LIGHT-SHIELDING CONVERSION TYPE LIGHT SHELF DEVICE HAVING SOLAR PANEL AND BUILDING HAVING LIGHT SHELF DEVICE
The present invention refers to a light shielding having photovoltaic solar panels for converting of optical shelf device relates to conduct more than 2 degree of a of the received frame rotates within detachable from the rear surface of the end of shaft or panel constructed so that the top panel and lower panel including, said shelf an optical the upper panel is operated selectively louver, said lower panel a solar panel, louver operated in solar energy while for converting of the transparent as to develop an optical shelf device with device and said optical shelf relates building. Generally, such as a room of a building with the solar through an opening in a window space that receives a which the mining, such door lockset of a user terminal through the opening directly accept the I/O data mining method and strain relif, optical shelf (reflector) through the solar indirectly accept the I/O data mining of wet liquid to flow down scheme is utilized. Optical shelf using the fine scheme is removed the upper, opening building in which are installed on a horizontally, incident strain relif ceiling in an interior of a room indirectly indoor space reflect. mining. As such, optical shelf using the fine directly accept the I/O data mining manner than a solar manner, to such extent that it is door lockset in indoor space can be realize a uniform to improve the efficiency of mining is enabled. In addition, crimping of a light of the existing method to improve the efficiency mining rotatable structure CNC lathe is been developed. Cardless key publicized patent number 10 - 2010 - 0093908 Korean disclosure with a device is provided with a louver, said louver parallel to each other in the direction a vertical device provided with a plurality of rotatable and the door is provided with rail, said material covers at least a part of reflective on one surface of wing louver on a mirror bit has stop faces effective in the, utilizing to indoor underwater as well as allowing the louver may be achieved with angle according to mining purpose: a second position.. Of the existing method louver device has an air injection port is larger blades are rotatable structure corresponding to varied aspects of cell is outputted light pad or a half can but, solar a change of the position of door does not extend above the slit equivalent number into the body. Device shelf optical constitution (Korean registration patent number 10 - 1306640) is been developed by applicant, was also shown in 1. Also 1 with a, of the existing method optical shelf device (10) has car, for an armature capable of rotating body (11) and, the rotatable, extended from an outer edge, solar incident optical shelf (12) includes, can and varied and to improve said guide section (13) along the, said rotation body (11) or said optical shelf (12) is by rotation, mining can be to further improve efficiency. In addition, optical shelf device of the existing method (10) the optical shelf (12) a horizontal of to the architectural solar when the compartment and the cold room reflect to the indoor space region to elevate the, optical shelf (12) when a vertical solar an outer surface of the body for blocking solar reflect vertical [...] since additional driven mediums not provided with louvers through hole toward a center axis of space can be blocking strain relif. However, as shown in also 2, of the existing method optical shelf device (10) the one optical shelf (12) strain relif a horizontal is provided to drive which reflect indoor space, crimping of a light cell is outputted into a low position and relatively axis of rotation of the, building (20) inside the solar to the user is reflected, glare number the door tolerance can be induced into the body. In addition, said optical shelf (12) in a glove box of a change in altitude the sun performed its corresponding service provider on high resolution is difficult, efficiency is enhanced shielding efficiency and mining likely to door that number into the body. Furthermore, as shown in also 3, of the existing method optical shelf device (10) when driven by louvers of solar the incident outside this building is reflected or the like and a pedestrian, by etching severe the door the number into the body. The present invention refers to such door number points in for a long time, the present purpose of the invention is frame to rotate on top panel and lower panel, can and solar of varied so as to correspond to said top panel and the can be longitudinally displaced along a photovoltaic solar panels having a light-blocking device and said optical shelf device for converting of optical shelf structure with the recording operation. under public affairs number. It is another object of the present invention an optical the upper panel said shelf is connected to the, entering a room of a building with ceiling and reflect strain relif, arranged at the rear of said lower panel is operating in, using solarsun entering by the solar power generation is running, inside building solar to the user can is less directly exposed is, user may be an inducing unit as well as, electric energy absorbing strain relif capable of producing a light-blocking having photovoltaic solar panels and said optical shelf device for converting of optical shelf device structure with the recording operation. under public affairs number. Another object of the present invention said top panel and said lower panel when the operated in louver all, in order to transmit electric signals of strain relif entering, such as and a pedestrian outside of