CN204465593U - Communication base station computer room environmental monitoring system - Google Patents

Abstract

The utility model relates to a kind of communication base station room environment supervisory systems, comprise high in the clouds supervising platform, local supervision sub-platform, intelligent PDA, WEB remote browse end and center monitoring unit, high in the clouds supervising platform is supervised sub-platform by the Internet and this locality and is connected, local supervision sub-platform is connected with center monitoring unit by Intranet, WEB remote browse end is supervised sub-platform with high in the clouds supervising platform with this locality by the Internet and is connected, and intelligent PDA is supervised sub-platform by mobile wireless network and this locality and is connected with center monitoring unit; Native system adopts tertiary structure to carry out the environment parameter of whole local all base station machine rooms and dynamical system, and the networking of intelligentized remote centralized monitors, control and management, each independent machine room all can form the supervisory control system local station of complete set, by high in the clouds supervising platform, the management of secondary centralized monitor is carried out to each monitoring local station, improve the level of equipment and computer room safety defence and supervision, reduce system maintenance cost, improve whole work efficiency.

Description

Communication base station computer room environmental monitoring system

technical field

The utility model relates to a base station construction technology in the communication field, in particular to an environment monitoring and management system for a base station machine room.

Background technique

With the rapid development of mobile communication services, the user's dependence on it is increasing, and the construction of base stations is also showing a high-speed development trend. Large, medium and small communication base stations are spread all over the country, and the requirements for monitoring and maintenance of base stations are also correspondingly How to further improve the quality of the mobile communication network and how to improve the management level of the communication network is an important issue that all operators need to solve urgently.

With the upgrading of the mobile communication network, the transmission and switching equipment and supporting environmental equipment in the communication base station computer room are also increasing. The switching equipment and power supply equipment in the computer room are the key and foundation to ensure the communication business. Its importance cannot be overstated. In addition, the environmental factors of the computer room (such as temperature and humidity, water leakage, smoke, fire protection and security, etc.) are also important guarantee items. However, at present, the supervision and maintenance of computer rooms mostly adopt traditional manual supervision and regular inspections, which not only consumes a lot of time and energy of maintenance personnel and management personnel, but also has low efficiency and poor effect, and is far behind the rapid development. Communication network business needs.

With the continuous development of information technology, a variety of auxiliary information-based supervision systems have emerged for the supervision of base station computer rooms. Inform the internal situation of the base station computer room in real time. Therefore, in view of the existing problems in the prior art, it is necessary to design a wireless networked environment remote monitoring system applied to the base station computer room to realize telemetry, remote signaling and remote control of the communication system power supply equipment and the computer room environment, and real-time monitoring of the computer room equipment The operating status and the environment of the computer room are safe, and the real-time alarm and fault handling automation of the mobile communication base station are fully realized.

Contents of the invention

The utility model aims at the technical problems existing in the prior art, and provides a communication base station computer room environmental monitoring system. The system makes full use of the existing resources for construction, and combines the Internet and the intranet for networking to ensure the system structure While having good stability, the system has good smooth expansion capability to facilitate system interconnection, good maintainability to adapt to possible changes of the system and the continuous increase in the number of computer rooms.

In order to achieve the above purpose, the technical solution adopted by the utility model is, a communication base station computer room environment monitoring system, including a cloud monitoring platform, a local monitoring sub-platform, an intelligent PDA, a WEB remote browsing terminal and a computer room monitoring unit, the cloud monitoring platform Connect to the local supervision sub-platform through the Internet, the local supervision sub-platform is connected to the computer room monitoring unit through the intranet, the WEB remote browsing terminal is connected to the cloud supervision platform and the local supervision sub-platform through the Internet, and the smart PDA is connected to the local supervision sub-platform through the wireless network It is connected with the local monitoring sub-platform and the computer room monitoring unit; the cloud monitoring platform includes a foreground presentation unit and a background data center, the background data center includes a data cloud storage server and a data cloud computing server, and the computer room monitoring unit includes an embedded monitoring A host, an environment monitoring module and a monitoring module, the embedded host is connected with the environment monitoring module and the monitoring module.

As an improvement of the utility model, the environmental monitoring module includes several wireless sensors and environmental controllers, and the wireless sensors include wireless temperature sensors, wireless humidity sensors, wireless smoke sensors, wireless oil level sensors, wireless water immersion sensors , the environment controller controls the working state of the wireless sensor, the environment controller is connected with the smart PDA through wireless network communication, and the smart PDA can directly control the working state of the wireless sensor.

