111 results about "Power index" patented technology

The invention relates to open power system numerical simulation system and method based on cloud technology. A client submits a service request to a cloud dispatching center and acquires a specific service only after submission succeeds, and the service is provided by a selected resource device in a resource pool. A task allocation strategy of the cloud dispatching center is based on provided computer available computing power indexes, load of the resource devices in the resource pool is balanced, and idle hardware resources are shared for the resource provider with no effect on self-operation, and a software computing engine also has the advantage of convenience in maintenance and updating. Therefore, the open power system numerical simulation system based on cloud theory has the advantages that efficiency and flexibility in secondary development of power system advanced analysis programs can be improved greatly, and utilization rate of various hardware and software resources can be increased further.

Online recommendations are tracked through a forwarding service. The forwarding service can provide such statistics to an ad service, which can provide incentives to the recommending user and a consuming user. Example incentives may include an accumulation of points by the recommending user, a discount to the consuming user if a purchase is made in response to the recommendation, etc. To determine how much of an incentive each participant in the recommendation flow receives, a graph is created to model the recommendation flow and incentives are allocated using a cooperative game description based on this graph that associates each participant with a power index that represents that participants share of the incentive.

A method of evaluating a golf club is disclosed. The method includes a step (St1) of determining motions of the golf club during a swinging motion of a golf player including a period ranging from a time (Ts) to a time (Tf); a step (St2) of obtaining in a time series power index values (Pw) during the period ranging from the time (Ts) to the time (Tf), based on the result of the determination; a step (St3) of obtaining a power integration value (Sp) by integrating the power index values (Pw) during the period ranging from the time (Ts) to the time (Tf); a step (St4) of calculating club energy (Eg) of the golf club at the time (Tf); and a step (St5) of quantitatively evaluating club suitability based on the power integration value (Sp) and the club energy (Eg). Each of the power index values (Pw) is a value which is correlated to a power of a work provided from the golf player to the golf club.

A thermal surgical instrument having a system to control the delivery of power from an energy source to active element located on a tip. The system for controlling delivery to the tip may include a control algorithm which uses one or more measurements, such as tip current, SWR, and rapid changes in reflected power, to manage power without affecting cutting efficacy, and in a manner that may be imperceptible by a surgeon. The system may utilize a state machine to determine the current environment in which the tip may be in. Power delivered to the tip may be selectively managed according to a fixed power index or a repeatedly executed power profile.

An optical instrument comprising an eye refractive power measurement index optical system (50) for projecting an eye refractive power index in order to measure the refractive power of an eye (E) to be examined, a fixed index projecting optical system (10) for fixing / fogging the eye (E), an observation optical system (40) for observing the eye (E), a light receiving optical system (60), a ring plate (30) and an infrared LED (34) for projecting a cornea shape index used to measure the cornea shape of the eye (E), a ring plate (80) and an infrared LED (84) for projecting light to the center of the cornea via an objective lens (22), and an alignment index projecting optical system (70), whereby it is possible to project part of the cornea shape index onto the cornea (Ec) of the eye to be examined via the objective lens (22) of the observation optical system (40) for observation.

An electronic device includes a deviation value calculation unit which calculates a deviation value from the normal boundary of the relationship between a power index associated with the driving power and the measured rotational speed of the fan, a clogging detection unit which detects, based on the deviation value, clogging in an air duct through which the fan takes in air outside the case and sends it to the radiator, and a deviation value correction unit which corrects the deviation value in accordance with aging of performance of the fan to compensate for deterioration of the clogging detection capability of the clogging detection unit caused by the aging.

A power index computing apparatus that computes a power index for a circuit having one or more modules includes an obtaining unit that obtains estimated power consumption for a module in the circuit and a first computing unit that computes entropy based on a transition probability of an output signal of the module during a simulation period. The entropy is indicative of an expected value of a data volume output from the module, and the output signal is output to a destination that is external to the module. The power index computing apparatus further includes a second computing unit that computes a power index based on the estimated power consumption and the entropy, where the power index concerns power consumption for output of the output signal with respect to the estimated power consumption. An output unit of the power index apparatus outputs a result of the second computing unit.

The invention discloses an acoustic power multi-stage amplification traveling-wave thermoacoustic engine system, which consists of a loop structure formed by connecting N stages of thermoacoustic engine units end to end through resonant tubes and a load, wherein each unit is equal in length and unequal in cross sectional area; the units form a loop from large to small cross sectional areas or from small to large cross sectional areas, and the stages of the units are higher if the cross sectional areas of the units are larger; the resonant tubes are equal in length and unequal in cross sectional area; the cross sectional area of the resonant tube between the first and Nth stages of units is minimal, and the cross sectional areas of the other resonant tubes are enlarged along with the enlargement of the cross sectional areas of the units connected by the resonant tubes. When the system works, heat is converted into acoustic power under the temperature gradient of a reheater of each unit, the acoustic power is transmitted and amplified along the forward direction of the temperature gradient, and the amplified acoustic power is transmitted into the reheater of the unit of the next stage, and is amplified and transmitted to the unit of the stage after the next stage; most of the acoustic power which is amplified in multiple stages is consumed by the load, and the other is transmitted to the first stage of unit to continue the process. According to the system, an acoustic power index can be multiplied, so that a high-power load is favorably driven; the reheaters are positioned in a traveling-wave phase, so that thermoacoustic conversion efficiency is high.

Tooth-whitening strip articles, packages, arrays and methods including one or more tooth-whitening strip articles having a power configuration corresponding to a consumer desirable level of treatment, the tooth-whitening strip articles being enclosed in a package; a brand indicator disposed on the package; a line-up indicator disposed on the package, the line-up indicator including at least one line-up indicia selected from visual indicia, narrative indicia or combinations thereof; and optionally, a power specific indicator disposed on the package; wherein the line-up indicator associates the tooth-whitening strip article configuration with a corresponding whitening power, the association enabling a consumer to identify the appropriate tooth-whitening strip article configuration for a user.

The invention relates to the technical field of road building materials, and particularly discloses a method for evaluating a repairing effect of a steel bridge deck asphalt concrete pavement pit slot repairing interface. The method comprises the following steps: moulding an asphalt concrete test piece by using a gyratory compactor, cutting the test piece into two halves, and bonding the two halves of the test piece together by using a repairing agent; bonding the repaired test piece onto a steel plate mould; performing a loading test, and recording relevant data in the test process; when the maximum tension in a certain period is reduced to be 25% that in a first period, stopping the loading test; establishing a curvilinear relationship between the load and the displacement in each period to obtain fatigue fracture energy; establishing a relationship between the maximum load and the loading period number in each period, regressing to obtain a coefficient b of a power index fatigue equation. According to the technical scheme, the problem that in the prior art, -a method for pre-evaluating the repairing effect of a steel bridge deck asphalt concrete pavement pit slot repairing material is lacked is solved.