JP3134705U - Foot healing box equipment - Google Patents

Abstract

An object of the present invention is to keep a bedrock inside a foot healing box by piping a polyethylene rod that circulates an antifreeze solution of a boiler so that it can be kept warm by radiating far-infrared rays while keeping the inside dry.
SOLUTION: A boiler chamber 12 in which a boiler is installed in a box body 5 provided with a partition plate, and a foot healing box 13 in which a polyethylene pipe is piped to circulate antifreeze liquid from the boiler installed there, are provided in the boiler chamber. Boiler 7 is installed, heat insulation is laid on the bottom of the foot healing box, an aluminum plate is laid on it, polyethylene pipe 8 that circulates antifreeze liquid from the boiler is piped on it, mortar is filled, and bedrock is placed on it Installed and extended on the inner wall of the foot healing box through a joint pipe, a polyethylene tube 8 is spirally piped, and the boiler 7 is energized to circulate the antifreeze that is kept warm and maintain the dry state inside the foot healing box. It is possible to easily keep warm by emitting far infrared rays from the rock mass.
[Selection] Figure 1

Description

  The present invention relates to a foot healing box device that maintains the dry state inside the foot healing box and is easy to keep warm.

In general, there is a device that has been put to practical use as a footbath device in which a foot is immersed in warm water placed in a container. However, a practical footbath apparatus has a drawback that it is not hygienic and is time consuming because it is not hygienic because the hot water in the container must be replaced every time a person enters.

  However, this limits the range of utilization of footbath devices. That is, there is a problem in that the range of places used is limited. The root cause of the problem is boiling water and soaking your feet in hot water.

  In the use of footbath devices, this drawback is a major obstacle to convenience. Specifically, the use of the footbath device decreases because it takes too much time to replace and clean the hot water.

As an improvement measure, the present invention uses a boiler and pipes a polyethylene pipe from the boiler into the foot healing box, and circulates the antifreeze liquid kept in the boiler through the piping to keep the inside of the foot healing box warm. Without using hot water, the bedrock laid in the foot healing box is kept warm so that it can be kept dry.
JP 2006-305253 A JP 2005-288110 A JP 2004-337470 A

  The problem to be solved is that a normal footbath box warms hot water in the box and soaks your feet, so it takes time and effort to warm the warmed water by replacing the hot water used. In this invention, a polyethylene rod that circulates the antifreeze of the boiler is piped in the foot healing box, and the bedrock inside the foot healing box is kept warm with the antifreeze of the boiler to keep the inside dry and radiate far infrared rays from the bedrock. And can be kept warm easily.

The present invention has a boiler room in which a partition plate is provided in the box body of the foot healing box device and a boiler room in which a boiler is installed, and a foot healing box in which a polyethylene pipe is piped to circulate antifreeze liquid from the boiler installed there. A boiler is installed, a heat insulating material is laid on the bottom of the foot-healing box, an aluminum plate is laid on top of it, a polyethylene pipe that circulates antifreeze from the boiler is filled with mortar, and a bedrock is placed on it. The most important feature of foot healing box equipment is to install and extend the polyethylene ridges on the inner wall of the foot healing box and pipe it in a spiral shape to circulate the antifreeze of the boiler in the foot healing box and keep it warm. It is.
In addition, the feature of the present invention is that a boiler room in which a partition plate is provided in the box body and a foot healing box in which a polyethylene pipe for circulating antifreeze liquid is circulated from the installed boiler is provided, and the boiler room has a boiler. After installing polyethylene pipes on the bottom and inner walls of the foot healing box, turn on the power, energize the boiler, and circulate the antifreeze liquid kept in the boiler through the piping to the foot healing box. It is a foot healing box device that can be maintained.

  In the foot healing box device of the present invention, the anti-freeze liquid kept from the boiler installed in the boiler room of the box body of the foot healing box device is circulated in the foot healing box through polyethylene piping, so the foot healing box is in a dry state The foot healing box device can be used in a dry state in the kitchen and in the office.

  Always set the bedrock in the foot-healing box, install the small boiler in the boiler room, and install the antifreeze warmed by the boiler in the foot-healing box with the goal of keeping the foot-healing box dry and warm. It was circulated by the pipe made of polyethylene, and the inside of the foot healing box was dried to keep the bedrock warm, and the heat insulation effect in the foot healing box by far infrared rays irradiated from the bedrock was realized.

