JPH0321238Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial application field] This invention produces mud-like bath water by mixing ore powder or hot bath additives mainly containing calcium carbonate with water or hot water. This relates to the mat bus equipment used.

[Conventional technology]

An activated stone tank filled with activated stones is installed outside the bathtub.
Bath water is supplied into the activated stone tank to elute mineral components, etc. in the activated stone, and the bath water containing mineral components, etc. is heated to a predetermined temperature and supplied to the bathtub, and garbage is removed by bathing. Bathwater containing pollutants such as these is drained from the bathtub and purified through a filter, and then circulated back into the bathtub via the activated stone tank, and at the same time ozone generated by an ozone generator is introduced into this circulation path. An artificial hot spring device configured to sterilize bath water is known from Utility Model Application No. 62-97639.

The artificial hot spring device disclosed in Utility Model Application Publication No. 62-97639 uses components such as minerals contained in activated stones eluted into the bath water, and filters hair and other gums contained in the bath water. In addition to removing water in a tank, the bath water is sterilized with ozone to keep it clean at all times, making it unnecessary to replace the bath water for a long period of time, and allowing the user to enjoy the feeling of a hot spring while staying at home.

[The problem that the idea attempts to solve]

The bath water used in this artificial hot spring device is one in which only the effective hot spring ingredients such as minerals contained in the activated stones in the activated stone tank placed outside the bathtub are eluted into the hot water. The larger the volume of this tank, the greater the elution of the active ingredients contained in the bath water, so in order to enjoy the full hot spring feeling, it is necessary to increase the size of the tank that holds the ore. This poses a problem in that it requires a large amount of space to install, is expensive, and is not economical.

In addition, the pine surge effect relies solely on bubbles caused by ozone pumped into the bath water, so it has the disadvantage that it cannot be expected very much.To overcome this disadvantage, it is necessary to separately install a device that forcibly stirs the bath water. It was hot.

In view of the current situation, this idea eliminates the need for a tank containing minerals containing spring-quality ingredients, uses an extremely simple device to achieve the same effect as bathing in a hot spring, and has the same effect on the body. The object of the present invention is to provide a new pine bath device that can improve health by providing sufficient pine surge to the body.

[Means to solve the problem]

In order to achieve the above object, the mud bath device of this invention uses bath water made of mud in which ore powder or hot bath additives are mixed in water or hot water in a suspended state.
A bathtub configured to be supplied from a convection injection pipe consisting of an injection port provided on an inner wall and a porous pipe provided at the bottom, and discharged from a discharge port provided on the inner wall, and a bathtub configured to discharge water from the discharge port outside the bathtub. A first system having a filter that introduces and filters bath water and brings it to a predetermined temperature using a heat source, and pressurizes the bath water that has been filtered and heated by the filter and injects it from the injection port.
a main circulation path for bath water including a pump; a sub-circulation path for bath water in which the bath water separated from the filter is ejected through the convection injection pipe via a second pump; The apparatus is characterized by comprising an ozone supply path through which air compressed by an air pump and ozone generated by an ozone generator are ejected from the convection injection pipe.

The bath water used in the mud bath device of this invention is made by suspending ore powder or hot bath additives containing spring-quality ingredients in water or hot water, and specifically, the water or hot water is mixed with 300% water or hot water. On the other hand, it contains a large amount of ore powder or hot bath agent mixed at a ratio of about 4 kg, and the particle size of the ore powder used is usually about 500 mesh.

Bath water in which mineral powder or hot bath additives are suspended is supplied to the bathtub via the main circulation route and the subcirculation route; It is supplied at a flow rate of 2.0 to 3.0 m/sec from an injection port installed on the inner wall of the bathtub in order to prevent mineral powder or hot bath additives mixed in the water from settling at the bottom of the bathtub and to enhance the pine surge effect on the human body.

If the flow rate of bath water supplied to the bathtub is less than 2.0/sec, mineral powder or hot bath additives will easily settle at the bottom of the bathtub, and the pine surge effect on the human body will be low, making it impossible to expect an effective bath. At flow velocities above,
It is undesirable because it is difficult to take a gentle bath and there is a risk of damaging the skin due to mineral powder or hot bath additive particles contained in the bath water.
Most preferably, the flow velocity is around 2.5 m/sec.

On the other hand, the flow rate of bathwater that is jetted into the bathtub from the convection jet pipe installed at the bottom of the bathtub through the subcirculation path,
The amount of ejection may be such that the ore powder or hot bath agent particles in the bath water injected from the main circulation path into the bathtub can be maintained in a suspended state without settling, and this condition is satisfied. If so, there are no other special restrictions.

