57 results about "Support matrix" patented technology

The invention discloses a cloud intelligent cervical vertebra rehabilitation pillow based on posture induction self-adaptive adjustment and a control method, and relates to the technical field of intelligent home and health monitoring. The method comprises the following steps: calibrating and generating a target steady-state equipotential plane model, wherein the target steady-state equipotential plane model is used for representing a preset mapping relation between a posture load vector of a user and a target support vector; continuously collecting real-time attitude load vectors of the user; determining a target support vector at a current moment based on the real-time attitude load vector and the target steady-state equipotential plane model; and in response to the target support vector at the current moment and a real-time support vector at the current moment, executing a support vector titration operation on a multi-domain pneumatic support matrix so as to drive the real-time support vector to approach the target support vector. The problem that in the prior art, the supporting state is fixed and cannot adapt to sleeping posture changes is solved, and the accuracy and comfort of cervical vertebra supporting are improved.

A method of providing education may be provided. The method of providing education may include: constructing a matrix-type curriculum database consisting of subject information corresponding to each curriculum for each technology; obtaining a language model corresponding to a student based on learning data of the student, and spawning a virtual NPC that provides an education service to the student in a metaverse space based on the language model; determining curriculum corresponding to the student based on the learning data; determining content corresponding to the student based on the curriculum and the learning data; and evaluating an achievement level of the student based on the learning data.

The invention discloses a method for printing a heterostructure material by using the same printing ink and application thereof. The method for printing the heterostructure material by using the same printing ink comprises the following steps: 1) preparing a support substrate and the printing ink; (2) adding different types of supporting substrates into different compartments of a container with a detachable partition plate respectively, and defoaming after the partition plate is detached, so as to obtain a heterostructure supporting substrate; and (3) the printing ink is loaded into a printing device, a printing head of the printing device extends into the heterostructure supporting matrix to conduct embedded 3D printing along a set printing path, crosslinking curing is conducted, an obtained workpiece is taken out, surface cleaning is conducted, and the heterostructure material is obtained. The embedded 3D printing technology and the silica gel cross-linking reaction principle are combined, the heterostructure material can be printed through the same printing ink, multiple nozzles and ink switching are not needed, and the device has the advantages of being easy to operate, high in universality, high in efficiency and the like and is suitable for large-scale industrial application.

The application discloses a filter core material and a preparation method thereof, and belongs to the technical field of water purification filter cores. The filter core material comprises the following components in percentage by mass: a honeycomb support matrix: 15-60%; a filter substrate: 30-40%; and a coating substrate: 0-50%. The filter core material and the preparation method thereof maintain a stable support structure during the preparation of a gamma-Al2O3 / BN composite ceramic layer through polypropylene and cellulose nanofiber. The filter substrate is obtained through gradient low-temperature sintering, effectively removes small particles and pollutants in water, and has excellent filtering performance. The active carbon fiber and polyether sulfone are coated on the filter substrate through electrospinning, which ensures good filtering performance and water permeability, improves the wear resistance and compressive strength of the filter core, and removes the honeycomb support matrix through high-temperature combustion, further improves the water permeability, and the active carbon fiber is physically activated during the combustion process, further improving the adsorption capacity.

The present invention provides a method for culturing organoids, the method comprising: a) disassociating unprocessed organoids to produce a cell suspension; b) sieving the cell suspension through a cell strainer to retain a sieved cell suspension containing cells of about 10 μm to about 1 mm in diameter, and c) seeding cells of the sieved cell suspension into a bioreactor in a cell culture medium comprising an extracellular support matrix.

The application discloses a kind of hardware acceleration system and method supporting matrix and tensor calculation, belong to high-performance computing and artificial intelligence chip design field.The system is based on the computing core array of annular interconnection, integrated uniform scheduling and variable unit USTU and configurable data flow controller CDC.USTU is responsible for the real-time analysis conversion of high-level tensor operation to optimized matrix multiplication GEMM subtask and completes uniform fine-grained scheduling;CDC dynamically configures the data flow mode of computing core array, storage access mode and inter-core communication logic according to the characteristics of subtask.The application realizes the adaptive mapping of neural network operator to bottom hardware data flow, can efficiently execute various tensor calculations, significantly improves hardware utilization, energy efficiency ratio and application flexibility.

A proposed composition comprising: a support matrix; several photoluminescent nanostructures distributed within the support matrix; a hindered amine stabilizer; and at least one of (i) an alkylalkoxysilane and a coordination polymer or (ii) a silanized coordination polymer.

