TIME LAPSE DIGITAL CAMERAS

Brand Owner (click to sort) Address Description
HYE High Yield Energetics, Inc. 317 Northlake Boulevard Suite 1000 Altamonte Springs FL 32701 Time lapse digital cameras for viewing plant growth; Electric coils; Electromagnetic solenoids in the nature of coils; Magnetic and electromagnetic coils;Agronomic consulting services; Agronomic consulting services in the field of crops measurements, plant nutrient management, and increasing plant productivity and growth; Leasing of agricultural equipment;Agricultural research; Agricultural services, namely, soil sampling and crop observing for analysis purposes; Agricultural testing for determining soil nutrients for increased plant productivity and growth; Development of new technology for others in the field of agriculture; Scientific and technological services, namely, scientific research, analysis, testing in the field of agriculture; Scientific research consulting in the field of agricultural fertilization;
PLANTCAM EBSCO INDUSTRIES, INC. Legal Services 5724 Highway 280 East Birmingham AL 35242 Time lapse digital cameras for viewing plant growth;PLANT CAMERA;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An apparatus and method for detecting and correcting for physical misalignments of a pair of digital cameras creating a composite, three dimensional (3D) image of a target. The method involves using the distances from each of a pair of digital cameras to a target and determining correction offset values for one or the other of the images produced in the digital cameras to achieve pixel-to-pixel coincidence of the two images. The correction offset values are calculated and performed in real time and eliminate the need to physically remove a common platform on which the cameras are mounted from a mobile platform or other support structure, and to transport same to a laboratory environment for the needed calibration. Advantageously, the correction values are generated electronically and applied in real time as any misalignment between the cameras is sensed.