▎ 摘　　要

NOVELTY - Preparing environmentally-friendly composite material of ecological material combined with graphene rubber foaming, comprises e.g. adopting hot-pressing embedded mixing device including (i) placing the graphene rubber foaming sheet on the first conveying belt through feeding port, and adding the graphene rubber foaming sheet into box body by first conveying belt operation, (ii) during the adding process of graphene rubber foaming sheet, contacting the hot pressing rubber plate with top surface of graphene rubber foaming sheet, and adhering the colloid on the hot pressing rubber plate to the top surface of graphene rubber foaming sheet, and (iii) placing the corn powder sheet on the second conveying belt and adding corn powder sheet into box body by second conveying belt, during the adding process, pressing the heated corn powder sheet on graphene rubber foaming sheet, performing hot pressing embedding and fixing to obtain final product. USE - The method is useful for preparing environmentally-friendly composite material of ecological material combined with graphene rubber foaming. ADVANTAGE - The method protects the crystal structure of graphene, and prevents the impact on the performance of graphene. DETAILED DESCRIPTION - Preparing environmentally-friendly composite material of ecological material combined with graphene rubber foaming, comprises adopting hot-pressing embedded mixing device including (i) placing the graphene rubber foaming sheet on the first conveying belt through feeding port, and adding the graphene rubber foaming sheet into box body by first conveying belt operation, (ii) during the adding process of graphene rubber foaming sheet, the optical sensor detects the object, transmitting the data to the controller which controls the operation of hot pressing cylinder, and the hot pressing cylinder drives the hot pressing rubber plate to move downwards, contacting the hot pressing rubber plate with top surface of graphene rubber foaming sheet, and adhering the colloid on the hot pressing rubber plate to the top surface of graphene rubber foaming sheet, and (iii) placing the corn powder sheet on the second conveying belt and adding corn powder sheet into box body by second conveying belt, during the adding process, the grabbing mechanical arm drives the clamping claw to clamp the corn powder sheet, joining the plate-shaped heater in the clamping claw and heating to corn powder sheet, then the motor in the sliding seat drives the transmission screw rod to rotate, the transmission screw rod drives the grabbing mechanical arm to move towards the first conveying belt, the grabbing mechanical arm recognizes the graphene rubber foaming sheet in the moving process, and drives the clamping claw moves downwards, pressing the heated corn powder sheet on graphene rubber foaming sheet, performing hot-pressing embedding and fixing, and taking out the first conveying belt by discharging port to obtain final product, falling into discharging plate, and entering the next granulating device for crushing and granulation in which the hot-pressing embedded mixing device is used for primary mixing work including machine frame, the left part of the machine frame is obliquely provided with discharging plate, the upper right part of the machine frame is provided with mixing box includes box body, and assembling groove, the assembling groove is arranged on the right part of the box body, the box body is provided with conveying locating seat, the left side of conveying locating seat is provided with discharging port, the end of conveying locating seat is provided with first conveying belt, the right part of first conveying belt is penetrated out of the right side of box body, the right side of box body is provided with feeding port corresponding to the first conveying belt, the assembling groove is provided with hot-pressing cylinder, the output end of the hot-pressing cylinder faces downwards to the bottom of assembling groove, and is provided with hot-pressing rubber plate, the bottom edge of assembling groove is provided with optical sensor, the middle part of the back end of the box body is provided with window, the window is connected with second conveying belt, the inner wall of the top part of box body is provided with sliding seat parallel to the second conveying belt, the sliding seat is rotatably provided with transmission screw rod which is threadedly connected with grabbing mechanical arm, the bottom transmission of the grabbing mechanical arm is provided with clamping claw, the top part of the clamping claw is provided with plate-shaped heater, the outer wall of the box body is provided with controller for controlling the operation of hot-pressing cylinder, optical sensor, sliding seat, and grabbing mechanical arm.