2 results about "Field assessment" patented technology

Methods and apparatus for supporting field assessments of accessibility compliance are disclosed. The Accessibility Reference Stick (ARS) is a portable tool designed to verify compliance with accessibility standards in real-world conditions. The ARS features adjustable pointers set to predefined measurements, modular components for adaptability, digital displays for dynamic reference specifications, and wireless communication capabilities for integration with smart devices. The ARS facilitates photographic documentation of compliance, streamlining inspections and reporting. The ARS design addresses challenges in measuring and documenting accessibility compliance, providing a versatile and efficient solution for field inspectors, architects, and construction professionals.

This invention relates to the field of temperature sensor testing, specifically the application of testing and measurement technology in the control of microclimates in aquaculture. The method involves deploying a sealed reference cavity with a built-in standard thermometer in a forest-based aquaculture area. Each temperature sensor node is periodically inserted into the reference cavity to periodically read the current temperature value and compare it with the standard thermometer to obtain the absolute drift. A two-dimensional drift matrix is ​​constructed by combining this data with historical humidity data of the location. During non-calibration periods, the original temperature values ​​are corrected using the two-dimensional drift matrix. The corrected temperature values ​​are then used in a Kriging space interpolation algorithm to generate a three-dimensional temperature field distribution map. Based on the coordinates of local high-temperature areas in the distribution map, the corresponding spray cooling solenoid valves are activated. This invention offsets the long-term drift caused by the high-humidity and corrosive environment of the forest undergrowth, corrects the spatial deviation of the original temperature data, improves the accuracy of the three-dimensional temperature field reconstruction, and avoids control misalignment caused by temperature field assessment distortion.