1484results about How to "Improve power utilization" patented technology

In a method for managing power consumption among compute nodes having respective power components, an increase in the power utilization of a first compute node of the compute nodes may be detected. In response to a detected increase, a sum of the power consumption levels of the compute nodes and the requested increase in power utilization of the first compute node is compared with an allowable power budget for a compute node pool. In addition, the power state of the first compute node power component is varied in response to the comparison.

A mechanism for controlling the hardware resources on a blade server, and thereby limiting the power consumption of the blade server is disclosed. The enforceable hardware resources that are controlled include the base frequency of the central processing unit (CPU) as well as power to individual banks of physical memory, for example dual-inline memory modules (DIMMs). The hardware resources are tuned in dependence on actual server utilization such that applications running on the blade only have the allocated hardware resources available to them. Deactivated hardware resources are powered off and are so ‘hidden’ from the operating system when they are not required. In this manner, power consumption in the entire chassis can be managed such that all server blades can be powered on and operate at higher steady-state utilization. The utilization of the powered on resources in a blade center is also improved.

A mechanism for controlling the hardware resources on a blade server, and thereby limiting the power consumption of the blade server is disclosed. The enforceable hardware resources that are controlled include the base frequency of the central processing unit (CPU) as well as power to individual banks of physical memory, for example dual-inline memory modules (DIMMs). The hardware resources are tuned in dependence on actual server utilization such that applications running on the blade only have the allocated hardware resources available to them. Deactivated hardware resources are powered off and are so ‘hidden’ from the operating system when they are not required. In this manner, power consumption in the entire chassis can be managed such that all server blades can be powered on and operate at higher steady-state utilization. The utilization of the powered on resources in a blade center is also improved.

A mechanism for controlling the hardware resources on a blade server, and thereby limiting the power consumption of the blade server is disclosed. The enforceable hardware resources that are controlled include the base frequency of the central processing unit (CPU) as well as power to individual banks of physical memory, for example dual-inline memory modules (DIMMs). The hardware resources are tuned in dependence on actual server utilization such that applications running on the blade only have the allocated hardware resources available to them. Deactivated hardware resources are powered off and are so ‘hidden’ from the operating system when they are not required. In this manner, power consumption in the entire chassis can be managed such that all server blades can be powered on and operate at higher steady-state utilization. The utilization of the powered on resources in a blade center is also improved.

The invention discloses a matching device and matching method for an ultrasonic power supply. The matching device for the ultrasonic power supply comprises an ultrasonic signal generator, a drive isolation circuit, an ultrasonic power amplification circuit, a matching transformer, a tuning inductor, an ultrasonic transducer, a voltage sampling circuit, a current sampling circuit, a filtering and shaping circuit, a phase discriminator, an A / D converter, a single-chip microcomputer and a stepping motor. The output end of the matching transformer is connected with the tuning inductor; the output end of the tuning inductor is connected with the ultrasonic transducer; the voltage sampling circuit is used for collecting real-time working voltage signals at the two ends of a unit formed by the tuning inductor and the ultrasonic transducer, and transmitting the real-time working voltage signals to the phase discriminator. According to the matching device and matching method for the ultrasonic power supply, static impedance matching and dynamic impedance matching can be achieved, the matching inductance value can be tracked and adjusted through the phase difference of working currents and working voltages of the ultrasonic transducer, it can be ensured that the ultrasonic transducer always works at a resonance point, the maximum useful power output of the ultrasonic transducer can be achieved, in addition, the adjusting response speed is high, and accuracy is high.