The filter placed in the main circulation path is equipped with a heat source to filter impurities contained in the bath water and at the same time to maintain the temperature of the bath water at a predetermined temperature. For example, it is desirable to install a filter made of a fine wire mesh at the outlet on the inner wall of the bathtub for primary filtration, and the heat source is a heater, steam, gas, etc., and the temperature of the bath water is measured with a temperature sensor. The automatic control panel then heats the bath water introduced into the filter based on the set temperature of the temperature controller.

[Effect]

The mud bath device of this invention uses mineral powder or hot bath additives suspended in water or hot water as the bath water, and the pressure of the bath water is injected into the bathtub at a predetermined flow rate. The human body is moderately damaged by the large number of particles contained in the bath water.

In addition, the bath water is divided into the main circulation route, which is sprayed from the top of the bathtub via a filter, and the spray circulation route, which is separated from the filter and sprayed from the bottom of the bathtub.
The bath water injected from the subcirculation path causes convection of the bath water in the bathtub, and at the same time prevents ore powder or hot bath additives contained in the bath water from settling at the bottom of the bathtub.

Furthermore, the sub-circulation path is used to supply compressed air and ozone into the bath water, further increasing the convection efficiency of the bath water and effectively sterilizing bacteria contained in the bath water. Together with the action of the filter installed in the path, the bath water can always be kept clean.

〔Example〕

Hereinafter, one embodiment of the mud bass device of this invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 and 2, the mud bath device of this invention has an injection port 11 for spraying and supplying bath water onto the inner wall surface and a discharge port 2 for discharging the bath water, and has an opening on the bottom surface. A bathtub 1 is provided with a convection injection pipe 12 made of a perforated pipe with a large number of injection holes opened at the top, and a main body for supplying bath water from the discharge port 2 to the injection port 11 through a filter 4. A circulation path, a sub-circulation path for supplying the bath water separated from the filter 4 to the convection injection pipe 12 provided on the bottom of the bathtub 1, and compressed air and ozone through this sub-circulation path. It is composed of an ozone supply path for supplying ozone from the convection injection pipe 12 to the bathtub 1.

The bathtub 1 is preferably a vertically long Western bathtub type that allows the bather to take a bath in a supine position, and the discharge port 2 is provided with a filter (not shown) made of a fine wire mesh to prevent water from being contained in the bath water. It primarily filters out relatively large debris such as hair.

In addition, a convection injection pipe 12 disposed at the bottom of the bathtub 1
A drainboard board 3 is provided above.

A main circulation path, a sub-circulation path, and an ozone supply path are provided outside the bathtub 1, and the main circulation path is equipped with a filter 4 having a heat exchange function and a first pump 5. There is.

The filter 4 is connected to the discharge port 2 by a pipe, and has a heat exchange function for filtering fine dust contained in the bath water and heating the bath water to a predetermined temperature. Filtered bath water heated to a predetermined temperature is pressurized by the first pump 5 and supplied to the injection port 11 of the bathtub 1 through a pipe. The temperature of the bath water is detected by a temperature sensor 7 installed in the bath water, and the water temperature is determined based on the temperature of the bath water set by a temperature controller of an automatic control panel 8 that is linked with the temperature sensor 7.

The sub-circulation path is linked to the filter 4 constituting the main circulation path, separates the bath water from the filter 4, and injects the bath water from a convection injection pipe 12 disposed on the bottom of the bathtub 1. The second pump 6 supplies bath water to the bathtub 1 at a predetermined water pressure.
It is sprayed inside.

The ozone supply path consists of an air pump 8 and an ozone generator 10, one end of which is connected to the sub-circulation path, and the ozone supply path is connected to the sub-circulation path to supply the compressed air generated by the air pump 9 and the ozone generated by the ozone generator 10. The water is ejected from the convection injection pipe 12 at the bottom of the bathtub 1 together with the bath water via the sub-circulation path.

The method of using the mud bass device of this invention having such a configuration will be explained as follows.

First, after filling the bathtub 1 with hot water heated to around 40 degrees Celsius, for example, 4 kg of ore powder made by crushing natural ore mainly composed of calcium carbonate to about 500 mesh is added to 300 kg of hot water and stirred. Forms mud-like bath water with ore powder in suspension.

Then, the first pump 5 and the second pump 6
When the bath water is activated, the bath water in the bathtub 1 is sucked from the outlet 2 and introduced into the filter 4, and a part of it is absorbed into the first filter.
A flow rate of 2.5 m/sec from the injection port 11 provided on the inner wall of the bathtub 1 through the pipe by the pump 5 of
It is supplied into the bathtub 1 at a rate of 600/min, and some of it is supplied to the second bath.
The water is supplied into the bathtub 1 from a convection jet pipe 12 disposed at the bottom of the bathtub 1 through a pipe by a pump 6, and the bath water flows from the bathtub 1 to the filter 4 to the first pump 5.
Circulation is performed through a main circulation path of → injection port 11 and a subcirculation path of filter 4 → second pump 6 → convection injection port 12.

