TW200944732A - Solar charger - Google Patents

Abstract

The structural design include a novel lenses sheet, a adjustable support, solar silicon cell and a set of battery in case of the solar charger. By novel lenses sheet, sunlight generate more energy on the solar silicon cell. The structural design of the solar charger is much slimmer and thinner, thus the same instrument can be economically attached more silicon chips.

Description

200944732 VI. Description of the Invention: [Technical Field] [0001] The present invention relates to a solar concentrating device, and more particularly to a solar energy efficient cyclotron concentrating device with a powerful concentrating mirror and an adjustable bracket, with a powerful concentrating mirror It can be used to set several times of solar energy. The adjustable bracket can adjust the powerful condenser to the solar source, and concentrate the sunlight on the solar collector. The powerful condenser can effectively shorten the distance between the condenser and the solar collector. Several times the amount of sunlight can be concentrated in a solar energy concentrator, causing solar power generators or collectors to emit several times of electrical energy or heat. © [Prior Art] [0002] The general solar concentrating device in the city is as shown in Figure 34: a conventional solar power device, a set of solar concentrators directly facing the sunlight 52; the solar raft wafers 42 are connected in series and parallel, and connected to a group of batteries 54. The electric energy generated by the solar raft wafer 42 is stored in the battery 54 or directly supplied to the electric appliance. According to experts' research, the solar yttrium wafer is applied to the solar power generation device, which is really overkill, and the solar second chip test is tens of times the sun. φ light, which can emit several times of electric energy, and the solar 矽 wafer production technology is controlled by foreign manufacturers, the price of solar enamel chips is high, and the solar energy concentrator emits so little heat energy, installing solar energy concentrators The efficiency rate cannot be improved. Everyone knows that solar energy is a green energy source. It is inexhaustible and inexhaustible. It is endless and does not require money to buy green energy, but the solar energy collector produces less thermal energy. The cost of the device is so expensive that the solar energy collector has not been effectively promoted, and everyone knows the convex lens. In the condenser, and why no converging convex lens manufacturers will be applied to the solar energy concentrator, it is generally conventional solar energy collector has much room for improvement. 097135938 Form No. A0101 Page 3 of 47 0972059203-0 200944732 SUMMARY OF THE INVENTION [0003] 1. The object of the present invention is to provide a poly-light device that solves the problem of poor solar energy collection efficiency, with a powerful concentrating mirror and adjustable The bracket solves the solar energy gathering efficiency, the concentrator is tuned to the solar light source, and the powerful concentrating mirror concentrates the solar light energy on the concentrator, so that the solar concentrator emits several times of electric energy. [0004] 2. The solar energy concentrator generates less electric energy and the solar raft wafer of the device is expensive, and the efficiency of installing the solar concentrator cannot be improved. First, the efficiency of the solar concentrator is increased, that is, the solar energy is improved. The amount of heat generated by solar energy, the solar energy chip can withstand several times of sunlight, and can emit several times of electric energy. To increase the heat generation of solar energy, it is necessary to increase the amount of sunlight collected. Therefore, it is necessary to add a condensing convex lens to improve The amount of sunlight collected, which in turn increases the amount of solar energy generated or collected. [0005] 3. It is known that the convex lens can condense light, and why there is no manufacturer to apply convex lens concentrating to the solar concentrator device. Originally, a large-area convex lens has a heavy weight, and a large-area convex lens has a long focal length, and Large-area convex lenses are not easy to manufacture and expensive. Therefore, large-area convex lenses are used as solar energy collectors. They are bulky, heavy, and expensive. Therefore, large-area convex lenses are changed to small convex lenses, and small convex lenses are easy to manufacture. Lower, shorter focal length, and the volume of the concentrator can be thinned, so several small lenticular lenses can be arrayed on one plane, whether it is a square array, a circular array or a honeycomb hexagonal array, which can effectively reduce the price and volume. Thinning, several small convex lens arrays are compound eye condensers. 097135938 Form No. A0101 Page 4/47 Page 0972059203-0 [0006] 200944732 4. However, when several small convex lens arrays are on one plane, the focus of the small convex lens is dispersed, and the solar wafer must be cut into small pieces and small pieces. The array is grounded in a plane, which in turn causes the volume of the power generating device to expand. If 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. The small blocks are arranged in a plane, and the silicon wafers can be centrally placed in the center of the curved curved surface. In this way, the volume of the energy collector can be effectively concentrated, and other parts can be used to place additional parts, which can be reduced. The volume of the concentrator. ❹ [0007] [0008] 097135938 5. Polarized concentrating means that several small convex lenses are arrayed on a curved curved surface, which is a curved compound eye concentrating mirror. When the light source is slightly offset, the sunlight can still be concentrated on the 矽 wafer. In this way, the amount of power generation is effectively increased without having to frequently adjust the angle of the condensing mirror. 6. However, the thickness of the convex lens is thicker, the weight is larger, and the cost is still high. The convex lens is cut into several concentric circles, and each concentric circle is adjusted to the same thickness, which is a thin flat mirror, that is, a Fresnel lens. ), although the luminosity is slightly lost, the thin flat mirror effectively reduces the thickness, and several concentric circular rotating rings of the same thickness are arranged on an arched curved surface, which is a thin rotating mirror, and the thin rotating mirror is Fresnel. Condenser

Fresnel lens) is an important breakthrough invention after the invention. It not only has the thinning of Fresnel condenser, but also has a high concentration. The biggest feature is that the focal length is shorter than the Fresnel condenser. So the thin rotary mirror can reduce the volume of the concentrating device. Reduce weight and reduce costs. Form No. A0101 Page 5 of 47 0972059203-0 200944732 [0009] 7. When using a thin curved compound eye condenser, the sun source will move, such as adding an adjustable bracket, if necessary, can turn the adjustable bracket to turn the condenser The sun source, and the sunlight is concentrated on the solar concentrator, so that the solar concentrator emits several times of thermal energy. If the concentrating mirror is too large, a rotating shaft and a set of springs can be added, and the thin curved compound eye concentrating mirror is mounted on the elastic bracket, and a set of springs is added, and the spring bounce is automatically opened when used, and the elastic bracket can be pressed in the collection, the elastic bracket The collection volume of the device can be reduced. Fl [〇_ 8. Place a number of small flat mirrors or gyro mirror arrays on a single plane. Several small flat mirrors or gyro mirror arrays are compound eyed galvanometers, either square arrays or honeycomb hexagonal arrays. The annular array can effectively reduce the price, the volume is thinned, and several small flat mirrors or gyro mirror arrays are for the compound eye concentrating mirror [0011] 9. The cross-section of the two flat concentrating mirrors is rotated around a curved surface. , ® is a flat-circular condensing mirror. The thickness of the flat-circular concentrating mirror is thin, the focus is continuously