JPS62201153A - Apparatus for heating, recirculating and purifying bath hot water - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] "Industrial Application Field" The first feature of this invention is a bath that allows you to take a bath at any time of the day without changing the bath water, and that cleanses your body just by taking a bath. This relates to hot water heating and circulation purification equipment.

[Prior art and its problems] Water consumption in general households continues to increase year by year, but because it is not easy to construct dams to secure trees, the current water shortage in urban areas is increasing year by year. This is becoming a serious problem.

However, as part of the water usage policy in general households, bath water is replaced every day, which results in a huge amount of water being used. has not been studied much in the past, i.e.
This is because bacteria, organic matter, etc. dissolved in bath water cannot be removed simply by filtration.

On the other hand, if the bath water is kept at an appropriate temperature without having to be replaced, there is no need to worry about boiling the water again, and there is an advantage of being able to take a bath at any time without having to boil the water.

Furthermore, in homes with elderly people living in a society with long lifespans, especially bedridden elderly people, a bathtub that can be used indoors and has a cleaning power that is more suitable for elderly people than soap, even when the body is washed with 6 wreaths. If there is a.

Needless to say, it would be extremely expensive to create a bathtub that satisfies all of the above requirements by attaching an expensive, large, and complicated device to the bathtub; The purpose of Kan1j1 is to meet all of the above requirements,
Moreover, the object is to provide an inexpensive and simple device which is compact and can be easily fixed to the wall of a living room, and which can be used in an existing bathtub without taking up much space.

“Means for resolving gaps” In order to achieve the above object, the present invention has the following features.

A detachable filtration means for pumping up bath water from the bathtub, a means for heating the drawn bath water, a temperature sensor for controlling the heating means, and a filter for cleaning and cleaning the bath water after filtering and heating. and a means for ejecting air bubbles having a skin irritation effect into the bathtub, and the bathwater is mixed with a bathwater purifying mineral agent having the effect of suppressing precipitation and aggregation of organic matter, sterilization, deodorization, and generation of steam. It is characterized in that it can be fixed in the vicinity of.

The reason for the effect of the present invention is that, first of all, by mixing the bath water with a mineral agent that has sterilization and hair removal properties, it not only purifies the bath water, but also reduces the temperature at which bacteria easily breed. However, it completely suppresses the growth of bacteria, and the effect of mixing mineral agents suppresses the generation of scorch and odor, and as a result, it can be installed in the living room. Furthermore, the generation of ultrasonic waves not only gives the body a cleansing power, but also the synergistic effect with the mineral agent mixture, for example, makes the bath water more comfortable, increases blood circulation, warms the body well, and prevents hot water for 1 hour. In this respect, it is more effective than natural hot springs.

``Example'' Next, an example of the present invention will be explained based on the drawings. Figure 1 is a schematic partial cross-sectional view of the heating and circulating purification apparatus of the present invention,
The figure is a perspective view showing a state in which a blow plate is attached to a blow pipe.

The heating and circulation purification device l of the present invention has a suction pipe 3 from a bathtub 2.
Pump 4 pumps bath water through 0.

removable filter cylinders 5, 5 for filtering the pumped bath water;
A heater 6 that heats the filtered bath water in the heating chamber 16, a spout pipe 8 that squirts the bath water together with air bubbles into the bathtub after heating by the pressure of the air pump 7, and an injector S that injects the bath water purifying mineral agent. These are housed in a rectangular case 22 with four bodies 24 attached to each end.

The filter cylinder 5.5' is removably housed in the cylindrical filter container 10, and the reading cylinder 5 serves as the primary filtering part and the filter cylinder 5
' forms the secondary filtration section. 42B is tightly pressed into the opening of the filtration container IO through the backing 11. A threaded rod 13 is erected at the center of the screw of the lid 26, and a knob 14 is screwed onto the threaded rod 13 via an arch-shaped band 12. By tightening the knob 14, both ends of the strip 12 firmly contact the support fitting 15 fixed to the filtration container 10, and are configured to elastically press A26. Of course, the fixing method of 426 may be carried out by a normal method of tightening the lid of a high-pressure container, such as tightening bolts through a backing.

