TW201013132A - Solar power generator - Google Patents

Abstract

There are a light sensor controller, a lenses sheet, a adjustable support, solar silicon cell and a set of battery in case of the Solar Power Generator, Light sensor controller control the adjustable support and lenses sheet to rotate facing to the sun, The lenses sheet focus more sunlight on the solar silicon cell, More electric energy is generated by electric solar silicon cell, the structure of the solar charger is Slim and Thin, More sunlight generates much more electric power.

Description

201013132 VI. Description of the invention: [Technical field to which the invention pertains] 'Tao' The invention relates to a solar concentrating rotating device, in particular to a solar concentrating concentrating device with a multidirectional light controller, a powerful concentrating mirror and a motor rotating frame To the day control device and method, the shirt to the light controller can automatically adjust the powerful concentrating mirror to the sun light source through the motor and the rotating frame, the powerful concentrating mirror can gather several times of solar energy, and collect the sun silk on the sun money (four) The powerful concentrating mirror effectively shortens the distance between the concentrating mirror and the concentrator, and the multi-directional optical controller automatically adjusts the motor and the rotating _, and automatically collects several times of solar energy on the solar concentrator to make the solar power generator or The collector emits several times the amount of electrical energy or heat. [[Prior Art] [0002] A general-purpose solar concentrating rotating device is used in the city, as shown in Fig. 3: a conventional solar power generating device, in which a set of solar generators 41 are mounted in a casing 42, a motor 21 and a timing circuit. The plate 03, the solar generator 41 is periodically rotated toward the sunlight 52 via the motor 21 and the timing electric plate 〇3, and the solar 矽Q wafers 42 are connected in series and parallel, and then connected to a group of batteries 54 to store the electric energy generated by the solar raft wafer 42. The battery 54 is directly supplied to the electric appliance, and according to experts' research, the solar crucible wafer is applied to the solar power generation device, and the solar crucible wafer can withstand several times of sunlight, and can emit several times of electric energy, and the solar crucible wafer The production technology is controlled by foreign manufacturers. The price of solar silicon wafers is high. The timing circuit board 03 can not rotate precisely toward the sunlight 52. The power generated by the solar power generation device is so small that the efficiency of installing the solar energy collector device cannot be achieved. Improve, endless, inexhaustible, form number A0101 097136243 Everyone knows that solar energy is green Energy, which is endless and does not need to be purchased for green, is not required to pay for the purchase of green energy, but solar collectors receive less sunlight, solar collectors The thermal energy is low and the price of the device is expensive. Therefore, solar energy collectors have not been effectively promoted, and everyone knows that the convex lens I#' can be concentrated, and why no manufacturer has used convex lens to concentrate on the solar energy generator or set. The thermal device and the timing circuit board 03 can not accurately face the sunlight, so the conventional solar energy collector has a great room for improvement. SUMMARY OF THE INVENTION [Improvement] I [0003] 1. The object of the present invention is to provide a concentrating device that solves the problem of poor solar energy collection efficiency, with a powerful concentrating mirror and a rotating motor and a multi-directional photosensor to solve the problem of poor solar energy gathering efficiency and energy collection. The device automatically adjusts to the solar light source, and the powerful concentrating mirror concentrates the solar energy on the concentrator, so that the solar concentrator emits several times of electric energy. The solar concentrator device generates less electric energy and the solar enthalpy chip of the device is expensive, and the efficiency of installing the solar concentrator cannot be improved. First, the efficiency of the solar concentrator device is improved, that is, the solar energy is improved. The amount of electricity generated or the amount of heat collected, the solar raft wafer can withstand several times of sunlight, and can emit several times of electric energy. To increase the amount of solar energy, it is necessary to increase the amount of sunlight collected. Therefore, it is necessary to add a condensing convex lens to Increase the amount of sunlight collected, thereby increasing the power generation or heat collection of solar energy. 2. Everyone knows that the convex lens can condense, and why there is no manufacturer to apply the convex lens to the solar energy concentrator. The original large-area convex lens is very heavy, the large-area convex lens has a long focal length, and the large area is 097136243. A0101 Page 4 / Total 50 pages 0972059658-0 [0004] 201013132 [0005] ❹ Ο [0006] [0007] The convex lens of 097136243 is not easy to manufacture and expensive, so a large-area convex lens is used as a solar energy concentrator, which is bulky. The weight is very heavy and expensive. Therefore, the large-area convex lens is changed to a small convex lens. The small convex lens is easy to manufacture, the focal length is shorter, and the volume of the concentrator can be thinned. Therefore, several small convex lens arrays are arranged in one. In the plane, whether it is a square array, a circular array or a honeycomb hexagonal array, the price can be effectively reduced, and the volume is reduced. Several small convex lens arrays are compound eye array concentrating mirrors. 3. However, when a plurality of small convex lens arrays are arranged on one plane, the focal points of the small convex lenses are dispersed, and the solar tantalum wafers must be cut into a small piece and a small block array in a plane, which causes the volume of the power generating device to expand. When a plurality of small convex lens arrays are arranged on an arcuate curved surface, the focus of the small convex lens can be concentrated, and the silicon wafer does not have to be cut into a small piece and a small array in a plane, and the silicon wafer can be collectively arranged in an arched shape. The center of the surface, in doing so, can effectively concentrate the volume of the concentrator, while other parts can be used to place additional parts, which can reduce the volume of the concentrator. 4. Polarized concentrating means that several small convex lenses are arrayed on an arc-shaped curved surface, which is a curved compound eye array concentrating mirror. When the light source is slightly offset, the sunlight can still be concentrated on the enamel wafer, effectively increasing the power generation. Instead of having to adjust the angle of the condenser frequently. 5. However, the thickness of the convex lens is thicker, the weight is larger, and the cost is still high. For example, the convex lens is cut into several concentric circles, and each concentric circle is adjusted to the same thickness. Form No. 1010101 Page 5 / Total 50 pages 0972059658- 0 201013132 ❹ Although the luminosity is slightly lost, the thin flat mirror effectively reduces the thickness. This thin plastic flat mirror is commonly known as the Fresnel lens, which arranges several thin small flat mirrors in an arched shape. The curved surface is the curved ring condensing mirror, and the curved ring concentrating mirror effectively reduces the cost, increases the amount of light collected and the amount of power generation, and increases the power generation amount of each silicon wafer by several times. The convex lens is cut into twenty or more concentric circles, and each concentric circle is arranged on a curved surface, which is a thin rotating mirror. The thin rotating mirror is an important breakthrough after the invention of the Fresnel lens. The invention not only has the thinning of the Philippine concentrating concentrating mirror, but also has the high concentration, and the biggest feature is that the focal length is shorter than that of the Philippine concentrating condensing mirror, and the thin slewing mirror can reduce the volume of the concentrating device, reduce the weight and reduce the cost. [0008] 6. When using a ring concentrator, the sun will move; if an adjustable bracket is added, if necessary, the adjustable bracket can be rotated, the concentrating mirror is turned to the sun source, and the sunlight is concentrated on the solar concentrator, so that The solar generator emits several times of electric energy or the solar collector emits several times of heat. ^ If the concentrating mirror is too large, the rotating shaft and the set of springs can be added, and the ring concentrating mirror is mounted on the elastic bracket, plus-group When the bomb is used, it will open automatically, and when it is stored, the elastic m and elastic bracket can reduce the storage volume of the device. [0009] 7. The circular arc of the cross section of the number (four) lens is rotated around a curved surface, that is, the curved surface is multi-transparent (four), and the focus of the curved concentrating lens is continuously dispersed and not dispersed, but the thickness of the intersecting # will be several The curved surface of the flat mirror is rotated around the focal length. On a curved surface, it is 097136243. Form No. A0101 Page 6 / Total 5〇μ 0972059658-0 201013132 Curved multi-plate cyclotron condenser, curved multi-plate rotating ring condenser thickness Thinner, the focus is continuously concentrated and not dispersed, but the focal