11results about How to "Easy to install and deploy" patented technology

The utility model relates to a kind of intelligent environmental cabin air speed regulating devices with wind speed real-time feedback, it includes the mobile frame being set in environmental cabin, the wind resistance component being set in the both sides and top of mobile frame and the several wind speed sensors corresponding with warm body dummy installed in mobile frame;The reel assembly of adjusting wind resistance component is installed on mobile frame;Three wind speed sensors provide real-time data that truly reflect the wind speed condition of working area, the wind speed of warm body dummy working area in environmental cabin is controlled in 0.3-0.5m / s range by wind resistance curtain barrier, both can effectively regulate wind speed, and also ensure the full permeability to air, maximum limit reduces the interference to original temperature and humidity field uniformity and control accuracy of environmental cabin, realizes the synchronous standard of wind speed and temperature and humidity.

The utility model discloses a watertight optical cable splicing device which comprises a support, a sleeve, a connector and an outer clamping sleeve assembly, the support is arranged in the sleeve in a penetrating mode, one end of the sleeve is detachably and fixedly connected with the connector, and the support in the sleeve is detachably and fixedly connected with an optical fiber adapter. One end of the support and the other end of the connector are respectively provided with an access hole used for accessing the optical cable, and the access hole is connected with an outer clamping sleeve assembly so as to detachably fix and seal the accessed optical cable and the access hole. A firm protective shell is provided for splicing of the optical cable, meanwhile, the optical fiber adapter is installed on the support in advance, the optical fiber connector is manufactured on the optical cable in advance, splicing can be achieved only by inserting the optical fiber connector into the optical fiber adapter in the field installation process, the field installation is easy and convenient, the overall structure is compact, and the needed installation space is small.

The invention discloses a Linux system-oriented software installation and deployment method and device, and belongs to the technical field of software standardized deployment. The method comprises the following steps: packaging according to a standardized packaging process to obtain a software installation package; and in different target machines of the Linux system, in response to an installation deployment instruction, deploying the software installation package in the different target machines according to the same standardized deployment method. According to the method, packaging is carried out according to the standardized packaging process, the software installation package can be rapidly packaged, installation and deployment can be conveniently carried out according to the same standardized deployment mode during subsequent installation and deployment due to the standardized packaging process, and in different target machines of the Linux system, the installation and deployment efficiency is greatly improved. The installation and deployment of the software installation package can be quickly realized by adopting the same standardized deployment method, the installation and deployment efficiency is improved, and the labor cost can be saved by adopting an automatic installation and deployment mode.

The present invention discloses an underground positioning and deviation correction method based on the topological structure of a laneway network and a positioning base station, which is mainly composed of three parts: topological network construction, accurate lane positioning and deviation correction solution, and includes the following steps: Step 1, constructing a topological structure: first constructing a joint topological structure of a laneway network and a positioning base station; Step 2, accurate lane positioning: then using the ranging information of underground personnel / vehicles, locate the actual lane where the personnel / vehicle is located according to the topological network; Step 3, deviation correction solution: finally, the deviation correction coordinates of the personnel / vehicle are solved by a deviation correction calculation model, and the underground measured position of the personnel / vehicle is mapped to the center line of the laneway in real time, so as to facilitate the monitoring of the real-time working position of the personnel / vehicle in the accurate positioning system. The underground positioning and deviation correction method based on the topological structure of a laneway network and a positioning base station is suitable for real-time accurate positioning of personnel / vehicles in coal mines, and improves the safety production management efficiency of coal mines.

The application discloses a dust removal equipment and method for cat litter production workshop, and relates to the technical field of dust removal equipment. The equipment comprises a cylinder, a conical cylinder fixedly connected to the bottom, a ventilation pipe communicated with a bag-type dust collector at the top, and a turbine driven by inlet airflow. Dust-containing air enters the cylinder tangentially to form a spiral airflow. Large-particle dust is centrifugally separated in the conical cylinder and discharged from a dust outlet. The airflow then rises and passes through a filter plate in the ventilation pipe for secondary dust removal. Meanwhile, the turbine drives an arc-shaped scraper to automatically clean the dust accumulated on the filter plate, and the dust is sent back to the pre-dust removal area through a dust collection channel and a dust discharge baffle for recycling treatment. Finally, the clean airflow enters the bag-type dust collector to complete three-stage filtration. The turbine drives the scraper on the movable plate to automatically clean the bag through a transmission shaft and a speed reducer. The method realizes multi-stage efficient dust removal and equipment self-cleaning, improves dust removal efficiency, and avoids secondary pollution.

