Abstract: A method of handling a plurality of sensing data includes generating a threshold code for the plurality of sensing data; comparing each of the plurality of sensing data with the threshold code to determine whether a data code of each of the plurality of sensing data is a valid data code or an invalid data code; filtering out at least one first sensing data which has the invalid data code among the plurality of sensing data; and generating a final data by averaging at least one second sensing data which has the valid data code among the plurality of sensing data.

Abstract: The present invention provides a portable luminescence detector combined with a mobile device, which mainly comprises a body, a focusing lens module, a light source module, a sample tray, and an image capturing module, wherein the image capturing module can be a lens of the mobile device, the body can be disassembled into multiple parts to act as holders for the portable luminescence detector. When the portable luminescence detector of the present invention is used in conjunction with the mobile device, the sample tray is placed at a position corresponding to that of the focusing lens module, and the light source module is used for providing a light source band, then the image capturing module works with the focus lens module to capture an image of the sample under the light source band and to provide the image for RGB spectral analysis or real-time image RGB spectral analysis.

Abstract: Methods and apparatus for a power regulator according to various aspects of the present invention may comprise a sensor adapted to generate a measurement of a voltage or a current. A memory may store a correction parameter that corresponds to the measurement, and a correction system may be adapted to adjust the measurement according to the correction parameter.

Abstract: A buckling mechanism includes a first member, a second member and a locking assembly. The first member has a pair of locking-arm guiding portions formed thereon and gradually approaching each other inward from an outside of the first member. The second member has a latching member. The locking assembly has a connection element, a first resilient element, a interfering member and a second resilient element. The connection element has a main body disposed on the first member, and a pair of flexible locking arms. The locking arms are slidably disposed on the first member along the pair of locking-arm guiding portions respectively. The connection element is pushed by the latching member to a locked position from an unlocked position. The pair of locking arms contracts along the two mutually approaching locking-arm guiding portions, and the interfering member blocks the sliding blocker.

Abstract: A buckling mechanism includes a first member, a second member and a locking assembly. The first member has a pair of locking-arm guiding portions formed thereon and gradually approaching each other inward from an outside of the first member. The second member has a latching member. The locking assembly has a connection element, a first resilient element, a interfering member and a second resilient element. The connection element has a main body disposed on the first member, and a pair of flexible locking arms. The locking arms are slidably disposed on the first member along the pair of locking-arm guiding portions respectively. The connection element is pushed by the latching member to a locked position from an unlocked position. The pair of locking arms contracts along the two mutually approaching locking-arm guiding portions, and the interfering member blocks the sliding blocker.

Abstract: Methods and apparatus for a power regulator according to various aspects of the present invention may comprise a sensor adapted to generate a measurement of a voltage or a current. A memory may store a correction parameter that corresponds to the measurement, and a correction system may be adapted to adjust the measurement according to the correction parameter.

Abstract: Methods and apparatus for a power regulator according to various aspects of the present invention may comprise a sensor adapted to generate a measurement of a voltage or a current. A memory may store a correction parameter that corresponds to the measurement, and a correction system may be adapted to adjust the measurement according to the correction parameter.

Abstract: A housing having a quick-dismounting structure includes a base plate, a covering plate and a switch module. The base plate has a retaining portion. The covering plate has one side against the retaining portion and a switch recess corresponding to the side. The switch module is rotatably disposed in the switch recess and including a holding portion exposed outside the switch recess, a hooking board extended from the holding portion toward the matching board, and an elastic element. The hooking board has a fastening end faced the retaining portion. When the holding portion is moved, the hook piece shifts accordingly and the hooking end-portion is selectably hooked the retaining portion which then lock or disengage the covering plate, for dismounting the covering plate conveniently.

Abstract: A housing having a quick-dismounting structure includes a base plate, a covering plate and a switch module. The base plate has a retaining portion. The covering plate has one side against the retaining portion and a switch hole corresponding to the side. The switch module is rotatably disposed in the switch hole and including a holding portion exposed outside the switch recess, a hooking board extended from the holding portion toward the matching board, and an elastic element. The hooking board has a fastening end faced the retaining portion. When the holding portion is moved, the hook piece shifts accordingly and the hooking end is selectably hooked the retaining portion which then lock or disengage the covering plate, for dismounting the covering plate conveniently.

Abstract: An electrode structure adapted for high applied voltage is provided, which comprises a conductive plate substrate and a covering layer disposed thereon such that a covering percentage of the covering layer over the conductive plate substrate is more than 50%. Since area of the conductive plate substrate covered by the covering layer is larger than the area exposed, the possibility of arcing is reduced and the breakdown voltage applied to the electrode structure may be increased.

