▎ 摘　　要

NOVELTY - The method involves designing and manufacturing a photo-thermal substrate (1) using a PCB substrate or other flexible substrates. A power supply (2) is assembled at both ends of the photo-Thermal substrate. An assembling guide column (4) is installed on the front and rear end surfaces of the photothermal substrate. A graphene light source convex point (5) and a mounting hole (8) on the surface of the antenna array surface are assembled in one-to-one correspondence. A photothermal induction binding head (9) is provided at one end of the photosensitive substrate, and an array element (10) is coaxially assembled coaxially in a photothermal inductor (9). A mechanical arm is guided to quickly put a tin solder ring (7) into the interface of the array element at the same time. A driving module (3) realizes the light-emitting point of the graphene source. USE - Large-scale array element assembling and locating method for auxiliary antenna array used in large-scale phased array radar (LSPAR) technology field. ADVANTAGE - Improves the material utilization rate, and improves the production efficiency, reduce the production cost, realize the antenna array surface array high precision assembling auxiliary locating and detecting, and it can improve the large scale array element automatic assembling efficiency and quality of the antenna arrays of the auxiliary antenna array assembly locating and locating the photo-thermal substrate. The sensing control system has high intelligent degree and self-adaptive adjusting ability, it can realize autonomous configuration according to different tasks, self- adaptive satisfy of the customized and personalized product, and realizes seamless connection and real-time communication with other modules through the application interface, which can be conveniently embedded in the whole device. DESCRIPTION OF DRAWING(S) - The drawing shows an assembly view of the photo-thermal substrate of FIG. 1. 1Photo-thermal substrate 2Power supply 3Driving 4Guide column 5Graphene light source salient point