| Title of Invention | CONVERGENT PHOTO VOLTIC ENERGY. |
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| Abstract | A convergent photo voltaic energy product from a input battery power source, wherein a concave lens is mounted between the flash light and a semiconductor within a vacuum tube having an input means at one end and output means at the second end, wherein a plurality of vacuum tu res are mounted on a supporting bed to form a tu bing arrangement, wherein plurality of tubing arrangement is mounted on to a frame, such that plurality of output means are connected to a junction box, from which a portion of power i8 feedback to the inpu t battery for recharging. |
| Full Text | PRIOR ART The demand for the power consumption will increase double fold of the present capacity at the global level in the next five decades. At present, a number of techniques have been used to generate power. Its inherent technical flaws escalate the cost of power generation. Among these, solar photo voltic energy is the only technology that generates power without cost. This technology requires semi-conductors whose production costs are higher. Hence it cannot be implemented broadly. The energy transmitted from the outer surface of the sun is 7 K.W per square centimetre. But when it fiEdls on the outer surface of the Earth it receives only 0.1 watt per square cm. Based on this process the present photo voltic method functions in power generation. The output electric power from the solar photo voltic cell is very low. To increase the power the solar rays are converged on a convex lens. The converged photons, when fall on the semi-conductor we can get high electrical power energy. This is because of the intensity of the hight energy. Moreover, we need not have largsr semi-conductor cells. Hence Without heavy investment, it is easay to generate power. Now if a femr of photona of energy (E1-E0) einoe there are large number of photons they stimulate the emission further and this process continues to form a chain reaction are avalanche effects. This is called laser action and by this action, all the photons are in phase with one another to reinforce to given an intense beam |
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898-CHE-2003 CORRESPONDENCE OTHERS 01-11-2010.pdf
898-CHE-2003 CORRESPONDENCE OTHERS 18-11-2010.pdf
898-che-2003-claims duplicate.pdf
898-che-2003-claims original.pdf
898-che-2003-correspondnece-others.pdf
898-che-2003-correspondnece-po.pdf
898-che-2003-descripition complete duplicate.pdf
898-che-2003-descripition complete original.pdf
898-che-2003-descripition provisional.pdf
| Patent Number | 204275 | ||||||||
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| Indian Patent Application Number | 898/CHE/2003 | ||||||||
| PG Journal Number | 26/2007 | ||||||||
| Publication Date | 29-Jun-2007 | ||||||||
| Grant Date | 13-Feb-2007 | ||||||||
| Date of Filing | 05-Nov-2003 | ||||||||
| Name of Patentee | KUMARASAMY SOUNTHIRARAJAN | ||||||||
| Applicant Address | S/O SOUNTHIRARAJAN 186/247, MOOLANUR ROAD, VELLAKOVIL-638 111 ERODE DISTRICT. | ||||||||
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| PCT International Classification Number | H01S 3/00 | ||||||||
| PCT International Application Number | N/A | ||||||||
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