TWI566932B - Oil - free release of the mat system - Google Patents

Description

Oily release slippage system

The present invention relates to an elastic pad for use by an athlete, and more particularly to a pad system which is capable of volatilizing an oily liquid which is volatilized after being touched by heat to achieve a slip-stop effect.

According to the fact that people are paying more and more attention to health and demanding higher quality of life, yoga has become popular in Taiwan. Its yoga is mainly achieved by slow and elegant body movements. The coordination of heart and spirit can also achieve the effects of meditation, meditation, breathing and limb stretching and relaxation through specific posture and positioning to obtain autonomic nerves, metabolism, and immunity.

The traditional exercise mat (such as a yoga mat) is mainly a foamed cushion body which is foamed by a foaming material, and the softness and the anti-slip property of the foaming cushion body are convenient for the exerciser to perform exercises such as limb stretching; The foamed cushion body made of a foamed material is excellent in stretchability, and when it is moved thereon, it is easy to be stretched or slipped due to the force of the foam. Therefore, the commercially available one is not sprained or slipped. The surface of the foaming pad body or the inner layer is more adhered to a layer of cloth, which achieves the effect of preventing the foaming pad body from being stretched and contracted and printing a pattern or a character on the surface of the cloth, such as the Republic of China Invention No. 90115918, No. 91132350 and the first Patented in Patent No. 92100377.

However, according to the above, it is known that the anti-slip property of the cloth is not good, and although it has the effect of printing a beautiful pattern or a character, the use may adversely affect the movement, and even the user may fall when exercising. It is a big drawback, and it needs to be improved.

The present inventors have in view of this, and based on years of experience in this field, careful observation and research, and with the use of academics, and then propose a reasonable and effective invention.

1. The main object of the present invention is to provide a resilient pad that can be used by an athlete. More specifically, it refers to an oily liquid that evaporates and releases aroma after being touched by heat to achieve a slip-stop effect. The single layer type of pad system.

2. The secondary object of the present invention is to provide a resilient pad that can be used by an athlete. More specifically, it refers to an oily liquid that evaporates to aroma after being touched by heat to achieve slip resistance. The effect of the two-layer type of pad system.

The oily release anti-slip pad system method of the present invention comprises: an elastic layer which is malleable and stretchable, and the elastic layer is volatilized to emit an aroma oily liquid upon contact with heat; and a contact layer Covering the surface of the elastic layer, the contact layer may be malleable and stretchable with the elastic layer, and a plurality of pores are formed in the contact layer, and the contact layer extends along the elastic layer. During the process, after the elastic layer is touched by heat, it volatilizes out of the oily liquid state and is released through the pores at the surface of the contact layer; wherein the elastic layer is presented in a single layer type, and the process comprises the following steps: a) preparation step: respectively selected from the raw materials such as thermoplastic raw materials and oil powder raw materials; b) stirring step: simultaneously placing the thermoplastic raw materials and the oil body powder raw materials into the mixer table, and performing high-speed stirring operation A uniform mixing effect is achieved, thereby forming a blank; and c) a tableting step: pressing the pressing device to apply a pressure to the blank formed after the stirring, so that the blank is outputted in a sheet form, and a single layer can be obtained. The elastic layer of the type.