length is relatively long. The curved section of several gyroscopic mirrors is rotated around a curved surface, which is the curved multi-circle condensing ring concentrating mirror, and the thickness of the curved multi-spinning condensing mirror is thick. The thinner focus is continuously dispersed and the focal length is shortened. [0010] 8. Extending the cross section of a plurality of small thin flat mirrors on a plane or a curved surface, and the plurality of thin flat mirrors extending is a flat compound eye extending condensing mirror, which can effectively reduce the price, reduce the volume, and several The section of the thin gyroscopic mirror is a slewing compound eye extension concentrating mirror; [0011] 9. The sun moves from east to west every time, while the general solar table concentrator is fixedly installed, the solar power generation performance is poor, and a mechanism must be installed. The solar light energy is concentrated and concentrated to the sun, the solar energy concentrator is assembled on the rotating frame, and a motor is connected to the timer circuit board, and the rotating rotating frame of the fresh rotating frame can be automatically adjusted to the solar energy gathering timing. The solar light source, the spin ring® concentrating mirror concentrates several times of solar energy on the solar energy concentrator. The cyclotron concentrator effectively shortens the distance between the concentrating mirror and the solar concentrator. Several times the sunlight can make the solar concentrator emit a number. The thermal energy stored in the accumulator timer circuit board controls the motor timing to automatically rotate the rotating frame, so that the solar energy collection Is automatically turn to chase the sun to the sun' Hummer solar power generation or set Of performance. 097136243 10. Timing board timing rotation can not accurately face the sun, such as using a light sensor to accurately face the sun, the rotating frame is equipped with a circular arc-shaped sun form number A0101 Page 7 / Total 50 pages 0992059658-0 [ 0012] 201013132 Ο Light controller, the arc-shaped protruding light controller is equipped with a three-way photosensor, - only the photosensor is to the right, one photosensor is up, one photosensor is to the left, the first controller is the second Only the photosensor connector circuit board, when the light sensitivity value of the right photosensitive device is greater than the light sensitivity value of the upward photosensor, the motor automatically drives the rotating frame to rotate to the right until the light sensitivity value of the upward photosensitive device is greater than that of the right photosensitive device. Sensing value, the light controller can automatically adjust the solar energy concentrator to the solar light source. When the light sensitivity value of the left photosensor is greater than the light sensitivity value of the upward photosensitive device, the motor can drive the rotating frame to rotate to the left until the photosensitive device is turned up. The light sensation value is greater than the light sensation value of the left photosensor. When the darkness is dark, the light sensation value is less than the predetermined value. The motor drives the rotating frame to stop after the level rotation, and the light controller can automatically adjust the solar energy concentrator to the solar light source, so that the light controller can automatically adjust the solar energy concentrator to the solar light source. Powerful gathering The mirror will be several times the sun can be concentrated on the silicon wafer of the solar generator or on the water pipe of the collector. [0013] 11. The sun moves from east to west every day, while the summer and winter will move north and south, so you need to install one. Only the five-way light controller can accurately align the rotating frame toward the sun. The rotating frame is equipped with a circular-shaped convex solar light controller. The circular-shaped protruding light controller is equipped with a five-way photosensor and two;! A set of photosensors on the motor side up to the left and right side of a photosensor, a set of photosensors forward and backward, a five-way photosensor connector circuit board of the light controller, when the light sensitivity value to the left and right photosensors is greater than the light sensitivity of the upward photosensor Value, the motor can drive the rotating frame to rotate left and right until the light sensitivity value of the upward photosensitive device is greater than the light sensitivity value of the left and right photosensitive devices, the solar energy collector can be automatically adjusted to the solar light source, and the light of the photosensitive device is forward and backward. The sense value is greater than the light sensitivity value of the upper photosensor, and the other set of motors can drive the rotating frame to rotate forward and backward until it is photosensitive upwards! ! The light sensitivity value is greater than the light sensitivity value of the front and rear photosensitive devices. When the darkness is dark, the light sensitivity value is less than the predetermined value. The motor belt 097136243 is the master number Α0101. Page 8/50 pages 0972059658-0 201013132 [0014] ❹ rotating frame After turning to the horizontal direction, "Control|| can automatically adjust the solar energy concentrator to the solar light source, and the powerful concentrating concentrator will concentrate the & sunlight energy on the silicon wafer of the solar generator or the hot water pipe of the collector. . The embodiment of the solar energy powerful concentrating device can be applied to solar ray lamps, solar street lamps, solar traffic signals, solar chargers, solar TVs, solar communication devices, solar lighting systems, and collectors for solar water heaters. Solar water distillers, solar water heaters, solar cookers, solar power plants. [0015] 〇 13. The implementation of the device such as solar power generator, light controller control motor automatic steering chasing and solar lighting control automatic lighting, solar garden lights, solar lawn lights, solar landscape lights, solar street lights, solar traffic lights , solar warning device. Above the rotating frame of the solar power generator, there is a solar light and a V-shaped pound-shaped concentrating hood. Above the concentrating hood is a locking powerful concentrating mirror. The inside of the concentrating hood is equipped with a solar light controller and a silicon wafer. The lamp is equipped with a bulb and a lampshade. The support frame is equipped with a light controller circuit board and a battery. The circuit board is connected with a solar chip, a motor, a battery and a solar lamp. The light controller circuit board controls the solar lamp to turn off and the motor automatically rotates. Every morning, the rotating frame rotates from east to west and the solar lights go out. Every night from west to east, the solar lights turn on. The rotating frame can automatically mobilize the powerful condenser of the solar generator towards the solar light source, so that the solar power generator can automatically turn to chase the sun. To improve the efficiency of solar power generation. The powerful concentrating mirror concentrates several times of sunlight on the solar hair chip, so that the solar power generator generates several times of electricity stored in the battery. 097136243 Form No. A0101 Page 9 / Total 50 pages 0972059658-0 201013132 [0016] 14. Embodiment of the device Solar water heater, the body shell of the solar water heater has a hot water tank and a hot water pipe, and the body shell is equipped with Two or several solar energy powerful concentrating mirrors, the body shell has a concentrating plate, a hot water pipe is arranged in the middle of the concentrating plate, and a powerful concentrating mirror condenses the sunlight energy in the solar hot water pipe, so that the solar hot water pipe generates several times of high temperature heat Under the water and hot water tank, there is a cold water pipe. The hot water pipe has a hot water pipe. The hot water rises and is stored in the hot water pipe. Below the hot water pipe, there is a cold water pipe, and the cold water pipe connects the hot water pipe to make the cold water and the hot water circulate. 15. Embodiment of the device The solar distilled water machine has a raw water cylinder and a collector distillation water pipe in the body shell of the solar distilled water machine, and has a V-shaped concentrating cover on the rotating frame, and a powerful concentrated concentrating mirror is arranged above the concentrating hood. The inside of the concentrating hood is equipped with a solar collector, a distillation water pipe is arranged in the middle of the concentrating frame, and a powerful concentrating concentrating solar concentrating light on the solar distilled water pipe, so that the solar distilled water pipe generates several times of high-temperature distilled water vapor, solar energy The bottom of the rotary water machine has a rotating shaft. The rotating frame is mounted on the rotating base of the supporting frame. The rotating rotating frame can mobilize the powerful collecting mirror of the solar collector toward the solar light source, so that the solar collector can turn to chase the sun. To improve the efficiency of solar collectors, the concentrator has a powerful concentrating mirror, a distilling water pipe is arranged in the middle of the concentrating hood, and a powerful concentrating concentrating solar concentrating light on the solar distilled water pipe, so that the solar distilled water pipe generates several times of high temperature. Distilled water vapor, the raw water cylinder is inverted in the water inlet seat, and there is a cold water pipe under the water inlet seat, and the inner surface of the collector concentrator has a distilled water pipe The distilled water pipe passes through the rotating shaft of the rotating frame, and the powerful concentrating mirror condenses the sunlight energy to the solar energy 097136243. Form No. A0101 Page 10 / Total 50 pages 0972059658-0 201013132 Official's 4 high temperature water pipes heat the raw water into steaming water vapor , Distillation (four) # 'The bottom of the water tank is equipped with a radiator, a falling water pipe, and a radiator, so that the vapor of the steaming hall is cooled by the flow of the radiator to cool, and the material is used to collect the water from the sun, so that the solar raft (10) water pipe generates several times of high temperature. The steamed steam, _ water is stored in the distilled water tank by the outlet pipe k. [0018]

