Abstract: A method of dynamically adjusting screen brightness is adapted for a screen to adjust the screen brightness. First, an original ambient light level and an original brightness adjustment factor are determined. Then, a relationship curve of an ambient light level and a brightness adjustment factor is determined. The current ambient light level is continuously monitored and compared with the original ambient light level to determine if the current ambient light level is equal to the original ambient light level. If not equal, a brightness adjustment factor corresponding to the current ambient light level is obtained based on the relationship curve, and the screen brightness is adjusted based on the brightness adjustment factor. The obtained screen brightness and the corresponding brightness adjustment factor are set to be the original screen brightness and the original brightness adjustment factor, and thus the background brightness is monitored again and the screen brightness is adjusted.

Abstract: Disclosed is a method for pre-heating a hard disk drive of a computer device, wherein a temperature sensor and a heater are arranged at preset locations outside the computer device. The temperature sensor detects an external temperature of the hard disk drive, which is compared with an activation temperature threshold stored in a data memory unit of the computer device. The activation temperature threshold is calibrated by a preset compensation value stored in the data memory unit. When the external temperature of the hard disk drive subtracting the preset compensation value is less than the activation temperature threshold of the hard disk drive, the activation of the hard disk drive is prohibited and the heater carries out heating on the hard disk drive until the activation temperature threshold of the hard disk drive is reached; thereafter, the hard disk drive is activated again.

Abstract: A sculpture skeleton includes a hollow body, a spring one end of which is extended into a hollow head to securely engage with an inner periphery of the hollow head, a first resilient wire, a second resilient wire diagonally extending through the hollow body so as to extend through the chest portion and the abdomen portion of the hollow body, an arm portion and a leg portion respectively mounted around a portion of the first resilient wire and of the second resilient wire which extend out of the chest portion of the hollow body and a base having multiple apertures defined through a side face thereof to allow extension of the first resilient wire, the second resilient wire and the third resilient wire so as to be positioned on top of the base.

Abstract: A method of dynamically adjusting screen brightness is adapted for a screen to adjust the screen brightness. First, an original ambient light level and an original brightness adjustment factor are determined. Then, a relationship curve of an ambient light level and a brightness adjustment factor is determined. The current ambient light level is continuously monitored and compared with the original ambient light level to determine if the current ambient light level is equal to the original ambient light level. If not equal, a brightness adjustment factor corresponding to the current ambient light level is obtained based on the relationship curve, and the screen brightness is adjusted based on the brightness adjustment factor. The obtained screen brightness and the corresponding brightness adjustment factor are set to be the original screen brightness and the original brightness adjustment factor, and thus the background brightness is monitored again and the screen brightness is adjusted.

Abstract: A sculpture skeleton includes a hollow body, a spring one end of which is extended into a hollow head to securely engage with an inner periphery of the hollow head, a first resilient wire, a second resilient wire diagonally extending through the hollow body so as to extend through the chest portion and the abdomen portion of the hollow body, an arm portion and a leg portion respectively mounted around a portion of the first resilient wire and of the second resilient wire which extend out of the chest portion of the hollow body and a base having multiple apertures defined through a side face thereof to allow extension of the first resilient wire, the second resilient wire and the third resilient wire so as to be positioned on top of the base.

Abstract: A paper sculpture plank assembly includes a first paper plank having multiple strip portions by perforated lines, each strip portion connected to another strip portion of the first paper plank via first stubs formed between side faces of each one strip portion and the first paper plank and a second paper plank divided into multiple plates by perforated lines, each plate connected to another plate of the second paper plank via multiple second stubs formed between side faces of each one plate and the second paper plank.

Abstract: A sculpture base includes an inner space, a flat top face for supporting thereon the skeleton, and multiple through holes defined through the flat top face for extension of skeleton steel wires. A knot inside the inner space is formed by the skeleton steel wires extending through the through holes and the skeleton is securely supported by the flat top face.