JP2014004503A - Apparatus of readily manufacturing bath carbonate spring - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an apparatus of readily manufacturing a bath carbonate spring which can generate carbon dioxide in bath water continuously and maintain highly-concentrated carbon dioxide for a long period of time by rapidly, easily, and securely dissolving and stirring powdery alkaline component and acid component in the bath water.SOLUTION: A dissolving/stirring device main body of an alkaline or acid powdery component includes: a dissolving tank which takes bath water therein through a plurality of small holes arranged on a peripheral surface of the tank and makes a tank upper part above the small holes be positioned on a hot water surface; and a submersible pump which is connected to a lower part of the tank and is positioned in the bath water. The powdery alkaline component or acid component input in the bath water housed in the dissolving tank through a filter is respectively and separately dissolved and stirred by receiving a swirling flow sucked by the submersible pump for circulating and refluxing hot water in a bathtub, is dropped in a solution state in the bath water of the bathtub, is repeatedly circulated and refluxed, and is diffused to make contact moderately so that the highly-concentrated carbon dioxide is continuously generated and is maintained for a long period of time.

Description

  The present invention uses a powdery alkaline component and a powdery acidic component, with the upper part of the tank floating above the hot water surface and the lower part of the tank for taking in the hot water of the bathtub into the inside of the hot water, submerged below the hot water surface A melting tank for the liquid component and a submersible pump that is connected to the lower part of the bath and placed in the bath to circulate and recirculate the hot water in the bath with the suction of the bath that has been introduced into the bath. Each of them is separately, quickly, easily and reliably dissolved and stirred, dropped deeply into the bath water, circulated, refluxed and diffused, and continuously generated carbon dioxide in the bath water. The present invention relates to a simple apparatus for producing a carbonated spring for bathing capable of maintaining a gas for a long time.

  The simple apparatus for producing a carbonated spring for bathing of the present invention can be used easily in a bathtub in a general home, as well as in public bathing facilities such as public baths, hotels, hot springs, and other health promotion facilities such as beauty salons and spas. Also suitable for use.

  Conventionally, there are those described in the following Patent Documents 1 to 3 as related to a manufacturing apparatus for a carbonated spring for bath in which carbon dioxide gas is dissolved in warm water in such bath water.

Patent Publication 5-23559 Patent Publication No. 7-313855 Japanese Patent No. 4014546

  In the conventional carbonated spring manufacturing apparatus of Patent Documents 1 and 2, the powdery alkaline component and the powdery acidic component, which are the problems of the present invention, are structurally divided into hot water in the hot water, a submersible pump, and a part of the hot water surface. Efficiently use the powder component dissolution tank with the other part located below the surface of the hot water, and dissolve, agitate and stir it separately, and drop it deeply into the bath water to circulate, recirculate and diffuse. Therefore, it is not designed to continuously generate carbon dioxide in bath water and maintain a high concentration of carbon dioxide over a long period of time. Was not obtained. Moreover, since it is composed of a high-pressure carbon dioxide cylinder placed outside the bathtub or a hot water circulation system using a circulation pump, the apparatus is relatively complicated, large and expensive in terms of cost.

  Furthermore, although the thing of patent document 3 is a composition for solid baths (carbonic acid bathing agent) containing the organic acid of fumaric acid or malic acid, sodium carbonate, etc., these compounding agents are shape | molded into solids, such as a briquette and a tablet. Many chemical substances (drugs) and adhesives are used to do so, so that when dissolved in bath water, undissolved substances are generated and remain, making the bath water cloudy and making the bathtub feel slimy. However, the solubility of carbon dioxide gas in warm water is not excellent, the foamed particles of carbon dioxide gas are not fine, and the duration of the foaming effect is relatively short.

The present invention eliminates the various problems of such conventional bath carbonated spring manufacturing apparatus and solid bathing agents such as tablets, and continuously generates high-concentration carbon dioxide gas and maintains it for a long time. Carbon dioxide springs can be easily and economically manufactured with a simple structure by elaborating the dissolution / stirring operation of the powdered components that are the raw materials for generating carbon dioxide and the structure of circulating reflux / diffusion of hot water in the bath water. It is an object of the present invention to provide a simple apparatus for producing a carbonated spring for bathing that can be used.
In other words, dissolution, stirring, circulation reflux, and diffusion of the powdered alkaline component and the powdered acidic component, which have been considered to be relatively difficult, into the bath water are performed separately quickly, easily, and reliably in the bathtub. Therefore, there is no risk that the carbon dioxide generated by the alkaline component and acidic component coming into contact with the surface layer near the surface of the bath in a short period of time will be scattered outside. An apparatus for producing a carbonated spring for bathing that can maintain a high concentration of carbon dioxide gas over a long period of time while generating carbon dioxide gas, and that is free from unpleasant difficulties due to the insoluble matter remaining in the solid bathing agent. Is intended to provide efficient and economical.

  In order to solve the above-described problems, the present invention employs the following means described in the claims.

