93results about How to "Guaranteed normal transmission" patented technology

This application discloses a dynamic form construction method, device, and medium, relating to the fields of software engineering and enterprise application development technology. The method includes: receiving a form request containing a view model identifier and request type based on a preset view parsing and execution engine; parsing a predefined view model according to the identifier to obtain its metadata, which defines the target business entity, view data object structure, field set, and filtering conditions; for data query requests, dynamically constructing and executing SQL statements based on the aforementioned metadata, obtaining raw data, performing aggregation and transformation, and generating structured view data that meets the front-end rendering requirements for return; for data submission requests, converting the data submitted from the front-end back into domain model data according to the same view model, and calling the business entity engine service to complete business logic verification and persistent storage, thereby achieving dynamic generation of the form view, decoupling of front-end and back-end logic, and ensuring business consistency.

The present application relates to the field of smart meter data acquisition, especially to a CPU occupancy-based meter data acquisition optimization method and system, the method comprising: obtaining the signal strength and working state of concentrator and meter nodes, establishing a data acquisition network model and calculating the load rate to reflect the network busy degree. Vector coding is used to generate initial particle swarm, each particle represents a data acquisition path, the transmission efficiency and communication quality of the path are evaluated, and the path score is obtained by weighted fusion based on the load rate. The particle with the highest score is selected as the global optimal solution to guide the particle swarm learning, the learning ratio is adjusted through the negative exponential function, the parent node vector is updated and iteratively optimized until the score no longer improves, the optimal path is output, and the data acquisition path optimization is completed. The present application dynamically adjusts the weight and optimization strategy, adapts to network changes, reduces the hop count, avoids weak signal links, and improves the transmission efficiency and stability of the data acquisition path.

The application belongs to the field of medical materials, and particularly relates to a metal core enhanced double-barrier piezoelectric nano system and a preparation method and application thereof. The preparation method comprises the following steps: first, a core-shell structure of'metal@mesoporous titanium dioxide@mesoporous barium titanate' is prepared through a step-by-step reaction, and then the target nanoparticles are obtained through lipid wrapping. The system innovatively constructs a double-barrier structure, can self-trigger active oxygen under a physiological pressure of 4 mmHg, realizes endogenous pressure self-driven treatment of malignant ascites, has the advantages of low pressure, high catalytic efficiency, long-term structural stability and good biocompatibility, solves the problems that existing treatment methods are highly invasive and depend on exogenous stimulation, and provides a new safe and efficient technical scheme for the treatment of malignant ascites.

The application discloses a device state analysis method based on a multi-level data architecture, and relates to the technical field of big data analysis.The method comprises the following steps: collecting device state data from a production control area of an electrochemical energy storage power station; performing protocol analysis, standardized conversion and measurement point mapping on the device state data in a management information area of the electrochemical energy storage power station to generate time sequence measurement point data; unidirectionally transmitting the time sequence measurement point data to a non-control area of the electrochemical energy storage power station through a forward isolation device; writing the time sequence measurement point data into a Kafka cluster for message buffering, and storing the time sequence measurement point data into a TDengine time sequence database by a consumer program; based on a configuration algorithm tool provided by an algorithm platform, performing algorithm modeling and instantiation on the time sequence measurement point data to generate a device state analysis algorithm; and executing an instance of the device state analysis algorithm through an algorithm center to output a device state analysis result.The application can accurately analyze the device state.

The application provides a kind of power grid equipment three-dimensional twin model slice simplification method based on visual relationship, belong to power grid three-dimensional visualization technical field, the method steps: the data format of power grid equipment three-dimensional model is unified and is parsed;Construct power grid equipment three-dimensional model object instantiation information;From model data, texture is compressed;Using octree structure is handled to model data slice and vertex optimization and monomer;According to octree structure, the model slice data after processing is merged, generates each level LOD;In three-dimensional network application end, according to the format requirement, the device and component instantiation of multiplexing are instantiated, load power grid equipment three-dimensional model in current window current level LOD data rendering.The application is compressed model vertex and texture data, multiplexing device and component instantiation, and load the LOD of current window, realizes the efficient transmission, loading and rendering effect of power grid equipment three-dimensional model data in the application without plug-in.

