Abstract: An authentication processing system includes a memory storing a portrait fraud detection application, and a processing unit coupled with the memory and configured to execute the portrait fraud detection application. The portrait fraud detection application, when executed, configures the processing unit to receive a capture of a document including a portrait photo and at least one overlay, detect a face in the portrait photo among the at least one overlay in the capture, and determine the portrait photo is fraudulent; and initiate an indication the document is fraudulent.

Abstract: A buffer protection structure is provided in a mobile communication device which includes a housing and a flat light-emitting element having plural light tubes. The buffer protection structure is an elastic material and is provided between each inner wall of the housing and outer peripheries of the flat light-emitting element. Outer peripheries of the buffer protection structure are abutted respectively at each inner wall of the housing and inner peripheries of the buffer protection structure are abutted elastically by the outer peripheries of the flat light-emitting element to buffer an external force or impact, such that the light tubes can be prevented from being ruptured.

Abstract: A fixing structure is provided. The fixing structure comprises a first housing, a rotating shaft, a second housing and a third housing. The first housing has an accommodating portion, and the rotating shaft is disposed in the accommodating portion. The second housing is disposed on one side of the rotating shaft. The third housing is disposed on the other side of the rotating shaft and covers the rotating shaft and the second housing. The shaft body is wedged into a shaft bore, and the shaft shoulder is wedged into the second housing. The third housing is against one side of the shaft body, and covers the rotating shaft and the second housing. The shaft shoulder is firmly against the second housing. Thus, it does not need any tool to assemble and disassemble.

Abstract: A fixing structure is provided. The fixing structure comprises a first housing, a rotating shaft, a second housing and a third housing. The first housing having an accommodating portion, and the rotating shaft is disposed in the accommodating portion. The second housing is disposed on one side of the first housing. The third housing is disposed on the other side of the first housing and covering the rotating shaft and the second housing. The shaft body is wedged into a shaft bore, and the shaft shoulder is wedged into the second housing. A third housing is against one side of the shaft body, and covering the rotating shaft and the second housing. The shaft shoulder is firmly against the second housing. Thus, it does not need any tool to assemble and disassemble.

Abstract: A buffer protection structure is provided in a mobile communication device which includes a housing and a flat light-emitting element having plural light tubes. The buffer protection structure is an elastic material and is provided between each inner wall of the housing and outer peripheries of the flat light-emitting element. Outer peripheries of the buffer protection structure are abutted respectively at each inner wall of the housing and inner peripheries of the buffer protection structure are abutted elastically by the outer peripheries of the flat light-emitting element to buffer an external force or impact, such that the light tubes can be prevented from being ruptured.

Abstract: A fastening structure of a display panel includes a base plate, first sidewalls, a frame connected to the base plate and surrounded by the first sidewalls, and stiffeners. The first sidewalls are connected together and connected to the base plate. The frame accommodates the display panel. The stiffeners having a trapezoid-shaped structure or a triangle-shaped structure connect the base plate to the frame. The stiffeners are located between the frame and the first sidewalls. A gap respectively exists between the stiffeners and the first sidewalls. Therefore, the stiffeners enhance the strength between the base plate and the frame accommodating the display panel. Due to the gap respectively existing between the stiffeners and the first sidewalls, when the fastening structure is impacted, a force transmitted to the frame is reduced by the gap to effectively protect the display panel.

Abstract: An device and method for variable length decoding. The device comprises a device for variable length decoding comprising a first register, a second register, a first barrel shifter, a buffer, a coding table and an adding device. The method is characterized in that the buffer is installed on the output path from the barrel shifter to the coding table so as to shorten the critical path.

Abstract: An device and method for variable length decoding. The device comprises a device for variable length decoding comprising a first register, a second register, a first barrel shifter, a buffer, a coding table and an adding device. The method is characterized in that the buffer is installed on the output path from the barrel shifter to the coding table so as to shorten the critical path.