Wherein the contact layer and the elastic layer are heated together with the heating device, so that the contact layer is adhered to the surface of the elastic layer by a hot-melt bonding method; wherein the contact layer is selected from rubber, plastic or cloth. Any one of the materials; wherein, in the step a), the selected oil body powder raw material is a solid powder of a vegetable oil having a heat-volatile component; wherein, in the step a), a thermosetting raw material may be added. Then, the stirring step and the tableting step are sequentially performed; an oily release anti-slip pad system method includes: an elastic layer having ductility and flexibility, and the elastic layer is volatilized after being touched by heat An aroma oily liquid; and a contact layer coated on the surface of the elastic layer, the contact layer being malleable and stretchable with the elastic layer, and a plurality of pores in the contact layer When the contact layer is extended by the elastic layer, the elastic layer is volatilized and discharged to the oily liquid state and released through the pores at the surface of the contact layer; wherein the elastic layer is above and below the layer type Presented, The process includes the following steps: a) preparing step: respectively selected from the raw materials such as thermoplastic raw materials, thermoplastic foaming raw materials and oil body powder raw materials; b) stirring step: simultaneously placing the thermoplastic raw materials and the oil body powder raw materials into the mixer at the same time In the stage, the thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank; c) tableting Step: using the pressing device to apply pressure to the upper layer blank and the lower layer blank formed by stirring under appropriate pressure, so that the upper layer and the lower layer are in a sheet form; d) the folding step: after pressing The sheet-like upper layer material and the sheet-like lower layer material are superposed on each other; e) the welding step: heating the laminated sheet-like upper layer material and the sheet-like lower layer material, so that the sheet-like upper layer material is contained therein a thermoplastic material in a layer produced by heat, and when the sheet-like upper layer material and the sheet-like lower layer material are intertwined with each other; and f) a pressurizing step: pressurizing after the welding step Working to cause the sheet-like upper layer material and the lower layer embryo When the thermoplastic resin is mutually melted to achieve a bonding state, an elastic layer of the upper and lower layers can be obtained; wherein, in the step a), the selected oil body powder is a vegetable fiber having a heat-volatile component. a solid powder; wherein, in the step a), the thermoplastic foaming material is more replaceable with a thermosetting material; and an oily release slippage system comprises: an elastic layer, which is malleable and Flexibility, the elastic layer is volatilized after being touched by heat a scented oily liquid; and a contact layer coated on the surface of the elastic layer, the contact layer being malleable and stretchable with the elastic layer, and having a plurality of layers in the contact layer a pore, when the contact layer is extended by the elastic layer, the elastic layer is volatilized and then volatilized and discharged into the oily liquid state and released through the pores at the surface of the contact layer; wherein the elastic layer is above and below the layer The process includes the following steps: a) preparing the steps: respectively selected from the raw materials such as thermoplastic raw materials, thermosetting raw materials and oil powder raw materials; b) stirring step: respectively, the thermoplastic raw materials, The thermosetting raw material and the oil powder raw material are simultaneously placed in the mixer table, and the thermoplastic raw material and the oil body powder raw material are simultaneously placed in another mixer table, and high-speed stirring operation is performed to achieve uniform mixing effect, thereby obtaining a uniform mixing effect. Forming the upper layer blank and the lower layer blank; c) pressing step: pressing the pressing device with appropriate pressure to respectively form the upper layer blank and the lower layer blank formed after stirring, so that the upper layer blank and the lower layer blank are in a sheet shape Type; d) Combining step: superimposing the pressed sheet-like upper layer blank and the sheet-like lower layer blank; e) welding step: heating the laminated sheet-like upper layer blank and the sheet-like lower layer blank to cause the sheet The thermoplastic raw material contained in the upper layer of the billet is formed by the layer formed by the heat, and when the sheet-like upper layer billet and the sheet-like lower layer billet are intertwined with each other; and f) the pressurizing step: After the welding step, the pressing operation is performed, so that the thermoplastic resin between the sheet-like upper layer and the lower layer is mutually melted to achieve a bonding state, and the upper and lower layers can be obtained. The elastic layer of the state; wherein, in the step a), the oil body powder selected from the group consisting of a solid powder of a vegetable fiber having a heat-reactive component; wherein, in the step a), the thermoplastic foam is further added The raw material is sequentially subjected to a stirring step, a tableting step, a laminating step, a fusing step and a pressurizing step; wherein, in the stirring step, the thermoplastic raw material, the thermosetting raw material and the oil body powder raw material are simultaneously placed In the mixer table, the thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank.

