31results about How to "Improve power balance" patented technology

A new approach to speech recognition that reacts to concepts conveyed through speech, which shifts the balance of power in speech recognition from straight sound recognition and statistical models to a more powerful and complete approach determining and addressing conveyed concepts. A probabilistically unbiased multi-phoneme recognition process is employed, followed by a phoneme stream analysis process that builds the list of candidate words derived from recognized phonemes, followed by a permutation analysis process that produces sequences of candidate words with high potential of being syntactically valid, and finally, by processing targeted syntactic sequences in a conceptual analysis process to generate the utterance's conceptual representation that can be used to produce an adequate response. Applications include improving accuracy or automatically generating punctuation for transcription and dictation, word or concept spotting in audio streams, concept spotting in electronic text, customer support, call routing and other command / response scenarios.

A method of controlling and regulating a rotorcraft presenting a speed of advance that is high and stabilized, the rotorcraft including at least a main lift rotor (10), at least one variable pitch propulsion propeller (6), and at least one power plant for driving the main rotor(s) (10) and at least one propeller (6), said method consisting in using a first loop for regulating pitch or attitude, and a second loop for regulating speed by means of a control over the mean pitch of the propulsion propeller(s) (6), wherein the method further consists in controlling the deflection angle of a horizontal tailplane (30, 25, 35) by using a third loop for controlling and regulating said deflection angle of the horizontal tailplane (30, 25, 35) in order to minimize the total power consumed by the main rotor (10) and the propulsive propeller(s) (6), for a given speed and attitude.

A new approach to speech recognition that reacts to concepts conveyed through speech, which shifts the balance of power in speech recognition from straight sound recognition and statistical models to a more powerful and complete approach determining and addressing conveyed concepts. A probabilistically unbiased multi-phoneme recognition process is employed, followed by a phoneme stream analysis process that builds the list of candidate words derived from recognized phonemes, followed by a permutation analysis process that produces sequences of candidate words with high potential of being syntactically valid, and finally, by processing targeted syntactic sequences in a conceptual analysis process to generate the utterance's conceptual representation that can be used to produce an adequate response. Applications include improving accuracy or automatically generating punctuation for transcription and dictation, word or concept spotting in audio streams, concept spotting in electronic text, customer support, call routing and other command / response scenarios.

In a method and device for the encoding / decoding of the power distribution at the outputs of a system, the distribution encoder comprises an element that receives a signal s(t) and a piece of distribution information i(t), and that superposes said piece of distribution information i(t) received on said signal s(t) received. The piece of information i(t) is used for the subsequent distribution of the total power Ps of said signal s(t) at said output or outputs {SΓ} of a system Γ. The distribution decoder comprises one or more inputs on which there is received an encoded signal c(t) or an encoded signal divided into several signal (cj(t))jepsi[1,2N] comprising the useful signal s(t) and the piece of distribution information i(t). It also comprises one or more outputs connected to the outputs {SΓ} of said system Γ to which said signal s(t) is transmitted by distributing the total power received Ps according to said piece of distribution information i(t). The disclosed method and device enable, for example, the fast, low-power switching of the outputs of a high-power system and the programming of a system with variable power outputs.

A capacitance based reactive power balancing current limited power supply (RPBCLPS) for driving floating DC loads utilizes capacitive reactance to limit current being supplied to a load, rather than inductance. A capacitor transfers charge from an AC current input to a DC load. A fuse electrically protects the capacitor from high frequency current harmonics. A diode clamp electrically protects the capacitor from voltage spikes. A rectifier converts the AC current input into DC current for driving the DC load. The reactive power balancing current limited power supply can be incorporated as a key component into reactive power balancing electrical power distribution systems. Such systems can comprise a grid configuration structured to distribute the AC electrical power from a utility source to a plurality of DC loads. Further, the DC loads can be cooperatively located to provide functional distributed capacitance throughout a substantial portion of the grid.

The invention discloses a rotary three-station bidirectional building material pressing machine. A three-station rotating disk rotates around a circle center; three groups of die frames are uniformly distributed on the three-station rotating disk at intervals; a lower die capable of moving in a longitudinal direction is positioned at the lower end of each group of die frame; a demoulding and stacking system comprises a demoulding and stacking device and a brick output conveyor; the demoulding and stacking device is used for demoulding a pressed building material and automatically stacking thebuilding material onto the conveyor tidily to be conveyed; the initial state of the three-station rotating disk is static; in the initial state, a material inlet of a feeding machine is opposite to one group of die frame, and the other group of die frame is positioned in a pressing region of the bidirectional pressing machine; the demoulding and stacking device of the demoulding and stacking system is opposite to the third group of die frame; and the rotating direction of the three-station rotating disk is from the feeding machine to the bidirectional pressing machine, and the single rotatingangle is 120 degrees. With the rotation of the three-station rotating disk, the feeding machine, the bidirectional pressing machine and the demoulding and stacking system perform feeding, pressing, demoulding, stacking and transmission on the three groups of die frames in real time, so the production speed is increased greatly.

