21results about How to "Reduce deployment time" patented technology

The utility model discloses a rescue air cushion convenient to carry, including box, air bag pad and movable board, the inside of box is provided with the cavity, and the one side of box is provided with the notched of being linked with the cavity, and the upper and lower both ends of notched inboard all are through the pivot respectively installed with roll axle no.

The utility model discloses a laser radar convenient for unmanned aerial vehicle carrying, and relates to the laser radar technology field, the laser radar comprises an unmanned aerial vehicle body, the bottom of the unmanned aerial vehicle body is provided with a mounting rack, the inner wall of the mounting rack is rotatably connected with a first fixing rack and a second fixing rack, the outer side of the first fixing rack is provided with a mounting assembly, and the outer side of the second fixing rack is provided with a second fixing rack. A connecting frame is fixedly connected to the bottom of the mounting frame, and an adjusting assembly is arranged on the outer side of the connecting frame. The unmanned aerial vehicle radar device has the advantages that by arranging the mounting assembly, the mounting frame can be conveniently separated from the unmanned aerial vehicle body, and therefore the radar body can be conveniently detached, and the deployment time of equipment is shortened; and by arranging the adjusting assembly, the angle of the radar body can be conveniently adjusted, so that the situation that the integrity of three-dimensional modeling is affected due to data loss of a part of areas is prevented.

The invention relates to the technical field of non-standard automation equipment control, in particular to an industrial robot machining program migration method based on a configuration description file, and solves the problem that a non-standard industrial robot cannot migrate a machining program. The method comprises the steps that S1, a configuration description file of a prototype industrial robot is constructed, and based on object-oriented abstract modeling, kinematics, peripheral and communication modeling and a machining program are included; s2, the target robot is assembled according to the prototype physical structure, and it is ensured that the same configuration, component assembly, the axis movement direction and the origin coordinate are consistent; s3, loading the configuration file to the target robot; s4, correcting assembly errors through visual sensing, obtaining accurate coordinates among the parts, and then generating joint coordinates through inverse solution; and S5, the target robot executes the adaptive machining program, and program migration is achieved. According to the method, prototype machine information is packaged through the configuration description file, after the target machine is loaded, errors are corrected only through visual calibration, rapid adaptive machining can be achieved through kinematic chain inverse solution, and rapid copying of robots of the same configuration is achieved.

The invention discloses a 5G communication equipment signal enhancement antenna folding structure which comprises a case, a sliding rail is fixedly connected in the upper side of the case, a sliding block is slidably connected in the sliding rail, a first rotating shaft is rotatably connected in the upper side of the sliding block, and a rotating disc is fixedly connected to the upper portion of the first rotating shaft. Two sets of rotating plates are fixedly connected to the upper side of the rotating disc, a second rotating shaft is rotatably connected between the rotating plates, a supporting plate is fixedly connected to the outer side of the second rotating shaft, a connecting block is fixedly connected to one side of the upper portion of the supporting plate, a lifting block is fixedly connected to the other side of the connecting block, and a connecting frame is slidably connected to the outer side of the lifting block; a connecting plate is fixedly connected to the other side of the connecting frame, four sets of rotating blocks are fixedly connected to the two sides of the upper side of the connecting plate, third rotating shafts are rotationally connected to the sides, facing each other, of the rotating blocks on the same side, antennas are fixedly connected to the sides, facing each other, of the third rotating shafts on the upper side and the lower side, and the carrying safety is improved.

The application discloses an intrauterine postoperative anti-adhesion membrane, a preparation method thereof and a delivery device. The anti-adhesion membrane is a two-phase system composed of a natural polymer hydrogel outer layer and an inner layer of a specific block copolymer physically blended, forming a two-phase structure with gradient hydration function. The inner layer polymer is the core, covering ABA, AB or BAB type block structure, wherein the hydrophilic segment B can be selected from PEG, PEO, PNVP or PAA, and the hydrophobic segment A can be selected from PLA, PDLA, PGA, PCL, PTMC or a copolymer thereof. The total thickness of the material is 100-1000 microns, which can swell in body fluid and completely degrade within 7-30 days. The morphology is specially designed to accurately match the anatomical section of the target tissue. The application effectively isolates the wound surface and is mainly suitable for postoperative tissue adhesion prevention, uterine cavity repair, hemostasis and local drug release.

