FENCE TYPE SOLAR POWER GENERATOR
The present invention refers to solar electrical energy and stored to solar cell modules which may be utilized with many photovoltaic device relates to fence type, more particularly fence solar cell module installed vertically by installing aesthetically pleasing effect of guard rail type photovoltaic device loaded in a cassette or the periphery of the device region are disclosed. Future environment to replace fossil energy resources is a shock-absorbing door number recognition and fixed replacement area which may be of interest to obtain an and energy, in particular electrical energy using solar energy by converting a measurement circuit field units of the carbon dioxide and also than 2000. Recently various outdoor facilities such as to an illumination system used in solar energy into electric energy which are heating facilities which are extends, in particular to be arranged in an apartment complex such as street lighting facility such as a first elongated installation even solar heating facilities are same with house hot plate etc. is increased. It is solar energy used in street lighting facilities are lighting such as equipment such as separate stand or installing a sunscreen with house hot plate next to, listen to high-rise buildings such as apartment complex in taking out all day solar cell therefore result if the majority of present day or shadow area since a plurality also is the sun beach not installed lighting is the regional solar module and enough that produce electrical energy that is difficult to be door number flow tides. In addition, the solar cell module separately if necessary a separate space for installing solar control part blot out this space of the transmission enable signals to the door number can be reduced as the substrate. The, space of not-side of which can enhance, utilizing the existing facilities can be installed into an existing utility also in fence utilizing the solar cell module can be cleaned by somewhere, in this case fence which is mounted on the efficiency of the solar cell module drives the countermeasures are provided which should be enlarged. The present invention refers to said door of the existing method to solve such as number provided, solar cell module can be used such as without these structures fence plate to fence structure, solar cell module holder is aesthetically pleasing as the periphery of the device region loaded in a cassette or a solar energy a number of guard rail type photovoltaic device can be electrically [...] pin is used. In addition, the present invention refers to solar cell module vertically installing and reflecting sheet between one morning city can be converted into electrical energy by all solar efficiency can be, in response to changes in position of the sun accurately and stably can rotate the solar battery panel structure a guard rail type photovoltaic device can be connected to the maintenance efficiency number [...] pin is used. The present invention according to fence type photovoltaic device for carrying out the same purposes such as said front and back is to develop solar cell module and the infrared light and a sensor; said solar cell module mounted fence structure and vertical direction; said fence structure with respect to said solar cell module is fixed to left and right directions for support unit; characterized with a. Said fence structure on top of said support unit includes a fixed frame, a rotating plate installed on the upper side of said fixing part, a rotating support shaft projecting from said central upwards, said edge of the solar cell module so that said fixed pin may be inserted to permit insertion member, said rotation plate which is arranged between the solar cell module and said support frame supporting said solar cell module, said support portion of said front and back surfaces of the solar cell module is installed and a sensor characterized by including a reflective plate. Said fence structure is adapted to permit phase floating body floating, face each other along one side and the other side of the float said extended from said remaining portion of the float for balancing a balance including characterized. the extending respectively from both sides of the float maintaining balance of said extending portion, said extension adjacent one side and the other side formed in the end of the float for connecting section interconnecting, said connection adjacent one side of the float being connectible characterized fit connection is formed. Said support unit intervals corresponding to said length of the solar cell module is installed apart from one another in said fence structure, said longitudinal one side end of the solar cell module number 1 and number 2 to permit insertion and support each other side end bracket including a bracket portion characterized. The present invention according to fence type photovoltaic device includes a solar cell module can be used such as without these structures fence plate to fence structure, solar cell module holder is aesthetically pleasing as the periphery of the device region loaded in a cassette or a solar electrical energy converted from the optical source disclosed. In addition, the present invention refers to solar cell module vertically installing and reflecting sheet can be converted into electrical energy by one morning city can be between all solar efficiency, solar cell panel in response to changes in position of the sun accurately and stably connected to the maintenance structure can rotate can be remarkably improved. Figure 1 shows a separation of the present invention according to fence type photovoltaic device also sensors mounted thereon. Figure 2 shows a photovoltaic device of the present invention according to fence type also. Figure 3 shows a support unit of the present invention according to fence type photovoltaic device also indicating cross-section. Figure 4 shows a photovoltaic device of the present invention according to example embodiment also indicating fence type sensors mounted thereon. Figure 5 shows a photovoltaic device also connected to the example using 4 also shown in fence type indicating side. Figure 6 shows a photovoltaic device indicating another aspect of the present invention according to example embodiment also fence type sensors mounted thereon. Hereinafter, a preferred embodiment of the present invention with reference to the attached drawing detailed example according to fence type photovoltaic device are described as follows. 