preventing damage to the photovoltaic solar panels which can be optical shelf device and for converting of a light-blocking having said optical shelf device with the recording operation. under public affairs number structure. Another object of the present invention rotating a panel said panel axis of rotation of frame and rotates between first and second end surface are provided to horizontal groove on one side thereof, according to highly of sunlight said top panel and said lower panel of the insertion part and the holder for a cable connects the hereinafter, door lockset efficiency, shielding throughput or solar photovoltaic power generation back side of a ventilating opening having photovoltaic solar panels being manufactured with low ratio of carbon for converting of a light-blocking device and said optical shelf device optical shelf structure with the recording operation. under public affairs number. The present purpose of the invention the aim dually function as a pipeline and a or more into the not one number, referred to below purposes may include another not from and clearly to one skilled 2000 can be understood. Said to achieve the aim of the present invention refers to shaft the door or window frames is rotatable about an axis of rotation combined to produce frame; said lateral formed frame for rotation about a rotational axis the upper panel a axis of rotation of the frame to rotate on an upper panel; and said shaft the prepared lower frame lower panel for rotation about a rotational axis to rotate on said frame which is very convenient panel; includes, said lower panel, and said at least one photovoltaic solar panels directly on one face an oil includes an error measurement circuit portion for converting of a light-blocking panel a device number. under public affairs optical shelf. In preferred embodiment, said is a plurality the upper panel. In preferred embodiment, said upper panel from floor shaft consists of 1800 mm or more elevations, are provided at a transmitter. In preferred embodiment, said frame axis of rotation, said axis of rotation of the shaft and a rotating body the upper panel the rotational angle of said lower panel which allows it to be used to interlock further comprises, upon rotating the frame said top panel and is rotate simultaneously the. In preferred embodiment, said interlock: shaft is the frame, said frame, with the axis of rotation that rotates with number 1 bevel gear; said frame an axis of rotation has isolated from bevel gear said number 1, number 2 that rotates with, with the axis of rotation frame said bevel gear; said number 1 into engagement with the bevel gear is provided on the discharge end said shaft the upper panel, such that when the body is rotated said number 1 bevel gear, said bevel gear number 3 the rotation of the rotation shaft the upper panel; and said lower panel into engagement with the bevel gear said number 2 gas is filled in a plurality of axis of rotation, such that when the body is rotated bevel gear said number 2, number 4 the rotation of the rotation shaft lower panel said bevel gear; includes. In preferred embodiment, shafts are each said panel, said frame one end interlocking with a rotating shaft and to said frame rotated an s-shape first position, said other frame and rotates between first and second is equipped to horizontal groove on one side thereof. In preferred embodiment, shafts are each said panel, each other so can be of variable length and is detachably joined to the backlight unit includes a plurality of body. In preferred embodiment, said panel shafts are each, at a predetermined position can be folded to hinge part 1 comprises the rectangular plate like nut. In preferred embodiment, each said panel shafts are, within paragraph music scope is also 20. In preferred embodiment, said hinge unit of the rotary shaft, the panel is from is groove combination wafer onto said panel. In preferred embodiment, that other end of said frame is mounted on the axis of rotation each panel a cylinder which can be moved upwards and downwards is having. In preferred embodiment, said cylinder is oil pressure cylinder. In addition, the present invention refers to the present invention according to shielding for converting of optical shelf device in addition, a plurality of successively arranged structure. under public affairs number. In preferred embodiment, that the frames of shelf optical for converting of shielding said shaft are mutually synchronised device is rotated. In preferred embodiment, is attached to said lower panel of the Macroblock to detect incident of sunlight and an optical sensor module; and said photovoltaic solar panels of sunlight which is detected in the sensor module optical said incident to said lower panel is rotated by a driving motor; further includes. The present invention refers to following as good or an organic solution and mixed with. First, a light-blocking having photovoltaic solar panels of the present invention for converting of optical shelf optical shelf device with said device and by building, rotation inner of the received frame to rotate on top panel and lower panel, can and solar of varied so as to correspond to said top panel and the may be operated. In addition, photovoltaic solar panels of the present invention for converting of a light-blocking having said optical shelf device optical shelf device and by building with, said upper panel an optical shelf is connected to the, entering a room of a building with ceiling and reflect strain relif, arranged at the rear of said lower panel is operating in, using solarsun entering by the solar power generation is running, inside building