Optical detection apparatus and optical measurement system

An optical detection apparatus, capable of measuring a sample, the optical detection apparatus comprising:

• a plurality of light emission units, each capable of emitting a light beam;
• at least one light receiving unit, capable of receiving the light beam passing through the sample, and converting the light beam passing through the sample to an electrical signal;
• a driving unit, capable of changing the relative position of each of the light emission units and the sample;
• and
• an analyzing unit, electrically connected to the light receiving unit, and capable of measuring a property of the sample by using the electrical signal, wherein a number of the light receiving unit is less than a number of the light emission units, wherein when one of the light emission units is substantially aligned with the light receiving unit, the light emission unit aligned with the light receiving unit emits the light beam, and other light emission units not aligned with the light receiving unit do not emit any light beam.

An optical measurement system, comprising:

• a carrier, having at least one accommodation groove, wherein the accommodation groove is capable of accommodating a sample;
• and
• an optical detection apparatus, comprising:
• a plurality of light emission units, each capable of emitting a light beam;
• at least one light receiving unit, capable of receiving the light beam passing through the sample, and converting the light beam passing through the sample to an electrical signal;
• a driving unit, capable of changing the relative position of each of the light emission units and the sample;
• and
• an analyzing unit, electrically connected to the light receiving unit, and capable of measuring a property of the sample by using the electrical signal, wherein a number of the light receiving unit is less than a number of the light emission units,
• wherein the light emission units are arranged into a straight line along a row direction, and the driving unit is capable of moving the light emission units back and forth along the row direction when positions of the sample and the light receiving unit are fixed.

An optical measurement system, comprising:

• a carrier, having at least one accommodation groove, wherein the accommodation groove is capable of accommodating a sample;
• and
• an optical detection apparatus, comprising:
• a plurality of light emission units, each capable of emitting a light beam;
• at least one light receiving unit, capable of receiving the light beam passing through the sample, and converting the light beam passing through the sample to an electrical signal;
• a driving unit, capable of changing the relative position of each of the light emission units and the sample;
• and
• an analyzing unit, electrically connected to the light receiving unit, and capable of measuring a property of the sample by using the electrical signal, wherein a number of the light receiving unit is less than a number of the light emission units,
• wherein when one of the light emission units is substantially aligned with the light receiving unit, the light emission unit aligned with the light receiving unit emits the light beam, and other light emission units not aligned with the light receiving unit do not emit any light beam.