The invention discloses a filter element material and a preparation method thereof. The filter element material comprises the following components in percentage by mass: 15-60% of a honeycomb support matrix; 30%-40% of a filter base material; 0-50% of a coating base material; the invention relates to the technical field of water purification filter elements. According to the filter element material and the preparation method thereof, a stable supporting structure is kept in the preparation process of the gamma-Al2O3 / BN composite ceramic layer through the polypropylene and the cellulose nanofibers, a filtering base material is obtained in a gradient low-temperature sintering mode, small particles and pollutants in water are effectively removed, and the filter element material has excellent filtering performance and is suitable for being used in water treatment. The activated carbon fiber and the polyether sulfone are coated on the filtering base material in an electrostatic spinning manner, so that the wear resistance and the compressive strength of the filter element are improved while good filtering performance and water permeability are ensured, a honeycomb supporting matrix can be removed through a high-temperature combustion manner, the water permeability is further improved, and in the combustion process, the combustion efficiency is improved. The activated carbon fibers are physically activated, so that the adsorption capacity is further improved.

An apparatus is configured to receive a first plurality of directive data structures, each directive data structure of the first plurality of directive data structures including a one or more first support control requirements associated with a supported platform and allocation of resources to a support matrix associated with the supported platform, the support matrix including a plurality of slots. The apparatus is further configured to allocate one or more resource data structures of a plurality of resource data structures to one or more of the plurality of slots of the support matrix according to the first plurality of directive data structures, and receive a slot allocation compliance matrix, where the slot allocation compliance matrix includes one or more compliance indications associated with the plurality of slots. The apparatus is further configured to apply a trained slot allocation machine learning model to the slot allocation compliance matrix and the support matrix to generate a second plurality of directive data structures.

[Method for manufacturing a rotor assembly of an electric drive machine, wherein the electric drive machine is designed as a current-excited synchronous machine and the rotor assembly has a rotor axis about which it rotates in planned operation, and furthermore the rotor assembly has at least one rotor recess which is arranged radially spaced from this rotor axis and in which at least one rotor winding is at least partially received, wherein this method comprises at least the following steps: - Providing the rotor assembly with the rotor winding already inserted in the rotor recess, - Application of a rotor support material by a fiber spraying process, wherein this rotor support material is a multiphase material during application, comprising at least one rotor support matrix material present at least initially in a liquid state and a rotor support reinforcement material present in a solid state in the form of a plurality of rotor support reinforcement fibers, - Transitioning the rotor support mass matrix material into the solid state.]

The application discloses a kind of solid sodium ion electrolyte membrane and preparation method thereof, with porous organic film as support matrix, inorganic solid electrolyte is used to prepare electrolyte solution and is coated on both sides of porous organic film, and is obtained by drying preparation.The electrolyte membrane provided in the application further reduces the film thickness while maintaining excellent mechanical properties, has good thermal stability, good mechanical properties.Both the mechanical properties and ionic conductivity of the organic solid electrolyte membrane can be improved, and the problems of poor processability and flexibility of the inorganic solid electrolyte membrane are also improved.The sodium ion battery internal resistance, capacity performance and cycle performance can be tested by extreme needle test without affecting sodium ion battery internal resistance, capacity performance and cycle performance.The preparation method of the solid electrolyte membrane is simple, the production efficiency is high, and batch production is easy to realize.

The utility model provides an asphalt pavement anti-rutting performance simulation test device, which relates to the technical field of road engineering and comprises a supporting base body, a mechanical loading mechanism, a depth measuring mechanism and a sensing and control system, the supporting base body comprises a base plate, a rotating supporting plate is arranged at the bottom of the base plate, and a mechanical loading mechanism is installed on the rotating supporting plate; in the operation process, the pressure head of the mechanical loading mechanism can apply load to the road surface, so that a track with a certain depth is formed; meanwhile, the depth measuring mechanism and the lever dial indicator work cooperatively to measure the depth of the track; the numerical value of the applied load and the data of the rut depth are recorded in the data recorder, and the corresponding comparison relation can be obtained by comparing the correlation between the numerical value of the applied load and the data of the rut depth at the same moment; the problem that in an actual road test, an existing device for testing the rutting resistance of the road surface cannot reflect the correlation between the applied load and the road deformation is solved.

