69 results about "Peak shift" patented technology

The invention discloses a fine prediction method of mobile communication network traffic based on user behavior mining, and the method comprises the steps: collecting the data of the core network sideof a mobile communication network, and forming complete Internet record log information for the collected mobility management data and Internet data according to each service event; establishing a multi-dimensional cell characteristic model including a user resident characteristic, a user movement characteristic, a time period peak shifting characteristic and a service development characteristicbased on the Internet record log information of the user, and counting basic data of each cell; performing random forest training classification on the basic data, and summarizing the cells into different classes according to user laws, business laws and load laws; and carrying out different time sequence prediction model training on different types of cells, carrying out continuous calibration, and establishing a service traffic prediction model system close to reality. The method provided by the invention effectively solves a series of problems of difficult prediction, long prediction period, large prediction and actual errors and the like in the past.

The invention provides a multichannel analyzer for use in a multichannel spectrometer, which comprises a standard spectrum calibrator for obtaining energy calibration parameters of said multichannel spectrometer; an environment background spectrum calibrator for obtaining parameters of a current and a previous environment background spectrum; a peak shift detector for analyzing the parameters of the current and previous environment background spectrum to determine whether a peak shift occurs between them and to determine a correction coefficient of the peak shift; and a parameter corrector for correcting the energy calibration parameters of said multichannel spectrometer using said peak shift correction coefficient. The invention also provides a method for correcting a peak shift of a multichannel spectrometer adapted in the multichannel analyzer. The method for correcting and the multichannel analyzer can correct and monitor the peak shift of the multichannel spectrometer in real time.

The invention discloses an external parking management implementation method for a community parking space based on big data. The method includes the steps: acquiring community information by connecting with a community vehicle management system, and acquiring registration information of users; acquiring position information of the users, and recommending parking communities for the users according to frequent parking areas registered by the users or query information of the users by comprehending information of four factors such as the distance between the frequent parking areas or query information of the users and starting places, current weather and traffic, surface parking lot cost of destination communities and real-time empty parking spaces of the destination communities. The method can solve the problems of recommendation of optimal parking communities in parking areas needed by the users and external parking management of the community parking space, a peak shifting community parking platform is provided, external parking of empty community parking spaces is achieved in a peak shifting manner, and parking difficulty during parking peak is relieved.

The invention discloses a sample preparation method by fusing medium-carbon ferrochrome and high-carbon ferrochrome, which comprises the following steps of: (1) suspending wall: fusing lithium tetraborate in a platinum crucible, and rotating the platinum crucible, so that the fused lithium tetraborate is evenly suspended at the side wall and the bottom of the surface in the crucible, and a fusion agent crucible is formed; (2) previously oxidizing: mixing oxidizing agent with a standard sample or a sample to be tested of the medium-carbon ferrochrome or the high-carbon ferrochrome, and oxidizing in the fusion agent crucible which is cooled to be room temperature; (3) fusing: fusing the previously-oxidized standard sample or the sample to be tested; and (4) preparing a sample glass piece: cooling the fused standard sample or the sample to be tested to be room temperature, and forming the glass piece of the standard sample or the sample to be tested by the fused sample. Therefore, the influence of line spectrum peak shift or spectrum peak shape change and the like to an analysis result caused by the inconsistent absorption and enhancement effect, the mineral effect, the surface effect, the granularity and the analysis element chemical valence among ferrochrome alloy elements can be effectively eliminated.

A resonator method and system for distinguishing characteristics of surface features or contaminants provides improved inspection or surface feature detection capability in scanning optical systems. A resonator including a surface of interest in the resonant path is coupled to a detector that detects light leaving the resonator. Changes in the resonance peak positions and peak intensities are evaluated against known changes for standard scatters in order to determine the material characteristics of an artifact at the surface of interest that causes a resonance change. The lateral size of the artifact is determined by de-convolving a known illumination spot size with the changing resonance characteristics, and the standard scatterer data is selected in conformity with the determined artifact size. The differential analysis using resonance peak shifts corresponding to phase and amplitude information provides an identification algorithm that identifies at least one artifact / material type is identified from matching known behaviors of artifacts / materials.

