CN109448345A - A kind of across a network across-platform monitoring alarm management device and method - Google Patents

A kind of across a network across-platform monitoring alarm management device and method Download PDF

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Publication number
CN109448345A
CN109448345A CN201810143380.2A CN201810143380A CN109448345A CN 109448345 A CN109448345 A CN 109448345A CN 201810143380 A CN201810143380 A CN 201810143380A CN 109448345 A CN109448345 A CN 109448345A
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China
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client
cross
module
alarm
monitoring
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Inventor
郝自飞
钱江
林旭义
黄慧
宋艳
叶吉超
高源�
程翔
陈少波
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State Grid Corp of China SGCC
Lishui Power Supply Co of State Grid Zhejiang Electric Power Co Ltd
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State Grid Corp of China SGCC
Lishui Power Supply Co of State Grid Zhejiang Electric Power Co Ltd
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Priority to CN201810143380.2A priority Critical patent/CN109448345A/en
Publication of CN109448345A publication Critical patent/CN109448345A/en
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    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
    • G08B25/01—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium
    • G08B25/10—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using wireless transmission systems
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B17/00—Fire alarms; Alarms responsive to explosion
    • G08B17/10—Actuation by presence of smoke or gases, e.g. automatic alarm devices for analysing flowing fluid materials by the use of optical means

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  • Business, Economics & Management (AREA)
  • Emergency Management (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Chemical & Material Sciences (AREA)
  • Analytical Chemistry (AREA)
  • Alarm Systems (AREA)

Abstract

本发明公开了一种跨网络跨平台监控告警管理装置及方法。该装置包括监控终端、协议转换器和若干个数据采集装置，所述协议转换器包括若干个协议处理模块，每个协议处理模块能够解析一种平台通讯协议，所述监控终端包括中央处理单元、存储单元、显示屏、控制键盘和报警模块，所述数据采集装置包括微处理器、摄像头和声音采集模块，所述微处理器分别与摄像头和声音采集模块电连接，所述中央处理单元分别与存储单元、显示屏、控制键盘、报警模块、协议处理模块、微处理器电连接。本发明能够兼容不同平台通讯协议，使监控终端能够接收采用不同平台通讯协议的设备发送的告警数据，便于用户管理。The invention discloses a cross-network cross-platform monitoring alarm management device and method. The device comprises a monitoring terminal, a protocol converter and a plurality of data collection devices, the protocol converter comprises a plurality of protocol processing modules, each protocol processing module capable of parsing a platform communication protocol, the monitoring terminal comprising a central processing unit, a storage unit, a display screen, a control keyboard and an alarm module, the data collection device includes a microprocessor, a camera and a sound collection module, the microprocessors are respectively electrically connected to the camera and the sound collection module, and the central processing unit respectively The storage unit, the display screen, the control keyboard, the alarm module, the protocol processing module, and the microprocessor are electrically connected. The invention can be compatible with different platform communication protocols, so that the monitoring terminal can receive alarm data sent by devices using different platform communication protocols, which is convenient for user management.