The invention belongs to the technical field of electric appliances and electric engineering, and relates to a multifunctional modularized lithium electric cooker. An embedded handle is embedded in an upper cover with a heat-preserving layer, the middle of the upper cover with the heat-preserving layer is provided with an air outlet hole, a lateral thermoelectric film is attached to the outer side of a barrel-shaped outer container, and a barrel-shaped inner container is arranged on the inner side of the barrel-shaped outer container; an inner container upper cover covers the top of the barrel-shaped inner container, and the lower end of the barrel-shaped inner container is provided with a strainer; the barrel-shaped outer container is arranged on an inner and outer container supporting frame, the inner and outer container supporting frame is disposed on a bottom support, the center of the bottom support is provided with a bottom cooling air hole, a bottom thermoelectric film is attached to the surface of the bottom support, and the lower portion of the bottom support is provided with a lithium battery; a power supply cover plate is disposed on the outer side of the lithium battery; the inner side of the bottom of a shell is provided with a fan, and a bottom heat-preserving pad is arranged on the outer side of the bottom of the shell; one side of the barrel-shaped outer container is provided with a temperature sensor connected with a temperature display and control unit, and the shell is provided with the temperature display and control unit and a clock displaying, timing and setting unit. The multifunctional modularized lithium electric cooker is simple in structure, multifunctional, convenient to carry, safe to use, convenient to repair and maintain, high in utilization rate and good in heat preservation.

In an apparatus for varying the rate at which the broadcast beacons are transmitted, there is at least one router (2). The router transmits beacons which contain various types of data, controls the rate at which the beacons are transmitted, and adaptively varies the rate at which the beacons are transmitted, in response to a variety of network conditions.

The invention provides an all-fiber testing device for testing the polarization crosstalk of an optical device. The all-fiber testing device comprises a wide-spectrum light source (501), a polarizer (511), a to-be-tested polarizing device (522), an optical path correlator (530), a difference detector (550) and a photoelectric signal conversion and signal recording device (560), wherein the wide-spectrum light source (501) is connected with the to-be-tested optical fiber device (522) through the polarizer (511) and a first rotary connector (521) and is connected with the optical path correlator (530) with a polarization beam splitting Michelson structure through a second rotary connector (523); and the optical path correlator (530) is connected with the polarization difference detector (550) through a third rotary connector (541) and is connected with an interference signal detecting and processing device (560). The all-fiber testing device has the advantages of small size, high measurement accuracy, high temperature and vibration stability and the like, so that the all-fiber testing device is widely applied to high-accuracy measurement and analysis of the polarization performance of the optical device.

The present invention relates to an intelligent monitoring sterilizing cabinet and its automatic monitoring sterilizing method. It is characterized by that it includes a cabinet body, power supply board and control panel placed on the panel of cabinet body. The described cabinet body is formed from upper chamber and lower chamber, an upper chamber heating device is placed in the upper chamber interior, a lower chamber heating device is placed in the lower chamber interior. In the sterilizing cabinet interior an intelligent control system is set, said intelligent control system includes a temperature detection device, a humidity detection device and a computer plate. Besides, said invention also provides the working principle of said intelligent monitoring sterilizing cabinet and its concrete operation method.

In at least one embodiment of the present invention, a method for producing liquid hydrocarbons from biomass is provided. The method comprises pyrolizing the biomass with hydrogen (H2) to form bio-oil. The bio-oil comprises alkanes, alkenes, alcohols, aldehydes, ketones, aromatics, hydrocarbons or mixtures thereof. The H2 is formed from a carbon-free energy source.

The invention discloses an energy optimizing dispatching method of a home hybrid power supply system in a real-time power price environment. The energy optimizing dispatching method comprises the steps of establishing a flexible load working model according to a linear inequality constraint condition, obtaining electric energy matching between DG (distributed generation) and a load by use of a genetic algorithm (GA), performing automatic optimization by use of the information of the DG and the RTP (Real Time Price) and arranging the flexible load to operate at a lowest-price moment, developing a charge / discharge policy of an energy storage device to realize the energy re-planning of the DG, thereby satisfying the balance between supply and demand of the DG and the load, and finally, making up the difference between supply and demand in such a manner of supplying power to a storage battery or the load from a large power grid and reducing the power purchase cost to an utmost extent. The energy optimizing dispatching method of the home hybrid power supply system in the real-time power price environment provides detailed algorithm description for an actual smart home user as a test object; besides, the effectiveness of the developed policy in improving the utilization rate of the electric energy of the DG and the economic benefit of the user is proven through a series of experiments.

