▎ 摘　　要

NOVELTY - The sensor has two parallel sandwich structure flexible strain sensors (1) placed at a proximal end finger tip joint of a forefinger and a middle finger. The flexible strain sensor is attached with a flexible circuit module with signal collection, signal processing and signal sending function. A middle of a laser induced graphene electrode layer is clamped with a CNTs/PDMS electrode interlayer. The sandwich structure flexible strain sensors are connected in parallel by a copper wire (2). USE - Sensor for controlling an intelligent vehicle by binary coding used in an electronic computer, remote control, and communication fields, and used in medical diagnosis, movement detection, and man-machine interaction fields. ADVANTAGE - The flexible strain sensor is controlled by two finger movement to complete binary coding work, and the binary information is processed and sent by the flexible circuit module, so that the intelligent vehicle is controlled by voice or gesture, and the solution is portable and simple, thus ensuring strong operability characteristics and avoiding complex signal identification process. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of a sensor for controlling an intelligent vehicle by binary coding. 1Sandwich structure flexible strain sensor 2Copper wire