The utility model discloses a clamping device for metal steel pipe processing, which comprises a steel pipe clamping device, the two sides of the top of the steel pipe clamping device are fixedly connected with support rings, the inner sides of the support rings are rotatably connected with metal rods, and the surfaces of the metal rods are fixedly connected with hold-down rings. A servo motor is started, the servo motor drives a second bevel wheel to rotate, the second bevel wheel drives a first bevel wheel to rotate, the first bevel wheel drives a screw to rotate, the screw drives a lifting plate to move upwards, the lifting plate drives a toothed plate to move upwards, and the toothed plate moves to drive a gear to rotate. The gear rotates to drive the metal rod to turn over, the metal rod turns over to drive the pressing ring to press the steel pipe, the steel pipe can be fully fixed, the steel pipe can be clamped and fixed, follow-up machining and cutting are facilitated, an existing manual clamping mode is replaced, and therefore the efficient and automatic clamping effect is achieved.

This application relates to a signal transmission performance testing system, method, and electronic device for traffic lights. The system includes: a simulation module for generating original traffic light simulation data based on a target transmission test task; at least one roadside unit for broadcasting a combined signal generated from the original traffic light simulation data and real traffic light data to a preset signal coverage area after injecting the original traffic light simulation data; a vehicle terminal for extracting actual traffic light simulation data from the combined signal and generating corresponding traffic light recording data based on the actual traffic light simulation data; and an analysis module for analyzing the original traffic light simulation data and traffic light recording data to generate test results for the target transmission test task. This application's embodiments can flexibly simulate test scenarios through the simulation module and overlay simulated data and real data for unified broadcasting, ensuring the normal transmission of real traffic light information while completing performance testing.

The application discloses a three-core UTP cable, a three-core UTP wire harness and a camera module, comprising a differential signal line pair, a ground signal line, a filler and an outer insulation layer, the outer insulation layer wrapping the differential signal line pair, the ground signal line and the filler, and the filler being located between the differential signal line pair, the ground signal line and the outer insulation layer; the differential signal line pair comprises a first differential signal line and a second differential signal line, and the first differential signal line and the second differential signal line are twisted by a double-twisted wire structure; and the differential signal line pair and the ground signal line are arranged at intervals. The application provides a more stable and reliable grounding path, can effectively conduct electrostatic charges, avoids accumulation of static electricity on the camera module, and can effectively solve the ESD failure problem of the camera module based on the UTP wire harness.

This invention discloses a hydrazone-linked fluorine-substituted covalent organic framework material, its preparation method, and its applications, belonging to the field of semiconductor photocatalysis technology. The material is synthesized by hydrazone condensation of 1,3,5-trifluoro-2,4,6-tris(4-formylphenyl)benzene and terephthalohydrazide, denoted as F-TPDH-COF. A one-step solvothermal synthesis is employed, resulting in a mild, environmentally friendly, low-cost, and easily scalable process. The material obtained by this invention utilizes hydrazone bonds to achieve proton enrichment in acidic media, and fluorine atoms regulate the electronic structure to improve charge separation efficiency. Under pH=2 conditions, the photocatalytic hydrogen peroxide production rate reaches as high as 5825.2 μmolg. ‑1 h ‑1 Its activity and stability are significantly better than most existing COF photocatalytic materials, and it can be used for efficient photocatalytic preparation of hydrogen peroxide in acidic systems, showing good prospects for industrialization.

