JP2014018772A - Simple production apparatus for bath carbonate spring - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a simple production apparatus for bath carbonate spring, capable of maintaining high concentration carbon dioxide over a long period of time by quickly, easily and surely dissolving, agitating and dispersing a powdery alkaline component and an acid component into bath hot water, thereby continuously generating the carbon dioxide in the bath hot water.SOLUTION: The simple production apparatus for bath carbonate spring includes an alkaline or acid powdery component dissolving, agitating and dispersing device body comprising: a dissolution tank with a lid, the tank having a plurality of small holes arranged on a tank peripheral surface, through which bath hot water is taken into the dissolution tank, and the upper portion of the tank floating on a hot water surface; and a submerged pump connected to the lower portion of the tank or positioned in the bath hot water. The powdery alkaline component or acid component-charged dissolution tank is sunk deeply in the bath hot water, and both powdery components are each separately dissolved and agitated by receiving a swirling flow generated by the submerged pump for circulating and returning hot water in a bathtub, and the powdery components gently contact with each other by being repeatedly circulated, returned and dispersed deeply as a solution shape into the bath hot water of the bathtub, so that the high concentration carbon dioxide is continuously generated and maintained over the long period of time.

Description

The present invention dissolves, stirs, and diffuses powdery alkaline components and acidic components in warm water in the bath water separately, quickly, easily, and efficiently. The present invention relates to a simple apparatus for producing a carbonated spring for bathing that can generate gas and stably maintain a high concentration of carbon dioxide gas over a long period of time.
In particular, the present invention uses a powdery alkaline component or acidic component, takes bath water inside, floats the upper side of the tank on the surface of the hot water, and sinks the lower side of the tank below the surface of the hot water, or is used in the form of powdery alkaline Incorporate a component or an acidic component, take bath water inside, sink the entire tank below the hot water surface, and use it with a lid with or without a lid. By effectively using a submersible pump that circulates and recirculates hot water in the bathtub, the entire dissolution tank into which the powdery alkaline component or acidic component is charged through or without a wire mesh or mesh strainer is used as a bath. It is submerged deeply in the hot water, and its powdery alkaline or acidic components are quickly and separately subjected to a swirling or fountain flow by suction or discharge of a submersible pump that circulates and recirculates hot water in the hot water boat. It dissolves and stirs easily and reliably, and efficiently forms a solution deeply in the bath water of the bathtub, and is repeatedly circulated, refluxed and diffused to gently come in contact with it to continuously generate carbon dioxide in the bath water. The present invention relates to a simple apparatus for producing a carbonated spring for bathing that can stably maintain a concentration of carbon dioxide gas over a long period of 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. Efficient use of a powdered component dissolution tank with the other part located below the surface of the hot water, each of which is quickly, easily and reliably dissolved and stirred and dropped into the bath water to circulate and recirculate and diffuse. Therefore, the carbon dioxide gas is continuously generated in the bath water, and the high-concentration carbon dioxide gas cannot be maintained over a long period of time. The effect 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. Dissolving, stirring and diffusing the powdered components, which are the raw materials for generating carbon dioxide gas, which are said to require relatively long time and labor to dissolve the carbon dioxide spring that can be dissolved, into the hot water in the bath water and circulating the reflux of the hot water in the bath water -The purpose of the present invention is to provide a simple carbonated spring manufacturing device that can be easily and economically manufactured and used with a simple structure by devising the structure of diffusion.
In other words, dissolution and stirring of hot alkaline water in the bath water and stirring and circulation reflux / diffusion of the powdery alkaline component and the powdered acidic component, which are considered to be relatively difficult, are performed quickly and easily separately in the bathtub. Therefore, there is no risk that the carbon dioxide generated by the contact reaction between the alkaline component and the acidic component in the surface layer near the bath surface in a short time will be scattered outside. It is possible to maintain a high concentration of carbon dioxide gas stably over a long period of time while generating carbon dioxide gas continuously in hot water, and there is no unpleasant difficulty due to the insoluble matter remaining in the solid bathing agent. An object of the present invention is to efficiently and economically provide an apparatus for producing a carbonated spring for bath.

  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 the simple manufacturing apparatus for carbonated spring for bath, the tank main body below the small hole is obtained by taking the bath water of the bathtub into the inside through a plurality of small holes arranged on the peripheral surface of the tank main body. The lower part is positioned in the bath water below the hot water surface, and the tank body upper part above the small hole floats on the hot water surface, and is connected to the lower part of the tank and placed in the bath water. In the bath water of alkaline or acidic powdery components, comprising a submersible pump that circulates and recirculates the hot water in the bath water of the bath as the bath water is sucked in or discharged from the bath. It is equipped with a melting / stirring / diffusion device main body for dissolving, stirring, and diffusing in hot water, and the powdered alkaline component or the powdered acidic component is passed through or without a wire mesh or mesh-like strainer. The entire dissolution tank is The powdered alkaline component or powdered acidic component that has been submerged deeply is separately subjected to swirl or fountain flow by suction or discharge of a submersible pump that circulates and recirculates hot water in the bath water of the bathtub. It dissolves and stirs quickly, easily and reliably, and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water so that it gently contacts and continues in the bath water. In particular, carbon dioxide gas is generated, and high concentration carbon dioxide gas is stably maintained for a long time.

  In the invention according to claim 2, the structure of the simple manufacturing apparatus for bath carbonate spring is the simple manufacture apparatus for bath carbonate spring according to claim 1, wherein the tank is used as a dissolution tank with a lid for charging an alkaline or acidic powdery component. A wire mesh or mesh strainer is provided inside the main body, a plurality of small holes are provided on the peripheral surface of the tank main body, and the tank body is attached to the edge frame of the bathtub via a rod-like or string-like hanging tool. By suspending it from the wall, etc., the bath water of the bathtub is taken into the tank body through a plurality of small holes arranged on the peripheral surface of the tank body, and the lower side of the tank body below the small holes is poured into the hot water. In the bath water of the bathtub, use a bath that is positioned in the bath water below the surface and the upper part of the tank body above the small hole is floated on the bath surface so that the dissolution tank can be swung or swiveled in the bath water. Circulated return of hot water As a submersible pump, the suction port is connected to the lower part of the dissolution tank, and the hot water in the bathtub is circulated and recirculated as the bath is drawn into the hot water bath. The entire dissolution tank in which a powdered alkaline component or a powdered acidic component is added through a wire mesh or mesh strainer is removed from the hanging tool and submerged deeply in the bath water. The charged powdery alkaline component or powdered acidic component is swirled by the suction of the submersible pump and passed through a fine mesh device such as a wire mesh or mesh, and each is quickly, easily and reliably separated. As it is dissolved and stirred, it is led out as a solution deeply efficiently in the bath water of the bathtub, and it is repeatedly circulated and diffused in the bath water and gently contacted. Is characterized in that none caused the scan high concentrations of carbon dioxide gas so as to stably maintain for a long time.

  In the invention according to claim 3, as the structure of the simple manufacturing apparatus for bath carbonate spring, in the simple manufacturing apparatus for bath carbonate spring according to claim 1, as a dissolution tank with a lid for charging an alkaline or acidic powdered component, a tank A mesh or mesh-shaped strainer is provided inside the main body, a plurality of small holes are provided on the peripheral surface of the tank main body, and an upper part of the tank main body above the plurality of small holes provided on the peripheral surface of the tank main body. A bowl-shaped floating body, such as a disk, integrated with the tank body is attached to the peripheral surface, and the upper part of the dissolution tank float is floated on the surface of the bath water, so that the dissolution tank does not rock in the bath water. By making it possible to swivel, the bath water of the bathtub is introduced into the tank body through a plurality of small holes arranged on the circumferential surface of the tank body, and the lower side of the tank body below the small holes is placed below the hot water surface. The small hole located in the bath As a submersible pump that circulates and recirculates hot water in the bath water of the bathtub, a suction port is connected to the lower side of the dissolution tank, and the bath body upper side is floated on the hot water surface. It is used to circulate and recirculate hot water in the bath water of the bathtub with suction of the bath water of the bathtub that is placed in the dissolution tank body, and it is a powdery alkaline component or a powdered acidic component The entire dissolution tank charged with a mesh-like or mesh-like strainer is submerged deeply in the bath water together with the integrally attached bowl-shaped floating body, and the charged powdery alkaline component or powdered acidic component In response to the swirling flow generated by the suction of the submersible pump, it is passed through a fine mesh device such as a wire mesh or mesh, and each is quickly, easily and reliably dissolved and stirred, and efficiently in the bath water of the bathtub. Derived deeply as a solution, repeatedly circulated, recirculated and diffused in the bath water and gently contacted, so that carbon dioxide gas is continuously generated in the bath water, and high-concentration carbon dioxide gas is stably produced over a long period of time. It is characterized by being maintained.

  In the invention according to claim 4, as a structure of a simple manufacturing apparatus for bath carbonate spring, in the simple manufacture apparatus for bath carbonate spring according to claim 1, a tank as a dissolution tank with a lid for charging an alkaline or acidic powdered component is used. A mesh or mesh-shaped strainer is provided inside the main body, a plurality of small holes are provided on the peripheral surface of the tank main body, and an upper part of the tank main body above the plurality of small holes provided on the peripheral surface of the tank main body. A floating body such as a styrofoam made of donut disc is attached to the peripheral surface in a detachable manner so that the upper part of the melting tank floats above the surface of the bath water and the dissolution tank does not swing in the bath water. By making it possible to swivel, the bath water of the bathtub is introduced into the tank body through a plurality of small holes arranged on the circumferential surface of the tank body, and the lower side of the tank body below the small holes is placed below the hot water surface. Located in the bath A suction port is connected to the lower part of the dissolution tank as a submersible pump that circulates and recirculates the hot water in the bath water of the bath using a tank that floats on the surface of the tank body above the small hole. The hot water in the bath water is circulated and recirculated as the bath water drawn in the bath is placed in the dissolution tank body, and the powdery alkaline component or powder is used. The entire dissolution tank into which the acidic component in the form of a powder is introduced through a wire mesh or mesh strainer is removed from the floating body and submerged deeply in the bath water, and the charged alkaline component or acidic component in powder form In response to the swirl flow generated by the suction of the submersible pump, it is passed through a fine mesh device of mesh or mesh shape, and each is quickly, easily and reliably dissolved and stirred separately, and the bathtub is efficiently Derived as a solution deeply in the hot water, repeatedly circulated, refluxed and diffused in the bath water and gently contacted, so that carbon dioxide is continuously generated in the bath water and stable high concentration carbon dioxide gas for a long time. It is characterized in that it is made to maintain.