The invention discloses a preparation method of a low-cost high-performance brake disc preform, which comprises the following steps: S1, mold selection and treatment: a cylindrical mold is selected as a support matrix for needling molding, and the diameter of a treated cylinder is less than or equal to the inner diameter of a target brake disc preform; s2, laying and needling a base layer, namely laying a layer of carbon cloth and a layer of net tire on the outer side of the cylindrical mold in a staggered and superposed manner along the circumferential direction according to a manner that a layer of carbon cloth and a layer of net tire are taken as a group of base laying units, and needling and fixing the base laying units by adopting needling equipment after each group of base laying units is laid; and S3, laying a chopped fiber reinforced layer: after needling of each group of basic laying layer units in the S2 is completed, uniformly laying a layer of chopped carbon fibers on one side, far away from the carbon cloth, of the net tire. According to the method, near-size forming is achieved while the performance is guaranteed, large-amount cutting in the later period is not needed, the raw material cost is reduced, and meanwhile the yield of products is increased.

The present application relates to a credible evidence reasoning method, apparatus and equipment for multi-source data fusion, which constructs a multi-source decision information system. In this multi-source decision information system, a support matrix is designed to quantify the correlation between multi-source data attributes, and the concepts of similarity and distance are combined to evaluate the relationship. First, multi-source data of different scales are converted into confidence distributions and given probabilistic meanings, so that the generated evidence can be applied to multi-scale data fusion. Then, a credible evidence reasoning rule is constructed, in which the credibility of the evidence is determined by its weight and reliability. By integrating multi-source data samples of different scales, the confidence distribution of the results is derived. This solves the problem of difficulty in determining the confidence distribution of evidence.

The application discloses a kind of heat storage type flexible phase change materials and preparation method thereof, the material includes continuous phase's flexible support matrix and dispersed phase's phase change heat storage core material;Flexible support matrix is based on the crosslinking network structure of grafting modified thermoplastic elastomer construction;Phase change heat storage core material is distributed in crosslinking network by physical confinement and chemical anchoring effect.Phase preparation method adopts unique gradient temperature and pressure coupling process, including pre-softening exhaust, initiation crosslinking and densification shaping three stages.The application solves the problems of low thermal conductivity, high temperature leakage and poor aging resistance of traditional flexible phase change materials in the temperature range of 40-80℃ through the synergistic effect of chemical bonding and three-dimensional network, and realizes the unity of high heat storage density and high shape stability.

The present invention relates to the field of display technology and discloses the application of ultra-high-light-efficiency perovskite quantum dot (PC) materials to mini modules. The method comprises the following steps: S1, synthesizing perovskite quantum dots: preparing perovskite quantum dots by hot injection in an inert gas environment; S2, anti-quenching treatment: coating the surface of the perovskite quantum dots with an anti-quenching layer, wherein the anti-quenching layer comprises an inorganic oxide shell or an organic polymer shell; S3, dispersing the perovskite quantum dots after the anti-quenching treatment in an organic solvent; S4, compounding the PC material; S5, patterning; and S6, curing and molding. By combining the quantum dot dispersion with the PC material, the PC material's excellent mechanical properties, chemical stability, and high heat resistance are utilized to provide a stable supporting matrix for the perovskite quantum dots. The composite material thus possesses both the high-light-efficiency luminescent properties of the perovskite quantum dots and the practical performance of the PC material, meeting the dual requirements of the mini module for both optical and physical properties.

The invention relates to a device for supporting matrix transpose multiplication calculation, which is particularly suitable for matrix multiplication operation in artificial intelligence algorithms such as a neural network. The device comprises an X vector input driving circuit, a Y matrix input driving circuit, a multiplication array and a configurable adder tree circuit. The adder tree circuit dynamically reconstructs and supports matrix multiplication calculation and matrix transpose multiplication calculation through a data distribution network. By multiplexing most circuits, hardware overhead is reduced, hardware efficiency is improved, power consumption is greatly reduced, different addition paths can be flexibly configured through the selector to support matrix multiplication and matrix transpose multiplication calculation, and therefore the effect of efficient and low-power-consumption calculation performance is achieved.

1. A microplate comprising a plurality of wells for receiving domes of a support matrix, each well of the plurality of wells comprising a bottom surface having at least one retention structure for providing mechanical retention of one of the assay samples, the at least one retention structure comprising a diameter and a height in the range of about 0.5 millimeters to about 5 millimeters, the ratio of height to diameter being in the range of about 10% to about 30%. 2. A microplate comprising a plurality of wells for receiving domes of a support matrix, each well of the plurality of wells comprising a bottom surface having at least one retention structure for providing mechanical retention of one of the assay samples, the at least one retention structure comprising a diameter and a height in the range of about 0.5 millimeters to about 5 millimeters, the ratio of height to diameter being in the range of about 10% to about 30%.

