TWI594889B - Multi-level mat process - Google Patents

Description

Multi-level pad system

The invention relates to a cushion body which can be used by an athlete, and more specifically refers to a surface which is designed to have a fast absorption liquid, a slip-proof and a softness, and is distributed on the surface of the cushion body for the practitioner to The surface of the pad body is used for the yoga exercise of limb stretching, and the different effects are achieved to enhance the multi-layered pad system that exhibits different feelings when used.

Press, the human body is like a garden, it requires people to work hard, and yoga is a good way to take care of yourself. Yoga is a soft movement that regulates breathing, regulating air, and adjusting the body and mind, although the movement is simple. It's slow, but it's getting more and more spirited. It can also help relieve stress, improve autoimmune system function, promote metabolism, and the exerciser will look younger and more energetic. When practicing yoga, please choose A quiet place, because yoga is not only a physical exercise, it also helps the practitioner to understand the inner self, and to prepare a comfortable cushion before playing yoga, play a simple soft Light music, take another one or two minutes to close your eyes and contemplate, because yoga requires full commitment from body and mind, not just perfection in action, so it is very important to precipitate your emotions and return your mind and body to a calm state. a subject.

Generally, traditional exercise mats (such as yoga mats) are mainly made of foamed materials (such as EVA, PVC, TPE). The foaming pad body which is foamed by a foaming material such as natural rubber or the like, and the softness and the anti-slip property of the foaming pad body facilitate movement of the exerciser such as limb stretching, etc.; The foaming pad body has excellent stretchability, and when it is moved thereon, it is easy to be stretched due to the force of the foam body and the athlete is not sprained or slipped.

However, according to the above, it can be known that the foaming pad body made of a foaming material is excellent in stretchability, and it is easy to practice due to the force of the foaming pad body when the yoga body is stretched. Inadvertently sprained or slipped, even if the practitioner is sweating, the sweat will fall on the floor mat during the exercise. At this time, the water adhering to the surface of the exercise mat will often cause the practitioner not to move during the exercise. Sprained or slipped carefully, which jeopardizes the safety of the practitioner.

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.

The main object of the present invention is to provide a structure relating to a cushion body that can be used by an athlete, and more specifically to design a structure that has a rapid absorption of liquid, slip and softness, and is distributed in the cushion body. At the surface, for the practitioner to perform the yoga exercise of limb stretching on the surface of the pad body, and to achieve different effects to enhance the multi-level pad system method of different feelings when used.

The multi-layer pad process of the present invention comprises the following steps: a) preparing a step: preparing a first pad body, at least a second pad body and at least one bonding layer, wherein the first pad body surface is planned to be a first a block, a second block and a third block; b) the first surface destruction step: respectively destroying the surfaces of the first block, the second block and the third block of the first pad body, so that the first block and the second block of the first pad body Each surface of the block and the third block presents a damaged area, and the damaged areas are represented by a concave-convex pattern; c) a stacking step: respectively setting the second mats to the first mat The surfaces of the first block, the second block and the third block are superposed on each other after being damaged, and are overlapped with each other, and the first block and the first block of the first pad are The bonding layer is disposed between the second block and the third block; d) a hot pressing step: respectively, the first block, the second block, and the third block of the first pad, and the bonding layers The second pad body is heated and pressurized to cause bonding between the first block, the second block and the third block of the first pad body and the bonding layer and the second pad body. Integrated; e) cooling step: performing a cooling operation after the hot pressing step, and the first block, the second block, and the third block of the first pad and the bonding layer The second pad body is again in a solidified state; and f) the second surface layer destruction step: finally destroying the surface of the second pad body at the first block and the second block of the first pad body respectively The surface of the second pad body of the first block presents a plurality of pores, and the surface of the second pad body of the second block presents a damaged area, and the damaged area is represented by a concave-convex pattern, that is, A multi-layered mat that can be derived.