  In the invention according to claim 5, as a structure of a simple manufacturing apparatus for bath carbonate spring, in the simple manufacture apparatus for bath carbonate spring according to claim 1, a tank as a dissolution tank with a lid for charging an alkaline or acidic powdered component is used. The main body is made of a wire mesh or mesh-like strainer with many fine holes, and the tank body is suspended on the edge frame or wall surface of the bathtub via a rod-like or string-like hanging tool. By lowering the tank body, the bath body of the bathtub is moderately taken into the tank body through the numerous small holes in the peripheral surface of the tank body, and the lower side of the tank body is positioned in the bath water below the surface of the tank body. The dissolution tank is used as a submersible pump that circulates and recirculates the warm water in the bath water of the bathtub, using a melting tank that can be swung or swiveled in the bath water with the upper part floating above the surface of the bath. The suction port is connected to the lower part of the bath, and is placed in the bath water, which circulates and recirculates the hot water in the bath water of the bath with the suction of the bath water taken into the dissolution tank, and uses powder. The entire dissolution tank formed of the same type of wire mesh or mesh type strainer charged with an alkaline component in the form of a powder or an acidic component in a powder form is submerged deeply in the bath water by removing the hanging tool. The powdery alkaline component or the powdered acidic component is swirled by the suction of the submersible pump and passes through the peripheral wall of the tank body, which is similar to a fine mesh mesh or mesh. Each is quickly, easily and reliably dissolved and agitated, and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water to gently come into contact with the bath. Hot water Among them, carbon dioxide gas is continuously generated to stably maintain a high concentration of carbon dioxide gas over a long period of time.

  In the invention according to claim 6, as a structure of a simple manufacturing apparatus for bath carbonate spring, in the simple manufacture apparatus for bath carbonate spring according to claim 1, a tank as a dissolution tank with a lid for charging an alkaline or acidic powdery component is used. The main body is formed of a wire mesh or mesh-like strainer having a large number of fine holes, and a bowl-shaped floating body such as a disk shape integrated with the tank main body is provided on the upper peripheral surface of the tank main body. A large number of small holes on the peripheral surface of the tank body are formed by attaching the upper part of the floating body of the dissolution tank above the surface of the bath water so that the dissolution tank can be swung or swiveled in the bath water. The bath body of the bathtub is moderately taken into the tank body, the lower part of the tank body is positioned in the bath water below the hot water surface, and the upper part of the tank body is floated on the hot water surface, Temperature in the bath As a submersible pump that circulates and recirculates the water, hot water in the bath water of the bathtub is connected with the suction of the hot water bath that is placed in the bath water with a suction port connected to the lower side of the dissolution tank. Is used to circulate and recirculate, and the entire dissolution tank formed of the same type as a wire mesh or mesh-like strainer charged with a powdery alkaline component or a powdered acidic component is a bowl-shaped unit. The powdered alkaline component or powdered acidic component that is submerged deeply in the bath water with the floating body receives the swirling flow generated by the suction of the submersible pump, and is similar to a fine mesh screen or mesh-shaped strainer. The bath is made to pass through the peripheral wall of the tank body, which is made of water, dissolved and stirred separately, quickly, easily, and reliably. It is characterized by the fact that it repeatedly circulates and recirculates and diffuses in the hot water and makes gentle contact, so that carbon dioxide is continuously generated in the bath water to maintain a high concentration of carbon dioxide stably over a long period of time. To do.

  In the invention according to claim 7, as a structure of a simple manufacturing apparatus for bath carbonate spring, in the simple manufacture apparatus for bath carbonate spring according to claim 1, a tank as a dissolution tank with a lid for charging an alkaline or acidic powdery component is used. The main body is made of a wire mesh or mesh-like strainer with many fine holes, and a floating body such as a donut disk made of polystyrene foam is detachable on the upper surface of the tank body. A large number of small holes on the peripheral surface of the tank body are formed by attaching the upper part of the floating body of the dissolution tank above the surface of the bath water so that the dissolution tank can be swung or swiveled in the bath water. The bath body is taken into the tank body moderately, the lower part of the tank body is positioned in the bath water below the hot water surface, and the upper part of the tank body is floated on the hot water surface. As a submersible pump that circulates and recirculates hot water in the bath water, a suction port is connected to the lower part of the dissolution tank and the bath is located in the bath water. The hot water in the bath water is circulated and refluxed, and the entire dissolution tank formed of the same type of wire mesh or mesh strainer charged with a powdery alkaline component or a powdered acidic component is used. The floated body is removed and submerged deeply in the bath water. The charged powdery alkaline component or powdered acidic component receives a swirling flow by suction of the submersible pump and is finely meshed or meshed. It is passed through the peripheral wall of the tank body formed by the same method as above, and is quickly and easily and reliably dissolved and stirred separately, and it is efficiently derived as a solution deep in the bath water of the bathtub. It is characterized by the fact that it is repeatedly circulated and diffused repeatedly in the bath water and gently contacts it, so that carbon dioxide gas is continuously generated in the bath water to stably maintain a high concentration of carbon dioxide gas for a long time. It is what.

  In the invention according to claim 8, as the structure of the simple manufacturing apparatus for bath carbonate springs, in the simple manufacture apparatus for bath carbonate springs according to claim 5, claim 6 or claim 7, the tank body is provided with a large number of fine holes. A wire mesh or mesh-shaped strainer is disposed inside a tank body of a dissolution tank formed of the same type as a wire mesh or mesh-shaped strainer having a metal mesh.

  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 hot spring for bath described above, as a submersible pump that circulates and recirculates hot water in the bath water of the bathtub, the discharge port is connected to the lower side of the dissolution tank for charging the powdered alkaline component or acidic component, Is used to circulate and recirculate the hot water in the bath water of the bathtub with the discharge of the bath water of the bathtub installed in the dissolution tank, and the powdered alkaline component or the acidic component of the powder is added The entire dissolution tank is submerged deeply in the bath water, and the charged alkaline component or acidic powder component is quickly and easily separated by the fountain flow from the submersible pump. It dissolves and stirs reliably and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water to gently come in contact with it. And a high concentration of carbon dioxide gas is stably maintained over a long period of time.

  In the invention according to claim 10, as a structure of a simple manufacturing apparatus for carbonated spring for bathing, hot water in the bath water of a bathtub is taken in through a large number of small holes in the tank body, and an alkaline or acidic powdery component is added. A melting tank with a lid that is charged and melted, and hot water in the bath water of the bathtub is circulated along with the suction or discharge of the bath water that is placed in the bath water and is taken into the bath It comprises a dissolving / stirring / diffusion device main body for dissolving, stirring, and diffusing alkaline or acidic powdery components in warm water in bath water, comprising a submersible pump for reflux, and the powdery alkaline components or The entire dissolution tank formed of the same type of wire mesh or mesh strainer charged with acidic components is submerged deeply in the bath water, and the suction port or discharge of the submersible pump placed on the bottom of the bathtub. The powdery alkaline component or acidic component, which is placed adjacent to each other, is formed in the same manner as a wire mesh-like or mesh-like strainer by receiving a swirl flow by suction of a submersible pump or a fountain flow by discharge. It is passed through the peripheral wall surface of the fine tank body, and each is quickly, easily and reliably dissolved and stirred, and it is efficiently led out as a solution deep inside the bath water and repeated in the bath water. It is characterized by the fact that it circulates and recirculates and diffuses and comes in contact gently, so that it generates carbon dioxide continuously in the bath water and maintains a high concentration of carbon dioxide stably over a long period of time. .

  In the invention which concerns on Claim 11, in the simple manufacturing apparatus of the carbonated spring for baths of Claim 10, as a structure of the simplified manufacturing apparatus of the carbonated spring for baths, in order to take in the warm water in the bath water of a bathtub, a tank body is made into many fine details. A wire mesh or mesh stirrer is formed inside the tank body of a dissolution tank with a lid for charging alkaline or acidic powder components, which is formed in the same manner as a wire mesh or mesh strainer having small holes. It is characterized by being disposed.

  In the invention which concerns on Claim 12, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, it is for baths of Claim 1, Claim 2, Claim 3, Claim 8, Claim 9, or Claim 11. In a simple carbonated spring production device, dissolution of powdery alkaline components or powdered acidic components combined with swirling flow or fountain flow accompanying discharge of hot water baths taken into the dissolution tank by a submersible pump below・ The shape of the fine mesh or mesh-shaped strainer arranged in the dissolution tank for the purpose of stirring is a U-shape that curves deeply in a U-shape toward the bottom, or a shallow reverse U toward the top It is characterized by a flat dish shape that curves in a letter shape.

  In the invention which concerns on Claim 13, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, Claim 1, Claim 2, Claim 3, Claim 5, Claim 6, Claim 7, Claim 8, In the simple manufacturing apparatus of the carbonated spring for baths according to claim 9, claim 10, claim 11 or claim 12, a mesh or brush-like mat is formed on the inner peripheral surface of the powdery alkaline component or powdered acidic component dissolution tank. A powdery alkaline component or powder that is melted and stirred in response to a swirling flow or a fountain flow accompanying the discharge of a hot water bath taken into the dissolution tank by a submersible pump in the bath water. The acidic component in the form of a powder is pushed into the entangled fibers of the mesh or brush-like mat to increase the solubility of the powdered alkaline component or the powdered acidic component in warm water of the bath water. It is characterized in that no such.