1. The main purpose of the present invention is to provide a kind of elastic pad which can be used by an athlete. In more detail, it refers to an oily liquid which evaporates aroma after being touched by heat to achieve a slip-stop effect. The single layer type pad system; wherein the pad system comprises: an elastic layer having ductility and flexibility, and the elastic layer is volatilized to release an aroma oily liquid upon contact with heat; and a contact a layer covering the surface of the elastic layer, the contact layer being malleable and stretchable with the elastic layer, and having a plurality of pores in the contact layer, when the contact layer follows the elastic layer During the stretching process, the elastic layer is volatilized and discharged to the oily liquid state and released through the pores at the surface of the contact layer; the elastic layer is selected from the group consisting of thermoplastic raw materials and oil powder raw materials, respectively. The raw material is selected from the oil body powder raw material which is a solid powder of a vegetable fiber having a volatile volatile component, and the thermoplastic raw material and the oil powder raw material are simultaneously placed in a mixer table to perform high-speed stirring operation. In order to achieve a uniform mixing effect, a blank material is formed and pressed with a pressing device at a suitable pressure, so that the billet is outputted in a sheet form, and a single layer type elastic layer can be obtained, when the user places the mat body. In the active state of sitting, meditation, breathing, and stretching of the limbs on the ground, the oil body powder material selected from the elastic layer is a solid powder of a vegetable fiber having a heat-volatile component, thereby allowing the user During the stretching operation of the limb stretching, the contact layer releases the oleaginous oily liquid state and is released through the pores at the surface of the contact layer after the elastic layer is heated and touched. The excellent contact friction is achieved, so that the cushion body can be stably disposed on the grounding surface, which can effectively prevent the problem of the sliding body from slipping to the left and right, so as to prevent problems such as sprains or slippage when the user performs the action.

2. The secondary purpose of the present invention is to provide a resilient pad for use by an athlete, and more specifically to refer to an oily liquid that evaporates to aroma after being touched by heat to achieve slippage. The double-layered pad system of the effect; wherein the pad system comprises: an elastic layer having ductility and flexibility, and the elastic layer is volatilized to emit an aroma of oily liquid after being touched by heat; The contact layer is coated on the surface of the elastic layer, and the contact layer is malleable and stretchable with the elastic layer, and the contact layer is provided with a plurality of pores, and the contact layer follows the elasticity During the layer stretching process, the elastic layer is volatilized and discharged to the oily liquid state and released through the pores at the surface of the contact layer; the elastic layer is respectively selected from the thermoplastic material and the thermoplastic type. Raw materials such as a foaming raw material and an oil powder raw material are selected from the group consisting of a solid powder of a vegetable fiber having a volatile volatile component, and a thermoplastic raw material and an oil powder raw material are simultaneously placed in the raw material. Mixer In the stage, the thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank and a pressing device Applying pressure by appropriate pressure causes the upper layer and the lower layer to be in a sheet form, and the pressed sheet-like upper layer and the sheet-like lower layer are superposed on each other to be heated, so that the sheet-like upper layer is fed. The thermoplastic raw material contained in the heat is formed by the layer formed by the heat, and when the sheet-like upper layer material and the sheet-like lower layer material are entangled with each other, the welding step is performed, and then the pressing operation is performed. , the thermoplastic resin between the sheet-like upper layer and the lower layer is mutually fused to achieve a bonding state, thereby obtaining an elastic layer of the upper and lower double layers; when the user places the pad on the ground In the active state such as sitting, meditation, breathing, and stretching of the limbs, since the oil layer powder selected from the elastic layer is a solid powder of a vegetable fiber having a heat-reactive component, the user is allowed to carry out When the body stretches and relaxes, the contact layer, when the elastic layer is stretched, causes the elastic layer to volatize and dissipate the oleaginous oily liquid and is released through the pores at the surface of the contact layer, thereby exerting a pole. The good contact friction force can achieve the stability of the pad body on the grounding surface, which can effectively prevent the pad body from slipping to the left and right, so as to prevent the user from avoiding sprains or slipping when the body is stretched and relaxed.

this invention:

1‧‧‧ cushion

11‧‧‧Elastic layer

111‧‧‧Upper

112‧‧‧Under

12‧‧‧Contact layer

121‧‧‧ pores

S1~S6‧‧‧ process steps

Figure 1 is a schematic perspective view of a mat of the present invention.

Figure 2 is a flow chart showing the steps of the elastic layer of the mat of the present invention.

Fig. 3 is a flow chart showing the detailed steps of the elastic layer of Fig. 2 of the present invention.

Fig. 4 is a perspective view showing another form of the cushion body of the present invention.

Figure 5 is a flow chart showing the steps of another type of elastic layer of the pad of the present invention.

