99results about How to "Rapid deployment" patented technology

This utility model relates to the field of foundation pit protection technology and discloses a protective device for water tank foundation pits. It comprises at least one set of two main protective railings, two connecting plates, and secondary protective railings equidistantly arranged between the two connecting plates. Movable seats are fixedly installed at equal intervals on the inner side of each connecting plate. This device achieves overall optimization of the protection system through a multi-layered reinforcement structure. The double-rib design built into the main protective railings forms a parallel reinforcement structure, effectively resisting the horizontal earth pressure on the sidewalls of the foundation pit. Experimental calculations show that under the same load conditions, the deformation of the railing is reduced by more than 40% compared to traditional single-layer structures. The hollow core slab uses a grid structure composed of reinforcing rib seats and reinforcing rib columns to form a three-dimensional support system. The diameter of the reinforcing rib columns is 1 / 3 to 1 / 2 of the height of the reinforcing rib seats, and the surface is provided with annular reinforcing ribs. This parameter configuration increases the compressive strength of the hollow core slab to over 8 MPa.

This invention relates to a method and system for automated generation of TSN network configurations based on a reflective agent. The system comprises a network state perception and intent reflection module, a YANG model configuration parameter and structure decision module, and a YANG model intelligent generation module. The network state perception and intent reflection module is responsible for structurally perceiving network state and resource information. The YANG model configuration parameter and structure decision module integrates multi-source knowledge and contextual information, intelligently generating deployable TSN scheduling parameters and YANG configuration structures based on business needs. The YANG model intelligent generation module automatically generates the corresponding YANG configuration model based on the optimized results, performs syntax and semantic verification, and then distributes it to the target device, achieving automated deployment of network configurations. This invention significantly improves the intelligence level and deployment automation capability of TSN network configuration by introducing reflective reasoning and feedback optimization techniques.

The utility model relates to hard shield technology field especially, and more particularly to a folding hard shield containing bulletproof window, the utility model provides such a folding hard shield containing bulletproof window, including positive face shield board, hinged frame, energy absorption board and side shield board etc. Three positive face shield boards are arranged longitudinally, and the positive face shield board in the middle is located more forward, each two positive face shield boards are symmetrically connected with the hinged frame, the positive face shield board is internally provided with the energy absorption board, and the two sides of the three positive face shield boards are rotatably connected with the side shield board. The utility model is provided with the hinged frame and the multi-module design, the shield can realize 180 degrees folding of three layers of positive face shield boards and 270 degrees rotary folding of the side shield board, the volume is reduced by more than 60% after folding, which is convenient for transportation and carrying, and is especially suitable for rapid deployment and narrow space operation.

The application discloses a kind of for the method, device, equipment and medium of tab abnormality detection in battery cell production process, comprising: the tab area image collected in battery cell production process is segmented to generate tab mask;Based on the tab mask extraction multi-scale pixel-level feature vector, and the multi-scale pixel-level feature vector is input into unsupervised probability GMM model to identify pixel-level abnormal point;The pixel-level abnormal point is analyzed to obtain candidate abnormal area, and the parameter index of the candidate abnormal area is obtained;Determine whether the parameter index meets the set tab abnormality judgment rule, if meet, it is judged as tab abnormality, and tab abnormality result is output.Therefore, the application can be widely applied to the detection of tab folding, crease, fracture, misplacement and other abnormalities on battery cell production line.

This invention relates to an active learning-based data-free black-box attack method and system based on multidimensional value assessment, belonging to the field of artificial intelligence security technology. This method constructs a pre-emptive "sample screening funnel," utilizing a local substitution model to perform multidimensional assessments of sample boundary approximation, information uncertainty, and geometric diversity before sending images to a commercial cloud API. Only high-value samples are selected for querying, thereby achieving low-cost, high-efficiency model theft and adversarial attacks. This invention ensures the diversity and training stability of data-free generated samples, significantly improves the transfer success rate of adversarial examples, and achieves "low-cost, low-risk" economical attacks. It has strong versatility and can be seamlessly integrated into various existing data-free attack frameworks, facilitating deployment and implementation in practical security assessment systems.