  In the invention which concerns on Claim 14, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, Claim 1, Claim 2, Claim 3, Claim 4, Claim 6, Claim 7, Claim 8, In the simple manufacturing apparatus of the carbonated spring for baths according to claim 9, claim 10, claim 11, claim 12, or claim 13, a hot water bath inside a plurality of small holes arranged on the peripheral surface of the tank body. A melting tank with a lid that takes in the bath water and puts in powdered alkaline or powdered acidic components, and a submersible pump that circulates and recirculates the hot water in the bath water in the bath located below the bath. The swirl flow or fountain flow accompanying the suction or discharge of the hot water submersible pump in the bath water in which the powdered alkaline component or the powdered acidic component introduced into the dissolution tank is taken into the dissolution tank, respectively. Separate bath Dissolving / stirring / diffusion device main body for dissolving / stirring / diffusion is provided, and this alkaline component or acidic component powdery component is dissolved in the bath water. Disposed apart from the even angle part, the powdery component is dissolved in bath water, agitated, and the diffusion device body is one for the alkaline component and the other for the acidic component. .

  In the invention which concerns on Claim 15, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, Claim 1, Claim 2, Claim 3, Claim 5, Claim 6, Claim 7, Claim 8, In the simple manufacturing apparatus of the carbonated spring for baths according to claim 9, claim 10, claim 11, claim 12, or claim 13, a hot water bath inside a plurality of small holes arranged on the peripheral surface of the tank body. A melting tank with a lid that takes in the bath water and puts in powdered alkaline or powdered acidic components, and a submersible pump that circulates and recirculates the hot water in the bath water in the bath located below the bath. The swirl flow or fountain flow accompanying the suction or discharge of the hot water submersible pump in the bath water in which the powdered alkaline component or the powdered acidic component introduced into the dissolution tank is taken into the dissolution tank, respectively. Separate bath Dissolving / stirring / diffusion device main body for melting / stirring / diffusion is provided, and the alkaline / acidic powdery component dissolved / stirring / diffusion device body in bath water is separated from the four corners of the bathtub. It is characterized by the fact that the powdery components facing the four corners are dissolved in the bath water, stirring and diffusing apparatus main bodies alternately for the alkaline component and the acidic component.

  In the invention which concerns on Claim 16, as a structure of the simple manufacturing apparatus of the carbonated spring for baths, Claim 1, Claim 2, Claim 3, Claim 4, Claim 6, Claim 7, Claim 8, In the simple manufacturing apparatus of the carbonated spring for baths of Claim 9, Claim 10, Claim 11, Claim 13, Claim 14, or Claim 15, Sodium bicarbonate (sodium hydrogencarbonate) as a powdery alkaline component , Using an alkali such as sodium carbonate, and using an acid such as citric acid or succinic acid as a powdery acidic component.

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. Carbon dioxide springs that can be maintained stably over a long period of time are dissolved and stirred in the hot water in the bath water of the powdered components that are the raw materials for carbon dioxide generation, and the structure of circulating reflux and diffusion of hot water in the bath water In addition, it has become possible to provide a simple carbonated spring manufacturing apparatus that can be easily and efficiently manufactured and used with a simple configuration and economically.
That is, dissolution / stirring and circulation reflux / diffusion in the hot water of the powdered alkaline component and the powdered acidic component, which are conventionally considered to be relatively time consuming and difficult, are respectively performed in the bathtub. Separately, quickly, easily, reliably and efficiently, so that carbon dioxide gas generated by contact reaction of the powdery alkaline component and acidic component in the surface layer near the surface of the bath water within a short time There is no fear of splashing, carbon dioxide gas is continuously generated in the bath water, and high concentration carbon dioxide gas can be stably maintained for a long time. This makes it possible to quickly, easily, reliably, efficiently and economically provide an apparatus for producing a bath carbonate spring that is suitable for use without any unpleasant difficulty due to the residue of the water.

In the invention according to claim 1, since the 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 body, the powdery alkaline component or the powdery acidic component is not contained. The dissolution tank with the lid is placed in the lower part of the tank below the small hole sinking 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. Or in a state where the entire dissolution tank is submerged deeply in the bath water. The hot water in the bath introduced into the dissolution tank is connected to the lower part of the dissolution tank and is led deeply into the bath by a swirling or fountain flow associated with suction or discharge by a submersible pump located in the bath. Therefore, the hot water in the bath water is successively introduced into the dissolution tank sequentially by the operation of the submersible pump, and is circulated, refluxed and diffused in the hot water boat.
Then, the inner periphery of the dissolution tank formed in the bath water introduced into the dissolution tank and on the inner surface of a fine wire mesh or mesh-shaped strainer in the dissolution tank or formed in a fine mesh or mesh shape. When a powdery alkaline component or a powdered acidic component is introduced toward the surface, the powdery component is sucked into the bath water of the bathtub introduced into the dissolution tank by the submersible pump located in the lower bath water. In response to the swirl flow or the fountain flow associated with the discharge of the hot water from the bathtub, it is passed along a fine wire mesh or mesh-shaped strainer or the peripheral wall of the dissolution tank together with the hot water, and dissolved, stirred and squeezed separately. Then, suction swirl to the submersible pump or fountain is discharged by the submersible pump. The powdery component and hot water sucked toward the submersible pump are further dissolved and stirred with the high-speed rotation of the suction blades of the submersible pump, or pushed into the fountain flow discharged from the submersible pump. Dissolution and agitation are promoted, and are extracted from the outlet of the submersible pump or from the peripheral wall of the dissolution tank deep into the bath water of the bathtub, each of which is separately dissolved in the form of powdery alkaline components and acidic components. The component is circulated and diffused gently and repeatedly in the bath water of the hot water bath by the circulating reflux of the hot water in the bath water through the dissolution tank and the submersible pump, and carbon dioxide gas is continuously generated in the bath water. A high concentration of carbon dioxide gas will be maintained stably, and there is a risk that both powdered components will contact and react near the surface of the bath water in a short time to generate carbon dioxide and dissipate to the outside. There is no.

In this case, the dissolution of the powdered component consisting of a hot water suction type or push type submersible pump in the bath and a dissolution tank with a wire mesh or mesh type strainer or without a strainer.・ A single stirring / diffusion device is used in a bathtub, but the powdery component is first introduced into the dissolution tank where the upper part of the tank floats on the surface of the bath. Is melted, stirred, and squeezed through the wire mesh-like strainer or the peripheral wall of the dissolution tank by the swirling or fountain flow of hot water introduced into the dissolution tank accompanying suction or discharge from the submersible pump. Then, it is led out from the discharge port of the submersible pump or from the peripheral wall of the dissolution tank deep into the bath water or submerged deeply into the bath water, so that the powdered components can be dissolved and stirred uniformly in the bath water. It is. Wait until the powdery alkaline component is dissolved, stirred and filtered (boiled) in the bath water, and then put the powdered acidic component into the dissolution tank. Dissolve, agitate, and filter (spoiled) the powdered component in the same manner with a time lag and lead to deep penetration or penetration into the bath to ensure uniform dissolution, agitation, and diffusion into the bath. Plan.
Therefore, the powdery alkaline component and the powdered acidic component are dissolved, stirred, and diffused separately with a time difference by using a single powdered component dissolving, stirring, and diffusing device body. There is no inconvenience that carbon dioxide gas is instantaneously generated and dissipated to the outside without being melted and stirred by contact mixing in the vicinity of the surface of the bathtub near the surface simultaneously or within a short time.

Then, they are dissolved and stirred separately through the dissolution tank and the submersible pump, respectively, and are led deeply into the bath water or submerged deeply into the bath water. The powdered alkaline component and the powdered acidic component which are stirred to form a solution are slowly and repeatedly circulated and diffused in the bath water by the circulating and refluxing action of hot water via the submersible pump and dissolution tank. A catalytic reaction occurs, and carbon dioxide gas is continuously generated in the bath water. Therefore, there is no fear that the alkaline component and the acidic component will 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, stirred, and diffused through the dissolution tank and the submersible pump, and led out or submerged in the bath water, and the bath water passed therethrough. Since the powder component can be dissolved and stirred in a reliable and uniform manner continuously, carbon dioxide is continuously generated in the bath water, and the concentration of the generated carbon dioxide is also It can be stably maintained at a high concentration over a long period of time.

  Dissolve and stir operations in bath water of alkaline components such as powdered sodium bicarbonate (sodium hydrogen carbonate) and sodium carbonate, which were previously considered to be particularly difficult and time consuming, A swirling flow accompanying the suction of hot water in the bath water introduced into the dissolution tank by the submersible pump or a fountain flow accompanying the discharge and a fine wire mesh or mesh strainer, or the peripheral wall surface of the tank body Reasonable use of circulating and refluxing action of hot water in bath water and dissolution / stirring / filtering (drinking) / diffusion action obtained through a dissolution tank of powdered components formed in a fine wire mesh or mesh shape By doing so, 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 bath water and maintain the carbon dioxide concentration at a high level over a long period of time, it takes time and effort to use a powdery alkaline component and acidic component in advance. There is no need to prepare an aqueous solution and store it in a large-capacity and heavy aqueous tank or to prepare a large and heavy carbon dioxide gas cylinder outside the bathtub. Prepare a pack, float partly on the surface of the hot water, or submerge the whole under the surface of the hot water, use the hot water in the bath to introduce powdered alkaline or acidic components and dissolve with a lid A small, lightweight, and simple powdery component that is placed in the bathtub and connected to the lower part of the dissolution tank and a submersible pump that is located in the bath and that circulates and recirculates the hot water in the bathtub. Prepare the agitation / diffusion device body Dealt with in only manufacture, on storage, the transportation is suitable highly convenient in use, it is suitable for inexpensively obtained determined economically.

  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 used easily and efficiently with a simple structure, can continuously generate carbon dioxide gas stably, and can generate carbon dioxide. Since the gas concentration can be stably maintained at a high concentration over a long period of time, it can be used easily and safely in a bathtub in a general household, as well as public bathing facilities such as public baths, hotels, hot springs, etc. It is also suitable for business use in health promotion facilities such as beauty salons and spas.

