9results about How to "Realize remote supervision" patented technology

The invention discloses a landfill vertical anti-seepage facility management method and system based on digital twinning, and relates to the technical field of environmental governance, and the method comprises the steps: building a landfill digital twinning model based on geological exploration data, and carrying out the parametric modeling of a vertical curtain anti-seepage layer; synchronizing real-time data and the digital twinborn model; processing the monitoring data in combination with a machine learning algorithm model; and remote monitoring and operation of the landfill are realized by combining a cloud platform and a remote sensor. According to the landfill vertical anti-seepage facility management method based on digital twinning, the digital twinning model of the landfill is constructed based on geological exploration data, the reliability and durability of the landfill anti-seepage facility are effectively improved, the remote supervision and risk assessment model is constructed on the cloud platform, the environmental risk is reduced to the maximum extent, and the safety of the landfill is improved. The method has better effects in the aspects of reliability, durability, long-term operation cost and safety of the landfill anti-seepage facility.

The invention discloses a soil and groundwater environment in-situ real-time monitoring system which is installed in a monitoring device and comprises a soil monitoring platform and a groundwater monitoring platform. The soil monitoring platform comprises a soil monitoring module, a basic data module, a first monitoring evaluation module and a collaborative management and control module, and mainly realizes the functions of real-time monitoring analysis, evaluation, environment management and the like of soil related indexes; the underground water monitoring platform comprises a monitoring content module, a monitoring operation module, a monitoring display module and a second monitoring evaluation module, and mainly realizes the functions of real-time monitoring, analysis, alarm, evaluation and the like of underground water related indexes. According to the invention, in-situ real-time monitoring of soil and underground water can be provided at the same time, the monitoring system is constructed by taking construction land and agricultural land soil and underground water environment management as a main line, and monitoring and management of related soil and underground water environments by a plurality of departments such as natural resources, ecological environment, agriculture and rural areas, housing and urban and rural construction can be realized.

The invention, which relates to the technical field of intelligent manufacturing, discloses an AI-based intelligent manufacturing production line supervision system comprising a data acquisition unit, an intelligent analysis cloud platform and a remote supervision terminal. The data acquisition unit is used for acquiring equipment monitoring data and operator video data on the intelligent manufacturing production line in real time and preprocessing the data; the intelligent analysis cloud platform is used for processing and analyzing the data by using an AI algorithm, identifying abnormal conditions in a production process, evaluating production efficiency, optimizing a production scheme and monitoring execution conditions of instructions; the remote supervision terminal is used for receiving the uploaded monitoring information of the production line, sending setting information to the intelligent analysis cloud platform and remotely accessing information stored in the intelligent analysis cloud platform, the equipment failure rate is reduced, meanwhile, based on the AI algorithm, equipment failure reasons and personnel abnormal operation can be rapidly and accurately recognized, and the safety of the production line is improved. And corresponding optimization suggestions and alarm prompts are given.

The utility model relates to the technical field of supervision devices, and discloses an engineering construction progress supervision device, which solves the problem that the existing supervision device is poor in flexibility and real-time performance, and comprises a crawler-type walking vehicle, a control box is fixedly arranged at the top end of the crawler-type walking vehicle, and a solar panel is fixedly arranged at one end of the top of the control box. A monitoring unmanned aerial vehicle is arranged at the top end of the solar panel, a real-time monitoring mechanism is fixedly arranged at the other end of the top of the control box, the real-time monitoring mechanism is composed of an electric telescopic rod and a long-focus monitoring camera, the electric telescopic rod penetrates through one end of the top of the control box and is fixedly connected with the end of the top of the control box, and the long-focus monitoring camera is connected to the top end of the electric telescopic rod; through the monitoring device, remote monitoring, flexible monitoring, real-time monitoring and comprehensive monitoring of the construction site can be realized, and the use effect is improved.