〇16. Embodiment of the device The thermoelectric dual-purpose structure The device has both a power generation H and a center, and the key (4) shell is (4) water storage:, '", water and battery, strip solar energy The rotating Su frame has a long V concentrating frame, and the top of each concentrating frame is a locking long strip sound concentrating concentrating mirror, and the concentrating frame is equipped with a long strip type of yang energy hot water pipe and another array concentrating frame. The inside is equipped with a long-length solar dream chip, and the (four) frame of the concentrating frame has a rotating shaft in front and rear. The 8-axis rotating shaft has a belt recording on the rotating shaft of the bearing frame of the body shell, and the 4-draw is also equipped with a belt. The belt gear, the toothed belt is the belt gear of the motor shaft and the belt gear of the rotating frame. The light control H circuit board controls the motor to rotate automatically from the east to the west every morning. It rotates from west to east every night. The too difficult generator and (4) m-effect cluster are automatically mobilized towards the sun source, so that the solar concentrator can automatically turn to chase the sun, improve the efficiency of solar power generation and heat collection, and the powerful concentrating mirror condenses the sunlight energy into the solar hot water pipe. Making solar water pipes Double-temperature hot water, there is a cold water pipe under the hot water storage tank, the hot water storage tank has a hot water pipe, the hot water pipe passes through the rotating shaft of the rotating frame, the hot water rises and is stored in the hot water storage tank, and the solar energy silicon wafer is generated. The electric energy is stored in the power storage 097136243 Form No. Α0ΗΗ Page/Total 50 pages 0972059658-0 201013132 The pool is powered by the motor. [Embodiment] [0019] 097 097136243 1. This case is illustrated in Figure 2: Convex lens concentrating diagram, such as Figure 2-1, a large-area convex lens, heavy weight, large-area convex lens has a long focal length, large-area convex lens is not easy to manufacture, expensive, and uses a large-area convex lens to make a solar concentrating device, which is bulky and very heavy. Heavy, expensive, as shown in Figure 2-2, the large-area convex lens is changed to a small convex lens, the small convex lens is easy to manufacture, the focal length is shorter, and the volume of the concentrating device can be thinned, so several small convex lens arrays are arranged. On one plane, several small convex lens arrays are plane planar compound eye concentrating mirrors, as shown in Figure 2-3, several small convex lens arrays are on one plane. The focus of the small convex lens is dispersed, and the solar germanium wafer must be cut into a small piece and a small piece in a plane, which in turn causes the volume of the light collecting device to expand, if several small convex lens arrays are arranged in an arched shape. On the curved surface, the focus of the small convex lens can be concentrated, and the silicon wafer does not have to be cut into a small piece and a small piece in a plane, and the silicon wafer can be concentratedly placed in the center of the curved curved surface, so that it can be effectively Concentrating the volume of the concentrating device, and using other parts to place other parts, can reduce the volume of the concentrating device, and array several small convex lenses on a curved curved surface, which is a curved complex eye condensing mirror, when the light source is slightly biased When moving, the sunlight can still be concentrated on the enamel wafer, effectively increasing the amount of concentrating without having to adjust the angle of the concentrating mirror frequently. As shown in FIG. 2-4, when a plurality of small convex lenses 12 are arrayed on an arcuate curved surface 13, if the curvature of the curved curved surface 13 is increased, the focus of the small convex lens 12 on the curved surface 13 is shortened, and the wafer 42 is shortened. The distance from the convex lens 12 can be shortened, which can reduce the volume of the concentrating device. Form No. Α0101 Page 12 of 50 0972059658-0 201013132 [0020] 〇 2. This case is illustrated in Figure 3: Schematic diagram of the thin lens. The thickness of the convex lens is thicker, the weight is larger, and the cost is still high. For example, the convex lens is cut into several concentric circles, and each concentric circle is adjusted to the same thickness. Although the luminosity is slightly lost, the thin flat concentrating mirror effectively reduces the thickness and reduces the thickness. Weight, reduce cost, as shown in Figure 3-1, cut the convex lens into ten concentric circles, as shown in Figure 3-2, adjust the ten concentric circles of the convex lens to the same thickness to flatten the convex lens, as shown in Figure 3-3. The convex lens 12 is cut into twenty or more concentric circles, and the flat mirror 04 can be effectively thinned. This thin flat mirror is commonly known as Fresnel ienS, as shown in FIG. 3-4. The convex lens is cut into twenty or more concentrics, and each concentric circle is arranged on a curved surface 13, which is a thin rotating mirror 〇2, and the thin rotating mirror is a Fresnel 丨ens invention. In the future, the important breakthrough invention not only has the thinning of Fresnel concentrating mirror, but also the high concentration. The biggest feature is that the focal length is shorter than the Fresnel condenser, so that the thin gyro mirror can reduce the volume of the concentrating device. 9. 0 [0021] 3. Description of the case Figure 4: a perspective view of the appearance of Creation. The upper part of the support frame 44 of the device is provided with a rotating frame 31 of a solar power generator. The upper part of the support frame 44 is provided with a rotating base 32. Above the rotating frame 31, a collecting cover 14 is mounted, and the collecting cover 14 is equipped with a front cover. The compound eye concentrating mirror 11 has a rotating shaft mounted on the rotating base 32 of the upper portion of the support frame 44. The rotating frame 31 is internally provided with a motor. The solar raft wafer 42 is provided with a curved compound eye concentrating mirror 11 and a light controller 91. . [0022] 097136243 Form No. A0101 13th Buy/Total 50 Pages 0972059658-0 201013132 e [0023] 4 · This case is shown in Figure 1 : This is a schematic view of the structure of the creation, with a hood under the shell 〇 1 14 and the rotating frame 31, the concentrating cover 14 is provided with a set of solar raft wafers 42. Above the solar rafting chip 42, a curved complex eye concentrating mirror 11 and a light controller 91 are mounted, and the flat mirror array is arranged on an arched curved surface 13, The concentrating cover 14 is mounted on the rotating frame 31 on the rotating frame 3, and the curved multi-eye condensing lens 11 can be adjusted to the solar light source, and the curved compound condensing lens η condenses the solar light energy on the solar enamel wafer 42, and the curved compound eye concentrating mirror is effectively shortened. The distance between the concentrating mirror and the solar raft wafer 42 and a large amount of condensing causes the solar chip 42 to emit several times of electric energy. ❹ 5. This case is illustrated in Fig. 5: an exploded perspective view of the creation, and a solar energy generation is installed in the concentrating cover 22. The wafer 41 and the light controller 91 of the device 41 are mounted with a curved complex eye concentrating mirror 11 above the solar raft wafer 42. The concentrating cover 14 is mounted on the rotating frame 31, and the rotating frame 3 is provided with a black scorpion 21 and a photosensitive 92, circular arc convex The light controller is equipped with a multi-directional photosensor 92, a multi-directional photosensor connector circuit board of the light controller 91, and the light controller regulating motor 21 rotating the rotation frame 31' can turn the curved complex-eye lens u to the solar light source. A set of batteries 54 is mounted inside the support frame, and the electric energy generated by the solar raft wafer 42 is stored in the battery 54. [0024] 6. Description of the case Figure 6: Schematic diagram of the operation of the light controller. The rotating frame 31 is provided with a motor 21 and a photosensor 92. The circular arc-shaped protruding light controller 91 is provided with a multi-directional photosensor 92, and the multi-directional photosensor connector circuit board of the light controller 91 is controlled by a light controller. The motor 21 rotates the revolving frame 31, and the revolving frame 31 has a rotating shaft and a shaft button 43-"'° rotation up and down, and a rotating frame 097136243 is placed under the curved compound eye condenser. Forms AOlOi Page 14/50 pages 0972059658-0 201013132 - 31, the rotating frame is equipped with a circular arc-shaped solar light controller as shown in Figure 6-1, the circular