The application belongs to the technical field of industrial internet data communication, and relates to a method and system for intercommunication and adaptation of industrial data in a multi-protocol environment, comprising: collecting original data carrying protocol identifiers from a device layer, an application layer and a platform layer based on a pre-set three-layer interconnected bus; performing analysis and processing on the original data based on a pre-set protocol stack, and obtaining intermediate data in a unified format; performing semantic adaptation on the intermediate data based on a pre-set information exchange semantic model, and obtaining semantic specification data; performing data preprocessing on the semantic specification data, and obtaining standardized semantic specification data; and performing layered transmission of target data in the standardized semantic specification data through a corresponding interconnected bus according to a specified interaction mode of a target layer. The application can improve the protocol coverage rate of an industrial scene, realize semantic unification and data intercommunication, improve the cross-system collaborative analysis efficiency, and reduce the deployment time and configuration cost.

The utility model discloses an integrated cutting operation shed relates to construction equipment technical field, which comprises: the mounting base, the operation shed body is installed on the mounting base, the lifting mechanism is provided with a plurality of, each lifting mechanism is installed in the corresponding corner of mounting base, the walking wheel is provided with a plurality of, each walking wheel is installed on the telescopic end of corresponding lifting mechanism, wherein, the lifting mechanism can drive the walking wheel to extend and make the lower end of operation shed body top away from the ground, and can gather the walking wheel to the upper of the lower end surface of mounting base. The utility model can drive the lifting mechanism to expand and drive the walking wheel to extend and make the mounting base top away from the ground, thereby supporting the operation shed body on the ground by the walking wheel, and the whole integrated cutting operation shed can be moved by the traction equipment and the walking wheel is rolled to facilitate the movement of the integrated cutting operation shed, thereby reducing the transportation cost and shortening the deployment time of the operation shed.

The invention discloses an easy-to-lay thermohaline profile observation system and a laying method thereof. The system is composed of an overwater floating body unit, an underwater observation unit, a connecting cable and a water-soluble auxiliary device. The device is restrained to be of a compact integrated structure before being put, and self-driven switching from a restrained state to an observation state is achieved based on sequential dissolution of a controllable degradable material after the device enters water; the water-soluble stent, the bandage and the buckle are preferably selected from a PVA / CMC system, and have both dry and wet strength and predictable dissolution rate. The cable is subjected to piecewise linear constraint, and locking force is gradually reduced from bottom to top, so that orderly unfolding of releasing the cable at a bottom section and releasing the cable at an upper section is realized, initial disturbance is reduced, and the unfolding success rate is improved. Through cambered surface lifting and anti-slip limiting, streaming interference is reduced, flexible connection of a shallow-draft floating body, small floating balls arranged along a cable and a bottom end counterweight are matched, the unfolded chain shape tends to be perpendicular, and the device is suitable for continuous observation of a thermohaline section within the depth range of about 5-100 m.

The application provides a multi-task detection method, an electronic device, a vehicle and a medium. The multi-task detection method comprises: acquiring multi-task perception data; inputting the multi-task perception data into a trained lightweight multi-task model to output detection information corresponding to each task; wherein the lightweight multi-task model is obtained by optimizing a baseline multi-task model based on the sensitivity level of each unit; and the baseline multi-task model is trained based on multi-task perception training data and multi-task target detection information. By optimizing the baseline multi-task model based on the sensitivity level of each unit and using different optimization methods for different units in the model, the multi-task model can be more lightweight, the deployment time (i.e. the occupied computing resources) can be reduced, and the multi-task detection efficiency and the accuracy of the detection result can be improved.

The invention discloses a method for releasing a server program by one key, which realizes full-process automatic release through cooperation of six core modules: an interactive trigger module supports multi-end triggering of a Web interface, an API interface and a command line, provides lightweight operation only needing eight core configurations, and supports historical configuration multiplexing and network interrupt caching; the configuration analysis and verification module is used for presetting multiple types of application analysis rules, executing multi-level verification of a basic format, service logic and resource availability, and providing an automatic correction suggestion when verification fails; the environment adaptation and resource scheduling module remotely detects server hardware, software and network states, automatically adapts to scripts corresponding to an operating system and an application type, allocates resources through a weighted polling algorithm, and supports cross-regional network optimization; the real-time monitoring and feedback module collects logs and state indexes in a second level. The whole release process is free of manual intervention, the deployment time consumption is remarkably shortened, and the error rate is reduced to a low level.

This invention discloses a method for optimizing the UWB-enhanced positioning map of a vehicle inspecting narrow alleyways. The method includes: hovering the UWB above the initial position of the inspection vehicle and collecting its state vector; obtaining the predicted pose of the inspection vehicle; registering the current environment of the inspection vehicle with historical laser point clouds and updating the vehicle's state vector; hovering the UWB above the mapping point and calculating the distance between the UWB and the inspection vehicle; constructing the comprehensive UWB positioning residual for the current mapping point and the corresponding optimization objective function; and based on the current position of the inspection vehicle, finding a better mapping point and switching the UWB mapping point position until the inspection vehicle completes the inspection in the alleyway, thus optimizing the distribution of mapping points in the alleyway. This method meets the accurate positioning requirements of vehicle inspection in narrow alleyways and can reduce UWB deployment and maintenance costs.

