JP3165759B2 - Unit panel for barefoot walking path formation - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a barefoot walking path forming unit panel used to stimulate the sole of a foot by walking barefoot.

[0002]

2. Description of the Related Art A barefoot walking path has been proposed for walking barefoot so that a large number of specified or unspecified people can appropriately stimulate acupoints on the soles of a park, a product exhibition hall, a building rooftop, and the like. I have.

[0003] According to this method, concrete is cast on the site in a straight line, meandering shape or the like having a predetermined length, for example, and before the concrete is hardened, a sole stimulus such as a pebble, a rock or a pseudo-wood is embedded downward. It is to be constructed on site and fixed by hardening concrete.

[0004]

However, in this case, the construction is complicated and complicated, and requires a special technique for the construction, and the construction period tends to be long.

[0005] The present invention has been made in view of such circumstances, and a solution to the problem is that the above-described barefoot walking path can be formed by factory-installed and fixedly connected at the installation site, and the production is easy. It is an object of the present invention to provide a barefoot walking path forming unit panel which is easy to perform on-site and has a good finished appearance.

[0006]

Means for Solving the Problems In accordance with the above object, the present invention provides a separate construction in which the invention according to claim 1 is connected in a stationary manner to form a barefoot walking path for sole stimulation. A foamed resin substrate having a large thickness and a plurality of recessed seats for positioning disposed on the surface thereof; and a lower end inserted and mounted in the recessed seat of the foamed resin substrate. A self-leveling cement-based substrate in which a large number of sole stimuli such as pebbles and rocks protrudingly arranged on a substrate and the numerous sole stimuli are fixed in an intermediate position by pouring and supplying the foamed resin substrate; A barefoot walking path comprising: a surface layer; and a retreat frame on both sides in the series direction of the foamed resin substrate, which is also used as a formwork of the substrate surface layer and is capable of freely connecting the stationary connection in series by a connection block. form A panel having a separate structure so as to form a barefoot walking path for sole stimulation by connecting the invention according to claim 2 in a stationary manner in series, wherein the panel is a thick unit. Foamed resin substrate,
A resin mortar base layer formed on the foamed resin substrate;
A plurality of sole stimuli such as pebbles and rocks which are inserted and buried at the lower end of the underlayer in an uncured state and protrude from the foamed resin substrate, and are supplied to the underlayer by pouring and supplying the plurality of sole stimuli. A self-leveling cement-based substrate surface layer in which the body is fixed in a gripping position at an intermediate position, and the connecting block that serves as a mold for the base layer and the substrate surface layer on both sides in the series direction of the foamed resin substrate. A barefoot walking path forming unit panel characterized by comprising a retreat frame capable of freely moving, and a barefoot walking path for sole stimulation by connecting the invention according to claim 3 in a stationary manner in series. A panel having a separate structure so as to form a panel, comprising a thick-walled foamed resin substrate, and a flat surface with a lower surface mounted on the foamed resin substrate and projected and disposed on the foamed resin substrate. A plurality of sole stimulators such as pseudo wood, a self-leveling cement-based substrate surface layer in which the plurality of sole stimulators are fixed to the lower end position by pouring into the foamed resin substrate, and the foamed resin substrate A unit frame for barefoot walking path formation, comprising on both sides in the series direction a retreat frame which also serves as a formwork of the substrate surface layer and which can be connected and fixed in series by a connecting block. The gist of the invention is a means for solving the above problems.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to the drawings showing the embodiments. A1 to A5 are unit panels for forming a barefoot walking path for a straight section, which are arranged and used so as to form a straight section, and A6 to A9. Is a unit panel for forming a barefoot walking path for a curved portion used to form a curved portion, A10 is a mountain-shaped unit panel used for adding a change, and B is a unit panel A1 to A10.
Are connected, for example, a loop-shaped barefoot walkway having a length of about 8.8 m, and C denotes a flower bed space inside the barefoot walkway C.

[0008] Unit panels A1 to A for straight sections
5 is a 600 mm x 710 mm plane rectangular shape,
One end of each of the unit panels A6 to A9 for the curved portion is 60
The unit panels A1 to A9 are separated from each other so as to form the above-mentioned barefoot walking path B for sole stimulation by connecting them in a stationary manner in series. It is based on a panel made as a unit.