to the user can is less directly exposed is solar, user an inducing unit as well as may be, absorbs strain relif can be produce electrical energy. In addition, photovoltaic solar panels of the present invention for converting of a light-blocking having said optical shelf device optical shelf device and by building with, said top panel and said lower panel when the operated in louver all, by to absorb a of solar inlet, and a pedestrian outside of preventing damage to the such as can be. In addition, photovoltaic solar panels of the present invention for converting of a light-blocking having said optical shelf device optical shelf device and by building with, rotating a panel said panel axis of rotation of frame and rotates between first and second end surface are provided to horizontal groove on one side thereof, according to highly of sunlight said top panel and said lower panel of the insertion part and the holder for a cable connects the hereinafter, door lockset efficiency, shielding throughput or solar photovoltaic power generation back side of a ventilating opening. manufactured with low ratio of carbon. In addition, photovoltaic solar panels of the present invention for converting of a light-blocking having said optical shelf device optical shelf device and by building with, optical shelf and for producing solar energy while operating in louver of the insertion part and the holder, building energy consumption of the objective compound. efficiency. Optical shelf also Figure 1 shows a device of the existing method is perspective view for showing. Also Figure 2 shows a device of the existing method optical shelf. surface thereof, and the use of show thereby, the cold air flows. Figure 3 shows a device of the existing method also show use of optical shelf. surface thereof, and the thereby, the cold air flows. Figure 4 shows a device for converting of shielding according to one embodiment of the invention a are also optical shelf is perspective view for showing. Figure 5 shows a device according to one embodiment of the invention a are also through rotary driving of shielding for converting of optical shelf is perspective view a. The number 1 and number 3 also bevel gear 6a is in engagement of bevel gears (A) is perspective view for showing. The number 2 number 4 and bevel gear also 6b engagement of bevel gears (A) is perspective view for showing. Also one end of shaft a panel 7a is in engagement with shaft frame is perspective view for showing. Also inputted in the multi input tab of shaft a panel 7b connections of CRT is cross-sectional drawing. A panel axis of rotation 7c also CMOS Image sensor having a self-of varying length is a cross-sectional drawing. Also in one embodiment of the present invention Figure 8 shows a device for converting of the light shielding other optical shelf for ingnition coil on it followed in scope light reflection progression. surface thereof, and the show. Also the 9a optical shelf device for converting of shielding in the embodiment according to one the present invention in addition, a plurality of successively arranged is drawing a building. The 9b also one in the embodiment according to the present invention shielding for converting of optical shelf device arranged to drive is synchronised to one another and where in addition, a plurality of building a is drawing. The term used in the present invention a a large gathering of message is a message of a typical message but selected for a term, to a certain a applicant is arbitrarily selecting a term which may be simple case an detailed description of the invention non-name of a term or used substrate portion by considering the meanings their meaning will should be be recognized. Hereinafter, based on a text content of the preferred embodiment shown in drawing of the present invention in reference to. rapidly and to reduce a memory to effectively perform a function of an. However, the present invention refers to in the embodiment described herein are topologically other without limit to an may be embodied in the form. Throughout the specification the same reference number. indicate an element a structure similar to that of the. Also refers to surface 4 and 5, optical shelf device for converting of shielding in the embodiment according to one of the present invention (100) user and in accordance with the purpose of optical shelf louver which allows the combustion chamber to operate in, photovoltaic solar panels having at the solar energy into electric energy which may be converted to a device as, frame (110), the upper panel (120), lower panel (130) and the interlocking body (140) includes. Said frame (110) (y) longitudinally frame which the axis of rotation of the shaft (111) of building about a window or a door frame is frame that is rotatable about and provided. For example, said frame (110) inside the structure of hanger stick of door or window to opening and closing can be hinged. said upper panel (120) the frame (110) on the inner upper is provided to rotate on. Wherein, said upper panel (120) the frame (110) horizontally reflecting layer is formed on the top inside (x) a which the axis of rotation of the shaft the upper panel (121) is rotated about a rotational.. In addition, said one side of the upper panel (122) extended from an outer edge, a solar incident has material, the other surface (123) to absorb a solar a incident is having a protrusion/recess shape and are. For example, said of the upper panel can be mirror on one end face of the, resin black material is provided which has excellent adhesivity can be film attached. the upper panel (120) is said shaft the upper panel (121) since is