  In the invention according to claim 1, as a structure of a simple manufacturing apparatus for carbonated spring for bathing, the bath water of the bathtub is introduced into the inside through a plurality of small holes arranged on the peripheral surface of the tank, and the tank lower side below the small holes. Dissolving tank with a lid to place the powdery alkaline component or powdered acidic component using the upper part of the tank above the small hole located on the hot water surface. And a submerged pump that is connected to the lower part of the bath and is placed in the bath water and circulates and recirculates the hot water in the bath water of the bath with suction of the bath water taken into the dissolution tank. An inner surface of a fine wire net-like strainer in bath water and in the dissolution tank, which is provided with a dissolution / stirring device body for dissolving / stirring alkaline components or powdered acidic components. Was thrown upwards The powdery alkaline component or the powdery acidic component is passed through a fine wire mesh strainer in response to the swirling flow accompanying the suction of the bath water taken into the dissolution tank by the lower submersible pump. These are dissolved and stirred separately, dropped into the bath water of the bathtub from the discharge port of the submersible pump, and the alkaline component and acidic component separately in solution form the dissolution tank and submersible pump. It is characterized by the fact that hot water circulates and recirculates in the hot water bath through and repeatedly circulates and diffuses gently and repeatedly in the bath water of the bathtub, and carbon dioxide gas is continuously generated in the bath water. To do.

  In the invention according to claim 2, as a structure of a simple manufacturing apparatus for bath carbonated spring, the bath water of the bathtub is taken inside through a plurality of small holes arranged on the peripheral surface of the tank, and the tank lower side below the small holes Dissolving tank with a lid to place the powdery alkaline component or powdered acidic component using the upper part of the tank above the small hole located on the hot water surface. And a submerged pump that is connected to the lower part of the bath and is placed in the bath water and circulates and recirculates the hot water in the bath water of the bath with suction of the bath water taken into the dissolution tank. A dissolution / stirring device main body for dissolving / stirring alkaline components or powdered acidic components is provided, and a pair of dissolution / stirring device main bodies of the alkaline component or acidic component powdery components is connected to both ends of the bathtub or even Opposite the corner One of the powdered component dissolution / stirring device main body is for the alkaline component and the other is for the acidic component, and the fine metal mesh in the bath water and the dissolution tank is taken into the dissolution tank. The powdery alkaline component or the acidic component of the powder charged toward the inner surface of the strainer receives the swirl flow accompanying the suction of the bath water taken in the bath by the lower submersible pump. And passed through a fine wire mesh strainer, dissolved and stirred separately, dropped into the bath water of the bathtub from the discharge port of the submersible pump, and each of the alkaline components separately in solution form. The acidic component is circulated and diffused gently and repeatedly in the bath water of the hot water bath by the circulating reflux of hot water in the bath water via the dissolution tank and the submersible pump, and carbon dioxide gas is continuously generated in the bath water. Be done It is characterized by that.

  In the invention according to claim 3, as a structure of a simple manufacturing apparatus for bathing carbonated springs, the bath water of the bathtub is introduced into the inside through a plurality of small holes arranged on the peripheral surface of the tank, and the tank lower side below the small holes. Dissolving tank with a lid to place the powdery alkaline component or powdered acidic component using the upper part of the tank above the small hole located on the hot water surface. And a submerged pump that is connected to the lower part of the bath and is placed in the bath water and circulates and recirculates the hot water in the bath water of the bath with suction of the bath water taken into the dissolution tank. Dissolving / stirring device main body for dissolving / stirring alkaline component or powdered acidic component, and dissolving / stirring device main body of alkaline component or acidic component powder component at opposite corners of bathtub Place it in these four corners The powdery component melting / stirring device body is divided into four corners alternately for alkaline component and acidic component, inside the bath water taken into the dissolution tank and inside the fine wire net-like strainer inside the dissolution tank The powdery alkaline component or the powdered acidic component charged upward is subjected to a swirl flow accompanying the suction of the bath water taken in the dissolution tank by the lower submersible pump, and is fine. Alkaline and acidic components that are passed through a wire mesh strainer, dissolved and stirred separately, dropped into the bath water of the bathtub from the discharge port of the submersible pump, and each separately in solution. Circulates and recirculates slowly and repeatedly in the bath water of the hot water bath by circulating and recirculating hot water in the bath water via the dissolution tank and the submersible pump, and carbon dioxide gas is continuously generated in the bath water. It is characterized by that.

  In the invention according to claim 4, as a structure of the simple manufacturing apparatus for bath carbonated spring, in the simple manufacturing apparatus for bath carbonated spring according to claim 1, 2 or 3, it is taken into a dissolution tank by a lower submersible pump. The shape of a fine wire mesh strainer placed in the dissolution tank to dissolve and stir the powdered alkaline component or powdered acidic component combined with the swirling flow accompanying the suction of the bath water Is formed into a U-shaped shape that curves deeply in a U-shape toward the bottom or a flat dish-shaped shape that curves shallowly in an inverted U-shape toward the top.

