A remote monitoring system for computer rooms based on UPS and Beidou satellite navigation system

Abstract

The invention discloses a computer room remote monitoring system based on UPS and Beidou satellite navigation system, which relates to the technical field of computer room management, including: a data center, which collects computer room equipment status information reported by each remote computer room through Beidou short message, a computer room module, distributed data acquisition, a data center and a computer room module connected by Beidou short message bidirectional signal, the data center includes a multi-computer room management server, a Beidou command machine and a data center UPS module, and the computer room module includes a computer room UPS module, a computer room monitoring server and a Beidou terminal. The UPS module serial port is polled to obtain the state of the city power, the power supply of the UPS module, and the power supply power, and the detailed data of the UPS module is obtained, which is reported to the command center using the Beidou short message link after compression and encryption, and the command center remotely monitors the remote computer room based on the reported data, thereby solving the problem of information loss and equipment damage caused by abnormal power failure.

Description

Technical Field

[0001] The present invention relates to the technical field of computer room management, and in particular to a computer room remote monitoring system based on UPS and Beidou satellite navigation system. Background Art

[0002] With the rapid development of information technology, data centers and computer rooms have become the core infrastructure supporting the information construction of all walks of life. In some business areas where distributed data collection is very dispersed, such as meteorological data collection, ADS-B ground stations at various airports, etc., it is often necessary to build computer rooms in some remote places, and the city power in these places often fails. According to server operation and maintenance experience, forced power failure (abnormal power failure) during server operation will cause data loss, hard disk damage and other problems. However, as a common emergency, city power failure seriously threatens the stable operation and data security of servers in the computer room. UPS modules are used as a supplement to the city power, but they can only support 2-3 hours in general. After the battery power is exhausted, it is still forced to power off. Traditional manual intervention methods have problems such as slow response speed and complex operation, which can hardly meet the requirements of modern computer room management for efficiency and automation. Therefore, it is of great significance to design and implement a computer room remote monitoring system based on UPS modules and Beidou short messages. Summary of the invention

[0003] The invention aims to provide a computer room remote monitoring system based on UPS and Beidou satellite navigation system, comprising:

[0004] The data center collects the equipment status information of each remote computer room reported by the Beidou short message;

[0005] Computer room module, distributed data collection;

[0006] The data center and the computer room module are connected via Beidou short message bidirectional signals;

[0007] The data center includes a multi-room management server, a Beidou command machine and a data center UPS module;

[0008] The computer room module includes a computer room UPS module, a computer room monitoring server and a Beidou terminal.

[0009] Furthermore, the computer room UPS module and the computer room monitoring server are connected via RS232 signal bus signals.

[0010] Furthermore, the Beidou terminal and the computer room monitoring server are connected via an RS232 signal bus signal.

[0011] Furthermore, the computer room monitoring server is connected to the external computer room server via Ethernet and IPMI signal.

[0012] Furthermore, the Beidou terminal is connected to the Beidou control machine via Beidou satellite signals.

[0013] Furthermore, the Beidou terminal and the multi-computer room management server are connected via an RS232 signal bus signal.

[0014] Furthermore, the multi-computer room management server is used to run the cloud platform.

[0015] Furthermore, the operating data of the data center UPS module and the computer room UPS module include but are not limited to input voltage, output voltage, whether it is powered by AC power, fault code and alarm code.

[0016] Furthermore, the operating data of the Beidou command aircraft and the Beidou terminal include but are not limited to positioning status, accuracy, latitude, altitude and RDSS beam power.

[0017] Furthermore, the detailed data of the UPS module needs to be compressed and encrypted before being reported using the short message link of the Beidou terminal.

[0018] The present invention provides a computer room remote monitoring system based on UPS and Beidou satellite navigation system. It has the following beneficial effects:

[0019] Poll the UPS module serial port to obtain the status of the mains, the power supply status and power supply of the UPS module, obtain detailed data of the UPS module, compress and encrypt it, and report it to the command center using the Beidou short message link. The command center remotely monitors the remote computer room based on the reported data, thereby solving the problem of information loss and equipment damage caused by abnormal power outages. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a general system diagram of a computer room remote monitoring system based on UPS and Beidou satellite navigation system of the present invention;

[0021] Figure 2 It is a schematic diagram of a data center of a computer room remote monitoring system based on UPS and Beidou satellite navigation system of the present invention;

[0022] Figure 3 The present invention is a schematic diagram of a computer room module of a computer room remote monitoring system based on UPS and Beidou satellite navigation system.

[0023] In the picture: 1. Data center; 2. Computer room module. DETAILED DESCRIPTION

[0024] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0025] Examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, and should not be construed as limiting the present invention.