rotated about a rotational, said one side of the upper panel (122) is transparent material, a glass optical sleeve operable, said other surface of the upper panel (123) when transparent material, a glass louver is since can be operated in. In addition, said upper panel (120) which a plurality may be provided, so that incident solar is extended from an outer edge, by varying area, the indoor solar for controlling an amount of air and mix from entering the mixing.. Said lower panel (130) the frame (110) to rotate on space inside with an open upper part of is provided. Wherein, said lower panel (130) the frame (110) horizontally coupled to a lower surface of the inside (x) a lower panel which the axis of rotation of the shaft (131). is rotated about a rotational. In addition, said lower panel (130) the least one side (132) a glass panel (132a) top elid processing device is provided with. Wherein, said solar panel (132a) a plurality of solar cell attached thereto to, transforming solar energy into electric energy incident is a panel. However, said solar panel comprises said upper panel (120) may be affixed to, and is a separate body from the strain relif the solar panel comprises said beam of reflective can be air compressor of air functions for. In addition, said solar panel comprises said panels (120,130) may each be provided with even. In addition, said lower panel (130) of the other surface (133) in particular modulates the number one method, a but not exclusively, to absorb a solar or solar panel can be equipped by a protrusion/recess shape and are.. the lower panel (130) the upper panel (120) quantity, when compared with typical, incident solar that block is since to operate only in the louver. Hereinafter in optical shelf device for converting of shielding the present invention according to (100) optical shelf and. as further described power to the system to the slot. Optical shelf device for converting of shielding the present invention according to (100) of said upper panel (120) the optical shelf when the driven, said upper panel (120) and said lower panel (130) and-reclined position in the cross direction, and has, said panels (120,130). faces the solar one surface of. I.e., said panels (120,130) in the cross direction, and has surface-reclined position, solar extended from an outer edge, said one side of the upper panel (122) and, solar panel (132a) with one surface of said lower panel (132). faces the sun. The, said upper panel (120) the inlet of solar to the architectural indoor ceiling reflect the natural light, said lower panel (130) to absorb a of solar the inlet into electric energy as. Thus, said panels (120,130) in the cross direction, and has the-reclined position, when faces the solar, said upper panel (120) an optical shelf work in, said lower panel (130) is operating in arranged at the rear of, a produce electrical energy. In addition, said shaft the upper panel (121) for floor of internal a building or more elevations 1800 mm from preferably provided in. the shaft the upper panel (121) as the central shaft for rotating said upper panel (120) within the this building the solar an eye of the user address shift detection signal by detecting the incident, user's glare to reduce flow resistance caused. for. In addition, optical shelf device for converting of shielding the present invention according to (100) of said upper panel (120) when the operated in the louver, said upper panel (120) and said lower panel (120) in a longitudinal direction been, said panels (120,130). faces the solar when it burns, this of. I.e., said panels (120,130) ground skills a longitudinal direction, said top panel and said absorption of strain relif of a lower panel if other (123,133). faces the sun. The, said upper panel (120) and said lower panel (130) to absorb a of solar inlet closely of the, solar the indoor air and mix from entering the mixing and operates to louver the fixed blocking. I.e., said panels (120,130) in a longitudinal direction been, when faces the solar, said upper panel (120) and said lower panel (130) vertical [...]. operates. In addition, said upper panel (120) and said lower panel (130) the inlet is to absorb a of solar, and a pedestrian outside is reflected by the a glass is such as to give trouble to damage can be to prevent. As described above, optical shelf device for converting of shielding the present invention according to (100) the upper panel (120) and said lower panel (130) the cross direction, and has no centre axis of rotation of (x) it is capable of rotating at a.. The, said upper panel (120) an optical shelf is connected to the entering a room of a building with ceiling and reflect strain relif, said lower panel (130) the solar panel, by to absorb a of solar inlet, inside building to the user can is less directly exposed is solar, an inducing unit is enabled. In addition, said upper panel (120) and the upper lower panel (130) which can be operated in louver both, a room of a building with air and mix from entering the mixing is enabled blocking strain relif. Said interlock (140) the frame shaft (111), said shaft the upper panel (121) and said lower panel shaft (131) for synchronised to one another and where is to the that make it, bevel gear number 1 (141), number 2 bevel gear (142), number 3 bevel gear (143), number 4 bevel gear (144) includes. Also refers to surface 6a, said number 1 bevel gear (141) the frame shaft (111) is, said frame shaft (111) is rotation therewith. In addition, bevel gear said number 3 (143) the number 1 bevel gear (141) to engage said shaft the upper panel (121) is, said number 1 bevel gear (141) is rotated the shaft the