JP3137437U - Mat - Google Patents

Abstract

The present invention realizes barrier-free without steps, adhesion of the bottom face according to the state of the installation surface, shape and size desired by the installer, easy peeling, and cost reduction.
SOLUTION: A sheet-like floor member 1 having flexibility, a surface fastener male member 2 provided at least slightly inside the peripheral edge of the surface of the floor member 1, and a surface for preventing lateral displacement of the mat body. A slip stopper 4 provided on the surface of the floor member 1 to which the fastener male member 2 is not fixed, and a mat body having flexibility and elasticity and capable of being fixed by the surface fastener male member 2 so that the bottom surface can be locked freely. The mat main body is formed to be slightly smaller than the laying member 1, and both the surface fastener male member 2 and the anti-slip 4 are composed of a plurality of small pieces arranged at intervals. One of the surface fastener male member 2 and the anti-slip 4 may be a plurality of small pieces arranged at intervals. The floor member 1 and the mat body may be cut according to the installation location.
[Selection] Figure 3

Description

  The present invention is intended to be used by placing it at the entrances and entrances of entrances and rooms, floors of fitting rooms, and other places. It can be made very thin, and if it gets dirty, the mat body can be replaced with a new one. Matte.

A conventional mat has a structure in which a mat main body 14 is placed inside a dish of a square mat tray 12 having a thick frame edge, as disclosed in Japanese Patent Application Laid-Open No. 07-088075, for example. The mat tray is formed by molding rubber using a mold. The mat body is attached to the inside of the mat tray. A high wall is formed inside the frame edge. In addition, in the conventional mat, a belt-shaped hook-and-loop fastener is attached to the entire inner periphery of the mat tray in order to lock the mat body. In addition, in order to prevent the mat body from being laterally displaced, a sheet-like anti-slip material such as a file is attached to the entire inner surface of the mat tray.
Japanese Patent Application Laid-Open No. 07-088075

  Since the conventional mat composed of the mat tray and the mat body has a thickness at the frame edge portion of the mat tray, there is a step from the installation surface to the top height of the frame edge. If you step on the edge of the frame, there will be a sense of incongruity on the soles of the feet, the feet will tilt toward the installation surface, the body will become unstable, and there is a risk of falling. There is a risk that the foot or the cane will be caught and fall by the step of the frame edge of the mat tray. The impact when the feet are caught on the steps of the mat tray or the wheels collide is quite large. There is also a risk of running and catching your feet on the mat. If a bed that has been transported in an emergency collides with a conventional mat, it can be dangerous because the patient is shocked. The entire mat may be displaced due to the impact of the collision. If the drip stand with a car hits the edge of the mat, there is a risk that the drip stand will fall, and the patient may fall together. If the wheelchair or bed wheel hits the edge of the mat, it will stop with an impact and may not be able to move forward. Those who are physically weak cannot push the car and get over the steps of the mat tray. Even if the frame portion is provided with an inclination, the step does not disappear, so the problem cannot be solved. Even if the wheel can go over the frame edge, the car sinks into the mat body and is obstructed by the vertical step of the frame edge, so it is difficult to move the wheel out of the frame edge.

  Since the frame edge is formed on the mat tray, it has high strength against bending and is not easily deformed. It is difficult to wind and bend. If the installation surface is a stepped part such as a door or a curved surface such as an arch, it is difficult to deform according to the state of the installation surface, so the bottom surface of the mat tray tends to float without being in close contact with the installation surface . The state in which the mat tray floats from the installation surface is a problem both in terms of function and safety. The floor mat that floats from the installation surface cannot function sufficiently. Since the shape of the step on the installation surface is hidden by the mat, it is very dangerous. It is very detrimental for the mat to appear to float up without sticking to the installation surface. In addition, when the belt-shaped hook-and-loop fastener is attached to the entire periphery of the mat tray, the entire periphery of the bottom surface of the mat body is locked without any gap, so it has a strong force to peel off the mat body. I needed it.

  The band-shaped hook-and-loop fastener attached to the entire periphery of the inner periphery of the mat tray and the non-slip sheet-like sandpaper attached to the entire inner surface of the mat tray increase the strength of the mat body against bending, It works to make the mat body difficult to deform.

  The shape and size of the mat tray are determined by the manufacturer, and the shape is mostly rectangular. The installer searches for and selects a mat that matches the installation location. However, there are cases where the floor mats made by the manufacturer do not have the shape and size desired by the installer. Conventional mats are produced by molding rubber with a mold to produce a mat tray, so that it has not been possible to provide a mat with the shape and size desired by each individual installer. Also, the installer himself was unable to change the mat to the shape and size he desired.

