JPH04292402A - Air-conditioning system apparatus - Google Patents

Abstract

PURPOSE:To contrive the regeneration and production of O2 at a low temperature by directly putting a heater into an aqueous solution of KCl, etc., to heat the solution and decomposing the generated steam into O2 and H2. CONSTITUTION:An aqueous solution of KOH, etc., is charged into a reaction chamber 1 placed at the lower part in a box 23 and is heated with a heater 2 placed in the chamber 1. The generated steam is decomposed into O2 and H2 between a grid electrode 3 and an electrode 4 having a shape reverse to the electrode 3. The generated O2 and H2 are introduced through a channel 5 into the lower part of a cooling part and transferred upward through a copper pipe 9. At the same time, an aqueous solution of quick lime 18 is dropped from the slit 20 between the pipe 9 and the water-tank 10 placed above the pipe 9. Air is blown perpendicular to the pipe 9 with a fan 12 driven by a motor 13 and sent from a blasting port 19 through the pipe 9 to the exhaust port 20.

Description

[Detailed description of the invention] (a) Industrial application field This invention removes carbon dioxide from the atmosphere and lowers the concentration of carbon dioxide, which is considered to be a cause of global warming, and also removes high-temperature water vapor. The present invention relates to an air conditioning system device in which oxygen molecules O2 are newly generated by electrolysis of an originally ionized substrate.

(b) Conventional technology In order to remove carbon dioxide gas CO2, expensive equipment is required, and although it is possible to systemize it at industrial production sites, it is expensive and burdensome to use system equipment for offices in buildings. Ta.

(c) Problems to be solved by the invention However, the carbon dioxide gas CO2 produced in this energy conversion process has been solved by having certain equipment in industrial production. However, when it is pointed out that there is a causal relationship between carbon dioxide gas CO2 and the maintenance of living organisms, such as the phenomenon of global warming, we have no choice but to remove carbon dioxide gas CO2 by the unit amount of space in each region. In addition, as the amount of greenery decreases on a global scale, pushing up the concentration of carbon dioxide gas, we have no choice but to generate oxygen and regenerate carbon dioxide gas using nuclear physics methods and chemical reaction methods. become.

This invention removes carbon dioxide gas CO2 on a spatial unit basis in each residential area rather than on an industrial production scale, and easily solves the problem of oxidation caused by oxygen, which is a phenomenon of energy conversion in living organisms, at a low cost using a chemical method. With a practical oxygen generation mechanism,
The purpose is to obtain the regeneration and production of oxygen necessary for living organisms.

(d) Means for solving the problem The present invention will be explained based on the drawings. In FIG. A heater electrode 2 is installed in the tank to heat it. The reaction tank and the potassium chloride aqueous solution tank 22 are connected by a pipe 24. At the top of the reaction tank, there is a lattice-shaped electrode 3 and an electrode 4 in the form of an inversion layer on this electrode, and there is a passage 5 for a mixed gas of generated oxygen molecules O2 and hydrogen molecules H2, and the potassium chloride aqueous solution is turned over. Stopper 6 to stop leakage due to
There is. This gas passage is led to the lower part of the cooling section, and the molecularized gas rises through the inner diameter of the copper pipe 9. Also, since this copper pipe 9 has a water storage tank 10 installed at the top, an appropriate amount of quicklime aqueous solution 18 is poured through the gap between the holes 25 made in the pipe 9 and the water tank.
It is dropped into a tank containing an aqueous solution of quicklime using the pipe 9 as its axis. When the fan 12 via the motor 13 blows air at right angles to the large number of copper pipes thus constructed, the air flows from the air outlet 19 through the copper pipes to the air outlet 20.
leading to. The upper part of the quicklime aqueous solution is detected by the sensor 26, and the lower part of the quicklime aqueous solution is pumped up through the water pipe 11 by the pump 16 via the water pipe 17.

In addition, in order to prevent mixing of potassium chloride aqueous solution and quicklime aqueous solution due to rollover, gate 7,
It is blocked by 8.

(e) Action In the reaction tank of the air conditioning system configured as above,
When heat is applied to an aqueous solution of potassium chloride or the like via a heater, the proportion of molecular bonds of oxygen O2 increases, and H+ ionization of hydrogen atoms becomes more efficient. When an appropriate amount of manganese MnO is added to the catalyst, the amount of oxygen produced increases. oxygen O2
When the hydrogen ion gas is electrolyzed through an electrode, it becomes oxygen molecules O2 and hydrogen molecules H2.

By passing this hot and unstable gas through the inner diameter of the copper pipe, the hot gas is cooled into cold oxygen molecules O2 and hydrogen molecules H2.

The reason why cold oxygen tastes better to humans is because the molecular momentum of oxygen O2 is small, making it easier to breathe, and because hot oxygen molecules expand more than cold O2, making them unsuitable for lung breathing. Furthermore, by using an aqueous solution of quicklime as cooling water around the outer periphery of this copper pipe, carbon dioxide gas CO2 contained in the atmosphere blown by the fan reacts with the aqueous solution of quicklime in the cooling water, and oxygen is regenerated.