concentrated and not dispersed, but the focal length is relatively long. The curved surface of the two gyro mirrors is rotated around a curved surface, which is the surface whirl. Rotating ring condenser, the surface of the curved convoluted condenser is thinner and the focal length is shorter. [0012] 10. The curved surface of a plurality of convex lenses is rotated around a curved surface, and the surface of the curved multi-lens cyclotron concentrating mirror is continuously concentrated and not dispersed, but the thickness is thick, and the focal length is long. longer. Will be 0972059203-0 097135938 Form No. A0101 Page 6 / Total 47 Page 200944732 [0013] ❹ [0015] The cross-section of several flat mirrors is rotated by 14t, and each turn is wound on a curved surface. The surface of the surface of the flat-plate rotating ring condenser, the surface of the surface of the multi-plate rotating ring condenser is thicker, the focus is continuously concentrated and not dispersed for a longer focal length, and the curved section of several rotating mirrors is rotated around the surface of the curved surface. On the top, the curved multi-spinning loop is green, the surface of the surface town tree is thinner and the focus is not dispersed continuously, and the focal length is shortened. 11. Umbrella type concentrator condensing mirror is a thin-type flat mirror with an umbrella type skeleton or The cross-rotating ring of the gyroscopic mirror is arranged on the multi-blade skeleton. The umbrella-shaped circum condenser concentrator has an umbrella-shaped skeleton, an umbrella-type circulatory condensing mirror, and a concentrating light below the two-layer umbrella-shaped skeleton. The cover of the sun bin b is immersed in the concentrating hood, and several thin flat mirrors or gyro mirrors are arranged on the multi-blade skeleton to reduce the focal length and increase the amount of light. Skeleton concentrating Strengthening the intensity of the large-area condenser, it can effectively reduce the focal length and increase the amount of light. ί 12·In this embodiment of the device, the solar generator can be applied to solar lamps, solar street lamps, solar chargers, solar TVs, solar communication Machine, solar lighting system, solar collector is solar water heater, solar water distiller, solar water heater, solar cooker solar power unit. 13. Embodiment of the device The solar energy generator body shell has a rotating frame, the body shell The back side has an adjustable rotating frame, the rotating frame can adjust the solar stone ceremonial wafer to the sun light source, and the curved ring condensing mirror condenses the sunlight energy at 097135938. Form No. 1010101 Page 7 / 47 pages 0972059203-0 200944732 Sun Moon, The solar shattered chip emits several times of electric energy, and the electric energy charges the battery to store electric energy. [0016] 14. Embodiments of the device The solar concentrating mirror is generally installed under outdoor sunlight, and the outer surface of the solar condensing mirror is uneven if it is uneven. Accumulate rainwater and dust, use long-lasting ash to reduce light transmission The surface of the solar concentrating mirror must be smooth and smooth, in order to maintain the transparency of the concentrating mirror and easy to scrub. 〇[0017] 15. In the embodiment of the device, the rotating frame is Rotating up, down, left and right, there are two sets of rotating frames in the body shell, a rotating frame is arranged above the rotating seat, a concentrating cover is arranged above the rotating frame, a enamel wafer is arranged in the concentrating hood, and a condensing ring condensing mirror is arranged in front of the concentrating hood to gather There is a rotating vehicle under the reticle. The left and right sides of the rotating frame have shaft buttons. The left and right rotating shafts under the concentrating cover are left and right shaft buttons mounted on the rotating frame. The concentrating cover can be lifted up and down, and the rotating surface is mounted on On the top of the rotating seat [0018], the rotating frame is toxic to the right and left, and the condenser is rotatable up and down and left and right. 16. Embodiment of the device The solar water heater of the solar water heater has a hot water cylinder and a hot water pipe, the body shell is equipped with a rotating cover, the rotating cover is equipped with a solar extended concentrating mirror, and the rotating cover is provided with a concentrating frame, concentrating There is a hot water pipe in the middle of the frame, and the curved extended concentrating mirror condenses the sunlight energy into the solar hot water pipe, so that the solar hot water pipe generates several times of high temperature hot water, the hot water pipe has a cold water pipe below, and the hot water pipe has a hot water pipe and heat. The water rises and is stored in the hot water tank. Below the hot water tank, there is a cold water pipe, and the cold water pipe is connected with the hot water pipe to make the cold water and the hot water circulate. 097135938 Form No. A0101 Page 8 of 47 0972059203-0 200944732

[0019] Ο 17. Embodiment of the device is a thermoelectric dual-purpose structure, the device has a solar power generator and a heat collector at the same time, the body shell of the device is a hot water casting water tube and a storage battery, and a long-type solar rotating cover It is a concentrating frame with a long strip shape. The top of the concentrating frame is a locking extension concentrating mirror. The inside of the array concentrating frame is equipped with a solar hot water pipe. The inside of the array concentrating frame is equipped with a solar raft wafer and a rotating hood. The concentrating frame has a rotating shaft before and after, the concentrating frame rotating shaft is mounted on the bearing of the body shell, the rotating shaft of the rotating hood is provided with a belt gear, the motor shaft is also equipped with a belt gear, and the toothed belt is a connecting motor The belt gear of the shaft and the belt gear of the rotating cover, the circuit board controls the motor to automatically rotate, rotates from east to west every morning, rotates from west to east every night, and the rotating cover can automatically align the solar concentrator and the collector extension concentrator. The solar light source enables solar power generators and collectors to automatically turn to the sun, improve the efficiency of solar power generation and heat collection, and extend the condenser to concentrate solar energy. In the solar hot water pipe, the solar water pipe produces several times of high temperature hot water, under the hot water storage tank _ is a cold water pipe with a hot water pipe that has a hot water pipe and a rotating shaft through the rotating hood, the hot water rises Stored in a hot water storage tank, the electrical energy generated by the solar raft wafer is stored in the battery and supplied to the motor. [Embodiment] [0020] 097135938 1. In this case, a solar energy efficient cyclotron concentrating device is illustrated in Figure 2: convex lens concentrating schematic diagram > Figure 2-1, a large-area convex lens, heavy weight, large area The focal length of the convex lens is very long. The large-area convex lens is not easy to manufacture. The price is high. The large-area convex lens is used to make the solar concentrating lens. It is bulky, heavy and expensive. As shown in Figure 2-2, the large-area convex lens will be used. Changed to a small convex lens, the small convex lens is easy to manufacture and the price is better than the form number _ Page 9 / Total 47 pages J 097135938 0972059203-0 200944732 ❹ The focal length is short, the volume of the concentrating device can be thinned, so several small convex lens arrays are arranged in one In the plane, several small convex lens arrays are plane compound eye condensers, as shown in Figure 2-3. When several small convex lens arrays are on one plane, the focus of the small convex lens is dispersed, and the solar wafer must be cut into small pieces and small pieces. The blocks are arrayed in a plane, which in turn causes the volume of the concentrating device to expand, if several small lenticular lenses are arrayed on an arcuate curved surface The focus of the small convex lens can be concentrated, and the germanium wafer does not have to be cut into a small piece and a small piece in a plane, and the germanium wafer can be concentratedly placed in the center of the curved curved surface, so that the concentrated spot can be effectively concentrated. The volume of the device, while other parts are used to place additional parts, the volume of the concentrating device can be reduced, and a plurality of small convex lenses are arrayed on an curved curved surface, which is a curved compound eye concentrating mirror, when the light source is slightly offset, 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 several small convex lenses 12 are arrayed on an arched 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 distance between the silicon wafer 42 and the convex lens 12 can be shortened, [0021] This can reduce the volume of the light collecting means. 