Description

A kind of across a network across-platform monitoring alarm management device and method
Technical field
The present invention relates to monitoring alarm technical field more particularly to a kind of across a network across-platform monitoring alarm management device and Method.
Background technique
Believe in logical monitoring system current, each monitoring system belonging network is variant, only a telecommunication transport network piping System, just there is 4 brands, 4 kinds of networks (ECI, Taylor, Cisco, Huawei etc.), in addition information network management, power & environment supervision, power transformation at present The systems such as institute's video monitoring, network and platform distribution are extremely complex, if some platform breaks down, generation alarm, often can only It is responded in the network where the platform, and faulty to institute can not carry out unified response and management, believe logical regulation personnel If system poll is not in time, it is easy to occasion a delay to warning information, so that failure can not find and dispose at the first time.Prison The behaviour in service for controlling each equipment and platform in network, is learnt the generation of alarm failure in time, is accused using across a network across-platform monitoring It is very necessary that alert managing device, which is monitored Intranet equipment,.
Summary of the invention
The present invention to solve the above-mentioned problems, provides a kind of across a network across-platform monitoring alarm management device and method, It can be compatible with different platform communications protocol, enable monitor terminal receive using different platform communications protocol equipment transmission Alarm data is convenient for user management.
To solve the above-mentioned problems, the present invention is achieved by the following scheme:
A kind of across a network across-platform monitoring alarm management device of the invention, including monitor terminal, protocol converter and several Data acquisition device, the protocol converter include several protocol process module, and each protocol process module can parse one Kind platform communications protocol, the monitor terminal include central processing unit, storage unit, display screen, control keyboard and alarm mould Block, the data acquisition device include microprocessor, camera and sound acquisition module, the microprocessor respectively with camera With sound acquisition module be electrically connected, the central processing unit respectively with storage unit, display screen, control keyboard, alarm module, Protocol process module, microprocessor electrical connection.
In the technical scheme, monitor terminal uses a kind of communication protocol as standard agreement, by monitored equipment and energy The protocol process module connection for enough parsing its used platform communications protocol, when some monitored device fails generates announcement When alert, which sends protocol process module connected to it for warning information, and protocol process module will receive Warning information converted according to standard agreement after be sent to monitor terminal, monitor terminal receives the alarm letter of standard agreement Breath issues alarm, notifies administrative staff；
Data acquisition device is arranged at the monitored equipment of failed cluster, and camera acquires the instrumented data of monitored equipment, sound Sound acquisition module acquires whether monitored equipment issues abnormal sound, when the instrumented data of monitored equipment is abnormal or monitored sets When preparation goes out abnormal sound, monitor terminal issues alarm, notifies administrative staff.
Preferably, the monitor terminal further includes wireless communication module, the wireless communication module and central processing list Member electrical connection.Monitor terminal module can receive the wireless messages that monitored equipment issues by wireless communication.
Preferably, the wireless communication module can be wirelessly communicated with the smart phone of administrative staff.Monitor terminal can Smart phone of the module transmission warning message to administrative staff by wireless communication.
Preferably, the data acquisition device further includes temperature sensor and humidity sensor, the microprocessor point It is not electrically connected with temperature sensor and humidity sensor.When the temperature anomaly of monitored equipment ambient enviroment or humidity exception, Data acquisition device sends warning message to monitor terminal, and monitor terminal issues alarm, notifies administrative staff.
Preferably, the data acquisition device further includes smoke sensor device, the microprocessor and smoke sensor device electricity Connection.When monitored equipment ambient enviroment has fire, smoke sensor device detects that smokescope is greater than the set value, data acquisition Device sends warning message to monitor terminal, and monitor terminal issues alarm, notifies administrative staff.
Preferably, the data acquisition device further includes GPS module, the microprocessor is electrically connected with GPS module.Number Self geographical position is positioned by GPS module according to acquisition device, and sends it to monitor terminal, is adopted convenient for managing each data The position of acquisition means.
A kind of across a network across-platform monitoring alarm management method of the invention, for a kind of above-mentioned cross-platform prison of across a network Charge alert managing device, comprising the following steps:
Monitor terminal is used as standard agreement using a kind of communication protocol, by monitored equipment with can parse platform used in it The protocol process module of communications protocol connects, and when some monitored device fails generates alarm, which will Warning information is sent to protocol process module connected to it, and protocol process module assists the warning information received according to standard View is sent to monitor terminal after being converted, monitor terminal receives the warning information of standard agreement, issues alarm, notice management Personnel；
Data acquisition device is arranged at the monitored equipment of failed cluster, and camera acquires the instrumented data of monitored equipment, sound Sound acquisition module acquires whether monitored equipment issues abnormal sound, when the instrumented data of monitored equipment is abnormal or monitored sets When preparation goes out abnormal sound, monitor terminal issues alarm, notifies administrative staff.