  According to a fifth aspect of the present invention, in the simplified manufacturing apparatus for a bath carbonate spring according to any one of claims 1, 2, 3, or 4, as a structure of a simple manufacturing apparatus for a bath carbonate spring, a dissolution tank for powdered components A powdery alkaline component that is melted and stirred by the swirling flow associated with the suction of the bath water taken from the bath that has been placed in the dissolution tank by the submersible pump, with a mesh or brush-like mat stretched around the inner peripheral surface Alternatively, the solubility of the powdery component in warm water is increased by pushing and passing the powdery acidic component into the entangled fibers of the mesh or brush-like mat.

  In the invention which concerns on Claim 6, in the simple manufacturing apparatus of the bath carbonate spring of Claim 1, Claim 2, Claim 3, Claim 4, or Claim 5, as a structure of the simple manufacture apparatus of the carbonate spring for bath, As a positioning posture of a melting tank with a lid that is charged with an alkaline component or a powdered acidic component for melting and stirring with respect to the surface of the bath, the inside of the bath is inserted through a plurality of small holes arranged on the peripheral surface of the tank. In order to use bath water, the lower side of the tank below the small hole is positioned in the bath water below the hot water surface, and the upper side of the tank above the small hole is positioned on the hot water surface. It is characterized in that it is arranged to be hung on the edge frame or wall surface of the bathtub through a rod-like or string-like hanging tool.

  In the invention which concerns on Claim 7, in the simple manufacturing apparatus of the bath carbonate spring of Claim 1, Claim 2, Claim 3, Claim 4, or Claim 5, as a structure of the simple manufacture apparatus of the carbonate spring for bath, As a positioning posture of a melting tank with a lid that is charged with an alkaline component or a powdered acidic component for melting and stirring with respect to the surface of the bath, the inside of the bath is inserted through a plurality of small holes arranged on the peripheral surface of the tank. In order to use bath water, the tank lower side below the small hole is positioned in the bath water below the hot water surface, and the tank upper part above the small hole is positioned on the hot water surface for use. A disc-shaped floating body integrated with the tank is attached to the peripheral surface of the upper side of the tank above the plurality of small holes disposed on the top of the bath, and the upper part of the melting tank is placed on the surface of the bath water. Floating and allowing the dissolution tank to swing or swivel And it is characterized in and.

  In the invention which concerns on Claim 8, in the simple manufacturing apparatus of the bath carbonate spring of Claim 1, Claim 2, Claim 3, Claim 4, or Claim 5, as a structure of the simple manufacture apparatus of the carbonate carbonate spring, powdery As a positioning posture of a melting tank with a lid that is charged with an alkaline component or a powdered acidic component for melting and stirring with respect to the surface of the bath, the inside of the bath is inserted through a plurality of small holes arranged on the peripheral surface of the tank. In order to use bath water, the tank lower side below the small hole is positioned in the bath water below the hot water surface, and the tank upper part above the small hole is positioned on the hot water surface for use. A floating body such as a styrofoam made of donut discs is attached to the peripheral surface of the upper side of the tank above the plurality of small holes arranged in the tank, and the upper part above the floating body of the dissolution tank is floated on the surface of the bath water. The dissolution tank can be swung or swiveled. It is characterized in that no a.

  In the invention which concerns on Claim 9, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, in Claim 1, Claim 2, Claim 3, Claim 5, Claim 6, Claim 7 or Claim 8, In the simple manufacturing apparatus of the carbonated spring for bath described above, an alkali such as sodium bicarbonate (sodium hydrogen carbonate) and sodium carbonate was used as the powdery alkaline component, and an acid such as citric acid and succinic acid was used as the powdery acidic component. It is a feature.

Since the present invention adopts the above-described configuration, it solves the problems of the conventional bath carbonated spring manufacturing apparatus and solid bathing agents such as tablets, and continuously generates high-concentration carbon dioxide gas for a long time. The carbonated spring that can be maintained over a long period of time has a simple structure by elaborating on the structure of melting and stirring the powdered components that are the raw materials for carbon dioxide generation and the circulation and diffusion of hot water in the bath water. It has become possible to provide a simple manufacturing apparatus for carbonated springs for bathing that can be easily and economically manufactured and used.
In other words, dissolution, stirring, circulation reflux, and diffusion of the powdered alkaline component and the powdered acidic component, which have been considered to be relatively difficult, into the bath water are performed separately quickly, easily, and reliably in the bathtub. Therefore, there is no risk that the carbon dioxide generated by the alkaline component and acidic component coming into contact with the surface layer near the surface of the bath in a short period of time will be scattered outside. An apparatus for producing a carbonated spring for bathing that can maintain a high concentration of carbon dioxide gas over a long period of time while generating carbon dioxide gas, and that is free from unpleasant difficulties due to the insoluble matter remaining in the solid bathing agent. Can be provided efficiently and economically.

