| claims 1) The divided liquid unit of central air- conditioner and divided air- conditioner and any other cooling or heating system, the unit includes a cell that inside of it passes water and gas, the unit is installed in two places in the air- conditioner, one place between the external and internal units, and the second place in the external unit itself between the compressor and the radiator. 2. Installation according to claim 1 that the unit works on water or oil or any other liquid. 3. Installation according to claim 1 that the unit is installed isolated or in a lot of units inside the air- conditioner system and in other places as described in the drawing. 4. Installation according to claim 1 that the unit is composed of spiral circle tube or any other flexor and flat building for the use of removing the heat. 5. Installation according to claim 1 that the unit exists more than one cell and one spiral tube. 6. Installation according to claim 1 that there is no bordering of the shape and size of the unit and the materials that is made of. 7. Installation according to claim 1 that the unit combined and operates for any need of heating and cooling accompanied bridged instruments. 8. Installation according to claims 1-2-3-4-5-6-7 and the accompanied drawings. |
Description of the invention
The invention is an additional unit to the units of the air- conditioner, an internal unit to the air- conditioner that is installed inside the building and is composed from a radiator and a fan for the need of cooling or heating the room inside the building. For dwelling or office or industrial building or schools or any similar places; for cooling or cooling rooms or coolers. And an external unit that is installed outside and is composed of a compressor and a radiator and a fan, that needs energy in their operation that is wasted. The invention comes to use the wasted heat. The operation of the air- conditioner needs using gas that when it is compressed it higher the danger of leakage.
The invention makes it possible to operate the air- conditioner with complete function and safe protection, from the use of the internal unit, so that the unit inside the room will work properly by cooling liquid water to the radiator and the fan cools the air of the room without need of the gas of the air- conditioner.
The invention prevents the danger of leakage of gas and gives more natural cooling than the gas of the air- conditioner that the cooling with natural water, and it is the solution for the uncomfortably and the suffering that many people cannot pear the air-conditioner. The invention comes to help the central air-conditioner system and to solve the problem of using electricity and the fixed compressor operation by its being a big and strong engine that in the many times of delaying and operating for controlling the temperature needs a lot of electricity. The combined unit, the invention makes it possible to cooperate a number of compressors that operate together and in the occasion of effort or heating of one compressor it is extincted and the rest compressors continue to work. The invention suggests and combines more possibilities of external cooling and heating either than the compressors for the use and saving in energy.
The invention can give an answer to the need of cold water for drinking and hot water by its combination to the installation for this need. The invention can heat the sun-heater boiler and get rid of the electric fork of the boiler and the problems of the stones and the firing of the fork and the danger of the contact between electricity and water in times of leakage and pauses of water and electricity.
The invention makes it possible to use the wasted heat that is undesirable of the refrigerators and freezer's engines, and to gather it.
Description of the Situation as it is today
The existed installations today for air _ conditioning is an internal unit for the air_ conditioner that is installed inside the room or the building, and is composed from a radiator that is cooled or heated by gas that passes inside of it and passes to the space of the room by a fan that floods air from a hole that includes a filter from the radiator and comes out from front holes to the space of the room.
And an external unit that is installed out side the building and is composed of a compressor that works by compressing the heated gas, and as a result of that it passes to the radiator where it is cooled by a fan that delivers the heat away, and by the cooling of the gas it passes to a narrow tube that cools it and the cold gas continue to an internal unit inside the room, for the need of heating. The system works in the same way but changes the direction of the flooding towards the compressed gas. There is existed a central air- conditioner system that its external unit is bigger and with a big compressor and needs a lot of electricity for working and delaying, so no need for big cool effect. And the internal unit receives the gas that is cooled or heated and deliver it to all the rooms and the places in the canals, this obligates a big base and lowering the ceiling in order to hide the canals.