In a method and device for the encoding / decoding of power distribution at outputs of a system, a distribution encoder includes an element that receives a useful input signal and a piece of distribution information, and that superposes the piece of distribution information received on the input signal. The piece of information is used for the subsequent distribution of the total power of the input signal at an output or outputs of the system. A distribution decoder includes one or more inputs that receive an encoded signal or an encoded signal divided into several signals including the useful signal and the piece of distribution information. Further, one or more outputs are connected to the outputs of the system to which the useful signal is transmitted by distributing the total power received according to the piece of distribution information. The method and device enable, for example, fast, low-power switching of the outputs of a high-power system and the programming of a system with variable power outputs.

The invention relates to a hydraulic drive (2) having a main pump (8), which can be adjusted in terms of delivery volume and delivery direction, and having a hydraulic motor (9), which main pump (8) and hydraulic motor (9) are connected to one another in a closed circuit via pressure lines (10A, 10B), and having a charge pump (14, 15) for charging into the closed circuit and for supplying pressurized fluid to at least one controlling device (11, 12), wherein the charge pump (15) has a separate drive motor (19) whose power / rotational speed can be specified independently of the rotational speed of the drive (3) of the main pump (8). In this way, the charge pump (15) can be of smaller dimensions than previously conventional, and the power balance of the hydraulic drive can be improved.

A method for feeding electrical power into an electrical supply grid by means of at least one wind power installation or of a wind farm having a plurality of wind power installations at a grid connection point, wherein a plurality of energy generators feed power into the electrical supply grid and a plurality of consumers draw power from the electrical supply grid so that a power balance between the infed power and the drawn power results in the electrical supply grid, which power balance is positive when more power is fed in than drawn, and the method comprises the following steps: monitoring of a power indicator that is representative of the power balance in the electrical supply grid, determination of an amount of balancing energy depending on the power indicator, infeed of a basic electrical power depending on the available wind power, and changing of the infeed of the basic electrical power by the determined amount of balancing energy.

The invention discloses an MMC topology-based distributed hybrid energy storage and power compensation system. A single-star topological structure is adopted; sub-modules comprise energy storage medium parts and power level parts; each energy storage medium part comprises at least one energy storage battery and a capacitor; the batteries and the capacitors are connected to a main circuit loop through power-level different ports; and each power level part comprises a bridge arm module structure or a T-shaped module structure comprising power switches and power diodes. By the system, a high-current power reactor does not need to be used on the basis of not significantly increasing the number of the sub-modules; the power levels of the sub-modules are multiplexed; two kinds of energy storage mediums of the energy storage batteries and the capacitors are dispersedly distributed into various sub-modules to facilitate power balance on various energy storage mediums; and cooperative work of multiple mediums is conducive to technological economy consideration and optimization of an energy storage technology in multiple dimensions of the lifetime, the response speed, the conversion efficiency and the like.

An optimal scheduling method for a multi-energy complementary power generation system. This method applies a coordinated scheduling method when the wind power generation system and the pumped energy storage power station are connected to the large power grid. The coordination problem between loss and complementary system economic optimization objectives. At the same time, the consumption problem of wind power generation is also considered, and a coordinated dispatch strategy is proposed to optimize the overall system including wind power generation and pumped storage power stations. Therefore, by using the particle swarm intelligent algorithm, the present invention can provide flexible, safe and reliable technology for the interior of the wind power generation system, between the wind power generation system and the pumped storage power station, and between the complementary system and the large power grid, and realize flexible economic dispatch , and guarantee the stability of the complementary system.

The invention discloses a rotary three-station bidirectional building material pressing machine. A three-station rotating disk rotates around a circle center; three groups of die frames are uniformly distributed on the three-station rotating disk at intervals; a lower die capable of moving in a longitudinal direction is positioned at the lower end of each group of die frame; a demoulding and stacking system comprises a demoulding and stacking device and a brick output conveyor; the demoulding and stacking device is used for demoulding a pressed building material and automatically stacking thebuilding material onto the conveyor tidily to be conveyed; the initial state of the three-station rotating disk is static; in the initial state, a material inlet of a feeding machine is opposite to one group of die frame, and the other group of die frame is positioned in a pressing region of the bidirectional pressing machine; the demoulding and stacking device of the demoulding and stacking system is opposite to the third group of die frame; and the rotating direction of the three-station rotating disk is from the feeding machine to the bidirectional pressing machine, and the single rotatingangle is 120 degrees. With the rotation of the three-station rotating disk, the feeding machine, the bidirectional pressing machine and the demoulding and stacking system perform feeding, pressing, demoulding, stacking and transmission on the three groups of die frames in real time, so the production speed is increased greatly.

The invention discloses a 50-ampere power consumption balanced-type high-power constant-current source and belongs to the technical field of electronic equipment. The constant-current source is structurally characterized in that a voltage control module (1) generates continuous adjustable voltage signals VC for controlling a transconductance amplifier (3), the transconductance amplifier (3) generates a constant current signal for driving a load (5), a safety protection circuit module (4) provides security protection for the load, and the output port VA of the voltage control module (1) and the output port VF of the transconductance amplifier module (3) are connected to the mode selecting input end of an output display module (2). The invention provides a constant-current source for driving a high-power semiconductor laser array, and the maximum output current of the constant-current source can be up to 50 amperes; and the constant-current source is of a power consumption balanced-type structure, so that the power loss and heat are uniformly dispersed and timely discharged and then not accumulated, and the redundancy of a constant-current driver is enhanced, thereby improving the stability, reliability and maximum output current of the high-power constant-current source.