In the invention according to claim 1, since warm water in the bath water is taken into the dissolution tank through a plurality of small holes arranged on the peripheral surface of the tank, a powdery alkaline component or a powdery acidic component is added. The melting tank with a lid is positioned so that the lower part of the tank below the small hole sinks in the bath water below the hot water surface of the bathtub, and the upper part of the tank above the small hole floats on the hot water surface. Used in position. The hot water in the bath water introduced into the dissolution tank is connected to the lower part of the dissolution tank and is sucked into the submersible pump located in the bath water and discharged deep into the bath water from the submersible pump discharge port. The hot water in the bath water is introduced successively into the dissolution tank and circulated and refluxed in the bath.
Then, when a powdery alkaline component or a powdered acidic component is introduced into the bath water introduced into the dissolution tank and the fine mesh mesh-like strainer inside the dissolution tank, the powdered component Receives the swirl flow accompanying the suction of the bath water introduced into the dissolution tank by the lower submersible pump, and is passed through a fine wire mesh strainer together with warm water and separately dissolved and stirred, It is sucked into the pump. The powdery components and hot water sucked into the submersible pump are further dissolved and stirred as the rotary blades for suction of the submersible pump are rotated at a high speed, and dropped from the outlet of the submersible pump into the bath water of the bathtub. The alkaline component and the acidic component, which are separately in solution, are circulated and diffused gently and repeatedly in the bath water of the bathtub by circulating and refluxing the warm water in the bath water through the dissolution tank and the submersible pump. The carbon dioxide gas is continuously generated in the bath water.

In this case, the powdery component melting / stirring device main body consisting of the submersible pump and the smelting tank with a wire net-like strainer is used in a bathtub, but the upper part of the tank is on the hot water surface. In order to put the powdery component into the dissolution tank where the water floats, the powdered alkaline component is first charged, and the wire mesh is filtered by the swirling flow of hot water introduced into the dissolution tank as it is sucked from the submersible pump. The solution is passed through a vessel, dissolved and stirred, and dropped into the bath water deeply from the submersible pump discharge port, and the powdery components are surely and uniformly dissolved in the bath water. Wait until the powdered alkaline component is uniformly dissolved and stirred in the bath water, and then add the powdered acidic component into the dissolution tank. Dissolve and stir the solid components and drop them deeply into the bath water to ensure uniform dissolution in the bath water.
Therefore, the powdery alkaline component and the powdered acidic component are dissolved and stirred separately with a time difference, using a single powdery component dissolving / stirring device body, so they are mixed and dissolved simultaneously in the device body.・ It is not stirred.

The alkaline components are dissolved and stirred separately through the dissolution tank and the submersible pump and dropped deeply into the bath water, and are dissolved uniformly in the bath water to ensure uniform dissolution. And acidic components contact and react while circulating and diffusing gently and repeatedly in the bath water by circulating and recirculating hot water through the submersible pump and dissolution tank, and carbon dioxide gas is continuously generated in the bath water. It becomes like this. Therefore, there is no possibility that the alkaline component and the acidic component contact and react near the surface of the bath water in a short time to generate carbon dioxide and be scattered outside.
In addition, the powdery alkaline component and the powdered acidic component are separately dissolved and stirred through the dissolution tank and the submersible pump, and dropped into the bath water, and the powder form into the bath water is passed therethrough. Since reliable and uniform dissolution of the components can be performed continuously, carbon dioxide is continuously generated in the bath water, and the concentration of the generated carbon dioxide is also high over time. Can be maintained.

  Dissolving the alkaline components such as powdered sodium bicarbonate (sodium hydrogen carbonate) and sodium carbonate in bath water, which has been considered to be particularly difficult and time-consuming in the past, can be carried out in a dissolution tank using hot water and bath pump in the bath water. Circulating and refluxing action of hot water in bath water obtained through the swirling flow accompanying the suction of hot water in the bath water introduced and the dissolution tank of the powdery component with fine mesh mesh screen attached By rationally using the agitation action, it became possible to carry out quickly, easily and reliably.

  In order to produce a carbon dioxide spring that can continuously generate carbon dioxide in the bath water and maintain the carbon dioxide concentration at a high level for a long time, the alkaline component and the acidic component are made into an aqueous solution that takes time and effort. There is no need to prepare it by storing it in a heavy aqueous tank, or to prepare a large and heavy carbon dioxide gas cylinder. Because it is only necessary to prepare a compact, lightweight, and simple powder component melting / stirring device main body consisting of a submersible pump and a dissolution tank on the surface of the bath, for manufacturing, storage, transportation, In terms of use, it is convenient and suitable, and it can be obtained economically and is suitable.

  Unlike the conventional solid carbonic acid bathing agent, the material used for carbon dioxide generation uses acids such as citric acid and succinic acid and alkalis such as sodium bicarbonate (sodium hydrogen carbonate) and sodium carbonate, and is molded into a solid. Therefore, there is no inconvenience that an insoluble residue remains in the bathtub.

  As described above, the simple apparatus for manufacturing a carbonated spring for bath according to the present invention can be easily used with a simple structure, can continuously generate carbon dioxide gas stably, and can generate carbon dioxide gas. Since the concentration can be maintained at a high concentration over a long period of time, it can be used easily and safely in a bathtub at home, as well as public bathing facilities such as public baths, hotels, hot springs, other beauty salons, spas, etc. It is also suitable for business use in health promotion facilities.