In the invention which concerns on Claim 2, it arrange | positions in the tank main body peripheral surface as a positioning attitude | position with respect to the hot water surface of the bathtub of the melting tank with a lid | cover which introduce | transduces a powdery alkaline component or a powdered acidic component and melts and stirs The bath body of the bathtub is taken into the inside through a plurality of small holes, and the tank body lower part below the small hole is positioned in the bath water below the hot water surface, and the tank body upper part above the small hole is positioned. The melt tank is swung in the bath water so that the melt tank body can be hung on the rim frame or wall surface of the water bath via a rod-like or string-like hanging tool to be placed on the hot water surface. Since it is possible to swirl, the dissolution tank that floats in the bath water of this bathtub has a swinging or swirling action, so that the dissolution and stirring efficiency of each powdered component in the hot water in the bath water is increased and the solubility is increased. Can be .
Powdered alkaline component or powdered acidic component is added through a wire mesh or mesh strainer, then the entire dissolution tank is removed from the hanging tool and submerged deeply in the bath water. The alkaline component in the form of powder or acidic component in the form of powder is swirled by the suction of the submersible pump and passed through a fine mesh device of mesh or mesh shape, and each is quickly and easily dissolved and stirred separately. At the same time, it is derived as a solution deeply in the bath water of the bathtub and is repeatedly circulated, refluxed and diffused in the bath water and gently brought into contact with it. The gas can be stably maintained for a long time.

In the invention according to claim 3, 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, 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 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 Since the upper part was floated on the surface of the bath water, the dissolution tank can be swung or swiveled in the bath water. Dissolve and stir each powdered component in warm water in bath water It is possible to uplift uplifting the solubility of efficiency.
After charging the powdery alkaline component or powdered acidic component through a wire mesh or mesh strainer, the entire dissolution tank is submerged deeply in the bath water with the integral rod-shaped floating body. The powdered alkaline component or powdered acidic component is swirled by the suction of the submersible pump and passed through a fine mesh device such as a wire mesh or mesh, and each is quickly, easily and reliably dissolved and separated. It is agitated and efficiently led out as a solution deep in the bath water of the bathtub, and is repeatedly circulated, refluxed and diffused in the bath water and gently contacted, so that carbon dioxide gas is continuously generated in the bath water. The carbon dioxide gas having a concentration can be stably maintained for a long time.

In the invention according to claim 4, 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 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, so that each powdery component can also be swung or swirled by the melting tank floating in the bath water of this bath. To hot water in the bath water It is possible to uplift uplifting the solubility of the solution and stirring efficiency.
After charging the powdery alkaline component or powdered acidic component via a wire mesh or mesh strainer, the entire dissolution tank is removed from the floating body and submerged deeply in the bath water. The alkaline component or powdered acidic component is swirled by the suction of the submersible pump and passed through a fine mesh device such as a wire mesh or mesh, and each is quickly and easily dissolved and stirred separately. Efficiently derived as a solution deep in the bath water of the bathtub, and repeatedly circulated, refluxed and diffused in the bath water and gently contacted, so that carbon dioxide gas is continuously generated in the bath water and high concentration carbon dioxide gas Can be stably maintained for a long time.

In the invention according to claim 5, as a dissolution tank with a lid for charging an alkaline or acidic powdered component, the tank body is the same as a wire mesh or mesh strainer having a large number of fine holes. The tank body is suspended from the edge frame or wall surface of the bathtub via a rod-like or string-like hanging tool, and the tank body is inserted into the tank body through a number of small holes on the peripheral surface of the tank body. The bath water of the bathtub is moderately taken, the lower part of the tank body is positioned in the bath water below the hot water surface, the upper part of the tank body is floated on the hot water surface, and the dissolution tank can be swung or swiveled in the hot water. Therefore, the dissolution / stirring efficiency of each powdery component in hot water and the solubility can be increased by the swinging or swirling action of the dissolution tank floating on the bathtub.
After charging the powdery alkaline component or powdered acidic component, the entire dissolution tank formed of the same type as a wire mesh or mesh-like strainer is submerged deeply in the bath water with the hanging tool removed. The charged powdery alkaline component or powdered acidic component receives the swirling flow generated by the suction of the submersible pump and is formed of the same type of fine mesh as a wire mesh or mesh, and the peripheral wall surface of the tank body. The solution is quickly and easily and surely dissolved and stirred separately, and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water and gently contacted. Therefore, it is possible to continuously generate carbon dioxide gas in the bath water and maintain a high concentration of carbon dioxide gas stably over a long period of time.

In the invention according to claim 6, as a dissolution tank with a lid for charging an alkaline or acidic powdered component, the tank body is the same as a wire mesh or mesh-shaped strainer having a large number of fine holes. A tank-shaped floating body, such as a disk, integrated with the tank body, is attached to the upper peripheral surface of the tank body, and the upper part of the dissolution tank floats above the surface of the bath water. Can be swung or swiveled in the bath water, so that the bath body water can be taken into the tank body through the many small holes in the tank body and the lower side of the tank body can be The upper part of the tank body is placed on the surface of the bath, so that each powdery component dissolves in warm water by the swinging or swirling action of the dissolution tank that floats on the bath.・ Agitation It is possible to uplift the solubility and rate of uplift.
The entire dissolution tank formed of a wire mesh or mesh-like strainer charged with a powdery alkaline component or a powdered acidic component is submerged deeply in the bath water together with a bowl-like floating body attached thereto. The charged alkaline component or powdered acidic component is swirled by a submersible pump and is formed around the tank body formed of a wire mesh or mesh-like fine strainer. It is allowed to pass through the wall and dissolve, stir and dissolve separately, quickly and efficiently, and is efficiently led out as a solution deep in the bath water of the bathtub, and then gently circulated and diffused repeatedly in the bath water. As a result, carbon dioxide is continuously generated in the bath water, and high-concentration carbon dioxide can be stably maintained for a long time.

In the invention according to claim 7, as a dissolution tank with a lid for charging an alkaline or acidic powdery component, the tank body is the same as a wire mesh or mesh-shaped strainer having a large number of fine holes. A floating tank such as a styrofoam made of donut disc is removably attached to the upper peripheral surface of the tank body, and the melting tank floats above the melting tank floating body on the surface of the bath water. Can be swung or swiveled in the bath water, so that the bath body water can be taken into the tank body through the many small holes in the tank body and the lower side of the tank body can be The upper part of the tank body is floated on the surface of the hot water bath, so that the powdered components in the warm water are swung or swirled by the dissolution tank that floats on the bath. It is possible to uplift uplifting solubility of dissolution and stirring efficiency of.
The entire dissolution tank formed of the same type of wire mesh or mesh strainer charged with powdery alkaline component or powdered acidic component is removed from the floating body and submerged deeply in the bath water. The powdered alkaline component or the powdered acidic component is swirled by the suction of the submersible pump and passes through the peripheral wall of the tank body formed of a wire mesh or mesh-like fine strainer. Each is quickly, easily and reliably dissolved and agitated, and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water to gently come into contact with the bath. Carbon dioxide gas is continuously generated in hot water, and high concentration carbon dioxide gas can be stably maintained for a long time.

  In the invention according to claim 8, in the tank body of the dissolution tank formed of the same tank body or mesh-like strainer having a large number of fine holes, a finer mesh structure is formed. Moreover, since a mesh-like strainer is provided, it is possible to further enhance the dissolution / stirring efficiency and the solubility of the charged alkaline component or powdered acidic component in the hot water of the bath water. .

In the invention according to claim 9, as a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, the discharge port is connected to the lower side of the dissolution tank into which the powdered alkaline component or acidic component is charged, and the bath It is used that circulates and recirculates hot water in the bath water of the bathtub through the fountain flow accompanying the discharge of the bath water of the bathtub that is placed in the dissolution tank, A suction port is connected to the lower part of the dissolution tank and is placed in the bath water. The hot water in the bath water of the bathtub is circulated and refluxed through the swirl flow accompanying the suction of the bath water in the bath. As in the case, the charged powdery alkaline component or powdered acidic component can be quickly and easily and reliably and efficiently dissolved and stirred in warm water in the bath water.
Further, the entire dissolution tank charged with the powdery alkaline component or the powdered acidic component is submerged deeply in the bath water, and the charged powdery alkaline component or the powdered acidic component is obtained by discharging the submersible pump. Receiving the fountain flow, it is quickly and easily dissolved and stirred separately through the dissolution tank, and is efficiently derived as a solution deep in the bath water of the bathtub, and is repeatedly circulated and refluxed and diffused in the bath water. By contacting gently, carbon dioxide is continuously generated in the bath water, and high concentration carbon dioxide can be maintained stably for a long time.

In the invention which concerns on Claim 10, bath water is connected without connecting the melt | dissolution tank with a lid | cover which throws in a powdery alkaline component or a powdered acidic component, and the submersible pump which circulates and recirculates the warm water in the bath water of a bathtub. By submerging deeply and using them in close proximity, each powdery component can be dissolved, stirred, and diffused separately in warm water in the bath water quickly, easily, and reliably.
That is, in this case, a melting tank with a lid that takes in warm water in the bath water of a bathtub and introduces alkaline or acidic powdered components through a large number of small holes in the tank body and dissolves them. And a submersible pump that circulates and recirculates hot water in the bath water of the bathtub with suction or discharge of the bath water that is placed in the bath water without being connected to the dissolution tank and taken into the dissolution tank. And a melting / stirring / diffusion device main body for dissolving, stirring, and diffusing alkaline or acidic powdered components in warm water in a bath water.
Then, the entire dissolution tank formed of the same type of wire mesh or mesh strainer charged with the powdery alkaline component or acidic component is submerged deeply in the bath water and placed on the bottom of the bath in advance. Located near the suction port or discharge port of the submersible pump, the charged alkaline component or acidic component of the submerged pump receives a swirling flow or suction fountain flow by the submersible pump and forms a mesh or mesh It is passed through the peripheral wall of the fine tank body formed of the same kind of strainer as above, and is quickly and easily dissolved and stirred separately, and the solution is efficiently deep in the bath water of the bathtub. In this way, the water is repeatedly circulated, refluxed and diffused in the bath water and gently brought into contact with it. In which it can be maintained by.

