62 results about "Microcell" patented technology

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 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.

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.

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 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.

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.

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.

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, each microcell comprising a protrusion structure, the protrusion structure having one or more wells.

A fragrance delivery system is disclosed whereby multiple fragrances can be released on demand. The fragrance delivery system includes a plurality of microcells, wherein each of the plurality of microcells is filled with a fragrance composition. Each of the plurality of microcells includes an opening, the opening being spanned by a porous sealing layer. The fragrance delivery system provides a tool to deliver a customizable olfactory effect in the vicinity of the fragrance delivery system.

The invention belongs to the field of sample ultrafast spectral optical detection, and particularly relates to a microscopic in-situ high-pressure pumping-pushing-detecting three-beam spectral measurement system, which comprises a femtosecond laser light source and a beam splitting module, wherein the femtosecond laser light source and the beam splitting module are used for splitting a fundamental frequency pulse into a pumping path, a pushing path and a detecting path which are respectively input into corresponding modulation modules; the pump light modulation module performs frequency multiplication and modulation on the pump light; the light modulation module is driven to independently tune the wavelength and introduce a first time delay; the probe light modulation module introduces a second time delay and generates super-continuous white light. The beam combining module modulates the three paths and then combines the three paths into one beam. The dual-mode detection module selects a reflection mode or a transmission mode to collect signals, and then the signal acquisition and processing module generates spectral data. And the microscopic imaging module and the detection light path partially coincide to observe the sample and the light spot in real time. According to the invention, active tracking and multi-dimensional analysis of ultrafast intermediate state dynamics in a high-voltage microcell sample are realized by combining a three-beam time sequence with high-voltage, microscopy and dual-mode detection.

The invention relates to a silicon photomultiplier device and an operation method thereof, a light detection and distance measurement sensor and a vehicle. Silicon photomultiplier linearity using bias current. A silicon photomultiplier (SiPM) device includes a single photon avalanche detector (SPAD) configured to selectively conduct an output current in response to detecting a photon; a current source defining a microcell power supply node and configured to supply an output current to the microcell power supply node; and at least one active device connected between the microcell power supply node and the SPAD and configured to selectively conduct an output current between the microcell power supply node and the SPAD. The current source has a first load capacitance at the microcell supply node and the at least one active device has a second load capacitance. The SiPM device also includes a current regulator configured to conduct a pre-charge current from the microcell power supply node to pre-charge each of the first load capacitance and the second load capacitance.

The invention provides a metamorphic rock boron enrichment mechanism comprehensive investigation system based on a micro-area in-situ technology. The system comprises a sample target preparation and characterization module, a combined micro-area in-situ analysis module, a data integration and processing module and a space-time correlation and evolution sequence reconstruction module which are connected in sequence. The method comprises the following steps: establishing a uniform space coordinate system, and sequentially calling an electronic probe, a laser ablation mass spectrum, an ion probe and other micro-area analysis instruments to carry out collaborative analysis on the same sample target to obtain data of mineral components, trace elements, boron isotopes and zircon U-Pb-Hf isotopes. The system carries out automatic fusion and mineral generation intelligent identification on multi-source data, couples a geochemical model and a machine learning algorithm, constructs a boron element geochemical behavior evolution sequence model taking absolute time as an axis, and realizes quantitative description of the whole process of source, migration and enrichment of boron in an open system. According to the method, the systematicness and the accuracy of the study on the boron enrichment mechanism of the metamorphic rock are remarkably improved.

The invention relates to the technical field of coal component detection, and provides a coal component anti-interference detection method and system based on laser double-spectrum fusion. Pulse laser and continuous laser are adopted to excite the same microcell to generate LIBS plasma luminescence and Raman scattering respectively, Raman signals are collected firstly and then LIBS signals are collected through sequential control, and original double-spectrum data are obtained. A self-adaptive variational mode decomposition algorithm is adopted to carry out intelligent denoising processing on a spectral signal, a particle swarm algorithm is utilized to optimize decomposition parameters, and accurate separation of useful information and noise components is realized. And establishing a sparse coding optimization model and solving a sparse coefficient vector by adopting an alternating direction multiplier method. A Raman signal of a characteristic peak of carbon in coal is selected as an internal standard, and LIBS plasma state change is corrected in real time. According to the method, the advantages of two spectrum technologies are fused, the detection precision, the reproducibility and the anti-interference capability are remarkably improved, and a reliable technical means is provided for coal quality control and industrial application.

