Smart Devices with New Body Surface Pressure Sensing

Abstract

The invention discloses a smart device with a new type of body surface pressure sensing. A plurality of pressure sensing membranes on the outer surface, the multiple pressure sensing membranes collect body surface signals, the body surface signals include pressure magnitude, pressure area, and number of contact points, and the body surface pressure sensors send signals to the integrated circuit; the integrated circuit is sent to the data processor for data processing; the processing result is sent to the server and compared with the pre-calculated data set model; the matching model result is obtained by comparison and sent to The host in the smart device body, the host in the smart device body is connected to the feedback element on the smart device. A smart device with new body surface pressure sensing that acquires data simply and accurately, and enhances awareness of the surrounding environment.

Description

Technical field [0001] The present invention relates to an apparatus with a new type of intelligent pressure sensing surface. Background technique [0002] Now the robot, electrical appliances, automobiles and other intelligent devices, use of multi-sensor radar, ultrasonic, infrared technology, depth perception, light sensor, a gyroscope and other means, without using a pressure sensor body, is now equal to the smart device has a visual, audible, but not touch. Means for sensing an existing surface using electrostatic induction, the disadvantage is only released through the conductor surface of an object to work, simple and does not obtain precise data, the perception of the surrounding environment is not strong. Inventive content [0003] To overcome the above drawbacks, an object of the present invention is to provide a simple and accurate data acquisition, intelligent devices on the surrounding environment to enhance the perception of the new body with pressure sensing. [0...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, smart devices such as robots, electrical appliances, and automobiles use radar, ultrasonic, infrared technology, depth vision, light sensing, gyroscope and other means for multi-sensors, and do not use body surface pressure sensors, which means that smart devices now have vision and hearing, but no sense of touch

The existing body surface sensing method uses electrostatic induction. The disadvantage is that it can only work by removing the surface of the object through a conductor. The data acquisition is simple and inaccurate, and the perception of the surrounding environment is not strong.