Figure 6 is a flow chart showing the steps of the elastic layer of Figure 5 of the present invention.

Figure 7 is a flow chart showing another process step of the elastic layer of Figure 5 of the present invention.

Figure 8 is a perspective view showing the state of use of the mat of the present invention.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [ detailed description of the drawings] as follows: Please refer to Figure 1 to Figure 3 for The invention relates to an "oily release anti-slip mat system method"; the mat body 1 comprises an elastic layer 11 and a contact layer 12; wherein: the elastic layer 11 has ductility and stretchability, and the elastic layer 11 is heated After the touch, the oleaginous liquid liquid is volatilized, wherein the elastic layer 11 is in the shape of a polygon, a square or a circle; and the contact layer 12 is coated on the surface of the elastic layer 11 The contact layer 12 can be ductile and stretchable with the elastic layer 11, and a plurality of apertures 121 are formed in the contact layer 12, and the contact layer 12 is extended along with the elastic layer 11 After being touched by the thermal layer, the elastic layer 11 volatilizes out of the oily liquid state and is released through the pores 121 at the surface of the contact layer 12; wherein the contact layer 12 is formed by the appearance of the elastic layer 11; The contact layer 12 and the elastic layer 11 are coupled with a heating device. The hot working operation causes the contact layer 12 to be adhered to the surface of the elastic layer 11 by a hot-melt bonding method, and the heating device is selected from any one of an oven or a vulcanization foaming box for The elastic layer 11 is formed by the thermal expansion foaming medium and the contact layer 12, and the contact layer 12 is selected from any one of rubber, plastic or cloth; and the elastic layer The layer 11 is presented in a single layer type, and the process comprises the following steps: Step S1: preparing the material: respectively selected from the raw materials of the thermoplastic raw material and the oil powder raw material; Step S2: stirring step: the thermoplastic raw material Simultaneously placed in the mixer table with the oil body powder raw material, and subjected to high-speed stirring operation to achieve uniform mixing effect, thereby forming a billet; and step S3: tableting step: pressing with a pressing device at a suitable pressure after stirring The formed billet is such that the billet is outputted in a sheet form, and the elastic layer 11 of the single layer type is obtained; wherein, in the step S1, the selected oil body powder is a plant having a heat volatile component. Fiber fat solid powder Wherein, in the step S1, the thermosetting raw material may be further added, and the stirring step and the tableting step are sequentially performed.

Moreover, please refer to FIG. 4 to FIG. 6 , which is another structural description of the “oily release anti-slip pad system method”; the pad body 1 includes an elastic layer 11 and a contact layer. 12; wherein: the elastic layer 11 has ductility and flexibility, and the elastic layer 11 volatilizes and releases an aroma oily liquid after being touched by heat; wherein the elastic layer 11 is polygonal, square or round. The contact layer 12 is coated on the surface of the elastic layer 11. The contact layer 12 can be ductile and stretchable with the elastic layer 11, and is disposed on the contact layer 12. Multiple pores 121, when the contact layer 12 is extended with the elastic layer 11, the elastic layer 11 is volatilized and then evaporates out of the oily liquid state and is released through the aperture 121 at the surface of the contact layer 12; wherein the contact The layer 12 is formed by matching the shape of the outer layer of the elastic layer 11; wherein the contact layer 12 and the elastic layer 11 are combined with a heating device to perform a heating operation, so that the contact layer 12 is bonded by a hot-melt bonding method. Covering the surface of the elastic layer 11, the heating device is selected from any one of an oven or a vulcanization foaming box, and the medium generated by the thermal expansion of the elastic layer 11 and the contact layer 12 are adhered to each other. The pad body 1 is formed; and the contact layer 12 is selected from any of rubber, plastic or cloth; and the elastic layer 11 is formed by the upper layer and the lower layer (111, 112). The process comprises the following steps: Step S1: preparation step: respectively selected from the raw materials such as thermoplastic raw materials, thermoplastic foaming raw materials and oil body powder raw materials; Step S2: stirring step: respectively, thermoplastic raw materials and oil bodies The powdered material is placed in the mixer at the same time, and will The plastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank; step S3: tableting step: with extrusion The apparatus applies pressure to the upper layer blank and the lower layer blank formed by stirring under appropriate pressure, so that the upper layer blank and the lower layer blank are in a sheet form; Step S4: laminating step: pressing the sliced upper layer embryo The material and the sheet-like lower layer of the billet are superposed on each other; Step S5: a welding step: heating the laminated sheet-like upper layer blank and the sheet-like lower layer blank, so that the thermoplastic raw material contained in the sheet-like upper layer material is in the layer formed by the heat, and The sheet-like upper layer blank and the sheet-like lower layer blank are intertwined with each other; and step S6: pressurizing step: performing a pressing operation after the welding step, thereby causing the sheet-like upper layer blank and the lower layer embryo The thermoplastic resin between the materials is mutually melted to achieve a bonding state, and the elastic layer 11 of the upper and lower layers (111, 112) is obtained; wherein, in step S1, the oil powder raw material selected is a heat-reactive component. The oil-solid powder of the vegetable fiber; wherein, in the step S1, the thermoplastic foaming material is further replaced with a thermosetting raw material.

In addition, please refer to FIG. 7 , and with reference to FIG. 4 and FIG. 5 , which is a further structural description of the “oily release anti-slip mat system method”; the mat body 1 includes An elastic layer 11 and a contact layer 12; wherein: the elastic layer 11 has ductility and stretchability, and the elastic layer 11 volatilizes and releases an aroma oily liquid after being touched by heat; wherein the elastic layer 11 is Any one of a polygonal shape, a square shape, or a circular shape; and the contact layer 12 is coated on the surface of the elastic layer 11, and the contact layer 12 can be ductile and elastic with the elastic layer 11. And the contact layer 12 is provided with a plurality of apertures 121. When the contact layer 12 is extended with the elastic layer 11, the elastic layer 11 is heated and touched to volatilize the oily liquid and pass through the contact layer. The aperture 121 at the surface of the 12 is released; wherein the contact layer 12 is presented in conformity with the contour shape of the elastic layer 11; The heating layer is heated by the contact layer 12 and the elastic layer 11, so that the contact layer 12 is bonded to the surface of the elastic layer 11 by a heat fusion bonding method, and the heating device is selected from Any one of an oven or a vulcanization foaming box for forming a cushion body 1 by bonding a medium generated by thermal expansion of the elastic layer 11 and the contact layer 12; and the contact layer 12 is selected Any of the rubber, plastic or cloth materials; and the elastic layer 11 is presented in the upper layer and the lower layer (111, 112). The process includes the following steps: S1: respectively selected from the thermoplastic raw materials And a raw material such as a thermosetting raw material and an oil powder raw material; Step S2: a stirring step: simultaneously placing the thermoplastic raw material, the thermosetting raw material and the oil body powder raw material into the mixer table, and the thermoplastic raw material and The oil powder raw material is simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank; step S3: tableting step: using a pressing device at appropriate pressure Apply pressure to the mixture after mixing Forming the upper layer blank and the lower layer blank, so that the upper layer blank and the lower layer blank are in a sheet form; Step S4: the laminating step: superimposing the pressed sheet-like upper layer blank and the sheet-like lower layer blank; Step S5: a welding step: heating the laminated sheet-like upper layer blank and the sheet-like lower layer blank, so that the thermoplastic raw material contained in the sheet-like upper layer material is in the layer formed by the heat, and Laminating the sheet-like upper layer material and the sheet-like lower layer material to each other; and Step S6: pressurizing step: after the welding step, the pressing operation is performed, so that the thermoplastic resin between the sheet-like upper layer blank and the lower layer billet is mutually melted to achieve a bonding state, and the upper and lower layers can be obtained (111, 112). The elastic layer 11 of the type; wherein, in the step S1, the selected oil body powder raw material is a solid powder of a fat or oil having a plant fiber of a heated volatile component; wherein, in the step S1, a thermoplastic hair is added. The foaming raw material is sequentially subjected to a stirring step, a tableting step, a laminating step, a welding step and a pressurizing step; and to the stirring step, the thermoplastic raw material, the thermosetting raw material and the oil body powder raw material are simultaneously placed Into the mixer table, the thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank.

Accordingly, the present invention provides a resilient pad that can be used by an athlete, and more specifically, refers to a method of manufacturing a cushion body 1 that releases a scent of oily liquid after being touched by heat to achieve a slip-resisting effect. The lining 1 comprises: an elastic layer 11 having ductility and flexibility, and the elastic layer 11 is volatilized and volatized in an oily liquid state after being touched by heat; And a contact layer 12 is coated on the surface of the elastic layer 11. The contact layer 12 can be ductile and elastic with the elastic layer 11, and a plurality of apertures 121 are disposed on the contact layer 12. When the contact layer 12 is extended with the elastic layer 11, the elastic layer 11 is volatilized and discharged to the oily liquid state and released through the pores 121 at the surface of the contact layer 12; regardless of the elastic layer 11 Presented in a single layer or a double layer, with this elasticity The layer 11 is provided with an oil body powder raw material selected from the group consisting of oil and fat powder raw materials having plant fibers of a heat-reactive component, and is meditation and meditation when the user places the pad body 1 on the ground. In the active state such as breathing and limb stretching, since the oil body powder material selected from the elastic layer 11 is a solid powder of oil having a plant fiber of a heated volatile component, the user is allowed to perform a limb stretching exercise. When the elastic layer 11 is heated, the contact layer 12 volatilizes the oleaginous oily liquid state and is released through the pores 121 at the surface of the contact layer 12, and the pole is played. Good contact friction, so that the pad body 1 can be stably placed on the grounding surface, which can effectively prevent the pad body 1 from slipping to the left and right, so as to prevent the user from avoiding sprains or slipping when performing the limb stretching and relaxing action. occur.

In summary, when it is known that the present invention can be used for related industries, it is extremely progressive and novel, and the invention is not disclosed before the application, in accordance with the provisions of the Patent Law, and the invention patent application is filed according to law. It is a pray that the bureau has clearly examined and patented patents.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equal variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the patent.

1‧‧‧ cushion

11‧‧‧Elastic layer

12‧‧‧Contact layer

121‧‧‧ pores

Claims (12)

