JPH09256501A - Wall water tank facilitating heating/cooking, fire extinguishment and supply of drinking water - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate heating/cooling, fire extinguishment and the supply of drinking water by disposing a water supply port to the upper section of a water supply tank fitted to the indoor wall of a building and an exhaust port and a hose to a lower section and filling the water storage tank with cold water and warm water. SOLUTION: A water supply port 2 is arranged to the upper section of a wall water tank 1 fitted to a wall A and an exhaust port 3 and a hose 4 are disposed to the lower section of the water tank 1, city water or well water, in which a temperature change is reduced during the whole year, is used for the water tank 1, indoor warm air is cooled by cold water, and the water is utilized as nearest firewater at the time of a fire. Warm water utilizing solar heat and warm water in an around-the- clock bath is employed for the water tank 1, warm water dissipates heat from the wall, and heat is passed in the water tank 1 and properly adjusts an indoor temperature. A water tank 1 for drinking water is manufactured as a completely another one to a water tank 1 for air conditioning or fire extinguishment, the water tank 1 is interposed to its midway from a cock for city water to a place, where water is discharged, as a spare water tank by using the pressure of city water, and water is added and supplied continuously and fine water is manufactured at all times.

Description

Detailed Description of the Invention

[0001]

[Field of Industrial Application] The present invention relates to making a wall of a building into an aquarium.

[0002]

2. Description of the Related Art Conventionally, cooling of buildings in summer, heating of winter,
It has troubled and threatened the general public to extinguish fires and to supply water when water is scarce. There are many electric appliances and machines that have been provided to solve the problem, and the cost of each household for that purpose is a great burden because it shows an unbelievable number. In addition, there are many buildings adopting box-shaped walls such as two-by-four in Canada, but there was no provision of a method to make the wall into an aquarium.

[0003]

[Problems to be Solved by the Invention] 1. I want to cool and heat the water in the wall aquarium. 2. I want to drink water during the dry season. 3. I want to use it for fire fighting water at the time of fire. 4. We would like to lower the heating and cooling costs than before. 5. I want to build a building block.

[0004]

[Means for Solving the Problems]

1. Use tap water or well water whose temperature does not change easily for cooling, or circulate an appropriate amount of hot water for bathing for 24 hours or solar water for heating. 2. If many wall aquariums are adopted for self-building, it will be possible to secure water that can be self-sufficient for the number of days until it is replenished by the municipalities in response to the up and down water supply in the event of an emergency or a dry season. 3. There is water for fire extinguishing nearby, so you can extinguish it in a small fire or get away with water. 4. Cooling and heating costs will be lower than before. 5. By using ribs in the wall water tank, the wall water tank is strong and the structure can be made sturdy.

[0005]

[Function] Cooling absorbs heat with cold water, and heating uses heat for 24 hours in a bath or equipment that uses solar heat to dissipate the heat from the wall and pass through the wall water tank to appropriately adjust the indoor temperature or tap water. The water is used for extinguishing fires or provided as drinking water when drought.

[0006]

EXAMPLE It is possible to use the wall A of the building as the water tank 1 to use the wall A as a water tank for heating and cooling, to use water for extinguishing fire, and to use for drinking water during the dry season. If tap water or well water with little temperature change throughout the year is used for cooling, the cold water cools the warm air in the room to cool it. For heating, there is a method of utilizing the provision of a heat source that can be implemented at a low cost, such as using hot water using solar heat or hot water of a recently popular 24-hour bath. Although it is the heating that we want in winter, solar heat has the disadvantage that the weather is bad and the utility value is low in winter. 2 for the wall aquarium 1
It is convenient to use the equipment and hot water of the 4-hour bath, and it is possible to live a comfortable life and the electricity consumption is extremely low. A lot of power consumption is required to heat the cold water anew, but a small amount of supplementary heat source is needed to prevent the hot water that has once warmed from gradually cooling, so the cost is low. The present invention diverts the 24-hour bath equipment and devices to indoor heating, but it is good to use the hot water used for the bath for extinguishing fire, but to use the heat exchanger for drinking when using a heat exchanger. It is necessary to avoid drinking directly for hygiene. There is no need to worry about dew in order to dissipate heat when heating, but when cooling, dew adheres to the surface of the wall and gets wet due to the temperature difference between the inside and outside of the paper, Japanese paper, cloth, and woolen fabrics.
A material having good suitability is selected from synthetic resin cloths and the like, and is adhered to the indoor surface or the entire surface of the wall water tank 1 as a dew adhesion preventing layer to prevent the adhesion of dew. Recently, the number of buildings using box-shaped walls of two-by-four construction in Canada is increasing, but the present invention is not to make a simple wooden box but to put an aquarium in the wooden box or use the aquarium itself as a building wall Is. A detailed description will be given below with reference to the drawings. FIG. 1 is a view of a person standing on a floor 10 with a pillar 13 and a wall aquarium 1 viewed from the front. A pillar 13 penetrating from the floor 10 to a ceiling 9 and a wall A at the right end.
The wall extending up to this point shows in cross section the wall aquarium 1 of the present invention hidden inside so that it cannot be seen from the outside. Wall aquarium 1
May be concealed as described above, but may be exposed with a beautiful surface. The wall aquarium 1 is made of metal plate or synthetic resin plate that does not rust and has a box shape with the same thickness as a conventional wall.
Alternatively, the wall water tank 1 is filled with warm water 12 or drinking water 12.
The ribs 6 are arranged vertically and horizontally inside the wall water tank 1 to make the whole wall water tank 1 strong, and the horizontal circulation holes 7 and the vertical circulation holes 5 are formed above and below the ribs 6 to facilitate the circulation of the water supply and drainage of the water 12. However, the pipe 4 between the heat source and the wall water tank 1 needs to be insulated. The wall water tank 1 for drinking water is completely different from the wall water tank 1 for heating and cooling and the wall water tank 1 for extinguishing fire, and is used as a preliminary water tank by using the pressure of tap water until water comes out from the tap of the water supply. It is necessary to continuously replenish the water through the wall water tank 1 to make the water clean. Then, it is necessary to discharge the sediment that has settled during the passage of tap water from the sediment discharge plug 8 at an appropriate time. A wooden wall aquarium is not suitable for the present invention because it absorbs and dissipates much water and has poor thermal conductivity. The ribs 6 may or may not be provided, but if not necessary, the wall thickness is unnecessarily large, and if the ribs are thin, the wall water tank 1 is swollen and deformed by water pressure or lacks in strength and is not suitable for the wall water tank 1. Rib 6 of appropriate shape and number and height
When the ribs 6 are bonded to both sides, the water contained in the wall water tank 1 can be completely discharged through the gaps or the vertical flow holes 5 and 7 without being disturbed by the ribs 6. It is essential that the sewage settled by the settling discharge plug 8 at the bottom of the wall water tank 1 be discharged at an appropriate time, and that the discharge is easy. The wall aquarium 1 with the ribs 6 has the effect of withstanding the water pressure of tap water, increasing the strength of the building, and eliminating wall deformation. It is considered that the present invention has many useful advantages described below and contributes to the field.