The application discloses a kind of IEC104 protocol fast analysis device and method based on P4 programmable switch, device includes P4 programmable switch main body, protocol analysis unit, rule configuration unit, matching execution unit and unpacking unit;Hardware processing pipeline is equipped in P4 programmable switch main body, protocol analysis unit, matching execution unit, unpacking unit are sequentially arranged in the corresponding position of flow line and are connected, and rule configuration unit is connected with main body control plane in communication.This device cooperates through each unit, solves the drawbacks that existing software analysis delay is high, throughput is low, operation and maintenance are complex and traditional switch cannot be deeply analyzed, without additional deployment host, reduce cost and operation and maintenance difficulty, programmable and adapt to multiple business scenarios, meet the real-time performance, reliability requirements of new power system to communication.

The invention discloses a multi-visual behavior monitoring method and device in a complex scene, equipment and a storage medium, and relates to the technical field of machine vision, and the method comprises the steps: extracting monitoring image information at multiple different angles based on a target positioning signal, extracting image features in the monitoring image information at multiple different angles, and obtaining a target positioning signal; image features of the target positioning signal are classified to obtain a plurality of target recognition features and a plurality of scene features, the plurality of target recognition features and the plurality of scene features are segmented respectively, pixel coordinates and the interaction relation between the target recognition features and the scene features are extracted, and the target recognition features and the scene features are identified; and determining behavior characteristics of a recognition target corresponding to the target positioning signal according to the pixel coordinates and the interaction relationship, matching the behavior characteristics with a preset abnormal behavior library, obtaining a behavior monitoring feedback result when the matching succeeds, and outputting abnormal warning information according to the behavior monitoring feedback result, thereby realizing remote supervision, avoiding missing detection, reducing the inspection amount, and improving the accuracy of the monitoring result. The inspection efficiency is improved and the personnel inspection frequency is reduced.

The utility model discloses a kind of inspection well operation safety monitoring devices, including sensor module, wireless transmission module, positioning module, alarm module, display module, data acquisition processor and power module.Sensor module integrates methane, ammonia nitrogen, hydrogen sulfide, oxygen concentration sensor and liquid level sensor, realizes multi-parameter synchronous monitoring;Wireless transmission module supports 4G / 5G communication, and real-time upload data to monitoring platform;Positioning module provides accurate position information;Alarm module triggers sound-light alarm when parameter is over limit.The device solves the problem of single function and data isolation of traditional monitoring equipment, has remote monitoring, multi-parameter integration and efficient alarm capability, significantly improves the safety of inspection well operation.

The invention discloses a monitoring method of mining equipment, computing equipment and a computer readable storage medium, and the monitoring method of the mining equipment comprises the steps: building wireless communication connection with the mining equipment, receiving ciphertext information sent by the mining equipment, the ciphertext information is obtained after the mining equipment carries out encryption operation through an encryption algorithm based on encryption operation time; performing decoding verification according to the ciphertext information to obtain a decoding result; when the decoding operation time in the decoding result and the encryption operation time in the ciphertext information accord with a verification passing condition, receiving equipment operation information corresponding to the ciphertext information; and performing supervision control based on the equipment operation information. Therefore, the remote monitoring of the mining equipment can be safely and effectively realized, so that the purposes of reducing the maintenance cost of the mining equipment and improving the working efficiency of monitoring the mining equipment can be realized.

The application discloses an intelligent carriage weight detection system and a vehicle, and can solve problems such as real-time monitoring absence of the vehicle in transit, poor vehicle model adaptability of a vehicle-mounted device, complex sensor arrangement, and inability of data to be intelligently linked and transmitted, realizes flexible adaptation of different suspension structure vehicle models and real-time and accurate detection of carriage load, can simultaneously synchronize the load data to a vehicle-mounted communication network and a vehicle networking data platform, realizes remote supervision of the load data, eliminates a blind area of in-transit supervision caused by a card point load gauge detection, and thus improves the accuracy and adaptability of load detection.