As an improvement of the utility model, the monitoring module includes a wireless infrared sensor, a monitoring camera, a wireless glass breaking sensor, and a power system monitoring unit of the machine room, and the power system monitoring unit of the machine room includes a mains power supply monitoring, a power distribution switch and a mine monitoring, air conditioning monitoring and UPS monitoring, the wireless infrared sensor and the wireless glass breaking sensor are connected to the embedded host through a wireless network, and the monitoring camera and the computer room power system monitoring unit are connected to the embedded host through Ethernet or bus connected to the host.

As an improvement of the present invention, a B/S architecture is adopted between the foreground presentation unit and the background data center server, and a C/S architecture is adopted between the computer room monitoring unit and the local monitoring sub-platform server.

As an improvement of the utility model, the embedded monitoring host includes an embedded processor, a signal processing module, a protocol conversion module and a radio frequency receiver, and the signal processing module is connected to the embedded processor through an I/O interface, The protocol conversion module is connected with the embedded processor through the UART interface, and the radio frequency receiver is connected with the embedded processor through the SPI interface.

As an improvement of the utility model, the intelligent PDA is a mobile phone or a tablet computer with a radio frequency reading and writing function.

Compared with the prior art, the overall implementation of the system proposed by the utility model adopts the mode of "centralized management and decentralized control", that is, the equipment environment system in the computer room transmits data to the independent independent network that can work completely offline. The computer room monitoring unit realizes the decentralized control of the local on-site equipment environment system; then each computer room monitoring unit transmits data to the local supervision sub-platform through the network, and the cloud supervision platform realizes the centralized management of the local supervision sub-platforms distributed in different regions . The implementation of centralized management and decentralized control meets the needs of centralized and unified management of decentralized base stations, thereby greatly reducing the workload of maintenance personnel, effectively improving the level of security defense and monitoring of equipment and computer rooms, and improving the maintenance and management quality of base station computer rooms , but also reduces system operation and maintenance costs, and improves overall work efficiency.

Description of drawings

Fig. 1 is a system structure diagram of the utility model.

Fig. 2 is a structural block diagram of the computer room monitoring unit of the present invention.

Detailed ways

In order to deepen the understanding and recognition of the utility model, the utility model will be further described and introduced below in conjunction with the accompanying drawings.

As shown in Figures 1 and 2, an environmental monitoring system for a communication base station computer room includes a cloud monitoring platform, a local monitoring sub-platform, an intelligent PDA, a WEB remote browsing terminal, and a computer room monitoring unit.

The cloud supervision platform includes a front-end presentation unit and a back-end data center, wherein the front-end presentation unit is a PC, and the back-end data center includes a data cloud storage server and a data cloud computing server. The front-end presentation unit and the back-end data center server adopt B/S architecture ( The B/S structure is adopted, and the complex data processing tasks are handed over to the upper layer, which greatly improves the flexibility of report customization.); The data of each base station computer room collected by the local monitoring sub-platform is uploaded to the background data of the cloud monitoring platform through the Internet In the center, after the data is processed, the results are presented on the UI client of the PC, and the TCP/IP protocol is run on the Internet to facilitate interconnection with other management and control systems; the cloud monitoring platform is responsible for monitoring the environment and power of the central computer room and the scattered computer rooms Centralized monitoring, receiving alarm information and data from all base station computer rooms, visually displaying the location of all on-site sites through electronic maps, quickly locating a site and checking the on-site environment, and sending management personnel control commands to each computer room.

The computer room monitoring unit transmits data to the local monitoring sub-platform through the LAN, and runs the TCP/IP protocol on the Internet to encrypt the monitoring data. The C/S structure is adopted between the computer room monitoring unit and the local monitoring sub-platform server. , to carry out alarm management based on the database, which not only ensures the timeliness of alarm data acquisition, but also realizes the synchronization between alarm data.), the local supervision sub-platform is responsible for centralizing all monitored equipment and environments in all computer rooms in the area under its jurisdiction Management, receiving various real-time information, alarm information, processing all alarm information, receiving and sending control commands from the central management personnel to related equipment in the computer room, storing and backing up monitoring data, completing various control tasks, and realizing linkage between sub-platforms, etc. Perform local data processing and storage, and actively upload change data and alarm information to the cloud monitoring platform.

The WEB remote browsing terminal is connected to the cloud monitoring platform and the local monitoring sub-platform through the Internet, and the management personnel can remotely watch the monitoring screen through the browser on the cloud monitoring platform and the local monitoring sub-platform through the network on the WEB remote browsing terminal (the monitoring The screen is consistent with the UI client of the cloud monitoring platform and the management servers of each local monitoring sub-platform), so as to understand the actual working status of the computer room anytime and anywhere, and realize the integration of management and control.

Smart PDA is a mobile phone or tablet computer with radio frequency reading and writing functions. It is connected with the local supervision sub-platform and the computer room monitoring unit through the wireless network, receives alarm information and control commands from the local supervision sub-platform, and sends task control to the computer room monitoring unit. Order.