The embodiment of the invention discloses a processor supporting matrix multiplication and a matrix Reduce operator and an operation method. The processor comprises a systolic array formed by a plurality of calculation units, and supports floating point calculation of various matrixes, including matrix multiplication, matrix Reduce operator calculation and vector MAX / MIN evaluation calculation. By defining a special three-operand floating point calculation basic unit and cooperating with flexible operand distribution and scheduling, matrix multiplication, various matrix Reduce operators and maximum / minimum value solution of vectors can be supported, and the operational capability of a matrix calculation unit is applied to the maximum extent. Besides, the calculation basic unit array is realized in an array mode, and the maximum energy consumption ratio can be obtained under the condition that the calculation basic units are optimized and customized. In addition, the technical scheme provided by the invention can be applied to AI chips, NPU design, matrix operation units and the like.

This invention discloses a magnetically responsive artificial cartilage for passive wireless monitoring and its preparation method, belonging to the field of artificial cartilage technology. The method includes the following steps: S1, dissolving hydrogel material in deionized water to prepare a uniform hydrogel precursor solution; S2, pre-crosslinking a portion of the hydrogel precursor solution to prepare a hydrogel support matrix; S3, mixing magnetic powder into the remaining hydrogel precursor solution to prepare a magnetically responsive composite solution; S4, uniformly spreading the magnetically responsive composite solution on the upper surface of the hydrogel support matrix, and sequentially performing freeze-thaw treatment, heat treatment, and hydration treatment, followed by magnetization treatment to obtain the final product. This invention, through layered construction and specific post-processing techniques, endows the artificial cartilage with excellent mechanical stability, interfacial bonding strength, and sensitive magnetic response signal output capability, possessing both tissue support and intelligent monitoring functions, thus achieving passive wireless monitoring.

Pipeline element for the passive depletion of hydrogen crossover gases in an electrolysis plant, comprising a pipe section designed for integration into an oxygen line, characterized by:◯ flow engineering means for phase separation (12, 13) of the two-phase flow guided in the pipe section into a gas-enriched partial flow (15) and a liquid-dominated partial flow (16),◯ at least one catalytically coated support matrix (20) arranged in the region of the gas-enriched partial flow,◯ and a passive temperature stabilization unit (21) which is thermally coupled to the support matrix (20) and is designed to dissipate reaction heat to the outside.

The present invention provides apparatus and methods for production of tissue structures and organs. In some examples, a cleanspace facility may be equipped with modelling hardware and software, nanotechnology and microelectronic apparatus, and additive manufacturing equipment to print cells and support matrix to allow cells to grow into tissue structures and organs. Various methods relating to using and producing the tissue engineering system are discussed.

The invention relates to the technical field of lithium batteries, in particular to a gel electrolyte based on tetrafluoropyrrolidinium ionic liquid and a preparation method and application of the gel electrolyte based on the tetrafluoropyrrolidinium ionic liquid. The gel slurry is prepared from the following components in percentage by mass: 10 to 50 weight percent of polyvinylidene fluoride-hexafluoropropylene polymer, 20 to 80 weight percent of tetrafluoropyrrolidinium ionic liquid and 10 to 50 weight percent of lithium salt. By adopting the tetrafluoropyrrolidinium ionic liquid, the volatility and flammability of a gel system are effectively eliminated, the safety of the battery is greatly improved, and the fluorine-containing pyrrolidinium ionic liquid can better participate in an electrode interface reaction to form a stable and efficient SEI film, so that the cycling stability of the battery is remarkably improved, and the service life of the battery is remarkably prolonged.

The invention discloses a biological tooth root scaffold based on 3D printing and a preparation method and application thereof, and belongs to the technical field of biomedical materials. The biological tooth root scaffold comprises a 3D printed biological tooth root scaffold base body and CMC-BAPE at BMP7 nano-particles, the surface interface of the 3D printed biological tooth root scaffold base body is provided with an activated nano-whisker structure, and the CMC-BAPE at BMP7 nano-particles are adsorbed and fixed in the 3D printed biological tooth root scaffold base body. According to the preparation method disclosed by the invention, high-precision biological ceramic is prepared by combining 3D printing, excellent mechanical properties after high-temperature sintering are realized, surface and interface activity is reconstructed to promote cell adhesion and differentiation, and an anti-inflammatory cell differentiation promoting nano CMC-BAPE-coated BMP7 medicine is combined, so that personalized customization of the biological tooth root scaffold with high strength, high precision and immunomodulatory activity is realized; the method has a wide application prospect in the field of tooth loss repair.