Wherein, in the step a), the first pad system is presented in a single layer form, which is selected from any one of a thermoplastic material or a thermosetting material or a mixture thereof; and the second pad System Presented in a single layer form selected from either thermoplastic or thermoset materials or a blend thereof, and the binder layers are selected from any of rubber, plastic, cloth or woven mesh Wherein, in the step a), the first mat is formed by a higher or lower layer type, which is respectively selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof; Each of the second mats is formed by a higher or lower layer type, which is selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof; and the bonding layer is selected from the group consisting of rubber and plastic. Any one of a fabric or a woven mesh; wherein, in the step b), the destruction zone of each of the first block, the second block, and the third block of the first pad is a destructive tool or destruction In the case of step f), the plurality of pores on the surface of the second pad of the first block of the first pad are destroyed by using a destructive tool. Presenting; the destruction zone of the second pad body of the second block of the first pad body is selected Destruction by either the bad tool or the destructive reaction; wherein there is a step g) after the step f): the third surface destruction step, when the first block of the first pad After the surface of the second surface is subjected to the second surface destruction operation, the surface of the second surface is again subjected to the third surface destruction operation to present a damage zone, so that the surface of the second surface body simultaneously exhibits a plurality of pores and a damage zone; wherein the second pad surface damage zone of the first block of the first pad is destructive by using any one of a destructive tool or a destructive reaction; Wherein, in the step f), the surface of the second pad body of the third block of the first pad body is further broken, so that the surface of the second pad body exhibits a plurality of holes; wherein the first pad body The plurality of pores on the surface of the second pad body of the third block are formed by destruction using a destructive tool; wherein the surface of the second pad body of the third block of the first pad body is broken to exhibit a plurality of pores And then, in the step g), after performing the second surface destruction operation on the surface of the second pad body of the third block of the first pad body, the third surface of the second pad body is again subjected to the third surface After the subsurface destruction operation, a damage zone is presented, so that the surface of the second cushion body simultaneously presents a plurality of pores and a damage zone; wherein the second cushion body surface destruction zone of the third block of the first cushion body is selected Destructive tools or destructive reactions are presented as a means of destruction.

The main purpose of the present invention is to provide a system related to a pad system for use by an athlete, by first preparing a first pad body, at least a second pad body and at least one bonding layer, wherein the A first block, a second block and a third block are planned on a surface of the mat; and the surfaces of the first block, the second block and the third block of the first mat are respectively destroyed. Acting to cause a surface of each of the first block, the second block, and the third block of the first pad to exhibit a damaged area, wherein the damaged areas are represented by a concave and convex pattern; and the second pads are further The bodies are respectively disposed on the first block, the second block, and the third block, and the surfaces of the third block are superposed on each other after being damaged, and are overlapped with each other. The bonding layer is disposed between the first block, the second block and the third block of the first pad body for heating and pressing to achieve bonding Integral; however, after the hot pressing step, the cooling operation is performed, and the first block, the second block, and the third block of the first mat are re-formed between the bonding layers and the second mats. a state of solidification; finally, the first block of the first pad body and the surface of the second pad body at the second block are respectively destroyed, so that the surface of the second pad body of the first block exhibits a plurality of pores. The surface of the second pad body of the second block presents a damage zone, which is represented by a embossed pattern, and the multi-layered pad body can be derived; even when the first pad body is After the surface of the second surface of the block is subjected to the second surface destruction operation, the surface of the second body is again subjected to a breaking action to present a damage zone, so that the surface of the second body simultaneously exhibits a plurality of pores and In the damage zone, each of the second blocks at the first block, the second block, and the third block of the first pad body has different effects of quickly absorbing liquid, slipping and softening; Seated, meditation, breathing and limbs when the layered cushion is placed on the ground When stretching or relaxing, such as stretching or limb flipping, different effects are achieved to enhance the different feelings when used; however, during use, sweat will fall on the second pad of the multi-layered pad due to sweating. The damage zone at the surface of the body, or the liquid or water adhering to the damage zone, penetrates into each of the plurality of pores, so that the absorbed liquid or water can no longer be exposed to the bottom surface; Therefore, the invention further provides a structure relating to a cushion body for use by an athlete, and more specifically, a method for planning a liquid absorption, a slip resistance and a softness to be distributed on the second cushion body. At the surface, for the practitioner to perform the yoga exercise of limb stretching on the surface of the multi-layered cushion body, and to achieve different effects to enhance the multi-layered pad system which exhibits different feelings when used.