A accurate time measurement circuit. The design is amenable to implementation as a CMOS integrated circuits, making the circuit suitable for a highly integrated system, such as automatic test equipment where multiple time measurement circuits are required. The circuit uses a delay locked loop to generate a plurality of signals that are delayed in time by an interval D. The signal to be measured is fed to a bank of delay elements, each with a slightly different delay with the difference in delay between the first and the last being more than D. An accurate time measurement is achieved by finding coincidence between one of the TAP signals and one of the delay signals. The circuit has much greater accuracy than a traditional delay line based time measurement circuit with the same number of taps. It therefore provides both accuracy and fast re-fire time and is less susceptible to noise.

The invention provides a power system reactive power optimization method based on depth determination strategy gradient reinforcement learning. A deterministic depth gradient strategy algorithm is applied to the traditional power system reactive power optimization problem. The voltage state of the power system is sensed through a depth neural network, a corresponding action decision is then made by using a reinforcement learning method, a correct generator terminal voltage adjustment action, a node capacitor bank switching action and a transformer tapping point adjustment action are made to adjust reactive power distribution in the power system, the active power network loss of the power system is minimized. As the neural network is divided into an online network and a target network, association between parameter updating and adjacent training in each training process of the neural network is avoided, and the problem that reactive power optimization of the power system is caught in local optimization is avoided. On the premise of conforming to the security constraint of the power system, the economical efficiency of the operation of the power system is improved by reducing the network loss of the power system.

The present invention relates to a wireless communication field and discloses a carrier power division method and system in a same power amplifier to improve the power utilization ratio of the power amplifier. In the present invention, an instantaneous transmitting power is distributed to the carrier wave in the power amplifier when the sum of the biggest transmitting powers configured to each carrier wave is bigger than the rated gross power and when the sum of the instantaneous transmitting power of each carrier wave is smaller than or equal to the rated gross power, otherwise, the rated gross power is distributed to each power amplifier according to a predetermined rule in the power amplifier. If each carrier wave includes at least one wave carrying the R99 service and at least one wave carrying the HSDPA service, only the power of the R99 service distributed to each carrier wave can be restrained and the dump power can be obtained through subtracting the sum of the transmit power of the R99 service in each carrier wave by the gross transmit power of the power amplifier. Then part of or the whole of the dump power is distributed to the wave carrying the HSDPA service for transmitting the HSDPA service.

The invention discloses a cooperative relay security transmission method based on artificial noise interference, wherein the whole transmission process is completed in two time slots; in the first time slot, an information source broadcasts available information fused with artificial noise to a relay and an eavesdropper, and before broadcasting, the artificial noise is pre-coded by a null space orthogonal base of a channel from the information source to the relay, and the available information is pre-coded by using a maximal ratio transmission strategy; and in the second time slot, the relay decodes and transmits the received information, and meanwhile the information source sends the artificial noise to interfere the receiving of the eavesdropper. According to the cooperative relay security transmission method based on artificial noise interference, as interferences are implemented in both the two transmission time slots for the eavesdropper, the reception signal-to-interference-and-noise-ratio of the eavesdropper can be effectively reduced, thereby the system security performance is enhanced, and the security transmission of the information is ensured; in addition, in order to improve the use ratio of the system power, the power can be set through working out the optimal power distribution factor of the system, and thereby the optimal system security performance can be achieved with the lowest power consumption.

