Intelligent railway visualized emergency command communication operation system

Abstract

The utility model relates to the field of wisdom railway operation technology, concretely relates to a wisdom railway visual emergency command communication operation system to solve the problem that the present in the railway operation and maintenance etc. emergency operation process, because the work each department and personnel between the communication connection error exists easily, leads to the railway emergency operation linkability to be poor, finally influences the railway operation overall security and efficiency problem. The system through the AI intelligence analysis box, the explosion -proof law enforcement recorder, the high -precision positioning operation recorder, the hand -held recorder and the flashlight etc. component centralized wisdom to the smarteye command scheduling platform place, makes the work personnel after wearing each recorder, effectively realizes its accurate positioning and real -time tracking, simultaneously, under the flashlight illumination and image acquisition and the signal transmission to the AI analysis box, under the smarteye command scheduling platform unified management, realizes the efficient analysis to the work area, and ensures the operation security, has greatly promoted the railway emergency command communication efficiency.

Description

Technical Field

[0001] This utility model relates to the field of intelligent railway operation technology, specifically to an intelligent railway visual emergency command and communication operation system. Background Technology

[0002] In today's rapidly developing information age, the safety and efficiency of railways, as a crucial transportation infrastructure, are of paramount importance. The construction of intelligent railway systems has become a key factor in ensuring railway operational safety and improving operational efficiency. Among these, the development of railway emergency command and communication systems, visualized on-site risk management systems, and high-precision personnel positioning technology are gradually driving the intelligent transformation of the railway industry. However, currently, during emergency operations such as railway maintenance and construction, the existing command and communication systems suffer from network latency and delays when communicating between the management center and operational personnel. Furthermore, the lack of visualization of the emergency operation site significantly impacts the overall efficiency of railway maintenance emergency operations. The untimely acquisition of real-time location and operational status of personnel hinders efficient command and decision-making for railway maintenance emergency operations, ultimately affecting the overall safety and efficiency of railway operations. Utility Model Content

[0003] This invention provides a smart railway visual emergency command and communication operation system to solve the problems mentioned above.

[0004] To achieve the above objectives, the present invention adopts the following technical solution:

[0005] A smart railway visualization emergency command and communication operation system includes a smarteye command and dispatch platform, which is connected to an AI video intelligent analysis box. The smarteye command and dispatch platform is also connected to an explosion-proof 5G law enforcement recorder, an RTK high-precision positioning operation recorder, and a 5G handheld individual recorder.

[0006] Furthermore, the AI ​​video intelligent analysis box is connected to an AI intelligent deployment ball, which is connected to a smart flashlight, and the smart flashlight is also connected to the Smarteye command and dispatch platform.

[0007] Furthermore, the AI ​​intelligent deployment ball is connected to the explosion-proof 5G law enforcement recorder, the explosion-proof 5G law enforcement recorder is connected to the RTK high-precision positioning operation recorder, and the RTK high-precision positioning operation recorder is connected to the 5G handheld individual soldier recorder.

[0008] Furthermore, the SmartEye command and dispatch platform is also connected to the SmartEye client.

[0009] Furthermore, the explosion-proof 5G law enforcement recorder is model DSJ-KADT9A1, the RTK high-precision positioning operation recorder is model BT835Y, the 5G handheld individual recorder is model DSJ-CR7H6A1, and the smart flashlight is model BJ107 / BJ108, which is an explosion-proof 4G image transmission smart recording high-intensity flashlight.

[0010] This utility model has the following beneficial effects:

[0011] This utility model provides a smart railway visual emergency command and communication operation system. By centrally connecting components such as an AI video intelligent analysis box, an AI intelligent deployment ball, a personnel explosion-proof 5G law enforcement recorder, an RTK high-precision positioning operation recorder, a 5G handheld individual recorder, and a smart flashlight to a visualized Smarteye command and dispatch platform, it enables precise positioning and real-time tracking of personnel during operations, thanks to the recorders they wear. Simultaneously, after the smart flashlight captures images and transmits them to the AI ​​analysis box, the system, under the unified management of the Smarteye command and dispatch platform, provides a scientific and efficient analysis of the work environment. This effectively ensures operational safety, significantly improves the efficiency of railway emergency command and communication, and solves the problem of poor coordination in railway emergency operations, which is often caused by communication connection errors between different departments and personnel during railway maintenance and construction, ultimately affecting the overall safety and efficiency of railway operations. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the overall system connection of this utility model.