  In the invention according to claim 11, the tank body is formed of the same type as a wire mesh or mesh-like strainer having a large number of fine holes so as to take in hot water in the bath water of a bathtub, and is alkaline or acidic. A mesh or mesh mesh strainer is placed inside the tank body of the dissolution tank with a lid for charging the powdered component of the mesh. The entire dissolution tank, which is similar to a strainer, is submerged deeply in the bath water and placed near the suction port or discharge port of the submersible pump placed on the bottom of the bathtub. Powdered alkaline or acidic components are finely formed with a wire mesh or mesh-like strainer that receives a swirling flow by suction of a submersible pump or a fountain flow by discharge. Because it can be passed not only through the peripheral wall of the main body but also through a fine mesh device such as a wire mesh or mesh, the powdered components can be dissolved and stirred more quickly, easily and reliably separately and efficiently. Derived as a solution deep in the bath water of the bathtub, it is repeatedly circulated and recirculated and diffused in the bath water, gently contacting it, and continuously generating carbon dioxide gas in the bath water, resulting in a longer concentration of carbon dioxide gas. It can be kept stable over time.

  In the invention according to claim 12, the powdery alkaline component or the powdery acidic component combined with the swirling flow or the fountain flow accompanying the discharge of the bath water taken into the dissolution tank by the lower submersible pump The shape of the fine mesh or mesh-shaped strainer placed in the dissolution tank to dissolve and agitate the material is U-shaped that curves deeply downward and U-shaped, or shallow upwards Although it becomes a flat dish shape that curves in an inverted U shape, this makes it possible to efficiently dissolve and agitate each powdered component in warm water in bath water.

  In the invention according to claim 13, a mesh or brush-like mat is stretched around the inner peripheral surface of the powdery alkaline component or powdered acidic component and taken into the dissolution tank by the submersible pump in the bath water. The powdered alkaline component or the powdered acidic component dissolved and stirred in response to the swirling flow or the fountain flow associated with the discharge of the hot water bath in the bath is put into the entangled fibers of the mesh or brush-like mat By passing it through, the efficiency of dissolving and stirring each powdery alkaline component or powdered acidic component in warm water in the bath water is increased, and the solubility of each powdered component in the warm water in the bath water is increased. More can be achieved.

In the invention which concerns on Claim 14, with the lid | cover which takes in the bath water of a bathtub and throws in powdery alkaline component or powdered acidic component through the inside of the tank main body through several or many small holes arrange | positioned And a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, and is used for the powdered alkaline component or the powdered acidic component placed in the dissolution tank. The melting / stirring / diffusion device main body is designed to separately dissolve, agitate, and diffuse into the bath water by the swirling flow or fountain flow that accompanies the suction or discharge of the hot water in the bath water taken into the dissolution tank. Dissolving, stirring, and diffusing the main component of the alkaline component or acidic component in the bath water and arranging the diffusion device body pair at opposite ends or even angle portions of the bathtub, and the powder component To the bath While the use alkaline components dissolved and stirring and diffusion apparatus main body, since the other was without the use acidic component, the following effects.
That is, when the entire body of a pair of the dissolution / stirring / diffusion apparatus in which the powdered alkaline component and the powdered acidic component are respectively charged into the dissolution tank is submerged deeply in the bath water, the charged powdery alkaline component And the powdered acidic component is a swirling flow by suction of a submersible pump or a fountain flow by discharge between one dissolving / stirring / diffusion device main body and the other dissolving / stirring / diffusion device main body arranged opposite to each other. It is quickly and easily dissolved and stirred separately through the dissolution tank, and is efficiently derived as a solution deep in the bath water of the bathtub. The alkaline component and the acidic component which are led out in the bath as a solution are circulated gently and repeatedly from where they are separated from each other in the bath by an underwater pump that circulates and recirculates the hot water in the bath. It diffuses and reacts to contact, and carbon dioxide gas is continuously generated in the bath water. Therefore, the powdery alkaline component and the powdered acidic component are quickly applied to the surface layer of the bath water. There is no risk that carbon dioxide gas is generated by contact reaction and scattered outside.
In this case, it is not necessary to dissolve and agitate the powdered alkaline component and the powdered acidic component at the same time, so it is possible to simultaneously perform the dissolution and agitation of each powdered component and the diffusion efficiency. , The continuous generation of carbon dioxide in the bath water and the concentration of generated carbon dioxide can be maintained at a high concentration over a long period of time more quickly, easily, reliably and efficiently.

  In the invention which concerns on Claim 15, with the lid | cover which takes in the bath water of a bathtub and introduces a powdery alkaline component or a powdery acidic component into the inside through the several or many small holes arrange | positioned by the tank main body peripheral surface And a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, and is used for the powdered alkaline component or the powdered acidic component placed in the dissolution tank. The melting / stirring / diffusion device main body is designed to separately dissolve, agitate, and diffuse into the bath water by the swirling flow or fountain flow that accompanies the suction or discharge of the hot water in the bath water taken into the dissolution tank. The dissolution / stirring / diffusion device body of the alkaline component or acidic component in the bath water is arranged at the four corners of the bathtub, and the powder component bath water facing the four corners. Dissolution・ The stirrer / diffusion device main body is divided into four corners alternately for the alkaline component and the acidic component. In this case, separate dissolution / stirring of the powdered alkaline component and the powdered acidic component is required. Since there is no need to carry out a time difference, it can also be carried out simultaneously at the four corners of the bathtub, so that the dissolution / stirring and diffusion efficiency of each powdery component can be further enhanced, and continuous carbon dioxide in bath water It is possible to perform the generation of carbon dioxide and the generated carbon dioxide concentration at a high concentration over a long time even more quickly, easily, reliably and efficiently.

  In the invention according to claim 16, 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 at the time of use of the carbonated spring manufacturing apparatus for baths concerning the Example of this invention. The longitudinal cross-sectional view at the time of the diffusion in the bath water of the solution-form powder component of a manufacturing apparatus same as the above. The longitudinal cross-sectional view at the time of use of the carbonated spring manufacturing apparatus for baths concerning the other Example 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 longitudinal cross-sectional view at the time of use of the carbonated spring manufacturing apparatus for baths concerning the other Example of this invention. The front view which shows another example of the dissolution tank of the powdery component of this invention. The use explanatory drawing at the time of powdery component injection | throwing-in of the powdery component dissolution tank same as the above.

  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.

1 is a longitudinal sectional view of a simplified apparatus for producing a carbonated spring for bathing according to Embodiment 1 of the present invention.
1 is a bathtub, and A and B are hot water in an alkaline or acidic powdery component bath located opposite to the opposite ends or even corners (diagonal corners) in the bathtub 1 It is a pair of dissolution / stirring / diffusion device main bodies for melting, stirring and diffusing.
As a powdery component for generating carbon dioxide gas in bath water by contact reaction of both powdery components, alkali such as powdered sodium bicarbonate (sodium hydrogencarbonate), powdered sodium carbonate, etc. is used. As an acidic component, an acid such as powdered citric acid or powdered succinic acid is used.
One of a pair of dissolution / stirring / diffusion device bodies A and B for dissolving, stirring, and diffusing alkaline or acidic powdered components in hot water in bath water is allocated for the alkaline component and the other is allocated for the acidic component. Yes.

The alkaline / acidic powder component dissolving / stirring / diffusion apparatus main bodies A and B incorporate the bath water of the bathtub 1 through a plurality of small holes 3 arranged on the peripheral surface of the tank 2 main body. The lower part of the tank 2 below 3 is positioned in the bath water below the hot water surface, and the upper part of the tank 2 above the small hole 3 is positioned on the hot water surface. A melting tank 2 with a lid for charging an acidic component, and hot water in the bath water of the bathtub 1 with suction of the bath water of the bathtub that is connected to the lower side of the tank and placed in the bath water. And a submersible pump 4 that circulates and recirculates water.
As a positioning posture of the melting tank 2 with a lid with respect to the hot water surface of the bath 1, the hot 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 body, and the melting tank 2 below the small hole 3. As shown in FIG. 4 and FIG. 1, the tank body peripheral surface is used so that the tank lower side portion is positioned in the bath water below the hot water surface and the tank upper portion above the small hole 3 is positioned on the hot water surface. A bowl-shaped floating body 5 such as a disk shape integral with the tank body is attached to the peripheral surface of the upper side of the tank above the plurality of small holes 3 disposed in the tank, and the upper portion of the dissolution tank 2 above the floating body 5 is bathed. The melting tank 2 can be swung or swiveled by floating on the surface of the hot water.

The dissolution / stirring / diffusion apparatus main bodies A and B for alkaline or acidic powdery components are formed by the swinging or swirling action of the dissolution tank 2 with a lid that floats in the bath water of the bath 1. It is possible to enhance the dissolution and stirring efficiency and the solubility of hot water in bath water.
Then, when a powdery alkaline component or a powdery acidic component is introduced through a wire mesh or mesh strainer 8 (see FIG. 4 and FIG. 5) described later, the entire dissolution tank 2 as shown in FIG. The powdered alkaline component or the powdered acidic component is submerged deeply in the bath water together with the bowl-like floating body 5 attached thereto, and the charged alkaline component or powdered acidic component is swirled by the suction of the submersible pump 4 to form a wire mesh or mesh. Each of the melting, stirring and diffusing device main bodies A and B is allowed to pass through a fine strainer 8 and is separated at the corner of the bathtub 1 quickly, easily and reliably. In addition to being dissolved and agitated in the bath, the solution is efficiently brought out deeply separately in the bath water of the bathtub 1 and repeatedly circulated and diffused in the bath water, gently contacting, and continuously in the bath water. To generate carbon dioxide The high concentration of carbon dioxide gas can be stably maintained for a long time. Therefore, there is no possibility that the powdery alkaline component and the powdered acidic component contact and react on the surface of the bath water in a short time, and carbon dioxide gas is generated and scattered outside.

  As a positioning posture of the melting tank 2 with respect to the hot water surface of the bathtub 1, as shown in FIGS. 3 and 5, instead of using the bowl-shaped floating body 5 such as a disk shape integrated with the tank body, the tank 2 body A floating body 6 such as a donut disk made of styrene foam is detachably attached to the circumferential surface of the upper side of the tank above the plurality of small holes 3 disposed on the circumferential surface, and the upper part of the floating body 6 of the dissolution tank 2 is attached. May be floated on the surface of the bath water so that the dissolution tank 2 can be swung or swiveled.