An atmospheric aberration sensor that uses two optically correlated images of a scene and the Fourier transform capabilities of a lens or other focusing element. The sensor receives light via an f-number matching element from a scene or from an external optical system and transmits it through a focusing optical element to an updateable display element such as a spatial light modulator or micro mirror array, which modulates the real time image from the focusing element with previous template image of the same extended scene. The modulated image is focused onto an autocorrelation detection sensor, which detects a change in centroid position corresponding to a change of the tip / tilt in the optical path. This peak shift is detected by centroid detection and corresponds to the magnitude of global wavefront tip / tilt. With a lenslet array and detector array, the system can also measure local tip / tilt and higher order aberrations.

The invention relates to the field of intelligent water supply management systems, and discloses an energy-saving peak-shifting intelligent water supply system based on a cloud technology. The energy-saving peak-shifting intelligent water supply system is characterized by comprising pump houses, water storage tanks, water pump units, water supply pipeline assemblies, data acquisition and transmission units, pump house monitoring units, intelligent water tank adjusting and controlling units, hydraulic data monitoring units, water quality monitoring and treatment units, pipe network hydraulic data monitoring units, a cloud platform server and a cloud platform big data analysis module. The energy-saving peak-shifting intelligent water supply system has the beneficial effects that at the moment which is not water use busy hours, the water storage tanks are subjected to regulation and storage as a whole, pipe network water supply resources are optimized and distributed, the instant water demand on a municipal water supply pipe network during the water use busy hours is reduced, the fluctuation range of the pressure of the water supply pipe network is narrowed, fluctuation of the pressure of the water supply pipe network is low, the phenomenon of leakage of the pipe network can be reduced, stable water supply of a water plant system is guaranteed, the rebuilding requirements of the water factory municipal water supply pipe network and the water supply pipe assemblies are lowered, and national water supply resources and ancillary facilities are saved.

In the diffusion-weighted imaging, amounts of distortion and amounts of phase offset of k-space data due to a temporally changing magnetic field error induced by eddy currents and vibrations associated with application of a diffusion-weighted gradient magnetic field pulse are corrected with good precision to improve image quality. Characteristic data for correcting distortion of k-space data are calculated for every position in the slice direction as peak shifts of projections observed between the cases of applying and not applying an MPG pulse. As the characteristic data, amounts of distortion in the read-out direction and the phase encoding direction and phase offset amounts in a slice plane are calculated.

The invention relates to a method for realizing a high-download rate photonic crystal demultiplexer with a reflection micro-cavity employing an implantation technology. In the method, a device structure for introducing the reflection micro-cavity and a microfluid implantation technology into a two-dimensional photonic crystal demultiplexer is designed, and a higher download rate is acquired by increasing the reflection micro-cavity at a specific position on the rear side of a download micro-cavity along a main waveguide direction; and microfluid with different refractive indexes is implanted into an air hole of a resonant cavity at different positions of the demultiplexer, so that a guide die of a photonic crystal is changed, a transmission peak shifts, and multi-channel wavelength demultiplexing is realized. The photonic crystal having a medium background air hole structure in a triangular lattice is utilized, and the method is closer to a silicon-on-insulator (SOI)-based photonic crystal manufacturing technology which is widely applied at present, and is high in realizability. The three channels have the transmissivity of over 95 percent, and good application of the method in photon integration and wavelength division multiplexing (WDM) can be acquired.