【The invention's effect】

1. Use solar heat or heat source equipment for a 24-hour bath to dissipate heat and heat in a wall water tank. 2. Use tap water or groundwater with little temperature change to cool the room in the wall water tank. 3. As a reserve tank for drinking water, it is constantly replenished with water and can be useful in emergencies such as dry season. 4. You can extinguish a fire in a small fire with the water in the wall tank closest to you. 5. Cooling and heating costs can be reduced. 6. Buildings can be easily block-built and made robust.

[Brief description of drawings]

FIG. 1 is a front view of a partial cross section of a wall aquarium.

FIG. 2 is a side view of a partial cross section of the wall aquarium.

[Explanation of symbols]

 A, wall 1, wall water tank 2, water supply port 3, drainage port 4, pipe or hose 5, vertical distribution hole 6, rib 7, horizontal distribution hole 8, sediment discharge plug 9, ceiling 10, floor 11, water 12, Water surface 13, pillar 14, hose door

Claims (6)

[Claims] 1. A bath system for 24 hours in a wall water tank 1 in which a water supply port 2 is arranged above a wall water tank 1 fitted into a wall A inside a building and a drainage port 3 and a hose 4 are arranged below the wall water tank 1. Each wall water tank 1 for hot water of solar energy utilization equipment or cold water of tap water or well water
Or an air conditioner characterized by being able to be supplied to the wall water tank 1 dedicated to drinking water during a dry season or an emergency by simply replenishing or storing an appropriate amount of water continuously or storing water alone to facilitate indoor air conditioning and fire extinguishing. A wall aquarium that facilitates fire extinguishing and drinking water supply. 2. The water supply port 2, the drainage port 3, the hoses 4 and the pipes 4 are usually concealed in the wall together with the wall aquarium 1 so that at first glance the appearance can only be seen as a normal wall in the event of an emergency such as a fire. The wall water tank according to claim 1, wherein the hose door (14) can be easily opened to take out the hose (4) easily. 3. A wall water tank (1) is provided with a proper number of stands and ribs (6) which are contact welded at appropriate heights or lateral sides on both sides and are welded and reinforced against internal and external pressure. Horizontal circulation hole 7
3. The wall aquarium according to claim 1, wherein the lateral ribs 6 are bored and vertical standing holes 5 are bored to facilitate circulation of water inside the wall aquarium 1. 4. The wall water tank according to claim 1, 2 or 3, wherein a sediment discharge plug 8 is arranged on the lower surface of the wall water tank 1 to enable discharge of wastewater sediment from inside or outside the house. 5. Even if a large number of wall water tanks 1 are adopted indoors, each water supply can be done in one place, or a plurality of water supply ports 2 for water for cooling and heating, water for extinguishing water, drinking water, etc. can be provided at the center. Terminals (not shown) that can be collected and switched at different locations
The wall water tank according to claim 1, 2, 3, or 4, characterized in that: 6. The cooling and heating water and the fire extinguishing water may be mixed, but the drinking water is kept clean by using a separate wall water tank 1, water supply port 2, hose 4 and piping 4. The wall water tank according to claim 1, 2, 3, 4, 5.