This application relates to the field of intelligent connected vehicle technology, and particularly to a method and apparatus for remote configuration of scenario modes. The method includes: acquiring multiple atomic conditions and multiple atomic actions corresponding to various scenario modes of a target vehicle, to construct a target scenario mode based on at least one atomic condition and at least one atomic action; configuring the target scenario mode to the target vehicle, and obtaining the execution result of the target scenario mode if the atomic conditions and atomic actions in the target scenario mode meet the target safety conditions; adjusting the atomic conditions and / or atomic actions in the target scenario mode according to the execution result until the adjusted target scenario mode meets the target requirements, and configuring the adjusted target scenario mode to the target vehicle. This solves the problems of inflexible configuration logic, long response cycles, and difficulty in quickly matching dynamic market demands in the construction methods of scenario mode configuration technologies in related technologies, which affect the optimization and iteration of the driving experience.

A rapid-moving lining trolley for tunnel sidewall lining includes a dump truck. A mounting plate is vertically installed on the side of the dump truck's cargo box, and steel formwork is connected to the mounting plate via an automatic telescopic rod matrix. This invention utilizes hydraulic rods in conjunction with the steel formwork structure to form a stable support, effectively resisting construction vibrations and ensuring structural stability during concrete pouring, thus guaranteeing construction quality and safety. This invention, through modification of a conventional dump truck, allows for convenient on-site relocation and rapid deployment to unstable rock sections such as shallowly buried tunnel sections, weak and fractured zones, and fault zones. Especially in areas with a risk of sudden collapse, it can respond quickly and arrive at the work location promptly to carry out reinforcement work, exhibiting strong adaptability and high mobility.

This utility model relates to the field of municipal supplies, specifically a portable road vehicle counter, including a laser emission counter, a clock module, a microprocessor, a memory, and a power supply module. The laser emission counter includes a transmitter and a receiver respectively located on both sides of the road segment to be measured. The transmitter emits a laser beam, and the receiver receives the laser beam and generates an electrical signal. The clock module, laser emission counter, and memory are all communicatively connected to the microprocessor. When the microprocessor receives a counting signal triggered by a vehicle blocking the laser beam, it simultaneously acquires the current time information provided by the clock module, binds the counting result corresponding to the counting signal with the time information, and stores it in the memory. This solution can count the number of vehicles passing through within a certain time period, thereby determining the frequency and temporal pattern of traffic congestion on a certain road segment, allowing for adjustments to construction organization and facilitating road engineering modifications.

The application discloses a kind of unmanned vehicle logistics directional relay network system and its coordination method, belong to intelligent logistics and unmanned vehicle application technical field, the system includes: multiple cellular airspace units, cellular airspace unit is constituted continuous grid in service area;Deployed in the center of each cellular airspace unit one micro hub, as the ground logistics node of corresponding unit;Wherein, each micro hub includes one terminal nest and at least two relay nests;Terminal nest is used to provide the storage and withdrawal interface of user goods;Each relay nest is arranged around terminal nest, and each relay nest is pre-allocated and fixedly responsible for the bidirectional goods transfer task between the unit where the micro hub is located and a particular adjacent unit;Terminal nest and each relay nest are connected by internal logistics transmission device 103.The application fundamentally simplifies scheduling and management complexity by deep coordination of cellular airspace grid, heterogeneous node division of labor, directional routing rules and high automation.

The application discloses a kind of fine-grained monitoring method and system for computing cluster job.The method is: deploying a monitoring agent on each execution node of computing cluster, and mounting eBPF probe in the kernel of execution node;Cluster scheduler divides the total job of cluster to obtain multiple jobs and assigns to each execution node;Monitoring agent constructs the direct mapping of JobID-kernel event;Based on direct mapping, kernel event and its associated kernel process are fused to generate job-level observability entity;JobID-node-PID set dynamic mapping relationship is established by using probe to capture job start and stop event;Job-level observability entity is based on dynamic mapping relationship to aggregate all observable data streams of job on execution node;From the total observable data stream of monitoring target, set index data is collected;The collected data is persisted to time series warehouse, and the semantic features of set topic data are extracted as index.

