Wireless Intelligence Sensing (WISe) combines unique hardware and computing breakthroughs to accurately measure heartbeat, breath rates, and other vital signs without wearables. Innovations include minimizing wireless interference and fitting seven antennas in a coin-sized space. Cutting-edge computation isolates sensor signals from environmental noise and measures minuscule rhythms like heartbeats, non-intrusively, from meters away.
The wall-panel installing robot is designed to solve the large labor intensity of workers, low efficiency, high safety risk and other adverse factors during construction. It is controlled by app using the set visual charge-coupled device, sensors and built-in algorithms. Many experiments and adjustments are made to make the robot more convenient to use and satisfy the using as well as industry requirement. Functional zones of product are divided through the color blending of materials. The appearance is more tidy and magnificent.
The transporter is a peristaltic pump head, the appearance of no redundant decorative lines, red and white color, red parts are functional, such a design allows users to easily find the way to open the pump head, the design of the rebound mechanism can tell the user that the pump head has been installed stable, enhance the user's operation experience.
The design Migo unifies the three elements of the traditional 3D printer shell, the structural skeleton and the link node in one innovative all-metal integrated shell. The transmission logic, hides all complex links, matches the hidden nodes on the housing, and modularizes all necessary transmission structures, so the whole structure turns to be beautiful and more durable. Meanwhile, The design has removable attachment for printing materials and a type-c cable that can be easily installed, detached and be quickly carried and converted into an engraving machine.
Tensegrity sensor for disaster sites, which could be dropped from the sky (drone) to collect data for emergency response crews to examine crucial data such as gas leakage, images, and audios from survivors. Due to the risk, this deployable sensor is especially beneficial when it comes to unapproachable sites by humans. Multiple tensegrity modules stored in a basket under the drone with an automated deployment system are deployed on multiple sites nearby to the region of interest once the drone arrives at the location.
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