  FIG. 1 is an explanatory view showing an embodiment of the device of the present invention, and is a plan view showing a state of an internal boiler and an aluminum pipe with a lid of a foot healing box device. FIG. 2 is a plan view of the foot healing box device with a lid in the embodiment. FIG. 3 is a longitudinal sectional view showing a state of a small boiler installed in the boiler room inside the foot healing box device and a polyethylene pipe inside the foot healing box device, and FIG. 4 is an inside view of the boiler chamber where the lid of the foot healing box device is removed. The AA line is shown in the top view which shows the state of piping of the polyethylene pipe inside a boiler and a foot healing box. FIG. 5 shows a cross-sectional view taken along line AA. 1 is a heat insulating material, 2a is an aluminum plate provided on the heat insulating material, 2b is an aluminum plate provided on the inner wall of the foot healing box, 3 is a mortar, 4 is a bedrock, 5 is a box body of the foot healing box device, 6a is a boiler room Lid, 6b is a foot healing box lid, 7 is a boiler, 8 is a polyethylene pipe, 9 is a foot inlet, 10 is a joint pipe connecting the pipes, 11 is a partition plate inside the box, 12 is a boiler room, and 13 is a foot It is a healing box.

  In the present invention, a partition body 11 inside a box is provided in a box body 5 made of wood, which is desirable as a material, and a polyethylene chamber is used to circulate antifreeze from the boiler chamber 12 in which a small boiler is installed and the boiler installed therein. A foot-healing box 13 for piping is provided, a small boiler 7 is installed in the boiler room 12, an insulating material 1 is laid on the bottom of the foot-healing box 13, an aluminum plate 2 is laid thereon, and a boiler is placed thereon. The polyethylene pipe 8 for circulating the antifreeze liquid is piped and filled with the mortar 3, the rock mass 4 is set on the polyethylene pipe 8, and the polyethylene ridge 8 is extended to the wall surface in the foot healing box 13 through the joint pipe 10 and spiraled. The pipe 7 is energized to energize the boiler 7 to keep the antifreeze liquid circulated in the polyethylene pipe 8 and maintain the dry state inside the foot healing box 13 to maintain the bedrock. The most important feature that kept by radiating far infrared.

  In the structure of the above-mentioned foot healing box device, the boiler chamber 12 of the foot healing box device is covered with the lid 6a and the foot healing box 13 with the lid 6b, and the antifreezing liquid is circulated from the boiler 7 through the piping of the polyethylene pipe 8 to circulate the inside. It can be kept dry and kept warm. When using the foot-healing box device, put the foot into the box from the foot entrance 9 of the foot-healing box that has been kept dry by turning on the boiler, and keep the entire foot warm by far-infrared rays irradiated from the bedrock be able to.

  Since the structure of the foot healing box device was adopted, the inside of the foot healing box is always kept dry and kept warm, without using hot water, the work of replacing hot water is not troublesome, and the foot healing box is Easy to use.

  Therefore, since it is easy for users to use the foot healing box device, nursing homes, elderly facilities, hospital waiting rooms, manipulative massage treatment rooms, osteopaths, health salons, hairdressing salons, company rest rooms, inns, hotels, It can also be applied to use in cafes, homes, libraries, etc.

It is explanatory drawing which showed the implementation method of a foot healing box apparatus. Example 1 It is the top view which showed the implementation method of a foot healing box apparatus. Example 1 It is explanatory drawing which shows the longitudinal cross-section of a foot healing box apparatus. Example 1 The explanatory view which showed the implementation method of a foot healing box apparatus shows the location of the AA line. Example 1 It is explanatory drawing which shows the AA line longitudinal cross-section of a foot healing box apparatus. Example 1

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Heat insulating material 2a, 2b Aluminum board 3 Mortar 4 Bedrock 5 Box body of foot healing box apparatus 6a, 6b Lid 7 Boiler 8 Polyethylene pipe piping 9 Foot entrance
10 Joint pipe 11 Partition inside the box 12 Boiler room 13 Foot healing box

Claims (2)

  A boiler room is installed in the box body to install a boiler, and a foot healing box with piping to circulate antifreeze liquid from the installed boiler is installed. Lay the insulation, lay the aluminum plate on it, fill the mortar with the piping to circulate the antifreeze liquid from the boiler, install the bedrock on it, spiral on the inner wall of the foot healing box The foot healing box device is characterized in that the above-described arrangement is extended and the antifreeze of the boiler is circulated to the foot healing box by piping to keep warm.   A boiler room is installed in the box body to install the boiler, and a foot healing box with piping to circulate antifreeze liquid from the installed boiler, and a boiler is installed in the boiler room to 2. The pipe according to claim 1, wherein piping is provided on the bottom surface and the inner wall surface, and the antifreeze liquid heated by the boiler is circulated through the foot healing box so that the dry state inside the foot healing box can be maintained. Foot healing box device.

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