TH5909B - Processes and equipment for the manufacture of stamped nonwoven textiles. - Google Patents

Abstract

Printed methods and equipment for the production of non-woven textiles with decorative patterns starting material, fiber characteristics which each of its fibers can move Relative to each other under the influence of the fluid force acting on it is carried through the current. Fluid for making thousands of fibers together to form a single fiber mesh. The one-piece filament mesh is impregnated with a liquid binder which hardens. and stabilizes the non-woven fabrics before the binder dries, hardens and persists. In the liquid state, a single piece of fiber mesh is imprinted with a decorative pattern. Subsequently, the monofilament mesh is dried to make the binder and The coloring agents that make up the decorative pattern dry and harden at the same time.

Claims (6)

1.Process for the production of nonwoven textiles It consists of a series of steps in the following order: provision of starting material, fiber characteristics. Each of its fibers can move relative to each other under the influence of the fluid force acting on it. The conductivity of the starting material, such as the fibers, passes through the fluid stream. To make these fibers tangled To form a mesh of fibers as one piece Facilitating the liquid binder to form a line mesh sheet The fiber is one such piece. Which, when being dried, the connector Solder such Will be converted to a solid state to collect It is combined to make a single piece of fiber-like mesh sheet so stable. Providing liquid coloring agent to the fiber-like mesh sheet One such piece In succession from the facilitation Liquid brazing The aforementioned liquid paint was provided in While the binder is in a liquid state and has not yet cured, the pigment has a viscosity that can prevent Prevent the imprint from the said coloring agent from fading. When the dye comes in contact with the binder. And drying cycle of such solder And the aforementioned coloring agent To stabilize the a single fiber-like mesh sheet together and to adhere the coloring agent to the part. 2. The process as set out in claim 1, wherein such binder is properly facilitated. 3. The process as defined in claim 2, which also includes the process of providing the coloring agent in the binder. 4. The process as set out in claim 1, in which the liquid binder impregnates the said monofilament mesh by the link. Coordination 5. Process as specified in claim 1, which the said substance is provided to the area. Which is selected of the aforementioned lattice to form a decorative pattern. 6. Process as defined in claim 1, in which the process of providing the liquid binder to the fiber mesh sheet is one piece as follows. It was chosen from a group of processes consisting of Spraying such a one-piece mesh sheet with a binder. The mesh panel coating also features a single piece of fiber. The connector is welded by contact with the receptacle surface. Arrangement, immersing the a single fiber mesh sheet into the binder and Leaving the binder in a foamy state on the eye pad. The fiber characteristics are one such piece. And making himself Such solder penetrates 7. The process as limited to claim 1, in which the binder is selected from a group of compounds consisting of Vinyl ethylene, Vinyl chloride, Vinyl acetate, Vinylacrylite, Polyvinyl alcohol, Polyvinyl acetate, Carboxylated Polystyrene. , Rubberpolyethylene, Polyacrylonitrile 8. Process as defined in claim 1, in which the dye contains a wetting agent. In order to prevent such coloring agent from having the appearance that does not absorb water After drying 9. Process as limited in claim 1, in which the coloring agent has a viscosity of not less than 100 cps 1 0. The process as specified in claim 1, which the substance The viscosity ranges from about 200 cps to approximately 1,500 cps. 1. Process as set out in claim 1, where such coloring agent has a viscosity of not less than 400 cps to approximately 1,000 cps 1. 2. Process as set out in claim 1, the process of leaving the coloring agent on a single fiber-like mesh. It consists of touching the a single fiber-like mesh sheet to a surface that is coated with a coloring agent. 3. Process as set out in claim 1, the procedure for drying the binder and the aforementioned coloring consists of heating the aforementioned monofilament mesh sheet 1. 4. Process as set out in claim 13, the process of drying of the aforementioned binder And the coloring agent consists of the conductivity of such a single fiber-like mesh in contact with the heated surface 1 5. Process as set out in claim 1, the procedure for providing coloring agent to the aforementioned single-piece mesh consists of providing the coloring agent to narrow spaces, cracked level surfaces. Different And the contact of the aforementioned monofilament mesh sheet with different level surfaces. To make an imprint on the mesh as a single piece of the fibers In a manner consistent with the aforementioned narrow spaces 1 6. Process as set out in claim 1 in which the coloring agent will be a binder and pigment. Which when the said coloring agent has been dried The binder binds the pigment to the monofilament lattice.