Abstract:
PROBLEM TO BE SOLVED: To provide a method, a system and an adjustment technology adapted to global system power consumption and power dissipation limit, and responsively controlling power extending over a plurality of time frames. SOLUTION: Power outputs from one or more system power supplies are measured and processed so as to generate power values in a plurality of the different time frames. Measurement values, from the different time frames, are used so as to determine whether the power consumption has to be adjusted in the system. Power from one or more apparatuses is saved, in response to the determination, and the determination compares the maximum threshold, the minimum threshold or both sets with the measured values from the different time frames. The adjustment techniques use a high-precision resistor and a voltage reference controlled current source, and derives voltage drop from the input of a sensing resistor in the power supply; and a common mode voltage is adjusted at a power supply output. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
A method and system for preventing theft of an object, includes an electronic article surveillance (EAS) device operatively attached to an object, a security path for detection of the EAS device, a reader operatively coupled to the security path, and a smart card for being read by the reader. The smart card contains an identification profile of an authorized user of the object.
Abstract:
A system for monitoring tamper events in a computer system 10 is disclosed. The computer system is on a network. The system comprises a tamper realtime clock (RTC) means 140 which receives at least one tamper event signal from the computer system. The tamper RTC includes a timer 178 for indicating the time of a tamper event and a management device 160 for receiving the at least one tamper event signal. The management device issues a command to the tamper RTC means to obtain the time of the at least one tamper event. The management device also generates a network packet 200 which includes the time of the tamper event to a system administrator of the network. Preferably the computer system has the ability to functionally detect and store the time of a tamper event. A tamper real time clock (RTC) circuit is operatively connected with logic to store the date and time of an event as it occurs. In a preferred embodiment, the tamper event could be as simple as a toggle switch being activated when a cover on the computer system is removed. The computer system also sends network alerts when the cover is removed.
Abstract:
A system for monitoring tamper events in a computer system is disclosed. The computer system is on a network. The system comprises a tamper realtime clock (RTC) means which receives at least one tamper event signal from the computer system. The tamper RTC includes a timer for indicating the time of a tamper event and a management device for receiving the at least one tamper event signal. The management device issues a command to the tamper RTC means to obtain the time of the at least one tamper event. The management device also generates a network packet which includes the time of the tamper event to a system administrator of the network. The present invention in a preferred embodiment is directed to a computer system which has the ability to functionally detect and store the time of a tamper event. A tamper real time clock (RTC) circuit is operatively connected with logic to store the date and time of an event as it occurs. In a preferred embodiment, the tamper event could be as simple as a toggle switch being activated when a cover on the computer system is removed. The computer system could also send network alerts when the cover is removed.
Abstract:
A system for monitoring tamper events in a computer system 10 is disclosed. The computer system is on a network. The system comprises a tamper realtime clock (RTC) means 140 which receives at least one tamper event signal from the computer system. The tamper RTC includes a timer 178 for indicating the time of a tamper event and a management device 160 for receiving the at least one tamper event signal. The management device issues a command to the tamper RTC means to obtain the time of the at least one tamper event. The management device also generates a network packet 200 which includes the time of the tamper event to a system administrator of the network. Preferably the computer system has the ability to functionally detect and store the time of a tamper event. A tamper real time clock (RTC) circuit is operatively connected with logic to store the date and time of an event as it occurs. In a preferred embodiment, the tamper event could be as simple as a toggle switch being activated when a cover on the computer system is removed. The computer system also sends network alerts when the cover is removed.
Abstract:
BILATERAL SELECTIVE BURST ERASE SYSTEM FOR GAS PANEL DISPLAYS Erase waveforms effecting improved erase action are provided for a gas panel of the type in which light emitting cells are formed in an ionizable medium at the crossover point of a set of horizontally and vertically extending insulated wires. The erase waveforms include a burst of bipolar pairs of pulses, each pair comprising a low amplitude wide duration erase pulse followed by an opposite polarity narrowed sustain pulse. The burst of pulse pairs being applied during the time frame of a normal sustain operation.
Abstract:
Erase waveforms effecting improved erase action are provided for a gas panel of the type in which light emitting cells are formed in an ionizable medium at the crossover point of a set of horizontally and vertically extending insulated wires. The erase waveforms include a burst of bipolar pairs of pulses, each pair comprising a low amplitude wide duration erase pulse followed by an opposite polarity narrowed sustain pulse. The burst of pulse pairs being applied during the time frame of a normal sustain operation.