At this time, in this example, the unit panel A
The foamed resin substrate 1 and A6 are formed by inserting a thick foamed resin substrate 10, a resin mortar base layer 27 formed on the foamed resin substrate 10, and inserting and embedding a lower end of the base layer 27 in an uncured state. A plurality of sole stimulators 25, such as pebbles and rocks, protrudingly arranged on the upper surface 10; and a self-leveling cement system in which the plurality of sole stimulators 25 are fixed in an intermediate position by pouring and supplying the underlayer 27. Panel surface layer 26 and a retreat frame 14 on both sides of the foamed resin substrate 10 in the serial direction, which is also used as a form of the base layer 27 and the panel surface layer 26 and which can be freely connected in series by the connection block 23 by the connection block 23. As provided.

The unit panels A2 to A4, A7 and A8 are made thick and have a large number of recessed seats 1 for positioning on the surface.
1 and a foamed resin substrate 10
A plurality of sole stimulators 25 such as pebbles and rocks protrudingly arranged on the foamed resin substrate 10 with the lower end inserted and mounted in the recessed receiving seat 11 and the plurality of foot stimulators 25 are poured into the foamed resin substrate 10 and supplied. A self-leveling cement-based panel surface layer 26 in which the sole stimulant 25 is fixed in a gripping position at an intermediate position; Evacuation frame 14 that enables the above-mentioned series stationary connection
It is provided with.

The unit panels A5 and A9 are each composed of a thick foamed resin substrate 10 and a plurality of half-split pseudo-woods, which are placed on the foamed resin substrate 10 and protrudingly arranged on the foamed resin substrate 10 and whose lower surfaces are flattened. Sole-stimulating body 25, a self-leveling cement-based panel surface layer 26 in which the plurality of sole-stimulating bodies 25 are fixed to the lower end position by pouring into the foamed resin substrate 10, and the foamed resin. On both sides of the substrate 10 in the series direction, there is provided a retreat frame 14 which is also used as a frame of the panel surface layer 26 and which can be freely connected in series by the connection block 23 by the connection block 23.

The unit panels A1 to A9 have a height of 55 mm from the lower surface of the foamed resin substrate 10 so that when the barefoot walking path B is formed, the surface of the panel surface layer 26 forms a continuous surface of uniform height. Therefore, in the unit panel A1, the thick foamed resin substrate 10 is 25 mm, the underlayer 27 is 20 mm, and the panel surface 26 is 1 mm.
In the unit panels A2 and A7, the thick foamed resin substrate 10 has a thickness of 45 mm and the panel surface layer 2 has a thickness of 0 mm.
6 is 10 mm thick, and the unit panels A3, A4,
In A5, A8, and A9, the thick foamed resin substrate 10 has a thickness of 50 mm, and the panel surface layer 26 has a thickness of 5 mm.
In this case, the thickness of the foamed resin substrate 10 is 35 mm, the thickness of the base layer 27 is 15 mm, and the thickness of the panel surface layer 26 is 5 mm.

The foamed resin substrate 10 of each of the unit panels A1 to A9 is made of, for example, a low-foamed polystyrene resin (Stylofoam manufactured by Dow Chemical Co., Ltd.) having fine closed cells.
The foamed resin substrates 10 for A3, A4, A8 and A9 are provided with a large number of the recessed seats 11 for positioning on the surface thereof by punching or foam molding. And the foamed resin substrate 10 for A9 has a flat surface.

In the present embodiment, the recessed seat 11 arranged on the foamed resin substrate 10 corresponds to a shape and a size of the sole stimulus 25, for example, a circle having a depth of 10 to 20 mm and a diameter of 10 to 70 mm, It is arranged in a shape such as an ellipse so as to have a relatively high density over the entire surface except for both sides of the foamed resin substrate 10, and in this example, arranged with a staggered regularity, for example. There is.

In this embodiment, the base layer 27 is made of resin mortar and supplied to the surface of the foamed resin substrate 10.
By inserting and embedding the lower end of the sole stimulus body 25 in the uncured state and projecting the lower end of the sole stimulus body 25 onto the foamed resin substrate 10, it serves as a smooth temporary fixing layer for temporarily fixing the sole stimulus body 25. The surface layer 26 is, for example, kneaded at a weight ratio of the emulsion 30 and the water 10 to the cement-based powder 100, and by adding a high-performance water reducing agent, is used for a high-strength mortar having self-leveling property due to high fluidity. For example, the foamed resin substrate 10 or the base layer 27 is covered with a product hard floor 78 manufactured by Showa Denko KK, and the lower end is inserted and placed in the concave receiving seat 11 of the foamed resin substrate 10. Each of the sole stimulators 25 whose lower surface is placed on the substrate 10 and whose lower end is inserted and embedded in the underlayer 27 is fixed in a gripping manner at an intermediate position or a lower end position in the vertical direction. There as things.

