Optical measuring instrument

An optical measuring instrument wherein light is applied to multiple positions of the test object, and the light including multiple signal components passing through said test object is detected and measured thereby;

• said optical measuring instrument further characterized by comprising a measuring means to perform said measurement and a preparatory measuring means to prepare for final measurement;
• wherein said preparatory measuring means further comprises
• a means to apply said light including multiple signal components sequentially to said multiple positions and
• a means to detect the light passing through said test object by said application of light and to generate detection signal for each of said light applied positions and for each of said signal components, thereby measuring said detection signal level.

An optical measuring instrument wherein light of multiple wavelengths is applied to multiple positions of the test object, and the light passing through said test object is detected and measured thereby;

• said optical measuring instrument further characterized by comprising a measuring means to perform said measurement and a preparatory measuring means to prepare for final measurement;
• wherein said preparatory measuring means further comprises
• a means to apply said light sequentially for each of said light applied positions and for each of said wavelengths,
• a means to detect the light passing through said test object by said application of light and to convert them into electric signals, and
• a means to generate detection signals for each of said positions for light application and for each of said wavelengths based on said electric signals, thereby measuring said detection signal level.

An optical measuring instrument characterized by comprising a means to apply light of multiple wavelengths to multiple positions of test object, and a means to detect and measure the light passing through said test object by said application of light;

• said optical measuring instrument further characterized in that
• said light is applied sequentially to each of said positions for light application and for each of said wavelengths prior to the final measurement,
• the light passing through said test object by said application of light is detected and is converted into electric signals,
• detection signals are generated for each of said positions for light application and for each of said wavelengths based on said electric signals, and
• a control unit is incorporated to control said light intensity level and said detection signal level so that the level differences of said detection signals are kept within the specified range.