11results about How to "Maintain reliability" patented technology

The invention relates to a cosmetic packaging device (10) comprising a body (12) having a neck (20) and a dispensing tip (14). The dispensing tip (14) is inserted into the neck (20) so that the packaging device (10) has a clamping region in which the dispensing tip (14) exerts a radial force on the neck (20). The distance between the clamping region and the distal end (24) of the neck (20) is greater than or equal to a quarter of the internal diameter (D) of the neck (20) in the clamping region, the dispensing tip (14) not exerting a radial force on the neck (20) between the clamping region and the distal end (24) or on the distal end (24). The invention also relates to an associated assembly method.

This invention discloses a levitation control method, equipment, and medium for conventional maglev trains, belonging to the field of maglev transportation control technology. The method constructs a control framework based on a dynamic model of the levitation system and introduces an online residual estimation and compensation mechanism to compensate for track irregularities, aerodynamic disturbances, and unmodeled dynamics under complex operating conditions. A lightweight data-driven model obtained through cloud-based large-scale model knowledge distillation is deployed in the onboard edge computing unit to model the temporal characteristics of system state, track features, and external environmental information, estimating disturbance residuals in real time and generating compensating control quantities that are superimposed on the control input. Simultaneously, the cloud continuously optimizes model parameters based on historical operating data and issues updates, achieving iterative optimization of the control strategy. This invention can significantly improve the stability, dynamic response performance, and operational safety of the maglev train levitation system under high-speed operating conditions.

This application provides a method and system for dynamic prediction and decision-making regarding the transportation costs of power materials, belonging to the field of power Internet of Things and intelligent supply chain management technology. The method involves: constructing and dynamically updating a Regional Logistics Capability Index (LCI) covering several administrative units based on multi-source data collected from transportation infrastructure data sources, freight platforms, historical waybill databases, and environmental early warning platforms; collecting shipment information, material characteristics, and route information for the target power material transportation task, and inputting this information, along with the corresponding LCI, into a pre-trained transportation cost prediction model to calculate the predicted transportation cost and confidence interval for the target transportation task; and applying the predicted transportation cost and confidence interval to at least one supply chain decision in intelligent supplier selection, risk control for changes in shipping location, and / or the generation of differentiated inventory strategies. This application improves the accuracy of transportation cost prediction, optimizes supply chain decision-making, enhances resilience, and reduces costs.

The application relates to the field of marine environment monitoring and optical sensing technology, and discloses a seawater surface layer temperature and salinity synchronous measurement system and a measurement method. The system comprises a light source module; an optical sensing module arranged at the seawater surface layer and directly contacted with seawater medium, which forms an output light field with statistical characteristics under the interaction of light and seawater; a light field sampling module which samples the intensity distribution of the output light field and obtains light field statistical data; and a data processing module which constructs a probability model of the light field intensity distribution based on the light field statistical data, extracts a statistical entropy characteristic quantity representing the overall statistical state of the output light field, and inversely obtains the seawater surface layer temperature and salinity by using the response relationship of the statistical entropy characteristic quantity with the seawater temperature and salinity. The application takes the overall statistical state of the light field as the sensing core, has the advantages of strong environmental disturbance resistance, universal structure, easy platform integration and the like, and is suitable for long-term in-situ monitoring of marine buoys, floating balls and the like platforms.

The utility model discloses unpowered interval feeding equipment of a Z-shaped hoister, and relates to the technical field of conveying machinery, a conveying chain is arranged in the hoister, a plurality of hoppers are distributed along the conveying chain, a stock bin is arranged on one side of a low-position horizontal section of the hoister, and a discharge port at the lower end of the stock bin is connected with a feeding device; the feeding device comprises a feeding shell and a rotary discharging barrel rotationally arranged on the feeding shell, and a plurality of discharging openings are formed in the rotary discharging barrel in the circumferential direction of the rotary discharging barrel at intervals. The feeding device is further provided with a transmission part, and the transmission part is in transmission connection with a conveying chain of the elevator, so that a rotary discharging barrel of the feeding device is driven by the conveying chain to rotate synchronously, and then it is ensured that the discharging position of the rotary discharging barrel is matched with the movement position of the hopper in the low-position horizontal section in real time; discharged materials of a single discharging opening of the rotary discharging barrel fall into a certain hopper passing through the lower portion of the rotary discharging barrel. The feeding device makes full use of original power of the elevator, self-synchronization of the feeding action is achieved through mechanical linkage, and the complexity of a control system is simplified.

