JPH0321950Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial application field The present invention provides a flocked fabric that has an anti-slip effect and a heat-retaining effect, and the fabric has the following properties:
It can be used in a wide range of applications such as seat covers and clothing.

Conventional technology Conventional flocked fabrics are mainly made by applying adhesive to textiles, synthetic resin films, etc. (hereinafter referred to as fabrics) and bonding short fibers (including shredded synthetic resin threads) using electrostatic flocking methods, etc. The short fibers are planted on the agent-coated surface and then heated and dried to firmly plant the short fibers on the fabric.

Therefore, when conventional flocked fabrics are used as seat covers, they do not have anti-slip properties unless the back side of the fabric is specially processed, and they are also not breathable and have insufficient heat retention properties. .

Problems to be Solved by the Invention In view of the above circumstances, the present invention attempts to provide a flocked fabric that eliminates the conventional disadvantages by using knit as the fabric.

means to solve the problem Hereinafter, the configuration of the present invention will be explained according to the drawings.

A loop (knitting yarn 1) is raised, and a synthetic resin adhesive 4 is applied to the non-raised side 3 of the knitted knit 2 from which the loop is cut in a pattern of lines, lines and patterns, or patterns and patterns. This is a flocked fabric formed by densely planting short fibers 5 on the adhesive application surface 4A.

Example As is well known, the knit 2 is a knitted fabric. Therefore, by applying the raising process to the knitting yarn 1, the knitting yarn 1 becomes a loop and stands up (see FIG. 1). When the standing knitting yarn 1 is cut, the knitting yarn 1 assumes the state of individual yarns standing up (see FIG. 1). Adhesive is applied to the non-raised side 3 of the knit 2 in a pattern of lines, lines and patterns, or patterns combined using a conventional method, and short fibers 5 are then applied to the coated surface using an electrostatic flocking method. Fleece is transplanted into cotton or in a pattern that is a combination of lines and patterns, or patterns and patterns. When this flocking process is completed, the short fibers are passed through a heating drying oven to dry the adhesive and stick to the opposite side of the knit 2 (the second
(see figure).

Functions and Effects As described above, the present invention is based on the fact that by cutting the raised loops on the back side of the flocked fabric, the ends of the raised and cut loops have many threads planted one by one. present. When this was laid on a cloth sheet 6 as a cover, the tips of many threads formed on the back side of the flocked fabric stuck to the weave and stitches of the cloth (see Figure 3), so it was used as a cover. The flocked fabric will perform an anti-slip function.

Also, using knit fabric, lines or lines and designs,
By flocking a combination of designs, the flocked fabric of the present invention has good air permeability through the gaps between the designs, and therefore also functions as a heat insulator.

[Brief explanation of the drawing]

Figure 1 is a cross-sectional view of the knitted loops with raised fluff, Figure 2 is a cross-sectional view of the knitted fabric with short fibers flocked to the non-raised side of the knitted fabric, and Figure 3 shows the flocked body of the present invention used as a seat cover. An explanatory diagram of the state in use. 1 is the knit loop, 2 is the knit, 3 is the non-raised side of the knit, 4 is the adhesive, and 5 is the staple fiber.

Claims (1)

[Scope of utility model registration request] A loop (knitting yarn 1) is raised, and a synthetic resin adhesive 4 is applied to the non-raised side 3 of the knitted knit 2 from which the loop is cut in a pattern of lines, lines and patterns, or patterns and patterns. A flocked body using knit, characterized in that it is formed by densely planting five short fibers on an adhesive application surface 4A.