upper panel (121) rotating to. In addition, also refers to surface 6b, said number 2 bevel gear (142) bevel gear the number 1 (141) and a spaced apart said frame shaft (111) is provided on the discharge end, said frame shaft (111) is rotation therewith. In addition, said number 4 bevel gear (144) the number 2 bevel gear (142) to engage said lower panel shaft (131) is, said number 2 bevel gear (132) is rotated the lower panel shaft (131). rotating the. I.e., said frame (110) when said upper panel (120) and said lower panel (130) the recording operation. the gas is caused to rotate simultaneously. Thus, the present invention according to optical shelf device for converting of purifier (100) the solar a high degree, of season or-shaped according to hereinafter for degree indoors and to controls the recording operation. is. In addition, optical shelf device for converting of shielding the present invention according to (100) said panels the incident sun light (120, 130) is to be matched hereinafter for said panels (120,130) for ingnition coil on angle can be adjusted.. Said panel constitution: a pair of rotation axes (121,131) each, one end of the frame (110) located a fixed welded part in a state of being rotated. In addition, said panel constitution: a pair of rotation axes (121,131) each, to can be folded at a predetermined position can be having hinge part. Preferably said hinge portion is said panels (120, 130) and positioned at the center of of, said panels (120,130) is positioned in the up-and-down direction when retrocede disclosed in the present invention minimize the moving, said frame (110), on the internal side of with an eyesight mark on the can be to maximize the signal-to-angle. For example as shown in 7a, said lower panel shaft (131) said one end of the shaft frame (111) connected with which, said frame (110) rotated in diameter. In addition, said lower panel shaft (131) section on the hinge section (131a) from end thereof, the lower panel (130) comprises isopropyl alcohol vapor and nitrogen gas groove combination of grooves, said lower panel shaft (131) is said lower panel (130) upon binding to, with magnetic force in the center of the objective compound.. On the other hand, said shaft the upper panel (121) also said frame (11) to supersonic oscillators each other in a fixed position, said lower panel shaft (131) and is the first. In addition, also 7b refers to surface, said panel constitution: a pair of rotation axes (121,131) other of said frame (110) along the is equipped to horizontal groove on one side thereof. Wherein, said frame is mounted on the panel constitution: a pair of rotation axes (121,131) to that other end of which can be moved upwards and downwards, can be having cylinder. The, said cylinder a pneumatic cylinder, hydraulic cylinder or the like can be used but, in the present invention and is provided with cylinder member. In addition, also refers to surface 7c, said panel constitution: a pair of rotation axes (121,131) the other a plurality of is detachably joined to the backlight unit further includes a first sub-driving body, may be of variable length and. the panel constitution: a pair of rotation axes (121,131) said frame the other end of the resistor (110) along the horizontal groove on one side thereof when, apparatus for improving capacity. for corresponding to the length. I.e., also as shown in the 8, said upper panel (120) or said lower panel (130) of winter and summer is in response to changes in packing bpx hereinafter of the insertion part and the holder for a cable connects the PVC water and the thickening efficiency or light shielding efficiency is enabled. The, said panels (120, 130) retrocede a paragraph music scope also it is preferred that a within a range of about 20. Also refers to surface 9b also to 9a, optical shelf device for converting of shielding the present invention refers to the present invention according to (100) in addition, a plurality of successively arranged building (200) can be further number under public affairs. Building the present invention according to (200) a plurality of shielding for converting of optical shelf device (100) is disposed between continuous be placed, solar a high degree, of season or-shaped according to hereinafter for degree indoors and to the input portion sets up as well as, inside building solar to the user and is not directly exposed is, such as and a pedestrian that is external to the head for preventing damage reflecting a glass be. In addition, the present invention according to building (200) for converting of shielding said optical shelf device (100) that the frames of axis of rotation (110) is synchronised to one another and where the operating lengthen the total length of ball number may be. I.e., all shielding for converting of optical shelf device (100) panels cover at can be rotate simultaneously. In addition, optical shelf device for converting of shielding the present invention according to (100) the lower panel (130) is attached to an optical sensor module, said lower panel is rotated by a driving motor, said optical sensor module corresponding to the signals of said motor moves the number drive motor may further include any note number. The, said optical sensor module being a of sunlight incident at an angle with respect upon detecting a, number unbecoming for said motor said optical sensor module which is detected in the incident direction of sunlight to direct said photovoltaic solar panels, said operation the. thereby allowing the substrate to revolve. An error signal occurred as shown and describe the present invention refers to preferred embodiment but for example, said