An additional installation of the separated air_ conditioner are installed as internal units in each room, and for each unit is installed an external unit operated works both the two units for a single room and in complete independency and impenetrability that it is not possible to interfere or combine with it .
There are existed other installations for cooling by the old method by spraying and dropping water on a cloth or a net and a fan that floods air on the water that becomes cold and passes the space of the room. And there is another installation that spread heat and works by a compressor of gas of air _ conditioners, when it compresses it is hot and passes to a radiator that is cooled by a fan and floods the air to the radiator and makes it cold, and the heat expanded is taken away outside, and the cooling gas continue to pass through a narrow tube while it is compressed and spreader and gets cold from spreading and cools the water that passes to the radiator and spread heat inside the rooms. The existed installations works and consume energy from electricity and get two situations of cooling and heating if using one situation only the other will be wasted .
The existed installations needs more bases for heating the buildings and heating the water and cooling them, by separated instruments for example a cooler for water to drink and for kilns and heating system .
Deficiencies in the existed installations
1. In the internal units of the air _ conditioner inside the rooms works by air conditioner's gas in high pressures.
A) The air _ conditioner's gas is compressed into high pressure and maybe dangerous to leakages.
B) The cold air that comes out as a result of the cooling is dry and unnatural and gives an uncomfortable feeling and some people can't bear the air of the air _conditioner.
2. In the central air-conditioned are installed one and big compressor for big affect of heat and cold.
A) The big compressor needs and wastes a lot of electricity when the temperature is low and without the need of big affect for cooling, or in some time there is no need for cooling in specific places inside the houses and the cooling is blocked from such places, the compressor begins to work and delay for close and sequence periods, that highs the consume of electricity, and wastes from the big compressor that consumes a lot of electricity in order to operate it.
B) The deficiency in the central air_ conditioner encouraged the consumers to install separated air_ conditioners for each room and this increases the danger of leakage in the light of the new situation of larging the base.
3. The old method of the water and the fan is ineffective in the ability to give enough effect.
-The cooling in this method is very bordered and insufficient for it is being very partial and lacked.
4. The heat spreader did not give the final answer to air- conditioning and cold and hot water.
- In the heat spreader there is still the need to look for solutions, and doesn't give enough answer that causes people to look for and reconcelate the deficiency to install and combine air- conditioners. -The heat spreader is connected to the base of heating, and it comes to exchange for preventing fire and it can't give by the radiators an answer for sufficient and complete cooling.
5. The existed installations can't connect and combine with cooperation of external affects, for using and saving energy and it is a result of the impenetrability and the inability to interfere in those installations.
The solution of the problems bv the invention
The invention causes that gas disappears; the invention gets the cooling or the heating from the gas of the air- conditioner from outside the rooms and the building, and deliver it inside the internal unit inside the rooms by liquid water without pressures and danger. The liquid water gives an end to the problem and the uncomfortably. The air that is brought out to space of the room cooled after flooding and contacting the cold radiator as a result of the gas, so it will be dry and uncomfortable and unnatural for people who suffered and suffering from the air- conditioner . The solution in this invention in contrast of the uncomfortable air of the gas, that even if it is cold it gives us a hard feeling, in the invention we
Receive the air cooled by natural liquid water absorbs by itself the contact with gas, and cooled and isolated and doesn't deliver the quality of the gas to the air of the room and it stays fresh and natural air. In the suggested invention with the possibility of cooperating with Additional systems, and for its being a flexible system and not impenetrable, it solves the problems of increasing and spreading of the systems and bases at home for needs of heating and cooling water and air-conditioning, and combine all the matter of the air-conditioning and cooled and hot water, to one controlled automatic system, that operates in summer and in winter, thus works neatly and with quality all over the year without worrying of operating and extinction and observing, this decrease the complicated and the danger contacting with increased ways of heating in winter that causes fires.
