| 摘要 |
Solar Energy Regurgitation Technology (SERT) is the act of regurgitating or reabsorbing partly used light, detection of ambient light from light sources (i.e., including stars and the moon) and electromagnetic thermal energy sources that dope photosensitive atoms such as those in Si02 in generating electric current, which is then stored in batteries or capacitors used by all devices requiring constant electrical energy supply. This technology functions by re-absorption of light from light sources through a solar panel mounted or integrated in conjunction with thermal infrared and darkness sensitive foveated night vision lenses. The SERT functions in dark environments by use of night vision infrared detectors. Laminated glass covering the SERT panel is coated with silver reflectors at sides to reflect light from sensors that emit light from Light-Emitting Diode (LED) to the surface of the solar panel and the reflected light from the silver coated sides is used to for doping Si02 potential wells and other photoconductive or photodiodes with varying spectral ranges of the panel in order to continually generate electric current (i.e., then stored into batteries or capacitors) in the absences of sun light. While in the absence of light, SERT uses infrared radiation semiconductors that functions by use of night sensor transistor, phototransistor and photodiode that use p-type and n-type silicon junctions that are integrated with infrared detector circuits. All components of SERT are derived from related solar and electronic industries. Components of complete physical appearance of SERT Technology (Figure: 1), consisting of Foveated Night Vision Lenses, photosensitive solar cells, Darkness detecting sensor LED cell and LDR circuit to excite photosensitive electrons in potential wells of cells, photosensitive transistor, computer motherboard and capacitors or other electronic devices. The components of a complete physical appearance of SERT Technology (Figure: 2), consist of laminated night vision glass, photosensitive solar cells, Foveated Night Vision Lenses, Aluminum frame and junction box for connecting the entire panel circuit to batteries or capacitors. The structural skeleton of SERT consist of Potential wells or tubes (Figure: 3). Structural SERT design cross section consists of frame with light dispersion properties (Figure: 4a and b). Night vision lenses act as the eye with retina that is represented by microchip-wells with electrons charged potentials (see Foveated lenses Figure: 5a, b, c, d and e). The SERT electronic components are from related industries, which consists of darkness detecting LED circuit (Figure: 6), Mother board for a LED sensor circuit and components for a sensor (Figure: 7, Figure: 8. and Figure: 9.). The SERT uses darkness detecting sensor circuits with led coin cell (Figure: 10 a, b). SERT may use appropriate transistors that are dependant on the particular device and energy requirement, for example, 2N3904 transistor and resistor (Figure: 11 a. b). The complete circuit (Figure: 12. 13, 14 and 15) will provide light to the solar panel cells to be reabsorbed and stored in batteries or capacitors during darkness. All sensors are connected to the potential well with photosensitive metals (Figure: 16.). |
