Abstract: The present disclosure provides a screen control method, apparatus and non-transitory tangible computer readable storage medium, in the field of mobile terminal technology. The method comprises: acquiring distance information and orientation information during conversation of a mobile terminal; adjusting brightness of a screen to a brightness lower than a preset brightness threshold when the mobile terminal is determined to conform to a preset condition in accordance with the distance information and the orientation information; erroneous operation is avoided.

Abstract: The present disclosure provides a screen control method, apparatus and non-transitory tangible computer readable storage medium, in the field of mobile terminal technology. The method comprises: acquiring distance information and orientation information during conversation of a mobile terminal; adjusting brightness of a screen to a brightness lower than a preset brightness threshold when the mobile terminal is determined to conform to a preset condition in accordance with the distance information and the orientation information; erroneous operation is avoided.

Abstract: A motor assembly includes two cap bodies, a stator body, a rotor body and a fixing mechanism. Each cap body has a bearing holder and a plurality of positioning portions radially extended from the bearing holder. Each bearing holder has a bearing received. A shaft passes through a center part of the rotor body, and two ends of the shaft sleeved in the two bearings respectively. The stator body has a plurality of stator units aligned around an outer periphery of the rotor body. Under this arrangement, the stator units of the stator body is axially sandwiched by the positioning portions of the two cap bodies, and the stator body and the two cap bodies are fixed together via the fixing mechanism. The motor assembly simplifies the coil winding procedure for the stator body, so that the manufacturing costs of the stator body and the motor assembly are significantly reduced.

Abstract: A motor assembly includes two cap bodies, a stator body, a rotor body and a fixing mechanism. Each cap body has a bearing holder and a plurality of positioning portions radially extended from the bearing holder. Each bearing holder has a bearing received. A shaft passes through a center part of the rotor body, and two ends of the shaft sleeved in the two bearings respectively. The stator body has a plurality of stator units aligned around an outer periphery of the rotor body. Under this arrangement, the stator units of the stator body is axially sandwiched by the positioning portions of the two cap bodies, and the stator body and the two cap bodies are fixed together via, the fixing mechanism. The motor assembly simplifies the coil winding procedure for the stator body, so that the manufacturing costs of the stator body and the motor assembly are significantly reduced.