2. The description of the case is shown 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 higher. As shown in Figure 3-1, 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 mirror Effectively reduce the thickness, as shown in Figure 3-2, adjust the ten concentric circles of the convex lens to the same thickness, and flatten the convex lens, as shown in Figure 3-3, cut the convex lens into more concentric circles, which can effectively form 097135938. No. A0101 Page 10 of 47 0972059203-0 200944732 Ο The flat mirror can be thinned. This thin flat mirror is a commonly known Fresnel lens. It has several thin flat mirror arrays in an arched shape. The curved surface is a curved flat compound eye condenser, as shown in Figure 3-4, the convex lens is cut into twenty or more concentric circles, and each concentric circle is rotated and arranged on a curved surface 13, which is a thin rotating mirror, thin type The gyroscopic mirror is an important breakthrough invention after the invention of the Fresnel lens. It not only has the thinness of Fresnel concentrating mirror, high concentration, light weight, low cost, easy injection molding, and effective Reduce the cost, increase the amount of light and heat and power generation, the biggest feature is that the focal length is shorter than the Fresnel condenser, and the thin gyro mirror can reduce the volume of the concentrating device [0022] 3. The description of this case is shown in Figure 1: A schematic diagram of the creation structure and FIG. 4: a perspective view of the appearance of the creation. The body casing 01 is provided with a set of solar raft wafers 42. Above the solar raft wafers 42, a ring-shaped concentrating mirror 05 is mounted, and the gyroscopic mirror or the flat mirror array is arranged on an arched curved surface 13, and the annular concentrating mirror 05 is fixed on On the adjustable bracket 45, the adjustable bracket 45 can adjust the ring condensing mirror 05 to the solar light source, and the ring condensing mirror 05 condenses the solar light energy on the solar raft wafer 42. The ring condensing mirror 05 effectively shortens the condensing mirror and the solar raft wafer 42. The distance and a large amount of light converge, so that the solar raft wafer 42 emits several times of electrical energy. [0023] 4. The description of the case is shown in FIG. 5: an exploded perspective view of the present creation. The body shell 01 is provided with a set of solar raft wafers 42. Above the solar raft wafers 42, a ring concentrating mirror 05 is mounted, and the ring concentrating mirror 05 is equipped with a rotating frame 31. The shaft button 32 is mounted on the adjustable bracket 45, and is adjustable. Bracket 45 can be used to connect the ring concentrator 05 to 097135938 Form No. A0101 Page 11 / Total 47 page 0972059203-0 200944732 To the solar light source, the H group battery 54 in the body shell G1, the energy generated by the solar stone day 42 is stored in the battery μ . [0024] 5. This case is illustrated in Figure 6: Schematic diagram of the adjustable bracket. The adjustable bracket 45 has a rotating shaft and a sleeve, and can be rotated up and down, and an adjustable bracket 45' is arranged under the collocated condenser 05. As shown in Fig. 6-1' in winter, the ring concentrator 〇5 is pressed down. 45 turns down the 'ring concentrating mirror Q5 toward the front sun light source, as shown in Figure 6-2' in summer, the ring concentrator 〇5 can be lifted on the adjustable support ❹ [0025] frame 45 turn, the ring concentrator 05 upwards the sun light source. ;:. ........... 6. This case is illustrated in Figure 7: Schematic diagram of the gyroscopic mirror. As shown in the figure—the thickness of the convex lens is thicker and heavier, and the focal length is very long. As shown in Figure 7_2, the thickness of the flat mirror is thin, the weight is light, and the focal length is still very long, as shown in Figure 7-3. The thickness is thinner, the weight is lighter, and the focal length is shorter. [0026] e 7. This case is illustrated in Figure 8: Schematic diagram of a cyclonic condenser. As shown in Fig. 8_丨, the focus of a convex lens is continuously dispersed, but the focal length is very long. As shown in Figure 8-2, a plurality of convex lens rings are arranged on a curved surface, which is a curved ring-column condenser 05. The curved ring-column condenser has a discontinuous focus dispersion and a long focal length, as shown in Figure 8-3. The flat rotation surrounds a plane, which is a flat lens cyclotron concentrating mirror 15. The focal point of the planar lens condensing mirror is dispersed in the inner and outer layers, and the focal length is still long. As shown in Fig. 8-4, the curved surfaces of the two convex lenses are rotated. Surrounded by a curved surface, the curved surface is convexly circumscribed by the rotating mirror 5, and the curved convex condensing mirror 15 is continuously concentrated and non-dispersed, and the focal length is shortened. 097135938 Form No. A0101 Page 12 of 47 0972059203-0 200944732 8. This case is illustrated in Figure 9: Thin-type cyclonic condenser. As shown in Fig. 丨, the curved surface of the two convex lenses is rotated around a curved surface, which is a curved convex condensing ring concentrating mirror. The focal point of the convex convex condensing mirror is continuous without a knife, but the thickness is thick. The focal length is relatively long. As shown in Fig. 9-2, the curved surface of the two flat mirrors is rotated around a curved surface, which is a curved flat ring condenser. The thickness of the curved flat ring condenser is continuously concentrated and not dispersed, but the focal length is longer. As shown in Figure 9-3/, the cross-section of the two gyroscopic mirrors is rotated around a curved surface, which is a curved convoluted condensing mirror. The gyro* is rotated. (4) The thickness of the thinner focus is continuously dispersed and the focal length is shortened. [0028] \ 9· The description of the case is as follows: the partial light indicates that several flat mirrors or the curved surface of the rotating κ are rotated around a curved surface, which is a curved circular concentrating mirror. When the light source is slightly offset, the sunlight The sound of the wafer can still be increased, and the amount of light can be effectively increased without repeatedly trimming the angle of the condenser such as 囷10-1. When the light source is slightly shifted to the left, the sunlight can still be collected on the wafer. As shown in Figure 10-2, when the light source is slightly incident from above, the sun can be concentrated on the Shi Xi wafer. As shown in Figure 1Q_3, the * source is slightly offset to the right, and the sunlight can still be concentrated on the silicon wafer. Effectively increase the amount of light collection without having to adjust the angle of the condenser frequently. [0029] 本 'The description of the case is as shown in Figure 11: power generation socket structure diagram, the body shell of the device is equipped with a rotating frame 31 of the solar power generator, and the solar power generator rotating frame 31 is equipped with a concentrating cover 14 and a concentrating cover. 14 is installed 972〇592〇3-〇