The invention discloses an electric water heater peak shifting parameter adjusting control system and a load management method thereof. The electric water heater peak shifting parameter adjusting control system is provided with a communication module, a single-chip microcomputer, a display setting module, a temperature detection module, a fault alarming module, a watchdog circuit, an output control module, a first heating element and a second heating element. Power consumer information and historical load data are extracted; distribution weights of yearly, monthly and weekly electrical loads of power consumers at 24 periods are calculated; distribution of daily 24-period sharp-peak flat-valley electrical loads of the power consumers is predicted according to the distribution weights of the yearly, monthly and weekly electrical loads of the power consumers at 24 periods; prediction periods of the daily 24-period sharp-peak flat-valley electrical loads of the power consumers serve as electrical parameters of the virtual energy storage control technology to conduct peak shifting control over the electrical loads. The peak shifting load control over peak clipping and valley filling of a power grid is achieved; the peak segment power consumption of electric water heaters is reduced, and the valley segment power consumption is increased; the peak-valley load difference of power grid operation is reduced, and the purposes of saving energy and reducing consumption are achieved.

A resonator method and system for distinguishing characteristics of surface features or contaminants provides improved inspection or surface feature detection capability in scanning optical systems. A resonator including a surface of interest in the resonant path is coupled to a detector that detects light leaving the resonator. Changes in the resonance peak positions and peak intensities are evaluated against known changes for standard scatters in order to determine the material characteristics of an artifact at the surface of interest that causes a resonance change. The lateral size of the artifact is determined by de-convolving a known illumination spot size with the changing resonance characteristics, and the standard scatterer data is selected in conformity with the determined artifact size. The differential analysis using resonance peak shifts corresponding to phase and amplitude information provides an identification algorithm that identifies at least one artifact / material type is identified from matching known behaviors of artifacts / materials.

The invention provides a multi-target orderly power utility ordering method based on power utility characteristics, accurately calculates user division load characteristic data, assesses power rationing effects of different orderly power utility schemes, and optimizes the orderly power utility scheme. In an off-peak scheme, users are sequentially ordered according to values of off-peak indexes. The larger the index is, the off-peak effect is better. A user with a large off-peak index is given priority to off-peak power rationing. In a rest-shifting scheme, ordering is based on values of peak-shifting indexes. A user with a large peak-shifting index is given priority to rest-shifting power rationing. In a time-staggering scheme, ordering is based on values of time-staggering indexes. A user with a large time-staggering index is given priority to time-staggering power rationing. The multi-target orderly power utility ordering method is advantaged in that three indexes are adopted to respectively indicate power rationing effects of users at different peak-shifting and off-peak measures, an orderly power utility effect assessment system is established by considering many factors such as clients, social economy and electric quantity, differences of users in the orderly power utility effect are quantified, and a decision basis is provided for the establishment of the orderly power utility scheme.

The invention discloses a method for correcting peak shift, wherein after the initial functional relation between the energy and the number of channels in a test spectrum is determined via a carbon peak, a hydrogen peak and a leak peak among characteristic peaks, multiple secondary trinomial fittings are performed by utilizing other peaks among the characteristic peaks, thus the final functional relation between the energy and the number of channel in the test spectrum is obtained; and then the characteristic peaks in the test spectrum are enabled to be similar to the characteristic peaks in a standard spectrum to the greatest extent via matching with the standard spectrum, thus the accuracy of the correction is improved.

The invention provides a user load response incentive integral calculating method. The method includes the steps that a power grid electrical load curve and a power grid power supply maximum value of a next day are predicted, time periods with power grid electrical load values of the next day meeting preset conditions are screened out to serve as peak shifting electrical time periods according to the power grid electrical load curve and the power grid power supply maximum value, and starting time and ending time are determined; peak shifting electrical response time of the peak shifting electrical time periods are determined; a user electrical load curve of the next day is predicted, electrical load values of the peak shifting electrical response time on the peak shifting electrical time periods are obtained, and electricity consumption of user participated peak shifting electrical down-regulation on the peak shifting electrical time periods is further calculated; a user load response incentive integral is calculated according to the electricity consumption of user participated peak shifting electrical down-regulation on the peak shifting electrical time periods. By means of the method, the user load incentive integral is calculated, a promotional quantification method is formulated, and then electricity customers can voluntarily participate in the peak shifting electrical process.