In this case, the dissolution / stirring / diffusion apparatus main bodies A and B for the alkaline or acidic powdery components are also caused by the swinging or swirling action of the dissolution tank 2 with a lid that floats in the bath water of the bathtub 1. , It is possible to increase the dissolution and stirring efficiency and the solubility of each powdery component in hot water in the bath water.
Then, when a powdery alkaline component or a powdery acidic component is introduced through a wire mesh or mesh-like strainer 8 described later, the entire dissolution tank 2 is detached from the floating body 6 as shown in FIG. The powdered alkaline component or the powdered acidic component that has been submerged deeply is swirled by the suction of the submersible pump 4 and passed through a fine mesh device 8 having a fine mesh or mesh shape. Dissolving / stirring / diffusion device main body A and B are separated into the hot water in the bath water separately at a distance from each dissolution tank 2 quickly, easily and surely, and efficiently deep in the bath water of the bathtub 1 It is derived separately as a solution, and is repeatedly circulated, refluxed and diffused in the bath water and gently brought into contact with it, so that carbon dioxide is continuously generated in the bath water to stabilize the high-concentration carbon dioxide over a long period of time. Maintain It can be. Accordingly, there is no possibility that the powdery alkaline component and the powdered acidic component will contact and react near the surface of the bath water in a short time to generate carbon dioxide and be scattered outside.

  Also, instead of using the tank 2 main body and the integral floating body 5 or a separate detachable floating body 6, although not shown, the melting tank 2 is connected to the edge frame of the bathtub through a rod-like or string-like hanging tool. The dissolution tank 2 may be swingably or pivoted by being suspended from a wall surface or the like and floating the upper part of the dissolution tank 2 on the surface of the bath water.

  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.

The dissolution tank 2 is provided with the fine mesh or mesh-shaped strainer 8 with the lower surface facing the upper surface of the receiving cylinder 7, and the submersible pump 4 is located in the bath water. The hot water in the bath water that is placed and taken into the dissolution tank 2 is sucked to form a swirling flow, and the powdered component is passed through a fine mesh device 8 made of wire mesh or mesh. Dissolve and stir the powdered components in the hot water in the bath water, lead it deep into the bath water and circulate it in the bath.
The shape of the wire mesh or mesh-shaped strainer 8 is either a U-shaped curved shape that is deeply curved downward as shown in FIGS. But you can.

Further, a mesh or brush-like mat 9 may be stretched around the inner peripheral surface of the dissolution tank 2. A powdery alkaline component or a powdery acidic component is charged toward the inner surface of a fine wire mesh or mesh-shaped strainer 8 provided in the dissolution tank 2.
The powdery alkaline component or the powdery acidic component charged onto the inner surface of the wire mesh or mesh-shaped strainer 8 is introduced into the bath water introduced into the dissolution tank 2 and the inner surface of the wire mesh-shaped strainer 8. In response to the swirling flow of the hot water in the bath water as it is introduced into the dissolution tank 2 by the submersible pump 2 below, it is passed through a fine wire mesh strainer 8 In addition, the mesh or brush-like mat 9 is pushed through the fine mesh or mesh-like entangled fibers and quickly and easily dissolved in the warm water in the bath water while stirring. It is led deeply into the bath water through the discharge port of the pump 4.
The powdery alkaline component or acidic component, which has been dissolved in a uniform solution in the bath water, is dissolved in a uniform and reliable manner, and is circulated and recirculated through the submersible pump 4 and the dissolution tank 2 to the bath. While being repeatedly circulated and diffused slowly in hot water, it reacts slowly, and carbon dioxide gas is continuously generated in the hot water in the bath water. Therefore, there is no fear that the powdered alkaline component and the powdered acidic component will contact and react near the surface of the bath water in a short time, so that carbon dioxide gas is generated and scattered outside. Carbon dioxide gas is continuously generated in the hot water, and the concentration of the generated carbon dioxide gas can be stably maintained at a high concentration for a long time.

As a structure of the dissolution tank 2 with a lid in the dissolution / stirring / diffusion device main bodies A and B for the alkaline / acidic powdery component comprising the dissolution tank 2 with a lid and a submersible pump 4 having a suction port connected to the lower side thereof In some cases, the peripheral surface of the main body of the tank 2 may be formed of the same material as that of the wire mesh-like or mesh-like strainer 8 having many fine holes. In this case, in order to increase the dissolution / stirring / diffusion efficiency of each powdered component in the hot water in the bath water and to enhance the solubility, a wire mesh or mesh is further provided in the dissolution tank 2 with a lid. In some cases, a strainer 8 is provided and a mesh or brush-like mat 9 is stretched around.
In this case, a part of the dissolution tank 2 body is further added to the hot water in the bath water of the bathtub 1 in order to further enhance the dissolution, stirring, diffusion efficiency and solubility of the powdered components in the hot water in the bath water. In some cases, the melting tank 2 floats on the surface and can be swung or swiveled in the bath water. That is, the dissolution tank 2 main body is suspended on the edge frame or wall surface of the bathtub through a rod-like or string-like hanging tool, or is fixed to the upper part of the tank 2 main body 5 or the detachable separate type float. This is a case where the body 6 is arranged so that the dissolution tank 2 can be swung or swung in the bath water.

In this case, the dissolution / stirring efficiency of each powdery component in hot water and the solubility can be increased by the swinging or swirling action of the dissolution tank 2 that floats on the bathtub 1.
After charging the powdery alkaline component or the powdered acidic component, the entire dissolution tank 2 formed of the same type as the wire mesh or mesh-like strainer 8 is removed deeply in the bath water by removing the hanging tool. The powdered alkaline component or the powdered acidic component that was submerged in the water was formed in the same manner as the fine mesh device 8 in the form of a mesh or mesh by receiving a swirling flow by suction of a submersible pump. It is passed through the peripheral wall of the tank body 2 and is quickly and easily dissolved and stirred separately, and it is efficiently derived as a solution deep in the bath water of the bathtub and is repeatedly circulated and recirculated in the bath water. Thus, the carbon dioxide gas is continuously generated in the bath water, and the high concentration carbon dioxide gas can be stably maintained for a long time.

As a submersible pump 4 that circulates and recirculates hot water in the bath water of the bathtub 1, the discharge tank is connected to the lower side of the dissolution tank 2 into which a powdery alkaline component or acidic component is charged, and the dissolution tank is disposed in the bath water. In some cases, the hot water in the bath water of the bathtub is circulated and recirculated through a fountain flow accompanying the discharge of the bath water in the bathtub. Also in this case, a hot water bath is connected via a swirling flow accompanying suction of the hot water of the hot water boat 1 which is arranged in the hot water with the suction port connected to the lower side of the melting tank 2 and is taken into the hot water bath 1. As in the case of circulating and recirculating hot water in 1 bath water, dissolving and stirring the charged alkaline component or powdered acidic component in warm water in the bath water quickly, easily, reliably and efficiently It can be carried out.
Further, the entire dissolution tank 2 charged with the powdery alkaline component or the powdered acidic component is submerged deeply in the bath water, and the charged powdery alkaline component or the powdered acidic component is supplied to the submersible pump 4. Receiving the fountain flow from the discharge, it is quickly and easily dissolved and stirred separately through the dissolution tank 2 and is efficiently circulated and recirculated in the bath water as it is efficiently derived as a solution deep in the bath water of the bathtub 1・ Similarly, it is diffused and gently touched, so that carbon dioxide is continuously generated in the bath water, and high concentration carbon dioxide can be maintained stably over a long period of time.

  FIGS. 6-8 is a longitudinal cross-sectional view of the simple manufacturing apparatus of the bath carbonate spring based on Example 2 (other Example) of this invention. In this case, the bath water is not connected to the dissolution tank 12 with a lid for charging the powdered alkaline component or the powdered acidic component and the submersible pump 14 for circulating and refluxing the hot water in the bath water of the bathtub 1. By submerging deeply and using them in close proximity, each powdery component can be dissolved, stirred, and diffused separately in warm water in the bath water quickly, easily, and reliably.

  That is, in this case, warm water in the bath water of the bathtub 1 is taken in through a large number of fine holes 13 such as a wire mesh or mesh in the body of the tank 12, and an alkaline or acidic powder component is introduced. A melting tank 12 with a lid for melting and stirring, and a bathtub 1 that is not connected to the melting tank 12 but is previously placed in the bath water and is introduced into the melting tank 12 that is adjacently disposed afterwards. The hot water in the bath water of the bathtub 1 is circulated and recirculated by the swirling flow or fountain flow accompanying the suction or discharge of the hot water in the bath water, and the alkaline or acidic powdered component in the bath water that is introduced into the dissolution tank 12 It comprises dissolution / stirring / diffusion apparatus main bodies E to H comprising an underwater pump 14 for dissolving, stirring and diffusing in warm water.

As shown in FIGS. 6 to 8, the dissolution tank 12 with the lid is formed of the same thing as the wire mesh or mesh-shaped strainer 8 having a large number of fine holes 13 on the peripheral wall surface of the tank body. The hot water in the bath water of the bathtub 1 can be easily taken into the interior in advance.
FIG. 6 shows a pair of dissolution / stirring / diffusion device bodies E and F for dissolving, stirring, and diffusing the alkaline or acidic powdered component in hot water in the bath water, at both ends or even angles in the bathtub 1. It is a use explanatory drawing (longitudinal sectional view) arranged opposite to and spaced apart from a portion (a corner on a diagonal line).
One of the pair of dissolution / stirring / diffusion apparatus main bodies E and F is allocated for the powdery alkaline component, and the other is allocated for the acidic component of the powder.

  When charging the alkaline or acidic powdery component into the dissolution tank 12 with a lid formed on the tank body peripheral wall surface with a structure having a large number of small holes 13 in a mesh or mesh shape, As shown in FIG. 8, the lid is opened and the lid is turned upside down, and an alkaline or acidic powdered component is placed therein, and the lid filled with the powdered component is turned upside down again to place the powdered component in the tank 12 body. throw into.

  Then, the entire dissolution tank 12 formed of the same type of wire mesh or mesh strainer charged with the powdery alkaline component or acidic component is submerged deeply in the bath water, and is previously placed on the bottom of the bathtub. The submersible pump 14 is placed adjacent to the suction port or the discharge port and used.