arc-shaped light controller is equipped with a three-way photosensor, - only the light sensor to the right, a photosensitive Up, a photosensor to the left light controller σ photosensor connector circuit board, as shown in Figure 6-2, when the light sensitivity value of the right photosensor is greater than the light sensitivity value of the upward photosensor, the motor can drive the rotating frame Rotate right as shown in Figure 6-3' The motor can rotate the revolver to the right until the light sensitivity of the upper photosensor is greater than the light sensitivity of the right photosensor. The light controller can automatically adjust the solar generator or collector. Solar light source, ❹ [0025] ............................... G 7. This case is illustrated in Figure 7: Schematic diagram of the movement of the frame. When the sun source moves, it rotates from east to west every morning. The light controller circuit board is automatically rotated by the motor-controlled rotating frame 31. The rotating frame 31. the upper eye condenser lens is facing the sunlight, so that the sunlight is concentrated on the sunlight. On the silicon wafer 42, the amount of sunlight concentrated is effectively increased. As shown in FIG. 7-1, the sun rises from the east every morning, and the light sensitivity value of the right photosensitive device is greater than that of the upward sensitive sensor, and the motor can drive the rotating frame toward Rotating right, the rotating frame 31 automatically rotates to the east, and the compound eye condenser 11 faces the east sun. The sunlight 52 can be concentrated on the stone chip 42, as shown in Fig. 7-2. The sun rises directly above the noon every day. The controller circuit board is rotated by the motor-controlled rotating frame 31, and the rotating frame 31 is automatically rotated upward to move upward, and the compound-eye condenser lens 11 is directed upward. The sunlight 50 can be concentrated on the silicon wafer, as shown in Fig. 7-3, and the afternoon sun falls to the west every afternoon. The light sensitivity value of the left photosensor is greater than the light sensitivity value of the upward photosensor, the motor can drive the rotating frame to rotate to the left, the rotating frame 31 automatically rotates to the west, and the compound eye condenser 11 faces the west. Sunlight, sunlight 52 can be concentrated on the stone chip 42, effectively raising the amount of light, and the light controller is rotated by the motor-controlled rotating frame, 097136243 Form No. A0101 Page 15 of 50 pages 0972059658-0 201013132 [0026] Rotating The frame 31 can automatically mobilize the compound eye concentrator of the solar power generator toward the sun light source, so that the solar power generator can automatically turn to chase the sun and improve the efficiency of solar power generation. ❹ 8· This case is illustrated in Figure 8: Polarized concentrating schematic. The small convex lens 12 is arrayed on a curved curved surface, which is a curved compound eye condensing mirror η. When the source is slightly offset, the sunlight can still concentrate on the silicon wafer to effectively enhance the amount of light collected without having to adjust the concentrating mirror frequently. angle. As shown in Fig. 8~1, when the light source is slightly shifted to the left, the winter sunlight can still be concentrated on the silicon wafer 42, as shown in Fig. 8-2. When the light is first from the top, the sunlight can be concentrated on the 矽a0 piece 42. Above, as shown in Fig. 8-3, the light source is slightly offset to the right, and the sunlight can still be concentrated on the silicon wafer 42 to effectively increase the amount of light collection without repeatedly adjusting the angle of the condenser lens [0027]. ..... 〇9·This case is illustrated in Figure 9: Power Generation Plug-in #播图, as shown in Figure 9-1, the device IU. '...: The turret 31 of the solar generator is mounted above the machine Zhao Shell 01. The solar power generator rotating frame 31 is equipped with a concentrating cover 14 in front of the concentrating cover 14, and a rotating ring concentrating mirror 15 is arranged on the front side of the concentrating hood 14. The rotating frame 31 is mounted on the rotating base 32, and the rotating frame is provided with a circular arc convex shape. The solar light controller 91, the rotating frame 31 is internally equipped with a motor, the light controller 91 can drive the rotating frame 31 to rotate by the motor, and the light controller 91 can automatically adjust the rotating ring condenser 15 of the solar power generator to the solar light source, as shown in the figure. 9-2, the bottom of the body shell 01 is equipped with a base, the body shell 〇1 is loaded with a switch 34, the upper part of the body shell 01 is equipped with a rotating seat 32, and the rotating seat is mounted on the top. The rotating frame 31 is provided with a concentrating cover 14 above the rotating frame 31, a rear casing is arranged behind the poly squeegee 14, and a slab wafer 097136243 is provided in the concentrating cover 14 with a generator 41. Form No. A0101 Page 16 of 50 097 20 20 097 097 097 097 097 097 00 00 00 00 00 00 00 00 00 00 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚 聚The left and right rotating shafts are the left and right shaft buttons 43 mounted on the rotating frame 31, and the concentrating cover 14 is vertically slidable. The rotating rotating base 32 has a motor 21 inside, and the rotating frame 31 is mounted on the rotating base 32, and rotates. The frame 31 is automatically rotatable left and right, the cyclone concentrating mirror 15 is rotatable up and down, the inside of the rotating base 32 is equipped with a motor 21, and the rotating frame 31 is mounted on the rotating base 32 of the casing ,1, and the motor 21 is mounted on the rotating body. In the seat 32, the inside of the rotating frame 31 has a toothed groove 35, and the motor shaft is provided with a toothed cam 25, and the toothed cam 25 of the motor drives the rotating frame 31 to rotate by the toothed groove 35. . . . . . . . . . ... ... ..... ... : .... -3⁄4 '15 · ί: <· 10. Description of the embodiment of the present case Figure 1〇i power generation socket exploded view The solar power generator 41 has a rotating frame 31 having a V-shaped die-cast aluminum concentrating cover 14. Above the concentrating cover 14, a locking circulator concentrating mirror 15 and a light controller 91, a concentrating cover The inside of the 14 is equipped with a solar raft wafer 42; the body casing 〇1 is internally provided with a circuit board 03 and a battery 54, the circuit board 〇3 is connected to the solar raft wafer 42, the light controller 91, the motor 21 and the battery 54, the light controller 91 is controlled by the circuit board 〇3 to automatically rotate the motor 21, and rotates from east to west every morning. The darkness of the day is less than a predetermined value. The motor drives the rotating frame to rotate horizontally and then stops the rotating frame 31 to automatically rotate the cyclone condenser 15 of the solar power generator. The directional movement is directed to the solar light source, so that the solar power generator can automatically turn to the tracking and improve the efficiency of the solar power generation. The cyclonic condenser 15 collects several times of sunlight on the solar raft wafer 42 so that the solar power generator generates several times of electrical energy stored in the battery 54. The inside of the body casing 01 is equipped with an inverter 51. The body casing 1 is provided with a socket 62. The electric energy of the battery 54 is converted into a power supply of the socket 62. 097136243 Form No. A0101 Page/Total 50 Page 0972059658-0 201013132 [0029] Circuit board 03 has both charge and discharge indication and battery power indication, solar energy concentrating power generation charging, and AC AC inverter in the body shell 01 51, computer power transformer and DC12 volt vehicle source transformer, above the body shell is equipped with a cyclone condenser 15 power generation device, the body shell is equipped with DC DC power socket, a set of AC AC power outlet and D C12 volt vehicle source power supply Socket and USB computer power socket, a variety of power supply methods and charging and discharging indicators and battery power indicator connection circuit board, for a variety of purposes. [0030] 11. The embodiment of the present invention is illustrated in FIG. 11: a power socket rotation diagram. When the solar light source moves, it rotates from east to west every day, and the light controller 91 automatically rotates the rotating frame 31 by the motor 21, and the rotating ring condenser 15 of the rotating frame faces the solar G light, so that the sunlight is concentrated on the silicon wafer 42. Effectively increase the amount of sunlight collected, as shown in Figure 11-1, the sun rises from the east every morning, the rotation 竿 21 automatically rotates to the east, and the condensing mirror 15 faces the eastern sunlight. The sunlight 52 can be concentrated on the enamel wafer 42. , as shown in Fig. ? -? ^ ώ, the mother's day at noon, the sun rises above, the green turret '31. Automatically rotates upward to move the vortex condenser 15 toward the upper sun, and the sunlight 52 can be concentrated on the 夕石夕 wafer 42 Above, as shown in Fig. 11-3, the sun goes down to the west every afternoon, the rotating frame w automatically rotates to the west, and the cyclonic condenser 15 faces the western sunlight. The sunlight 52 can be concentrated on the silicon wafer 42 to effectively increase the amount of concentrated light. The rake 91 can automatically mobilize the cyclone condenser 丨5 of the solar power generator toward the sunlight source, so that the solar power generator can automatically turn to track and improve the performance of the solar power generation. [0031] 097136243 