The invention discloses an idling start-stop control method based on navigation traffic information, which comprises the following steps: when a vehicle is in a navigation state, a start-stop forbidding judgment module acquires traffic information of an intersection in front of a planned driving path in real time, including a signal lamp state, lamp changing remaining time and a distance to a stop line; when the vehicle approaches the target intersection, combining the vehicle state and the traffic information, and generating a forbidding request signal of the idle start-stop system through judgment logic; the power control execution module executes a final control action for forbidding automatic flameout of the engine based on the forbidding request signal. According to the invention, the problems of unnecessary start and stop and influence on driving smoothness and energy consumption caused by incapability of accurately associating path-related signal lamps and passing scenes in the prior art are solved, intelligent cooperative control of the idle speed start and stop system based on navigation information is realized, and vehicle energy consumption is optimized while driving experience is improved.

The utility model relates to distribution network wave propagation fault early warning and positioning device technical field discloses early warning and fault diagnosis device for new energy operation and maintenance management, including lower casing, the upside both sides of lower casing all are fixedly connected with the limit table, all are seted up with the limit slot on the limit table, the inside slide coupling of one side limit slot has rubber push block, and rubber push block is used for the cable fixed, is provided with the push block drive mechanism that makes rubber push block reciprocating movement along the inside of limit slot on the limit table, is provided with the cable fixing mechanism on lower casing, the utility model discloses through with high altitude cable and is clamped in the cable adaptation slot between lower casing and upper casing, then through the rotation no.

This invention provides a strong wind-resistant double-glass photovoltaic module structure, which includes multiple photovoltaic panels. Multiple connectors are slidably connected to the bottom of each photovoltaic panel, and adjacent photovoltaic panels are staggered together via these connectors. Each photovoltaic panel has a limiting component 1 and a limiting component 2 on both sides. When the photovoltaic panels are in the unfolded state, adjacent photovoltaic panels are fixed together by the limiting components 1 and 2, achieving rapid unfolding / storage and high space-efficiency folding. Through the sliding hinge block and groove design, adjacent photovoltaic panels can be folded around an axis or slid horizontally and stacked for storage. Combined with the detachable limiting components, users can quickly lock or release the panels without tools, achieving a seamless transition from the unfolded state to the compact folded state. This greatly improves the module's space storage efficiency, facilitates transportation and storage, and supports rapid deployment and dismantling.

The invention provides a satellite cable assembly system and method based on AR visual guidance, and the method comprises the steps: a model preprocessing step: converting a satellite cable model format, and exporting an FBX format model; the FBX format model is compatible with a Unity engine; an AR tracking and positioning step: establishing an image target in a Unity engine, and establishing a virtual-real space registration reference; the FBX format model is imported into a target folder of a Unity engine; a process visualization guiding step: converting a port report containing cable assembly information into a specified format, importing the port report into Unity, and configuring a script, so that an assembly path and port number information can be fused and displayed with the model in an AR scene, and a configured Unity project is obtained; and a deployment step: packaging the configured Unity project into an installation package compatible with the AR equipment, and deploying the installation package to the AR equipment. According to the method, the operation cognition burden is reduced through visual guidance of virtual-real fusion, the assembly precision and efficiency are improved, AR equipment such as PICO and HoloLens is adapted, and good compatibility and practicability are achieved.

The utility model discloses a net is hung and anchor cable platform is beaten in last mining, including two supports, the low end of two supports all is provided with the slot, the slot is equipped with on the coal baffle of scraper conveyer one side, the outer wall of support and the corresponding place of slot is rotatably connected with the guide pulley through the bearing seat, the guide pulley is in the top end of coal baffle, the utility model discloses when using, can through first locking mechanism and fix support with coal baffle, after adjusting telescopic link to the length required, second locking mechanism is locked on the side of scraper conveyer again, can fix frame to the staff can climb to the pedal along horizontal pipe and carry out anchor cable operation of beating, and the installation is convenient, and after completing the operation of one area, can use the cooperation of guide pulley and the top of coal baffle and pusher and move along the coal baffle, thereby convenient device is laid to the next operation area fast, has improved the net is hung and anchor cable efficiency of the area of high working face of mining greatly.

