JP3214308U - Matt structure - Google Patents

Abstract

A mat structure having moisture absorption, ventilation, elastic cushioning and anti-slip effects is provided. A mat includes a foot layer, a ventilation layer, a non-slip layer, and an outer edge border, and the foot layer, the ventilation layer, and the anti-slip layer that are overlapped in order from the top to the bottom. The outer rim that surrounds the rim is sewn with a sewing thread, and further, one perforation is provided in the vicinity of the rim, and the inner peripheral edge is wrapped with the inner rim 50 to sew together to form a suspension hole. The foot layer 10 is a fabric having an excellent water absorption effect, the ventilation layer 20 is an elastic fiber layer sandwiched between and connected to the mesh fabric, and a plurality of honeycomb holes are formed in the mesh fabric. A three-dimensional ventilation route is formed in the ventilation layer 20, and a plurality of holes penetrating vertically are formed in the anti-slip layer 30. [Selection] Figure 1

Description

  The present invention relates to a mat structure, and more particularly to a mat structure excellent in moisture absorption, air permeability, elastic buffering and anti-slip effect.

  The conventional mat structure is mainly configured by providing a non-slip layer on the bottom surface of the foot layer. Among them, the material of the foot layer is a cloth, and absorbs moisture on the sole. However, since the mat structure of the prior art does not have air permeability and ventilation characteristics, when the foot layer absorbs moisture, the moisture accumulates at the bottom of the mat and becomes moisture. In view of the problem that mold is easily generated, germs are generated, and odor is generated, further improvement is necessary.

JP 2004-215999 A Japanese Patent Application Laid-Open No. 11-76452

  In order to solve the disadvantages of the conventional structure, it is a main object of the present invention to provide a mat structure that solves the problem of generation of mold and fungus and odor due to poor ventilation and air permeability in the conventional mat.

  In order to solve the above problems, the present invention provides a mat structure. Includes foot layer, breathable layer, anti-slip layer, outer border. Among them, the foot layer is made of a fabric having an excellent water absorption effect, and the user steps on the foot. The ventilation layer is placed on the bottom surface of the foot layer and has a role of elastic buffering and ventilation / ventilation. The ventilation layer includes two mesh fabrics positioned above and below, and a plurality of elastic fibers that support and connect between the two mesh fabrics, the two mesh fabrics having a plurality of honeycomb holes, In combination with the elastic fiber, a plurality of three-dimensional ventilation routes that intersect and communicate with each other vertically and horizontally are formed in the ventilation layer. The anti-slip layer is placed over the bottom surface of the ventilation layer. The anti-slip layer distributes a plurality of holes penetrating up and down, thereby forming a undulating shape with irregularities on the upper and lower surfaces of the anti-slip layer, so that a good anti-slip effect is obtained. The outer edge wraps around the foot layer, the air-permeable layer and the anti-slip layer in a stacked state, and the foot layer, the air-permeable layer and the anti-slip layer are sewn together with a sewing thread.

  The mat structure provided by the present invention uses the excellent water absorption of the foot layer to absorb moisture in the user's sole, dry the user's sole, and prevent slipping. In particular, using the three-dimensional ventilation route formed in the ventilation layer, it is easy to dissipate moisture and moisture to the outside, and prevents moisture from accumulating inside the mat, so it has excellent ventilation, ventilation and mold prevention effects Therefore, generation of germs can be effectively prevented. Furthermore, when the mat of the present invention is stepped on through the elastic fiber in the ventilation layer, there is an effect of absorbing a shock and shock, and the comfort at the time of stepping is improved.

  The three-dimensional ventilation route formed by the structure of the present invention has a great ventilation, ventilation and antifungal effect, so that moisture and moisture can be easily released to the outside and the moisture is prevented from accumulating inside the mat. The generation of germs can be effectively prevented. Further, when the present invention is stepped on through the elastic fiber in the air-permeable layer, there is an effect of absorbing a shock and an impact, thereby increasing the comfort when stepping on.

3 is a schematic exploded view of the present invention. It is a local solid expansion schematic of the ventilation layer of this invention. It is the three-dimensional assembly expansion schematic of this invention. FIG.

Hereinafter, the structure, features, and effects of the present invention will be described in detail with reference to the best embodiments and drawings.

  As shown in FIGS. 1 to 4, the mat structure of the present invention includes a foot layer 10, a ventilation layer 20, a non-slip layer 30, an outer edge 40 and at least one inner edge 50.

  The footstep layer 10 is made of a fabric having an excellent water absorption effect (for example, a long-fiber villous fabric, etc.), and the user steps on the sole. At least one upper perforation 11 penetrating vertically is provided at a location near the periphery of the foot layer 10, and the position of the upper perforation 11 is good at the corner of the foot layer 10. In the present embodiment, the fabric for producing the foot layer 10 is assumed to contain activated carbon or silver ions, thereby having a sterilizing and deodorizing effect.