No. Axis ^ 13 I/* 47 I 200944732 There is a curved ring condenser 15 on which the rotating frame 31 is mounted, and the rotating frame 31 can rotate the cyclone condenser 15 of the solar power generator to the sunlight source. The bottom of the body shell 01 is provided with a base, and the body shell 01 is provided with a switch 43. The upper part of the body shell 01 is provided with a rotating seat 73. The rotating seat is provided with a rotating frame 31. The rotating frame is provided with a collecting cover 14 and a collecting cover 14 The rear cover concentrating cover 14 is provided with a cymbal wafer 42, and the concentrating hood 14 is provided with a circumscribing condenser 15 in front of the concentrating cover 14. The rotating louver 14 is provided with a rotating shaft rotating frame 31. The left and right rotating shafts below the reticle 14 are the left and right shaft buttons 32 mounted on the rotating frame 31, and the concentrating cover 14 is vertically slidable. The rotating turret 31 is mounted on the rotating base 32, and the rotation is multiplied by 31. Rotating, the cyclone condensing mirror 15 is rotatable up and down and left and right. [0030] 11. Description of the embodiment of the present invention is shown in Fig. 12: power generation socket. Exploded view, the rotating frame 31 of the solar power generator 41 is a v-shaped die-cast aluminum concentrating cover 14, and the rotating frame 31 has a rotating shaft 34, which is gathered Above the reticle 14 is a locking cyclotron concentrating mirror 15. The inside of the concentrating hood 14 is provided with a solar raft wafer 42. The body casing 01 is internally provided with a circuit board 03 and a battery 54, and the circuit board 03 is connected to the solar slab wafer. 42 and the battery 54, the rotating rotating frame 31 can mobilize the cyclone condenser 15 of the solar power generator toward the solar light source, so that the solar power generator can turn to track and improve the efficiency of solar power generation, and the cyclone condenser 15 collects several times of sunlight. On the solar crucible chip 42, the solar generator generates a plurality of times of electric energy stored in the battery 54, the body casing 01 is equipped with an inverter of $51, and the body casing 01 is provided with a socket 72. The electric energy of the battery 54 can be converted into a socket 72. Power supply. 097135938 Form No. A0101 Page 14 of 47 0972059203-0 200944732 [0031] Source Movement Example of Embodiment Figure 13: Power socket rotation diagram. When the sunlight is .., the rotating ring condenser 15 of the rotating frame 31 is turned toward the sunlight, so that the amount of sunlight 隼 φ is incident on the silicon wafer 42 to effectively enhance the solar light as shown in Fig. 13-1. The rotating rotating frame 31 rotates toward the tilting, and the rotating ring condenser 15 faces the eastern sunlight, and can concentrate on the silicon wafer 42 too much, as shown in Fig. 13-2, the sun rises to the square every day at noon, and the rotating frame 31 is rotated. Rotate upwards, the ring gathers ❹ ❹ upwards the sun, the sun 52 can be concentrated on the enamel wafer, as shown in Figure 13~3 - 'Mother's day afternoon sun falls to the west, turning the rotating frame 31 to the west hemiplegia> ;- sec' Cyclonic condensing mirror 15 is facing the western sun light, the sunlight 52 can be 'in the Shi Xi wafer 42, effectively increasing the amount of light collected, and the rotating frame 31 can mobilize the cyclotron condenser 15 of the @能* generator toward the sun. The light source makes the sun commit power generation||It can turn to chase the sun and improve the efficiency of solar power generation. [0032] The description of the case is as shown in Fig. 14: ^ Revolving ring condenser mirror image. For example, in Figure 14-1, 'several convex lens arc-shaped rotating rings are listed on a g-plane is a curved surface> Heavy-lens rotating ring condensing mirror curved surface multi-lens rotating ring concentrating lens focus is continuously concentrated without dispersion, but thicker thickness, focal length comparison long. For example, in Figure 14-2, the cross-section of several flat mirrors is rotated around a curved surface. It is a curved multi-plate condensing mirror. The curved multi-plate rotating concentrator is thinner and the focus is continuously concentrated and not scattered, but the focal length. The length is relatively long. For example, in Figure 14-3, the curved section of several gyroscopic mirrors is rotated around a curved surface, which is a curved multi-spinning condensing mirror. The curved multi-spinning condensing mirror has a thinner thickness and continuous focus. Dispersion, focal length reduction 097135938 Form number Α 0101 Page 15 / Total 47 page 0972059203-0 200944732 Short. [0033] The description of the case is as shown in Figure 15: Umbrella-type cyclonic condenser mirror, the concentrating mirror has an umbrella-shaped skeleton, and several thin-shaped rotating mirrors or flat mirrors are arranged on the multi-blade skeleton, umbrella The cyclone concentrator 15 has an umbrella frame 25, and below the two-layer umbrella frame 25 is a concentrating cover 14. The solar raft wafer 42 is placed in the concentrating cover 4, and a plurality of thin flat mirrors or rotators are arranged. The cross-section rotating ring of the mirror is arranged on the multi-blade skeleton 25, which can effectively reduce the short focusing distance and increase the amount of concentrated light. The umbrella-type rotating ring condenser 15 can enhance the large-area gathering to effectively reduce the concentrated focal length. And increase the amount of wheat light. [0034] 15. The embodiment of the present invention is illustrated in FIG. 16: a structure diagram of an umbrella lamp. The body casing 01 of the solar lamp is a device battery 54 and a circuit board 〇3. Above the body casing 01, a cyclonic condenser 15 is mounted. Above the LED lamp 62 is a concentrating cover 14 in which a solar raft wafer 42 is mounted, and above a set of solar raft wafers 42 is mounted an LED lamp 62 and a photosensor 33, 矽© wafer 42 Below is a radiator 24. [0035] 16. The embodiment of the present invention is illustrated as Fig. 17: an exploded view of the umbrella lamp. The battery case 54 is provided with a battery 54. The solar cell chip 42 is connected to the battery 54 and the circuit board 03. The chip 42 is provided with an LED lamp 62. The LED lamp 62 is provided with a concentrating cover 14 outside the concentrating cover 14. The cyclone concentrating mirror 15 is arranged, and the photosensor 33 is mounted above the solar raft wafer 42. When the sunlight is bright, the photosensor 33 is turned off by the circuit board 〇3, and the LED lamp 62 is turned off. When the sunlight is dark, the photosensor 33 passes through the circuit board 03. The power LED light 62 is on. 097135938 Form No. A0101. Page 16 of 47 0972059203-0 200944732 17. The embodiment of the present invention is illustrated in FIG. 18: a structure diagram of a signal lamp. Above the support frame 44 of the solar lamp is a lamp cover 61 equipped with an LED lamp 62. Above the lamp cover 61 is a cyclone concentrating mirror 15. The bottom of the support frame 44 of the solar signal lamp is provided with a battery 54 and a circuit board 03. The concentrating cover 14 is provided with a solar raft wafer 42 and a set of solar raft wafers 42. Above it is a cyclonic condenser 15 mounted. [0037] 〇 18. The embodiment of the case is illustrated in Figure 19: an exploded view of the signal lamp. Below the support frame 44 is a battery 54. The solar cell wafer 42 is connected to the battery 54 and the circuit board 03. The lamp holder 63 is provided with an LED lamp 62. The LED lamp 62 is provided with a lamp cover 61, and the lamp cover 61 is mounted thereon. There is a concentrating cover 14 above which the cycloid concentrating mirror 15 is mounted. [0038] 19. The description of the case is shown in Figure 20: landscape lamp structure diagram, the device support frame 44 is equipped with two sets of solar lights 55 above, the solar light 55 is equipped with a solar energy generator 41 and a rotating frame 31, solar power generator 41. The inner concentrating cover 14 is disposed above the concentrating cover 14 with a rotating ring concentrating mirror 15 mounted on the rotating seat above the solar lamp 55. The rotating rotating frame 31 can adjust the cyclone condenser 15 of the solar power generator. Solar light source. The device cradle 44 is provided with two sets of solar lamps 55, a lower group of cylindrical solar lamps 55, a set of umbrella-shaped solar lamps 55, and a solar bulb 55 with a bulb 64, a lamp holder 63 and a lamp cover 61 for supporting The frame 44 is internally provided with a circuit board 0 3 and a battery 54, the circuit board 03 is connected to the solar stone wafer 42, the battery 54 and the solar lamp 55, and the circuit board 03 controls the solar lamp 55 097135938 Form No. A0101 Page 17 of 47 0972059203- 0 200944732 [0039] ❹ [0040]

