Abstract: An electronic device and a work-frequency reducing method thereof are disclosed. The electronic device at least includes a case, a gravity sensor, a pressure sensor and a processing unit. The gravity sensor detects the gravity status of the electronic device and outputs a plurality of gravity detecting signals. The pressure sensor detects the pressure status of the bottom portion of the case and outputs a plurality of pressure detecting signals. The work-frequency reducing method includes the following steps: receiving the gravity detecting signals and judging whether the variation value of the gravity detecting signals is greater than a default gravity value or not; if yes, decreasing the working frequency of the processing unit; receiving the pressure detecting signals and judging whether the pressure detecting signals are greater than a default pressure value or not; and if no, restoring the working frequency of the processing unit.

Abstract: An electronic device and a work-frequency reducing method thereof are disclosed. The electronic device at least includes a case, a gravity sensor, a pressure sensor and a processing unit. The gravity sensor detects the gravity status of the electronic device and outputs a plurality of gravity detecting signals. The pressure sensor detects the pressure status of the bottom portion of the case and outputs a plurality of pressure detecting signals. The work-frequency reducing method includes the following steps: receiving the gravity detecting signals and judging whether the variation value of the gravity detecting signals is greater than a default gravity value or not; if yes, decreasing the working frequency of the processing unit; receiving the pressure detecting signals and judging whether the pressure detecting signals are greater than a default pressure value or not; and if no, restoring the working frequency of the processing unit.

Abstract: A supporting mechanism for adjusting an angle of an electronic device, includes a retaining member and a supporting member slidably attached to the retaining member. The supporting member includes a first supporting end and a second supporting end opposite to the first supporting end. The first supporting end is located on a first side of the retaining member, and the second supporting end is located on a second side of the retaining member. The supporting member is slidable relative to the retaining member between a first position and a second position, the first supporting end supports the electronic device in a first position, the second supporting end supports the electronic device in a second position, and both the first and second supporting ends cooperatively support the electronic device in a third position.

Abstract: An input device includes a keyboard and a touch module. The keyboard includes two keyboard connectors. Each of the two keyboard connectors is located at two opposite sides of the keyboard. The touch module includes a module connector. The module connector is connected to any one of the two keyboard connectors. The touch module is electronically coupled to the keyboard.

Abstract: A supporting mechanism for adjusting an angle of an electronic device, includes a retaining member and a supporting member slidably attached to the retaining member. The supporting member includes a first supporting end and a second supporting end opposite to the first supporting end. The first supporting end is located on a first side of the retaining member, and the second supporting end is located on a second side of the retaining member. The supporting member is slidable relative to the retaining member between a first position and a second position, the first supporting end supports the electronic device in a first position, the second supporting end supports the electronic device in a second position, and both the first and second supporting ends cooperatively support the electronic device in a third position.