this invention:

1‧‧‧Multi-layer mat

11‧‧‧First mat

111‧‧‧Destruction area

12‧‧‧Second mat

121‧‧‧ pores

122‧‧‧Destruction area

13‧‧‧Combination layer

A‧‧‧ first block

B‧‧‧Second block

C‧‧‧ third block

S1~S7‧‧‧ Process steps

Figure 1 is a flow chart (1) of the steps of the multi-layer mat of the present invention.

Figure 2 is a flow chart (1) detailing the steps of the multi-layered mat of the present invention.

Figure 3 is a schematic cross-sectional view (I) of the multi-layered mat of the present invention.

Figure 4 is a flow chart (2) of the steps of the multi-layered cushion body of the present invention.

Figure 5 is a flow chart (II) detailing the steps of the multi-layered mat of the present invention.

Figure 6 is a schematic cross-sectional view of a multi-layered cushion body of the present invention (2).

Figure 7 is a flow chart (1) detailing the steps of another structure of the multi-layered mat of the present invention.

Figure 8 is a schematic cross-sectional view (1) of another structural form of the multi-layered mat of the present invention.

Figure 9 is a flow chart (II) detailing the steps of another structure of the multi-layered mat of the present invention.

Figure 10 is a schematic cross-sectional view showing another structural form of the multi-layered mat of the present invention (2).

Figure 11 is a schematic cross-sectional view (3) of another structural form of the multi-layered mat of the present invention.

Figure 12 is a schematic cross-sectional view (I) of a preferred use state of the present invention.