G

[0041] 097135938 is turned off, and the rotating frame 31 is mounted on a rotating base above the solar lamp 55. 20. The embodiment of the present invention is illustrated in FIG. 21: an exploded perspective view of a landscape lamp. The rotating frame 31 of the solar power generator 41 is a die-cast aluminum concentrating cover 14 having a V shape, and a locking cyclotron concentrating mirror 15 is disposed above the concentrating cover 14. The inside of the reticle 14 is equipped with a solar raft wafer 42. The support frame 44 is internally provided with a circuit board 03 and a battery 54, the circuit board 03 is connected to the solar raft wafer 42, the solar lamp 55 and the battery 54, and the rotating turret 31 can generate solar power. The cyclone condenser 15 is mobilized toward the solar light source, so that the damper generator can turn to the sun, improve the efficiency of solar power generation, and the cyclotron concentrator 15 several times the sunlight gathers ..... on the solar raft wafer 42 The solar generator generates several times of electrical energy stored in the battery 54. 21. The embodiment of the present invention is illustrated in Figure 22: a schematic diagram of a compound eye extension. As shown in Fig. 22-1, a plurality of convex lenses are arranged on a plane, which is a lens > ' :!' extended concentrating mirror, the lens extends the rice mirror f, the dots are discontinuous, and the focal length is long. As shown in Figure 22-2, the f-plate mirror is extended on a plane, which is a flat-plate concentrating concentrator. The thickness of the flattened condensing mirror is not dispersed continuously, but the focal length is still very long, as shown in Figure 22-3. A plurality of gyroscopic mirrors are arranged on a curved surface, which is a gyroscopic condensing condenser 65. The focus of the gyroscopic condensing concentrator is continuously dispersed slightly, and the focal length is naturally shortened. 22. The embodiment of the present invention is illustrated in Figure 23: an extended concentrating mirror. As shown in Fig. 23-1, the cross section of a convex lens 12 is extended on a plane, that is, the form number A0101, page 18/47, 0972059203-0, 200944732 lens extension condensing mirror, lens extension concentrating lens focus dispersion, continuous > focal length The length is still very long. As shown in Figure 23-2, the flat surface of a flat mirror is extended on a flat surface, which is a flat-plate extended concentrating mirror. The flat-plate extended concentrating mirror has a thinner focus and is continuously dispersed, but the focal length is still very long, as shown in Fig. 23. -3. Extending the cross section of a gyroscopic mirror on a plane is a gyroscopic extension concentrating mirror 35, and the focus of the gyroscopic extension concentrating mirror is continuously dispersed and the focal length is shortened. [0042] 0 23. This case is illustrated in Figure 24: a thin extended concentrating mirror. As shown in Fig. My, the flat-shaped flat-row dogs of several thin flat-panel mirrors extend in parallel on a plane, which is a flat plate extending concentrating mirror. The plane flat-extending concentrating lens has a continuous non-dispersion focus, and the thickness is thin, but the focal length is also long. 24-2, the planes of the plurality of gyroscopic mirrors are arranged in parallel on a plane, which is a plane vortex extension concentrating mirror 35. The thickness of the plane vortex extension concentrating mirror is thinned, the focus is continuously dispersed, and the focal length is naturally shortened. :::: =!-,::; Ο . ί:.. ❹ [0_ 24 This case is illustrated in Figure 25: Condenser Mirroring Diagram. The solar concentrating mirror is generally installed under outdoor sunlight. If the outer surface of the solar concentrating mirror is uneven, it is easy to accumulate rainwater and ash. The use of long-term dust will reduce the transmittance, and the surface is very difficult to scrub, such as uneven solar radiation. The outer surface must be smooth and smooth, in order to maintain the transparency of the concentrating mirror and easy to scrub, as shown in Figure 25-1, the convex lens is cut into more concentric circles, which can effectively thin the flat mirror, two sides of the flat mirror Both have prismatic relief, as shown in Figure 25-2, the outer surface of the flat mirror is smooth and smooth surface 097135938 Form No. A0101 Page 19 / 47 pages 0972059203-0 200944732, the inner surface is prismatic relief, as shown in Figure 25. -3, the convex lens is cut into more concentric circles, and each concentric circle is arranged on a curved surface 13, which is a thin rotating mirror, and both sides of the rotating mirror have prismatic convex lines, as shown in Figure 25-4. The outer surface of the thin gyro mirror is a smooth smooth surface, and the inner surface is a prismatic ridge. [0044] Ο 25· The embodiment of the present invention is illustrated in FIG. 26: a structure diagram of a power generation box. As shown in Fig. 26-1, the body shell 01 is provided with an LED lamp 62. The front side of the body casing 〇1 is provided with a curved extension concentrating mirror 35 and a concentrating cover 14 respectively, and the body casing 01 of the power generation box is provided with a cart 91. The wheel 92 is mounted under the cart 21, and the handle of the cart 91 can be pulled out. When the hand is not used, the handle is retractable. ❿ As shown in Fig. 26-2, the body shell 01 of the power generation box is equipped with an LED lamp 62, and the body shell is mounted thereon. 01 is equipped with a solar energy concentrated concentrating power generation device. The solar energy concentrating power generation device is equipped with a curved extension condensing mirror 35 on the left side. The curved extension condensing mirror is equipped with a rotating shaft 34, which can extend the curved surface of the condensing mirror according to the rotating shaft 34. Left and right, too.. The positive energy concentrating power generation device is equipped with a set of concentrating masks 14 on the left and right sides. The concentrating hood 14 is provided with a set of solar raft wafers 42 on the left and right sides, and the concentrating cover 14 is mounted. The rotating shaft 34 and the spring can automatically open the concentrating cover 14 around the rotating shaft 34. [0045] 26. The embodiment of the present invention is illustrated in FIG. 27: an exploded perspective view of the power generation box. The body casing 01 is provided with a set of batteries 54. The curved extension condensing mirror 35 condenses the sunlight energy on the solar raft wafer 42. The curved extension concentrator effectively shortens the distance between the concentrating mirror and the solar raft wafer 42, so that the solar raft wafer 42 emits several times of electric energy. Stored in battery 54, above the power box body shell 01 has 097135938 Form No. A0101 Page 20 / Total 47 Page 0972059203-0 200944732 LED lamp holder 63' LED lamp holder 63 is equipped with LED lamp 62, LED lamp 62 is installed outside The lamp cover 61 and the lamp piece 33 are provided with a battery 54 and a circuit board 03' solar raft wafer 42 and a circuit board 〇3 connected to the battery 54. [0046] 27. The embodiment of the present invention is illustrated in Figure 28: a perspective view of the water heater. The body shell 01 of the device has a hot water tube Ή and a hot water tube 82, and the strip type solar rotating cover 81 is a concentrating frame 84 having a long V shape, and the concentrating frame 84 is a locking elongated strip type concentrating mirror 35. The inside of the long strip type concentrating frame 84 is equipped with a long strip type solar hot water pipe 82, and the extended condensing mirror 35 condenses the sunlight light energy on the solar hot water pipe 82, so that the solar hot water pipe generates several times of high temperature hot water. J:.. S :::· '-I·· ': ·:!打.... <.;- ' ·'. Draw ‘,#.