In this embodiment, the sole stimulus body 25 is made of natural stone or a low-foam resin, and is made of artificial wood whose surface is painted. For example, in the case of the unit panel A1, a spherical 2 is used.
In the unit panels A2 and A7, a slightly flattened cobble stone is used in the unit panels A2 and A7, in a unit panel A3, a slightly slender 5 minute cobble stone is used, and in the unit panels A4 and A8, a spherical boulder is used. A boulder, unit panel A6
In this case, flat two-piece boulders are used, and in unit panels A5 and A9, the above-mentioned pseudo wood is used as the sole sole stimulator 25, and the panel surface layer 26 is used.
Alternatively, the foamed resin substrate 1
It is firmly integrated with zero.

On the other hand, the retraction frames 14 on both sides in the series direction of the foamed resin substrate 10 are made of, for example, a hollow aluminum extruded material and serve as the panel surface layer 26 or the formwork of the underlayer 27 and the sole stimulator. When the stimulus 25 is strong, the upper surface is a flat evacuation surface 18 having a width of 10 cm so that the pedestrian can retreat to the side, and the connection block 23 is fitted into the hollow portion 19 opened at both ends in the longitudinal direction. Screw 2
4 so that the unit panels A1 to A9 and A10 described later can be connected in series, and in this example, the loop-shaped stationary connection can be made. A downward fin 15 having a height of, for example, 50 mm, which is in contact with the side surfaces on both sides of each foam resin substrate 10, and a foam resin substrate 10 above the downward fin 15.
And a placing portion 17 having the retreating surface 18 placed so as to be placed on the front side of the device.

In the figure, reference numeral A10 denotes a mountain-shaped unit panel additionally used in the present embodiment for changing the barefoot walking path B. The unit panel A10 is replaced with the flat substrate 10. The surface of the low-foam resin base 13, which also has a mountain shape, is painted, and one of the inclined surfaces is formed as a continuous shallow groove-shaped wave surface, and the foot of a pseudo-wood is formed on the other inclined surface so as to be fitted to the wave surface. The back stimulus body 25 is arranged by direct fixing such as fitting and bonding, and the other unit panel A
Evacuation frame 14 similar to the above, which can be freely connected to 1 to A9
Is provided.

In the figure, reference numeral 12 denotes a groove provided on the back surface of the foamed resin substrate 10, reference numeral 16 denotes a screw hole for inserting the screw 24 for fixing the connection block 23 of the retreat frame 14, and reference numeral 20 denotes a bent support of the mounting portion 17. , 21 are inserted into the groove 12 of the foamed resin substrate 10 and screwed into the tapping hole 22 thereof.
Reference numeral 4 denotes a connecting bar used for installing the retreat frame 14 on the foamed resin substrate 10.

In the barefoot walking path A of this embodiment, the unit panels A1 to A9 are carried into the site and
Can be assembled and installed by connecting
The on-site work for setting up the barefoot walkway A can be performed easily and in a short time, and the sole surface stimulating body 25 can be securely fixed by using the panel surface layer 26 as a cement-based material. Not only can it achieve a high quality finish, but can be durable even when installed outdoors.
The unit panels A1 to A9 have their substrates made of foamed resin, so that each unit panel is light in weight, and can be easily carried into a site or installed at a site, thereby improving workability. In the unit panels A1 and A6, the sole stimulator 25 is inserted and embedded in the uncured state into the resin mortar base layer 27 formed on the foamed resin substrate 10, and the unit panels A2 to A6 are formed.
4, A7 and A8, the lower end of the sole stimulator 25 is inserted and placed in the recessed seat 11 of the foamed resin substrate 10, and in the unit panels A5 and A9, the foamed resin substrate 1
A plurality of sole stimulators 25 such as a half-split pseudo-wood having a flat lower surface are placed on the lower surface 0, and the self-leveling cement-based panel surface layer 2 is gripped at an intermediate position or a lower end position.
Since it can be produced by fixing at 6, the production is easy and there is no need for specialized skills.