The application discloses an unmanned aerial vehicle wireless charging coupling system, a coil winding method and an unmanned aerial vehicle, and belongs to the technical field of unmanned aerial vehicle charging. The charging coupling system comprises a transmitting device and a receiving device, the transmitting device comprises a transmitting coil, the receiving device comprises a receiving coil, and further comprises a landing device, the receiving device is arranged on the landing device, and the transmitting device is arranged in a parking area; the transmitting device comprises a ferrite, the ferrite comprises a connecting portion and a stepped symmetrical protruding structure extending outward at the end of the connecting portion, the ferrite as a whole is in a U shape, and the transmitting coil is wound vertically in the U-shaped structure of the ferrite; the receiving device comprises a soft magnet, the receiving coil is wound on both sides of the landing device, a rectangular gap is arranged in the middle of the receiving coil, the soft magnet is arranged in the rectangular gap, and the lower part of the soft magnet is attached to the lower part of the rectangular gap. The coupling system has small space occupation, large coupling coefficient, can realize efficient energy transmission, and is convenient to install and does not affect the flight performance of the unmanned aerial vehicle.

This application relates to the field of transformer technology, specifically to a chip transformer and power module, including a ceramic substrate; the ceramic substrate includes a plurality of stacked ceramic diaphragms; conductive posts are provided on the ceramic diaphragms, the conductive posts extending perpendicularly to the ceramic diaphragms; helical coils are provided on the surface of the ceramic diaphragms, and the ends of adjacent helical coils are connected through the conductive posts; at least two helical coils are connected through the conductive posts to form a coil winding. The embodiments of this application can significantly increase the number of turns in the winding by using planar helical coils, effectively improving the inductance value and enhancing the coupling coefficient between the primary and secondary coils while achieving a miniaturized integrated design.

The application relates to the technical field of vehicles, in particular to a vehicle-mounted video sharing method based on a PCIe bus, an automobile central platform, an electronic device and a computer readable storage medium. The method comprises the following steps: a plurality of system-level chips are connected in communication through a PCIe switch; in each system-level chip, an independent shared memory space is respectively allocated for each camera; when any system-level chip acquires video data, the video data is stored in the local shared memory space, and the video data is transmitted to a PCIe domain space through direct memory access after address mapping; other system-level chips acquire the video data from the PCIe domain space and store the video data in the local shared memory space; and in response to a reading request of the video data of an application program running on any system-level chip, the video data is read from the local shared memory space by the application program.

The utility model relates to the field of speed reducer motor, and disclose a kind of fast insertion type speed reducer motor, a kind of fast insertion type speed reducer motor, including motor and speed reducer, the output shaft of motor is connected with the input shaft of speed reducer, still include the base of being set to the bottom of motor, the base of motor is installed on the top surface of base, square groove being opened in the top surface of base, square groove is at the side of motor, setting in the lifting platform structure of base square groove, lifting platform structure is placed with speed reducer, the height of lifting platform structure is adjusted according to the actual size of speed reducer, the fast insertion structure of being set on the output shaft of motor, the other side of fast insertion structure is connected with the input shaft of speed reducer, through the lifting platform structure of adjustable height, according to the actual size of speed reducer adjustment its input shaft height, make it with motor output shaft keep same level, simultaneously adopt fast insertion structure with rubber connecting pipe, annular boss and coaxial fixed assembly, by locking nut non-contact type fixation.

This invention discloses a sea urchin-shaped oxygen-rich vacancy O vac This paper describes a CuO@ZIF-8 core-shell structured photothermal catalyst, its preparation method, and its application, belonging to the fields of photocatalytic materials and artificial nitrogen fixation technology. The technical solution is as follows: the catalyst has a core-shell structure, with the core being urchin-shaped copper oxide (CuO) microspheres. These microspheres are assembled from radially arranged one-dimensional nanoneedles or nanospikes, and the surface of the core contains oxygen vacancies (O). vac The shell is an in-situ grown ultrathin zeolite imidazole ester framework material, ZIF-8, which possesses hydrophobic and molecular diffusion channel properties. This invention also constructs a matching biomimetic three-phase interface photothermal reaction system. Through the synergy of a hydrophilic substrate supplying water and a hydrophobic, permeable shell, it achieves a balance between gas diffusion and proton supply, reducing the submersion of active sites by liquid water and the occurrence of side reactions. This invention has significant advantages such as high photothermal conversion efficiency, mild preparation conditions, and high gas-liquid interface mass transfer efficiency.

