A rapid screening device for a brain disease to determine a patient's disease of cranial nerves by states of the patient's eyeballs comprising: a sensing unit consisting of two image capture devices configured to capture images of the eyeballs and output image signals of the eyeballs wherein the images of the eyeballs are resolved from the image signals of the eyeballs; a processing unit connected to the sensing unit, wherein the processing unit is configured to retrieve a plurality of the images from the sensing unit within a predetermined time interval and execute an algorithm to generate a calculated result related to the symptoms of cranial nerves from the image signals of the eyeballs, wherein the calculated result is provided to diagnose or predict that the disease happens to the patient; an indication unit consisting of light emitting diodes (182, 184, 186) configured to receive an indication signal from the processing unit and instruct the patient to control the eyeballs; and a carrier provided with the sensing unit, the indication unit and the processing unit, wherein the carrier is in a form of a pair of glasses, wherein the pair of glasses defines two hollow spaces, wherein two supporting brackets are provided at the two hollow spaces, respectively, wherein the two image capturing devices are provided at the two supporting brackets, respectively, wherein each of the supporting brackets includes a respective crossing structure and a respective annular structure, and wherein the respective annular structure is connected with the respective crossing structure in a respective intersectional manner and surrounds a respective intersecting portion of the respective crossing structure, wherein the light emitting diodes (182, 184, 186) are provided on the annular structure of the supporting brackets, wherein on each of the two supporting brackets, on its respective crossing structure, a respective one of the respective two image capturing devices is provided in the center of the annular structure. a sensing unit consisting of two image capture devices configured to capture images of the eyeballs and output image signals of the eyeballs wherein the images of the eyeballs are resolved from the image signals of the eyeballs; a processing unit connected to the sensing unit, wherein the processing unit is configured to retrieve a plurality of the images from the sensing unit within a predetermined time interval and execute an algorithm to generate a calculated result related to the symptoms of cranial nerves from the image signals of the eyeballs, wherein the calculated result is provided to diagnose or predict that the disease happens to the patient; an indication unit consisting of light emitting diodes (182, 184, 186) configured to receive an indication signal from the processing unit and instruct the patient to control the eyeballs; and a carrier provided with the sensing unit, the indication unit and the processing unit, wherein the carrier is in a form of a pair of glasses, wherein the pair of glasses defines two hollow spaces, wherein two supporting brackets are provided at the two hollow spaces, respectively, wherein the two image capturing devices are provided at the two supporting brackets, respectively, wherein each of the supporting brackets includes a respective crossing structure and a respective annular structure, and wherein the respective annular structure is connected with the respective crossing structure in a respective intersectional manner and surrounds a respective intersecting portion of the respective crossing structure, wherein the light emitting diodes (182, 184, 186) are provided on the annular structure of the supporting brackets, wherein on each of the two supporting brackets, on its respective crossing structure, a respective one of the respective two image capturing devices is provided in the center of the annular structure. wherein the pair of glasses defines two hollow spaces, wherein two supporting brackets are provided at the two hollow spaces, respectively, wherein the two image capturing devices are provided at the two supporting brackets, respectively, wherein each of the supporting brackets includes a respective crossing structure and a respective annular structure, and wherein the respective annular structure is connected with the respective crossing structure in a respective intersectional manner and surrounds a respective intersecting portion of the respective crossing structure, wherein the light emitting diodes (182, 184, 186) are provided on the annular structure of the supporting brackets, wherein on each of the two supporting brackets, on its respective crossing structure, a respective one of the respective two image capturing devices is provided in the center of the annular structure.