The invention discloses a safe transmission method of a physical layer in wireless communication, which is characterized by comprising the following steps of: a single-antenna desired user firstly transmits unencrypted request information to a multi-antenna base station; the base station receives the request information and estimates a signal path between the base station and the desired user with a frequency piloting sequence; the base station modulates bit to be transmitted into a constellation point symbol b (n) with a known phase position modulating mode, designs a fast-variable weighting coefficient, weights the constellation point symbol b (n) to be transmitted, and transmits the weighted symbol on selected Jrand antennas according appointed gross power; the desired user receives the weighted symbol, i.e. a weighting symbol, and decodes with a maximum likelihood method; and a wiretap user fast changes the weighting coefficient due to the process of the base station, can not decode with a blind equalization method, and can not decode with the maximum likelihood method, so that the method finally realizes the safe transmission.

The invention relates to a method of making aluminum and aluminum alloy through electrolyzing in low temperature, which belongs to the metal material field, characterized in that it uses the alumina or silicate mineral containing aluminum as raw materials, and gets anhydrous aluminum chloride after chloridization, then prepares AlCl3 ionic liquid with anhydrous aluminum chloride, and uses the AlCl3 ionic liquid as ionogen, the aluminum will be produced in the cathode while the chlorine will be discharged from the anode. When producing the aluminum alloy, preparing the alloy elements chloridate-AlCl3 ionic liquid through adding alloy elements chloridate MeCln to the AlCl3 ionic liquid, Using the direct current to electrolyzing, wherein the voltage is above the higher decomposition voltage of the aluminium chloride and chloridate and below the electrochemistry window of the ionic liquid, and the aluminum will be produced in the cathode while the chlorine will be discharged from the anode.

The invention discloses an ultra-short-term power load forecasting and early warning method based on a Kalman filter and wavelet echo state network. In order to solve the problem that noise and the like are contained in power load data, a Kalman filtering method is adopted to conduct real-time estimating on 'collected data', with the help of a forgetting factor, the weight of old-fashioned data is weakened, and prediction accuracy is improved. Before ultra-short-term load forecasting is conducted, firstly, a principal component is used for analyzing and determining main working procedures for influencing the change of a power load, the main working procedures are used as the input of a power load capacity prediction model, afterwards, wavelets are used for decomposing the loads of different spectral characteristics (high frequency, follow-up and stability) of the power load, echo state network singe power loads are respectively established for predicting and modeling, various forecasting components are integrated to obtain a total load variation trend, and ultimately an early warning test is conducted on the prediction model specified by a user.

The invention discloses a driving device of a hybrid electric vehicle. The driving device comprises an engine, a first motor, a second motor and a double-planetary-line gear transmission mechanism, wherein the double-planetary-line gear transmission mechanism is composed of a front planetary line and a rear planetary line, the front planetary line comprises a front sun gear, a front planetary gear, a front planetary carrier and a front gear ring, and the rear planetary line comprises a rear sun gear, a rear planetary gear, a rear planetary carrier and a rear gear ring. The driving device is characterized in that a brake is arranged on the front sun gear, the front planetary carrier is connected with the power output end of the engine and is further connected with a spindle of the first motor through a first clutch, the first spindle is further connected with the front gear ring, the front gear ring is connected with the rear planetary gear through a second clutch, the rear sun gear is connected with a spindle of the second motor gear, and the rear gear ring is connected with a power output shaft of a driving device body. The working efficiency of the motors is improved, the fuel consumption of the hybrid electric vehicle is reduced, and the production cost of the hybrid electric vehicle is also reduced.

An intelligent POE power source supplying system comprises a PSE device and a plurality of PD devices. The PSE device comprises a POE power module, a POE control unit, a micro-control unit, a power supplying pre-processing unit and a power supplying arbiter. The POE power module is connected with the power supplying pre-processing unit. The output end of the power supplying pre-processing unit is respectively connected with the input end of the POE control unit and the input end of the power supplying arbiter. The output end of the power supplying arbiter is connected with a main control unit which is connected with the POE control unit. The output end of the POE control unit is provided with a plurality of power supplying ports connected with the PD devices. According to the intelligent POE power source supplying system, the product cost is effectively reduced, one low-end POE chip is enough in the technical scheme, and it is enough that the chip has the basic detecting and power supplying functions. The power utilizing rate of the system is high, and when the system power supplying is not enough, the number of the power supplying ports of the system is maximal, and the power output is maximal.