In the invention according to claim 2, a pair of powdery component melting / stirring device main bodies comprising a submersible pump and a wire mesh-shaped strainer-equipped dissolution tank are used, and they are separated from both ends or even angle portions of the bathtub. One of the powdery component dissolution / stirring device main body is used for the alkaline component and the other is used for the acidic component, and the powdery alkaline component and the powdery acidic component are arranged so as to face each other. The dissolution / stirring device main body and the other dissolution / stirring device main body are separately melted and stirred, and dropped into the bath water from the submersible pump discharge port of each dissolution / stirring device body. As a result, the alkaline component and acidic component in solution form gradually circulate and diffuse from the oppositely spaced locations in the bath water to contact and react, and carbon dioxide continues in the bath water. As generated Becomes, there is no possibility that such a carbon dioxide gas from being scattered to the outside occurs in the catalytic reaction in the way of the surface plane of the bathwater within a time short and the alkaline component and an acidic component.
In this case, it is not necessary to dissolve and agitate the powdered alkaline component and the powdered acidic component at a time difference, so that the efficiency of dissolving and agitating each powdered component can be increased. The continuous generation of carbon dioxide in the bath water and the concentration of the generated carbon dioxide can be maintained at a high concentration for a long time, more quickly, easily, reliably and efficiently.

  In the invention which concerns on Claim 3, the melt | dissolution / stirring apparatus main body of the powdery component of an alkaline component or an acidic component is arrange | positioned facing and spaced apart from the four corners of a bathtub, and the melt | dissolution / stirring apparatus main body of the powdery component facing these four corners Is divided into an alkaline component and an acidic component alternately at the four corners, in the bath water introduced into the respective dissolution tanks and the powdery alkaline component charged on the inner surface of the wire mesh-like strainer in the dissolution tank or The powdered acidic components are swirled with hot water in the bath water taken into the dissolution tank sucked by the respective submersible pumps below, and passed through a wire mesh stirrer to be dissolved and stirred separately. Then, the alkaline and acidic components that have been dropped into the bath water from the discharge port of the submersible pump are dissolved in the bath water by circulating and recirculating hot water through the dissolution tank and the submersible pump. Since the carbon dioxide gas is generated continuously in the bath water, it is gradually circulated and diffused in contact with each other, so that the alkaline component and the acidic component are in close contact with the surface of the bath water in a short time. There is no risk that carbon dioxide gas is generated by reaction and scattered outside, and in this case, there is no need to dissolve and stir the powdered alkaline component and the powdered acidic component with a time lag. It can also be performed simultaneously at the four even positions. Therefore, the efficiency of dissolution and stirring of each powdery component in hot water can be increased, and the continuous generation of carbon dioxide in the bath water and the generated carbon dioxide concentration can be controlled. Maintaining a high concentration for a long time can be performed more quickly, easily, reliably and efficiently.

  In the invention according to claim 4, the shape of the fine mesh-like strainer disposed in the dissolution tank of the powdery component is U-shaped or curved upwardly or curved upward. This is a flat dish shape that is shallow and curved in an inverted U-shape, whereby the powdered components can be efficiently dissolved and stirred.

  In the invention according to claim 5, a mesh or brush-like mat is stretched around the inner peripheral surface of the powdery component dissolution tank, and the swirl of hot water in the bath water taken into the dissolution tank accompanying suction from the submersible pump Fibers that are entangled in a mesh or brush-like mat that is further laid with a powdery alkaline component or a powdery acidic component that is dissolved and stirred by being passed through a fine-mesh wire mesh strainer. Since it has been pushed through, it is possible to increase the dissolution / stirring efficiency of each powdery component in warm water and further increase the solubility of each powdery component in warm water.

  In the invention according to claim 6, as a positioning posture with respect to the hot water surface of the water bath of the melting tank with a lid for charging and dissolving and stirring by adding a powdery alkaline component or a powdered acidic component, it is disposed on the circumferential surface of the tank. The bath water of the bathtub is taken into the inside through a plurality of small holes, the lower part of the tank below the small hole is positioned in the bath water below the hot water surface, and the upper part of the tank above the small hole is the hot water surface. In order to use it by placing it on the top, the melting tank is hung on the edge frame or wall surface of the bathtub through a rod-like or string-like hanging tool, so that the powdery components are put into the melting tank. It is possible to efficiently and stably carry in hot water in bath water and dissolve / stir powder components.

  In the invention according to claim 7, as a positioning posture with respect to the hot water surface of the water bath of a melting tank with a lid for charging and dissolving and stirring by adding a powdery alkaline component or a powdered acidic component, The bath water of the bathtub is taken into the inside through a plurality of small holes, the lower part of the tank below the small hole is positioned in the bath water below the hot water surface, and the upper part of the tank above the small hole is the hot water surface. In order to use it by placing it on the upper surface of the tank above the plurality of small holes disposed on the peripheral surface of the tank, a floating body in the shape of a disc or the like integral with the tank is attached to the peripheral surface of the tank, and the floating body of the dissolution tank The dissolution tank can be swung or swiveled by floating the upper part above the hot water surface of the bath water. Elevation of dissolution and stirring efficiency and solubility It is possible to uplift.

