Solar hot kerosene heat-conducting system
a technology of solar energy and heat-conducting system, which is applied in the direction of enlarged heating surface vessels, cooking vessels, light and heating apparatus, etc., can solve the problems of high installation cost, polluted air and environment to burn heavy oil, and expensive hot kerosene heating by electricity or burning heavy oil
Inactive Publication Date: 2006-10-05
CHO KUO CHIN
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Benefits of technology
"The present invention provides a solar hot kerosene heat-conducting system that can gather solar energy and effectively apply heat to industry or household cooking utensils through hot kerosene conducting system. It can save cost of electricity and heating time, and is the most economic way of protecting environment to heat hot kerosene by solar energy. The system includes an oil-level indicator, expanding container, over-flow outlet, circulatory pump, auxiliary heater, processing area, solar heating area and filter."
Problems solved by technology
However, it is very expensive to heat hot kerosene by electricity or burning heavy oil, and it will pollute air and environment to burn heavy oil.
Drawbacks of heating by vapor: highly corrosive, not economic while being operated at high temperatures (for example, when at 300 degrees, the atmospheric pressure must be 84 ATM, and it will cost a lot to install equipment), a water separating device, a condensation pipe system and vapor management connection needed, necessary to check the boiler regularly, necessary to be operated by a person with special skill of boilers, a pressure-adding system needed, high heat-consumption, and a water-stain / water-rust treating system needed.
Drawbacks of heating by water: corrosive, easy to produce high pressure at high temperatures, a pressure-adding system needed, a circulatory pump needed to provided high-speed circulation, necessary to check the boiler regularly, necessary to be operated by a person with special skill of boilers, a pressure-adding system needed, high heat-consumption, and a water-stain / water-rust treating system needed.
Drawbacks of heating by hot kerosene: lower heat-conducting coefficient than water, easy to burn under certain conditions, higher cost, viscosity changeable according to different temperatures, necessary a circulatory pump, and air-exhausting device needed.
Method used
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Embodiment Construction
[0028] Referring to FIG. 1, an embodiment of the solar hot kerosene heat-conducting system 1 is provided with an oil-level indicator 11, an expanding container 12, an over-flow outlet 13, a circulatory pump 14, an auxiliary heater 15, a processing area 16, a solar heating area 17 and a filter 18.
[0029] While the solar hot kerosene heat-conducting system 1 in the present invention is applied to industry, the operating steps are as following:
[0030] 1. To do pressure P test to make sure whether there is any leaking phenomenon;
[0031] 2. To clean the whole system 1;
[0032] 3. To drain off rinsing liquid;
[0033] 4. To open the air-exhausting opening of the air-exhausting pipe (additionally provided at the highest position of an industrial machine), so as for the heat-conducting oil (hot kerosene) to be easily poured into the oil-storing receptacle (expanding container 12);
[0034] 5. To stop pouring hot kerosene when the expanding container 12 being filled about 25%;
[0035] 6. To make t...
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A solar hot kerosene heat-conducting system is provided with an oil-level indicator, an expanding container, an over-flow outlet, a circulatory pump, an auxiliary heater, a processing area, a solar heating area and a filter.
Description
BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates to a solar hot kerosene heat-conducting system with innovatory features, and more particularly to a solar hot kerosene heat-conducting system which can gather solar energy and effectively apply heat to industry or household cooking utensils by means of hot kerosene conducting system, so as to save cost of electricity and time. [0003] 2. Brief Description of the Prior Art [0004] At present, heating hot kerosene to achieve necessary temperatures for the processing area in industry is by means of electricity or burning heavy oil. However, it is very expensive to heat hot kerosene by electricity or burning heavy oil, and it will pollute air and environment to burn heavy oil. [0005] Therefore, it is the most economic way of protecting environment to heat hot kerosene by solar energy. The solar energy can easily be achieved everywhere if basic equipment is provided. [0006] Generally, there ar...
Claims
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IPC IPC(8): F24J2/24F24S10/70
CPCF24J2/42Y02E10/40Y02B10/20F24S90/00
InventorCHO, KUO-CHIN
OwnerCHO KUO CHIN