Combining 3D printing and sprayable electronic technology, a research team at the University of Bristol has developed a set of Proto Spray touch solutions that can be applied to almost any shape of object surface. It can be seen from the demo video that it can be used on cubes, hemispheres, and even curved strip tubes, showing extremely rich flexibility. After being put into commercial use, it can obviously promote interactive innovations of various shapes and sizes.
Combined with a 3D printed substrate, pre-designed interconnected electrodes, and a uniformly distributed electroluminescence (EL) ink layer, this set of solutions can provide various configurations required by users.
After the charge is applied, the finished product will be partially lit and respond to simple touch input, such as opening the door of the office or providing a visit guide in the museum.
Ollie Hanton, a researcher at the school, said Proto Spray supports the interaction of objects of any shape, freeing the screen from a two-dimensional rectangular shell.
Next, they may want to build a machine that can produce substrates and ink jets to accelerate the commercial application of ProtoSpray.
At the recent ACM Human Machine System Conference (CHI), the school team has already introduced their research progress.
Tension Meter,Round Machine Yarn Tension Meter,Tensio Meter,Yarn Tension Meter
Changzhou Longfu Knitting Co., Ltd. , https://www.nbcircularmachine.com