ěring in Elevation Data or Terrain Information to:. Review your fence system in highly accurate 3D to see how the fence will follow the terrain. Use our Patent Pending Lidar AR aspect to visually see and mark the suggested post locations. Input Tape Measure Offsets to roughly hook or tie your tape measure to an offset batter board or stake, removing the need for precise tape placement or a second person. Measure Runs Horizontally or Along the Slope. Do you desire a more realistic 3D rendering of how your fence system will look once installed to the actual terrain? Fence Genius is here to help with that! Additionally, acting as a System, it is backed up by the most powerful Web App fence design, production and fulfillment system available.Īre you a homeowner looking to install a fence but don’t know how to measure and mark the post spacing? Or are you a contractor looking for a better way to measure and store measurements you make when estimating jobs. The Fence Genius iOS app, acting as a field data recorder and installation guidance tool, is arguably the most powerful fence related smart phone app in the industry. Structural strength.Onsite measurements and post installation made easy! Fence Genius app works with tape or reel measure, ZipLevel, laser level, hand level and our augmented reality Lidar. Compared with previous isolators and waveguides, our meta-fencesĮxhibit absolute advantages in compact size, flexible configuration, and high Meta-fence is further assembled into a waveguide routing with an arbitraryĬonfiguration. Segregated from the protected area by the meta-fence. 
Both our experimental results and numerical analysis haveĭemonstrated that broadband wave sources ranging from 3 to 7 kHz can be The underlying mechanism is that the restrainingįorce and moment of the scatter are tuned simultaneously to counter-balance the Meta-fences, is presented with a non-destructive way to omnidirectionally blockįlexural waves in plates.
Here, a sparse layer of identical tiny scatters, which we call Authors: Yunhao Zhang, Zhendong Sha, Guangyuan Su, Hao Zhou, Jiangzhong Yang, Peng Jiang, Yongquan Liu, Bing Li, Tiejun Wang Download PDF Abstract: Wave steering by artificial materials (for example, phononic crystals andĪcoustic metamaterials) is a fascinating frontier in modern physics andĮngineering, but suffers from bulky sizes and intractable challenges inįabrication.
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