  In the invention according to claim 8, as a positioning posture with respect to the hot water surface of the water bath of a melting tank with a lid that is charged with a powdery alkaline component or a powdered acidic component to be dissolved and stirred, it is disposed on the circumferential surface of the tank. The bath water of the bathtub is taken into the inside through a plurality of small holes, the lower part of the tank below the small hole is positioned in the bath water below the hot water surface, and the upper part of the tank above the small hole is the hot water surface. In order to use it by positioning it above the floating surface of the dissolution tank, a floating body such as a donut disk made of polystyrene foam is attached to the circumferential surface of the upper side of the tank above the plurality of small holes arranged on the circumferential surface of the tank. Since the upper part is floated on the surface of the bath water, the dissolution tank can be swung or swiveled. Dissolution / stirring efficiency It is possible to uplift uplifting and solubility.

  In the invention according to claim 9, in order to continuously generate carbon dioxide in bath water and maintain the carbon dioxide concentration at a high concentration over a long period of time, powdered sodium bicarbonate (sodium bicarbonate) is used as an alkaline component. The use of alkali such as sodium carbonate and acid such as powdered citric acid and succinic acid as acidic components makes it possible to easily and economically obtain a carbonated spring that can be maintained at a high concentration for a long time. it can.

The longitudinal cross-sectional view of the simple manufacturing apparatus of the carbonated spring for baths which concerns on an example of implementation of this invention. The longitudinal cross-sectional view which shows an example of the dissolution tank of the powdery component of this invention. The longitudinal cross-sectional view which shows another example of the dissolution tank of the powdery component of this invention. The example of arrangement | positioning of the melt | dissolution and stirring apparatus main body of the powdery component of this invention.

  With reference to the attached drawings, an example of an embodiment which is a specific form for carrying out the simple manufacturing apparatus for carbonated spring for bath according to the present invention will be described.

FIG. 1 is a longitudinal sectional view of a carbonated spring manufacturing apparatus according to an embodiment of the present invention.
Reference numeral 1 denotes a bathtub, and A and B denote a pair of powdery component melting / stirring apparatus main bodies arranged opposite to and spaced from both end portions or even angle portions (diagonal corners) in the bathtub 1.
As a powdery component for generating carbon dioxide gas in the bath water, an alkaline component such as powdered sodium bicarbonate (sodium bicarbonate), powdered sodium carbonate or the like is used, and an acidic component such as powdered quencher is used. An acid, such as powdered succinic acid, is used.

The powdery component melting / stirring apparatus main bodies A and B are provided with the bath water of the bathtub 1 through a plurality of small holes 3 arranged on the peripheral surface of the tank, and the lower side of the tank below the small holes 3. Is placed in the bath water below the hot water surface, and the upper side of the tank above the small hole 3 is placed on the hot water surface and used to dissolve the powdered alkaline component or powdered acidic component with a lid. 2 and a submersible pump 4 which is connected to the lower part of the bath and is disposed in the bath water and circulates and recirculates the hot water in the bath water of the bath as the bath water is sucked into the melting tank 2. Yes.
As a positioning posture of the melting tank 2 with respect to the hot water surface of the bath 1, the bath water of the hot water boat 1 is taken into the inside through a plurality of small holes 3 arranged on the peripheral surface of the tank, and the lower side of the tank below the small hole 3. 2 is positioned in the bath water below the hot water surface, and the upper side of the tank above the small hole 3 is used on the hot water surface, as shown in FIG. A bowl-shaped floating body 5 such as a disk shape integral with the tank is attached to the peripheral surface of the upper side of the tank above 3, and the upper part of the floating body 5 of the dissolution tank 2 is floated on the surface of the bath water and dissolved. The tank 2 can be swung or swiveled.

As a positioning posture of the melting tank 2 with respect to the hot water surface of the bathtub 1, instead of using the bowl-shaped floating body 5 such as a disk shape integrated with the tank, as shown in FIG. A floating body 6 such as a donut disk made of polystyrene foam is attached to the peripheral surface of the upper side of the tank above the plurality of small holes 3, and the upper part of the floating body 6 of the dissolution tank 2 is floated on the surface of the bath water. Thus, the dissolution tank 2 may be swingable or turnable.
Further, instead of using the floating body 5 or 6, the dissolution tank 2 may be suspended and arranged on the edge frame or wall surface of the bathtub through a rod-like or string-like hanging tool.

  At the center of the lower surface of the dissolution tank 2, a receiving cylinder 7 that protrudes by a predetermined length toward both the inner and outer surfaces and that is connected to the lower submersible pump 4 protrudes.

In the dissolution tank 2, a fine wire mesh-shaped strainer 8 with the lower surface facing the upper surface of the receiving cylinder 7 is attached, and the submersible pump 4 is placed in the bath water taken into the dissolution tank 2. The hot water is sucked into a swirling flow, combined with the wire mesh strainer 8 to dissolve and stir the powdery component, dropped deeply into the bath water, and circulated and refluxed in the bath.
The shape of the wire mesh-like strainer 8 may be either a U-shaped curved shape that is deeply curved as shown in FIGS. 2 or 3, or an inverted U-shaped curved shape that is shallowly curved.

