With the progress of science and technology, the purpose of science and technology serving people will not change. Driven by the development of technology, all walks of life have undergone great changes from process and link to service and quality. From the past outdoor information integration to the current indoor location information analysis, they are guiding the direction for the development of new business forms on campus. In the future, the intelligent campus system will become the mainstream, and the perfect management system, safe protection system and rich communication system will greatly increase people's trust and recognition of the campus. The development from digital campus to smart campus is the inevitable result of the in-depth practice of the people-oriented concept in the campus field and the popularization of new technologies such as the Internet of Things in the campus, and it is the development trend of campus information construction. We put forward the smart campus development model of smart campus = digital campus + Internet of Things + cloud computing. It is bound to greatly promote the development of the digital-centered "Suyu campus and human-centered" smart campus. In accordance with the requirements of the national digital power, relying on "big data" and "artificial intelligence" technology, the University of Technology has built a digital cloud support platform, providing users with efficient and powerful services to make the smart campus smarter and more convenient
Combined with the precipitation of the mine business system and the research and exploration of smart mine technology in the past 20 years, the advanced and used smart mine data platform has been built by integrating and absorbing the advanced smart mine concepts of relevant IT ecological partners. The goal of smart safety management has also increased from "reducing accidents and reducing deaths" to "clean production and care for health". From the concern of professional life, it has risen to care for the health and happiness of employees. Mine occupational health and safety includes the environment, fire prevention, waterproof, and other aspects, many subsystems include the following subsystems: Intelligent occupational health and safety environment system, intelligent fire prevention system, intelligent blasting monitoring system, intelligent clean production monitoring system, intelligent surge pressure monitoring system, intelligent personnel monitoring system, intelligent ventilation system, intelligent water damage monitoring system, intelligent video monitoring system, intelligent emergency rescue system, intelligent sewage treatment system and so on.
According to the requirements and characteristics of smart government affairs, UIT adheres to the concept of digitalization, integration and wisdom, and combines the latest information technology and means to build a smart service platform of multi-party construction, data integration, real-time sharing and coordination, so as to realize the dynamic update and timely retrieval of working materials and results of project units, government departments and technical institutions. We will improve the basic information base of population and the basic information base of legal persons. On this basis, we will build a smart and service-oriented government with "open government affairs, networked approval, responsibility traceability, and smart decision-making". Accurate research and rapid advancement of approval routes and key nodes. The plan includes basic network deployment, but also covers all aspects of three-dimensional security planning, government cloud computing construction, and government collaborative work. In the whole new IT construction, the cloud network integration is used as the infrastructure to support the data access and transmission at the bottom, the service interworking at the top, and the data processing of the service platform, which can simultaneously ensure the efficient operation of massive business data, the smooth evolution of network resources and security criteria, and the application-oriented definable changes on demand.
KJZ21/KJZ22 mine track electric locomotive (including monorail crane) unmanned driving system is a set of obstacle avoidance technology based on AI vision, Lidar, inertial navigation, for underground low light, high humidity explosive environment of mining locomotive unmanned driving system, the product obtained the national energy field and Anhui Province's first (set) major technical equipment identification. The system takes high-speed wireless communication and industrial network as the transmission platform, KJ293(A) mining rail transportation monitoring system as the safety support, and combines the technology of locomotive positioning and navigation, vehicle attitude monitoring, underground environment perception, intelligent control of locomotive and safe operation and adjustment. With locomotive autonomous obstacle avoidance, automatic start and stop, intelligent monitoring, safe driving control, remote ore drawing, automatic ore allocation and other functions, can achieve the whole process of locomotive transportation (ore, material loading, transportation, unloading) driverless.
This type of safety information mining lamp is used for coal mine underground portable lighting, with personnel accurate positioning, sound and light warning, video photography functions. Can be used in high gas and other places requiring mobile lighting.
HJ08A railway locomotive wireless operating system integrates many functions, such as wireless communication, locomotive information platform and plane shunting, and can be networked with the dispatching centralized system to provide a comprehensive solution for the railway locomotive and car operation process, and realize the real-time transmission of information from the dispatching center to the station, locomotive, driver, connection man, and other production links. It can also monitor locomotive operation status in real time. The system realizes the electronic monitoring, display and data playback of locomotive working process, and has the functions of signal boarding, operation plan boarding, plane shunting and locomotive safety operation.

HJ08B铁路机车作业安控系统是一套对于机车及其所挂接车辆实现准确实时跟踪、车列检测、精确定位、行车调度、行车安全监控等功能的工业铁路机车安全运调装备。系统以高精度卫星定位技术、UWB精确定位技术、轨道电路定位技术、无线通信技术以及物联网等技术为基础,能够以硬件检测的方式实现对工业铁路机车及车辆的准确实时跟踪及精确定位,实现了调车计划无线传输、地面信号复示和机车运行安全监控功能。

系统可有效防止机车超速、保证机车在阻挡信号机前停车。并能在地面计算机上以直观的形式再现机车运行工况、机车运行路径,为分析机车运用质量、电务设备质量、车务调度质量提供依据,为机务部门实现现代化管理提供帮助。

HJ08B铁路机车作业安控系统是一套对于机车及其所挂接车辆实现准确实时跟踪、车列检测、精确定位、行车调度、行车安全监控等功能的工业铁路机车安全运调装备。系统以高精度卫星定位技术、UWB精确定位技术、轨道电路定位技术、无线通信技术以及物联网等技术为基础,能够以硬件检测的方式实现对工业铁路机车及车辆的准确实时跟踪及精确定位,实现了调车计划无线传输、地面信号复示和机车运行安全监控功能。

系统可有效防止机车超速、保证机车在阻挡信号机前停车。并能在地面计算机上以直观的形式再现机车运行工况、机车运行路径,为分析机车运用质量、电务设备质量、车务调度质量提供依据,为机务部门实现现代化管理提供帮助。

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