The utility model discloses a single motor electric drive axle structure to overcome the deficiency of the whole axle weight of existing electric drive axle, low space utilization rate. Including drive motor, have the first level driving gear, the first level driven gear, the first level output shaft, the second level driving gear through input shaft connection in proper order, be provided with three gear shift key wheel of three gear shift slide sleeve and three gear shift gear on the first level output shaft. The second level driven gear of setting up with the second level driving gear is engaged and the first gear shift key wheel of connecting one, two gear shift slide sleeve is arranged on left hollow shaft, and the sun gear is set up two gear shift gear and ring gear on right hollow shaft, and the sun gear is connected in proper order planetary gear, gear ring, and the differential is connected through planetary gear carrier, and the fourth level driving gear and the third level driven gear of engaging with two gear shift gear are connected on the first gear intermediate shaft, and the first gear is engaged in the hollow sleeve on left hollow shaft. The scheme has obvious advantage in cost control, weight optimization, space utilization, control complexity.

This utility model relates to the field of automatic power-off protection technology for leakage current, and discloses an automatic power-off protection device for urban lighting based on an RTU (Remote Current Detection Unit). The device includes a control box, an RTU module fixedly connected inside the control box, a leakage current detection module fixedly connected inside the control box, and a power-off protection module fixedly connected inside the control box. The power-off protection module has a protection mechanism inside, and the control box has a disassembly mechanism. The protection mechanism includes a torsion spring, and an insulating block is fixedly connected to the left side of the outer wall of the torsion spring. In this utility model, the leakage current detection module monitors urban lighting in real time, achieving rapid response and precise protection against leakage current hazards. Once an excessive leakage current is detected, the protection mechanism in the power-off protection module can instantly cut off the circuit, preventing safety accidents caused by leakage current and greatly improving the safety of urban lighting.

This invention relates to the field of key management technology and discloses a method for secure key migration and centralized distribution in distributed virtualization environments. The system works collaboratively with a centralized key management service (CKMS) and a local security module (LSM). When LSM detects virtual instance migration, CKMS, based on a multi-dimensional dynamic trust assessment mechanism, approves key migration only when the risk of the target node meets the threshold. Subsequently, CKMS generates an encrypted drift key encapsulation structure (DKE) and securely transmits it to the target node via an optimized path, while the source node securely deletes the original key. Furthermore, CKMS synchronously maintains global key version consistency and utilizes graph structure anomaly detection technology to identify potential threats by analyzing the operation relationship graph. This invention achieves secure, controllable flow and centralized management of keys during the migration process.

This application provides an antenna beam and power optimization method, device, and storage medium based on a millimeter-wave full-duplex ad hoc network, relating to the field of communication technology. The method includes: configuring network information and transmission requirements for millimeter-wave full-duplex multi-data streams; obtaining, based on the transmission requirements, a first positional relationship between the transmitting and receiving endpoints in a first link and a first three-dimensional pointing angle of the transmitting endpoint's antenna beam; modeling the channel of the first link based on the first positional relationship and the first three-dimensional pointing angle to obtain first channel gain information; and obtaining a first reachability of the first link based on the first channel gain information and a first transmit power to model the reachability optimization problem; and optimizing the first three-dimensional pointing angle and the first transmit power using a block coordinate descent method to obtain a target three-dimensional pointing angle and a target transmit power. The method of this application achieves efficient end-to-end transmission of multi-stream data in a millimeter-wave full-duplex ad hoc network.

The utility model relates to the technical field of stamping, in particular to an intelligent stamping, authentic identification and batch stamping all-in-one machine. According to the automatic stamping machine, the scanning mechanism, the printing mechanism, the paper conveying mechanism and the stamping mechanism are arranged, scanned files are separately conveyed through the paper conveying mechanism, files needing to be stamped and files not needing to be stamped are separately conveyed through channels, the paper conveying efficiency is improved, and then the stamping efficiency is improved.