The filter tubes 5, 5' are filled with a suitable filler 18, 18', which is passed through a metal mesh 2 through a discharge cloth 19, 19''.
It has a structure in which it is sandwiched by 0.20'. In the above embodiment, iI! The overtube 5.5' is made of plastic and is a cartridge type with a filler integrally housed inside, and can be used repeatedly by washing the inner filler with water. It has become.

Examples of fillers include granular rock, granular activated carbon, vermi ion, silica, alumina, zeolite, acid clay,
One or more of bentonite, kaolin, rice hull charcoal, etc. can be used.

A thermostat (temperature switch) 17 as an example of a temperature sensor is provided in the heating chamber 16 made of a cylindrical container. The operation is controlled. Incidentally, the lid of the heating chamber 16 is also closed in the same manner as the filtration container IO.

A convex bubbling chamber 21 containing an air pump 7. A syringe 8 for injecting into a conventional hyperbaric chamber made of a pressure-resistant material is attached to the end. This is for injecting the bathwater purifying mineral agent into the bathwater, and is not necessary when the bathwater purifying mineral agent is directly injected into the bathtub.

The bath 7μ purification mineral agent uses an acidic additive containing various metal salts and non-metal salts as main components obtained by dissolving 8-mikierite, which is a weathered mica-based mineral, in an aqueous solution of an inorganic acid (e.g. sulfuric acid). With this additive, it is possible to remove the precipitation of organic matter dissolved in the bath water, sterilize it, replenish minerals, and remove the coagulation of insoluble matter all at once.

An air pump 7 is provided in the bubbling chamber 21.
The bath water is pressurized by this air pump 7, and it is ejected along with the sucked air. 8 to flow down to form air bubbles and blow them into the bathtub.

Gush 'i? 8 is equipped with a well-known jet fine adjustment W1 device by rotating the tip of the ejection pipe 8, for example, so that the generation of bubbles can be stopped and the amount of bubbles generated can be adjusted.

The jet pipe 8 can be connected to its tip with a rectangular jet plate 23 located at the bottom of the bathtub as an attachment. In this way, many 7.1 air bubbles are ejected from below, so just by placing the body on the L of the blower plate 23, the body is washed, which is especially suitable for the elderly. As an attachment, an elongated tube-shaped one rather than a plate-shaped one may be placed on the side of the bathtub so that air bubbles are ejected from the side. It is also possible to connect a blowhole pipe that can be bent and/or expanded and contracted so that the position and direction of the blower can be freely changed. If you do it like this.

Bubbles can be applied to desired areas of the body.

A cylindrical net 25 is attached to the lower end opening of the suction pipe 6, so that relatively large debris can be removed by this net 25.

Although the shape of the apparatus of the present invention is not particularly limited, since considerable pressure is applied to the cancer overcontainer lO1 heating chamber 16 and the bubbling chamber 21, these need to be pressure resistant.

The device of the present invention itself, the bathtub to which the device of the present invention is attached, and the lid of the bathtub are preferably thermally insulated.

If you do this, even though you are boiling water all day long, your fuel costs will not change much compared to boiling water once a day.

In the above embodiment, the suction pipe 3 and the ejection pipe 8 are fixed through the bathtub 427' via the bar and king 26.

The bathtub lids 27 and 27' can be separated.

In the above embodiment, the bathtub 427 is configured to be foldable into three parts.

"action" Next, the overall operation of the above embodiment will be explained.

When the switch is turned on, the pump 4 is activated and the heater 6 is activated. By starting the pump 4, the bath temperature is pumped up into the filter container 10 through the suction pipe 3, and the bath temperature is pumped up into the filter container 10 through the suction pipe 3.
is passed through and filtered. At this time, large debris is removed by a screen 25 at the lower end of the suction pipe.