The invention provides a peak shifting reporting algorithm based on NB-IoT gas meter , which is characterized in that the NB-IoT gas calculates the gas meter reporting time according to the meter number, the reporting start time, the reporting end time and the discrete coefficient. When the NB- IoT IoT gas reporting time is reached, the gas meter begins to report the measurement, operation statusand other data to the IoT platform, because the meter number is not the same, so each NB-IoT gas reporting time is not the same, thus solving the problem that all the NB-IoT gas meters report too large data at the same time, which leads to network congestion and data loss problems.

The invention discloses a resident power consumer real-time off-peak transaction method based on an Internet platform. The method comprises the following steps: selecting a response target group of aregional power grid demand side; formulating a dynamic invitation mechanism according to the real-time peak clipping demand of the power grid, and sending the invitation mechanism to the response target group; and exciting the response target group according to the peak clipping feedback of the response target group. According to the method, a real-time invitation transaction mode is adopted to guide resident users to shift peaks, so that the load peak-valley difference is reduced, the peak regulation pressure of a power grid is relieved, and the network loss is reduced.

The invention discloses a moisture meter. The moisture meter is characterized in that an incident optical fiber is used for guiding a light source to irradiate a sample to be measured through a focusing lens; a receiving optical fiber is used for receiving light reflected by the sample to be measured and ensuring the incidence of the light onto a collimating lens; the collimating lens is used for projecting incident light onto an optical filter array in parallel; the optical filter array comprises optical filters with different wavelengths in a matrix; a focusing lens array and an array detector respectively comprise one-to-one correspondent focusing lenses and detector units; the optical filter array is used for dividing the incident light into a plurality of light beams with different wavelengths; the focusing lens array is used for respectively focusing and projecting the light beams onto the detectors; the array detector is used for obtaining a plurality of strength values; a mainframe is used for collecting the plurality of strength values generated by the array detector and calculating to obtain the moisture content of the sample to be measured. The measurement error due to absorption peak shift caused by the change of environmental factors, such as temperatures, and sample texture difference can be greatly reduced in a multi-wavelength matrix manner.

The invention discloses a city inland river peak discharge calculation method based on the precipitation process theory. The method includes the step 1.1 of dividing the drainage basin of a river channel into a plurality of sub-water-catchment partitions, and the step 1.2 of calculating the situations of two magnitudes of possible maximum flow QN which may happen to the downstream portion of any number N drainage port in the river channel, comparing the magnitudes of the possible maximum flow, and taking the larger value as the peak discharge of the river channel. The step 1.1 includes the sub-step 1.1.1 of numbering each water catchment partition from the starting point to the end point of the river channel, the sub-step 1.1.2 of dividing the water outlet number corresponding to each water catchment partition, and the sub-step 1.1.3 of calculating the area, the corresponding water catchment time and flow of each water catchment partition. The city inland river peak discharge is calculated by conducting peak shifting superposition on the flow of all the drainage openings of the river channel on the basis of the precipitation process theory, and the actual flow of city inland rivers can be accurately calculated under the design standard.

The invention discloses an Au@AgNCs-based sulfur ion detection method, which comprises: preparing an Au@AgNCs immobilized glass sheet as a plasma scattering test chip; placing the plasma scattering test chip on the object stage of a dark field microscope; adding 50-500 [mu]L of ultrapure water at the center position of the glass sheet surface to form a round water bead; making the water bead be positioned at the center of a light path by moving an operation platform; collecting the color pictures of the particles under the dark field microscope; collecting the scattering spectrums of the single nanoparticle under a micro-area scattering spectrometer; adding a sulfur ion solution to be detected to the water bead, and observing the scattering spectrum peak shift variation of the single nanometer probe; and finally calculating the standard curve between the sulfur ion concentration and the scattering spectrum movement, and calculating the sulfur ion concentration in the solution to be detected by comparing to the standard curve. According to the present invention, the detection method is based on the single particle LSPR technology, and has advantages of real-time property, fastness,accuracy, high sensitivity, and the like.