The utility model discloses a kind of powder samplers, including bottom plate, the outer surface of the bottom plate is fixedly connected with placing table, the outer surface of the placing table is fixedly installed with sampling body, the inside fixed connection of the sampling body has pneumatic cylinder. The insertion depth of the device pneumatic cylinder drive telescopic link adjustable collection head, avoid the deviation caused by fixed position sampling, ensure that sample is collected from different levels such as container upper, middle, lower layer, improve the representativeness of mixed powder, according to powder characteristics such as particle size, fluidity design different shape collection head such as spiral, porous, reduce the influence of particle stratification or selective adsorption, water tank, water pump, connecting hose can be automatically flushed collection head and pipeline after sampling, prevent residual powder from polluting next batch sample, compared with manual cleaning, automatic flushing is more thorough, reduce the risk of human operation error, by operation box one-key control sampling, cleaning process, reduce manual intervention.

This utility model discloses a tension detection device for ultrafiltration membrane fibers, including a base and a crossbeam. Beneficial effects: This utility model employs a top wheel, base, electric cylinder, and crossbeam. When detecting the tension of ultrafiltration membrane fibers, the device can be mounted on the outside of the membrane fibers. The top wheel is then aligned with the moving membrane fibers. The electric cylinder is then activated to shorten, causing the crossbeam and top wheel to move downwards. The top wheel rolls and contacts the membrane fibers, pushing them downwards and deforming them, forming an angle with the top wheel. The internal tension of the membrane fibers creates a compressive force on the top wheel. This force is transmitted to a pressure sensor via the wheel frame, and the pressure value is displayed on the pressure display. The pressure value is positively correlated with the tension, allowing the membrane fiber tension to be calculated. This device has a simple structure, can simultaneously detect the tension of multiple sets of membrane fibers in large quantities, has high mobility and high working efficiency, and requires no modification to existing equipment; it can be quickly deployed simply by mounting it on the outside of the membrane fibers, making it more practical.

This utility model discloses a portable lithium battery electrolyte filling device, comprising: an electrolyte temporary storage chamber assembly, an adapter assembly, and an electrolyte filling buffer chamber assembly. The adapter assembly is equipped with an electrolyte injection valve and a vacuum valve. One end of the electrolyte temporary storage chamber assembly is equipped with a connecting assembly connected to the electrolyte injection valve. The electrolyte temporary storage chamber assembly has a temporary storage cavity that is electrically connected to the connecting assembly. The electrolyte filling buffer chamber assembly is electrically connected to the adapter assembly and is equipped with an electrolyte filling assembly. This portable lithium battery electrolyte filling device improves filling efficiency, is easy to carry, and is simple to operate. It can realize small-batch battery trial production or post-process electrolyte replenishment, and can improve the accuracy of electrolyte filling weight. It can directly insert into the battery for sealed electrolyte filling, and there will be no electrolyte splashing or overflow.

This application relates to the field of temperature and humidity measurement devices, and more particularly to an adaptive constant pressure support type temperature and humidity measurement device. The technical solution includes a telescopic rod and constant pressure support components installed at both ends of the telescopic rod. The telescopic rod has a hollow structure, internally used to accommodate sensor cables, and is equipped with a self-locking mechanism. The constant pressure support components include a pressure amplification structure and a pressure adjustment mechanism. The pressure amplification structure amplifies the initial force applied by the pressure adjustment mechanism and applies it to the support plate, causing the support plate to adhere tightly to the inner wall of the chamber with greater pressure, achieving self-support and fixation. The device also includes a pressure replenishment module and a pressure relief component, which can automatically adjust the support pressure according to temperature changes to maintain a constant pressure contact state. This application is labor-saving to operate, reliably fixed, and can adapt to complex working conditions such as thermal expansion and contraction, wall deformation, and vibration, making it suitable for temperature and humidity field calibration of environmental testing equipment with smooth inner walls.

