Abstract: A blood concentrate detector is disclosed for non-invasive, optical, detection of blood in translucent fluids, within translucent tubes, wherein the fluid is formed into a biconvex lens to 1st disperse the light beam, being emitted through a 0.03 to 0.06 inch orifice, across the inner diameter of the tube, then 2nd for that dispersed light to be refocused, via the fluid acting as a lens in the second half of the tube, and directed through a 0.030 to 0.06 inch aperture on the opposing side for detection purposes; whereas the detector measures the reduction in light energy do to the absorption by blood particles of light being emitted in the visible light range of 400 to 800 nm wavelength. Diffusing the light energy throughout the fluid creates an increase ratio of light energy absorption, whereby the electronic circuit can calculate the percentage of blood concentrate within the fluid.

Abstract: The present invention provides a method of automatically translating modeling language code to hardware language code and a code translator. The modeling language code is parsed to extract values associated with predetermined ones of a plurality of constructs to generate parsed modeling language code; and a transformation block is applied to the parsed modeling language code. The transformation block is adapted to convert the parsed modeling language code into hardware language code.