Although the illustrated example is as described above, in the implementation of the present invention, each specific shape of the foamed resin substrate, the sole stimulus, the recessed seat, the panel surface layer, the retreat frame, the underlayer, etc. The structure, material, relationship between them, addition thereto, method of production, and the like can be variously changed without departing from the gist of the invention.

[0022]

Since the present invention has been configured as described above,
It is possible to provide a unit panel for forming a barefoot walkway which can be carried into a site and fixedly connected and assembled and installed by the connecting block, and the site work can be performed easily and in a short time, and the panel surface can be provided. By using a cement-based layer, the sole of the foot can be fixed securely, and a good finished appearance similar to that of on-site construction can be obtained.
In addition to being durable even when installed outdoors, the unit panel can be made lighter by using a foamed resin substrate, which improves workability when transporting it to the site and installing it on the site. The lower end of the sole is inserted into the concave seat of the foamed resin substrate, and the uncured sole is applied to the resin mortar base layer formed on the foamed resin substrate. A plurality of sole stimulators such as a half-split pseudo-wood with a flat bottom surface are placed on an embedded or foamed resin substrate, and the self-leveling cement-based panel surface layer is gripped at an intermediate position or at a lower position. It can be produced by fixing the sole of the foot, and therefore, the production is easy and no special skills are required.

[Brief description of the drawings]

FIG. 1 is a perspective view of a barefoot walking path.

FIG. 2 is a plan view of a barefoot walking path without a sole stimulus;

FIG. 3 is a longitudinal sectional view of a unit panel for a straight portion.

FIG. 4 is a longitudinal sectional view of a unit panel for a curved portion.

FIG. 5 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 6 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 7 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 8 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 9 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 10 is a partially enlarged longitudinal sectional view of a unit panel.

FIG. 11 is a plan view of a foamed resin substrate.

FIG. 12 is a partially enlarged longitudinal sectional view of a foamed resin substrate.

FIG. 13 is an exploded perspective view showing a relationship between a foamed resin substrate and a retreat frame.

FIG. 14 is an exploded perspective view showing a connected state of unit panels.

[Explanation of symbols]

 A1 to A10 Unit panel B Barefoot walking path 10 Foamed resin substrate 11 Recessed seat 25 Foot sole stimulator 26 Panel surface layer 27 Base layer

──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int. Cl. ⁷ , DB name) B28B 1/00-1/54 B28B 23/00-23/22 E04F 15/02 A61H 39/04

Claims (3)

(57) [Claims] 1. A panel formed as a unit having a separate configuration so as to form a barefoot walking path for stimulating a sole by being fixedly connected in series, and having a large number of concave receiving seats for positioning on a surface. A plurality of sole stimulators, such as pebbles and rocks, having a lower end inserted and mounted on the recessed seat of the foamed resin substrate and protruding above the foamed resin substrate; And a self-leveling cement-based panel surface layer in which the plurality of sole stimulators are fixed in a gripping position at an intermediate position, and a mold for the panel surface layer on both sides in the serial direction of the foamed resin substrate. A unit frame for forming a barefoot pedestrian path, comprising: a retreat frame that allows the stationary connection in series by a connecting block. 2. A panel as a unit having a separate configuration so as to form a barefoot walking path for stimulating soles by being connected in series in a stationary manner, comprising a thick foamed resin substrate and a foamed resin substrate. The formed resin mortar base layer, a large number of sole stimuli such as pebbles and rocks which are inserted and buried at the lower end of the base layer in an uncured state and protruded above the foamed resin substrate, and poured into the base layer A self-leveling cement-based panel surface layer in which the plurality of sole stimulators are fixed in a gripping position at an intermediate position by being supplied, and a base layer and a panel surface layer on both sides in the series direction of the foamed resin substrate. A unit frame for barefoot pedestrian path formation, comprising: a retraction frame that allows the series of stationary connection by a connection block. 3. A panel as a unit having a separate configuration so as to form a barefoot walking path for stimulating a sole by being connected in series in a stationary manner, comprising a thick foamed resin substrate and a foamed resin substrate. A plurality of sole stimulators such as a half-split pseudo-wood having a flattened lower surface that is placed and protruded and arranged on the foamed resin substrate; A self-leveling cement-based panel surface layer fixed in a position-gripping state, and a retraction frame that can be used as a formwork for the panel surface layer on both sides in the series direction of the foamed resin substrate and that can be freely connected in series by a connection block by a connection block. And a unit panel for forming a barefoot walking path.