TWI549808B - Anti-slip mat - Google Patents

Description

Slip pad

The invention relates to a non-slip mat, in particular to a kind of cloth as a base material, and then a printing pattern or a text on the surface of the cloth substrate, and a TPE thermoplastic elastomer (environmentally friendly material), which is coated at room temperature. One or both sides of the cloth substrate form a non-slip layer, and the TPE thermoplastic elastomer (environmentally friendly material) is combined with the gap formed by the warp and weft yarns of the cloth substrate, without any medium adhesive The TPE thermoplastic elastomer anti-slip layer can be firmly combined with the cloth substrate to improve the quality and effectiveness of the anti-slip mat.

According to the currently commercially available anti-slip mats, including the slip mats as the mats, or the slip mats as the platform for placing the articles, the thickness and structure required for the two are different, but the same features are The anti-slip layer is provided under the cushion body, and the anti-slip layer can be made of rubber or foam material (such as polystyrene), and most of the adhesive layer of the medium is required to adhere the anti-slip mat to the substrate. Combination (such as Taiwan's new M397778, M427883). Or adding a suitable adhesive to the polystyrene, heating the polystyrene to a certain extent to form a thin film state, and bonding the bridging medium to one or both sides of the substrate to enable the anti-slip mat and The substrates are integrated into one body (for example, the prior art referred to in Taiwan No. M258676).

For example, Taiwan's new type M258676 is based on non-woven fabric (usually made of polypropylene, Polypropylene, PP), and then a layer of anti-slip rubber is placed on the surface of the non-woven substrate, and the anti-slip rubber is further heated by heating method. It has been partially melted into the non-woven fibrous layer by heat fusion to prevent the articles placed on the surface of the anti-slip pad from moving freely by the slip-proof rubber, and the conventional person needs to be heated again to allow the slip-proof rubber to penetrate into the fiber layer of the non-woven fabric. The processing process is complicated, and the anti-slip rubber should be infiltrated into the fiber layer of the non-woven fabric, so that the slip-proof rubber material which is similar to the non-woven fabric and can be combined is used, which causes the problem of narrow selection of materials.

Secondly, some commercially available anti-slip mats have a coating adhesive as a slip-resistant layer. The anti-slip layer made of adhesive is used when the user removes the release paper and touches it with the hand. It has a sticky texture and is extremely sticky and sticky, which makes the user feel uncomfortable and is a disadvantage.

To this end, the inventor of this case, who has accumulated many years of experience in the design, research and manufacture of various types of anti-slip mats, has invented the case in view of the shortcomings of the current known anti-slip mats.

The object of the present invention is to provide a TPE thermoplastic elastomer anti-slip layer on the surface of a cloth substrate by coating a TPE thermoplastic elastomer on the surface of the cloth substrate at room temperature, and to obtain a TPE thermoplastic elastomer slip layer. In combination with the cloth substrate, the manufacture of the anti-slip mat can be completed to enhance the effect of the anti-slip mat.

In order to achieve the above object, the anti-slip mat of the present invention is made of a cloth as a base material, and then has a printing pattern or a character on the surface of the cloth substrate; and is coated with a liquid TPE thermoplastic elastomer at a normal temperature on one side of the cloth substrate. Or two sides to form a non-slip layer, and the TPE thermoplastic elastomer anti-slip layer can be combined with the gap formed by the warp and weft yarns of the cloth substrate by the TPE thermoplastic elastomer (environmentally friendly material). The cloth substrate is firmly combined to enhance the quality of the anti-slip mat.

The cloth substrate used in the anti-slip mat of the present invention may be made of polyester (Polyester) filament fabric or nylon (Nylon) filament fabric or acrylic (Firylic) filament fabric or other types of synthetic fibers. Weaving all kinds of rayon such as fiber cloth.

The cloth substrate used in the anti-slip mat of the present invention can be made of a short fiber cloth woven from natural wool and cotton.

In order for the examiner to fully understand the slip pad of the present invention, the following is explained in the following figures.

1 and 2 are the first embodiment of the anti-slip mat of the present invention. The first embodiment includes at least: a cloth substrate 1 made of polyester (Polyester) filament fabric or nylon (Nylon) filament fabric or Acrylic long-fiber fabric or other kinds of synthetic synthetic fiber long-fiber fabrics, or natural wool, cotton and other staple fiber fabrics, are all indispensable, but can be combined with TPE thermoplastic elastomer The slip layer is preferred for each other, such as polyester (Polyester) filament fabric. Further, a pattern or a character 11 (see FIGS. 5 to 7) is printed on the upper surface 10 of the cloth substrate 1 to serve as a decoration or to create a mark. In this way, a normal temperature Thermo Plastic Elastomer (TPE) TPE thermoplastic elastomer (environmentally friendly material) is coated on the lower surface 12 of the cloth substrate 1 and is coated with the TPE thermoplastic elastomer (environmentally friendly material). The gap 13 formed by the warp 1a and the weft 1b is combined with each other to form the TPE thermoplastic elastomer anti-slip layer 2, so that the TPE thermoplastic elastomer anti-slip layer 2 and the cloth substrate 1 can be firmly combined to form a stop. Slip pad and improve the quality and effectiveness of the anti-slip pad.