  Then, the powdery alkaline component or acidic component charged into the dissolution tank 12 is a fountain due to the swirling flow or the discharge of the hot water in the bath water of the bathtub 1 introduced into the dissolution tank 12 by the suction of the submersible pump 14. Receiving the flow, it is passed through the peripheral wall surface of the fine tank body 12 formed of a wire mesh or mesh-like strainer and dissolved separately in warm water in the bath water separately, quickly and easily.・ It is agitated and efficiently led out as a solution deep in the bath water of the bathtub, and is repeatedly circulated and recirculated and diffused in the bath water so that it comes into contact gently, so that carbon dioxide is continuously consumed in the bath water. The generated high concentration carbon dioxide gas can be stably maintained for a long time.

The alkaline component and the acidic component which are led out in the bath as a solution are circulated gently and repeatedly from where they are separated from each other in the bath by an underwater pump that circulates and recirculates the hot water in the bath. It diffuses and reacts to contact, and carbon dioxide gas is continuously generated in the bath water. Therefore, the powdery alkaline component and the powdered acidic component are quickly applied to the surface layer of the bath water. There is no risk that carbon dioxide gas is generated by contact reaction and scattered outside.
In this case, it is not necessary to dissolve and agitate the powdered alkaline component and the powdered acidic component at the same time, so it is possible to simultaneously perform the dissolution and agitation of each powdered component and the diffusion efficiency. , The continuous generation of carbon dioxide in the bath water and the concentration of generated carbon dioxide can be maintained at a high concentration over a long period of time more quickly, easily, reliably and efficiently.

4 units E, F, G, H are prepared for dissolving, stirring, and diffusing the alkaline component or acidic component in the bath water, and these are arranged at the four corners of the bathtub 1 so as to face each other. In some cases, the powdery components opposite to the bath are dissolved, stirred, and diffused in the hot water main body E to H, and the four corners are alternately distributed to the alkaline component and the acidic component.
In this case, it is not necessary to dissolve and agitate the powdered alkaline component and the powdered acidic component in warm water in separate bath waters at a time difference, and at the same time at the four corners of the bathtub 1 It can also be performed, so that the dissolution and stirring of each powdery component and the enhancement of the diffusion efficiency are further enhanced, and the continuous generation of carbon dioxide in the bath water and the generated carbon dioxide concentration are maintained at a high concentration over a long period of time. Can be performed more quickly, easily, reliably and efficiently.

1 Bathtub 2 Dissolution tank 12 Dissolution tank 3 Multiple small holes (suction or discharge holes)
13 Many small holes (suction or discharge holes)
4 Submersible pump 14 Submersible pump 5 Tank and integral floating body 6 Tank and separate floating body 7 Receptacle 8 Fine mesh mesh screen 9 Mesh or brush-shaped mat A Dissolving / stirring / diffusion device for powder components Main body B Main body of powder component dissolving / stirring / stirring device main body C Main body of powder component dissolving / stirring / diffusing device D Main body of powder component dissolving / stirring / diffusing device Main body E Dissolving / stirring / diffusion device body for powdered components G Dissolving / stirring / diffusion device body for powdered components H Dissolving / stirring / diffusion device body for powdered components

Claims (16)