Figure 13 is a schematic cross-sectional view (ii) of a preferred use state 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 Figures 1 to 6 for In the invention, the multi-layer pad 1 process method includes the following steps: Step S1: preparing a step: preparing a first pad body 11, a second pad body 12 and a bonding layer 13 Wherein, in the step S1, the first mat 11 is presented in a single layer type, which is selected from any one of a thermoplastic material or a thermosetting material or a mixture thereof; and the second The pad body 12 is presented in a single layer form selected from any one of a thermoplastic type material or a thermosetting type material or a mixture thereof; and the bonding layer 13 is selected from rubber, plastic, cloth or Any one of the woven meshes; even when the present invention reaches the step S1, the first pad body 11 is presented in a higher or lower layer type, which is respectively selected from any of a thermoplastic material or a thermosetting material or It is made by mixing and mixing; and the second cushion body 12 is more than the upper layer and the lower layer type. Now, it is respectively selected from any one of a thermoplastic material or a thermosetting material or a mixture thereof; and the bonding layer 13 is selected from any one of rubber, plastic, cloth or woven mesh; In addition, the first pad body 11 and the second pad body 12 are both presented in a single layer type; or the first pad body 11 and the second pad body 12 are both more than The present invention can be further described in the following description; 1. The first mat 11 is presented in a single layer type selected from either a thermoplastic material or a thermosetting material or The second mat 12 is formed by the above-mentioned or lower layer type, and is selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof; and the combination The layer 13 is selected from any one of rubber, plastic, cloth or woven mesh; 2. The first cushion body 11 is presented in a lower layer type or a lower layer type, and is selected from any of thermoplastic raw materials or thermosetting raw materials. Or a mixture thereof; and the second mat 12 is presented in a single layer type selected from a thermoplastic material or heat Any one of the type materials or a mixture thereof; and the bonding layer 13 is selected from any one of rubber, plastic, cloth or woven mesh; however, the first pad 11 and the same in the drawings of the present invention The second pad body 12 is formed by a single layer type; step S2: the first surface layer destruction step: performing a breaking action on the surface of the first pad body 11 to cause a damage on the surface of the first pad body 11 In the region 111, the damage region 111 is represented by a embossed pattern; wherein, in the step S2, the damage region 111 on the surface of the first mat 11 is selected by using a destructive tool or a destructive reaction. When the surface of the first pad 11 is broken by a destructive tool, the destructive tool selected for use is a surface of a tool such as a brush, a sandpaper, a cutter, a laser or a printing machine. When the surface of the first mat 11 is broken by a destructive reaction, the destructive reaction selected is solvent etching, microbial attack, UV light reaction or high-pressure electrode surface corrosion. Either way The surface is broken to present the damage zone 111; Step S3: the step of laminating: the second pad body 12 is disposed on the surface of the first pad body 11 where the surface of the first pad body 11 is broken, and is superposed on each other, and The bonding layer 13 is disposed between the second pad body 12 and the first pad body 11; Step S4: a hot pressing step: heating the first pad body 11, the bonding layer 13 and the second pad body 12, Pressing, the first pad body 11, the bonding layer 13 and the second pad body 12 are integrated into one another; wherein the bonding layer 13 and the first pad body 11 and the second pad body 12 are performed. The heating and pressurizing operation mode is performed by using a heating device, which is an oven or a vulcanization foaming box; Step S5: cooling step: cooling operation after the hot pressing step And the first pad body 11 , the bonding layer 13 and the second pad body 12 are again in a solidified state; wherein the bonding layer 13 and the first pad body 11 and the second pad body 12 are cooled. The method is to perform cooling operation by using a cooling device; and step S6: second surface destruction step Finally, the surface of the second pad 12 is destroyed, so that the surface of the second pad 12 presents a plurality of apertures 121, and the multi-layer pad 1 can be derived; wherein, in step S6, the second pad The plurality of apertures 121 on the surface of the body 12 are formed by destruction using a destructive tool; and when the surface of the second cushion body 12 is broken by a destructive tool, the destructive tool selected is a needle or Each of the sharp tools performs surface acupuncture destruction to present the respective apertures 121; and the multi-layered cushion body 1 obtained by the steps S1 to S6, the surface of the second cushion body 12 of the multi-layered cushion body 1 It is represented by a plurality of pores 121 (as shown in FIGS. 1 to 3), and further, after the multi-layer mat 1 described above in the above steps S1 to S6, even after step S6 Further, there is a step S7, as described below (wherein steps S1 to S6 have been described in the preceding paragraph, so it is not described herein): Step S7: third surface destruction step: when the surface of the second pad 12 is subjected to the second surface destruction After the action, the surface of the second pad 12 is again subjected to the third After the surface destruction action, a damage zone 122 is present, so that the surface of the second pad 12 simultaneously presents a plurality of apertures 121 and a damage zone 122; wherein the damage zone 122 on the surface of the second pad body 12 is a destructive tool or When the surface of the second pad 12 is broken by a destructive tool, the destructive tools selected for the second pad 12 are brushes, sandpaper, knives, and lasers. Or the tool is either surface-destroyed to present the damage zone 122; and when the surface of the second pad 12 is destructively destroyed, the destructive reaction selected is solvent corrosion, microorganisms The damage zone 122 is formed by any one of erosion, UV light reaction or high voltage electrode surface corrosion; the multi-layered pad body 1 obtained by the steps S1 to S7, the multi-layered pad body 1 The surface of the second cushion body 12 simultaneously exhibits a plurality of pores 121 and a shape of the fracture zone 122 (as shown in FIGS. 4 to 6), so as to achieve a rapid absorption of liquid and a combination of slip and softness, when the user The multilayer When the cushion body 1 is placed on the ground and is in an active state such as sitting, meditation, breathing, limb stretching or limb reversal, the problem of spraining or slipping can be avoided when the user is prevented from moving; however, during use, The sweat may fall on the damage zone 122 at the surface of the second cushion body 12 of the multi-layered cushion body 1 due to sweating, or the liquid or water adhered to the damage zone 122 may penetrate into the plurality of In the pores 121, the absorbed liquid or water can no longer be exposed to the bottom surface; thereby providing a cushion body for the athlete to use, and more specifically referring to Quickly absorbs liquids and combines slip and softness to enhance the exerciser's yoga exercise for limb stretching to prevent accidental slipping or sprains.