A mesh or brush-like mat 9 is stretched around the inner peripheral surface of the dissolution tank 2. A powdery alkaline component or a powdery acidic component is put on the inner surface of a fine wire mesh strainer 7 provided in the dissolution tank 2.
The powdery alkaline component or the powdery acidic component charged on the inner surface of the wire mesh strainer 8 is charged toward the bath water introduced into the dissolution tank 2 and toward the inner surface of the wire mesh strainer 8. In response to the swirling flow of the hot water of the bath water that is introduced into the dissolution tank 2 by the lower submersible pump 2, the hot water is passed through the wire mesh-like strainer 8, and the mesh or brush-like By being pushed through and passed through the fibers of the mat 9 that are entangled, it is dropped into the bath water deeply through the discharge port of the submersible pump 4 while being quickly and easily dissolved and stirred.
The alkaline component and the acidic component, which are dissolved uniformly and reliably in the bath water, are circulated gently and repeatedly in the bath water by circulating and recirculating hot water through the submersible pump 2 and dissolution tank 3. While it is diffused, it reacts by contact and carbon dioxide gas is continuously generated in the bath water. Therefore, there is no risk that the alkaline component and the acidic component will contact and react near the surface of the bath water in a short time, and carbon dioxide will be generated and scattered outside. Carbon dioxide gas is generated, and the concentration of the generated carbon dioxide gas can be stably maintained at a high concentration over a long period of time.

FIG. 4 is a plan view of a carbonated spring manufacturing apparatus according to still another embodiment of the present invention. In this case, the powdery component dissolution / stirring device main bodies A, B, C, D are used, which are arranged at the four corners of the bathtub 1 so as to face each other. , B, C, and D are alternately assigned to the acidic component and the alkaline component, respectively.
Therefore, in this case, it is possible to further enhance the dissolution / stirring efficiency of each powdery component in warm water and the solubility thereof.

1 Bathtub 2 Dissolution tank 3 Small hole (suction hole)
4 Submersible Pump 5 Tank and Floating Body 6 Tank and Separate Floating Body 7 Receptacle 8 Fine Mesh Mesh Insulator 9 Mesh or Brush Mat A Powder Powder Component Dissolving / Agitating Device Body B Powder Component Main body of melting / stirring device C Main body of dissolving / stirring device of powdery component D Main body of dissolving / stirring device of powdery component

Claims (9)