The utility model discloses a kind of folding printers, comprising: control base, the both sides of the control base are equipped with positioning mechanism;Y-axis drive mechanism, setting at the top of the control base, the output end of the Y-axis drive mechanism is connected with lower platform support, the upper side of the lower platform support is connected with upper platform support, and four groups of mounting mechanisms are regularly connected between the upper platform support and the lower platform support matrix connection.This application is linked by X-axis drive mechanism and Z-axis drive mechanism linkage design, realizes the synchronous folding of XZ axis, combined with the movable gantry structure, in non-working state, print head module and related driving components can be folded to the position close to control base, greatly reduce the overall floor area of equipment, compared with traditional fixed structure printer, effectively solve the problem that storage space occupies too much, especially suitable for laboratory, small workshop and other limited space scenes.

The invention belongs to assembly structure division in the field of assembly sequence planning, and particularly relates to a method for automatically dividing sub-assemblies, which comprises the following specific steps of: 1, acquiring six interference matrixes of an assembly in the direction of an overall coordinate axis; 2, acquiring a static interference matrix, namely a connection matrix, of the assembly; 3, performing C + + programming on the connection matrix and the gravity direction interference matrix, and generating a support matrix based on an intersection taking mode; 4, firstly defining a basic part of the assembly body by utilizing the support matrix based on an actual assembly site; step 5, dividing sub-assemblies based on the support matrix; and 6, for the obtained sub-assemblies and basic parts, the assemblies are defined into an assembly hierarchy tree form conforming to an assembly site. The invention defines a sub-assembly division method based on an actual assembly site, the method can be used as a reference in a subsequent assembly sequence planning process, the assembly sequence of the sub-assembly layers can be planned firstly, and then the sequence of parts in each sub-assembly is planned.

The application discloses a kind of biological tooth root support based on 3D printing and its preparation method and application, belong to the technical field of biomedical materials.The biological tooth root support includes 3D printing biological tooth root support matrix and CMC-BAPE@BMP7 nanoparticles, the interface of the 3D printing biological tooth root support matrix has activated nanowhisker structure, the CMC-BAPE@BMP7 nanoparticles are adsorbed and fixed in the 3D printing biological tooth root support matrix.The application combines 3D printing preparation high-precision bioceramics, excellent mechanical properties after high-temperature sintering, interface activity reconstruction promotes cell adhesion differentiation, and combines anti-inflammatory and promotes cell differentiation nano CMC-BAPE@BMP7 drug, realizes the individual customization of high-strength, high-precision, immunoregulatory activity biological tooth root support, and has wide application prospect in the field of tooth loss repair.

Disclosed is a method for manufacturing an analysis chip for analysing a biological sample (1), which method comprises providing two support matrices (10), in each of which at least one through hole has been formed (11); providing at least one sheet (13) of solid and porous analysis material; superposing, in the following order, a (lower) support matrix (10a), the sheet (6) of analysis material and an (upper) support matrix (10b); mechanically assembling the two support matrices (10) and the sheet (13) of analysis material, during which a pressing force is applied at right angles to the lower and upper surfaces of the support matrices (10) so as to bring the support matrices (10) closer to each other.

Systems, apparatuses, methods, and computer program products are described herein for performing embedded printing of thick structured meat constructs. Bioinks can be formed from mixing myoblasts and a hydrogel precursor with a porous microgel to form a myoblast-microgel composite ink and from mixing adipocyte progenitor cells and a hydrogel precursor with a solid microgel to form an adipocyte progenitor cell-microgel composite ink. A cellular yield-stress support matrix material can be formed by mixing adipose-derived stem cells, endothelial cells, support cells, and a hydrogel precursor with a porous microgel. A thick, structured, meat construct can be formed by iteratively printing, into the cellular yield-stress matrix material, the myoblast-microgel composite ink to form muscle portions, the adipocyte progenitor cell-microgel composite ink to form lipid portions, and a sacrificial ink to form vascular network portions. Sacrificial ink is then removed to define a perfusable vascular network through the thick structured meat construct.

Growth or regeneration of damaged connective tissue of a subject is effected by combined administration of a support matrix and blood drawn from the subject and introduced between the support matrix and a damaged portion of connective tissue to form a coagulated blood clot at that location.