122 results about "Microcell" patented technology

The invention relates to the technical field of corrosion monitoring, in particular to an intelligent pipeline corrosion monitoring and protection system which comprises a dynamic potential disturbance measurement module, a local microcell scanning module, a corrosion rate calculation module, a corrosion risk distribution analysis module and an environmental parameter compensation module. According to the invention, accurate measurement is realized, the spatial resolution is improved, and the current response change rate is calculated by measuring the reference potential of the surface of the pipeline, applying instantaneous disturbance, combining current change differential operation, dynamically tracking the corrosion process, improving the real-time response capability and arranging a microelectrode array to cover corrosion hot spots; the corrosion current density is solved by combining the electrochemical characteristics of the material, the corrosion rate is dynamically predicted, regional distribution is analyzed based on the change of the corrosion rate, the corrosion risk assessment precision is optimized, environmental factors are monitored, disturbance parameters are adjusted, interference is compensated, the monitoring accuracy under different working conditions is ensured, and data stability and protection measure optimization are guaranteed.

The invention discloses a microcell X-ray diffraction system and method and electronic equipment, and relates to the technical field of diffraction. Comprising an X-ray source, a detector and a bent crystal. The diffraction surface of the curved crystal is tangent to the Rowland circle, and the curved crystal is used for receiving diffracted beams. Diffracted beams meeting the Bragg diffraction condition pass through the bent crystal and then are collected by the detector; and the detector determines the structural information of the to-be-detected sample according to the diffraction information. In the system, light with different wavelengths is spatially separated through the bent crystal, overlapping of diffraction peaks is avoided as much as possible, the problem of errors caused by wavelength dispersion in multi-wavelength X-ray diffraction is solved, structure information of different depths of a sample can be obtained at the same time, and the requirements of mu XRD and fast XRD are met; besides, the bent crystal realizes the function of converting light spots on the sample to be detected into a plurality of light spots on a Rowland circle, the manufacturing difficulty is low, and practical application is facilitated.

Various arrangements for decreasing cellular network dead spots using microcells are detailed. A geographic map indicative of cellular network performance may be created. Using the geographic map, an area that has a cellular network dead spot can be identified. A subscriber database can be used to identify a subscriber address that is in a location to extend the cellular network within the dead spot. Based on analyzing the subscriber database to identify the subscriber address that is in the location to extend the cellular network, a microcell can be caused to be deployed at the subscriber address. Cellular services can then be provided using the microcell to various pieces of user equipment.

A collaborative inversion method for mechanical property parameters of a plating layer and an alloy layer of a pre-plated metal plate comprises the following steps: after a nanoindentation experiment is implemented on the surface of the plating layer of the metal plate to obtain indentation three-dimensional contour data, generating a load-displacement curve and indentation morphology data under each parameter combination through three-dimensional simulation as a training set; and learning a nonlinear mapping relationship between the multi-dimensional features and the mechanical property parameters of the material by using a neural network, and then determining the mechanical property parameters of the microcell of the multi-layer structure through inversion calculation. According to the method, through multi-layer structure micro-area mechanical property inversion, the inversion precision of mechanical property parameters of the plating layer and the alloy layer can be improved, the problem of brother materials is effectively relieved, meanwhile, the calculation efficiency can be guaranteed, and a reliable solution is provided for mechanical property characterization of a multi-layer structure material.

The embodiment of the invention discloses a cold cathode flat plate X-ray source capable of coding light emitting and a coding light emitting method, the ray source comprises a vacuum sealing cavity, a cathode assembly and an anode assembly, the cathode assembly and the anode assembly are arranged in the vacuum sealing cavity in a sealing manner, and the cathode assembly and the anode assembly are oppositely arranged at an interval; a vacuum working space for electron acceleration and X-ray generation is formed; the cathode assembly comprises a cathode substrate and a nano cold cathode electron source array arranged on the cathode substrate; the anode assembly comprises an anode substrate and a transmission anode target arranged on the anode substrate; wherein at least one of the nanometer cold cathode electron source array and the transmission anode target is in a coding state: when the nanometer cold cathode electron source array is in the coding state, the nanometer cold cathode electron source array comprises a micro-unit electron source array capable of independently addressing, and a preset coding pattern is formed; and when the transmission anode target is in a coding state, a metal coating with a preset coding pattern is formed on the surface of the anode substrate through a micromachining process so as to integrate a coding function.