[0026] The present invention will be further described below in conjunction with the accompanying drawings and embodiments:

[0027] See also Figure 1-3 The present invention provides a technical solution: a computer room remote monitoring system based on UPS and Beidou satellite navigation system, comprising:

[0028] Data center 1, collects the equipment status information of each remote computer room reported by Beidou short message. Computer room module 2, distributed data collection, data center 1 and computer room module 2 are connected by Beidou short message bidirectional signal. Data center 1 includes multi-computer room management server, Beidou command machine and data center UPS module. Computer room module 2 includes computer room UPS module, computer room monitoring server and Beidou terminal. The computer room UPS module and computer room monitoring server are connected by RS232 signal bus signal. The Beidou terminal and computer room monitoring server are connected by RS232 signal bus signal. The computer room monitoring server and external computer room server are connected via Ethernet and IPM I signal connection, Beidou terminal and Beidou command machine are connected through Beidou satellite signal, Beidou terminal and multi-computer room management server are connected through RS232 signal bus signal, multi-computer room management server is used to run cloud platform, the operation data of data center UPS module and computer room UPS module include but not limited to input voltage, output voltage, whether it is powered by city electricity, fault code and alarm code, the operation data of Beidou command machine and Beidou terminal include but not limited to positioning status, accuracy, latitude, altitude and RDSS beam power, the detailed data of UPS module shall be compressed and encrypted and then reported using the short message link of Beidou terminal, the monitoring service is deployed on the computer room monitoring server of each remote computer room, and is physically connected to the computer room UPS module and Beidou user machine through RS232 serial port respectively, the computer room monitoring server and Beidou terminal with monitoring service deployed shall be connected to the power supply line of computer room UPS module, the monitoring service is developed in Java language, and MySQL and Redux are used at the same time is two different databases to store data. The service starts two threads to communicate with the computer room UPS module and the Beidou user machine respectively. The service has built-in serial port protocols for various models of computer room UPS modules, which can communicate with computer room UPS modules of different brands. It also has built-in different short message protocols. When the system is initialized, different communication protocols can be selected according to the corresponding equipment. The service will periodically send status query instructions to the computer room UPS module, read the equipment operation status of the computer room UPS module and save it in the MySQL database, and cache the latest data of different protocol headers in Red is. When the service starts, it will send card reading and beam power output opening instructions to the Beidou user machine in turn. The serial port monitoring program will read the beam power BDBSI message output by the Beidou user machine, and will also save all serial port data in the MySQL database and cache it in the Red is memory database. The monitoring service will parse the waiting time in the FKI message output by the Beidou command machine to determine whether the Beidou user machine can send a message. When the judgment result is yes, it will send a message from Red The latest device status data is read from the is database, and the core status information is filtered out from the status data according to the custom status reporting protocol, and then packaged into a Beidou short message after compression and encryption.The Beidou short message is sent to the designated Beidou command machine through TXA, thus completing the equipment status cycle reporting process. At the same time, the monitoring program will also detect the online status of each device in the computer room network through the network. If necessary, the command center can use control instructions to let the monitoring service report the status of online devices or services. The command center deploys the collection service and receives the equipment status data reported by each remote computer room through the Beidou command machine. After encryption, decompression and protocol parsing, it is displayed on the center screen. According to the reported status information, combined with the alarm threshold preset in the service, it is determined whether an alarm will be generated. When an alarm is generated, the relevant operation and maintenance personnel can handle it in time according to the alarm information. In particular, when the remote computer room is disconnected from the mains power supply and powered by battery, the operation and maintenance personnel immediately receive the alarm and use the remote control service to perform remote control according to the actual situation to avoid damage to the services and equipment running in the remote computer room. The command center can use remote control instructions to require the remote computer room to report the status information of all equipment and services. According to whether the equipment and services are online, it can be determined whether an alarm is needed. Alarm, send people to the scene for processing. The command center can use the control function of the remote control service to remotely control the selected remote computer room. Use the Beidou command machine to send different custom control instructions. You can execute the built-in equipment status collection and reporting program of all equipment. After collecting the status of all equipment, it will use Beidou short messages to send them to the command center collection service in batches according to the amount of status information. After parsing, it will be displayed on the large screen. At the same time, the remote control service can use custom control command messages. The device category at a specific location in the message selects the device, and the command type at a specific location selects the command. The message data at a specific location is sent to a specific remote computer room through the Beidou command machine of the command center. After the monitoring service in the computer room receives the control command and completes the parsing, it uses the command and message data selected in the command to package it into a specific serial communication message and send it to the UPS module or Beidou user machine. After receiving the corresponding device reply data, it will send the reply data back to the command center in the next Beidou short message sending cycle, thereby completing the remote control of the remote computer room.

