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1096 results about "Power component" patented technology

POWER Character Component (Career & Authority) (Also known as Influence Structure in BaZi) The POWER Component consists of Diplomat and Warrior Talents. People with POWER Component have unique ability to unite people, and they speak of high values and principles.

Drive control method for all-electric car

The invention discloses a drive control method for an all-electric car. The drive control method aim at solving the problems that division of working modes during a finished automobile driving running is not considered, a torque compensation function is not considered in the running process of other vehicles except flooring of an accelerator pedal, and united efficiency of a power component is not considered in goal torque setting. The drive control method for the all-electric car comprises the steps of utilizing a finished automobile controller to automatically identify a finished automobile working mode according to current finished automobile acceleration mean values and an acceleration mean square errors, and enabling the finished automobile working mode to be one of a common mode, a power mode and an economic mode; working out an expected torque Treq under the corresponding mode according to a goal working mode control strategy in the finished automobile controller after the working mode identification is finished; restraining and correcting the expected torque Treq according to a power limiting value strategy in the finished automobile controller after the expected torque Treq under the goal working mode is obtained, and if a finished automobile has no major failure at the time, outputting ultimate goal torque commands to a motor.

Airborne phased array radar antenna radiating device

The invention discloses an airborne phased array radar antenna radiating device, and relates to an airborne phased array radar technology. The airborne phased array radar antenna radiating device comprises heat tubes and liquid cooling cold plates. The heat tubes are embedded at the position, close to power components, of the outer lateral faces of the bottom faces T/R box bodies, a plurality of T/R box bodies are vertically superposed, the two sides of each of the plurality of T/R box bodies are respectively provided with one liquid cooling cold plate, the liquid cooling cold plates are used as installation plates which support an antenna to fix the T/R box bodies, the two liquid cooling cold plates arranged on the two sides of each T/R box body are communicated with a refrigerant storing tank, by utilization of high heat exchanging performance and liquid fluidity of the liquid cooling cold plates, heat produced inside the phased array radar antenna is spread out, liquid cooling tubes are used for conducting the heat to space where the heat is prone to dissipate, and a radiator is used for concentrated heat dissipation. The airborne phased array radar antenna radiating device solves the radiating problem of phased array radar antenna T/R components.

Computer network adapted for industrial environments

A network for connecting a plurality of devices and the components used in constructing the network. The network includes at least one fan-out device for connecting the devices to each other. The fan-out device includes a controller, a top port and a plurality of downstream ports. The controller monitors messages received by the ports and generates messages that are sent via the ports. The network also includes a plurality of network cables, one per port. The network preferably utilizes a cabling system that includes twisted pairs for communicating the messages via the Ethernet protocol and power conductors for distributing power to the various network devices. The fan-out device includes one power component associated with each of the ports. Each power component provides connections between the power lines in the network capble and the ports of the fan-out device. The power components are used to power the devices on the network and to monitor the power lines for problems. Switching circuitry in the power components allows the fan-out device to isolate cable runs connected thereto that have shorts or other problems. The fan-out device preferably stores a device identification number that the controller transmits on all of the ports in response to a message received on one of the downstream ports. The controller also generates a signal on the top port that causes any device connected to the fan-out device via the top port to ignore the message. One embodiment of the fan-out device provides a hub that is transparent to Ethernet protocols while not introducing the jitter into the signals associated with the re-transmission and synchronization functions performed by conventional hubs.
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