing the bottom of the paper layer of the hot paper, the layout unit comprising a layout frame used for separating the paper layer and the backing paper layer of the hot paper, a rocker assembly arranged at the top of the layout frame and used for fixing at least two layout templates, a first driving module used for driving the rocker assembly to swing alternately on the front and back sides, and a second driving module used for driving the rocker assembly to reciprocatingly lift and lower.

An article that facilitates individual expression includes a textile material having an outer surface, and at least one markable portion on the outer surface treated such that the at least one markable portion removably receives indicia marked upon the surface. The markable portion comprises one or more layers of inks that are successively applied to the textile material. A method of making an article that facilitates individual expression includes applying at least one first layer that is at least one of a reducer / base material or a plastisol ink onto at least a portion of a surface of a textile material, and applying at least one layer of plastisol ink onto at least a portion of the first layer.

The present disclosure relates to a process for finishing a pile fabric having ultra-long pile loops. The process for finishing the pile fabric in accordance with the present disclosure is carried out on a wet pile fabric involving stages of squeezing, rope-opening, stretching and a drying process. The process for finishing the pile fabric allows at least 99.5% of the pile loops to be extended to their full height. The process of the present disclosure does not require a new set up and can be run on the available machines.