JP2008300380A - Light condensing base structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a light condensing base structure that can save process stages of assembling a base, obtain the effect of fast bonding, and reduce the total weight and manufacturing cost. <P>SOLUTION: The light condensing base structure includes a first frame which has a cut opening portion at a plurality of one-side edges, and is provided with a plurality of long tanks on at least one surface adjacent to the outside of respective first rod bodies, which have hollow portions penetrating them between both ends, hollow portions of two adjacent first rod bodies being connected by a plurality of connection units; a second frame which is provided with a plurality of long tanks on at least one surface adjacent to one side and equipped with a plurality of second rod bodies having hollow portions penetrating them between both ends, hollow portions of two adjacent second rod bodies being connected by a plurality of connection units; and two side plates. Both ends of each side plate are fixed between the first and second frames while made to match fixing elements respectively, and a plurality of support units are included which are fixed to the two long tanks of the first and second rod bodies with the fixing elements and disposed at adjacent places of the respective rod bodies. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

The present invention relates to a condensing base structure, and in particular, the process steps when mounting the base can be reduced, the effect of quick coupling can be obtained, and the overall weight and manufacturing cost can be reduced.

A general conventional concentrating solar energy power generation apparatus 7 includes a mounting frame 71 and at least one condensing unit 72 installed on the mounting frame 71 as shown in FIG. The mounting frame 71 is provided with a plurality of bar members 711, and at least one sliding tank 712 is provided on a side surface of the bar member 711, and the bar member 711 reduces at least one weight. The light condensing unit 72 includes a Fresnel lens 721 and a solar energy battery module 722. The solar energy battery module 722 is installed on the mounting frame 71 by a plate member 723. The Fresnel lens 721 is installed on the mounting frame 71 by a frame 724, and the frame 724 has a side fin 725 that can be inserted into the sliding tank 712 of the corresponding bar member 71. The mounting frame 71 includes an upper frame 714 on which the Fresnel lens 721 is mounted and a lower frame 715 on which the solar energy battery module 722 is mounted. When the mounting frame 71 is mounted (as shown in FIGS. 6 and 7). 2) having a plurality of apertures 731, two vertically adjacent corner members 73 of the rod member 711, nuts 74 installed in the sliding tank 712 of the rod member 711, and apertures 731 of the corner member 73. The nut 74 is assembled to the sliding tub 712 through a batten 76, and the mounting frame 71 is slid on the rod member 711. The nut 82 is installed in the sliding tank 712 of another vertically adjacent bar member 711 and the nut 82 installed in the moving tank 712 and the opening 81 of the fixing member 8. By bolts 83 screwed in 82, assembled, thereby, constitute concentrating solar power generation device 7.

The above-described conventional structure can constitute the concentrating solar energy power generation device 7, but when the mounting frame 71 is mounted, the corner member 73 and the nut 74, the bolt 75, the batten 76, the fixing member 8, the nut 82, and Since the rod members 711 are connected using elements such as bolts 83 to assemble the mounting frame 71, the procedure for assembling the mounting frame 71 is complicated, the manufacturing cost increases, and the assembly efficiency is adversely affected. Further, since the overall weight after the mounting frame 71 is assembled is relatively heavy, the above-described conventional concentrating solar energy power generation device 7 is not practical and there is a place to be improved.

A main object of the present invention is to form a first frame and a second frame by a plurality of rod bodies and a plurality of connecting units, and to assemble the base by a plurality of support units being fixedly connected. The present invention provides a condensing base structure in which the process steps of the time are simplified, the effect of being able to be combined quickly is obtained, and the overall weight and manufacturing cost are reduced.

In order to achieve the above-mentioned object, the present invention has a plurality of long tanks on at least one surface at least having a chipped portion at one end edge and adjacent to the outside of each first rod. A first frame provided with a first rod body having a hollow portion provided through both ends and having a plurality of connecting units connected to the hollow portions of two adjacent first rod bodies; adjacent to one side A plurality of second rod bodies each provided with a plurality of long tanks on at least one surface and having a hollow portion penetrating both ends, wherein the hollow portions of two adjacent second rod bodies are connected by a plurality of connecting units. A second frame comprising two side plates, and both ends of each side plate are fixed between the first and second frames in accordance with the fixing elements, and two corresponding first and second frames are fixed by the fixing elements. Each rod attached to the long tank of the second rod A plurality of support units positioned adjacent to each other, thereby saving process steps when assembling the base, providing a quick coupling effect, and reducing the overall weight and manufacturing cost. Light base structure.

FIGS. 1 to 2C are a three-dimensional appearance conceptual diagram of the present invention, a three-dimensional exploded conceptual diagram of the present invention, an enlarged view of a in FIG. 2A, and an enlarged view of b in FIG. 2A, respectively. As shown, the present invention is a condensing base structure, which includes at least a first frame 1 and a second frame 2 and a plurality of support units 3, whereby the process steps when assembling the base Can be simplified, and an effect that can be quickly coupled is obtained, and the overall weight and manufacturing cost can be reduced.