The invention provides an advanced XL-MIMO design method and system for enhancing wireless augmented reality communication. The advanced XL-MIMO design method comprises the steps of S1, selecting and designing a required frequency band and determining system parameters; s2, a centimetre wave frequency band centralized mMIMO system is designed according to the parameters, the system comprises a base station BS and a plurality of multi-user MUs, the base station adopts hybrid beam forming, and a zero-forcing equalization technology is used for digital beam forming; s3, designing a distributed XL-MIMO system under the millimeter wave and sub-terahertz frequency bands according to the parameters; s4, establishing a channel model, acquiring 3GPP and BUPT channel data, and verifying the accuracy of the data; s5, performing simulation in the UMi scene of the urban micro cell; and S6, according to the simulation result, obtaining the maximum achievable data rate in the augmented reality XR scene. According to the invention, smooth and immersive experience is ensured, and a more efficient and more stable communication effect is realized in the aspect of selecting proper architecture and frequency band.

The invention discloses a ship tail gas dynamic purification method and device. A real-time monitoring network is constructed by collecting multi-point sensing data of ship tail gas and operation parameters of a purification device, a purification bottleneck area is recognized based on a closed-loop control loop, and encrypted arrangement of sensors is implemented to generate an encrypted monitoring field; collecting monitoring data from the encrypted monitoring field, performing disturbance compensation to form a steady-state measurement value, and constructing an adaptive control domain through the steady-state measurement value; absorbent activity evaluation is carried out on the self-adaptive control domain to extract attenuation characteristics, and the attenuation characteristics are reversely mapped into supplementary dosage to generate a feedforward control signal; analyzing and identifying a speed control step through microcell reaction kinetics, applying temperature regulation and control to the speed control step to generate activation energy compensation, and converting the activation energy compensation into a heating power instruction to form a thermal management sequence; a cooperative control sequence is generated based on coupling of a thermal management sequence and a stoichiometric balance table, the cooperative control sequence is decomposed into a fast and slow response control loop, and efficient and stable purification of ship exhaust is achieved.

A semiconductor device may include a plurality of single-photon avalanche diode (SPAD) pixels. The semiconductor device may be a backside device that includes a sensor wafer stacked with an integrated passive component (IPC) wafer. The sensor wafer may include the SPAD pixels in an array across the sensor wafer. The IPC wafer may include active microcells that include quench resistors and dummy microcells that omit or disconnect the quench resistors. The sensor wafer may be bonded to the IPC wafer through hybrid bonding. The regions with active microcells may form active areas of the semiconductor device, while the regions with dummy microcells may form inactive areas. In this way, the active areas and inactive areas of the semiconductor device may be configurable by adjusting the active and dummy microcells of the IPC wafer.

The utility model discloses a low-power-consumption intelligent necklace for shepherds based on dual-mode energy supply. The low-power-consumption intelligent necklace for the shepherds based on dual-mode energy supply comprises a necklace body, the necklace body is provided with a detachable core unit and a dual-mode energy supply unit, and the core unit is connected with the dual-mode energy supply unit; the core unit is a TPU shell in which a positioning chip, a movable sensor, a microprocessor and a communication module which are connected with one another are packaged, and the dual-mode energy supply unit comprises a flexible solar cell, a ceramic micro generator and a micro battery.

An optical computing device includes: one or more light-diffraction elements each of which includes microcells, wherein each of the microcells has an individually set thickness or refractive index; and an optical signal input section that simultaneously inputs an optical signal and a delayed optical signal obtained by delaying the optical signal to the one or more light-diffraction elements.

The invention relates to the field of new energy batteries, and discloses a new energy battery temperature monitoring control method comprising the following steps: deploying a multi-mode sensor array comprising a nanowire thermopile, a terahertz time-domain spectroscopy system and a flexible film temperature sensor; constructing a non-local heat conduction model, and introducing a heat flow relaxation time term and a non-local diffusion term to correct the traditional Fourier law; establishing a jump diffusion type stochastic differential equation of a microscopic heat source, and quantifying the randomness of lithium ion flux fluctuation and thermal runaway triggering; the optimal layout of the sensor is determined through a topological optimization algorithm, and the temperature field reconstruction error and the hardware cost are minimized. Through the cross-scale sensing fusion of the nanowire thermopile and the terahertz spectrum, the limitation of traditional single-point temperature measurement is broken through, and millisecond-level capture of the thermal behavior of an electrode-electrolyte interface microcell is realized. Compared with a method depending on surface temperature extrapolation in the prior art, the problem that microcosmic heat source recognition precision is insufficient is effectively solved, and the early-stage thermal runaway early warning capacity is remarkably improved.