The present invention relates to the field of communications. Embodiments of the present invention provide a signal sending method and device, which can effectively solve the problem of resource waste of user data resource elements and improve system power utilization. The method comprises: a base station determining a first parameter value of a user data Resource Element (RE), an initial parameter value of a Demodulation Reference Signal Resource Element (DMRS RE) and a compensation parameter value of the DMRS RE; the base station determining a second parameter value required for sending a DMRS according to the initial parameter value and the compensation parameter value; and the base station sending the DMRS, user data and the compensation parameter value to a user equipment, so that the user equipment demodulates the user data.

The method for power control in HSDPA includes Step A, the UE with the highest priority and having data to be transmitted is selected according to the algorithm, the channel resource is distributed to the UE, and the original power level is set. Step B, the transmission power is deduced when the channel quality meets the condition; Otherwise the CQI is checked, if the value of CQI is under the highest rate level, or the data is the re-transmitting data, the transmission power is increased, or the power is kept the same level. Step C, channel resource and the UE with the highest priority are checked, if there exist, then go to step B, otherwise the method is ended. So the redundant power can be used when several UEs are controlled at the same time, the efficiency and the throughput performance are improved, and the interface is reduced. The device for power controlling is given at the same time.

The invention provides a permanent magnet motor with an external spiral rotor and a permanent magnet suspension wheeltrack vehicular access system. The external part of the motor is provided with the external spiral rotor, so that larger output power is obtained with the same external diameter. The permanent magnet motor with the external spiral rotor is applied to efficient drive and efficient power generation recovery brake kinetic energy of a magnetic suspension train, can be used for driving a permanent magnet suspension wheeltrack subway, a permanent magnet suspension vehicle and a four-channel elevated railway passenger car, and is used for elevated permanent magnet suspension towing machine to convey cars or trucksin an enegy saving way. Due to the adoption of the elevated bidirectional four-channel permanent magnet suspension wheeltrack high-speed rail, the constructing cost of a permanent magnet suspension high-speed rail can be lower than that of the existing high-speed rail, and a realistic significance is realized on energy conservation of transportation sector and national energy-saving emission reduction.

The invention provides a wiring robot and wiring method for on-site calibration of a mutual inductor. The wiring robot for on-site calibration of the mutual inductor mainly comprises a wiring robot body. The wiring robot body comprises two sets of mechanical arms and manipulators. Each set of mechanical arms includes the X-axis mechanical arm, the Y-axis mechanical arm and the Z-axis mechanical arm, wherein the mechanical arms are driven by a ball screw structure to slide relatively. Each manipulator comprises an angle adjustment device and a wiring device, wherein the angle adjusting device comprises a wiring mechanical arm, and the front end of the wiring mechanical arm is connected with the wiring device through a rotating mechanism; and the wiring device comprises an installation base, a clamping mechanism is right arranged at the front end of the installation base, a connecting hole is formed in the upper end of the installation base, and a gluing device is arranged at the lower end of the installation base. According to the wiring robot and wiring method for on-site calibration of the mutual inductor, connection between a port of the mutual inductor and a wire can be completed automatically, and thus a worker is assisted in completing an on-site calibration task of the mutual inductor.

The invention relates to a high frequency pulse power supply for electric dedusting. A three-phase alternating-current power supply is supplied to a deduster electric field after passing through the high frequency pulse power supply for electric dedusting. The high frequency pulse power supply for electric dedusting includes a main loop switch, a pulse power generator, a high frequency fundamental wave circuit, a DSP controller, a detection circuit, and a coupling circuit. The pulse power generator and the high frequency fundamental wave circuit are connected between the main loop switch and the coupling circuit in parallel.