The ventilation layer 20 is placed on the bottom surface of the foot layer 10 and has a role of cushioning, ventilation, and ventilation with elasticity. The ventilation layer 20 has a sandwich mesh structure, and the sandwich mesh fabric contains activated carbon. The ventilation layer 20 supports and connects the two mesh fabrics 21 positioned above and below and the two mesh fabrics 21. And a plurality of honeycomb holes 23 formed in the two mesh fabrics 21, and together with the plurality of elastic fibers 22, a plurality of vertical and horizontal in the ventilation layer 20. Construct a three-dimensional ventilation route that intersects and communicates.
The ventilation layer 20 is also provided with at least one medium hole 24 corresponding to the upper hole 11.

The anti-slip layer 30 is placed on the bottom surface of the ventilation layer 20. The anti-slip layer 30 is a sheet-like material made of PVC foam material, and by providing a plurality of holes penetrating vertically in the sheet shape, the sheet-like undulations are uneven. In order to form the shape, a good anti-slip effect is obtained.
The anti-slip layer 30 is provided with at least one lower perforation 31 corresponding to the middle perforation 24.

  The outer edge 40 wraps around the foot layer 10, the ventilation layer 20, and the anti-slip layer 30 in a stacked state, and sews the foot layer 10, the air layer 20 and the anti-slip layer 30 with a sewing thread.

  The inner edge 50 wraps the edge of the upper perforated hole 11, the middle perforated hole 24, and the lower perforated hole 31, and stitches the foot layer 10, the ventilation layer 20, and the anti-slip layer 30 with a sewing thread. Thus, it is convenient to form at least one suspension hole 51 and suspend the mat to dry it.

  In the present invention, the stacked footrest layer 10, vent layer 20 and anti-slip layer 30 move relatively offset by sewing with a plurality of sewing threads 60 at intervals in the vertical and horizontal directions. To prevent this, strengthen the overall structure, and strengthen the maintenance effect. Also, the number of the suspension holes 50 in the mat of the present invention can be one, three, four, etc. in addition to the two in the above embodiment, which is a simple extension of the above embodiment. Since it is a structure, no further details will be given.

The mat structure provided by the present invention absorbs moisture in the sole of the user by using the excellent water absorption force of the foot layer 10 during use, and dries the user's sole and prevents slipping. In particular, the three-dimensional ventilation route formed in the ventilation layer 20 facilitates the diffusion of moisture and moisture to the outside, and prevents moisture from accumulating inside the mat. Therefore, the generation of germs can be effectively prevented. Furthermore, when the present invention is stepped on through the elastic fiber 22 of the ventilation layer 20, there is an effect of absorbing shock and shock, thereby improving the comfort when stepping on.
In addition, the user can conveniently hang and dry the mat through at least one suspension hole 51.

10 Footsteps
11 Upper perforation 20 Ventilation layer
21 Mesh fabric 22 Elastic fiber
23 Beehive hole 24 Medium drilling
30 Anti-slip layer 31 Lower perforation
40 Outer border 50 Inner border
51 Suspension hole 60 Sewing thread

Claims (10)

Consists of a foot layer, a breathable layer, a non-slip layer, and an outer edge
The above-mentioned foot layer is made of fabric with excellent water absorption for users to step directly on their soles,
The ventilation layer is placed on the bottom surface of the foot layer and is composed of two mesh fabrics positioned above and below and a plurality of elastic fibers that support and connect between the two mesh fabrics,
By forming a plurality of honeycomb holes in the two mesh fabrics to form a three-dimensional ventilation route that intersects vertically and horizontally in the ventilation layer, it has an elastic cushioning action and ventilation Has ventilation,
The anti-slip layer is placed on the bottom surface of the air-permeable layer, and a plurality of holes penetrating the upper and lower sides are distributed to form uneven shapes on the upper and lower surfaces of the anti-slip layer, thereby preventing the slip. Have an action,
The mat structure characterized in that the outer edge is formed by wrapping and sewing the outer peripheral edges of the foot layer, the air-permeable layer, and the anti-slip layer in the overlapped state. Further, at least one perforation penetrating the foot layer, the ventilation layer and the anti-slip layer in the vicinity of the upper and lower sides is provided in the vicinity of the periphery of the foot layer, the ventilation layer and the anti-slip layer. By wrapping the rim with the inner rim and stitching together,
2. The mat structure according to claim 1, wherein at least one suspension hole is formed.   3. The mat structure according to claim 2, wherein the number of the suspension holes is one, two, three, or four.   The mat structure according to claim 2, wherein the suspension hole is positioned at a corner portion.   The mat structure according to claim 1, wherein the foot layer is made of a long fiber villi fabric.   2. The mat structure according to claim 1, wherein activated carbon is contained in a material material for producing the foot layer.   The mat structure according to claim 1, wherein silver ions are contained in a material of the material for manufacturing the foot layer.   The mat structure according to claim 1, wherein the ventilation layer has a sandwich mesh structure, and activated carbon is contained in the sandwich mesh fabric.   The mat structure according to claim 1, wherein the anti-slip layer is made of a PVC foam material into a sheet shape.   The stacked foot pedal layer, air-permeable layer and anti-slip layer are sewn with a plurality of sewing threads at intervals in the vertical direction and the horizontal direction, thereby preventing relative displacement and movement, 2. The mat structure according to claim 1, wherein the structure is strengthened and stability is improved.

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