28] The embodiment of the present invention is illustrated in FIG. 29: the structure diagram of the water heater, the rotating cover, and the optical frame 84 has a rotating shaft, and the collecting frame 8: 4 rotating shaft is a wheel fixed to the body shell 01. The rotation of the rotating cover 81 is provided with a belt gear 85'. The motor 21 is also provided with a belt gear 85. The toothed belt 75 is a belt gear 85 connected to the shaft of the motor 21 and a belt gear 85 of the rotating cover 81. The circuit board 03 controls the motor 21 to automatically rotate. It rotates from east to west every morning and rotates from west to east every night. The rotating army 81 can automatically converge the extended condenser 35 of the collector toward the solar light source, so that the solar collector can automatically turn. Chasing the sun and improving the efficiency of solar collectors. The upper surface of the rotating cover 81 has an extended condensing mirror 35, and a hot water pipe 82 is disposed in the middle of the rotating cover 81. The extended condensing lens condenses the sunlight energy on the hot water pipe 82 to cause the hot water pipe to generate several times of high temperature hot water. [0048] 097135938 Form No. A0101 Page 21 of 47 0972059203-0 200944732 29. The embodiment of the present invention is illustrated in Figure 30: an exploded perspective view of the water heater. The hot water tank 71 has a cold water pipe 83. The hot water pipe has a hot water pipe 82. The hot water pipe passes through the rotating shaft 34 of the rotating cover, and the hot water rises and is stored in the hot water pipe 71. The hot water pipe has a cold water pipe and a cold water pipe connection. The hot water pipe circulates the cold water and the hot water, and the hot water rises and stores in the hot water tank 71. The hot water tank of the device has an electric heater 74, and the hot water tank 71 can be heated by the electric heater 74 on a rainy day, and various heating methods ensure the constant hot water supply. . The extended condensing mirror 35 condenses the sunlight energy into the solar hot water pipe 82, so that the solar hot water pipe generates several times of high temperature hot water. ❹ [0049] ❹ 30. The embodiment of the present invention is illustrated in Figure 31: Schematic diagram of the operation of the water heater. When the sunlight source moves, it rotates from east to west every morning, and the circuit board is automatically rotated by the motor 21 control rotary cover 81 to concentrate the sunlight on the hot water pipe 82, thereby effectively increasing the amount of light collected. As shown in Fig. 25-1, the sun rises from the east every morning, and the rotating cover 81 automatically rotates to the east, and the sunlight can be concentrated on the hot water pipe 82, as shown in Fig. 25-2. The sun rises directly above the noon every day. The automatic rotation moves upwards, and the sunlight can be concentrated on the hot water pipe 82. As shown in Fig. 25-3, the sun falls to the west every afternoon, and the rotating cover 81 automatically rotates to the west, and the sunlight can be concentrated on the hot water pipe 72, which is effective. To increase the amount of concentrated light, the rotating cover 81 can automatically align the extended concentrating mirror 35 of the solar collector toward the solar light source, so that the solar energy collector can automatically turn to the sun to improve the efficiency of solar power generation. [0050] 31. The embodiment of the present invention is illustrated in FIG. 32: a thermoelectric dual-purpose structure diagram. The device has both a solar generator 41 and a heat collector, and the body casing 01 of the device is 097135938. Form No. A0101 Page 22 / Total 47 pages 0972059203-0 200944732 Hot water tank 71' hot water pipe 82 and battery 54, & The solar-powered rotating cover 81 is a concentrating frame 84 having a long V-shape. Above the concentrating frame 84 is a locking elongated flat or curved extending concentrating mirror 35. Above the concentrating frame 84 is a light-sensing device 33, and an array of light is collected. The interior of the frame 84 is equipped with a solar hot water pipe 82, and the inside of the array of long strip type concentrating frames 84 is equipped with a long strip of solar chip 104. [0051] ❹ ❹ 32. The embodiment of the present invention is illustrated in Figure 33: a three-dimensional exploded view of the thermoelectric system. The concentrating frame 84 of the rotating cover 81 has a rotating shaft in front and rear, and the rotating concentrating frame 84 is mounted on the consuming support of the machine body. The rotating gear of the broken leather 81 is provided with a belt gear 85, and the motor 21 is also mounted on the shaft. There is a belt gear 85; the toothed belt 75 is a belt gear that connects the shaft of the motor 21 and a belt gear of the rotating cover 81. The photosensor circuit board 03 controls the motor 21 to automatically rotate, and rotates from east to west every morning, from west to east in the mother's night. Rotating, the rotating cover 81 can automatically adjust the solar power generator 41 and the collector's extended concentrating mirror 35 toward the too light source so that the solar power generator 41 and the collector can automatically turn to the sun to improve the efficiency of solar power generation and heat collection. The extended condensing mirror 35 converges the solar light energy on the solar hot water pipe 82, so that the solar hot water pipe 82 generates several times of high temperature hot water. The hot water pipe 71 has a cold water pipe 83 below, and the hot water pipe 71 has a hot water pipe 82 and a hot water pipe. 82 passes through the rotating shaft of the rotating cover 81, the hot water rises and is stored in the hot water tank 71, and the extended condensing mirror 35 condenses the sunlight energy on the solar raft wafer 42. The electric energy generated by the solar raft wafer 42 is stored in the battery 54 and Power is supplied to the motor 21. [Simple description of the diagram] Figure 1: The stereoscopic view of the creation. Figure 2: Schematic diagram of convex lens concentrating. 097135938 Form No. A0101 Page 23 of 47 0972059203-0 [0052] 200944732 Figure 3: Schematic diagram of the thin lens. Figure 4: A cross-sectional view of the creation structure.

