To provide a urine sedimentation system which lowers the rejection ratio of a urine sample, enhances detection precision, and realizes the simplification of the constituent elements of the system.
In the urine sedimentation system equipped with a flow cell like flow channel 105 for allowing sample urine to flow at a predetermined speed or above, a lamp 107 for irradiating the measuring point on the flow channel 105 with light, and a camera part 117 for imaging a urine sedimentation component being scattered light, the lamp 107 continuously or pulsatively emits light, and the camera part 117 performs continuous imaging or the continuous imaging by the imaging synchronizing to a light source 107. The camera part 117 has a plurality of area cameras and each of the area cameras performs imaging in timing shifted from another area camera. The camera part 117 has a line camera for timewise and imagewise continuously performing the imaging of the measuring point on the flow channel 105.
ANZAI NOBORU
KIYONO TAKASHI