1 To 3 of the present invention number 1 in the embodiment according to fence type photovoltaic device also is also shown disclosed. With reference also to the 3 1 also, the embodiment example according to fence type photovoltaic device includes a solar cell module (100) and, fence structure (200) and, support unit (300) with each other. Said solar cell module (100) receives the front and rear and a sensor which may be niddm sugars other. Said fence structure (200) is a bridge or roadway median strip can be provided to prevent subjective, the embodiment formed embodiment guide rail of concrete median strip (201) applied a. Said support unit (300) the solar cell module (100) can be installed vertically in the fence structure (200) with respect to the solar cell module (100) and left i.e., rotates about a vertical axis as to be pivotally mounted, fixed frame (310) and, the rotating plate (320) and, support shaft (330) and, insert (340) on, support frame (350) and, reflector (360) comprises. Said fixed frame (310) is fence structure (200) is fixed on top of as, fence structure (200) surrounding a portion of shape, anchor bolt or bolt by fence structure (200) secured to. Said rotation plate (320) includes a stationary frame (310) is integrally formed with the upper, disk shape, carry the center support shaft (330) is formed integrally, support shaft (330) in a radius direction from number 1 extending along the circumferential direction is spaced points on the rotation guiding slot (321) formed therein. Said number 1 rotation guiding slot (321) of the plate (320) and formed through the down, support shaft (330) symmetrically with reference to a pair formed therein. Said support shaft (330) of the plate (320) projecting upwardly from the center of the support shaft (330) formed integrally to, solar cell module (100) provided by the rim of the insert member (340) threadedly coupled to a simple insertion. Said insert member (340) is solar cell module (100) with the rim of the support shaft (330) to be inserted inside the hollow part and, it is the inner peripheral surface of the hollow portion can be threaded. Said support frame (350) the solar cell module (100) and said rotation plate (320) which is arranged between the solar cell module (100) as supporting, solar cell module (100) has a length corresponding to the length of, flat surface is, recognizer recognizes a formed shape at the lower portion and upper is opened and closed. And, said support frame (350) the center of the support shaft (330) to pass through hole (351) is formed, through holes (351) around a rotation plate (320) number 1 formed rotation guiding slot (321) and that the number 1 rotation guiding slot (321) shaped for corresponding rotation guide slot number 2 (352) formed therein. Said number 2 rotation guiding slot (352) the support shaft (330) for solar cell module (100) is rotated or rotation number billion rotary rail (353) are fastened. Said bolt rotatably adjusted (353) a support frame (350) number 2 at the top of the rotation guiding slot (352) and number 2 rotation guiding slot (352) through fixed frame (310) formed fixing hole (311) screw with each other. Said bolt rotatably adjusted (353) a fixing hole (311) strongly fastening one or rail (353) supported by the frame (350), the rotating plate (320), fixed frame (310) be pressurized while solar cell module (100), support frame (350), the rotating plate (320) such that rotation of the upper, conversely rotatably adjusted bolt (353) a fixing hole (311) loosely fastening the fixed frame (310) to the support frame for (350) and the rotating plate (320) will rotate state is under or over. , the rotating plate (320) and its support frame (350) is rotatably adjusted bolt (353) is number 1 rotation guiding slot (321) and number 2 rotation guiding slot (352) because when the rotor supports the inserted into and in such a manner capable of. Said number 1 rotation guiding slot (321), number 2 rotation guiding slot (352) and rotatably adjusted bolt (353) is concave and the seasonal solar position corresponding to solar cell module (100) capable of modulating causes of direction freely. In addition, said support frame (350) on both sides in the longitudinal direction of solar cell module (100) is formed on the opposing edge of the solar cell module (100) for supporting a shaft fixed (355) partitioning projecting from the substrate. Said fixed shaft (355) the solar cell module (100) provided on both side edges in the longitudinal direction of a securing member (105) inserted into the solar cell module (100) this support frame (350) is rotated in relation to the servicing the. Said reflector (360) a support frame (350) on both sides of the solar cell module is installed (100) and a sensor side of the reflect as, flat shape and, support frame (350) the open top inclined sides force is removed. Said reflector (360) as town solar elevation increases solar cell module (100) and the entrance surface of the first light amount is reduced, solar cell module (100) generally parallel with the direction of installation directions little or solar solar cell module (100) reflecting surface of the solar cell module (100) can be power continuously such that causes. On the other hand, 4 and 5 of the present invention number 2 embodiment according to fence type photovoltaic device is shown for example also is also disclosed. The reference also 4 and 5 also, the embodiment example according to fence type photovoltaic device includes a solar cell module (100) and, fence structure (210) and, support unit (300) with each other. Said solar cell module (100) and support unit (300) according to the example of the present invention number 1 embodiment corresponding fence type photovoltaic device are provided which relay and redundant description is omitted, support unit (300) the solar cell module (100) is fence structure (210) rotates relative to the omitted form