The utility model discloses a miniature cell culture chamber suitable for ultrahigh-flux living cell imaging. The miniature cell culture chamber comprises a culture box with an opening at the front end, a culture plate is connected in the culture box in a sliding manner; a plurality of imaging grooves are formed in the culture plate; an adapter for placing a culture vessel is arranged at the top of the culture plate; the adapters and the imaging grooves are the same in number and are arranged in a one-to-one correspondence mode. A CO2 inlet and an N2 inlet are formed in the top of the incubator; an air filter, a heating module and a humidifier are arranged in the incubator; a lamp panel is arranged at the top of the incubator; lED lamps are distributed at the bottom of the lamp panel in an array mode. A transparent imaging plate is arranged at the bottom of the incubator. Through cooperation of the culture plate, the imaging groove, the imaging plate, the adapter, the LED lamp and other components, the living cell ultra-high-flux imaging device can achieve living cell ultra-high-flux imaging, is convenient to operate, high in space utilization rate and small in internal space, and can guarantee uniformity of internal gas, temperature and humidity.

An electrophoretic display with aligned microcell structure, comprising: a control substrate having a first surface and a second surface; a drive circuit layer, a control electrode layer, an electrophoretic layer, the drive circuit layer, the control electrode layer, the electrophoretic layer are sequentially arranged on the second surface of the control substrate; the electrophoretic layer has a microcell structure arranged above the control substrate and made of a polymer material, the microcell structure comprises a plurality of cell walls for defining a plurality of chambers filled with a colloidal solution, and the overlapping area of the cell walls and the control electrode in the projection direction of the viewing surface is less than 50% of the area of the control electrode.

The present application belongs to the technical field of mobile edge computing microservice, and particularly relates to an edge computing microservice deployment and task scheduling method based on microcell architecture in a 5G and Internet of Vehicles scenario.The method comprises the following steps: firstly, describing an edge computing network structure based on microcells in a 5G scenario; on this basis, systematically modeling the microservice deployment and task scheduling problem, with the optimization target being to minimize the delay of all users, which is mainly manifested as processing data upload delay; then, decomposing and completely solving the sub-problems to transform the original problem into a linear integer programming problem; and using an L2Box-ADMM algorithm to solve the linear integer programming problem.Test results show that, compared with other microservice deployment and task scheduling algorithms, the algorithm of the present application can find a microservice deployment and task scheduling strategy that satisfies the resource constraint condition and has smaller total delay, and can reduce the gap with the optimal solution by 35%.

The invention relates to colloidal quantum dots on a silicon photomultiplier microcell matrix. The techniques employ colloidal quantum dots (CQDs) in which a CQD layer is disposed on an array of SiPM microcells of an image sensor for an imaging module. The CQD layer and the microcell array are individually biased. A method includes biasing a CQD layer of an imaging module at a first voltage, and biasing an array of photomultiplier microcells at a second voltage. Upon receiving photons, the CQD layer generates charge in response. Charge moves from the CQD layer into the array, where at least one photomultiplier microcell amplifies the charge. A signal is then output from the imaging module in accordance with the amplified charge. This method can significantly improve the photon detection efficiency of the imaging element, which can be used in a wide range of applications such as lidar, medical imaging and night vision or in other weak light imaging scenarios.

The invention provides an indoor mobile phone positioning method, which relates to the field of positioning and comprises the following steps of: S1, detecting IMEI (International Mobile Equipment Identity), IMSI (International Mobile Subscriber Identity) and SUCI (Subscriber Identity Control Identity) information of a mobile phone in a target area through mobile phone code detection equipment, comparing with a pre-registration database, and identifying an unregistered mobile phone; s2, covering the mobile phone code detection signal to a target area through an indoor distribution system, wherein the indoor distribution system comprises a power divider, a coupler, a feeder line and an antenna; s3, arranging a signal switch at the joint of the power divider, the coupler, the feeder line and the antenna, and connecting the signal switch and the controller through an industrial field bus; and S4, the controller controls the on-off state of each switch through the independent codes of the signal switches, and dynamically divides signal coverage sub-regions. Through the indoor distribution system and the signal switch dynamic control module, dynamic signal coverage and area division of the target area are realized, and the problem that in the prior art, a positioning method based on base station signals cannot distinguish indoor micro areas is solved.

A variable light transmission device is disclosed and a method of manufacture of the same. The variable light transmission device comprises two light transmissive electrodes and a microcell layer having a plurality of microcells, each microcell comprising a protrusion structure and a channel, and including an electrophoretic medium. The opacity of the device is controlled by an applied electric field.