When taking a bath in such a state, the human body is stimulated by the bath water supplied at a high flow rate from the jet nozzle 11 and the muscles are massaged, and at the same time, the ore powder contained in the bath water also stimulates the skin. skin irritation,
Excellent pine surge effect can be obtained.

At this time, if the ozone supply path is also operated at the same time, compressed air and ozone will be supplied as bubbles from the convection injection pipe 12 at the bottom of the bathtub 1, creating a convection effect in the bath water, and the bubbles will cause the bubbles to flow in the bath water. In order to prevent the precipitation of ore powder and to give appropriate stimulation to the human body by the bubbles, the human body receives effective pine surge due to the synergistic effect of the fast-flowing bath water and the ore powder contained in the bath water. At the same time, ozone can be used to treat germs contained in bath water.

Also, according to the inventor's knowledge, the injection port 1
It is recognized that approximately 400 kcal is consumed by taking a bath for 10 minutes under the conditions that the flow rate of Matsudo sprayed from 1 is 2.5 m/sec and the flow rate is 600/min.
You can achieve a calorie-burning effect comparable to that of an hour of regular jogging.

In the above embodiment, the main circulation route, the sub-circulation route, and the ozone supply route for supplying bath water to the bathtub 1 were explained, but the supply of bath water to the bathtub by the main circulation route and the supply of bath water to the bathtub are different from each other. It is also possible to only supply compressed air and ozone from the ozone supply route without using the subcirculation route.

In particular, ozone's main purpose is to sterilize bath water, so it only needs to be used when necessary;
Use of the sub-circulation route causes convection of the bath water, and a pine surge effect can also be expected, making it possible to take a bath without using the ozone supply route.

[Effect of idea]

The mud bath device of this invention uses mud-like bath water made by mixing ore powder or hot bath additives in a suspended state in water or hot water, and filters it with a filter equipped with a heat exchange function. a main circulation path that supplies heated bath water to the bathtub at a predetermined flow rate;
The bath water separated from the filter is supplied into the bathtub from a convection injection pipe arranged at the bottom of the bathtub, and the bath water is supplied with convection through a subcirculation path, and compressed air and ozone are supplied through the subcirculation path. It is composed of an ozone supply path that supplies the bath water from the convection injection pipe, and it is possible to enjoy the feeling of a hot spring at home with an extremely simple device.

In particular, the mud bath device of this invention supplies bath water containing mineral powder or hot bath additives in a suspended state into the bathtub at a predetermined flow rate through the main circulation path, so that the flutter phenomenon of the bath water may cause moderate harm to the human body. The human body can effectively undergo pine surges by stimulating the skin with this stimulation and the special bath water, and can remove fat and subcutaneous fat.

In addition, by using a subcirculation route, the bath water is sufficiently stirred, and the ore powder or hot bath additives contained in the bath water are prevented from settling at the bottom of the bathtub, thereby preventing a decrease in the pine surge effect and supplying ozone. By using this route, muscle stiffness can be effectively loosened by the synergistic effect of the flutter phenomenon of the bath water, the skin irritation of the bath water itself, and the stimulation of the skin by compressed air bubbles. .

Furthermore, the bath water has many advantages, such as being always clean due to filtration with a filter and sterilization with ozone, and being able to be used for a long period of time without having to be replaced.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing an embodiment of the mud bass device of this invention, and FIG. 2 is a side view of the same. 1...bathtub, 2...drain port, 3...slatted board,
4... Filter, 5... First pump, 6... Second
pump, 7...temperature sensor, 8...automatic control panel, 9...air pump, 10...ozone generator,
11... Injection port, 12... Convection injection pipe.

Claims (1)

[Scope of utility model registration request] Bath water made of mud made by mixing ore powder or hot bath additives in water or hot water is supplied from a convection injection pipe consisting of an injection port provided on the inner wall and a perforated pipe provided at the bottom. A bathtub configured to discharge water from an outlet provided in the bathtub, and a filter outside the bathtub that introduces and filters bath water discharged from the outlet and brings it to a predetermined temperature using a heat source. A main circulation path for bath water including a first pump that increases the pressure of bath water filtered and heated by a filter and injects it from the injection port, and a second pump that carries the bath water separated from the filter. and an ozone supply path through which air compressed by an air pump and ozone generated by an ozone generator are ejected from the convection injection pipe through the subcirculation path. A Matsudo bus device that is characterized by: