Abstract: An image sensing device and a control device of an illumination device thereof are provided. The control device includes a control circuit, an operation circuit, and multiple driving signal generators. The control circuit generates multiple control signals. The operation circuit performs a logical operation on the control signals and an image capturing signal to generate multiple operation results. The driving signal generator respectively provides multiple driving signals to the illumination device according to the operation results, and the driving signals respectively have multiple different output powers.

Abstract: Through the present invention, game players can auction or transact game objects under their game accounts, such as roles, props, services, etc. The management of game account trading through the trading platform will also protect the safety of game object transactions. In addition, players can also take advantage of the functions of the present invention to manage their auctions and negotiate prices.

Abstract: The present invention provides a method to establish cloned game accounts, when an auction information is posted on the game account trading platform, the game account trading platform will establish a testing game interface according to the game interface under the relevant game account, and generate a cloned game account based on the game objects, so that the buyer user primary account can enter this testing game interface to test the cloned game account.

Abstract: The present invention is publish a method and system for game account valuation, through the establishment of a game account trading platform, provide different game accounts for valuation, acquisition and consignment, seller users can choose a suitable plan according to their personal needs, and through the management of the game account trading platform, increase the credibility and security of transaction information, and also can reduce the impact on the value of game data.

Abstract: A device includes a hybrid heat sink, and a heat generation component. The hybrid heat sink is attached to the heat generation component. The hybrid heat sink includes a front plate and a rear plate. The front plate is connected to the rear plate by a wall. The front plate includes fins extending away from the front plate and toward the rear plate.

Abstract: A device includes a hybrid heat sink, and a heat generation component. The hybrid heat sink is attached to the heat generation component. The hybrid heat sink includes a front plate and a rear plate. The front plate is connected to the rear plate by a wall. The front plate includes fins extending away from the front plate and toward the rear plate.

Abstract: A smart appliance control system includes a memory device, a connecting interface device and a central controlling device. The central controlling device converts a control command into at least one appliance control command. A first smart mobile device receives a user command and processes it as a control command. The connecting interface device receives the control command and sends it to the central controlling device. The central controlling device executes one of operations as follows according to the control command: (A) A corresponding action is executed, and the control command and information of the corresponding action are backed up in a memory device; and (B) the control command is converted into the appliance control command and sent to at least one appliance, and the control command, the appliance control command and the information of the corresponding action are backed up in the memory device.

Abstract: A steerable electrosurgical electrode is provided. The steerable electrosurgical electrode comprises a handle, a control element, a first tube, a second tube, a third tube, an electrode and an electrical transmission unit. The handle has a flat area therein, the control element has a plurality of positioning planes and pivotally connects to the handle such that one of the positioning planes rotatably abuts against the flat area, the first tube is positioned inside the second tube and pivotally connected to the control element, the third tube is connected to the second and the first tubes through a first and a second links, respectively, and the electrode is configured at the right end of the third tube. A user may manipulate the control element such that it abuts against the flat area at different positioning planes, to move the first tube inside the second tube, which in turns rotates the third tube and the electrode.

Abstract: A smart appliance control system includes a memory device, a connecting interface device and a central controlling device. The central controlling device converts a control command into at least one appliance control command. A first smart mobile device receives a user command and processes it as a control command. The connecting interface device receives the control command and sends it to the central controlling device. The central controlling device executes one of operations as follows according to the control command: (A) A corresponding action is executed, and the control command and information of the corresponding action are backed up in a memory device; and (B) the control command is converted into the appliance control command and sent to at least one appliance, and the control command, the appliance control command and the information of the corresponding action are backed up in the memory device.

Abstract: A steerable electrosurgical electrode is provided. The steerable electrosurgical electrode comprises a handle, a control element, a first tube, a second tube, a third tube, an electrode and an electrical transmission unit. The handle has a flat area therein, the control element has a plurality of positioning planes and pivotally connects to the handle such that one of the positioning planes rotatably abuts against the flat area, the first tube is positioned inside the second tube and pivotally connected to the control element, the third tube is connected to the second and the first tubes through a first and a second links, respectively, and the electrode is configured at the right end of the third tube. A user may manipulate the control element such that it abuts against the flat area at different positioning planes, to move the first tube inside the second tube, which in turns rotates the third tube and the electrode.