This invention discloses a parallel-interface engineered viologen-based defective carbon nitride composite material, its preparation method, and its applications, belonging to the field of energy catalysis and photochemical materials technology. The material comprises: a defective graphitic carbon nitride support; single-atom platinum catalytic sites supported on the support; and a selenium-containing viologen compound anchored by covalent bonds in a configuration parallel to the support surface. Through a bilateral covalent bonding strategy, viologen molecules are stably anchored in a parallel configuration to the single-atom platinum-modified defective carbon nitride surface, constructing a highly efficient and stable "electron bridge" structure, significantly enhancing interfacial bonding and photogenerated electron transport efficiency. This composite material exhibits excellent photocatalytic hydrogen evolution activity and efficient coupling ability with benzylamine oxidation under visible light, and its activity retention rate reaches over 92% after 144 hours of cycling. It provides a new paradigm for solving the problem of poor interfacial stability in photocatalysts and has significant application prospects in the field of solar fuel synthesis.

The optical fiber consists of four pure silica circular cores, a trench region, and a cladding. The radius of each of the four cores is ax = 2.5 μm. The center coordinates of the four cores are [coordinates missing in original text]. The inner radius of the trench region is bx = 14.4 μm, and the outer radius is cx = 23.4 μm. The remaining portion is the cladding, with the outermost cladding having a radius R = 62.5 μm. The two cores in the X direction have the same refractive index, and the two cores in the Y direction have the same refractive index, while the cores in the X and Y directions have different refractive indices. The refractive index of the two cores in the X direction is n1 = 1.44402. The refractive indices of the two cores in the Y direction are n2 = 1.44102, the refractive index of the cladding is n3 = 1.43232, and the refractive index of the trench region is n4 = 1.42881. The mode field characteristics of the spatial modes in this fiber can be changed by altering the size, position, and refractive index distribution of the core, cladding, and trench. By employing optical field modulation, the mode degeneracy of the circular core fiber is broken, achieving low intrinsic loss and low crosstalk operation. This eliminates the need for complex MIMO-DSP processing and enables good transmission for MIMO-FREE applications.

The application relates to the technical field of edge computing and multi-modal data processing, and discloses a park multi-modal data stream alignment and caching method based on event driving, which improves alignment accuracy, resource efficiency and real-time performance, can realize semantic understanding and association, and meets asynchronous data fusion, and comprises the following steps: S1, detecting an event and generating an event anchor point; S2, based on the event anchor point, dynamically intercepting a segment related to the event in a multi-modal data stream and aligning on a time axis; S3, packaging the aligned multi-modal data segment into an event data packet, caching the event data packet according to an event priority strategy, and querying on demand. The application also discloses a system for implementing the above-mentioned park multi-modal data stream alignment and caching method based on event driving.

The utility model relates to a novel steam garment steamer double -furnace heater, its structure is by host computer shell, kettle, support rod, steam pipe nozzle, heater, water delivery pipe is formed, its characterized in that the heater is equipped with the heater and the heater two between the isolation separation, the heater and the heater lower end position equipped with A inner ear and B inner ear are connected by the heat insulation strip and are heat -insulated, the A heat insulation ring of the heater upper end pad and Y type steam nozzle equipped with A upper cover heat -insulated connection, the B heat insulation ring of the heater upper end pad and Y type steam nozzle equipped with B upper cover heat -insulated connection.

The present application relates to the field of paper-based energy storage, and discloses a water evaporation induced V-shaped paper-based generator and a preparation method thereof, wherein the present application utilizes UV light curing ink to be treated by ultraviolet irradiation to make the hydrophilic paper surface be hydrophobic modified, the paper in the hydrophilic area can drive fluid flow under the capillary action and natural evaporation, and the surface fluid flow of the hydrophilic material can generate a mechanism of flow potential. The method has simple steps, the whole light curing process is controllable, the efficiency is extremely high, and the method can be used for preparing a simple and portable water evaporation induced paper-based generator. The V-shaped structure of the paper-based generator prepared by the present application can realize effective transmission of fluid and effective connection of the circuit, and the paper-based generator can be used for preparing an arrayed water evaporation induced paper-based generator.

