Abstract: Provided is an analysis apparatus having a control part having a preparatory action setting part for determination of whether the first and second controls are performed or the third and fourth controls are performed. The first control sets a sleep-planned part to a sleep state at a first time point when the state of non-use of the analysis apparatus has lasted for a predetermined time length, and then causes performance of a preparatory action by a first predetermined part; the second control resumes the operation of the analysis apparatus when a command signal to resume the operation is received; the third control places a sleep-planned part in a sleep state at a second time point when the state of non-use has lasted for a time length; and the fourth control causes a preparatory action of a second predetermined part to resume operation.

Abstract: Provided is a monitoring device having a control part for monitoring, wherein the control part for monitoring has a first data processing part, a second data processing part, and an indication value output part. The first data processing part generates, as indication values for optical axis adjustment, the first indication value showing the intensity of a light-receiving signal obtained from the particle analysis apparatus. The second data processing part generates, as indication values for gain adjustment of the light-receiving signal, the second indication value showing the intensity of a light-receiving signal obtained from the particle analysis apparatus, which is different from the aforementioned first indication value. The indication value output part outputs the first and second indication values to a display device.

Abstract: According to the test order processing apparatus of the present invention, a test apparatus corresponding to a particular test order and a test item contained therein are linked and displayed on a display device, the test apparatus that should perform the test and a test order are selected by the user or automatically selected, and the test results received from the test apparatus are linked to the test order linked to the test apparatus based on the selection sequence.

Abstract: Provided is a monitoring device having a control part for monitoring, wherein the control part for monitoring has a first data processing part, a second data processing part, and an indication value output part. The first data processing part generates, as indication values for optical axis adjustment, the first indication value showing the intensity of a light-receiving signal obtained from the particle analysis apparatus. The second data processing part generates, as indication values for gain adjustment of the light-receiving signal, the second indication value showing the intensity of a light-receiving signal obtained from the particle analysis apparatus, which is different from the aforementioned first indication value. The indication value output part outputs the first and second indication values to a display device.

Abstract: Provided is an analysis apparatus having a control part having a preparatory action setting part for determination of whether the first and second controls are performed or the third and fourth controls are performed. The first control sets a sleep-planned part to a sleep state at a first time point when the state of non-use of the analysis apparatus has lasted for a predetermined time length, and then causes performance of a preparatory action by a first predetermined part; the second control resumes the operation of the analysis apparatus when a command signal to resume the operation is received; the third control places a sleep-planned part in a sleep state at a second time point when the state of non-use has lasted for a time length; and the fourth control causes a preparatory action of a second predetermined part to resume operation.

Abstract: The display device is composed of at least a data processor and a display. The blood analyzer is composed of the display device. The display method is performed using the display device. The data processor is composed to define a display-condition range corresponding to the range between the lowest frequency and the highest frequency in the frequencies of respective dots in the data set, so that a user can input a display-condition value through an input means. Then, a dot having a frequency not less than a frequency corresponding to the input display-condition value is displayed as a scattergram on the display. As a result, the user can freely change the display-condition value through the input means, and change the dot display range of the scattergram accordingly.