A variable light transmission device is disclosed that mitigates negative aperture diffraction effects and shows good switching speed between the open and the closed optical states. The device comprises a microcell layer disposed between two light transmissive electrode layers, the microcell layer having a plurality of microcells, each microcell including an electrophoretic medium. And each microcell comprises a protrusion structure and a channel.

The invention discloses a flexible micro-nano cross-scale integrated metasurface single-cell sensor and a preparation method thereof, and relates to the field of biosensing. The sensor comprises a PDMS flexible substrate layer, a micro-nano cross-scale structure layer and a gold metal film layer, the micro-nano cross-scale structure layer adopts a nesting design of a micron-scale single cell capture unit and a nano-scale plasmon structure, so that single cell precise limiting and local electromagnetic field multi-stage enhancement are realized, and the problems of poor adaptability and low sensitivity of a traditional rigid sensor are solved. According to the preparation method, a silicon-based template-replication forming-magnetron sputtering process is adopted, a silicon template is prepared through deep ultraviolet lithography and deep reactive ion etching, a gold film is deposited after a flexible micro-nano structure is copied by PDMS, and large-scale mass production of the sensor is realized. The sensor has excellent flexibility, biocompatibility and high detection sensitivity, can realize single cell level accurate and in-situ detection, is suitable for the scenes of early disease screening, cell biological analysis, personalized medical treatment and the like, and is simple in process and low in cost.

The invention relates to a free-flow electrophoresis microcell device comprising a succession of electrophoresis plates X, sealing plates Y, and cooling plates Z containing a heat transfer system, said plates being stacked in tiers comprising electrophoresis chambers, each electrophoresis chamber comprising a hollowed-out portion of height h corresponding to the thickness of the electrophoresis plate X, from 25 µm to 200 mm, with 4 to 9 successive aligned inlets and 4 to 12 successive aligned outlets, such that the inlets and outlets face each other, and supply and return channels connected to each of the inlets and outlets. (No figure)

The application discloses a sputum smear compliance detection method based on fragmentation processing and an AI model, and relates to the fields of artificial intelligence and medical treatment.The method first acquires a sputum smear full-image scanned by a low-power objective lens, obtains a field-of-view set through pretreatment and cutting and segmentation, carries out screening and sorting based on physical compliance of an L channel and staining compliance scoring of an ab channel in a Lab space, samples a to-be-detected field-of-view set in combination with a space non-overlapping requirement, cuts and clips the to-be-detected field-of-view into subgraphs through a sliding window, inputs the subgraphs into an optimized Transform detection network for detection, fuses WBC / EC counts through a redundancy elimination algorithm, and determines a compliance level according to a count mean value and generates a digital traceability report.The application adopts an SAHI framework and an optimized Transform network, solves the contradiction between microcell recognition accuracy and computing power, eliminates artificial subjective bias, takes into account detection efficiency and statistical representativeness, and is suitable for high-throughput sputum smear quality evaluation.

The application relates to a high-throughput testing device and method for simulating the crevice corrosion of spent fuel reprocessing boiling nitric acid, and belongs to the field of spent fuel reprocessing boiling nitric acid corrosion testing devices. The device combines continuously changing crevice widths with wire beam electrodes, so that each rod-shaped sample corresponds to different crevice widths, and the crevice corrosion electrochemical signals under different crevice widths are monitored at one time. Therefore, the device can capture the corrosion signals of a micro area, obtain the corrosion rules under different crevice widths, complete high-throughput electrochemical testing, integrate the signals captured by each micro electrode, and obtain the corrosion condition of the whole material. Meanwhile, polytetrafluoroethylene is used as raw material to manufacture a top wire, a bolt, a nut and a bottom support in the device, the device has good electric insulation performance and strong corrosion resistance, and can meet the electrochemical experiment under a high-temperature concentrated nitric acid environment for a long time. The simulation and research of the crevice corrosion under the boiling concentrated nitric acid environment are realized.

The purpose of the present invention is to provide a technique for obtaining plant-derived cells with higher efficiency, higher purity, or with better structure retention. This problem is solved by a method for preparing a cell-containing solution in which a cell-containing solution is obtained from a plant material, and the plant material is an inner layer portion obtained by removing an outer layer portion of a fruit or an outer layer portion obtained by removing an inner layer portion of a fruit.

A variable light transmission device is disclosed that mitigates negative aperture diffraction effects and shows good switching speed between the open and the closed optical states. The device comprises a microcell layer disposed between two light transmissive electrode layers, the microcell layer having a plurality of microcells, each microcell including an electrophoretic medium, and each microcell comprising a channel, a protrusion structure, the protrusion structure having one or more concavities.