The application discloses a kind of digital twin driven carbon fiber spinning oil intelligent regulation and control method and system, belong to artificial intelligence and intelligent manufacturing field.The method is by real-time acquisition nozzle multi-source sensing data and high-speed spray image, drive high-fidelity CFD digital twin model simulation internal flow field, and combine image processing extracted external spray feature, utilize pre-trained neural network model to predict the risk index of blockage.System according to risk level automatically triggers different cleaning procedures, including preventive ultrasonic cleaning and enhanced thermal-mechanical synergistic cleaning, and after cleaning, by reacquiring data to verify effect and calibrate model, form the closed loop of perception-simulation-decision-execution-verification.The application realizes early warning, accurate evaluation and active intervention to nozzle blockage, effectively guarantees oil agent spraying uniformity and the continuous stability of carbon fiber production.

The utility model relates to the technical field of optical fiber laser, specifically visible light instruction side coupling's optical fiber laser, including fixed plate, the one side of fixed plate is slidably installed with mounting panel, and mounting panel is set up in '' L '' shape, laser body, its fixed mounting is in the upper end of mounting panel, and one end fixed mounting of laser body has two output interfaces and laser head, and one side of laser body is provided with the heat dissipation board, visible component, its rotary installation is in one side below mounting panel, and visible component includes the camera for following laser position and instruction light emitter. Compared with the prior art, the application is provided with visible component and limit board, and fixed block is connected rotating block through rotating shaft, realizes the rotation adjustment to visible component, and further makes visible component can change observation direction and angle when needing, to satisfy the monitoring demand of laser body working state under different application scenes.

This utility model provides a general-purpose flash memory testing system based on FPGA, belonging to the technical field of general-purpose flash memory testing equipment. The FPGA-based general-purpose flash memory testing system includes a test socket and an integrated flash memory detection module installed inside the test socket. Its key feature is that threaded holes are formed at the four corners of the test socket surface, and chip positioning components are installed via bolts through these threaded holes. A chip holding component is installed inside the chip positioning component. A spring-loaded component and a probe component are provided between the bottom of the chip holding component and the integrated flash memory detection module. Four heat dissipation zones are integrally formed on the surface of the chip positioning component at equal intervals, each corresponding to a chip position on the surface of the chip holding component. Through the coordinated operation of the chip positioning component, chip holding component, spring-loaded component, and probe component, the system effectively solves the problem of existing FPGA-based general-purpose flash memory testing systems being unable to test multiple flash memory chips simultaneously.

The application belongs to the field of multi-modal data classification, and discloses a material description identification and classification method for multi-modal unstructured data, which comprises the following steps: obtaining a training set composed of material multi-modal data and corresponding material category labels, wherein the material multi-modal data comprises voice description, text description and pictures of the material; randomly extracting a training batch composed of a preset number of material multi-modal data and category labels from the training set; respectively performing feature extraction and alignment on each modality data of the material multi-modal data in the training batch to obtain text intermediate features, voice intermediate features and image intermediate features with the same dimension; and based on the text intermediate features, the voice intermediate features and the image intermediate features, constructing a modality set comprising various single modality sets, double modality sets and triple modality sets; effectively solving the problem that the existing technology relies on modality integrity, resulting in insufficient classification ability when the modality is missing in the real scene.

The invention discloses a cylindrical battery core rolling and casing device which comprises a base, a rotating disc and a rolling device, and the rotating disc is rotatably arranged on the base. The multiple film winding devices are evenly distributed around the edge of the rotating disc in a circumferential mode, each film winding device comprises a mounting frame, a push plate and a paper winding mechanism, a supporting plate is arranged on the right side of the mounting frame, and the rotating disc is controlled by a motor and intermittently and temporarily rotates according to the set position. The equipment further comprises a diaphragm paper feeding device, an anode piece feeding device, a bending driving device, a cathode piece feeding device, a winding driving device, a shell sleeving device and a discharging device which are arranged on the base and annularly distributed around the rotating disc in sequence. The rotating disc is used for driving the film winding device to sequentially correspond to the diaphragm paper feeding device, the anode piece feeding device, the bending driving device, the cathode piece feeding device, the winding driving device, the shell sleeving device and the discharging device.

This invention relates to the field of interlayer technology in laminated glass, and particularly to a binary composite plasticized gradient structure PVB interlayer, its preparation method, and laminated glass. The interlayer has a three-layer gradient structure, consisting of a first surface layer, a middle sound-insulating layer, and a second surface layer from the outside in. Both the first and second surface layers contain a first PVB resin and a first composite plasticizer, which includes diethylene glycol dibenzoate and 3GO. The middle sound-insulating layer contains a second PVB resin and a second composite plasticizer, which includes a mixture of diethylene glycol dibenzoate and 3GH. This invention, through innovative material formulation and structural design, provides a PVB interlayer solution that balances high weather resistance, excellent sound insulation, strong adhesion, low plasticizer migration tendency, and additional heat insulation functions. It also includes a stable and efficient preparation method, effectively overcoming the limitations of existing technologies where performance cannot be synergistically improved.