The application discloses a battery pack temperature estimation method based on limited reference temperature information and relates to the technical field of lithium ion batteries. The correlation between the terminal voltage of a cell without a temperature sensor and the terminal voltage of all cells with temperature sensors is calculated based on Pearson, and a target cell is found through a cell index; the current, terminal voltage, state of charge, open circuit voltage and measured temperature of the target cell are collected to serve as modeling features, and the measured temperature serves as a modeling target; a data-driven temperature estimation model is established; input features of the cell without the temperature sensor are selected; and the input features are input into the data-driven temperature estimation model to obtain a temperature estimation value. The correlation between measurable voltage parameters is used to obtain the cell with the temperature sensor as the target cell, a data-driven model is established based on the target cell, and the parameter information of the corresponding cell without the temperature sensor is selected as the input feature to obtain the battery temperature estimation result.

This utility model discloses a photovoltaic energy storage integrated power generation device with a multi-scenario small off-grid dual power supply module, including a first foldable lightweight photovoltaic array and a supporting ground. A first support rod, a second support rod, a third support rod, and a fourth support rod are fixedly connected to the supporting ground. A first dual power supply module and a first load are fixedly connected to the first support rod. This utility model converts light energy into electrical energy through the first, second, third, and fourth foldable lightweight photovoltaic arrays and stores it in the first, second, third, and fourth dual power supply modules, respectively. The first, second, third, and fourth loads consume the stored electrical energy for daily use. It can be quickly deployed by a single person, is simple and convenient to operate, and reduces long-term energy costs by 60% with diesel power generation, thus significantly reducing costs.

The application discloses a kind of based on semi-supervised learning's shield machine tunneling parameter optimization prediction method and system, and relates to engineering construction control technical field.The method includes: data preprocessing and feature generation;Adopt multi-algorithm fusion to carry out geological clustering;Execute feature optimization and multi-model construction;Through the collaborative training in geological cluster, noise enhancement and iterative learning carry out semi-supervised enhancement;Based on comprehensive score selection optimal model;Uncertainty evaluation is output by using cluster center distance to carry out routing prediction.The application effectively solves the problems of poor data quality, label scarcity, geological distribution deviation and low calculation efficiency in shield construction, improves the accuracy, generalization ability and engineering applicability of tunneling parameter prediction.

This utility model discloses a telescopic blast-proof baton, relating to the field of police equipment technology. The telescopic blast-proof baton includes a handle, a switch assembly, a central tube assembly, and a small tube assembly. The switch assembly is located on one side of the handle, and the central tube assembly is located inside the handle. The central tube assembly includes a central tube, a central tube outer wall retaining ring, a central tube narrow damping ring, a central tube O-ring, a central tube end wide damper, and a metal drum. The central tube narrow damping ring employs an arc-shaped contact surface design consistent with the curvature of the central tube outer wall, significantly improving the contact with the central tube outer wall. Combined with optimized hardness selection, it avoids the problem of uneven damping force caused by insufficient contact with the central tube outer wall. When the damping ring hardness matches the contact, it avoids excessive friction due to high hardness and insufficient damping effect due to low hardness, ensuring that law enforcement officers can quickly deploy the baton in emergency situations.

This utility model relates to the field of railing facilities technology, and discloses a progressive railing facility for urban tunnel entrance control, including a base plate, a main rod fixedly connected to the base plate, a secondary rod fixedly connected to the main rod, one end of the secondary rod fixedly connected to the base plate, a reflective sticker on the secondary rod, a receiving cavity inside the base plate, a support frame fixedly connected to the base plate, a threaded rod rotatably connected to the support frame, the lower end of the threaded rod rotatably connected to the base plate, and a cross plate threadedly connected to the threaded rod. In this utility model, through the linkage design of the universal wheels, threaded rod, sliding rod, and foot plate, the device can be quickly deployed and withdrawn. In use, rotating the threaded rod makes the foot plate fit with the ground, providing stable support, and can be further reinforced with fixing holes or counterweights; during transfer, the reverse operation makes the foot plate lift off the ground, and the universal wheels can be used for easy movement, greatly reducing manpower consumption and significantly improving the efficiency of facility transfer.