Figure 5: An exploded perspective view of the creation. Figure 7: Schematic diagram of the gyroscopic mirror. Figure 9: Thin-type cyclonic condenser image. Figure 11: Structure diagram of the power generation socket. 〇 Figure 13: Power socket rotation diagram. Figure 15: Umbrella-type cyclone concentrating map. Figure 17: Exploded view of the umbrella lamp. Figure 19: Decomposition diagram of the signal light. Figure 21: An exploded view of the landscape light. 〇 Figure 23: Extended concentrating mirror image. Figure 25: Condenser mirror smoothing diagram. Figure 27: An exploded perspective view of the power generation box. 〇 Figure 29: A cross-sectional view of the water heater structure. 〇 Figure 31: Schematic diagram of the action of the water heater. Figure 6: Schematic diagram of the adjustable bracket. Figure 8: Schematic diagram of a cyclonic condenser. Figure 10: Schematic diagram of polarized light collection. Figure 12: Exploded view of the power generation socket Figure 14: Multi-ring view condenser mirror Figure 16: Structure diagram of the umbrella lamp. Figure 18: Structure diagram of the signal light. Figure 20: Landscape light structure diagram. Figure 22: Schematic diagram of the compound eye extension Figure 2 4: Schematic diagram of the wave extension. Figure 26: Structure diagram of the power generation box. Figure 28: Stereogram of the appearance of the water heater Figure 30: exploded view of the water heater Figure 3 2: Structure of the thermoelectric system. Figure 33: An exploded view of the thermoelectric dual-purpose. Figure 34: Conventional solar power plant. [Main component symbol description] [0053] 01 body shell 02 gyroscopic mirror 03 circuit board 04 flat mirror 05 ring column concentrating 097135938 Form No. A0101 Page 24 of 47 0972059203-0 200944732 Mirror 11 concentrator 12 convex lens 13 curved surface 14 Condenser 15 Rotating concentrator 21 Motor 22 Rotating rod 23 Reflector 24 Radiator 25 Umbrella skeleton 31 Rotating frame 32 Shaft 33 Photosensitive device 34 Rotary shaft 35 Extension Condenser 41 Generator 42 矽 Wafer 43 Switch 44 Support frame 45 Adjusting bracket 51 inverter 52 sunlight 53 retaining ring 54 battery 55 solar light 61 lampshade 62 LED light 63 lamp holder 64 bulb 65 extension concentrating mirror

71 collector 72 socket 73 rotating seat 74 electric heater 75 toothed belt 81 rotating cover 82 hot water pipe 83 cold water pipe 84 concentrating frame 85 belt gear 91 cart 92 wheel 93 warning light ❿ 0972059203-0 097135938 form number A0101 25 Page / Total 47 pages

Claims (1)

200944732 VII. Application for patents: ~ - will be a solar energy powerful concentrating device, including a powerful concentrating mirror, adjustable bracket, solar moon b set this device and a group of energy storage devices, the body shell is equipped with - set energy =, its characteristics are: - above the group of solar concentrators is equipped with a powerful concentrating poly 'strong concentrating mirror is fixed on the adjustable bracket, adjustable bracket adjustable dynamic strong short squat, powerful concentrating mirror concentrating on The solar concentrator, the powerful concentrating lens and the distance between the concentrating mirror and the solar concentrator, the solar generator is connected to the battery or the solar collector to connect the regenerator. Λ 2. 〇2. ~ ^ A kind of solar energy concentrated concentrating mirror, Mo features: strong concentrating mirror is thin-shaped twirling, flat-circular concentrating concentrating mirror, curved condensing mirror, curved multi-cyclonic poly-light chain, curved ring concentrating mirror , :― · ? 疋 镜 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The convex rotating lens or the flat rotating mirror of the thin flat mirror or the rotating mirror is arranged on a plane, which is a plane rotating ring concentrating mirror, © a curved loop concentrating mirror, which rotates the cross section of the convex lens or the thin flat mirror or the curved mirror The curved surface is an arc-shaped condensing mirror, and the curved multi-rotating condensing mirror combines a plurality of convex lenses or a thin plate or a rotating mirror to form an arc-shaped curved surface. Ring concentrating mirror, curved ring condensing mirror, arranging several convex lenses or thin flat plates or gyroscopic rotating rings in a chess-shaped curved surface, which is a curved ring condensing mirror, cutting the convex lens into several Concentric circles, and each concentric circle is adjusted to the same thickness, which is a thin flat mirror, which cuts the convex lens into several concentric circles, and several of them are the same 097135938 Form No. 1010101 Page 26 / Total 47 Pages 0972059203-0 200944732 Thickness Concentric The circular rotating ring is arranged on an arched curved surface, which is a thin rotating mirror. The sectional rotating ring of several thin flat mirrors or a rotating mirror is arranged on an arched curved surface or plane, which is a rotating ring concentrating mirror. A plurality of thin flat mirrors or gyroscopic mirrors are arranged in a ring shape on a curved surface, which is a curved ring condensing mirror, and the rotating ring condensing mirror increases the heat generation heat of each silicon wafer by several times. 3. 3. A powerful solar concentrating concentrator, characterized in that the powerful concentrating mirror is a plane early 艮 extended concentrating mirror, a planar compound eye extended concentrating mirror, and a curved compound eye extending concentrating ❹ 097135938 Mirror, curved multi-extension concentrating mirror, compound eye extension concentrating mirror, wave concentrating mirror, circular concentrating concentrating mirror, plane monocular extended concentrating mirror, extending a section of a convex lens or a thin flat mirror or a rotating mirror on a plane, which is a plane extending concentrating mirror, A planar compound eye extension concentrating mirror that extends a section of a plurality of convex lenses or thin flat mirrors or gyroscopic mirrors on a plane, which is a planar compound eye extension concentrating mirror, a curved compound eye extension condensing mirror, and a plurality of convex lenses or thin flat mirrors or gyroscopic mirrors The section extends over a curved surface, which is a curved compound eye-extending concentrating mirror, and a curved multi-extension concentrating mirror, which extends a plurality of convex lenses or thin flat mirrors or a curved section to a plurality of curved surfaces, which is a curved multiple-extending concentrating mirror, a compound eye Extending the concentrating mirror, extending a plurality of convex lenses or thin flat mirrors or gyroscopic mirrors on a plane or a curved surface, that is, a compound eye extended concentrating mirror, a wave concentrating mirror, arranging a plurality of curved extending concentrating mirrors on a plane to form a wave shape Wave condenser, round tube condenser Extending the cross section of several convex lenses or thin flat mirrors or gyroscopic mirrors on a circular tube, which is a circular tube concentrating mirror, cutting the convex lens into several concentric circles, and adjusting each concentric circle to the same thickness, that is, a thin flat plate Mirror, a number of concentric circles of the same thickness are listed in a form number A0101 Page 27 / Total 47 pages 0972059203-0 200944732 On the curved curved surface, the thin gyro mirror will be a few small convex lenses or flat mirrors or The cross-section of the curved mirror extends over an arc-shaped curved surface or plane, which is an extended concentrating mirror. The extended concentrating mirror is mounted above the solar concentrator, and the too high energy generator is connected to the battery or the solar collector. Connected to the heat accumulator. 