Techniques are described for enhancing microcell (e.g., cellular) performance in environments with diverse and dynamic network demands. For example, microcells equipped with distributed units (DUs) and intelligent controllers leverage machine learning (ML) to anticipate and respond to network conditions. Features include predictive user equipment (UE) reallocation and beamforming for targeted signal optimization. Microcells dynamically adjust configurations to maintain quality of service (QoS), prioritize critical UEs based on service level agreements (SLAs), and optimize resource allocation.

The utility model discloses a kind of photoelectric converter collocates optical filter's partial discharge detection and diagnosis device, comprising: SiPM optical sensor array, for capturing the optical signal generated by partial discharge, each sensor is composed of multiple parallel avalanche photodiode microcell;Multiple groups of optical filter, cover 300-800nm waveband, include 300-400nm, 400-500nm, 500-600nm, 600-700nm, 700-800nm five independent wavebands, the light transmittance of each waveband is greater than or equal to 90%, cutoff band attenuation is greater than or equal to 40dB;Signal processing unit, including transimpedance amplifier and decision tree analysis module, the transimpedance amplifier uses double power supply, gain is controlled by adjusting resistance RF and capacitor CF, the decision tree module is based on multispectral signal proportion and realizes discharge type classification;Sealing device, by epoxy resin integrated molding, inert gas is filled in inside, there is the center round hole for the installation of optical filter and the side hole of power supply / signal line goes out;Support unit, including upper and lower epoxy flat plate, interval 40mm, for fixing SiPM array and measured epoxy glass plate.

The invention discloses a method for evaluating the hot spot life of a solar photovoltaic module, and belongs to the technical field of solar photovoltaics. The method comprises the following steps: constructing a photovoltaic cell parallel micro-unit model and a single-diode equivalent circuit, establishing an electric-thermal-structural coupling simulation model based on MATLAB / SIMULINK and ANSYS, and obtaining the electrical characteristics, temperature field and stress strain of a component through iterative simulation; then deducing a photovoltaic module and photovoltaic cell power correlation formula, establishing a multi-factor life degradation factor coupling model containing hydrolysis, ultraviolet degradation and thermal stress, and calculating the life by taking the relative power generation capacity attenuated to 0.8 as a threshold value; and finally, verifying the precision of the model through shielding ratio, hot spot number and distribution experiments and simulation. The method achieves the precise evaluation of the service life of the hot spot assembly, is suitable for photovoltaic assemblies of different topological structures, and can support the operation and maintenance decision of a photovoltaic power station.

The invention discloses a beam collaboration method, device, equipment, medium and product between macro and micro cells. The method executed by an interfered micro base station comprises the following steps: receiving special beam measurement information reported by a plurality of user terminals in a serving cell; determining at least one interference sample according to the signal strength difference threshold value, the serving cell signal strength and the adjacent cell beam signal strength in each piece of beam dedicated measurement information; when it is detected that the number of the interference samples meets a sample proportion threshold value, according to the serving cell signal strength and the adjacent cell beam signal strength corresponding to each interference sample, determining a target beam power decline value of an interference applying adjacent cell; and according to the target beam power drop value and the corresponding target beam information, generating target beam adjustment information, and sending the target beam adjustment information to an interference-applying macro base station corresponding to the interference-applying neighbor cell so as to indicate the interference-applying macro base station to perform beam adjustment. According to the invention, fine beam cooperation between macro and micro cells can be realized, and signal interference of a macro base station to a micro base station is effectively reduced.

The invention relates to a free-flow electrophoresis microcell device comprising a series of electrophoresis plates X, a watertight plate Y and a cooling plate Z comprising a heat transfer system, said plates being stacked in a hierarchy comprising electrophoresis chambers, each electrophoresis chamber comprising: a recess, the height h of which corresponds to the thickness of the electrophoresis plate X, said height being from 25 [mu] m to 20 mm; 4 to 9 consecutively aligned inlets and 4 to 12 consecutively aligned outlets such that the inlets and the outlets face each other; and supply and recovery channels connected to each inlet and outlet.