This utility model proposes a PCB board cleaning and transfer device, belonging to the field of PCB board processing technology. The PCB board cleaning and transfer device includes a cleaning frame, with four sets of extended vertical plates fixedly connected to the top of the cleaning frame. Two sets of rollers are movably sleeved on opposite sides of the four sets of extended vertical plates. A transmission belt is driven to the outer wall of the two sets of rollers, and several sets of clamping devices are fixedly connected to the outer wall of the transmission belt, one set of clamping devices being movably sleeved with the cleaning frame. This utility model features that by fixing the PCB board inside the clamping device, the clamping device stably holds the PCB board, ensuring that it will not shift during the cleaning process. When the PCB board is inside the cleaning frame, the cleaning agent inside the cleaning frame fully soaks the stains attached to the PCB board surface, softening and loosening the stains. Subsequently, a cleaning brush cleans the PCB board surface, effectively removing residual stains and impurities, enabling the equipment to achieve an automated cleaning process.

The utility model relates to water conservancy engineering technical field discloses a pipeline connecting device for water conservancy engineering, including bellows, both ends of bellows are fixedly connected with flange no.

This invention relates to the field of battery technology, specifically to a separator, comprising a base film layer, a first coating layer located on one side of the base film layer, and a second coating layer located on the other side of the base film layer; the first coating layer comprises a sponge-like porous structure; the first coating layer comprises a polymer continuous phase and a porous structure, first inorganic particles, and first polymer particles dispersed in the polymer continuous phase, the polymer continuous phase, the porous structure dispersed in the polymer continuous phase, and the first inorganic particles forming a sponge-like porous structure; the first polymer particles form protrusions on the side of the first coating layer facing away from the base film layer; the second coating layer comprises second inorganic particles and second polymer particles, each independently forming a ceramic layer and a polymer layer, or mixed together to form a ceramic-polymer blend layer. The separator of this invention has excellent resistance to foreign object puncture and interfacial heat transfer efficiency, which can significantly improve the safety performance and cycle performance of the battery.

The application discloses a file transmission method and system based on a distributed cluster. The distributed cluster comprises at least two distributed input nodes and at least two hosts connected with the distributed input nodes, and the distributed input nodes are connected with a server through a switch. The method comprises the following steps: storing a target file in the server; and uniformly transmitting the target file to the hosts by the server through the distributed input nodes. According to the application, the server can uniformly transmit the target file to multiple hosts in the distributed cluster through the distributed input nodes based on the distributed networking, the transmission of large files is supported, the uniform transmission and efficient transmission of files in the local area network under the distributed networking are realized, the hosts can not directly acquire files from the Internet but acquire files by being distributed by the server, so that the hosts are prevented from being attacked by the network, and the security of file acquisition is improved because the distributed cluster and the server are connected through the local area network.

This disclosure relates to the field of communication technology, specifically to a resource determination method, apparatus, communication device, and storage medium. The resource determination method includes: determining a first resource for transmitting a demodulation reference signal for a physical uplink shared channel (PUSCH), which overlaps with a second resource in an uplink subband configured for the terminal, wherein the second resource is not used for transmitting the demodulation reference signal; determining an available third resource, and transmitting the demodulation reference signal on the third resource. According to this disclosure, when a first resource in the uplink subband used for transmitting DMRS for PUSCH overlaps with a second resource not used for DMRS transmission, the terminal can determine an available third resource, for example, a resource in the uplink subband that does not overlap with the second resource, and then transmit the DMRS on the third resource, thereby ensuring normal transmission of the DMRS and thus ensuring good transmission performance of the PUSCH.