6results about "Textile decoration" patented technology

The application discloses a kind of based on material drawing flower to weave vamp multi-axis linkage continuous production device and processing technology.The device includes template conveying device, cloth feeding device and weaving device.The edge of template is set positioning needle, and conveying drive mechanism drives template to pass cloth feeding station and weaving station in turn;Cloth feeding device sprays adhesive to the surface of bottom cloth located in the periphery of positioning needle when laying cloth;Weaving device includes wire feeding module, second glue spraying module and multi-axis drive mechanism.By setting positioning needle on the edge of template and cooperating first glue spraying module to spray adhesive in the periphery of positioning needle, the double fixation of bottom cloth is realized, and by spraying adhesive to weaving wire by second glue spraying module, the adhesive fixation of weaving wire and bottom cloth is realized, and the dense steel nails for hanging wire winding in traditional template weaving area are cancelled.As there is no steel nail hindering in weaving area, there is no space interference when multi-axis drive mechanism drives pull wire assembly and gather wire assembly to move along preset weaving path.

This invention discloses a fabric embossing and engraving process, comprising: selecting a high-temperature resistant thermoplastic polymer material to create an embossing using laser or die cutting; embedding the embossing in an insert mold preheated to slightly below its melting point to soften it uniformly; laying the fabric flat and positioning it, first lightly touching the embossing to the fabric with a pre-pressure of 0.1-0.3 MPa for 1-2 seconds to prevent displacement, then raising the temperature to 80-200℃ and applying a pressure of 0.5-1.5 MPa for 40-60 seconds, allowing the embossed surface to melt and penetrate into the fiber gaps to form a physical anchor, while simultaneously pressing the three-dimensional structure into the fabric to create a recessed engraving effect; cooling for 20-40 seconds after pressure holding to solidify the embossing. This invention uses high temperature and high pressure to integrate the embossing with the fabric, resulting in a strong bond and clear, three-dimensional engraving; it also allows for flexible adjustment of temperature, pressure, and cooling methods for different fabrics such as cotton, leather, and polyester, avoiding fabric damage, and exhibiting high adaptability and stable processing quality.

An embossing lacquer containing radical polymerizable compounds (A) to (D) that have an overall aromatic content of at least 20 wt%: compound (A), which is a non-crosslinking compound and has an aromatic content of at least 40 wt%; compound (B), which is a crosslinking compound forming crosslinks via one or more aliphatic chain(s) each having a molecular weight of 200 to 2000 g / mol, wherein the content of the aliphatic chain(s) in compound (B) is at least 40 wt%; optionally compound (C), which is a crosslinking compound and has an aromatic content of at least 30 wt%; and optionally compound (D), which has a urethane group. A decorative article containing the cured embossing lacquer and a method of preparing the decorative article.

The utility model discloses an automatic ironing drill machine for ironing drill technology, concretely relates to ironing drill machine technical field, including frame, the frame top fixedly connected with support, the support side wall fixedly connected with support arm, the support arm side department is equipped with servo motor, the support arm other side is equipped with installation subassembly, the frame side wall is equipped with fixed component, and installation subassembly is located fixed component top position, the installation subassembly side wall is equipped with transmission subassembly, is equipped with vacuum generator, mounting block, ironing drill head etc. setting, through vacuum generator generates negative pressure, makes the suction nozzle adsorption drill grain, removes to ironing drill station, through ultrasonic heating, makes it iron on the surface of the fabric, then vacuum generator releases negative pressure, and the mechanical arm or mobile module is matched and moves according to the preset trajectory, and when the suction nozzle reaches the feeding area, the negative pressure starts to adsorb the drill grain, and the negative pressure is released after moving to the ironing drill station, so that the drill grain can be accurately placed on the specified position of the fabric.

The application discloses a multi-color automatic drill feeding component and a single-motor driving drill row structure, and solves the problem of high cost caused by setting one drill sequence ring driving motor for each automatic drill feeding component in the prior art. At least two automatic drill feeding components are arranged side by side along an X direction, the multi-color automatic drill feeding component moves along the X direction to realize color changing, the automatic drill feeding component comprises a drill sequence ring rotating around the X axis, the single-motor driving drill row structure comprises one drill sequence ring driving motor, a first rotating piece rotating driven by the drill sequence ring driving motor, a second rotating piece driving the drill sequence ring to rotate, the first rotating piece drives the second rotating piece to rotate, and the first rotating piece and the second rotating piece relatively move along the X direction during color changing to realize separation and transmission connection. The application does not need to set one drill sequence ring driving motor for each automatic drill feeding component, the number of motors can be reduced, and the cost is obviously reduced.