| 摘要 |
PROBLEM TO BE SOLVED: To collect solar light as much as possible by mounting a guide rod on a clock type rotary device and moving a water pipe along a disk-shaped track with a bearing so that the water pipe may absorb the light reflected from a trough type convex mirror. SOLUTION: A circle is designed, which is inscribed with a triangle formed with a solar light reflected on the left end, the right end and the central point of a trough type concave mirror. The largest inscribed circle is assumed to be the diameter of a water pipe 2. Every solar light which strikes on the trough type concave mirror 1 strikes on the circle. The inscribed circle moves along a disk-shaped track R, depending on the angle of the solar light. A guide rod 4 is mounted on a clock type rotary device 3, thereby moving the water pipe 2 along the disk-shaped track R. The water pipe 2 absorbs every solar light received at the angle of each time, thereby increasing a converging ability and producing high temperature vapor. |
