Abstract:
A computerized method for reducing domain noise, creating and summarizing human-written sentences into clusters for efficient tagging in natural language processing comprising: receiving a typed, handwritten or printed text; implementing an optical character recognition (OCR) process on human written text to generate a digital version of the human written text; splitting the digital version of the typed, handwritten or printed text into an array of sentences, using a sentence splitter to generate a split sentence version; determining a domain of the human written text; based on the domain, implementing a domain noise reduction process on the split sentences version; hierarchically clustering the split sentences version after the domain noise reduction process; and summarizing the clustered sentences and reducing the amount of data to be tagged.
Abstract:
A server includes a power line assembly, at least one hard disc drive (HDD), at least one fixing base, and a power supply module. Each HDD defines a power interface. Each fixing base defines a slot. The structure of the slot is substantially the same as that of the power interface. The power supply module is used for supplying power to the at least one HDD. The power line includes a main plug and at least two sub-plugs. The main plug is plugged into the power supply module. One of the at least two sub-plugs is plugged into the power interface of one of the at least one HDD, and another one of the at least two sub-plugs is plugged into the slot of one of the at least one fixing base.
Abstract:
A computer readable storage medium has computer-executable instructions for causing a computer system to perform a method. The method includes receiving authentication information from an electronic device; identifying the electronic device based on device information for the electronic device; locating an entry associated with a combination of the authentication information and the electronic device, the entry including a count of the number of times the authentication information failed authentication during a specified time interval; and locking out the combination if the count reaches a threshold value, thus blocking the authentication information from accessing a target.
Abstract:
A heat sink includes a first fin assembly including a number of first fins, and a second fin assembly including a number of second fins. The second fin assembly can be retracted into the first fin assembly to reduce volume of the heat sink when packing the heat sink, and the second fin assembly can be extend out of the first fin assembly to increase volume of the heat sink when using the first fin assembly for heat dissipation.
Abstract:
A protecting apparatus is provided for protecting a chip that is mounted on a subminiature circuit board. The protecting apparatus includes a supporting seat for mounting the subminiature circuit board thereon, and a protective cover for receiving the subminiature circuit board and the supporting seat therein. The supporting seat includes a locking element. The protective cover includes a connecting element corresponding to the locking element. The supporting seat is fixed in the protective cover via the locking element engaging with the connecting element.
Abstract:
An expansion device includes a peripheral component interconnect (PCI) card, a hard disk connector, a hard disk drive (HDD), and a signal converter. The PCI card includes PCI pins for connecting to a PCI slot of a motherboard of a computer. The connector is arranged on the PCI card. The HDD is attached to the PCI card and connected to the connector. The signal converter is connected between the hard disk connector and the PCI pins. The signal converter receives a PCI signal from the PCI slot through the PCI pins, and converts the PCI signal to a signal suitable for and provided to a HDD through the connector. When the HDD completes reading and writing, the signal converter receives a feedback signal from the HDD through the connector, and converts the feedback signal to a PCI signal for being provided to the motherboard through the PCI pins.
Abstract:
A heat dissipation assembly for dissipating heat from a heat-generating component includes a first heat sink mounted on the heat-generating component for dissipating heat therefrom, and a second heat sink movably mounted to the first heat sink, to be adjustable relative to the first heat sink. The second heat sink can be moved to a desired position to fit a need of heat dissipation.
Abstract:
A power saving device includes a first power connector adapted for connecting to a power source, a second power connector adapted for connecting to a power wire of a display, an infrared sensor, an infrared coupling circuit, a wave shaping circuit, and a switch circuit connected between the first and second power connectors. The infrared sensor senses user status and initiates a user status signal. The wave shaping circuit receives the user status signal via the infrared coupling circuit and converts the user status signal to a voltage signal. The switch circuit receives the voltage signal and converts the voltage signal to a control signal to control the connection between the first power connector and the second power connector.
Abstract:
An exemplary LED control circuit includes an observation circuit to detect brightness of ambient light and generating a voltage signal accordingly; a sampling circuit to receive the voltage signal and generate a control signal according to the voltage signal; a controller to generate a selection signal according to the control signal received from the sampling circuit; and a regulating circuit connected to an LED driving circuit for adjusting a current of the LED driving circuit according to the selection signal.
Abstract:
A mounting apparatus for fixing a motherboard having a plurality of fixing holes defined therein. The motherboard includes a first face and a second face; the mounting apparatus includes a supporting stage and a plurality of fixing poles. The supporting stage includes a first supporting surface and a second supporting surface; a plurality of first fixing portions is formed on the first supporting surface for aligning with the corresponding fixing holes of the motherboard. A plurality of second fixing portions is also formed on the second supporting surface for aligning with the corresponding fixing holes of the motherboard when the motherboard is inverted. One end of each of the fixing poles engages with a corresponding second fixing portion of the second supporting surface, and the other end of each of the fixing poles aligns with a corresponding fixing hole of the motherboard when the motherboard is inverted.