The application provides an audio host and a display device, and relates to the technical field of audio; the audio host comprises a plurality of network interfaces, which are used for transmitting audio data signals to external sound pickup and amplification devices; an audio codec unit is connected with the network interfaces and is used for processing the audio data signals into first protocol data; an audio processing unit is connected with the network interfaces and is used for processing the audio data signals into first or second protocol data; a processor unit is respectively connected with the audio codec unit and the audio processing unit, and is used for performing audio effect processing on the audio data signals; and a heat dissipation module is used for flowing air outside a case into the case through an air inlet groove, and sequentially flowing the air along the paths of a second air duct and a first air duct, and discharging the air outside the case through a first fan; the structure of the audio host is more simple in interface type, and can dissipate heat from at least one of a power supply component and an audio processing component in the case.

The application discloses a kind of monitoring method and device based on ring network cabinet full life cycle twinborn data, it is related to equipment management technical field.The method includes: in production stage, key manufacturing data is collected for ring network cabinet to form production gene bank, combined with unique digital identification to build digital twin initial model, while real-time acquisition various operating data, then rely on manufacturing execution system to individualize correction to initial model, match physical entity parameter, use five-layer collaborative fusion algorithm to deeply fuse production and operating data, diagnose early abnormality and typical fault, carry out ring network cabinet intelligent monitoring and operation and maintenance.The present application can establish complete digital archives for each equipment, realize the whole link data through from production to process optimization, improve early fault identification sensitivity, reduce the repeated incidence of similar fault.

The utility model relates to the technical field of cable bridge cleaning, and discloses a coal conveying system cable bridge movable cleaning device which comprises a cable bridge, a fixing groove is formed in the cable bridge, a sleeve block is movably installed in the fixing groove, and a fixing frame is fixedly installed at the top of the sleeve block. Compared with a traditional device, through the cooperation of the positioning block, the spring and the pull rod, the cleaning wool top can be moved in the cable bridge conveniently, dirt on the inner wall of the cable bridge is cleaned, the cleaning wool top can be accurately fixed within seconds, the deployment time of high-altitude and narrow space operation is remarkably shortened, and the working efficiency is improved. Unnecessary operation risks are reduced; the elastic clamping mechanism can be self-adaptive to the outline of the inner wall of the bridge frame, so that continuous surface contact between the wool top and the surface of the bridge frame is ensured, displacement caused by cleaning vibration is effectively resisted, and the continuity of cleaning action is ensured; the modular mounting bracket supports rapid adjustment of spacing and angle.

This invention discloses a grouped point cloud-driven arm-hand operating system. The arm-hand operating system includes a VR-based teleoperation data acquisition module, an environmental perception and encoding unit, and a two-layer feature fusion diffusion denoising model. Specifically: the VR-based teleoperation data acquisition module consists of a posture recognizer, a posture mapper, and a data storage module; the environmental perception and encoding unit consists of a point cloud grouper, a point cloud encoding module, and a state integrator; and the two-layer feature fusion diffusion denoising model consists of a two-layer feature fusion module and a diffusion denoising network. This arm-hand operating system can respond to environmental changes in real time, achieving comprehensive scene perception while quickly formulating task execution plans. This data acquisition-algorithm deployment collaborative framework effectively solves the challenge of balancing cost, speed, and accuracy in intelligent arm-hand operation, providing a cost-effective solution for embodied intelligence, robotic operations, and other fields.

This utility model belongs to the field of air pollution control and environmental protection, and discloses an intelligent environmental monitoring instrument for air pollution control. It includes a telescopic rod device for easy extension and retraction, and a housing for storing electrical energy and accommodating movement. The telescopic rod device is fixedly installed at the rear of the housing. The housing contains an extension device for lifting, suspending, deployment, and environmental monitoring. The housing includes a chassis body with two symmetrically mounted support legs on one end of the chassis bottom and two symmetrically mounted walking components on the end of the chassis away from the support legs. This intelligent environmental monitoring instrument for air pollution control, through structural innovation, organically combines mobility, deployment stability, and operational efficiency, solving the pain points of traditional environmental monitoring equipment such as laborious handling, time-consuming installation, and poor terrain adaptability. It is particularly suitable for scenarios requiring frequent changes of monitoring points in air pollution control, and has high practical value and promotion potential.