The present invention relates to a deployment and recovery system for underwater gliders and a deployment and recovery method thereof, and belongs to the field of marine engineering technology. The deployment and recovery system includes a mother ship, a ship crane, a wireless remote-controlled catamaran unmanned ship, and a deployment and recovery locking device. The ship crane is used to lift the wireless remote-controlled catamaran unmanned ship. The deployment and recovery locking device is used to deploy and recover the underwater glider. The deployment and recovery locking device includes a mounting frame, a guide port, a locking mechanism, and a lifting mechanism. The guide port is a trumpet-type frame structure. The deployment and recovery system designed by the present invention requires a small number of personnel during the working process, can meet the deployment and recovery needs under advanced sea conditions, is easy to operate, and causes little damage to the glider.

The invention belongs to the technical field of nuclear power, and particularly relates to a nuclear power production data processing system and method based on a cloud native technology. According to the system disclosed by the invention, related principles of the ETL-NIFI framework are deployed on the basis of Kubernetes and Docker containerization virtualization technologies, and installation and deployment are simplified. And convenient NIFI installation, deployment and maintenance are provided, and powerful, safe, reliable and data migration functions are provided through the NIFI. Therefore, the manpower consumption of different data migration, backup and other requirements is reduced, and the accuracy and real-time performance of the data are ensured. Data migration can be realized through a user-defined processor according to different requirements, and high expansion is supported.

The utility model discloses a self-powered flue gas emission on-line monitoring device based on thermoelectric power generation, which comprises a flue gas monitoring sensor arranged in a flue gas emission pipeline, the flue gas monitoring sensor is electrically connected with a signal acquisition unit, and the signal acquisition unit is electrically connected with a signal processing unit. The signal processing unit is connected with a flue gas emission monitoring background through the wireless communication unit, a base with heat conduction performance is tightly attached and fixed to the outer wall of the flue gas emission pipeline, the side, away from the flue gas emission pipeline, of the base is a plane, and a heat conduction end face of a thermoelectric power generation module is tightly attached and fixed to the plane. The thermoelectric power generation module is connected with the power supply management module, the power supply management module is respectively connected with the signal acquisition unit, the signal processing unit and the wireless communication unit, and the power supply management module is also connected with the battery; according to the device, the signal acquisition unit, the signal processing unit and the wireless communication unit are powered by thermoelectric power generation through the thermoelectric power generation module by using the temperature difference between the flue gas emission pipeline and the surrounding environment.

The present application discloses a radioactive particle implantation control method, device, electronic device and storage medium. The method and device specifically perform image recognition based on the registration plate image on the puncture plane to obtain perspective transformation parameters; perform perspective transformation on the three-dimensional real scene image based on the perspective transformation parameters to obtain a simulated image; mark the initial position of the puncture needle clamped by the robot in the simulated image based on the simulated image; obtain a medical image of the patient on the examination bed; perform image registration processing on the medical image and the simulated image to obtain the coordinate transformation relationship between the robot coordinate system and the medical image; based on the coordinate transformation relationship, transform the target point, needle insertion point and puncture path on the medical image into multiple parameters such as target point coordinates, needle insertion point coordinates and puncture path coordinates based on the robot coordinate system; and perform implantation control based on the aforementioned multiple parameters. This solution does not rely on the operator's experience and state, thereby improving implantation accuracy.

The invention discloses a snow flux measurement method adopting a screen snow catching bag, and belongs to the technical field of wind-blown snow flux measurement equipment. The problems that an existing actual measurement device is difficult to deploy, and snow blowing particles in different wind directions are difficult to collect are solved. Snow flux is calculated through a snow flux measuring method adopting a screen snow catching bag, snow blowing particles are caught through a multi-wind-direction snow catching instrument and a single-wind-direction snow catching instrument, and the multi-wind-direction snow catching instrument comprises a first mounting frame, a plurality of first fixing devices and a plurality of first snow catching devices; the single-wind-direction snow catcher comprises a second mounting frame, a plurality of second fixing devices and a plurality of second snow catching devices, the first snow catching device is movably connected to the first mounting frame through the first fixing device, and the second snow catching devices are movably connected to the second mounting frame through the second fixing devices. According to the invention, snow blowing disasters can be accurately predicted, and data can be conveniently and rapidly collected; the measurement result accuracy is improved; and the influence of wind speed on measurement results is reduced.

The utility model relates to the technical field of retaining walls, and discloses a pile foundation joist counterfort retaining wall with a supporting structure, which comprises wall units spliced along the width direction, each wall unit comprises a wall body, a joist, a pile foundation and a counterfort spliced along the width direction, the joist is arranged on the pile foundation, the wall body is arranged on the joist, a plurality of pile foundations are arranged at intervals along the transverse direction, and the counterfort is arranged on the joist. The buttress is arranged between the supporting beam and the back face of the wall body, and every two adjacent wall bodies in the width direction are spliced with each other. The retaining wall and the supporting mechanism of the retaining wall are changed into an assembled split structure, so that the retaining wall is more convenient and efficient to build and maintain.