[0013] The meanings of the reference numerals in the attached figures are as follows:

[0014] 1. Smarteye Command and Dispatch Platform; 2. AI Video Intelligent Analysis Box; 3. AI Intelligent Deployment Ball; 4. Smarteye Client; 5. Explosion-proof 5G Law Enforcement Recorder; 6. RTK High-precision Positioning Operation Recorder; 7. 5G Handheld Individual Soldier Recorder; 8. Smart Flashlight. Detailed Implementation

[0015] The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

[0016] like Figure 1As shown, a smart railway visualization emergency command and communication operation system includes a smarteye command and dispatch platform 1, which is connected to an AI video intelligent analysis box 2. The smarteye command and dispatch platform 1 is also connected to an explosion-proof 5G law enforcement recorder 5, an RTK high-precision positioning operation recorder 6, and a 5G handheld individual recorder 7.

[0017] The AI ​​video intelligent analysis box 2 is connected to the AI ​​intelligent deployment ball 3, which is connected to the intelligent flashlight 8, and the intelligent flashlight 8 is also connected to the Smarteye command and dispatch platform 1.

[0018] The AI ​​intelligent deployment ball 3 is connected to the explosion-proof 5G law enforcement recorder 5, the explosion-proof 5G law enforcement recorder 5 is connected to the RTK high-precision positioning operation recorder 6, and the RTK high-precision positioning operation recorder 6 is connected to the 5G handheld individual recorder 7.

[0019] The Smarteye command and dispatch platform 1 is also connected to the Smarteye client 4.

[0020] In practical applications, when railway maintenance and construction operations require emergency communication, the workers first wear an explosion-proof 5G law enforcement recorder 5, an RTK high-precision positioning work recorder 6, and a 5G handheld individual recorder 7, and carry a smart flashlight 8 to the work site. Under the unified dispatch and management of the SmartEye command and dispatch platform 1, the 5G handheld individual recorder 7 enables workers to upload work videos in real time, ensuring that rear management personnel receive timely and accurate construction information. The smart flashlight 8 provides sufficient illumination in low-light environments and achieves image acquisition and transmission through its built-in camera. Then, the AI ​​intelligent deployment ball 3 uses deep learning algorithms to comprehensively analyze the monitored area, accurately identifying potential threats to the work environment, thereby improving operational safety. Simultaneously, the explosion-proof 5G law enforcement recorder 5 and the RTK high-precision positioning work recorder 6, with independent BeiDou positioning, provide location and tracking for the workers. The system provides higher accuracy and security in work records. With workers wearing these smart devices, the management center can accurately locate and track personnel in real time, greatly improving the response speed of emergency operations and the level of on-site safety management. Furthermore, the system utilizes the AI ​​video intelligent analysis box 2 and the AI ​​intelligent deployment ball 3 to monitor the work site in real time. It can not only identify potential safety hazards but also automatically alarm for abnormal situations, improving the accuracy and efficiency of on-site control. In addition, through this system, managers can remotely view the real-time situation of the work site, providing strong support for various construction and maintenance work in smart railway operations. The coordinated application of the entire system effectively solves the problem that currently, in railway maintenance and other emergency operations, communication connection errors between various departments and personnel can easily lead to poor coordination of railway emergency operations, ultimately affecting the overall safety and efficiency of railway operations. Therefore, this system has excellent practicality.

Claims

1. A smart railway visual emergency command and communication operation system, characterized by: The smarteye command and dispatch platform (1) is connected with an AI video intelligent analysis box (2), and the smarteye command and dispatch platform (1) is also connected to an explosion-proof 5G law enforcement recorder (5), an RTK high-precision positioning operation recorder (6) and a 5G handheld individual recorder (7) respectively.

2. The intelligent railway visualized emergency command communication operation system according to claim 1, characterized in that: The AI video intelligent analysis box (2) is connected with an AI intelligent control ball (3), the AI intelligent control ball (3) is connected with a smart flashlight (8), and the smart flashlight (8) is also connected with the smarteye command and dispatch platform (1).

3. The intelligent railway visualized emergency command communication operation system according to claim 2, characterized in that: The AI intelligent control ball (3) is connected to the explosion-proof 5G law enforcement recorder (5), the explosion-proof 5G law enforcement recorder (5) is connected with the RTK high-precision positioning operation recorder (6), and the RTK high-precision positioning operation recorder (6) is connected with the 5G handheld individual recorder (7).

4. The intelligent railway visualized emergency command communication operation system according to claim 2, characterized in that: The smarteye command and dispatch platform (1) is also connected to a smarteye client (4).

Images