Further, please refer to FIGS. 7 to 13 and supplement with reference to FIG. 1 and FIG. 4, which are the "multi-level pad system process" of the present invention; wherein the multi-layer pad 1 has another structure type The process of the process includes the following steps: Step S1: preparing a first pad body 11, at least a second pad body 12 and at least one bonding layer 13, wherein the surface of the first pad body 11 is planned a first block A, a second block B and a third block C; wherein, in the step S1, the first mat 11 is presented in a single layer type, which is selected from the group consisting of thermoplastic materials or heat Any one of the solid materials or a mixture thereof; and each of the second mats 12 is presented in a single layer type selected from either a thermoplastic material or a thermosetting material or And the bonding layer 13 is selected from any one of a rubber, a plastic, a cloth or a woven mesh; even when the invention reaches the step S1, the first pad 11 is more than the upper layer and the lower layer. Presented by one of a thermoplastic material or a thermosetting material or a mixture thereof; and each of the second mats 12 is further Above, the lower patterns exhibited, which is selected from thermoplastic materials or heat Any one of the solid materials or a mixture thereof; and the bonding layer 13 is selected from any one of rubber, plastic, cloth or woven mesh; in particular, regardless of the first mat 11 and each The second pad body 12 is presented in a single layer type: or the first pad body 11 and the second pad body 12 are both more than the upper layer and the lower layer type, and the following may be The description is as follows: 1. The first mat 11 is presented in a single layer type, which is selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof; The two mats 12 are presented in a top or bottom type, which is selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof; and the bonding layer 13 is selected from the group consisting of rubber and plastic. Any one of a cloth or a woven mesh; 2. The first pad body 11 is represented by a system above or below, and is selected from any of a thermoplastic material or a thermosetting material or a mixed solution thereof. And each of the second mats 12 is presented in a single layer type selected from either a thermoplastic material or a thermosetting material or And the bonding layer 13 is selected from any one of rubber, plastic, cloth or woven mesh; however, in the drawing of the present invention, the first pad 11 and the second pad are Body 12, both of which are presented in a single layer type; Step S2: First surface layer destruction step: first block A, second block B and third block C of the first pad body 11, respectively The surface is subjected to a destructive action, so that the surfaces of the first block A, the second block B, and the third block C of the first pad body 11 exhibit a damage zone 111, and the damage zones 111 are in a concave and convex manner. Present Wherein, in the step S2, the destruction zone 111 of each surface of the first block A, the second block B and the third block C of the first pad body 11 is selected as a destructive tool or a destructive reaction. In the manner of destruction, the first block A, the second block B, and the third block C of the first pad 11 are destructively selected when the surface is broken by a destructive tool. The tool is surface-destroyed by any tool of a brush, a sandpaper, a cutter, a laser or a printing machine to present the damage zone 111; and the first block A and the second block B of the first pad body 11 And when the surface of the third block C is destroyed by a destructive reaction, the destructive reaction selected for the surface is caused by solvent corrosion, microbial erosion, UV light reaction or high voltage electrode surface corrosion. The destruction zone 111 is formed; Step S3: the step of superposing: the second pad bodies 12 are respectively disposed on the surfaces of the first block A, the second block B and the third block C of the first pad body 11 After the destruction, the damaged area 111 is superposed on each other, and the second pad 12 and the first pad are respectively The bonding layer 13 is disposed between the first block A, the second block B, and the third block C; Step S4: hot pressing step: respectively, the first block A of the first pad body 11, The second block B and the third block C, the