| 摘要 |
The present invention relates to a cancer diagnosing device. The device includes a body (10) formed to be movable; a detecting part (20) installed in the body (10) to change a posture, and including a gamma camera, to which an SiPM (25) is applied; a control part (30) connected to the detecting part (20) through an FPGA (32), and generating an image by calculating the amount of energy generation; and a communication part (40) processing a transceiving interface as interposed between the detecting part (20) and the control part (30). Therefore, since a low-priced and high performance cancer diagnosing device is formed by using the small gamma camera using the SiPM, upgraded in a PMT method, a domestic distribution rate of cancer diagnosing equipment is improved with an import-substituting effect. |