The utility model discloses a miniature indoor division beamforming antenna. The miniature indoor division beamforming antenna comprises a supporting assembly and an adjusting piece. The adjusting part is arranged on the supporting assembly, the antenna body is installed on the adjusting part, and the adjusting part is provided with a first-stage angle adjusting part and a second-stage angle adjusting part which are provided with a first connecting hole and a second connecting hole respectively, and the first connecting hole and the second connecting hole are located at different positions of the adjusting part. The adjusting piece can rotate around the two connecting holes, multi-angle adjustment of the antenna body is achieved, and any one of the adjusting pieces can be connected with the supporting assembly to adapt to different installation scenes. According to the antenna, the antenna is endowed with flexible angle adjustment capability through the design of double connecting holes and double-angle adjustment, the signal coverage direction and range can be accurately adjusted, and the indoor signal transmission efficiency is improved; meanwhile, the diversified installation modes simplify the installation process, enhance the adaptability to the complex indoor environment, and meet the indoor wireless signal coverage requirements of multiple scenes such as shopping malls, office buildings and the like. According to the technical scheme, the problem that angle adjustment of a traditional antenna structure is limited in the prior art is solved.

The present invention relates to a sealing layer comprising a combination of polyurethane and poly(vinyl alcohol), where the poly(vinyl alcohol) contains acetoacetate functional groups in its molecular structure. The sealing layer is formed from an aqueous sealing composition and exhibits good water resistance and barrier properties to non-polar fluids. The sealing layer may be used to seal microcells of an electro-optic display. In one aspect, the present invention relates to a sealing layer comprising: (i) 40 to 95 weight percent poly(vinyl alcohol), based on the weight of the sealing layer excluding solvent, where the poly(vinyl alcohol) contains acetoacetate functional groups in its molecular structure; and (ii) 5 to 60 weight percent polyurethane, based on the weight of the sealing layer excluding solvent.

Techniques are described for enhancing microcell (e.g., cellular) performance in environments with diverse and dynamic network demands. For example, microcells equipped with distributed units (DUs) and intelligent controllers leverage machine learning (ML) to anticipate and respond to network conditions. Microcells dynamically adjust configurations to maintain quality of service (QOS), prioritize critical UEs based on service level agreements (SLAs), and optimize resource allocation.

The invention relates to the technical field of geological exploration, in particular to a method for obtaining the age of Rb-Sr in a potassium-rich mineral microcell. The technical operation process is simple, and complicated chemical pretreatment is not needed; various sample carriers (such as sample targets or rock slices and the like) can be directly analyzed, and high spatial resolution (50-100 microns) is achieved; the analysis speed is high (1t, 2 minutes); the Rb-Sr dating result has relatively high accuracy (100.1%-101.6%) and precision (superior to + / -2.3%).

Silicon photomultiplier linearity using bias current. A silicon photomultiplier (SiPM) device includes: a single photon avalanche detector (SPAD) configured to selectively conduct an output current in response to detecting a photon; a current source defining a microcell supply node and configured to supply the output current to the microcell supply node; and at least one active device connected between the microcell supply node and the SPAD and configured to selectively conduct the output current therebetween. The current source has a first load capacitance at the microcell supply node, and the at least one active device has a second load capacitance. The SiPM device also includes a current regulator configured to conduct a precharge current from the microcell supply node to precharge each of the first load capacitance and the second load capacitance.

A fragrance delivery system is disclosed in which multiple fragrances can be released on demand. The fragrance delivery system includes multiple microcells, each of which is filled with a fragrance composition. Each of the multiple microcells includes an opening, which is spanned by a porous sealing layer. The fragrance delivery system provides a tool for delivering customizable olfactory effects in the vicinity of the fragrance delivery system. The invention of the present application addresses the need for controlled release of fragrances by providing a delivery system in which fragrances can be released on demand.