Abstract: A light box for visual inspection includes a carrier plate, a light source, a shielding element and a controller. The carrier plate for carrying a sample is light-pervious. The light source is disposed on another side of the carrier plate for providing a light. The shielding element is disposed between the carrier plate and the light source for shielding a portion of the light which defines a light-pervious visual inspection region, wherein the size of the visual inspection region is equal to or less than the sample. The controller is electrically connected with the shielding element for driving the shielding element whereby the controller controls the size of the visual inspection region. The foregoing light box may shield the light of the region outside the sample, thereby preventing the strong light emitted from the light box from harming a user's eyes.

Abstract: Methods and apparatus for a power regulator according to various aspects of the present invention may comprise a sensor adapted to generate a measurement of a voltage or a current. A memory may store a correction parameter that corresponds to the measurement, and a correction system may be adapted to adjust the measurement according to the correction parameter.

Abstract: An electrode structure adapted for high applied voltage is provided, which comprises a conductive plate substrate and a covering layer disposed thereon such that a covering percentage of the covering layer over the conductive plate substrate is more than 50%. Since area of the conductive plate substrate covered by the covering layer is larger than the area exposed, the possibility of arcing is reduced and the voltage applied to the electrode structure may be increased.

Abstract: An adhesive method of adhering a first optical component to a second optical component includes applying a resin on a first predetermined area of the first optical component and a second predetermined area of the second optical component, and then arranging the first and second predetermined areas to correspond to each other, and then shortening the distance between the first and the second predetermined areas until a resin bridge being formed between the first and second optical components, and then lightly shortening the distance between the first and second predetermined areas for the resin being spread over the first and second predetermined areas, and then the resin being spread to be fully filled between the first and second optical components through the second optical component being released and pressing the resin, finally illuminating the resin through ultraviolet ray for engaging with the first and second optical components.

Abstract: A computer system includes a main power, a backup power, an input/output (I/O) board, a main board, a computer host, and controls signal transmission and signal detection with a control device. The control device controls the main power and the backup power according to a power status. When one of the main power or the backup power fails, the control device controls the other functioning power to supply power to the I/O board and the main board and prevents the computer system from shutting down.

Abstract: A backlight module and the heat-dissipating structure thereof are provided. An electrode sheath, with high thermal conductivity and electrical insulation, is arranged to hold the electrode of the lamp and to make a contact with the front bezel and the back bezel, which are made of high thermal-conductive material. Hence, the heat energy produced by the lamp will be conducted to the front band back bezels through the electrode sheath.

Abstract: A backlight module and a liquid crystal display device incorporating the same are provided. The backlight module includes a bezel, a light source and a heat dissipation element. The bezel has an opening. The light source is disposed on the bezel. The heat generation portion of the light source corresponds to the opening. One end of the heat dissipation element is positioned between the bezel and the light source. The other end of the heat dissipation element has a protrusion portion which is inserted into the opening and projected outside the bezel. The lateral surface of the protrusion portion is abutted against the inner wall of the opening.

Abstract: A computer system includes a main power, a backup power, an input/output (I/O) board, a main board, a computer host, and controls signal transmission and signal detection with a control device. The control device controls the main power and the backup power according to a power status. When one of the main power or the backup power fails, the control device controls the other functioning power to supply power to the I/O board and the main board and prevents the computer system from shutting down.

Abstract: A backlight module and the heat-dissipating structure thereof are provided. An electrode sheath, with high thermal conductivity and electrical insulation, is arranged to hold the electrode of the lamp and to make a contact with the front bezel and the back bezel, which are made of high thermal-conductive material. Hence, the heat energy produced by the lamp will be conducted to the front band back bezels through the electrode sheath.

Abstract: The invention generally provides an antivirus network system and method for handling electronic mails (e-mails) infected by computer viruses in a network having a plurality of device nodes receiving and transmitting e-mails through a gateway server. A preferred embodiment of the method according to the invention primarily comprises the steps of determining if any of the e-mails are infected by computer viruses, attaching flags to the infected e-mails, transporting the e-mails, including the infected e-mails, through the gateway server, identifying the infected e-mails through the attached flags, and performing antivirus actions on the identified e-mails, where these process steps are performed transparently to the plurality of device nodes. The method according to the invention can further include the step of processing the infected e-mails according to instructions in the attached flags, where the instructions further include deleting, blocking and quarantining the infected e-mails.