NOVELTY - Corn harvester using wind hydrogen energy as power device comprises wind hydrogen energy device and corn harvesting device connected to form wind hydrogen energy electric corn harvester (21). The wind hydrogen energy device includes a blade (1), a wind generator (2), a hollow post (3), a lead wire (4), an electrolysis water hydrogen making device, a hydrogen transporting pipe, a hydrogen fuel storage container manufacture work shop, a hydrogen fuel storage container, a hydrogen fuel transporting tube, a hydrogen fuel battery, a motor, a power output shaft, and a mechanical transmission device.    USE - Used as a corn harvester using wind hydrogen energy as power device.    ADVANTAGE - The energy produced by utilizing the device is used for finishing the corn cutting, picking and peeling, corn kernels transporting, corn drying and regulating, corn particles storing, and corn particles transporting.    DETAILED DESCRIPTION - Corn harvester using wind hydrogen energy as power device comprises wind hydrogen energy device and the corn harvesting device connected to form a wind hydrogen energy electric corn harvester (21). The wind hydrogen energy device includes a blade (1), a wind generator (2), a hollow post (3), a lead wire (4), an electrolysis water hydrogen making device, a hydrogen transporting pipe, a hydrogen fuel storage container manufacture work shop, a hydrogen fuel storage container, a hydrogen fuel transporting tube, a hydrogen fuel battery, a motor, a power output shaft, and a mechanical transmission device. The wind on the ocean and land blows the blade of wind generator to rapidly rotate and drives the wind generator at top part of the hollow post to generate current. The current is input to the electrolysis water hydrogen making device to generate hydrogen via the lead. The hydrogen transporting pipe is connected with the electrolysis water hydrogen making device and the hydrogen fuel storage container manufacture work shop. The hydrogen fuel storage container from the hydrogen fuel storage container manufacture work shop is placed in the wind hydrogen energy electric corn harvester. The hydrogen fuel transporting tube is connected with the hydrogen fuel storage container and the hydrogen fuel battery. The lead is connected with hydrogen fuel battery and motor. The power output shaft of the motor is connected with the mechanical transmission device. The corn harvesting device includes a front walking wheel, a cutting rod device, a hydraulic lifter, a picking and peeling device, a cab, a corn kernels transporting device, a drying device, a threshing roller, a corn particle outlet, a corn particle storage tank, and a rear walking wheel. The cutting rod device is installed in the front part. The hydraulic lifter is installed on the rear part of the cutting rod device. The corn kernels transporting device is installed slantly on the rear part of the wind hydrogen energy electric corn harvester. The upper part of the corn harvester is connected with drying device and the lower part is connected with the picking and peeling device. The threshing roller is installed on the lower part of the drying device. The corn particle storage tank is installed on the lower part of the threshing roller.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of the corn harvester using wind hydrogen energy as power device.    Blade (1)    Wind generator (2)    Hollow post hollow post (3)    Lead wire (4)    Corn harvester (21)