confirmation, if the limited to in the embodiment of the present invention within such a range that causes no beyond mental latter tempo, and in is in the field of the invention of different substrates by person with skill in the art can alter and will. 110: frame 111: frame axis of rotation 120: the upper panel 121: the upper panel axis of rotation 122: the upper panel one side 123: the upper panel the other surface 130: lower panel 131: lower panel axis of rotation 132: lower panel one side 132a: solar panel 133: lower panel the other surface 140: interlock 141: bevel gear number 1 142: bevel gear number 2 143: bevel gear number 3 144: number 4 bevel gear The present invention relates to a light-shielding conversion type light shelf device having a solar panel. More specifically, the present invention comprises an upper panel and a lower panel which are installed to be rotated inside a rotated frame or enable one end of a rotational shaft of the panel to be vertically rotated. Therefore, the upper panel is selectively operated as a light shelf or a louver, and the lower panel has the solar panel to be operated as the louver and generate solar energy. COPYRIGHT KIPO 2016 Axis of rotation of the door or window frame is rotatable about an axis of rotation combined to produce frame; said lateral formed frame for rotation about a rotational axis the upper panel a axis of rotation of the frame to rotate on an upper panel; and said shaft the prepared lower frame lower panel for rotation about a rotational axis to rotate on said frame which is very convenient panel; said lower panel, and said at least one photovoltaic solar panels directly on one face an oil includes an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 1, a plurality the upper panel said characterized in an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 1, said upper panel from floor shaft consists of 1800 mm or more elevations provided in shelf optical for converting of a light shielding characterized in device. According to Claim 1, said frame axis of rotation, said axis of rotation of the shaft and a rotating body the upper panel the rotational angle of said lower panel which allows it to be used to interlock further comprises, upon rotating the frame said top panel and said rotate simultaneously is characterized in an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 4, said interlock: shaft is the frame, said frame, with the axis of rotation that rotates with number 1 bevel gear; said frame an axis of rotation has isolated from bevel gear said number 1, number 2 that rotates with, with the axis of rotation frame said bevel gear; said number 1 into engagement with the bevel gear is provided on the discharge end said shaft the upper panel, such that when the body is rotated said number 1 bevel gear, said bevel gear number 3 the rotation of the rotation shaft the upper panel; and said lower panel into engagement with the bevel gear said number 2 gas is filled in a plurality of axis of rotation, said number 2 bevel gear such that when the body is rotated, said lower panel bevel gear number 4 the rotation of the rotation shaft; characterized in that including a photovoltaic solar panels having a light-blocking for converting of optical shelf device. According to Claim 1, shafts are each said panel, said frame one end interlocking with a rotating shaft and to said frame rotated an s-shape first position, said other frame and rotates between first and second equipped to horizontal groove on one side thereof is characterized in an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 6, shafts are each said panel, each other so can be of variable length and is detachably joined to the backlight unit including a plurality of body characterized in that a light-blocking having photovoltaic solar panels for converting of optical shelf device. According to Claim 6, shafts are each said panel, at a predetermined position can be folded to hinge part includes an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 7, each said panel shafts are, also within a range of about 20 paragraph music scope characterized in that a light-blocking having photovoltaic solar panels for converting of optical shelf device. According to Claim 7, said hinge unit of the rotary shaft, the panel is from groove combination wafer onto said panel is characterised in that a light-blocking panel an error measurement circuit portion for converting of optical shelf device. According to Claim 6, that other end of said frame is mounted on the axis of rotation each panel a cylinder which can be moved upwards and downwards is characterized in an error measurement circuit portion for converting of a light-blocking panel optical shelf device. According to Claim 11, said oil pressure cylinder cylinder characterized in an error measurement circuit portion for converting of a light-blocking panel optical shelf device. Number 12 to anti number 1 for converting of shielding terms anti either optical shelf device in addition, a plurality of successively arranged building. According to Claim 13, that the frames of said shielding for converting of optical shelf device is synchronised to one another and where the apparatus further includes a chuck of the building. According to one of Claim 1 to Claim 12, is attached to said lower panel of the Macroblock to detect incident of sunlight and an optical sensor module; and said photovoltaic solar panels of sunlight which is detected in the sensor module optical said incident to said lower panel is rotated by a driving motor; characterized in further including shelf optical for converting of a light shielding device.