The filtered bath water is placed in a heating chamber 16 by four people, and heated by a heater 6.
heated. Heating by the heater 6 continues until the temperature of the bath water in the heating chamber 16 reaches the preset temperature by -1. When the temperature of the bath water reaches the preset temperature, the thermostat 17 is opened and the heater B is heated.
As with conventional temperature control, the heater is activated when power to the heater is turned off and the temperature drops below the set temperature. After being heated in this way, the bath water is introduced into the aeration chamber 21,
Several cc of the bathwater purifying mineral agent are dropped into the bathwater from the syringe 8. In this way, organic substances dissolved in the bath water are precipitated and aggregated, and the bath water is sterilized. The dripping of this bath water purifying mineral agent depends on the number of people taking the bath, how dirty the bath water is, etc., but it is sufficient to perform aCC about once every three days. Next, the bath water is pressurized and flows down inside the jet pipe 8, and air is sucked in from the intake pipe (not shown), and the sucked air is turned into bubbles.
It squirts into the bathtub with a stream of water.

The baths in Kihatsu 11 can be used repeatedly. However, since it is used repeatedly, the degree C of the bath water purifying mineral agent depends on how dirty the bath water is.

There is a need to adjust it appropriately. In addition, there is a bath water Q+ in the filter cylinder.
A large amount of precipitated aggregates due to chemical mineralization agents accumulates,
If the circulation of bath water becomes poor, it is best to remove the sleeping tube from the filter container, clean the inside of the filter tube, and reuse it. To remove the filter tube, first turn off the switch.
What is necessary is to return the filtration container to normal pressure, then turn the knob 14 to engage the band-shaped body 12 and the support fitting 14, and then remove 426.

In the embodiment shown in FIG. 1, two filter tubes 5.5'
are piled up. In this way, most of the dirt will be removed.
Since it is removed by the upper filter cylinder 5, normally the L part filtration'
Only V45 needs to be cleaned, and the lower discharge tube 5' only needs to be cleaned occasionally.

``Effects of the Invention'' As described above, the heating and circulating purification device of the present invention uses a bath water purifying mineral agent, which prevents not only stains in the bath water but also the survival and generation of bacteria. Moreover, it also prevents odor generation, so you can use it for one sip without changing the water, and the fuel cost is also low, so you not only save water resources, but also save fuel. This also saves resources and meets the social benefit of resource conservation. Furthermore, according to the device of the present invention, the action of ultrasonic waves emitted when air bubbles burst not only removes dirt in the pores that are difficult to remove with soap, but also removes dirt in the pores that is difficult to remove with soap. In addition to being said to have the effect of warming the body and eliminating hot water fever, as written by W.J., the natural mineral content that cannot be obtained from natural hot springs can also be adjusted, so it is expected to be more effective than natural hot springs. Furthermore, by mixing a mineral agent, the occurrence of sagging can be suppressed, and the device of the present invention does not require a boiler, so it can be used indoors, so it is suitable for elderly people, especially those who sleep. It is extremely effective for households with elderly people who cut their hair.

[Brief explanation of drawings]

FIG. 1 is a schematic partial sectional view of the heating and circulation purification device of the present invention, and FIG. 2 is a perspective view showing a state in which a blow plate is attached to a blow pipe. In the diagram, 1... heating, circulation purification device, 2... bathtub, 3...
Suction pipe, 4...Pump, 5...Filter cylinder, B...Heater, 7...Air pump, 8...Ejection pipe, 9...
Syringe, 22...Case agent Patent attorney Ina
Hitoshi Kaki Figure 1 Figure 2 Procedure person tivE MaH 3J128, 1986

Claims (1)

[Claims] A detachable filtration means for pumping and filtering the bath water from the bathtub, a means for heating the pumped bath water, a temperature sensor for controlling the heating means, and a cleaning/skin irritation effect of the bath water after filtering and heating. and a means for spouting into the bathtub together with bubbles having a water content, and the bathwater is mixed with a bathwater purifying mineral agent having the effect of suppressing the precipitation and aggregation of organic matter, sterilization, deodorization, and the generation of steam, and is applied near the bathtub. A bath water heating and circulation purification device characterized in that it can be fixed.