An oily release anti-slip mat system method comprising: an elastic layer having ductility and flexibility, the elastic layer is volatilized to emit an aroma oily liquid upon contact with heat; and a contact layer Wrapped on the surface of the elastic layer, the contact layer may be ductile and elastic with the elastic layer, and a plurality of pores are formed in the contact layer, and the contact layer is extended during the elastic layer After the elastic layer is touched by heat, it volatilizes out of the oily liquid state and is released through the pores at the surface of the contact layer; wherein the elastic layer is presented in a single layer type, and the process comprises the following steps: a) preparing the material Step: respectively selected from the raw materials such as thermoplastic raw materials and oil powder raw materials; b) stirring step: simultaneously placing the thermoplastic raw materials and the oil body powder raw materials into the mixer table, and performing high-speed stirring operation to achieve uniform mixing The effect is to form a blank; and c) the tableting step: pressing the pressing device with a suitable pressure to press the blank formed by the stirring, so that the blank is outputted in a sheet form, and a single layer type can be obtained. Elastic layer. The oily release anti-slip pad system method according to claim 1, wherein the contact layer and the elastic layer are heated together with a heating device, so that the contact layer is bonded by a hot-melt bonding method. At the surface of the elastic layer. The oily release anti-slip pad system method according to claim 2, wherein the contact layer is selected from the group consisting of rubber, plastic or cloth. The oily release slippage system method as recited in claim 1 wherein, in step a), the selected The oil body powder raw material is a solid powder of fats and oils of plant fibers having a heat-volatile component. The oily release anti-slip mat system method according to claim 1, wherein in the step a), the thermosetting raw material is further added, and the stirring step and the tableting step are sequentially performed. An oily release anti-slip mat system method comprising: an elastic layer having ductility and flexibility, the elastic layer is volatilized to emit an aroma oily liquid upon contact with heat; and a contact layer Wrapped on the surface of the elastic layer, the contact layer may be ductile and elastic with the elastic layer, and a plurality of pores are formed in the contact layer, and the contact layer is extended during the elastic layer After the elastic layer is touched by heat, it volatilizes out of the oily liquid state and is released through the pores at the surface of the contact layer; wherein the elastic layer is presented in the upper and lower layers, and the process comprises the following steps: a) preparing the material Step: respectively selected from the raw materials such as thermoplastic raw materials, thermoplastic foaming raw materials and oil body powder raw materials; b) stirring step: simultaneously placing the thermoplastic raw materials and the oil body powder raw materials into the mixer table at the same time, And the thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank; c) a tableting step: matching Squeeze device Pressure in the upper layer are pressed billet and the billet of the lower layer is formed after stirring, causing the upper and the lower billet billet flaky patterns; d) laminating step: superimposing the pressed sheet-like upper layer blank and the sheet-like lower layer blank; e) welding step: heating the laminated sheet-like upper layer blank and the sheet-like lower layer blank, thereby causing The thermoplastic raw material contained in the sheet-like upper layer material is in a layer formed by heat, and when the sheet-like upper layer material and the sheet-like lower layer material are entangled with each other; and f) pressurizing Step: After the welding step, the pressing operation is performed, so that the thermoplastic resin between the sheet-like upper layer and the lower layer is mutually melted to achieve a bonding state, and an elastic layer of the upper and lower layers can be obtained. The oily release anti-slip pad system method according to claim 6, wherein, in the step a), the selected oil body powder raw material is a solid powder of a fat or oil having a plant fiber of a heated volatile component. The oily release slipping pad system method according to claim 6, wherein the thermoplastic foaming raw material is further replaced with a thermosetting raw material by the step a). An oily release anti-slip mat system method comprising: an elastic layer having ductility and flexibility, the elastic layer is volatilized to emit an aroma oily liquid upon contact with heat; and a contact layer Wrapped on the surface of the elastic layer, the contact layer may be ductile and elastic with the elastic layer, and a plurality of pores are formed in the contact layer, and the contact layer is extended during the elastic layer After the elastic layer is touched by heat, volatilizes out of the oily liquid state and is released through the pores at the surface of the contact layer; Wherein the elastic layer is presented in the upper and lower layers, and the process comprises the following steps: a) preparing the steps: respectively selecting materials such as thermoplastic raw materials, thermosetting raw materials and oil body powder raw materials; b) stirring step : The thermoplastic raw material, the thermosetting raw material and the oil powder raw material are simultaneously placed in the mixer table, and the thermoplastic raw material and the oil powder raw material are simultaneously placed in another mixer table, and high-speed stirring is performed. The operation is to achieve a uniform mixing effect, thereby forming the upper layer blank and the lower layer blank; c) the tableting step: pressing the pressing device with appropriate pressure to respectively form the upper layer blank and the lower layer blank formed after the stirring, thereby causing the upper layer embryo The material and the lower layer of the billet are in a sheet form; d) the laminating step: superimposing the pressed sheet-like upper layer material and the sheet-like lower layer material; e) welding step: laminating the sheet-like upper layer embryo Heating the sheet and the lower layer of the billet, so that the thermoplastic raw material contained in the sheet-like upper layer material is in the layer formed by the heat, and when the sheet-like upper layer material and the sheet-like lower layer material are mutually Intertwined together; and f) pressurized Step: a step performed after the pressing operation by welding, so that the upper layer sheet-like billet with a thermoplastic resin between the lower billet reaches each melt bonding state can be obtained, the lower patterns of the elastic layer. The oily release anti-slip pad system method according to claim 9, wherein, in the step a), the oil body powder raw material selected is a solid powder of a fat or oil having a plant fiber which is heated and volatile. The oily release anti-slip mat system method according to claim 9, wherein in the step a), the thermoplastic foaming raw material may be further added, and then the stirring step, the tableting step, the laminating step, The welding step and the pressing step. The oily release anti-slip mat system method according to claim 11, wherein in the stirring step, the thermoplastic raw material, the thermosetting raw material and the oil body powder raw material are simultaneously placed in the mixer table, and The thermoplastic foaming raw material and the oil powder raw material are simultaneously placed in another mixer table, and a high-speed stirring operation is performed to achieve a uniform mixing effect, thereby forming an upper layer blank and a lower layer blank.