respective bonding layers 13 and the second pad bodies 12 are heated and pressurized, so that the first block A and the second block of the first pad body 11 are caused. B and the third block C and the respective bonding layer 13 and the second pad body 12 are bonded together; wherein the bonding layer 13 and the first pad body 11 and the second pad body 12 are The heating and pressurizing operation mode is performed by using a heating device, and the heating device is used. It is any one of an oven or a vulcanization foaming tank; Step S5: a cooling step: after the hot pressing step, the cooling operation is performed, and the first block A and the second block B of the first mat 11 are made. And the third block C and the bonding layer 13 and the second pad body 12 are again in a solidified state; wherein the bonding layers 13 and the first pad body 11 and the second pad body 12 are cooled. The operation mode is performed by using a cooling device; and step S6: the second surface destruction step: finally, the second pad at the first block A and the second block B of the first pad body 11 respectively. The surface of the body 12 is subjected to a breaking action, such that the surface of the second body 12 of the first block A exhibits a plurality of apertures 121, and the surface of the second body 12 of the second block B exhibits a damage zone 122. The destruction zone 122 is represented by a embossed pattern, and the multi-layered cushion body 1 can be derived; wherein, in step S6, the surface of the second cushion body 12 of the first block A of the first cushion body 11 is plural The aperture 121 is formed by destruction using a destructive tool; and the second pad 12 of the first block A of the first pad 11 When the surface is broken by a destructive tool, the selected destructive tool is a needle or a sharp tool for surface acupuncture damage to present the apertures 121; and the first cushion 11 The damage zone 122 on the surface of the second pad 12 of the second block B is formed by destruction using either a destructive tool or a destructive reaction; and the second block of the first pad 11 When the surface of the second pad 12 of B is broken by a destructive tool, the destructive tools selected for it are brushes, sandpaper, knives, lasers. Or the tool of any one of the printing machines performs surface damage to present the damage zone 122; and when the surface of the second pad body 12 of the second block B of the first pad body 11 is broken by a destructive reaction, The destructive reaction selected is surface destruction by any one of solvent etching, microbial erosion, UV light reaction or high voltage electrode surface etching to present the destruction zone 122; the multiple layers obtained by steps S1 to S6 The pad body 1 , the surface of the second pad body 12 of the first block A of the first pad body 11 of the multi-layered pad body 1 is represented by a plurality of shapes of the apertures 121 , and the first pad body 11 The surface of the second pad 12 of the second block B is presented in the form of the destruction zone 122 (as shown in FIGS. 7 and 8); further, the multi-layer presented by the above steps S1 to S6 After the pad body 1, even after step S6, there is a step S7, as described below (where the steps S1 to S6 have been explained in the preceding paragraph, so it is not described above): Step S7: the third surface destruction step, when the first After the surface of the second pad 12 of the first block A of the pad body 11 is subjected to the second surface destruction action, After performing the third surface destruction operation on the surface of the second pad 12, a damage region 122 is presented, so that the surface of the second pad 12 simultaneously presents a plurality of apertures 121 and a damage region 122; wherein the first pad body The second pad 12 surface damage region 122 of the first block A of the first block A is formed by destruction using either a destructive tool or a destructive reaction; and the first block of the first pad 11 When the surface of the second pad 12 of A is broken by a destructive tool, the destructive tool selected for the surface is damaged by surface damage of any tool such as a brush, a sandpaper, a knife, a laser machine or a printing machine. The damage zone 122; the first When the surface of the second pad 12 of the first block A of the pad body 11 is broken by a destructive reaction, the destructive reaction selected is solvent