Abstract: An object of the present invention is to reduce the burden of purchasing measurement devices for clinical tests, and to simplify user support for the measurement devices. Divide the measurement function of a clinical test device and the analysis function between the medical institution and a service provider. In other words, the measurement of clinical data occurs in a measurement device 2 of a medical institution, and the analysis of the measurement data occurs in an analysis server 1. Due to this, measurement data is transmitted via a network 3 from measurement device 2 to analysis server 1. In addition, analytical data is transmitted via network 3 from analysis server 1to an output terminal 4. The service provider provides measurement device 2 to the medical institution free of charge, and in return collects a use fee from the medical institution for the analysis service.

Abstract: An object of the present invention is to reduce the burden of purchasing measurement devices for clinical tests, and to simplify user support for the measurement devices. Divide the measurement function of a clinical test device and the analysis function between the medical institution and a service provider. In other words, the measurement of clinical data occurs in a measurement device 2 of a medical institution, and the analysis of the measurement data occurs in an analysis server 1. Due to this, measurement data is transmitted via a network 3 from measurement device 2 to analysis server 1. In addition, analytical data is transmitted via network 3 from analysis server 1to an output terminal 4. The service provider provides measurement device 2 to the medical institution free of charge, and in return collects a use fee from the medical institution for the analysis service.

Abstract: An apparatus for analyzing particles in a sample liquid which classifies or counts components in the sample liquid by image processing. The liquid sample can be urine or the like and is passed in a flattened flow. The apparatus comprises sheath liquid supply apparatus sample liquid discharge apparatus a, temperature sensor for detecting the ambient temperature and temperature measuring circuit for measuring the temperature depending on the output of the temperature sensor, and a driving circuit for driving the sample liquid discharge apparatus by correcting the sample liquid discharge flow rate depending on the signal from the temperature measuring circuit. The sheath liquid is supplied at a specific pressure, and the sample liquid discharge quantity is corrected depending on the ambient temperature. When changed to the high scale factor taking state or low scale factor taking state, a different correction rate is set.