Form No. A0101 Page 18 of 5 0972059658-0 201013132 12. This case is illustrated in Figure 12: Schematic diagram of the cyclone condenser. As shown in Figure 12-1, the focus of a convex lens is not dispersed continuously, but the focal length is very long. As shown in Figure 12-2, several convex lens rings are arranged on one surface, which is the curved ring concentrator 05. The curved ring concentrator is not scattered. Continuous, and the focal length is relatively long. As shown in Figure 12-3, the cross-sections of the two convex lenses are rotated in parallel around a plane, which is a planar lens cyclotron concentrating mirror 15. The focal plane of the planar lens is concentrated in the inner and outer layers, and the focal length is The length is still very long. As shown in Figure 12-4, the curved surface of the two convex lenses is rotated around a curved surface, which is the curved convex-convex condensing mirror 15. The curved convex-convex condensing mirror 15 has continuous focus and non-dispersion, and the focal length The length is shortened. [0032] y β \·, 13. The description of the case is shown in Fig. 13: curved circle, the mirror circle β, as shown in Fig. 131, the curved surface of several convex lenses is rotated around a curved surface, which is a curved multi-lens revolving ring. Condenser, the surface of the curved multi-lens cyclone condenser is continuously concentrated and not dispersed, but the thickness is thicker and the focal length is longer. As shown in Figure 13-2, the curved surface of several flat mirrors is rotated around a curved surface, which is the surface. Multiple flat-circular condensing mirrors, curved multi-plate rotating ring concentrating mirrors are thinner, and the focus is continuously concentrated and not dispersed but the focal length is relatively long. As shown in Figure 13-3, the curved arc-shaped rotating ring of several gyroscopic mirrors is applied to a curved surface. On the top, the curved multi-spinning cyclotron concentrating mirror surface multi-spinning cyclonic condenser has a thinner thickness and the focus is continuously dispersed, and the focal length is shortened. 14. The description of the present case is as in the embodiment of the present invention. FIG. 14: The schematic diagram of the compound eye extension extends a plurality of convex lenses _ planes on __ planes, that is, lens extension concentrating 097136243. Form number Α 0101 19 pages / total 50 pages 0972059658-0 [0033] 201013132 Mirror, lens extension concentrator focus dispersion is discontinuous, but the focal length is still very long, as shown in Figure 14-1, the plane of several flat mirrors is extended on a plane, which is the flat extension concentrator, the flat extension concentrator thickness reduction focus Continuously non-dispersive, but the focal length is still reported, as shown in Figure 14_2, the section of several gyroscopic mirrors is extended on a curved surface, which is a gyroscopic extended concentrating mirror, and the gyroscopic extension gathers. The focus of the light microscope is continuously dispersed, and the focal length The length is naturally shortened. [0034] 本 15. This case illustrates a schematic diagram of the U: curved surface extension of the embodiment of the present invention. As shown in Figure 15-1, extending the cross section of several convex lenses on _ surfaces is the lens extension concentrator. The lens extends the concentrator and the dots are discontinuous, but the focal length is still very long, as shown in Figure 15-2. The section of the flat mirror extends on a plane, which is a flat-plate extension concentrating mirror. The thickness of the +-plate extension concentrator is continuously dispersed without dispersion, but the focal length is still very long, as shown in Figure 15-3, the section of several gyroscopic mirrors Extending on a curved surface is a gyroscopic extended concentrating mirror, the focus of the splayed extended concentrating mirror is continuously dispersed, and the length of the 0 focal length is naturally shortened. [0035] 16. Description of the present invention as shown in FIG. 16: Landscape lamp structure diagram, as shown in FIG. 16_丨, two sets of solar lamps 55 are mounted above the support frame 44 of the device, and the solar power generator 41 and the rotating frame 31 are mounted above the solar lamp 55. The solar generator 41 has a concentrating cover 14 inside. The concentrating cover 14 is provided with a cyclonic condenser 15 and a light controller 91. The rotating frame 31 is mounted on the rotating base 32 above the solar lamp 55. The rotating frame 31 is mounted inside. Motor, motor can drive the rotating frame 31 to rotate the rotating frame 31 to automatically adjust the solar power of the cyclone condenser 15 to the sun 097136243 Form No. A0101 Page 20 / Total 50 pages 0972059658-0 201013132 光源 Light source. As shown in Fig. 16-1, the device support frame 44 is provided with two sets of solar lamps 55, a set of cylindrical solar lamps 55 below, a set of umbrella-shaped solar lamps 55, and a bulb 64 inside the solar lamp 55. And the lamp cover 61, the support frame 44 is internally provided with a light controller circuit board 03 and a battery 54, the circuit board 〇3 is connected to the solar raft wafer 42, the motor 21, the battery 54 and the solar lamp 55, and the light controller circuit board 03 controls the solar lamp 55. The light-extinguishing and motor 21 light-controlled automatic rotation, the inside of the rotating frame 31 is equipped with a motor 21, the rotating frame 31 is mounted on the rotating base 32 above the solar light 55, the motor 21 is mounted in the rotating frame 31, the solar light 55 The inside of the upper rotating 32 has a #-shaped groove 35, and the motor shaft is provided with a toothed crystal wheel 25, and the toothed cam 25 of the motor drives the rotating frame 31 to rotate by the toothed groove 35. [0036] ❹ 17. The embodiment of the present invention is illustrated in FIG. 17 : an exploded perspective view of the landscape lamp. The rotating frame 31 of the solar power generator 41 is a V-shaped die-cast aluminum concentrating cover η, and the concentrating cover 14 is locked above. The inside of the concentrating hood 15 is provided with a solar raft wafer 42. The support frame 44 is internally provided with a light controller circuit board 03 and a battery 54, and the circuit board 03 is connected to the solar raft wafer 42, the motor 21, and the solar lamp 55. And the battery 54, the light controller circuit board 〇3 controls the motor 21 to rotate automatically, rotates from east to west every morning, rotates from west to east every night, and the rotating frame 31 can automatically illuminate the cyclone condenser 15 of the solar power generator toward the sun. The light source enables the solar power generator to automatically turn to the tracking and improve the efficiency of the solar power generation. The cyclonic condenser 15 collects several times of sunlight on the solar energy silicon wafer 42 so that the solar power generator generates the electric energy stored in the battery 54. 097136243 Form No. 1010101 Page 21 / Total 50 Page 0972059658-0 201013132 [0037] 18. The embodiment of the present invention is illustrated in Figure 18: Landscape Light #Sun Light Source, 'Mother's Day Rotating from East to West, Light Controller Board 03 Motor 21 • Control and control ^ Rotating frame 31 automatically rotates, the condenser concentrator of the concentrating cover 14 15 t sunlight, so that the sunlight is concentrated on the dream wafer 42 to effectively collect the amount of sunlight collected, as shown in Figure 18_1. The morning sun rises from the east and the turret 31 automatically rotates to the east, and the 聚 condenser concentrator 15 faces the eastern sun. The sunlight 52 can be concentrated on the enamel wafer 42 as shown in Fig. 0 18 2, and the sun rises above the noon every day. The rotating frame 31 automatically rotates upward to move upwards, the rotating ring condensing mirror is facing the poisonous side of the sun, and the sunlight 52 can be concentrated on the enamel wafer, as shown in Fig. 18_3. Every afternoon, the sun goes down to the west and the rotating frame 31 automatically rotates to the west. The cyclotron concentrating mirror is facing the western sunlight, and the sunlight 52 can be concentrated on the cymbal wafer 42 to effectively increase the amount of condensing. The rotating frame 31 can automatically modulate the cyclotron concentrating light of the solar generator toward the solar light source, so that Energy generator can automatically turn chasing date, mentioning the high performance of solar power. ❹ [〇〇38] 19. The embodiment of the present invention is illustrated in Fig. 19: a stereoscopic appearance of the collector. The body casing 01 of the device has a hot water storage tank 71 and a hot water pipe 72. The elongated solar rotating frame 31 is a concentrating frame having a long v-shape. Above each concentrating frame is a locking elongated extension condensing mirror 45. And the inside of each strip type concentrating frame of the light controller is equipped with a long strip type solar hot water pipe 72, a hot water pipe 72 is disposed in the middle of the pre-station, and the extended condensing mirror 45 condenses the sunlight energy on the solar hot water pipe 72. The solar hot water pipe is made to generate several times of high temperature hot water. 