This application provides a method, device, system, medium, and terminal for automatic valve network configuration based on intelligent deployment. This application significantly simplifies the field deployment process for smart agriculture valves, achieving a highly efficient experience of immediate placement and one-click installation. Installers only need to place the valves in designated field locations, without additional wiring or manual recording of equipment information. They can initiate a search via a mobile app's network configuration page, and the system will automatically identify nearby valves to be configured and read their equipment information. After clicking one-click installation, operators do not need to manually input any redundant information such as device numbers or communication parameters; the system automatically completes the three-way binding and intelligent initialization of the device with the app and cloud. This significantly lowers the installation threshold, shortens deployment time, and avoids errors that may occur due to manual input, improving the convenience and accuracy of valve network configuration.

This invention discloses a semantic search and distributed scheduling method for immersive scene resources, comprising the following steps: S1, decoupling and encoding of multi-dimensional semantic features of the scene based on a pre-trained language model; S2, asset retrieval based on multimodal contrastive learning and physical attribute completion based on GCN; S3, incremental hash comparison and dynamic bandwidth optimization scheduling based on an edge computing environment; S4, engine architecture alignment and metadata self-repair algorithm based on a directed acyclic graph (DAG). Simultaneously, a semantic search and distributed scheduling system for immersive scene resources is also disclosed, including: an NLP intent modeling and decoupling engine: mapping long text to a feature matrix; a cross-modal retrieval and attribute graph hub: connecting internal and external databases; a global bandwidth and edge scheduler: data block deduplication and dynamic bandwidth high-load balancing computation; and an engine-side dependency stream repair plugin: DAG topology analysis and underlying metadata path overwriting. This invention can significantly reduce the cost of acquiring materials and improve deployment stability.

This invention belongs to the field of industrial automation technology and discloses a deployment method, system, equipment, and storage medium for a trusted DCS host computer system. The method includes: determining whether the host computer to be deployed is trusted; if trusted, adding a new user and installing the RPM package; configuring parameters for the host computer to be deployed and writing the configuration parameters into the corresponding configuration file dcs.xml in the / user / dcs folder; installing QT and Python dynamic libraries into the / usr / local folder; determining whether the DCS system is already installed in the / user / dcs folder of the DCS system; if installed, installing the corresponding functional modules into the / user / dcs folder according to the installation type in the configuration parameters; writing the execution permissions for the database, screens, and tools according to the installation type in the DCS system config file; adding all executable applications of the DCS system to the trusted whitelist and verifying whether they can start successfully; if successful, the deployment of the trusted DCS host computer system is complete. This invention enables the rapid deployment of a trusted DCS host computer system.

This utility model discloses a rail mileage measuring device and a rail detector. The rail mileage measuring device includes a base, rollers, a connecting shaft, a coupling, and an encoder. The base has two fixing holes and a positioning part, with the positioning part located between the two fixing holes. The two fixing holes are screwed to the rail detector, and the positioning part abuts against the rail detector. The base also has a through hole penetrating the base, with a connecting shaft installed inside the through hole. The two opposite ends of the connecting shaft protrude out of the through hole and are respectively connected to the rollers and the coupling. The end of the coupling away from the connecting shaft is connected to the encoder. The rollers, connecting shaft, coupling, and encoder are coaxially arranged. The encoder is electrically connected to the rail detector through a wire. The rotation of the rollers directly drives the encoder through the coupling, converting mechanical motion into electrical signals in real time, eliminating the cumulative errors of traditional manual counting or indirect measurement. The rollers rotate more smoothly when in contact with the side of the rail, avoiding slippage or jamming.

The utility model relates to the technical field of intelligent gate machines, in particular to an intelligent gate machine convenient to install, which comprises a bottom plate, bases are symmetrically distributed and fixed at the upper end of the bottom plate, gate machines are inserted into the bases in a sliding mode, a gateway structure is formed along the gate machines distributed on the two sides, a positioning frame is fixedly installed on one side of each base, and the positioning frame is of an L-shaped structure. A positioning sleeve is fixed to the upper end of the positioning frame in a penetrating mode, a positioning pin is slidably connected into the positioning sleeve in a sleeved mode, and a first spring is wound around the surface of the positioning pin. According to the scheme, modular design is adopted, rapid locking of the gate and the base is achieved through the positioning frame, the spring pin and the buckle structure, and disassembly and assembly can be completed without complex tools. The positioning pin is matched with the spring to automatically rebound and fix, the angle of the connecting rod type face recognizer can be adjusted, and the connecting rod type face recognizer is locked through a bayonet lock in a one-key mode to adapt to different installation environments. Multi-specification screw hole positions are reserved in the mounting plate, flexible butt joint with the fence is supported, the deployment time is greatly shortened, the mounting efficiency is remarkably improved, and the labor cost is reduced.