The first frame 1 includes a first rod body 11 provided with a plurality of hollow portions 111 and a connecting unit 12 provided between the hollow portions 111 of a plurality of two adjacent first rod bodies 11. Each connecting unit 12 has an approximately L-letter shape, one end of which is connected to each other, and includes two insertion portions 121 that can be inserted into the hollow portion 111 of the first rod 11. A plurality of interference portions 122 are installed on one surface adjacent to the insertion portion 121, and each first rod body 11 has a notch portion 112 at a corresponding one side edge. A plurality of long tanks 113 and 113a are provided on at least one surface adjacent to the outside of each first rod 11.

The second frame 2 includes a second rod body 21 provided with a plurality of hollow portions 211 and a connecting unit 22 provided between the hollow portions 211 of the plurality of two adjacent second rod bodies 21. The connecting unit 22 includes two insertion portions 221 that are connected at one end and are inserted into the hollow portion 211 of the second rod body 21, and the insertion portion 221. A plurality of interference portions 222 are provided on one surface adjacent to each other, and a plurality of long tanks 212, 212 a, 212 b, 212 c are provided on at least one surface adjacent to the outside of each second rod body 21, respectively.

Each support unit 3 is composed of two side plates 31 having one end connected to each other, and both ends of each side plate 31 are respectively positioned between the first frame 1 and the second frame 2 in accordance with the fixing element 32. The support unit 3 is fixedly mounted on the long tanks 113a and 212a of the two corresponding first and second rod bodies 11 and 21 by the fixing element 32, and is positioned at an adjacent position of each rod body 11 and 21. It is done. Thereby, a novel condensing base structure is configured.

3 and 4 are conceptual diagrams of the assembled state of the present invention. As shown in the figure, when assembling the present invention, at least four first rods 11 and at least four connecting units 12 are prepared, and four insertion portions 121 of the four connecting units 12 are provided in each of four. The two inserted portions 121 are inserted into the hollow portions 111 at both ends of the first rod 11, and the interference portions 122 located on one surface of the first rod body 11 interfere with each other with the inner wall of the hollow portion 111. The first frame 1 is formed by being inserted into the first rod body 11.

Thereafter, at least four second rods 21 and at least four connecting units 22 are prepared, and the insertion portions 221 of the four connecting units 22 are respectively positioned at both ends of the four second rods 21. The two insertion portions 221 are stably attached to the second rod body 21 by interfering with the inner wall of the hollow portion 221 by the interference portion 222 on one surface thereof. The second frame 2 is formed by being inserted.

After the first frame 1 and the second frame 2 are molded, four support units 3 are installed at the four corners of the first frame 1 and the second frame 2, respectively. In addition, the two side plates 31 are installed so that both ends thereof are aligned with the long tanks 113a and 212a of the first and second rod bodies 11 and 21 by the fixing element 32, respectively, thereby The unit 3 is fixed to the long tanks 113a and 212a of the two corresponding first and second rod bodies 11 and 21 by the fixing element 32, and is adjacent to each of the first and second rod bodies 11 and 21. Therefore, each support unit 3 is fixed between the first frame 1 and the second frame 2, and in the second frame 2, the corresponding second rod 21 Directly into the long tank 212b provided in the The base 4 is screwed, and the lens 5 is provided directly on the inner side of the first frame 1 so as to straddle the notch 112 provided at the edge of the corresponding first rod 11. Finally, a cover plate 6 is provided on each surface between the first frame 1 and the second frame 2 so as to straddle each other, and the cover plate 6 has an approximately bowl-like shape, Extending portions 61 and 61a at both ends of the cover plate 6 are installed in the long tanks 113 and 212 of the first and second rod bodies 11 and 21, respectively, and according to the fixing element 62, From one surface of the cover plate 6, the cover plate 6 is attached to the first frame 1 and the second frame 11 and 21 so as to be screwed to the other long tanks 113 a and 212 a. When fixed and installed on each surface between the second frames 2, at least one second of the second frame 2 The support plate 33 is fixedly attached to the lower side of the body 21, and both ends of the support plate 33 are directly screwed to the long tank 212c of the corresponding second rod body 21 by the fixing element 34. The light collecting base is stably fixed at a necessary position.

As described above, according to the condensing base structure according to the present invention, it is possible to effectively improve the conventional drawbacks, and the first frame and the second frame each composed of a plurality of rods and a plurality of connecting units. At the same time, since a plurality of support units are firmly attached to the frame, the process steps when assembling the base are simplified, the effect of quick coupling can be obtained, and the overall weight and manufacturing cost can be reduced. The present invention is more progressive and more practical, and claims are filed according to law.