097136243 Form No. A0101 Page 22 / Total 50 Page 0972059658-0 [0039] 201013132 20. The embodiment of the present invention is illustrated in Figure 20: The structure of the collector, the rotating frame "The concentrating frame of the cymbal has a rotating shaft before and after, the rotating frame 31 The rotating shaft is fixed on the bearing of the body casing 01. The rotating shaft of the rotating frame 31 is provided with a belt gear 33. The shaft of the motor 21 is also provided with a belt gear 33. A toothed belt 65 is a belt connecting the shaft of the motor 21. The gear 33 and the belt gear 33 of the rotating frame 31, the light controller circuit board 03 controls the motor 21 to rotate automatically, rotates from east to west every morning, rotates from west to east every night, and the rotating frame 31 can extend the solar collector 45. The light control automatically moves toward the sun light source to enable the solar collector to automatically turn to track and improve the efficiency of solar heat collection. The top of the rotating frame 31 has an extended polygraph 5, and the rotating frame 3 has a hot water pipe 72 in the middle thereof. The condensing mirror 45 condenses the sunlight energy on the solar hot water pipe 72, and causes the solar hot water pipe 72 to generate several times of high temperature hot water. [0040] ❹ 21. The embodiment of the present invention is illustrated in Fig. 21: the stereoscopic exploded view of the collector, the hot water Below the water cylinder is a cold water pipe 73. The hot water storage tank 71 has a hot water pipe 72. The hot water pipe 72 passes through the rotating shaft of the rotating frame, and the hot water rises and is stored in the hot water storage tank 71. The hot water storage tank has cold water under the water storage tank. The pipe and the cold water pipe are connected to the hot water pipe to make the cold water and the hot water circulate. The hot water storage tank of the device has an electric heater 74, and various heating methods ensure the constant hot water supply, and the curved extension condensing mirror 45 condenses the solar energy to the solar energy. The hot water pipe 72 causes the solar hot water pipe 72 to generate several times of high temperature hot water. The water storage tank 71 has a cold water pipe 73 below. The water storage pipe 71 has a hot water pipe 72 on the upper surface thereof, and the cold water pipe 73 is connected to the hot water pipe 72. The water storage tank 71 circulates the cold water and the hot water. The water storage tank 71 of the device has an electric heater 74. The water storage tank 71 can be heated by the electric heater 74 on a rainy day. The various heating methods ensure 097136243 Form No. 1010101 Page 23 / Total 50 pages 0972059658- 0 201013132 Always stop the hot water supply. [0041] 22. The embodiment of the present invention is illustrated in Figure 22: Schematic diagram of the collector action, when the sun is moving green, #天晨从东向西The rotating circuit board is controlled by the motor 21 to automatically rotate the rotating frame 31, so that the sunlight is concentrated on the hot water pipe 72, effectively increasing the amount of light collected, as shown in Fig. 22_丨, the sun rises from the east every morning. The rotating frame 31 automatically The rotation is shifted to the east, and the sunlight can be concentrated on the hot water pipe 72. As shown in Fig. 22_2, the sun rises above the 〇 every day at noon, and the rotating cover 31 automatically rotates to move the earth, and the sunlight can be concentrated on the hot water pipe 72, as shown in the figure. 22-3, the sun goes down to the west every afternoon, the rotating frame 31 automatically rotates to the west, the sunlight can be collected in the hot water pipe 72, effectively increasing the amount of light collected, and the rotating frame 31 can be used to broadcast solar collectors. The extended concentrating mirror 45 is automatically tuned to the solar light source, so that the solar energy collector can automatically turn to the sun to improve the efficiency of solar power generation. [0042] 23. The embodiment of the present invention is illustrated in FIG. 23, the structure diagram of the distiller, the device is too high-powered steaming water machine with a water storage cylinder 71 and a heat collector 53, the rotating frame 31 has a V-shaped concentrating cover 14. Above the concentrating mask η is a locking umbrella type cyclonic condenser concentrating mirror 15. The inside of the concentrating hood 14 is provided with a solar collector 53 and a condensing water pipe 75 is disposed in the middle of the concentrating cover 14 to rotate the condensing mirror 15 to emit sunlight. The solar distilled water pipe 75 can be condensed, and the solar distilled water pipe 75 can generate several times of high-temperature distilled water vapor. The bottom of the rotating frame 31 has a rotating shaft 22, and the rotating frame 31 is mounted on the rotating base of the supporting frame 44. The rotating frame 31 can be rotated, and the rotating ring condenser 15 of the solar collector is mobilized toward the solar light source to make the solar heat collecting. The device can be turned from 097136243 Form No. A0101 Page 24 / Total 50 pages 0972059658-0 201013132 Turning to the solar light source to improve the efficiency of solar heat collection, the condenser cover 14 has a cyclone condenser 15 and the condenser cover 14 is provided with distilled water. The tube 75 and the cyclone condenser 15 condense the solar light energy on the solar distilled water pipe 75, so that the solar steamed water pipe 7 5 generates a plurality of times of high temperature steaming. [0043] 24. The embodiment of the present invention is illustrated in FIG. 24: an exploded perspective view of the distiller. The raw water cylinder is inverted on the water inlet 81, and the water inlet 81 has a cold water pipe 73. The inner surface of the collector concentrator 14 has a distilled water pipe 75, and the cold water pipe is connected to the distilled water pipe 75. The distilled water pipe 75 passes through the rotating frame 31. The rotating shaft, the cyclone condensing mirror 15 condenses the solar light energy on the solar distilled water pipe 75. The high temperature of the distilled water pipe 75 heats the raw water into distilled water vapor, the distilled water vapor rises to the U-shaped pipe 82, and the water storage cylinder 71 has a radiator 24 underneath. The distillation water pipe 75 is connected to the radiator 24 via the U-shaped pipe 82, so that the distilled water vapor flows and cools into distilled water through the radiator 24, and the curved cyclonic condenser 15 condenses the sunlight energy on the solar distilled water pipe 7 5 to make the solar steamed water pipe 7 5 The steam is generated by steaming several times of high temperature, and the steam is poured into the steam water tank 9 3 by the outlet pipe 8 3 . [0044] 25. The embodiment of the present invention is illustrated in FIG. 25: Schematic diagram of the operation of the distiller. When the sun light source moves, it rotates from east to west every morning, and the rotating frame 31 can be rotated to concentrate the sunlight on the distilled water pipe 75, effectively increasing the amount of light collected, as shown in Fig. 25-1, the sun rises from the east every morning. The rotating frame 31 is offset to the east, and the sunlight can be concentrated on the distilled water pipe 75. As shown in FIG. 25-2, the sun rises directly above the noon every day, and the rotating rotating frame 31 moves upward, and the sunlight can be concentrated on the distilled water pipe 75. As shown in Figure 25-3, the sun goes down to the west every afternoon, and the rotating frame 31 is offset to the west. The sunlight 097136243 Form No. A0101 Page 25 / Total 50 pages 0972059658-0 201013132 can be concentrated on the steam water pipe 75, effectively To increase the amount of light collected, the rotating frame 31 can illuminate the cyclonic condenser 15 of the solar collector n toward the solar light source, so that the solar collector can rotate to chase the sun and improve the efficiency of solar heat collection. [0046] 097 097136243 26. The embodiment of the present invention is illustrated in Fig. 26: (4) dual-purpose stereoscopic appearance and diagram "" thermoelectric dual-purpose structure diagram. The first embodiment has a solar power generator 41 and a heat collector 53, The body casing 01 of the device has a hot water storage tank 71, a hot water tank 72 and a battery 54. The elongated solar rotating frame 31 is a long frame V with a long V-shaped frame, and each of the concentrating frames 23 is locked. The solid strip-type extension concentrating mirror 45, the inside of the array strip type pre-frame 2& is equipped with a long strip type solar hot water tube 72, and the other array of long concentrating concentrating frame 23 is equipped with a long strip type solar raft. The wafer 42. ~ 27 · The embodiment of the present invention is illustrated in Figure 28: the thermoelectric dual-purpose exploded view. The concentrating frame 23 of the rotating frame 31 has a rotating 轱 concentrating frame 23, the rotating shaft is mounted on the bearing of the body shell, rotating Frame: 31 is equipped with a belt gear 33 on the rotating shaft. The motor 21 is also equipped with a belt gear 33. The toothed belt 65 is a pulley connecting the shaft of the motor 21 and a pulley of the rotating frame 31. The light controller circuit board 03 controls the motor. 