  An object of this invention is to provide the mat | matte which solved said problem.

  In order to prevent lateral displacement of the mat body, the sheet-like lay member having flexibility, a hook-and-loop male member provided at least slightly inside the peripheral edge of the surface of the lay member, and the mat body Non-slip provided on the surface of the laying member on which the surface fastener male member is not fixed, and a mat body that has flexibility and elasticity and can be fixed by the surface fastener male member so that the bottom surface can be locked. The mat body is formed to be slightly smaller than the laying member, and both the surface fastener male member and the anti-slip member are composed of a plurality of small pieces arranged at intervals from each other.

  In order to prevent lateral displacement of the mat body, the sheet-like lay member having flexibility, the hook-and-loop male member provided at least slightly inside the peripheral edge of the surface of the lay member, and the mat body Non-slip provided on the surface of the laying member on which the surface fastener male member is not fixed, and a mat body that has flexibility and elasticity and can be fixed by the surface fastener male member so that the bottom surface can be locked. The mat body is formed to be slightly smaller than the laying member, and either the hook-and-loop fastener male member or the anti-slip member is composed of a plurality of small pieces arranged at intervals.

  According to a third aspect of the present invention, in the floor mat according to the first or second aspect, the floor member and the mat body can be cut according to the installation location.

  According to the above-described mat of the present invention, since there is no step in the frame edge that has conventionally been present, the mat becomes very thin and becomes almost the same as the installation surface. When stepped on with feet or tires, the mat body is compressed and has a thickness about the size of a laying member because it has flexibility and elasticity. Even if the foot or tire hits from the side of the mat body, the mat body is flexible and elastic, so neither impact nor catching will occur. The thickness of the mat body is not a barrier-free obstacle. Since the mat main body is formed to be slightly smaller than the laying member, the edge of the mat main body can be fixed inside the edge of the laying member, thereby sufficiently protecting the side portion of the mat main body. There is no sense of incongruity on the sole of the foot even if you step on the edge of the laying member, and your feet are not tilted and your body is not unstable. Wheels of wheelchairs, beds, furniture, etc. have no obstacles in the frame edges, so they pass smoothly through the edges of the mat members, compressing the mat body to an extremely thin state, and there are no obstacles in the frame edges. Therefore, it can come out smoothly from the edge of the opposite side laying member.

  The laying member is flexible and has no frame edge, so even if the installation surface is a stepped part such as a door or a curved surface such as an arch, it is easily deformed according to the state of the installation surface, and the bottom surface of the laying member Can be brought into close contact with the installation surface. Safety is high because the steps and arches on the installation surface can be seen from the top of the mat. Since the mat is in close contact with the installation surface, the aesthetic appearance is not impaired.

  Since the surface fastener male member and the slip stopper are a plurality of small pieces arranged at intervals, the function of increasing the strength of the floor member against bending disappears and flexibility is not impaired. It does not hinder the deformation of the laying member. Moreover, since it arrange | positions mutually spaced apart, a surface fastener male member and a slipper can be saved by the part which has a space | interval, and the manufacturing cost for that part can be reduced. If both the hook-and-loop fastener male member and the anti-slip are made into small pieces, the above-described effect can be obtained high, and the same effect can be obtained when either one is made into a small piece. Since the peripheral edge of the bottom surface of the mat body is locked at a distance to a hook-and-loop fastener made up of a plurality of small pieces arranged at intervals around the periphery of the inner peripheral portion of the floor member surface, a strong force is required. The mat body can be easily peeled off.

  The laying member can be easily obtained in a desired shape and size by cutting a flexible sheet as a material. Molding with a mold is not necessary. A laying member can be obtained simply by cutting into a shape and size suitable for the installation location. The mat body is cut according to the laying member. This makes it possible to easily provide a mat with a shape and size desired by the installer. It is also possible for the installer himself to cut the laying member and the mat body into the desired shape and size. Cutting is easy because the laying member has no frame edge. Since the hook-and-loop fastener male member and the slip stopper are small pieces arranged with a space between each other, it is possible to perform cutting while avoiding the hook-and-loop fastener male member and the slip stopper that become an obstacle to cutting.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. However, it is needless to say that the present invention should not be limited to these embodiments.