etching, microbial erosion, UV light reaction or high voltage electrode surface etching. In either case, the damage zone 122 is presented; the multi-layer pad 1 obtained by the step S1 to the step S7, the second pad 12 of the first block A of the multi-layer pad 1 The surface simultaneously presents a plurality of apertures 121 and the destruction region 122, and the surface of the second spacer 12 of the second block B exhibits a pattern of the destruction region 122 (as shown in FIGS. 9 and 10); finally, further, When the step S6 is performed, the surface of the second pad 12 of the third block C of the first pad body 11 is destroyed, so that the surface of the second pad body 12 presents a plurality of holes 121; wherein the first pad body a plurality of apertures 121 on the surface of the second pad 12 of the third block C of 11 are formed by destruction using a destructive tool; and when the surface of the second pad 12 is broken by a destructive tool, the The destructive tool selected is the surface of any tool such as a needle or sharp tool. The apertures 121 are formed by acupuncture destruction; when the surface of the second pad 12 of the third block C of the first pad body 11 is broken to present a plurality of holes 121, and further to step S7, further After performing the second surface destruction operation on the surface of the second pad 12 of the third block C of the first pad body 11, the surface of the second pad body 12 is again subjected to the third surface layer destruction operation to present a The destruction zone 122 causes the surface of the second pad 12 to simultaneously present a plurality of apertures 121 and the destruction zone 122; wherein the second pad 12 of the third pad C of the first pad body 11 has a surface destruction zone 12 2, the destruction is performed by using any one of a destructive tool or a destructive reaction; and the surface of the second pad 12 of the third block C of the first pad 11 is broken by a destructive tool. When the destructive tool selected for the surface is damaged by any surface of a tool such as a brush, a sandpaper, a cutter, a laser or a printing machine, the damage zone 122 is presented; and the third zone of the first pad body 11 is further When the surface of the second pad 12 of the block C is broken by a destructive reaction, the selected destructive reaction is surface destruction by any one of solvent corrosion, microbial erosion, UV light reaction or high voltage electrode surface corrosion. And presenting the destruction zone 122; the multi-layered pad body 1 obtained by the step S6 to the step S7, the second pad body at the first block A of the first pad body 11 of the multi-layered pad body 1 is planned 12 surfaces simultaneously exhibit a plurality of apertures 121 and destruction regions 122, the surface of the second spacer 12 of the planned second block B exhibits a failure zone 122, and the surface of the second pad body 12 of the planned third block C is simultaneously Presenting a plurality of pores 121 and a shape of the damage zone 122 (as shown in FIG. 11) Through the above, each of the second mats 12 at the first block A, the second block B, and the third block C of the first mat 11 of the multi-layer mat 1 has a rapid absorption liquid. Different effects such as slippage and softness, when the user puts the multi-layered cushion body 1 on the ground and performs an activity state such as sit-in, meditation, breathing, limb stretching or limb flipping, and achieving different effects to enhance the use. Different feelings are presented; however, during use, sweat drops may fall on the damage zone 122 at the surface of each of the second cushions 12 of the multi-layered cushion body 1 due to sweating, or may be adhered to the damaged zone. The liquid or water at 122 penetrates into each of the plurality of pores 121, so that the absorbed liquid or water can no longer be exposed to the bottom surface; thereby providing a The seed line is related to the cushion body used by the athlete, and more specifically, it is intended to have a effect of rapidly absorbing liquid, slipping and softening, and the distribution is present on the surface of each of the second cushion bodies 12, It is used by the practitioner to perform the yoga exercise of limb stretching on the surface of the multi-layered cushion body 1 to achieve different effects to enhance the different feelings exhibited when used (as shown in FIGS. 12 and 13 ).