[0029] Working principle:

[0030] The monitoring service is deployed on the computer room monitoring server of each remote computer room, and is physically connected to the computer room UPS module and Beidou user machine through the RS232 serial port. The computer room monitoring server and Beidou terminal deployed with the monitoring service need to be connected to the power supply line of the computer room UPS module. The monitoring service is developed in Java language, and two different databases, MySQL and Red is, are used to store data. The service starts two threads to communicate with the computer room UPS module and Beidou user machine respectively. The service has built-in serial port protocols for various models of computer room UPS modules, which can communicate with computer room UPS modules of different brands. It also has built-in different short message protocols. When the system is initialized, different communication protocols can be selected according to the corresponding equipment. The service will periodically send status query instructions to the computer room UPS module, read the equipment operation status of the computer room UPS module and save it in the MySQL database, and cache the latest data of different protocol headers in Red is. When the service starts, it will send card reading and beam power output opening instructions to the Beidou user machine in turn. The serial port monitoring program will read the beam power BDBSI message output by the Beidou user machine, and will also save all serial port data in the MySQL database and cache it in Red In the Red is memory database, the monitoring service will parse the waiting time in the FKI message output by the Beidou command machine to determine whether the Beidou user machine can send a message. When the judgment result is yes, the latest device status data is read from the Red is database, and the core status information is filtered out from the status data according to the custom status reporting protocol. After compression and encryption, it is packaged into a Beidou short message and sent to the designated Beidou command machine through the TXA Beidou short message. The device status cycle reporting process is completed. At the same time, the monitoring program will also detect the online status of each device in the computer room network through the network. If necessary, the command center can use control instructions to let the monitoring service report the status of online devices or services. The command center deploys the collection service to receive the device status data reported by each remote computer room through the Beidou command machine, and displays it on the center screen after encryption, decompression and protocol parsing. According to the reported status information, combined with The alarm thresholds pre-set in the service determine whether an alarm will be generated. When an alarm is generated, the relevant operation and maintenance personnel can handle it in time according to the alarm information, especially when the remote computer room is disconnected from the mains power supply and powered by batteries. The operation and maintenance personnel immediately receive the alarm and use the remote control service to perform remote control according to the actual situation to avoid damage to the services and equipment running in the remote computer room. The command center can use remote control instructions to require the remote computer room to report the status information of all equipment and services. According to whether the equipment and services are online, it can be determined whether an alarm is needed and send people to the site for processing. The command center can use the control function of the remote control service to remotely control the selected remote computer room and use the Beidou command machine to send different custom control instructions.The built-in device status collection and reporting program of the monitoring program can be executed. After the status of all devices is collected, it will be sent to the command center collection service in batches using Beidou short messages according to the amount of status information, and displayed on the large screen after parsing. At the same time, the remote control service can use custom control command messages. The device category at a specific location in the message selects the device, and the command type at a specific location selects the command. The message data at a specific location is sent to a specific remote computer room through the Beidou command machine of the command center. After the monitoring service in the computer room receives the control command and completes the parsing, it uses the command and message data selected in the command to package it into a specific serial communication message and send it to the UPS module or Beidou user machine. After receiving the corresponding device reply data, the reply data will be sent back to the command center in the next Beidou short message sending cycle, thereby completing the remote control of the remote computer room.

[0031] The above are only preferred embodiments of the present invention. It should be pointed out that a person skilled in the art can make several modifications and improvements without departing from the inventive concept of the present invention, and these all fall within the protection scope of the present invention.

Claims

1. A computer room remote monitoring system based on UPS and Beidou satellite navigation system, characterized in that: include: The data center (1) collects the equipment status information of each remote computer room reported by the remote computer room through the Beidou short message; Computer room module (2), distributed data collection; The data center (1) and the computer room module (2) are connected via Beidou short message bidirectional signals; The data center (1) comprises a multi-computer room management server, a Beidou control machine and a data center UPS module; The computer room module (2) comprises a computer room UPS module, a computer room monitoring server and a Beidou terminal.

2. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 1, characterized in that: The computer room UPS module is connected to the computer room monitoring server via an RS232 signal bus signal.

3. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 2 is characterized in that: The Beidou terminal is connected to the computer room monitoring server via an RS232 signal bus signal.

4. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 3 is characterized in that: The computer room monitoring server is connected to the external computer room server via Ethernet and IPMI signals.

5. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 4 is characterized in that: The Beidou terminal is connected to the Beidou control machine via Beidou satellite signals.

6. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 5, characterized in that: The Beidou terminal is connected to the multi-computer room management server via an RS232 signal bus signal.

7. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 6, characterized in that: The multi-computer room management server is used to run the cloud platform.

8. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 7, characterized in that: The operation data of the data center UPS module and the computer room UPS module include but are not limited to input voltage, output voltage, whether mains power is supplied, fault code and alarm code.

9. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 8, characterized in that: The operating data of the Beidou command aircraft and the Beidou terminal include but are not limited to positioning status, accuracy, latitude, altitude and RDSS beam power.

10. The computer room remote monitoring system based on UPS and Beidou satellite navigation system according to claim 9, characterized in that: The detailed data of the UPS module needs to be compressed and encrypted before being reported using the short message link of the Beidou terminal.

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