3 and 4 are the second embodiment of the anti-slip mat of the present invention. The second embodiment of the present invention is derived from the foregoing embodiment 1. The second embodiment includes at least: a cloth substrate 1 made of polyester (Polyester). Silk long-fiber fabric or nylon (Nylon) filament long-fiber fabric or Acrylic filament long-fiber fabric or other kinds of synthetic synthetic fiber long-fiber fabric, or natural wool, cotton, etc. It is not necessary, but it is preferred to combine with the TPE thermoplastic elastomer anti-slip layer, such as polyester (Polyester) filament fabric. Further, a pattern or a character 11 (see FIGS. 5 to 7) is printed on the upper surface 10 of the cloth substrate 1 to serve as a decoration or to create a mark. In this way, a normal temperature TPE thermoplastic elastomer (environmentally friendly material) is coated on the lower surface 12 and the upper surface 10 of the cloth substrate 1, and the TPE thermoplastic elastomer (environmentally friendly material) is used to form the substrate 1 with the substrate. The gap 13 formed by the line 1a and the weft 1b is combined with each other to form a TPE thermoplastic elastomer anti-slip layer 2a, 2b on the lower surface 12 and the upper surface 10 of the cloth substrate 1, respectively, so that the TPE thermoplastic elastomer slip layer is formed. 2a, 2b and the cloth substrate 1 are firmly combined, so that the slip pad made has the advantages of improving quality and utility.

5 to 7, an example of the use state of the anti-slip mat of the present invention, the present invention is mainly used as a slip-proof pad for placing articles, and the structure can be made by the thermoplastic elasticity of TPE provided on the lower surface 12 of the cloth substrate 1. The sliding layer 2a is arranged to place the anti-slip mat over the large object, such as the surface of the dashboard of the vehicle, and has a non-slip effect to ensure the position of the anti-slip mat, and the upper surface of the cloth substrate 1 is 10 sets of TPE thermoplastic elastomer anti-slip layer 2b, for various types of items, such as mobile phones, glasses, etc., has the effect of preventing various items from sliding, and achieves practical benefits.

In summary, the technical difference between the present invention and the novel No. M258676 is that the new type M258676 must first form the anti-slip rubber into a film, and then set it on the surface of the non-woven fabric, and then heat the film anti-slip rubber and the non-woven fabric. The anti-slip gel can be melted at a high temperature to form a liquid state, so that the high-temperature liquid-like anti-slip gel can penetrate into the fiber layer of the non-woven fabric, and the anti-slip rubber can be combined with the non-woven fabric. However, in the present invention, as long as the liquid thermoplastic elastomer is coated on the surface of the cloth substrate at a normal temperature, the gap formed by the thermoplastic elastomer and the warp and weft yarns of the cloth substrate can be combined with each other to form a surface of the cloth substrate. The TPE thermoplastic elastomer anti-slip layer is formed, so that the invention and the new type M258676 are not only different in the production process, but also have different materials, and the manufacturing costs are also different, and the structure is also different. The invention adopts the TPE thermoplastic elastomer anti-slip layer provided on the surface of the cloth substrate 1 to facilitate the installation of the anti-slip mat on various large objects to prevent sliding, and can be placed on various small items to prevent it. The effect of slipping is the composition of practicality and progress of this case.

Cloth substrate 1, upper surface 10, pattern or text 11, lower surface 12, warp 1a, weft 1b, gap 13, TPE thermoplastic elastomer anti-slip layer 2, TPE thermoplastic elastomer anti-slip layer 2a, 2b

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross-sectional view showing an embodiment of the present invention. Figure 2 is a partial enlarged view of Figure 1. Figure 3 is a cross-sectional view showing a second embodiment of the present invention. Figure 4 is a partial enlarged view of Figure 2. Figure 5 is a plan view of the present invention. Figure 6 is a view of the operation of the present invention. Figure 7 is a view of the present invention for use in a vehicle.

Cloth substrate 1, upper surface 10, lower surface 12, warp 1a, weft 1b, gap 13, TPE thermoplastic elastomer anti-slip layer 2

Claims (5)

The anti-slip mat comprises at least: a cloth substrate which can be woven from a long-fiber cloth or a short-fiber cloth; and a TPE thermoplastic elastomer anti-slip layer which is a TPE thermoplastic elastomer in a liquid state at normal temperature to coat the cloth substrate One side to form a single TPE thermoplastic elastomer anti-slip layer; or a normal temperature liquid TPE thermoplastic elastomer to coat the two sides of the cloth substrate to form a double layer TPE thermoplastic elastomer anti-slip layer, The TPE thermoplastic elastomer anti-slip layer and the gap formed by the warp and weft yarns of the cloth substrate are combined with each other, so that the TPE thermoplastic elastomer anti-slip layer and the cloth substrate can be firmly combined to improve the quality of the anti-slip mat. utility. The anti-slip mat according to claim 1, wherein the cloth substrate is combined with the TPE thermoplastic elastomer anti-slip layer. The anti-slip mat according to claim 1, wherein the cloth substrate is made of a polyester filament fabric or a nylon filament fabric or an acrylic filament fabric; or a short woven from natural wool or cotton. Fiber cloth for it. The anti-slip mat according to claim 1, wherein the cloth substrate is made of synthetic synthetic fiber filament fabric. The anti-slip mat according to claim 1, wherein the surface of the cloth substrate is printed with a pattern or a letter for decoration or labeling.