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.

S1~S7‧‧‧ Process steps

Claims (11)

A multi-layer pad process includes the following steps: a) preparing a step: preparing a first pad body, at least a second pad body, and at least one bonding layer, wherein the first pad body surface defines a first area a block, a second block and a third block; b) a first surface destruction step: respectively destroying the surfaces of the first block, the second block and the third block of the first pad body, Causing a surface of each of the first block, the second block and the third block of the first mat to exhibit a damaged area, wherein the damaged areas are represented by a concave and convex pattern; c) a stacking step: The second mats are respectively disposed on the first block, the second block, and the third block, and the second block and the third block are superposed on each other at the damaged area, and are overlapped with each other, and the second pads are respectively The bonding layer is disposed between the body and the first block, the second block and the third block of the first pad; d) the hot pressing step: respectively, the first block of the first pad body, the first block The second block and the third block, the bonding layers and the second pad body are heated and pressurized to cause the first block of the first pad body, The second block and the third block and the respective bonding layers and the second pad body are bonded together; e) cooling step: after the hot pressing step, the cooling operation is performed, and the first pad body is a block, a second block and a third block and the respective bonding layer and the second pad are again in a solidified state; and f) a second surface destruction step: finally the first pad body First block and second block The surface of the second pad body at the block performs a breaking action, such that the surface of the second pad body of the first block presents a plurality of pores, and the surface of the second pad body of the second block presents a damage zone, the damage The fauna is presented in a embossed pattern and can be derived from a multi-layered cushion. The multi-layer pad process of claim 1, wherein in the step a), the first pad system is presented in a single layer type, which is selected from any of a thermoplastic material or a thermosetting material or And the second pad system is formed in a single layer type, and is selected from any one of a thermoplastic material or a thermosetting material or a mixture thereof, and the combination is The layer is selected from any of rubber, plastic, cloth or woven mesh. The multi-layer pad process described in claim 1, wherein, in the step a), the first pad body is more or less than the lower layer type, and is selected from the group consisting of a thermoplastic material or a thermosetting material. One or a combination thereof; and each of the second mats is formed by a higher or lower layer type, which is selected from any one of a thermoplastic raw material or a thermosetting raw material or a mixed blend thereof. And the bonding layer is selected from any of rubber, plastic, cloth or woven mesh. The multi-layer pad process described in claim 1, wherein in the step b), the destruction zone of each of the first block, the second block and the third block of the first pad body is destructive. Destruction by either tool or destructive reaction. The multi-layer pad process described in claim 1, wherein, in the step f), the plurality of pores on the surface of the second pad body of the first block of the first pad body are destroyed by using a destructive tool. Presenting; the damage zone of the surface of the second pad body of the second block of the first pad body is selected to be broken Destruction by either the bad tool or the destructive reaction. The multi-layer pad process of claim 1, wherein after step f), there is a step g): a third surface destruction step, when the second pad surface of the first block of the first pad body After the second surface destruction operation, the surface of the second surface is again subjected to the third surface destruction operation to present a destruction zone, so that the surface of the second surface body simultaneously presents a plurality of pores and destruction regions. The multi-layer pad process of claim 6, wherein the second pad surface damage zone of the first block of the first pad body is destroyed by any one of a destructive tool or a destructive reaction. Presented. The multi-layer pad process of claim 1, wherein, in the step f), the second pad surface of the third block of the first pad body is further destroyed, so that the second pad surface is caused. Presenting a plurality of pores. The multi-layer pad process of claim 8, wherein the plurality of pores on the surface of the second pad body of the third block of the first pad body are damaged by using a destructive tool. The multi-layer pad process of claim 8, wherein the surface of the second pad of the third block of the first pad body is broken to exhibit a plurality of pores, and further to step g) After performing the second surface destruction operation on the surface of the second pad body of the third block of the first pad body, the third surface layer destruction action is performed on the surface of the second pad body again to present a damage zone, thereby causing a damage zone. The surface of the second mat simultaneously exhibits a plurality of pores and a damaged area. The multi-layer pad process of claim 10, wherein the second block of the first pad is the second The surface damage zone of the mat is rendered by destruction using either destructive tools or destructive reactions.