The invention relates to multi-polar micro-kinetic-energy drinking water as well as a preparation method and an application thereof. The multi-polar micro-kinetic-energy drinking water is prepared from raw water for drinking in an electromagnetic wave non-contact manner. By comparison with raw water for drinking, the ultraviolet absorption peak shifts for 25 nm-40 nm in the short wave direction, preferably, for 28-30 nm in the short wave direction and most preferably, for 30 nm or 28 nm in the short wave direction. Water is treated in the electromagnetic wave non-contact manner, no additive is added, the manufacture is simple, the production efficiency is high, the cost is low, and the prepared multi-polar micro-kinetic-energy drinking water has more extranuclear electrons in a high-energy-level non-radiation energy state.

Embodiments of the invention relate to a resource setting method and apparatus. The method comprises the steps of obtaining a distribution pressure value; in response to the situation that the distribution pressure value meets a preset condition, setting at least one distribution resource in distribution resources of a peak-shifting distribution time period and distribution resources of a target distribution time period, thereby enabling the distribution resources of the peak-shifting distribution time period to be more than the distribution resources of the target distribution time period; and in response to operation of receiving a request used for obtaining the distribution resources and sent by a terminal, sending the set distribution resources in the distribution resources of the peak-shifting distribution time period and the distribution resources of the target distribution time period to the terminal. According to the method and the apparatus, a user is guided to select distribution in the peak-shifting distribution time period by adjusting the distribution resources in different time periods, so that the distribution pressure of the target distribution time period is reduced.

The invention relates to a load identification method for a baseline load model based on a Bayesian classification method, and the method comprises the following steps: 1, determining whether any twogiven user characteristic quantities are in statistical correlation or not, and eliminating redundant characteristic quantities; 2, forming a training set by the user characteristic quantities which are subjected to judgment and statistics correlation and are subjected to redundant characteristic quantity elimination; 3, calculating a prior probability for each data category in the training set, and further obtaining a corresponding Bayesian probability; 4, calculating the baseline load of the prediction day by combining the Bayesian probability with the power load of the prediction day; and 5, identifying the peak shifting potential load by utilizing the obtained baseline load. Compared with the prior art, the method has the advantages that the single predicted daily baseline load is avoided, the peak shifting potential load cannot be identified, the data diversity is high, and the like.

In the diffusion-weighted imaging, amounts of distortion and amounts of phase offset of k-space data due to a temporally changing magnetic field error induced by eddy currents and vibrations associated with application of a diffusion-weighted gradient magnetic field pulse are corrected with good precision to improve image quality. Characteristic data for correcting distortion of k-space data are calculated for every position in the slice direction as peak shifts of projections observed between the cases of applying and not applying an MPG pulse. As the characteristic data, amounts of distortion in the read-out direction and the phase encoding direction and phase offset amounts in a slice plane are calculated.

The invention discloses a start-up system of a laser methane sensor with a peak shifting opening function. The start-up system comprises a plurality of laser methane sensors, a power supply bus, a plurality of power supply modules, a plurality of switches K0 and random number modules, the number of the laser methane sensors, the power supply modules, the switches K0 and the random number modules is the same, one end of the power supply bus is connected with a power supply, the other end is connected with all switches K0 in parallel, each switch K0 is connected with one power supply module, onepower supply module is connected with one laser methane sensor, one random number module is connected between each laser methane sensor and the switch K0, the problem that the sensors on the bus cannot be normally started up since the plurality of sensors are connected onto one power supply and when the sensors are started up simultaneously, and the instantaneous start-up current is greater underthe condition that an intrinsic safety power supply is used in a coal mine and the power supply distance is long and when a plurality of sensors which are hung on the same power supply bus are started up simultaneously can be solved.