Gravity-actuated display systems suitable for use as security markers, for example to incorporate into bank notes. The devices can be made very thin and flexible, yet are robust enough to endure the harsh conditions of paper currency in general circulation. Because the displays are gravity actuated, they do not require a power source or circuitry. The gravity-actuated displays can be fabricated using microembossing or photolithography and can be filled and sealed using roll-to-roll techniques. The microcells can also be patterned to provide custom designs, such as official seals.

The invention belongs to the technical field of semiconductors, and provides a method and a system for analyzing and evaluating the interface quality of an easy-to-oxidize semiconductor epitaxial thin film, and the method comprises the following steps: firstly, screening a proper material in an oxidation state through the measurement of surface potential by utilizing the operation atmosphere of high-purity inert gas, and then, carrying out differential capacitance measurement, and carrying out difference or differential processing on the measurement result to obtain related information of the interface of the material. The method is convenient to implement, high in measurement reliability and non-loss in detection, is suitable for an easily oxidized semiconductor epitaxial film, and supports high-space electrical measurement and analysis in a low-oxygen environment; the nano-scale high spatial resolution is realized, and the electrical property change of a tiny area at an interface can be captured; the method is of great significance in evaluating and analyzing the quality of the epitaxial interface of the semiconductor material and predicting and optimizing the device performance of related materials.

The invention discloses a microcell polarization pump photoluminescence detection system and a detection method, which can be applied to the technical field of semiconductor detection, and the system comprises a light emitting assembly, a first semi-reflecting and semi-transmitting lens, a detection light path guide assembly, a pump light path guide assembly, a beam splitter prism, a cage structure microobjective and a light receiving assembly. Wherein the light-emitting assembly is used for generating irradiation laser; the first semi-reflecting and semi-transmitting lens is used for dividing irradiation laser into a detection light beam and a pumping light beam; the two beams of light are respectively guided to the beam splitter prism by the guide assembly; the beam splitter prism is used for introducing a light beam into the cage-type structure microscope objective, and the light beam is focused on a sample to be detected by the cage-type structure microscope objective. A first photoluminescence light beam and a second photoluminescence light beam which are generated by exciting the sample to be detected are guided to the light receiving assembly through the beam splitter prism and are analyzed. Therefore, the microscope is introduced into the detection system to analyze the sample to be detected, so that the resolution of optical property characterization of the material is improved.

Dynamically configuring wireless access points (APs) in wireless local area networks (WLANs). Dynamically determines an AP configuration of cell size and frequency sub-bands of deployed dual-radio WLAN APs for improved network performance. In a first AP configuration, a first AP radio increases the power level of a micro cell while a second AP radio decreases the power level of a macro cell to provide a higher quality of service for the clients connected to the first and second co-located, same-band AP radios. If the increased power of the micro cell causes too much interference between the co-located, same-band AP radios, then a second AP configuration is dynamically applied to lock each AP radio on a different, non-overlapping frequency band, thus minimizing interference between the AP radios and improving network performance.

The invention provides a quasi-regular double six-discontinuous triangulation network construction method for potential sliding surface search of a side slope. The method comprises the following steps: iteratively generating a quasi-regular initial triangulation network adapted to the boundary of a side slope model; dividing the local part into six grids, and encrypting to generate a six-direction array arrangement topological grid; constructing a six-node triangular unit and a high-order discontinuous line data format; and solving and searching the potential sliding surface of the slope by a second-order cone programming model. The method not only adapts to the geometric boundary of a slope discrete model, but also can meet the special requirements of a quasi-regular double six-discontinuous triangulation network, and a six-direction through discontinuous grid structure in any tiny area is formed; meanwhile, local partitions can be further preset through the double six-discontinuous grids, resource consumption of grid units in non-critical areas is reduced, the double six-discontinuous grids are applied to limit analysis of upper limit finite elements, high-precision search of the potential sliding surface of the side slope is achieved through rapid solving of a second-order cone programming problem, and the search precision can be guaranteed while the calculation burden can be reduced.

A variable light transmission device is disclosed that mitigates negative aperture diffraction effects and shows good switching speed between the open and the closed optical states. The device comprises a microcell layer disposed between two light transmissive electrode layers, the microcell layer having a plurality of microcells, each microcell including an electrophoretic medium, and each microcell comprising a channel, a protrusion structure, the protrusion structure comprising a conoid geometric solid.