21 automatically rotates, rotates from east to west every morning, and rotates from west to east every night. The rotating frame 31 can automatically illuminate the solar concentrator 41 and the extended condensing mirror 45 of the heat collector 53 toward the solar light source, so that the solar power generator 41 and the heat collector 53 can automatically turn to the sun to improve the efficiency of solar power generation and heat collection. The extended condensing mirror 45 condenses the sunlight energy on the solar hot water pipe 72, so that the solar hot water pipe 72 generates several times of high temperature form number Α0101 page 26 / total 50 pages 0972059658-0 201013132 hot water, hot water storage tank 7l 71 above It has hot water $ with cold water pipe 73, hot water storage tank shaft, hot water rises and stores in the water; J water pipe 72 passes through the rotation of the rotating frame 31 B", water water tank 71, extended condensing mirror 45 will be too% light energy The solar entangled wafer 42 is collected, and the electricity generated by the solar (four) wafer 42 is stored in the battery 54 and supplied to the motor 21. [0047] 28. The embodiment of the present invention is illustrated in Figure 29: a schematic diagram of the dual-use operation of the thermoelectric system. When the solar light source moves, it rotates from east to west every morning, and the light guide circuit board automatically rotates by the motor 21 to control the rotating frame 31, so that the sunlight is concentrated on the hot water pipe 72 and the solar energy silicon wafer 42, thereby effectively increasing the amount of light collected. . As shown in Figure 29-1, the sun rises from the east every morning. The rotating frame 31 automatically rotates to the east, and the sunlight can be concentrated on the hot water pipe 72 and the solar energy silicon wafer 42, as shown in Figure 29-2. Above, the rotating frame 31 automatically rotates upwards, and the sunlight can be concentrated on the hot water pipe 72 and the solar raft wafer 42, as shown in Fig. 29-3, the sun falls to the west every afternoon. The rotating frame 31 automatically rotates to the west, The sunlight can be concentrated on the hot water tube 72 〇 and the solar 矽 wafer 42 to effectively increase the amount of light collected. The rotating frame 31 can automatically illuminate the solar collector 53 and the extended concentrating mirror 45 of the generator 41 toward the solar light source, so that the solar energy The collector and generator 41 can automatically turn to the sun to improve the efficiency of solar power generation and heat collection. BRIEF DESCRIPTION OF THE DRAWINGS [0048] FIG. 1 is a cross-sectional view of the creation structure. Figure 2: Condenser lens concentrating diagram. Figure 3: Schematic diagram of the thin lens. Figure 4: The stereoscopic view of the creation. 097136243 Form Number Α0101 Page 27 of 50 0972059658-0 201013132

Figure 5: An exploded perspective view of the creation. Figure. Figure 7: Schematic diagram of the action of the rotating frame. 〇 Figure 9: Structure diagram of the power generation socket. Figure. Figure 11: Power socket rotation diagram. Figure. Figure 13: Convex mirror of a curved ring. Figure. Figure 15: Schematic diagram of the surface extension. 〇 Figure 17: An exploded view of the landscape light. Figure 19: Stereoscopic appearance of the collector Figure 21: Stereoscopic exploded view of the collector. Figure Figure 23: Structure diagram of the distiller. Figure. Figure 25: Schematic diagram of the operation of the distiller. Viewing. Figure 27: Thermoelectric and dual-purpose structure diagram. Solution. Figure 29: Schematic diagram of the dual-use operation. Device. 1 Figure 6: Schematic diagram of the light controller Figure 8: Schematic diagram of polarized light concentrating Figure 10: Decomposition of the power socket Figure 12: Schematic diagram of the cyclone concentrator Figure 14: Schematic diagram of the compound eye extension Figure 16: Structure diagram of the landscape light Figure 18: Schematic diagram of the landscape light. Figure 20: Structure diagram of the collector. Figure 22: Heat collector action diagram 24: Distillation stereo exploded view 26: Thermoelectric dual-use stereo external view 28: Thermoelectric dual-use stereoscopic view 30: Conventional solar power generation 097136243 Form No. A0101 Page 28/Total 50 Page 0972059658-0 201013132 [Main component symbol description] '[0049] 01 body shell 02 gyro mirror 03 circuit board 04 flat mirror 05 extended concentrator 11 concentrator 12 convex lens 13 curved surface 14 concentrator 15 cyclonic concentrator • 21 motor 22 rotating shaft 23 Light frame 24 heat sink 31 rotating frame 32 rotating seat 33 gear 34 switch 35 toothed groove 41 generator 42 矽 wafer 43 axis button 44 support frame 45 extension concentrating mirror 51 inverter 52 sunlight 53 collector 54 battery 55 solar Lamp ❹ 61 lampshade 62 socket 63 lamp holder 64 bulb 65 toothed belt 71 water storage tank 72 hot water pipe 73 cold water pipe 74 electric heater 75 distillation water pipe 81 water inlet 82U-shaped pipe 83 water pipe 85 distilled water cylinder 85 ring concentrating mirror 91 light control 92 Photosensitive device 93 distillation meter ❹ 0972059658-0 097136243 Form No. A0101 Page 29 of 50

Claims (1)

201013132 VII. Patent application scope: 1. A solar energy powerful concentrating solar control device and method, including a set of solar energy concentrator and powerful concentrating mirror, light controller, motor, rotating frame and a set of batteries, rotating frame The utility model is provided with a light controller and a solar energy concentrator, wherein: the rotating frame is provided with a circular-shaped convex solar light controller, and the circular arc-shaped protruding light controller is mounted with a multi-directional photosensor. The multi-directional photosensor of the light controller is connected to the circuit board, the rotating frame is provided with a concentrating cover, and the concentrating hood is provided with a powerful concentrating mirror, and the inside of the concentrating cover is equipped with a solar energy concentrator, and the rotation of the rotating frame The shaft is fixed on the rotating seat of the support frame, the horse is connected to the light controller circuit board, and the motor drives the gray rotating frame to rotate and control... Luo: the motor is rotated by the energy collector, and the powerful collecting mirror is installed in the solar energy set. Above the energy device, the solar generator chip is connected to the battery, and the hot water pipe of the solar collector is connected to the heat accumulator. The multi-directional light controller is connected to the motor via the circuit board, and the motor automatically rotates the rotating frame to enable the solar energy collector to automatically Steering precision Said improved solar power or energy collectors effect. 2. 〇2. A method for solar energy concentrating concentrating to the sun, characterized in that: the rotating frame is provided with a circular-shaped convex light controller, and the circular-shaped convex light controller is equipped with a three-way photosensitive device A photosensor is turned to the right, a photosensor is turned to the left of a photosensor, and the photosensor of the three photosensors of the photosensor is greater than the photosensor of the photosensor. Automatically rotate the rotating frame to the right until the light sensitivity value of the upward photosensitive device is greater than the light sensitivity value of the right photosensitive device, and the light controller can automatically adjust the solar energy concentrator to the solar light source, and the light sensitivity value to the left photosensitive device More than the light sensitivity value of the upward photosensitive device, the motor can drive the rotating frame to rotate to the left until the light sensitivity value of the upward photosensitive device is greater than the leftward light 097136243. Form No. A0101 Page 30 / Total 50 pages 0972059658-0 201013132 Light perception of the sensitive device Value, when the light sensitivity value is less than the predetermined value, the motor drives the rotating frame to stop horizontally, and the light controller automatically mobilizes the solar energy concentrator to make it powerful. The concentrating mirror concentrates several times of solar energy on the silicon wafer of the solar power generator. Or collecting heat On the hot water pipe. ♦ 3. 3. Solar energy strong concentrating to the sun control method, which is characterized in that: the rotating frame is equipped with a circular arc-shaped light controller, and the circular arc-shaped light controller is equipped with five-direction photosensitive And two motors, one set of photosensors to the left and right, one photosensor to φ on the 'group of photosensors forward and backward, the five-way photosensor connector circuit board of the light controller, when the left and right photosensors feel 隹Greater than the direction: the temperature of the sensor on the winter light, the motor can drive the rotating frame to rotate left and right until the light sensitivity value of the photosensitive device on the Dian is greater than the light value of the light sensor to the left and right photosensors, and the solar energy collector is automatically adjusted. The solar light source, when the light sensitivity value of the photosensitive device is greater than the light sensitivity value of the upward photosensitive device, the other motor can drive the rotating frame to rotate forward and backward until the light sensitivity value of the upward photosensitive device is greater than the light sensitivity value of the front and rear photosensitive device. When the light sensation value is less than the predetermined value, the motor drives the rotating frame to rotate horizontally to stop, and the light control Q self-potentially mobilizing the solar concentrator powerful concentrating mirror is mounted on the enamel wafer or above the hot water pipe of the collector. 