This utility model discloses an integrated ozone generator, relating to the field of cleaning equipment. It includes a chassis, an equipment cabinet mounted on the upper surface of the chassis, a door hinged to one side of the outer wall of the equipment cabinet, a control panel installed inside the door, a condenser fixedly connected inside the equipment cabinet, an air compressor mounted on the outer wall of the condenser, the output end of the air compressor connected to the interior of the condenser, a buffer tank connected to the output end of the condenser, a first drain pipe fixedly connected inside the condenser, the outer wall of the first drain pipe penetrating the interior of the equipment cabinet, a second drain pipe installed at the bottom of the buffer tank, and solenoid valves fixedly connected to both ends of the second drain pipe. In this utility model, oxygen is generated by an oxygen generator, and then ionized by an ozone generator, thus enabling the production of ozone using an integrated device, facilitating both mobility and rapid deployment.

The utility model discloses a positioning mechanism, double position automatic exchange workstation and three -axis machine tool integrated formula electric arc additive manufacturing equipment belongs to metal additive manufacturing technical field. A kind of positioning mechanism, comprising: bottom plate (31) is provided with zero point positioning mechanism (25), the circumferential of zero point positioning mechanism (25) is evenly distributed with several guide posts (32), the upper surface of zero point positioning mechanism (25) is connected with the compression plate (33) for forming interlocking structure with fixture base plate;The lower surface of fixture base plate is connected with two auxiliary plates (34), the lower surface of auxiliary plate (34) is provided with pin sleeve, the upper surface of bottom plate (31) is provided with the pin (35) for with pin sleeve adaptation. The utility model further discloses double position automatic exchange workstation and three -axis machine tool integrated formula electric arc additive manufacturing equipment containing above-mentioned positioning mechanism. The utility model realizes the deep integration of additive system and three -axis machine tool, solves the problem of low precision of external device, debugging difficulty.

The utility model relates to an unmanned plane technical field especially is related to a quick -mounting type unmanned plane landing gear charging communication adaptation device, solved unmanned plane landing gear recovery kit installation complex or need to carry out the irreversible structural modification to landing gear, reduce the technical problem of structural stability, it includes T type unmanned plane landing gear assembly, charging communication module, landing gear transverse stiffener group and landing gear wheel body assembly. Through the modularization quick -mounting design, the device need not to carry out destructive processing to unmanned plane original landing gear, can realize the efficient integration of charging and communication function. The present application can significantly improve the installation convenience, keep landing gear original mechanical strength, satisfy the demand of quick deployment and nimble replacement in unmanned plane automatic operation, ensure accurate positioning and stable charging communication simultaneously, provide reliable technical support for unmanned plane hangar and other automatic equipment.

This invention discloses a video generation model inference optimization method based on activation tiling and sparse computation, belonging to the field of video generation model inference optimization technology. The method includes the following steps: 1) Inference process analysis: Analyzing the memory overhead and computation time ratio of each operator in the model during the inference process, using the roofline model to identify whether the operator is limited by memory transfer speed or computation hardware speed, thereby obtaining the memory overhead bottleneck operator and the computation time bottleneck operator in the inference process; 2) Activation tiling: For the memory overhead bottleneck operator, using an activation tiling method that combines feature slicing and multi-operator fusion to reduce the memory overhead of activation value storage and temporary buffers; 3) Adaptive sparse computation: Adaptively selecting whether to use a sparse mask based on the characteristics of the model layer attention map, reducing the computational load of model inference while maximizing inference accuracy.

This invention provides a low-latency infusion sensing alarm module, system, and application control. Through innovative composite sensing technology, TDMA low-latency communication architecture, and end-edge-backend three-level linkage mechanism, it completely solves the pain points of existing technologies, realizes fully automatic unattended monitoring and accurate alarm of clinical infusion, ensures medical safety, and reduces the burden on nurses, patients, and caregivers throughout the entire process.