4. A solar energy concentrating concentrator is characterized in that the outer surface of the powerful concentrating mirror is smooth and smooth, the inner surface is prismatic embossing, and the material D of the powerful concentrating mirror is PC'AS, transparent plastic or transparent Glass, the formation of the powerful concentrating mirror is injection molding, hot pressing vacuum transformation, extrusion extraction molding, hot pressing roll forming. 5. 5. Solar energy concentrating device as described in claim 1 'Characteristics are: the powerful concentrating mirror is a double curved ring concentrating device and a multi-blade vortex concentrating device, a double curved ring concentrating device, and a sectional rotating ring of several thin flat mirrors or a rotating mirror List as appropriate, place a large set of spin-circular concentrators on the other set of small cyclotron concentrators or place a large set of vortex concentrators on another set of small flat mirrors, The large cyclotron concentrator is placed on top of another set of small cyclotron concentrating mirrors. Double concentrating and multiple concentrating can effectively reduce the focal length and increase the amount of light and heat generation. Multi-blade cyclotron concentrating device, concentrating Device has The skeleton is composed of a plurality of thin flat mirrors or a rotating mirror, and the sectional rotating ring is arranged on the surface of the multi-blade skeleton. The umbrella skeleton gathers light, which can strengthen the intensity of the large-area condenser, and multiple concentrated light can effectively reduce the convergence. The optical focal length and the amount of concentrated light and power generation are divided into several blocks. Each set of curved ring condensers is equipped with a piece of 097135938. Form No. A0101 Page 28/47 pages 0972059203-0 200944732 Solar 矽 wafer, solar concentrator split array The thickness of the solar energy-concentrating concentrating power generation device is reduced. 6. The solar energy concentrating device as described in claim 1 is characterized in that: the rotating frame of the concentrator is rotatable left and right, and the rotating frame of the solar energy concentrator has a V shape The concentrating hood and the concentrating hood are locked and strong concentrating mirrors. The inside of the concentrating hood is equipped with a solar energy concentrator, the inside of the body shell is provided with a circuit board and a battery, and the circuit board is connected with the solar energy concentrator and the battery. 旋转 The rotating frame is mounted on the rotating base of the support frame, and the rotating rotating frame can adjust the powerful concentrating mirror of the solar energy concentrator. 7. 7· The solar energy strong concentrating sun-facing device as described in claim 1 is characterized in that: the rotating frame of the concentrator is rotatable up and down and left and right, and there are two sets of rotating frames in the body shell, and the body shell The upper part is provided with a rotating seat, a rotating frame is arranged above the rotating base, a collecting hood is arranged above the rotating frame, a enamel wafer is arranged in the concentrating hood, a concentrating concentrating concentrator is arranged in front of the concentrating hood, and a rotating shaft is rotated. The left and right sides of the frame have a shaft button, and the left and right rotations of the concentrating cover are s' mounted on the left and right axis buttons of the rotating frame. The poly ▲ cover can be lifted up and down. The truss is mounted on the rotating base, and the rotating frame It can be rotated left and right, and can be rotated up and down and left and right. The hybrid rotating frame can adjust the solar power generator: = mirror, the rotating frame can be rotated up and down and left and right, so that the solar power generator can be transferred to 8. As in the patent application scope i The characteristics of the solar energy gathering are: * The solar collector is a solar water heater, the cutting energy device 'solar steaming machine, (4) the water machine, the sun axis force, 097135938 Form No. A0I01 100 °, gray% restaurant 0972059203-0 200944732 Cooking Boiler, generator is solar charger, solar light, solar power socket, solar signal light, solar flashlight, solar TV, solar street light, solar calculator, solar communication machine, solar lighting system, adjustable bracket is with shaft button or spring The adjustable bracket can be rotated and automatically popped up. The adjustable bracket has sliding rails, and several powerful condensers are automatically opened. The adjustable bracket has a v-shaped strut with a spring inside, and several powerful condensers can automatically pop up. A support frame and a rotating motor are mounted on the back or below the device, and a powerful condenser is concentrated on the solar energy collector. 9. 9. The solar energy concentrating device as described in claim 1 is characterized in that: above the concentrator is a powerful concentrating mirror and below is a reflector mounted with a hot water pipe The hot water pipe has a heat absorbing plate on both sides, and a hot water pipe is arranged under the concentrating frame. The hot water pipe is fixed in a strip shape and is fixed in the groove of the concentrating frame, and the adjustable bracket is installed under the concentrating mirror, and the powerful concentrating mirror is installed. Above the solar hot water pipe, the hot water pipe has a heat absorbing plate on both sides, the reflector is installed under the hot water pipe, the powerful concentrating mirror condenses the sunlight on the hot water pipe, and the hot water pipe is connected to the hot water pipe. 10. The solar energy concentrating device as described in claim 1, wherein the concentrator has both a solar collector and a generator, and the body shell has a hot water reservoir. The water cylinder, the hot water pipe and the storage battery, the rotating cover is a concentrating frame with a long V shape, the upper part of the concentrating frame is a locking strong concentrating mirror and a light sensor, and the inside of the array concentrating frame is equipped with a hot water pipe, and another array is condensed. The inside of the rack is equipped with a cymbal wafer. The concentrating frame of the rotating hood has a rotating shaft in front and rear. The rotating shaft of the concentrating frame is mounted on the bearing of the body shell. The rotating hood rotates 097135938. Form No. A0101 Page 30 of 47 0972059203-0 200944732 The gear shaft is equipped with a toothed pulley. The motor shaft is also equipped with a toothed belt pulley. The toothed belt is a pulley connecting the motor shaft and the pulley of the rotating cover. The photosensitive circuit board controls the motor to automatically rotate, above the rotating cover. Equipped with a powerful condenser, a powerful condenser is placed above the hot water pipe, and the hot water pipe is connected to the hot water storage tank. Below the hot water storage tank is a rotating water pipe with a hot water pipe passing through the rotating cover. Connected to the hot water storage tank, the solar raft wafer is connected to the battery and connected to the motor. ❿ 097135938 Form No. A0101 Page 31 of 47 0972059203-0