The invention provides a pulse interlacing-based inverse synthetic aperture radar (ISAR) imaging self-adaptive radar resource scheduling method. The method comprises the steps of 1, sending a small amount of pulse for recognizing target characteristics; 2, calculating parameters such as observation dimension by using recognized results; 3, scheduling all radar imaging tasks by utilizing a pulse interlacing technology under the premise of meeting resource constraint; 4, carrying out sparse aperture observation imaging on the successfully scheduled takes. The method greatly improves the scheduling success rate and resource utilization rate of a system. After the imaging target characteristics are recognized, the saturation capacity of the system can be concluded by means of a changing curve of an average interlacing degree, so that the scheduling method is more effective.

The invention discloses a low-frequency PWM and single neuron self-adaption-based ultrasonic motor control system. According to the system, a traveling wave ultrasonic motor is adopted as a control object, a serial port driving circuit is used for sending the steering, rotating speed, turning angle information into a serial communication SCI interface of a high-speed microprocessor DSP through a system information interface, and the DSP calculates low-frequency PWM signals required by close loop control according to the input command and feedback information in running of the motor, and inputting the frequency, phase and amplitude control word of a DDS signal generator to a high speed microprocessor CPLD through SPI communication. The low-frequency PWM signals output by the DSP and the signal output by the CPLD are processed by a DDS-based symmetrical PWM signal generation unit and then sent to a USM driving unit, four pathways of symmetrical PWM signals are acted to a two-phase push-pull inverting circuit and a matching circuit to output two-phase sinusoidal voltage with certain amplitude, frequency and phase difference and drive the ultrasonic motor. The system has the characteristics that power supply utilization rate is high, the speed regulation range is wide, the running state of the motor is stable, and the system has self-adaption capacity and the like.

The invention provides an offshore solar energy, wind energy and wave energy complementary power generation device. The offshore solar energy, wind energy and wave energy complementary power generation device comprises a wave energy capturing device, a wind energy capturing device, a hydraulic transmission system, a solar photovoltaic panel, a power conversion system, a floating platform upper-layer deck, a floating platform lower-layer deck, a supporting column, an underwater buoyancy tank and a mooring system. The hydraulic transmission system is composed of a wave energy conversion hydraulic subsystem and a fan hydraulic subsystem. The wave energy capturing device and the wind energy capturing device are connected with the two subsystems correspondingly to drive a generator to generatepower, and are combined with electric energy generated by the solar photovoltaic panel through the power conversion system to form a microgrid, and the electric energy is stored in an energy storage device or directly supplied to a user. Main oil ways of the wave energy conversion hydraulic subsystem and the fan hydraulic subsystem are connected through communicating pipelines, and connection anddisconnection of the two main oil ways are controlled through a cartridge valve. When resources are good, the two subsystems operate independently; and when the resources are poor, the two subsystemsoperate in a complementary mode to drive the generator to generate power.

The present invention discloses a method for raising glass quality and its equipment. It includes glass melting furnace, clarifying zone and stirring zone, etc. It is characterized by that between glass melting furnace and stirring zone at least two parallel clarifying zones are set, the molten glass can parallelly flow through said clarifying zones, then can be collected in the stirring zone, so that it not only can meet the requirements for making large flow capacity of molten glass be passed through said clarifying zones, but also can raise glass quality.

The invention provides a modulation method based on an elliptically spherical function. With the design of the multiplexing time-domain orthogonal base band modulation waveform, a multiplexing base band premodulation is carried out. Signals after the base band premodulation at each branch are superimposed and synthesized in a time domain to form a path of signals, and then sine-wave carrier modulation is carried out to move the frequency spectrum of the signal to radiation frequency band and then the frequency spectrum is output. The waveform of the base band modulation adopts the elliptically spherical function with limited time-domain duration time and approximately finite frequency band. The frequency band of a communication system can rapidly approach to the Nyquist rate with the increase in the number of the time-domain orthogonal base band modulation waveform. Simultaneously, the system has better power utilization rate and is convenient and easy to realize.