Air Conditioning System and Method Utilizing Micro Energy and Radiation Heating and Cooling Technologies

Abstract

This invention involves a kind of air conditioning method and system regarding micro-energy temperature radiant heating and cooling, which resolves the unconformable problem caused by air conditioners noises and air from air conditioner. This method uses the water separator equipment of the modular combination to separate the water streams, which comes from cool or hot sources into many micro circulation pipes of heat exchange surface, which are intensively located at indoor floors, walls and ceilings. The water steams, going through these micro circulation pipes after absorbing heat indoor or releasing heating outdoor, passing energy to the above mentioned cool or hot source after passing through water collector. The system consists of a water separator, which connects with many micro circulation pipes of the heat exchange surface, intensively located at indoor floors, walls and ceilings through one multiple joints being connected with multiple parallel main water supply manifolds. The backwater joint of the micro circulation pipes is connected with the water collector through one multiple joint and many parallel main backwater pipes being connected by a multiple joint. The gap between the main water inflow entrance of the water separator and the main water outlet of the water collector is connected with cool or hot circulation water. It can be used together with solar, ground source heat pump, air ground source heat pump, boiler, water heater, central heating, heat cold source equipment and it has good characteristics like no wind feeling, noises, feeling comfortable and saving energy.

I claim: 
     
         1 . It is a kind of air conditioning method of micro energy temperature radiant heating and cooling system, which uses water separator equipment of modular combination to separate the water streams, which comes from cool or hot sources into many micro circulation pipes of heat exchange surface, which are intensively located at indoor floors, walls and ceilings; The water steams circulating through these micro circulation pipes after absorbing heat indoor or releasing heating outdoor, passes energy to the above mentioned cool or hot source after passing through current collector. 
     
     
         2 . The air conditioning method according to  claim 1 , one of its main characteristics is that the above referenced cool or hot sources are provided by many of the solar thermal collector, earth source heat pump, air source heat pump, boiler, electric heater unit and central heating system. 
     
     
         3 . The air conditioning method according to  claim 1 , one of its main characteristics is that the above reference water separator separates the water streams through many parallel main water supply branch pipes and the main water supply pipes separating the water streams into the above referenced micro circulation pipes through one multiple joint; the above reference water collector collects the water through many parallel main water return pipes, and every main water return pipes collect water from micro circulation pipes through one multiple joint;
 The water flows going through the above referenced main water supply branch pipes and main water return branch pipes can be adjusted by attached hand control valves or at the same time, when the water flows are going through the above referenced main water supply branch pipes and main water return branch pipes, the water flows can be adjusted by attached hand control valves, and the water flow going through the above referenced main water supply branch pipes can also be adjusted by attached temperature control valves.   
     
     
         4 . The air conditioning method according to  claim 3  one of its main characteristics is that the above referenced water separator heats the water flow passing though by a heat tube embedded inside; The circulation pump between the above referenced water separator and water collector facilitates water circulation forcibly; the above referenced water separator and the opposite side of the above referenced attached circulation pump are connected by easily dismantled flanges, which is equipped with sealed heating tube installed inside; The above referenced water collector and the opposite side of the above referenced matching circulation pump are equipped with interchangeable sealed flanges with end enclosure and other end enclosure connected with other joints. 
     
     
         5 . The air conditioning method according to  claim 1 , one of its main characteristics is that the above referenced floor inside, wall and ceilings can be directly installed with, or through prime material, the square panel of micro circulation, which could be installed horizontally or vertically or inclining at 45 degree, and the square panel of micro circulation pipes is covered by a layer cover; the above referenced panel stabilized the above referenced micro circulation pipes by using the dents on the sides and the adjacent triangle tubes in the middle of the panel; the above referenced panel are connected together by columns on the edge and U shaped lock-fit on the edge of adjacent panels: or the above referenced panel are connected together by columns on the edge and L shaped lock-fit on the edge of adjacent panels. 
     
     
         6 . A system to practice the air conditioning method according to  claim 1 , including the water separation equipment of the modular combination and water collection equipment, one of its main characteristics is that the above referenced water separator, through many parallel main water supply branch pipes and one multiple joint being connected with one side of the parallel main water supply branch pipes, connects with many micro circulation pipes of heat exchange surface, which are intensively located at indoor floors, walls and ceilings; The head of the micro circulation water return pipes connected with water collector through one multiple joint and many parallel main water return branch pipes connecting with one multiple joint; the gap between the total inflow of the water separator and the total outflow of the water collector is connected by cool or hot water circulation. 
     
     
         7 . The system according to  claim 6 , one of its main characteristics is that the cool or hot circulation water source including solar thermal collector, earth source heat pump, air source heat pump, boiler, electric heater unit and central heating system or many of the sources in the system. 
     
     
         8 . The system according to  claim 6 , one of its main characteristics is that the above mentioned main water supply branch pipes and main water return branch pipes are both equipped with hand control valves for adjusting the water flow; or the above mentioned main water supply branch pipes are equipped with both hand control valves and temperature control valves. The above mentioned main water returns branch pipes are equipped with hand control vales for adjusting the water flow. 
     
     
         9 . The system according to  claim 8 , one of its main characteristics is that there is one or more than one parallel heat tube embedded inside the mentioned water separator, and there is a circulation pump at the connection between the total inflow of the separator and the total outlet of the water collector; the above referenced water separator and the opposite side of the matching water circulation pump are connected to the end enclosure or pipe plug of the embedded and sealed heat tube through easily dismantled flanges; The above referenced water collector and the opposite side of the matching water circulation pump are connected to the easily dismantled flanges and the end enclosure of other tubes. 
     
     
         10 . The system according to  claim 9 , one of its main characteristics is that there is an automatic air vent valve between the entrance of the total water inflow of the water separator and the circulation pump, and there is waste water valve between the water collector and the opposite side of the main water outlet; the above referenced water collector is equipped with water temperature sensor and the above referenced circulation pump is equipped with speed regulating device; the electric control of the above referenced water temperature sensor controlled the signal input part; The above referenced signal input part of the above referenced electric control is electrically interlocked with h temperature sensor detecting the indoor temperature; The output part of the above referenced control is electrically interlocked with the above referenced speed control and the relay control part which controls the function of heat tubes; The above referenced relay control part is connected with the above referenced heat tubes and the power cord and the electricity leakage protector installed inside the electrical box; The above referenced power cord and the electricity leakage protector are electronically interlocked with the above referenced control. 
     
     
         11 . The system according to  claim 6 , one of its main characteristic is that the above referenced floor inside, wall and ceilings can be directly installed with, or through prime material, the square panel of micro circulation, which could be installed horizontally or vertically or inclining at 45 degree, and the square panel of micro circulation pipes is covered by a layer cover; the above referenced panel stabilized the above referenced micro circulation pipes by using the dents on the sides and the adjacent triangle tubes in the middle of the panel; the above referenced panel are connected together by columns on the edge and U shaped lock-fit on the edge of adjacent panels; or the above referenced panel are connected together by columns on the edge and L shaped lock-fit on the edge of adjacent panels.