i.e. function, fixed frame (310) can be applied only. Said fence structure (210) having the buoyancy float the floating phase (211) on, float (211) which extend from one side and the other side portion of float (211) for balancing maintaining balance of part (212) having a predetermined wavelength. Maintaining balance of said part (212) includes a float (211) is formed in the same manner as on buoyancy material, can be a length extending stable floating in water. Maintaining balance of said part (212) includes a float (211) extending respectively from two opposite sides of extension (213) on, extension (213) adjacent one side and the other side is formed at the end of float (211) connector for interconnecting (214) which, said connection (214) is as shown adjacent one side float (211) connection (214) to be fitted into the formed opening and closing a cooking one side. On the other hand, according to example 6 of the present invention number 3 embodiment fence type photovoltaic device is also shown disclosed. 6 Also reference surface, the embodiment example according to fence type photovoltaic device includes a solar cell module (100) and, fence structure (220) and, support unit (320) with each other. In the embodiment said fence structure (220) is in the form of a hollow square pipe steel frame (221) and, the steel frame (221) which is mounted on the wire (222) or screen filter, having like sugars other. Said support unit (320) is said solar cell module (100) corresponding the length of the intervals at said fence structure (220) of steel frame (221) is installed apart from one another to, solar cell module (100) longitudinal one side end support number 1 to permit insertion and each other side end bracket portion (321) and number 2 a bracket portion (322) having a predetermined wavelength. Said number 1 bracket portion (321) number 2 on bracket portion (322) are each lower steel frame (221) and the upper part of the cross-piece member or fixing bolt through steel frame (221) a fixing part fixed (323) on, fixing part (323) extending upwardly from the upper surface of an inner to solar cell module (100) having an insertion groove corresponds to the thickness of width (325) is formed open handicrafts recognizer recognizes (324) having a predetermined wavelength. The support unit (320) the solar cell module (100) in the longitudinal direction of both sides by supporting the solar cell module (100) can be provided to prevent leaning by gale. The present invention according to fence type photovoltaic device is than attached drawing is but an exemplary to avoid a at a reference and, if the art therefrom in other embodiment examples enabling various deformation and equally to the person with skill in the art will understand. The, techniques of the present invention true defined only by the appended claims technical idea of the range of protection will generated by the. 100: Solar cell module 200, 210, 220: Fence structure 201: Median strip 300, 320: Support unit 310: Fixed frame 320: Rotation plate 330: Support shaft 340: Insert 350: Support frame 360: Reflector The present invention relates to a fence type solar power generator having a solar cell module, which converts and stores electrical energy using sunlight to be utilized for multiple purposes, and more specifically, to a fence type solar power generator capable of securing an installation area and obtaining an aesthetic effect by vertically installing a solar cell module in a fence. According to the fence type solar power generator, the solar cell module is installed in a structure such as a fence and is used as a structure such as a fence, and when the solar cell module is installed, an area is secured, an aesthetic effect is obtained, and electrical energy can be converted by receiving sunlight. In addition, the solar cell module is installed in a vertical direction and a reflective plate is provided to convert sunlight into electrical energy throughout the sunshine hours so as to improve the efficiency. Also, a structure capable of accurately and stably rotating a solar cell panel in response to a position change of the sun, is adopted to improve the efficiency of maintenance. COPYRIGHT KIPO 2018 Front and rear power by solar cell module and the infrared light and a sensor; said solar cell module mounted fence structure and vertical direction; said fence structure with respect to said solar cell module is fixed to left and right directions for support unit; characterized with a guard rail type photovoltaic device. According to Claim 1, said fence structure on top of said support unit is a fixed frame, a rotating plate installed on the upper side of said fixing part, a rotating support shaft projecting from said central upwards, said edge of the solar cell module so that said fixed pin may be inserted to permit insertion member, said rotation plate which is arranged between the solar cell module and said support frame supporting said solar cell module, said support portion of said front and back surfaces of the solar cell module is installed and a sensor including reflective plate of guard rail type photovoltaic device characterized. According to Claim 1, said fence structure is adapted to permit floating body floating phase, said one side face each other along the other side of the float of the float for balancing the remaining portion extended from said balance characterized including guard rail type photovoltaic device. According to Claim 3, maintaining balance of said said extending portion extending respectively from both sides of the float, said extension adjacent one side and the other side formed in the end of the float for connecting section interconnecting, said connection adjacent one side of the float being connectible fit connection is provided with a guard rail type photovoltaic device characterized. According to Claim 1, said length and said support unit of the solar cell module is installed apart from one another in said fence structure corresponding intervals, said longitudinal one side end of the solar cell module number 1 and number 2 to permit insertion and support each other side end bracket including bracket portion of guard rail type photovoltaic device characterized.