The above is merely a better embodiment of the present invention, and the present invention is not limited thereby, and equivalent changes made based on the scope of the claims and the description of the present invention. All modifications are within the scope of the claims of the present invention.

Conceptual diagram of three-dimensional appearance of the present invention Conceptual diagram of three-dimensional decomposition of the present invention Enlarged view of a in FIG. 2A Enlarged view of b in FIG. 2A Conceptual diagram of the assembled state of the present invention Conceptual diagram of the assembled state of the present invention Conceptual diagram of conventional stereo decomposition Conceptual diagram of conventional mounting frame assembly Conceptual diagram of conventional mounting frame assembly

Explanation of symbols

(Invention part)
DESCRIPTION OF SYMBOLS 1 1st flame | frame 11 1st rod body 111 Hollow part 112 Chip part 113 Long tank 113a Long tank 12 Connection unit 121 Insertion part 122 Interference part 2 2nd frame 21 2nd rod body 211 Hollow part 212 Long Tank 212a Long tank 212b Long tank 212c Long tank 22 Connection unit 221 Insertion part 222 Interference part 3 Support unit 31 Side plate 32 Fixing element 33 Support plate 34 Fixing element 4 Battery storage base 5 Lens 6 Cover plate 61 Extension part 61a Extension part 62 Fixed element a Enlarged view b Enlarged view (conventional part)
7 Concentrating solar energy power generation device 71 Mounting frame 711 Bar member 712 Sliding tank 713 Hollow portion 714 Frame 715 Frame 72 Condensing unit 721 Fresnel lens 722 Solar energy battery module 723 Plate member 724 Frame 725 Side fin 73 Square member 731 Open Hole 74 Nut 75 Bolt 76 Batten 8 Fixing member 81 Open hole 82 Nut 83 Bolt

Claims (12)

A plurality of first rods each having a notch at one end edge, a plurality of long tanks provided on at least one surface adjacent to the other side, and a hollow portion penetrating both ends A body, a plurality of long tanks each provided on at least one surface adjacent to one side, and a plurality of second rod bodies each provided with a hollow portion penetrating both ends, each having one end connected to each other. It is composed of two insertion parts, and the two insertion parts are each composed of a plurality of connecting units installed in the hollow portions of the first and second rod bodies, and two side plates each having one end connected to each other. A plurality of side plates fixed to the long tanks of the two corresponding first and second rods so that both ends of the side plates are positioned by the fixing elements adjacent to the first and second rods, respectively. A support unit comprising Base structure. The condensing base structure according to claim 1, wherein a plurality of interference portions are installed on one surface adjacent to the two insertion portions of each connecting unit. The condensing base structure according to claim 1, wherein each connecting unit is approximately L-shaped. The condensing base structure according to claim 1, wherein a support plate is fixedly attached below the at least one second bar. A lid plate is fixed to each of the long tanks of the two corresponding first and second rod bodies in accordance with the fixing elements, and each lid plate is provided on one side of each support unit. The condensing base structure according to claim 1. A first rod body provided with a plurality of hollow portions and a connecting unit of the hollow portions of a plurality of adjacent first rod bodies, each of the first rod bodies corresponding to one side edge corresponding to a chip A first frame provided with a plurality of long tanks on at least one surface adjacent to the outside of each first bar, and a second bar provided with a plurality of hollow parts, A second frame comprising a plurality of adjacent connecting units of hollow portions of second rod bodies, each having a plurality of long tanks on at least one surface adjacent to the outside of each second rod body; Each of the side plates is composed of two side plates connected at one end, and both ends of each side plate are fixed between the first and second frames according to the fixing element, and two corresponding first plates are fixed by the fixing element. And the first and second rods fixed to the long tank of the second rod body Condensing base structure of a plurality of support units that are positioned adjacent locations, characterized in that contained. The condensing base structure according to claim 6, wherein a lens is provided inside the first frame so as to straddle a notch portion provided at an end edge of the corresponding first rod. 7. The condensing base structure according to claim 6, wherein in the second frame, the battery storage base is screwed into a long tank provided in the corresponding second rod body. A cover plate is fixed to each of the long tanks of the two corresponding first and second rod bodies of the first frame and the second frame according to the fixing elements, and each cover plate is The condensing base structure according to claim 6, wherein the condensing base structure is provided on one side of each support unit. The connecting unit is composed of two insertion portions connected at one end, and a plurality of interference portions are installed on one surface adjacent to the two insertion portions of each connection unit. Item 7. The condensing base structure according to Item 6. The condensing base structure according to claim 6, wherein each connecting unit has an approximately L-letter shape. The condensing base structure according to claim 6, wherein a support plate is fixedly attached below the at least one rod body of the second frame.