For the above reasons, a lower temperature of oxygen O2 is more effective for human lung respiration, and the system configured as described above works practically for the regeneration and production of oxygen.

(F) Embodiment FIG. 3 shows an embodiment of a wire mesh type electrode, in which electrodes 3 and 4 constitute an inverted polarity electrode, an insulator 30 is sandwiched between the wire mesh type 3, a bolt 28 is passed through a nut 29, and a wire mesh type electrode is used. It is fixed and electrically connected intermittently to create positive and negative terminals. FIG. 4 shows an embodiment of the gate mechanism, in which a gate receiver 8 is provided for the gate 7, a spring 31 blocks a waterway, and an elastic body 32 prevents water leakage. FIG. 5 shows an embodiment in which a copper pipe is set in a water storage tank, and air from a fan 12 is blown onto the water storage tank 10 containing a quicklime aqueous solution and the quicklime aqueous solution falling around the copper pipe as an axis. The quicklime aqueous solution reacts and becomes cloudy white, and oxygen from carbon dioxide gas is regenerated. FIG. 6 shows an embodiment in which a seismic sensor 27 is installed, which prevents leakage of the solution in the event of a rollover and mixing of the aqueous solution of potassium chloride and quicklime.

(G) Effects of the Invention As explained above, in this invention, a heater is placed directly into an aqueous solution of potassium chloride or the like, thereby facilitating the production of oxygen O2. Since low temperature oxygen O2 is stable,
Human lung breathing becomes more efficient. Since the surface area of the quicklime aqueous solution is large, it has the effect of reducing the increase in carbon dioxide concentration and regenerating with a simple structure.

In addition, potassium chloride is made to an appropriate concentration using a measure 33 in the water tank 22 for water H2O, and a quicklime aqueous solution is also put in the aqueous solution tank 21 to prepare the joint 14.
With the aqueous solution passage 15, the solution can be replenished by the drop of the solution, and the amount of water can be circulated at a constant rate.

Furthermore, by creating an air conditioning system like this, not only is the cost low, but it can also be used all year round. That is, in the cold winter, the lid 34 at the top of the reaction tank is opened and the oxygen O2 remains at a high temperature without being cooled, and in the hot summer, it is cooled by passing it through a copper pipe. When it rains, the holes are opened to let in air and electrolyze the moisture, improving the effectiveness of air conditioning. The used quicklime aqueous solution is drained using a hose 35.

[Brief explanation of drawings]

Figure 1 is a vertical cross-sectional view of air conditioning system equipment;
The figure is a front view 3 showing an embodiment of an electrode in electrolysis;
Reversed polarity Figure 4 and side view, Figure 4 is a longitudinal side view and front view showing an embodiment of rollover prevention, Figure 5 is a longitudinal sectional view showing an embodiment of a quicklime aqueous solution storage tank and a copper pipe attachment part, 6
The figure is a vertical cross-sectional view showing an embodiment of an earthquake-resistant sensor, and FIG. 7 is a vertical cross-sectional view showing an embodiment of a tank for potassium chloride, etc., and a measure. DESCRIPTION OF SYMBOLS 1... Reaction tank, 3... Grid-shaped electrode, 6... Stopper, 7... Gate, 9... Copper pipe, 10...
Water tank, 12... Fan, 13... Motor, 14... Quicklime aqueous solution supply mechanism, 22... KCl aqueous solution tank, 25... Gip hole, 27...
Seismic sensor, 35...hose, 36...humidity hole, 37...sink for quicklime aqueous solution, 38
...External removal lid for used quicklime aqueous solution.

Claims (4)

[Claims] Claim 1: A reaction tank device that ionizes water vapor H2O into oxygen molecules O2 and hydrogen atoms by making potassium chloride or the like into an aqueous solution in the reaction tank, which is an oxygen generating device, and heating it with a heater inside the tank. . 2. The high-temperature steam electrolysis device according to claim 1, which is equipped with an electrolysis device that causes molecular bonds between oxygen molecules O2 and hydrogen molecules H2 by electrolyzing the ionized high-temperature steam. Claim 3: High-temperature oxygen and hydrogen are passed through a number of thin pipes, and the copper pipes are cooled with a quicklime aqueous solution to cool the temperature of oxygen O2 and hydrogen H2. A cooling solution of quicklime water according to claim 2, wherein the aqueous solution is used as cooling water. [Claim 4] By blowing air taken in from the outside into the cooling solution of quicklime using a fan, the temperature of oxygen and hydrogen is also increased by the heat of vaporization of the aqueous solution of quicklime while causing a chemical reaction with the carbon C of carbon dioxide gas CO2 in the atmosphere. The chemical reaction system device for carbon dioxide gas CO2 according to claim 2, which is capable of lowering the carbon dioxide gas CO2 and cooling the electrolyzed oxygen O2 and hydrogen H2 to a high temperature. .