| abstract |
PROBLEM TO BE SOLVED: To provide a liquid measurement system optimized by temperature detection. An apparatus for measuring the volume of liquid in a container is capable of optically coupling a plurality of light sources that emit electromagnetic radiation (EMR) toward the container and the plurality of light sources, and each sensor is a plurality of light sources. Multiple sensors that detect the EMR emitted by at least a portion of the, a temperature sensor that measures at least one temperature associated with the liquid in the container, and data representing the portion of the detected EMR, respectively. At least one measured temperature is compared to the temperature pointer to identify the temperature event associated with the data received and received from, and the data received is normalized and normalized based on the temperature event associated with the data received. It comprises at least one processor that converts the data obtained into a signature representing EMR detected by a plurality of sensors. [Selection diagram] FIG. 19 |