  Take the hot water from the bathtub through the small holes provided in the tank's peripheral surface, and place the lower part of the tank below the small hole in the bath water below the hot water surface. The upper part of the tank is positioned on the surface of the hot water and used to dissolve the powdered alkaline component or powdered acidic component with a lid, and connected to the lower part of the tank and placed in the bath water. A melting / stirring device that dissolves and stirs powdered alkaline components or powdered acidic components, which consists of a submersible pump that circulates and recirculates the warm water in the bathing bath of the bathtub as the bath water drawn into the bath A powdery alkaline component or a powdery acidic component, which is provided in the bath water introduced into the dissolution tank and on the inner surface of a fine wire mesh-shaped strainer in the dissolution tank, comprising a main body Is the lower water pump In response to the swirling flow accompanying the suction of the bath water taken into the melting tank by the The alkaline component and the acidic component, which are dropped into the bath water deeply and separately in solution, are added to the bath water of the bathtub by circulating and recirculating hot water in the bath water through the dissolution tank and the submersible pump. A simple device for producing a carbonated spring for bathing, characterized in that it is gently circulated and diffused in contact with it, and carbon dioxide gas is continuously generated in the bath water.   Take the hot water from the bathtub through the small holes provided in the tank's peripheral surface, and place the lower part of the tank below the small hole in the bath water below the hot water surface. The upper part of the tank is positioned on the surface of the hot water and used to dissolve the powdered alkaline component or powdered acidic component with a lid, and connected to the lower part of the tank and placed in the bath water. A melting / stirring device that dissolves and stirs powdered alkaline components or powdered acidic components, which consists of a submersible pump that circulates and recirculates the warm water in the bathing bath of the bathtub as the bath water drawn into the bath Dissolving / stirring of the powdery component comprising a main body, and a pair of dissolution / stirring devices for the alkaline component or acidic powdery component facing the opposite ends or even angle of the bathtub. Alkaline component on one side of the device The other is for the acidic component, and the powdery alkaline component or powdery powder is poured into the bath water taken into the dissolution tank and onto the fine wire mesh inner surface of the dissolution tank. The acidic components are passed through a fine wire mesh strainer in response to the swirling flow accompanying the suction of the bath water taken into the dissolution tank by the lower submersible pump, and are dissolved and stirred separately. The alkaline component and the acidic component, which are dropped into the bath water of the bathtub from the discharge port of the submersible pump and are separately in solution, are respectively heated water in the bath water via the dissolution tank and the submersible pump. A simple apparatus for producing a carbonated hot spring for bathing, characterized in that it is circulated and diffused gently and repeatedly in the bath water of the bathtub by contacting and recirculating, so that carbon dioxide gas is continuously generated in the bath water.   Take the hot water from the bathtub through the small holes provided in the tank's peripheral surface, and place the lower part of the tank below the small hole in the bath water below the hot water surface. The upper part of the tank is positioned on the surface of the hot water and used to dissolve the powdered alkaline component or powdered acidic component with a lid, and connected to the lower part of the tank and placed in the bath water. A melting / stirring device that dissolves and stirs powdered alkaline components or powdered acidic components, which consists of a submersible pump that circulates and recirculates the warm water in the bathing bath of the bathtub as the bath water drawn into the bath A main body is provided, and the powdery component dissolving / stirring device main body of the alkaline component or the acidic component is arranged opposite to the four corners of the bathtub, and the powdery component dissolving / stirring device main body facing the four corners is provided. Alkaline component alternately at four corners Powdery alkaline component or powdery acidic component charged into the bath water to be taken into the dissolution tank and on the inner surface of a fine wire mesh-shaped strainer in the dissolution tank Is subjected to a swirl flow accompanying the suction of the bath water taken into the dissolution tank by the lower submersible pump, and is passed through a fine wire mesh-shaped strainer and dissolved and stirred separately, The alkaline component and the acidic component, which are dropped into the bath water of the bathtub from the discharge port of the submersible pump and are separately in solution, are respectively heated water in the bath water via the dissolution tank and the submersible pump. A simple apparatus for producing a carbonated spring for bathing, characterized in that it is repeatedly circulated and diffused in the bath water of the bathtub by circulation recirculation so that carbon dioxide gas is continuously generated in the bath water.   Combined with the swirl flow accompanying the suction of the bath water taken from the bath by the submersible pump below, it was placed in the dissolution tank to dissolve and agitate the powdery alkaline component or powdered acidic component. It is characterized by the shape of a fine wire mesh-shaped strainer being a U-shape that curves deeply in a U-shape toward the bottom or a flat dish shape that curves in a shallow reverse U-shape toward the top. The simple manufacturing apparatus of the carbonated spring for baths of Claim 1, Claim 2 or Claim 3.   A mesh or brush-like mat is stretched around the inner surface of the dissolution tank for powdered components, and dissolved and agitated in response to the swirling flow accompanying the suction of the bath water taken into the dissolution tank by the lower submersible pump. The powdery alkaline component or the powdery acidic component is pushed into the entangled fibers of the mesh or brush-like mat to increase the solubility of the powdered component in warm water. The simple manufacturing apparatus of the carbonated spring for baths according to claim 1, claim 2, claim 3 or claim 4.   As a positioning posture with respect to the hot water surface of the water bath of a melting tank with a lid that is charged with a powdery alkaline component or a powdered acidic component to dissolve and agitate, it is inside through a plurality of small holes arranged on the peripheral surface of the tank In order to use the bath water of the bathtub, place the lower side of the tank below the small hole in the hot water below the hot water surface, and position the upper part of the tank above the small hole on the hot water surface for use. 6. The tank according to claim 1, 2, 3, 4 or 5, wherein the tank is suspended from a frame or a wall surface of a bathtub by way of a rod-like or string-like hanging tool. The simple manufacturing apparatus for carbonated springs for baths described in 1.   As a positioning posture with respect to the hot water surface of the water bath of a melting tank with a lid that is charged with a powdery alkaline component or a powdered acidic component to dissolve and agitate, it is inside through a plurality of small holes arranged on the peripheral surface of the tank In order to use the bath water from the bathtub, place the lower side of the tank below the small hole in the hot water below the hot water surface and position the upper side of the tank above the small hole on the hot water surface. A bowl-shaped floating body, such as a disk, integrated with the tank is attached to the circumferential surface of the upper side of the tank above the plurality of small holes arranged on the circumferential surface, and the upper part of the melting tank is placed in the bath water. 6. The simplified apparatus for producing a carbonated spring for bath according to claim 1, wherein the dissolution tank is floated on a surface and can be swung or swiveled.   As a positioning posture with respect to the hot water surface of the water bath of a melting tank with a lid that is charged with a powdery alkaline component or a powdered acidic component to dissolve and agitate, it is inside through a plurality of small holes arranged on the peripheral surface of the tank In order to use the bath water from the bathtub, place the lower side of the tank below the small hole in the hot water below the hot water surface and position the upper side of the tank above the small hole on the hot water surface. A floating body such as a styrofoam made donut disk is attached to the circumferential surface of the upper side of the tank above a plurality of small holes arranged on the circumferential surface, and the upper part of the melting tank is placed above the surface of the bath water. The simple manufacturing apparatus for carbonated springs for baths according to claim 1, 2, 3, 4, or 5, wherein the dissolution tank can be swung or swiveled.   3. An alkali such as sodium bicarbonate (sodium hydrogen carbonate) or sodium carbonate is used as a powdery alkaline component, and an acid such as citric acid or succinic acid is used as a powdery acidic component. The manufacturing apparatus of the carbonated spring for simple baths of Claim 3, Claim 4, Claim 5, Claim 6, Claim 7 or Claim 8.