The ability and possibility to combine a number of compressors that works together, the possibility of partial extinction of a few of them in times of efforts and over heating, that allows the central air-conditioner to operate and prevents complication and amortization and damages of the compressors, and another saving of the cooperation for the compressors in working time, in need of great affect for cooling or heating is accompanied more compressors as much as needed, thus it's possible to reduce the number of compressors that works by the reducing of the need of the effect of cooling or heating. Those things where not possible in the existed systems and burdened on the compressors and wasted electricity.
In days of normal and average weather the invention allows the system to operate without the compressors , and to use the external cold and bring it into the building for freshing the air in the building and cooling it, so it's clean and fresh air. Out of this possibility when the water cools outside and brought in to the internal units to the rooms and cools the air and help to dismiss heat from the rooms and bring it out and also cleaning it from dust in the filters of the net.
The invention in its big range using every advantage and saving allows us to contact with the electronic system of the windows, and it is possible to open and close the windows automatically for airing and freshing the building. The invention is a solution of the sun-heated boiler for sufficient and a solution for stones gathered the instrument that could be cleaned without complications of unloading and technician and exchanging the fork, that are not desirable and costs a lot. Also a solution of the place of the boiler on the roof and the receivers and the deficiency of them for taking place, without having places in the building and in low levels that is a real problem for the residence.
Description and ways to perform the invention
We operate the air-conditioner and the compressors begin to compress the gas, the compressed gas is heating and passes through and get in unit no.13 inside the unit in the invention, the gas cols and expands and get in unit no.19 and is cooled by a fan no.20.TTie gas is cooled and expanded and get into the invention unit no.12.The cold gas cools the water inside the unit and returns hot (the heat that receives in the unit from the internal unit that is hot and is cooled by the cold gas). The gas returns to the compressors for continuing an additional round of the same procedure. By the time operating the air-conditioner is also operated a spin returner no.4 that draws the cold water to inside the internal unit no.2 to the radiator that spread the coolness by a fan no.3 and comes out to the space of the room, by hole no.1. The air is cooled as a result and the water is heated from the heat of the room, and then passes to hole no.21 to the invention unit no.21 to the invention unit and from there back is cooled and return in the same former path, and then the same procedure. In a hot day the big compressor or a few working compressors give a big affect of coolness that is enough to cool the building. And after the cooperation and the reducing of the temperature and without need of all the compressors working they are put off by a key, and immediately another compressor is operating, or some of the compressors are off and just one continue working for continuing partial cooling of the building. And in times of coolness like at night, when there is need to cool the building from the heat of the day and the sun, the compressors are off, and automatically a system is operated only of water flooding that receives the cooling from unit no.14, and is cooled by a fan no.15 and the cold water passes to no.7 of the electricity tap for observation and direction of flooding that is connected to compressors, when the goal is observing not to waste coolness, that no way the cold water doesn't enter to unit or paths temporary not working, otherwise we loose the coolness of the water.
The cold water continues their way to the internal units inside the rooms and cools the air, and is heartened from the heat of the rooms and returns to external unit no.14. There they cool again from the last procedure. In the time of each operation automatic instinct ion for exchanging the flooding of the water. The paths closes and open accordingly in order to prevent loosing coolness.
The hole no.18 gives us hot water for the sun-heated boiler and for the heat gathers, and each consume of hot water ( the water heathens and used beside the sun's heat, and can get great heat for steam and steam engine for additional combine of electricity production ). The whole no.11 is cold water for drinking, and another possibility of combining house cooling system or industrial. In the winter the system will work in the same way. But by changing the compressing direction and the flooding of the gas.
Figure section 1-A is the invention unit (Spiral).
Figure 2- A is the invention unit including water, fluids and gas passages.
Figure section 3- A is a section of one of the spirals showing water and gas passages.
Number 23 is an external body to the invention unit.
Number 22 spiral.
Number 25 water passage.
Number 24 gas passage.
Number 21 water entrance.
Number 5 water exit.
Number 12 gas entrance.
Number 6 gas exit.
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