Abstract: The present invention provides a method for tracking face in a video, comprising steps of taking an image sample from a video; extracting and storing a target face feature according to the image sample; dividing the video into one or more scene; and labeling one or more face matching the target face feature. Accordingly, an actor's facial expression and motion can be extracted with ease and used as training materials or subject matters for discussion.

Abstract: The present invention provides a method for tracking face in a video, comprising steps of taking an image sample from a video; extracting and storing a target face feature according to the image sample; dividing the video into one or more scene; and labeling one or more face matching the target face feature. Accordingly, an actor's facial expression and motion can be extracted with ease and used as training materials or subject matters for discussion.

Abstract: The present invention relates to an electrochemical biosensor strip comprising a base which has a front side and a back side, an electrode system on the front side of said base, a code-recognition element on one end of the back side of said base, a cover which is located on said electrode system, and a reaction area which is in touch with said electrode system for a reaction to take place. By forms of said code-recognition element provided in the present invention, a biosensing device will automatically choose a specific set of calibration code corresponding to a particular batch of the electrochemical biosensor strip while coupling to the strip. Hence, the present invention eliminates the calibration step carried out by users and simplifies the measuring procedure, avoiding the inaccurate results due to the omission or improper operation of the calibration step by users.

Abstract: The present invention related to a connector which is used in a biosensing meter and receives an insertion, comprising a body and a plurality of terminal components. The plurality of terminals arranged all around and face to face, thereby reducing the volume of the connector. Furthermore, the plurality of terminal respectively contact the insertion equally thereby increasing the transmissible accuracy and the determination accuracy. The connector can further comprise a sliding base connected with the body for ejecting the insertion, whereby the invented connector can achieve multi-functional goal.

Abstract: The present invention relates to an electrochemical biosensor strip comprising a base which has a front side and a back side, an electrode system on the front side of said base, a code-recognition element on one end of the back side of said base, a cover which is located on said electrode system, and a reaction area which is in touch with said electrode system for a reaction to take place. By forms of said code-recognition element provided in the present invention, a biosensing device will automatically choose a specific set of calibration code corresponding to a particular batch of the electrochemical biosensor strip while coupling to the strip. Hence, the present invention eliminates the calibration step carried out by users and simplifies the measuring procedure, avoiding the inaccurate results due to the omission or improper operation of the calibration step by users.

Abstract: The present invention related to a connector which is used in a biosensing meter and receives an insertion, comprising a body and a plurality of terminal components. The plurality of terminals arranged all around and face to face, thereby reducing the volume of the connector. Furthermore, the plurality of terminal respectively contact the insertion equally thereby increasing the transmissible accuracy and the determination accuracy. The connector can further comprise a sliding base connected with the body for ejecting the insertion, whereby the invented connector can achieve multi-functional goal.

Abstract: A package device, such as an oscillator, includes a package module, a circuit module, a plurality of conductive pins, and a plurality of conductive arms. The package module defines an airtight space therein. The circuit module is disposed in the airtight space in the package module. Each of the conductive pins extends into the airtight space in the package module. Each of the conductive arms is disposed in the airtight space, and has a first end that is connected to the circuit module, a second end that is connected to a respective one of the conductive pins, and an intermediate portion that extends between the first and second ends thereof and that has a length longer than the shortest distance between the first and second ends thereof.

Abstract: A package device, such as an oscillator, includes a package module, a circuit module, a plurality of conductive pins, and a plurality of conductive arms. The package module defines an airtight space therein. The circuit module is disposed in the airtight space in the package module. Each of the conductive pins extends into the airtight space in the package module. Each of the conductive arms is disposed in the airtight space, and has a first end that is connected to the circuit module, a second end that is connected to a respective one of the conductive pins, and an intermediate portion that extends between the first and second ends thereof and that has a length longer than the shortest distance between the first and second ends thereof.

Abstract: A gimbal assembly that can be used in conjunction with semiconductor fabrication tools, such as chemical-mechanical polishing (CMP) tools, as well as other types of tools, is disclosed. A gimbal assembly may include a gimbal hub, a pivot head plate, a gimbal sleeve, and a gimbal post. The gimbal hub has an interior cavity. The pivot head plate has a ball head, a base, and an outer edge, where the base is situated in the bottom of the interior cavity. The gimbal sleeve is situated in the bottom of the interior cavity over the outer edge of the pivot head plate, securing the pivot head plate in place within the interior cavity. The gimbal post is situated over the ball head of the pivot head plate. The ball head of the pivot head plate preferably has dual diameters.

Abstract: A diaphragm flexure for a polishing head on a chemical mechanical polisher, particularly a Titan (™) polishing head. The diaphragm flexure includes an annular flexure body having at least one bulge or protrusion formed in the upper surface thereof and at least one bulge or protrusion formed in the lower surface thereof. In assembly of the polishing head, each of the at least one inner and outer bulge or protrusion is inserted in a corresponding groove provided in a surface of an adjacent element of the polishing head. The elements in the polishing head are secured together with the flexure body typically by extending screws through respective screw openings in the elements and the flexure body.

Abstract: A CMP pad conditioning unit having a new and improved drive transmission for transmitting rotation from a drive motor to a conditioning disk on the pad conditioning unit. The drive transmission includes a rotatable transmission shaft that is drivingly engaged by the drive motor and drivingly engages the conditioning disk. In operation, rotation is transmitted from the drive motor to the conditioning disk through the transmission shaft. The drive transmission is characterized by reliability, longevity and enhanced efficiency in the conditioning of substrate polishing pads.

Abstract: A gimbal assembly that can be used in conjunction with semiconductor fabrication tools, such as chemical-mechanical polishing (CMP) tools, as well as other types of tools, is disclosed. A gimbal assembly may include a gimbal hub, a pivot head plate, a gimbal sleeve, and a gimbal post. The gimbal hub has an interior cavity. The pivot head plate has a ball head, a base, and an outer edge, where the based is situated in the bottom of the interior cavity. The gimbal sleeve is situated in the bottom of the interior cavity over the outer edge of the pivot head plate, securing the pivot head plate in place within the interior cavity. The gimbal post is situated over the ball head of the pivot head plate. The ball head of the pivot head plate preferably has dual diameters.