The invention relates to a peak shifting control power socket based on virtual energy storage and a control method of the peak shifting control power socket based on virtual energy storage. According to the peak shifting control power socket based on virtual energy storage and the control method of the peak shifting control power socket based on virtual energy storage, real-time control voltage existing during peak shifting shutdown and real-time control voltage existing during peak-shifting voltage regulation are transmitted to the power socket through a peak shifting control interface, a double-pole double-throw peak shifting shutdown switch, a double-pole double-throw peak shifting voltage regulating switch, a peak shifting shutdown power socket, a peak shifting voltage regulating power socket and a power plug by means of an output control module of a power line carrier power utilization parameter receiving and controlling device, a power consumer determines whether the power socket responds to or does not respond to the relevant peak shifting control through selection through the double-pole double-throw peak shifting shutdown switch and the double-pole double-throw peak shifting voltage regulating switch according to requirements of the power consumer, different peak shifting control schemes can be adopted for the electrical load in different power utilization peak-valley time periods, the cycle working time of electric equipment is controlled reasonably, and peak shifting load control for peak load shifting of a power grid is achieved. By the adoption of the peak shifting control power socket based on virtual energy storage and the control method of the peak shifting control power socket based on virtual energy storage, load control for peak load shifting of the power grid is optimized, the peak-valley load difference existing during operation of the power grid is reduced, energy is saved, and consumption is reduced.

The invention discloses a small-molecule fluorescent probe with TS as a fluorophore and a preparation method and application of the small-molecule fluorescent probe. The triphenylamine is used as thefluorophore, salicylhydrzidate is used as a basis, and the small-molecule fluorescent probe has strong conjugate pi electronics, wherein the salicylhydrzidate and aldehyde groups are condensed to serve as chelation sites of metal ions, and after the small-molecule fluorescent probe is combined with copper ions, the fluorescence can be quenched; in the presence of the copper ions, the small-molecule fluorescent probe blocks transfer of the electronics in probe molecules, so that the fluorescence is from appearance to disappearance, ultraviolet absorption peaks shift to red, new absorption appears at the wavelength of 398 nanometers, along with increasing of the concentration of the copper ions, absorption peaks are gradually increased and transferred, it is shown that the metal ions are highly combined with the probe, it is achieved that the copper ions are precisely detected by using the fluorescence technology, and the ectogenic copper ions in living cells can be detected. Therefore,the small-molecule fluorescent probe has a good application prospect in the aspect of copper ion detection, besides, the synthesis method is simple, operation is convenient, and no harsh conditions are needed.

The purpose of the present invention is to provide a nonaqueous-electrolyte secondary battery which has high discharge capacity and high charge / discharge efficiency. The problem can be solved with a carbonaceous material of the present invention for the negative electrodes of nonaqueous-electrolyte secondary batteries. The carbonaceous material is characterized in that a plant is adopted as a carbon source, the potassium element content is 0.10 wt% or less and a true density determined by the butanol method is 1.35-1.50 g / cm3, and when the carbonaceous material is electrochemically doped withlithium and examined for lithium-nucleus NMR spectrum, then the spectrum has a main resonance peak shifted by 110-160 ppm to the lower-magnetic-field side of the resonance peak assigned to LiCl serving as a reference.

The invention provides an electricity utilization management peak staggering (peak shifting) strategy optimization method based on multi-objective programming. According to the method, a peak shifting influence factor index system considering five influence factors including the economy, the safety, the service, the management and the policy is built, the selection optimization strategy of the multi-objective programming based on the peak shifting influence factor index system is built, in addition, an implicit enumeration method is used for accelerating the model solving process, then, an optimization peak avoiding management scheme is made according to the model solving results, the peak load shifting effect is realized on a system load curve, meanwhile, the adverse influence on the local economy is minimum, the safety and the stability of the operation of an electric network are ensured, and the electric network economic benefits and the customer satisfaction level are maximized. The method has the advantages that the automation measure is adopted for making the peak avoiding scheme, dispatching personnel do not need to manually determine which electricity utilization customers are peak avoiding objects, the non-optimal feasible solutions are reduced through reinforcing the constraint conditions, the implicit enumeration method is adopted for accelerating the model solving speed, and the time complexity of the model solving is effectively reduced.