Furniture or garden furniture for outdoor use with integrated solar modules for electricity feeding into the mains without battery.
[0001] power generation by photovoltaics, garden furniture/furniture for external use [0002] It be offered to produce electric energy from solar radiation for solar modules in all variants. This be built only for producing electricity and used normally. There are solar modules which additionally also satisfy a second benefit as a substitute for bricks and thus as a rain shelter for example, designed to prevent falls in banisters, than Antiglare, Soundproofing, but not as garden furniture/furniture for outdoor use as wall cladding etc. the the generated current feeds into the electricity network. Photovoltaics has a double benefit the, as power generator and as a substitute for a structural element is also called [...]. (Building integrated [...] , in the building integrated photovoltaic). [0003] It is natural that photovoltaic on existing roofs is used, but if they have been used or the corresponding person has no roof or benefit should be, it is more difficult to find a useful type of energy production by photovoltaic. While is also possible, it can in the garden or forwarded in Balcony solar modules on a mounting system be hung, but this is not an attractive one optically, it needs additional space and additionally it costs. With Stralsund and other solar electric power at once met in the outer section are two Claims Solar furniture, e.g. by the can as the by-product is still about 25% [...]purchase of a solar generating its electricity demand. Furthermore, garden furniture building permit requiring and no need for the installation not electricians, since you can directly into the socket pocket, what makes it more interesting. The no additional space needs and a responsive product are solar garden furniture is the very inexpensive, since most of the parts and thus also would otherwise have required a second benefit. [0004] in various patents Deck chairs are, tables etc. have described the solar modules installed. (e.g. US 2011/0193 372 A1, JP 2008,017,631, CN 201,775,244 U) All these patents describe a battery and for charging of telephones but the dine systems, laptops and the like are used. Partially is also an inverter generates an AC voltage the integrated, but not into the national grid to feed. The problem with the existing solutions is that the generated energy, the required energy and the location of the stored energy in a incongruent with each other. These seems to be the reason that could prevail on the market none of these systems. The is to say, if it is sunny longer, the use in winter when it is no longer or hardly radiation from laptops is nevertheless phoned has. Conversely, it is very painful in winter for example in the event of precipitation to load the laptop with the laptop to go after outside for several hourssolar table and at, for example, a. One could a cable in a house the draw but again it makes the table with the hotel charms little sense because it needs no table in the context is then mounted on the roof and more better a solar module. [0005] By contrast, according to this the garden furniture dine directly without any energy is a battery the net. That is patent from the mains, the serves as the infinite memory, at any time at any time and the energy received at each civilised on the planet can also be almost based again, what the attractiveness of corresponding solar garden furniture is very beneficial. [0006] Through this invention not only can the photovoltaic on roofs, facades, balconies and in the open air but also with outdoor furniture such as tables, sofas, benches, deck chairs, separation walls , flower pots or flower troughs etc. are used. This urban one areas, especially in the use of photovoltaic is higher than previously. In addition the following important aspects are the a commercial exploitation accommodate covered: -The Photovoltaic-garden furniture are self-cleaning by the rain -The energy generating garden furniture are scratch resistant -Individual solar modules can be exchanged if damaged within a short time -Shading means influences the current production of the photovoltaic modules not not shadowed -When there is no danger of injury rupture of a PV module -The solar modules can in all possible variants as crystalline, [...] , of glass, plastic, etc. be carried out -The electrical connections with flexible cables and waterproof plugs arrival -The solar modules can be flexible, i.e. the furniture can also have round shapes -The solar modules can generate energy ([...]) on both sides, for example at what may be interesting separation walls -The solar modules can be transparent over the entire surface or partially be semitransparent [0007] Fig. 1: About of administration for tables and deck chairs Fig. 2 : solar table detail view Fig. 3: detail view Solar reclining chair Fig. 4: detail view Solar flower trough [0008] It be here three embodiment variant described, once as photovoltaic-table (A) once (B) and once as photovoltaic-reclining chair (carbon) as photovoltaic- flower trough. Variant A solar table (Fig. 2) [0009] 1 consists of a table top with integrated solar module table The, the table feet , the 2 and the cable with the AC network 3 the a mains inverter the table 4 connects via socket. (The table can also be connected to the network directly without Socket) The uppermost layer of the solar module 1 consists of a thin layer of a corresponding special glass 0.2 mm ensures scratch resistance. This layer is fixedly connected with the lower layer glass by lamination. The second layer (ESG) the 8 mm thick glass from Monolithic safety glass and so the mechanical strength is granted as disintegrates into small pieces and at break and the danger of injury at a automotive transparency kept to a minimum in the event of a fracture. In each module 2 to ensure a connection of one or more modules that at a module inverter which do not deliver the full power to the network still shadowed modules. Variant (Fig. 3) B solar reclining chair [0010] The reclining chair 1 with integrated solar modules consists of a lying surface, the beach chair feet , the 2 and the cable with the alternating-current mains supply the reclining chair a mains inverter 3 via the connecting socket 4. In each module 2 to ensure a connection of one or more modules that at a module inverter which do not deliver the full power to the network still shadowed modules. Variant (Fig. 4) C solar flower trough [0011] a pan with integrated solar module 1 consists of photovoltaics- flower trough The, the 2 and the cable with the AC network flower trough a mains inverter 3 including the 4 connects via socket. The furniture (10) has a solar radiation conversion unit formed as a photovoltaic element i.e. solar module (1), for converting solar radiation into electricity. A power supply unit i.e. power inverter (2), supplies electrical power into an alternating-current network i.e. electrical supply network. The solar module is formed from glasses or plastic with crystalline or thin layer cells. A scratch-proof surface is formed from sapphire and aluminosilicate glasses. The furniture is made from possible materials such as timber, plastic, iron, aluminum, stainless steel, glasses, stone and concrete. 1. garden furniture and other furniture in the outer section characterized in that it converts solar radiation into current and feeds the generated electric power into the AC network and must be able to operate without batteries. 2. furniture in the outer section according to claim 1 wherein such garden furniture, tables, chairs, Trunks, boxes, deck-chairs, couches, rockers, groups of chairs, groups of pads , beds, benches, cabinets, sofas, decorative articles, Banquettes, separating walls, etc. may be. 3. photovoltaic-garden furniture according to claim characterized in that the furniture with all types of solar modules 1/2 of glass, of plastic, with crystalline or thin film cells, flexible, transparent, colored, etc. may be actively [...] equipped. 4. furniture in the outer section according to claim 1 to 3 characterized in that this furniture private gardens , in public space, on the beach, in sports stadiums, [...] , swimming pools, garden restaurant , sunning duck races , outdoor cinemas, etc. can be used. 5. furniture in the outer section according to claim 1 to 4 characterized with solar modules is provided in addition to the normal use and that this furniture is so designed that the part can be adjusted in inclination and azimuth with the solar module to each time of day and/or season so the an optimal yield can be generated. Inclination and azimuth can also be tracked by a motor. 6. furniture in the outer section according to claim 1 to 5 characterized in that this furniture for all sorts of materials such as wood, plastic, iron, aluminum, stainless steel, glass, stone, concrete, etc. can be made. 7. furniture in the outer section according to claim 1 to 6 characterized in that this furniture has a scratch-resistant surface. This can e.g. by sapphire glass, Gorilla glass® or other products, technologies and methods are achieved. 8. furniture in the outer section according to claim 1 to 7 characterized in that between the (photovoltaic) and the alternating current mains electricity producers the direct current into alternating current converts an electronic apparatus is mounted the. This conversion is so designed that the no reduction in the power generation of the other modules of one or more modules Shading means. 9. Photovoltaic-garden furniture according to claim 1 to 8 characterized in that these materials are so constructed that at a overload, i.e. z present no risk of injury at break. B.. These (ESG) is achieved e.g. by a toughened safety glass. 10. Photovoltaic-garden furniture according to claim 1 to 9 characterized in that the garden furniture with flexible cables are electrically wired and connected to the mains and correspondingly waterproof plugs. Description
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