  In the figure, reference numeral 1 denotes a flexible sheet-like covering member. A rubber sheet can be used as the laying member 1. In the figure, reference numeral 2 denotes a hook-and-loop male member 2 provided on at least a peripheral portion of the surface of the floor member 1. In the figure, reference numeral 3 denotes a mat body which has flexibility and elasticity and can be fixed by the hook-and-loop fastener male member 2 so that the bottom surface can be locked. The main purpose of the mat body 3 is to remove the dirt by adhering it to the mat body 3, but it is possible to use a mat body 3 according to the purpose of installation such as antibacterial / disinfecting and oil absorption. The mat body 3 is formed to be slightly smaller than the laying member 1, and the mat body 3 is fixed so that the edge of the mat body 3 is inside the edge of the laying member 1. In the figure, reference numeral 4 denotes a slip stopper for preventing the mat body 3 from being laterally displaced. As the anti-slip 4, sandpaper, carbon sand, iron sand, rubber with high friction coefficient, urethane, sponge, and various other materials can be used. In this embodiment, sandpaper is used.

  In the floor mat of the present invention, the anti-slip 4 has a planar shape, and the surface fastener male member 2 is of a type that is a plurality of small pieces arranged at intervals around the periphery of the floor member 1 (see FIG. 1). The surface fastener male member 2 is strip-shaped, and the anti-slip 4 is a type of a plurality of small pieces arranged on the surface of the laying member 1 at intervals (see FIG. 2). The surface fastener male member 2 is a laying member. There is a type (refer to FIG. 3) in which a plurality of small pieces are arranged on the peripheral edge of 1 with a space between each other, and the anti-slip 4 is also a plurality of small pieces arranged on the surface of the laying member 1 with a space between each other. . The surface fastener male member 2 composed of a plurality of small pieces is arranged on the periphery of the laying member 1 with the short surface fastener male member 2 spaced from each other. The anti-slip 2 composed of a plurality of small pieces is arranged on the surface of the laying member 1 with the small anti-slip 2 spaced from each other.

  The floor mat of FIG. 6 is obtained by cutting the floor mat of FIG. In FIG. 6, two corners of the floor member 1 are cut, but this is performed according to the shape of the installation place. The mat body 3 is also fixed to the laying member 1 by cutting the same part as the laying member 1 (see FIG. 6). Although not shown, it is possible to cut any of the covering members 1 shown in FIGS. 1, 2, and 3. By cutting between the small pieces such as the hook-and-loop fastener male member 2 and the anti-slip 2, a beautiful finish can be obtained without any trouble.

  If the mat body 3 becomes dirty, it is removed from the surface fastener male member 2 and replaced with a new mat body 3. The dirty mat body 3 is basically incinerated, but it may be reused after cleaning.

The top view showing the covering member which has the surface fastener male member which consists of a planar slip stopper and a plurality of small pieces.

The top view showing the laying member which has an anti-slip | skid which consists of a strip | belt-shaped surface fastener male member and several small pieces.

The top view showing the flooring member which has the slip stopper which consists of a several small piece, and the surface fastener male member which consists of a several small piece.

The side view showing an example of a mat.

The top view showing an example of a mat.

The top view showing an example of the mat | matte which cut the corner of two places.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cover member 2 Male hook-and-loop fastener member 3 Mat body 4 Non-slip

Claims (3)

  The sheet-like laying member (1) having flexibility, the hook-and-loop male member (2) provided at least slightly inside the peripheral edge of the surface of the laying member (1), and the lateral displacement of the mat body (3) The slip fastener (4) provided on the surface of the laying member (1) to which the male surface fastener male member (2) is not fixed, and the male fastener (2) having flexibility and elasticity, The mat body (3) has a bottom surface that can be fixed in a lockable manner. The mat body (3) is formed to be slightly smaller than the laying member (1). The surface fastener male member (2) and the anti-slip (4) The mat is composed of a plurality of small pieces that are spaced apart from each other.   The sheet-like laying member (1) having flexibility, the hook-and-loop male member (2) provided at least slightly inside the peripheral edge of the surface of the laying member (1), and the lateral displacement of the mat body (3) The slip fastener (4) provided on the surface of the laying member (1) to which the male surface fastener male member (2) is not fixed, and the male fastener (2) having flexibility and elasticity, The mat body (3) has a bottom surface that can be fixed in a lockable manner. The mat body (3) is formed to be slightly smaller than the laying member (1). The surface fastener male member (2) and the anti-slip (4) One of the mats is composed of a plurality of small pieces arranged at intervals from each other.   The mat according to claim 1 or 2, characterized in that the mat member (1) and the mat body (3) can be cut according to the installation location.

Images