4. A solar energy concentrating concentrator, characterized in that the powerful mirror is a thin gyro mirror, a cyclotron concentrating mirror, an extended concentrating mirror, a collateral condenser, a ring concentrating mirror, a thin gyro mirror, and the convex lens is cut into several concentrics. a circle, a plurality of concentric circular rotating rings are arranged on an arched curved surface, which is a thin rotating mirror rotating ring condensing mirror, and a plurality of convex lenses or thin flat mirrors or a rotating mirror are arranged in a rotating ring. On the plane or curved surface, it is a cyclotron concentrator, 097136243 extended concentrating mirror, the number of the convex lens or the thin flat mirror or the curved mirror section number Α0101 31/50 page 0972059658-0 201013132 extends to a plane or surface The upper concentrating mirror is an extended concentrating mirror, and a plurality of convex lenses or thin flat mirrors or gyroscopic mirrors are extended on a plane or a curved surface, which is a condensing mirror, a ring condensing mirror, and a plurality of convex lenses or thin flat plates. The rotating ring of the mirror or the gyro mirror is arranged on a plane or a curved surface, which is a ring condensing mirror, which cuts the convex lens into several concentric circles, and each concentric circle In the same thickness, it is a thin flat mirror. Several concentric circular rotating rings are arranged on an arched curved surface, which is a thin rotating mirror. The thin flat mirror or the rotating mirror extends the array or the rotating ring. On a plane or curved surface, it is a powerful concentrating mirror, and the surface of the powerful concentrating mirror is cold. 5. t ❹ 5. The solar energy concentrating concentrating solar control device and method as described in claim 1 The utility model is characterized in that: the concentrator is equipped with a rotating frame and a motor, the concentrator is automatically rotatable left and right, the rotating frame of the solar power generator is a concentrating hood having a light controller and a V shape, and the concentrating hood is locked above. A powerful concentrating mirror, the inside of the concentrating hood is equipped with a solar 矽 wafer or a collector. The inside of the hull is equipped with a light controller circuit board and a battery, the circuit board is connected with a solar raft wafer, a motor and a battery, and the rotating frame is fixed. The motor is mounted on the rotating base of the support frame, and the motor has a toothed groove at the bottom of the rotating frame. The motor shaft is provided with a toothed cam. The toothed cam of the motor drives the toothed groove of the rotating frame to rotate. The light controller circuit board controls the motor to automatically rotate, and the rotating frame automatically mobilizes the powerful concentrating mirror of the concentrator, so that the solar power generator or the collector can automatically turn to track 097136243. 6. 6. In the first item of the patent application scope The solar energy concentrating concentrating solar control device and method are characterized in that: the solar energy concentrator generator has a form number A0101 page 32 / a total of 50 pages 0972059658-0 201013132 two rotating frames and two sets of motors, The generator can be automatically rotated up and down and left and right. =::r*There are two dichroic mirrors. "The front of the mask is equipped with a shaft button and a rotating shaft. The left and right sides of the rotating frame have the force: up, the left and right spins under the mask. The material is mounted on a rotating frame. For example, the concentrating cover is automatically rotatable up and down. The rotating frame is mounted on the rotating base. The rotating frame is automatically rotatable left and right. The concentrating mirror can be rotated up and down and left and right. The rotating tungsten of the rotating frame|g frame has a rotating shaft. The rotating shaft is mounted on the bearing of the body casing. The rotating shaft of the rotating frame is equipped with a gear motor and is also equipped with gears, gears of the motor shaft. Connection office Carrier, the optical circuit board controls the motor controller automatically rotating, rotation, since the solar generator% mobilization potent condenser, helmet solar generator can automatically recover steering day. Ο 7. The solar energy efficient concentrating directional control device and method as described in claim 1, wherein the concentrator of the concentrator is a solar charger, a solar lamp, a solar TV, a solar street lamp, Solar calculator, solar lighting system, collector is solar water heater, solar steamer, solar distilled water machine solar water heater, solar power unit, solar cooker, adjustable bracket with shaft button or spring, adjustable bracket can be rotated And the automatic pop-up, the adjustable bracket has a slide rail, several powerful condensers are automatically opened, the adjustable bracket has a v-shaped strut, and a plurality of powerful concentrated condensers in the spring can automatically pop out the back or the bottom of the device. The support frame, the powerful concentrating mirror is installed above the solar collector or the generator, the inverter is installed in the body shell, the socket is installed on the body shell, and the battery is connected with 097136243 Form No. 1010101 Page 33 / Total 50 pages 0972059658- 0 201013132 Connected to the socket, the circuit board is equipped with a charge and discharge indicator and battery level indicator, solar energy concentrating power generation charger The body shell is equipped with an AC AC inverter, a computer power transformer and a DC12 volt vehicle source transformer. The body shell is equipped with a powerful concentrating mirror power generating device. The body shell is equipped with a DC power supply plug, and a set of AC AC is attached. Power supply socket and DC12 volt power source socket and USB computer power socket, a variety of power supply and charge and discharge indicator and battery power indicator to connect the circuit board. 8. 8. The solar energy concentrating concentrating solar control device and method as described in claim 1, wherein the turret of the concentrator is a die-cast aluminum frame having a long V shape, each rotation Above the frame is a long strip-type powerful concentrating mirror. The inside of each rotating frame is equipped with a long strip of solar raft wafer or heat collecting tube. The die-cast aluminum frame of the rotating frame has a rotating shaft before and after, and the rotating shaft is fixed to the body shell. The bearing has a toothed pulley on the rotating shaft of the rotating frame, and a toothed pulley is also arranged on the motor shaft. A toothed belt is a pulley connecting the motor shaft and a pulley of the rotating frame, and the light controller circuit board controls the motor automatically. Rotate, the rotating frame automatically mobilizes the powerful concentrating mirror. 9. The solar energy concentrating concentrating solar control device and method as described in claim 1, wherein the solar concentrator of the concentrator has a water cylinder and a heat collector, and the solar energy is rotated. The frame has a V-shaped concentrating cover. Above the concentrating hood is a locking and powerful concentrating mirror. The inside of the concentrating hood is equipped with a solar collector. The concentrating hood is provided with a distillation water pipe. The powerful concentrating lens converges on the solar energy. The distillation water pipe has a rotating shaft at the bottom of the rotating frame of the solar distilled water machine. The rotating frame is mounted on the rotating seat of the supporting frame. The rotating frame is equipped with a motor, and the motor shaft is provided with a toothed cam, and the light controller circuit board controls Ma 097136243 Form No. A0101 Page 34 of 50 0972059658-0 201013132 Auto-rotation, the rotating frame automatically mobilizes the powerful concentrating mirror of the yangyang energy collector, the concentrating hood has a powerful concentrating mirror, the concentrating hood There is a distillation water pipe between them, a powerful concentrating mirror condenses on the steaming water pipe, the raw water cylinder stands upside down in the water inlet seat, and there is a cold water pipe under the water inlet seat, and the inside surface of the collector concentrator has a distilled water pipe. The distilling water pipe passes through the rotating shaft of the rotating frame, the powerful concentrating mirror converges on the distillation water pipe, the water pipe of the gongguan is connected with the u-shaped pipe, the lower part of the raw water pipe has a radiator, and the steamed water pipe is connected with the heat pipe by the u-shaped pipe. The distilled water in the distilled water pipe flows into the steaming water tank from the outlet pipe. 10. ❹ 10. The solar energy concentrating concentrating device and method as described in the patent application scope, wherein: the concentrator has a solar power generator and a heat collector, and the body shell has heat. Water storage tank, hot f pipe and battery, long strip type solar rotating frame is a long V-shaped concentrating frame, above each concentrating frame is a locking strip type strong concentrating mirror, the inside of the array concentrating frame It is equipped with a long strip type solar hot water pipe. The inside of the array concentrating rack is equipped with a long solar solar dream chip. The rotating concentrator of the rotating hood has a rotating shaft Q. The concentrating frame rotating shaft is fixed to the body shell. On the bearing, the rotating shaft of the rotating frame is provided with a toothed pulley, and the motor shaft is also provided with a toothed pulley. The toothed belt is a pulley connecting the motor shaft and the rotating cover, and the light controller circuit board controls the motor automatically. Rotating, the rotating frame automatically mobilizes the powerful concentrating mirror of the solar concentrator, the powerful concentrating concentrating concentrating on the solar hot water pipe, the hot water storage tank has a cold water pipe below, and the hot water storage tank has a hot water pipe and a hot water pipe Through the axis of rotation of the holder, the hot water pipe connected to a hot water storage cylinder, solar batteries and the motor is connected to the silicon chip. 097136243 Form No. A0101 Page 35 of 50 0972059658-0