  The bath water of the bathtub is taken in through the small holes provided on the peripheral surface of the tank body, and the lower side of the tank body below the small hole is positioned in the bath water below the hot water surface. A melting tank with a lid that floats the upper side of the upper tank body above the surface of the hot water, and a suction bath or a hot water bath that is connected to the lower side of the tank and is placed in the hot water bath. A melting / stirring / diffusion device main body that dissolves, stirs, and diffuses alkaline or acidic powdery components in warm water in bath water, which consists of a submersible pump that circulates and recirculates warm water in the bath water of the bathtub. The entire dissolution tank into which a powdery alkaline component or a powdered acidic component is charged with or without a wire mesh or mesh strainer is submerged deeply in the bath water and charged. Powdered alkaline component or powder Acidic components are separately quickly, easily and reliably dissolved and agitated in response to the swirling or fountain flow of the submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, and the bath water of the bathtub is efficiently dissolved. Derived as a solution deep inside, repeatedly circulated and diffused in the bath water, diffused and gently contacted, so that carbon dioxide gas is continuously generated in the bath water to stabilize the high concentration carbon dioxide gas over a long period of time. A simple manufacturing apparatus for carbonated springs for baths, characterized in that it is maintained by   As a dissolution tank with a lid for charging alkaline or acidic powdered components, a wire mesh or mesh strainer is provided inside the tank body, a plurality of small holes are provided on the peripheral surface of the tank body, and the tank By suspending the main body from an edge frame or wall surface of the bathtub through a rod-like or string-like hanging tool, the inside of the tank body is inserted into the tank body through a plurality of small holes arranged on the peripheral surface of the tank body. The bath body is taken in, the lower part of the tank body below the small hole is positioned in the bath water below the hot water surface, the upper part of the tank body above the small hole is floated on the hot water surface, and the dissolution tank is in the bath water. As a submersible pump that circulates and recirculates hot water in the bath water of a bathtub, it is arranged in the bath water with a suction port connected to the lower side of the dissolution tank. Incorporated in The hot water in the bathtub is circulated and recirculated with the suction of the hot water bath, and the powdery alkaline component or powdered acidic component is added through a wire mesh or mesh strainer. The entire dissolution tank is removed from the suspending tool and submerged deeply in the bath water, and the charged alkaline component or powdered acidic component is swirled by the suction of the submersible pump to form a wire mesh or mesh. It is passed through a fine strainer and dissolved and stirred separately, quickly and efficiently, and is efficiently derived as a solution deep in the bath water of the bathtub, and repeatedly circulated and refluxed and diffused in the bath water. 2. The bath as claimed in claim 1, wherein the bath is brought into gentle contact, so that carbon dioxide gas is continuously generated in the bath water so as to stably maintain a high concentration of carbon dioxide gas over a long period of time. Simple apparatus for producing acid fountain.   As a dissolution tank with a lid for charging alkaline or acidic powdered components, a wire mesh or mesh strainer is provided inside the tank body, a plurality of small holes are provided on the peripheral surface of the tank body, and the tank A tank-shaped floating body such as a disc-shaped body integrated with the tank body is attached to the circumferential surface of the upper part of the tank body above the plurality of small holes arranged on the circumferential surface of the body, and the upper part of the floating body of the dissolution tank is bathed. By floating on the surface of the hot water and allowing the dissolution tank to swing or swivel in the hot water, the bath water of the bathtub is introduced into the tank body through a plurality of small holes arranged on the peripheral surface of the tank body. The tank body lower side below the small hole is placed in the bath water below the hot water surface, and the upper part of the tank body above the small hole is floated on the hot water surface. Submersible pump that circulates and recirculates hot water in bath water Then, a suction port is connected to the lower side of the dissolution tank, and the hot water in the bath water of the bathtub is circulated and refluxed along with the suction of the bath water of the bathtub brought into the dissolution tank body. The entire dissolution tank into which a powdery alkaline component or a powdered acidic component has been introduced via a wire mesh or mesh strainer is submerged deeply in the bath water together with a bowl-shaped floating body attached thereto. The charged alkaline component or powdered acidic component is swirled by the suction of the submersible pump and passed through a fine mesh mesh or mesh screen, each quickly and easily. It dissolves and stirs reliably and is efficiently derived as a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water to gently come in contact with it. The Produced was a simple apparatus for producing a bath carbonated spring according to claim 1, characterized in that none so as to maintain stable over a long time a high concentration of carbon dioxide.   As a dissolution tank with a lid for charging alkaline or acidic powdered components, a wire mesh or mesh strainer is provided inside the tank body, a plurality of small holes are provided on the peripheral surface of the tank body, and the tank A floating body such as a styrofoam made of donut discs is detachably attached to the circumferential surface of the upper part of the tank body above the plurality of small holes provided on the circumferential surface of the body, and the upper part of the melting tank is bathed above the floating body. By floating on the surface of the hot water and allowing the dissolution tank to swing or swivel in the hot water, the bath water of the bathtub is introduced into the tank body through a plurality of small holes arranged on the peripheral surface of the tank body. The tank body lower side below the small hole is placed in the bath water below the hot water surface, and the upper part of the tank body above the small hole is floated on the hot water surface. Circulate and recirculate hot water in the bath water As a submersible pump, a suction port is connected to the lower side of the dissolution tank, and the hot water in the bath water of the bathtub is circulated along with the suction of the bath water of the bathtub installed in the dissolution tank body. The one that is refluxed is used, and the entire dissolution tank in which the powdered alkaline component or the powdered acidic component is added through a wire mesh or mesh strainer is removed from the floating body and submerged deeply in the bath water, The charged powdery alkaline component or powdered acidic component is swirled by the suction of the submersible pump and passed through a fine mesh device such as a wire mesh or mesh, and each is quickly, easily and reliably separated. As it is dissolved and stirred, it is led out in the form of a solution deeply in the bath water of the bathtub, and is repeatedly circulated and diffused in the bath water, gently contacting it, and continuously in the bath water. Simple apparatus for manufacturing a bath carbonated spring according to claim 1, characterized in that without a high concentration of carbon dioxide is generated so as to stably maintained for a long period of time.   As a dissolution tank with a lid for charging alkaline or acidic powdered components, the tank body is formed of a wire mesh or mesh-like strainer with many fine holes, and the tank body is rod-shaped or By suspending it from the edge frame or wall surface of the bathtub through a string-like hanging tool, the bath water of the bathtub is moderately introduced into the tank body through the numerous small holes in the peripheral surface of the tank body. The bath body of the bathtub is used by placing the lower side of the tank body in the bath water below the surface of the bath and floating the upper side of the tank body on the surface of the bath so that the dissolution tank can be swung or swiveled in the bath water. As a submersible pump that circulates and recirculates the warm water in the bath, the suction port is connected to the lower part of the dissolution tank and the bath is connected to the bath with the suction of the bath provided in the dissolution tank. Inside temperature Is used to circulate and recirculate, and the entire dissolution tank formed of the same type of wire mesh or mesh strainer charged with powdered alkaline component or powdered acidic component removes the hanging tool. The powdered alkaline component or powdered acidic component that has been submerged deeply in the bath water is the same as a fine mesh strainer that is swirled by the suction of the submersible pump and is finely meshed or meshed. It is passed through the peripheral wall of the tank body that has been formed, and each is quickly, easily and reliably dissolved and stirred, and it is efficiently led out as a solution deep inside the bath water of the bathtub, and is repeatedly circulated and refluxed in the bath water.・ Diffusion and gentle contact, so that carbon dioxide gas is continuously generated in the bath water to maintain a high concentration of carbon dioxide gas stably over a long period of time. Simple apparatus for manufacturing a bath carbonated spring according to 1.   As a dissolution tank with a lid for charging alkaline or acidic powdery components, the tank body is made of a wire mesh or mesh-like strainer having many fine holes and the upper periphery of the tank body A bowl-shaped floating body, such as a disk, integrated with the tank body is attached to the surface, and the upper part of the dissolution tank float is floated on the surface of the bath water, and the dissolution tank is swung or swung in the bath water. By making it possible, the bath body of the bathtub is moderately taken into the tank body through the numerous small holes formed in the peripheral surface of the tank body, and the lower side of the tank body is positioned in the bath water below the surface of the tank body. As a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, it is placed in the bath water with a suction port connected to the lower part of the dissolution tank. In the dissolution tank A wire netting or mesh type strainer that uses a powdery alkaline component or a powdery acidic component to circulate and recirculate hot water in the bathing bath of the bathtub with suction of the bath The entire dissolution tank formed of the same as above is submerged deeply in the bath water with a bowl-shaped floating body attached integrally, and the charged powdery alkaline component or powdered acidic component is generated by suction of a submersible pump. Receiving the swirling flow, it is passed through the peripheral wall of the tank body, which is made of a wire mesh or mesh-like fine strainer, and is quickly and easily dissolved and stirred separately and efficiently. Derived as a solution deep in the bath water of the bathtub, repeatedly circulated and diffused in the bath water, and gently contacted, so that carbon dioxide is continuously generated in the bath water, and high-concentration carbon dioxide gas is prolonged. Time Stable that no so as to maintain over a simple manufacturing apparatus bath carbonated spring according to claim 1, characterized in.   As a dissolution tank with a lid for charging alkaline or acidic powdery components, the tank body is made of a wire mesh or mesh-like strainer having many fine holes and the upper periphery of the tank body Attach a floating body such as a styrofoam made of donut disc to the surface, and float the upper part of the melting tank above the floating body on the surface of the bath water. By making it possible, the bath body of the bathtub is moderately taken into the tank body through the numerous small holes formed in the peripheral surface of the tank body, and the lower side of the tank body is positioned in the bath water below the surface of the tank body. As a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub, it is placed in the bath water with a suction port connected to the lower part of the dissolution tank. Its melting A wire mesh or mesh with a powdery alkaline component or a powdery acidic component used to circulate and recirculate the hot water in the bathing bath of the bathtub as the bath is drawn into the tank. The entire dissolution tank formed of the same kind of strainer is removed from the floating body and submerged deeply in the bath water. The charged alkaline component or the acidic component of the powder is swirled by suction of the submersible pump. The water is passed through the peripheral wall of the tank body, which is made of a wire mesh or mesh-like fine strainer, and each is quickly, easily and reliably melted and stirred separately, and is efficiently bathed. Derived as a solution deeply in the bath water, repeatedly circulated, refluxed and diffused in the bath water and gently contacted, so that carbon dioxide gas is continuously generated in the bath water and the high concentration carbon dioxide gas is prolonged. Simple apparatus for manufacturing a bath carbonated spring according to claim 1, characterized in that without such stably maintained for between.   A metal mesh or mesh strainer is disposed inside a tank body of a dissolution tank formed of a tank body similar to a wire mesh or mesh strainer having many fine holes. The simple manufacturing apparatus of the carbonated spring for baths according to claim 5, claim 6 or claim 7.   As a submersible pump that circulates and recirculates hot water in the bath water of a bathtub, a discharge port is connected to the lower side of the dissolution tank for charging powdered alkaline or acidic components, and it is placed in the bath water and taken into the dissolution tank. The hot water in the bath is circulated and recirculated with the discharge of the hot water from the bath, and the entire dissolution tank filled with the powdered alkaline component or the powdered acidic component is deepened in the bath. The submerged and charged alkaline components or acidic acidic components are swiftly and easily and reliably dissolved and stirred separately through the fountain flow generated by the discharge of the submersible pump, and the water bath is efficient. It is derived in the form of a solution deeply in the bath water, and is repeatedly circulated, refluxed and diffused in the bath water, and gently comes into contact with it. Is stably maintained over a long period of time, according to claim 1, claim 2, claim 3, claim 4, claim 5, claim 7 or claim 8. The simple manufacturing apparatus of the carbonated spring for a bath of description.   The hot water in the bath water of the bathtub is taken in through the many small holes in the tank body, and the alkaline tank or the acidic powdery component is introduced to dissolve the hot water in the bath. Alkaline or acidic powdered component bath water comprising a submersible pump that circulates and recirculates the hot water in the bath water of the bathtub as it is placed and taken into the dissolution tank. It is equipped with a dissolution / stirring / diffusion device main body that dissolves, stirs and diffuses in warm water inside, and is similar to a wire mesh or mesh strainer into which powdery alkaline or acidic components are added. The entire dissolution tank formed is submerged deeply in the bath water and placed adjacent to the suction port or discharge port of the submersible pump placed on the bottom of the bathtub, and the charged alkaline components or acidic The minute is passed through the peripheral wall surface of the fine tank body, which is made of the same type of wire mesh or mesh-like strainer as it receives the swirling flow by suction of the submersible pump or the fountain flow by discharge, and each is quickly and separately Easily and reliably dissolved and agitated, efficiently led out as a solution deep in the bath water of the bathtub, repeatedly circulated and diffused in the bath water, gently contacted, and continued in the bath water A simple apparatus for producing a carbonated spring for baths, characterized in that carbon dioxide gas is generated and a high concentration of carbon dioxide gas is stably maintained over a long period of time.   In order to take in the hot water in the bathtub, the tank body is made of a wire mesh or mesh-like strainer with many fine holes and has a lid for charging alkaline or acidic powder components. 11. The apparatus for simply manufacturing a carbonated spring for bath according to claim 10, wherein a wire mesh-like or mesh-like strainer is disposed inside the tank body of the dissolution tank.   Dissolving tank to dissolve and agitate powdered alkaline components or powdered acidic components in combination with swirling flow or fountain flow accompanying discharge of the bath water taken in the dissolution tank by the lower submersible pump A flat dish that has a fine wire mesh or mesh-shaped strainer arranged inside, a U-shape that curves deeply downward in a U-shape, or a shallow, inverted U-shape that curves upward The simplified manufacturing apparatus for carbonated springs for bath according to claim 1, claim 2, claim 3, claim 4, claim 8, claim 9, or claim 11, wherein the apparatus has a mold shape.   A mesh or brush-like mat is stretched around the inner peripheral surface of the powdery alkaline component or powdered acidic component so that the bath water drawn in the bath can be sucked in by the submersible pump in the bath water. The powdery alkaline component or the powdered acidic component that is dissolved and stirred in response to the swirling flow or the fountain flow that accompanies the discharge is pushed into the entangled fibers of the mesh or brush-like mat to pass through the powder. The solubility of the alkaline component or the powdered acidic component in warm water of the bath water is increased, and the present invention is characterized in that the alkaline component or powdered acidic component is improved. The simple manufacturing apparatus for carbonated springs for baths according to claim 6, claim 7, claim 8, claim 9, claim 10, claim 11 or claim 12.   A dissolution tank with a lid for taking in the bath water of the bathtub through a plurality or many small holes arranged on the peripheral surface of the tank body, and charging the powdered alkaline component or the powdered acidic component, and the bath below it This bath is composed of a submersible pump that circulates and recirculates hot water in the bath water of the bathtub, and is a bath that takes in powdery alkaline components or powdered acidic components into the dissolution tank. It comprises a dissolving / stirring / diffusion device main body for dissolving / stirring / diffusion in bath water separately by a swirling flow or fountain flow accompanying suction or discharge by hot water submersible pump in hot water, and this alkaline component or Dissolving, stirring, and diffusing the powdery component of the acidic component in the bath water Distributing and stirring the powdered component in the bath water by placing a pair of device main bodies facing each other at opposite ends or even corners of the bath. One side of the diffuser body The first, second, third, fourth, fifth, sixth, sixth, seventh, eighth, and eighth claims are characterized in that the alkaline component is used and the other is used as an acidic component. The simple manufacturing apparatus of the carbonated spring for a bath according to claim 9, claim 10, claim 11, claim 12, or claim 13.   A dissolution tank with a lid for taking in the bath water of the bathtub through a plurality or many small holes arranged on the peripheral surface of the tank body, and charging the powdered alkaline component or the powdered acidic component, and the bath below it This bath is composed of a submersible pump that circulates and recirculates hot water in the bath water of the bathtub, and is a bath that takes in powdery alkaline components or powdered acidic components into the dissolution tank. It comprises a dissolving / stirring / diffusion device main body for dissolving / stirring / diffusion in bath water separately by a swirling flow or fountain flow accompanying suction or discharge by hot water submersible pump in hot water, and this alkaline component or Dissolving / stirring / diffusion device body of acidic component in bath water of acidic component is placed opposite to the four corners of the bathtub, and dissolving / stirring / diffusion device body of powdery component facing bathing water in these four corners. The four corners alternate Claims 1, 2, 3, 4, 5, 6, 7, 7, and 8, characterized in that they can be assigned to an alkaline component and an acidic component. The simple manufacturing apparatus for carbonated springs for bath according to claim 9, claim 11, claim 12, claim 13 or claim 13.   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. , Claim 3, claim 4, claim 5, claim 7, claim 8, claim 9, claim 10, claim 11, claim 13, claim 13, claim 14 or claim Item 16. A simple apparatus for producing a carbonated spring for bathing according to Item 15.