The computer room monitoring unit includes an embedded monitoring host, an environment monitoring module and a monitoring module, and the embedded host is connected with the environment monitoring module and the monitoring module. The embedded monitoring host includes an embedded processor, a signal processing module, a protocol conversion module and a radio frequency receiver, wherein the signal processing module is connected to the embedded processor through the I/O interface, and the protocol conversion module is connected to the embedded processor through the UART interface The radio frequency receiver is connected with the embedded processor through the SPI interface; the environmental monitoring module includes several wireless sensors and environmental controllers, wherein the wireless sensors include wireless temperature sensors, wireless humidity sensors, wireless smoke sensors, wireless oil level sensors, The wireless water immersion sensor, the environmental controller and the smart PDA are connected through wireless network communication, the environmental controller controls the working state of the wireless sensor, and the smart PDA can also directly control the working state of the wireless sensor. The monitoring module includes a wireless infrared sensor, a monitoring camera, a wireless glass breaking sensor and a power system monitoring unit in the computer room. The infrared sensor and the wireless glass breaking sensor are connected with the embedded host through a wireless network, and the monitoring camera and the power system monitoring unit of the machine room are connected with the embedded host through an Ethernet or a bus.

This system is designed with a three-level structure to carry out intelligent remote centralized networking monitoring, control and management of the environmental parameters and power systems of all base station computer rooms in the entire jurisdiction. Each independent computer room can form a complete set of monitoring system local stations, supervised by the cloud The platform conducts secondary centralized monitoring and management of each monitoring local station to improve the level of security defense and monitoring of equipment and computer rooms, improve the quality of maintenance management, reduce system maintenance costs, and improve overall work efficiency.

It should be noted that the above-mentioned embodiments are not used to limit the protection scope of the present utility model, and equivalent transformations or substitutions made on the basis of the above-mentioned technical solutions all fall within the protection scope of the claims of the present utility model.

Claims (6)

1. A communication base station machine room environmental monitoring system, characterized in that: comprising a cloud monitoring platform, a local monitoring sub-platform, an intelligent PDA, a WEB remote browsing terminal and a computer room monitoring unit, the cloud monitoring platform is connected with the local monitoring sub-platform through the Internet , the local supervision sub-platform is connected to the computer room monitoring unit through the intranet, the WEB remote browsing terminal is connected to the cloud supervision platform and the local supervision sub-platform through the Internet, and the smart PDA is connected to the local supervision sub-platform and the computer room monitoring through the wireless network The units are connected; the cloud supervision platform includes a foreground presentation unit and a background data center, the background data center includes a data cloud storage server and a data cloud computing server, and the computer room monitoring unit includes an embedded monitoring host, an environmental monitoring module and a monitoring module , the embedded host is connected with the environment monitoring module and the monitoring module. 2. The communication base station machine room environmental monitoring system as claimed in claim 1, wherein the embedded monitoring host includes an embedded processor, a signal processing module, a protocol conversion module and a radio frequency receiver, and the signal processing module passes The I/O interface is connected with the embedded processor, the protocol conversion module is connected with the embedded processor through the UART interface, and the radio frequency receiver is connected with the embedded processor through the SPI interface. 3. The communication base station computer room environment monitoring system as claimed in claim 1, characterized in that, B/S architecture is adopted between the foreground presentation unit and the background data center server, and between the computer room monitoring unit and the local monitoring sub-platform server Adopt C/S structure. 4. The communication base station machine room environmental monitoring system as claimed in claim 2 or 3, wherein the environmental monitoring module includes several wireless sensors and environmental controllers, and the wireless sensors include wireless temperature sensors, wireless humidity sensors, A wireless smoke sensor, a wireless oil level sensor, a wireless water immersion sensor, the environment controller controls the working state of the wireless sensors, and the environment controller is connected to the intelligent PDA through a wireless network communication. 5. The communication base station machine room environment monitoring system as claimed in claim 4, wherein the monitoring module includes a wireless infrared sensor, a monitoring camera, a wireless glass breakage sensor and a power system monitoring unit in a machine room, and the power system monitoring unit in a machine room Including mains power supply monitoring, power distribution switch and lightning protection device monitoring, air conditioning monitoring and UPS monitoring, the wireless infrared sensor and wireless glass breaking sensor are connected to the embedded host through a wireless network, the monitoring camera and the power system of the machine room The monitoring unit is connected with the embedded host through Ethernet or bus. 6. The environment supervision system of communication base station computer room as claimed in claim 5, characterized in that, said smart PDA is a mobile phone or tablet computer with radio frequency reading and writing functions.