Abstract: A heating system prior to the binding of corrugate paper raw materials is applied in the process for manufacturing corrugated cardboard. At least one infrared heating device(s), at least one temperature sensor(s) and a laminator are assembled in the equipment line of the present invention. The corrugate paper raw materials to be bounded can be heated up to raise the temperatures respectively by the light radiation heat produced from the infrared heating device(s). The temperature sensor(s) is electrically connected with the infrared heating device(s) so that the temperatures of the corrugated paper raw materials irradiated by the light radiation heat can be detected and then the temperature can be adjusted quickly and precisely to meet required working temperature. When the required working temperature of the paper raw materials is reached, the binding operation of the corrugate paper raw materials to form corrugated cardboard can be accomplished by the laminator.

Abstract: A method of actuating an external active safety system for a vehicle is used for cushioning the impact on the vehicle generated in an accident to effectively reduce injury and death as well as vehicle damage rates after an accident. The present invention mainly installs multiple sets of shock absorption devices (for example, airbags) outside the vehicle, for example, on front and rear bumpers, respectively, and the sets of shock absorption devices is able to function in advance in a segmental manner, so that the shock absorption devices installed outside the vehicle function before and during a collision in a segmental manner, so as to cushion an impact on the vehicle body when impacting or being impacted, and the shock absorption devices have an automatic release function, which, when activated, automatically releases an inflated condition of airbags in a very short time.

Abstract: A method of actuating an external active safety system for a vehicle is used for cushioning the impact on the vehicle generated in an accident to effectively reduce injury and death as well as vehicle damage rates after an accident. The present invention mainly installs multiple sets of shock absorption devices (for example, airbags) outside the vehicle, for example, on front and rear bumpers, respectively, and the sets of shock absorption devices is able to function in advance in a segmental manner, so that the shock absorption devices installed outside the vehicle function before and during a collision in a segmental manner, so as to cushion an impact on the vehicle body when impacting or being impacted, and the shock absorption devices have an automatic release function, which, when activated, automatically releases an inflated condition of airbags in a very short time.