Preferably, monitor terminal runs control terminal software, monitored equipment runs client software, and control terminal network connects It connects and is divided into two kinds of operational modes, one is Opposite direction connection, another kind is positive connection；Control terminal under Opposite direction connection mode always In the state for monitoring serve port, the connection request for receiving new online monitored equipment can be kept constantly, and receive these The essential information of monitored equipment is fed back, and can be issued and be ordered to monitored equipment, and receive the operation result from client Feedback；For control terminal under positive connection mode, network management personnel can be monitored by certain in input net in monitor terminal The IP address of equipment connects distance host, and the IP information of these hosts is stored in database, so that administrative staff transfer With use.
Preferably, can safeguard one inside control terminal when client is online or control terminal is actively connect with client The chained list ACTIVEHOST of a host information structure, it is a single-track link table, each node is by a customized structure Body CLIENTINFO composition, when control terminal receive client it is online when, control terminal can obtain the essential information of monitored equipment, And increase a node newly on chained list, and new node information is shown at control terminal interface, inform that administrative staff have on new host Line then finds the node when client is offline on chained list, and deletes the node, informs that administrative staff have client offline.
Preferably, Opposite direction connection process is as follows: control terminal starts listening port after starting operation, if starting prison Success is listened, then waits the connection from client, the wrong generation of administrative staff is informed if unsuccessful, and reports mistake generation Reason；After listening port starts successfully, then the network connecting request from client is received, after client request successful connection, The essential information of monitored equipment can be informed monitoring client, administrative staff can input number order later, and control terminal will order It is sent to client, client runs specified monitoring function function after correct recognition command, obtains as a result, and returning to Control terminal；
Forward direction connection process is as follows: control terminal is after starting operation, and administrative staff pass through positive connection selection, what input to be connected Client ip address is created socket and is attached using default port 1234, after successful connection, administrative staff's input control Order, sends a command to client, client runs specified power function after correct recognition command, obtains as a result, simultaneously Return to control terminal.
The beneficial effects of the present invention are: different platform communications protocol can be compatible with, monitor terminal is enable to receive using not With the alarm data that the equipment of platform communications protocol is sent, it is convenient for user management.
Detailed description of the invention
Fig. 1 is a kind of circuit theory connection block diagram of the invention；
Fig. 2 is the circuit theory connection block diagram of data acquisition device.
In figure: 1, central processing unit, 2, storage unit, 3, display screen, 4, control keyboard, 5, alarm module, 6, agreement Converter, 7, protocol process module, 8, data acquisition device, 9, microprocessor, 10, camera, 11, sound acquisition module, 12, Wireless communication module, 13, temperature sensor, 14, humidity sensor, 15, smoke sensor device, 16, GPS module.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment: a kind of across a network across-platform monitoring alarm management device of the present embodiment, as shown in Figure 1 and Figure 2, including Monitor terminal, protocol converter 6 and several data acquisition devices 8, protocol converter 6 include several protocol process module 7, Each protocol process module 7 can parse a kind of platform communications protocol, and monitor terminal includes central processing unit 1, storage unit 2, display screen 3, control keyboard 4, alarm module 5 and wireless communication module 12, data acquisition device 8 include microprocessor 9, camera shooting First 10 and sound acquisition module 11, microprocessor 9 be electrically connected respectively with camera 10 and sound acquisition module 11, central processing list Member 1 respectively with storage unit 2, display screen 3, control keyboard 4, alarm module 5, wireless communication module 12, protocol process module 6, Microprocessor 9 is electrically connected.
Monitor terminal is used as standard agreement using a kind of communication protocol, by monitored equipment with can parse used in it The protocol process module of platform communications protocol connects, and when some monitored device fails generates alarm, this is monitored to be set Standby to send protocol process module connected to it for warning information, protocol process module is by the warning information received according to mark Quasi- agreement is sent to monitor terminal after being converted, monitor terminal receives the warning information of standard agreement, issues alarm, notice Administrative staff；
Data acquisition device is arranged at the monitored equipment of failed cluster, and camera acquires the instrumented data of monitored equipment, sound Sound acquisition module acquires whether monitored equipment issues abnormal sound, when the instrumented data of monitored equipment is abnormal or monitored sets When preparation goes out abnormal sound, monitor terminal issues alarm, notifies administrative staff.
The present invention erects the bridge of communication between different platform communications protocol, is in realizing in monitoring network Host under different platform, without the constraint by platform communications protocol.
Monitor terminal module can receive the wireless messages that monitored equipment issues by wireless communication.Wireless communication module energy Enough and administrative staff smart phones wirelessly communicate.Monitor terminal module can send warning message to administrator by wireless communication The smart phone of member.
Data acquisition device 8 further includes temperature sensor 13 and humidity sensor 14, microprocessor 9 respectively with temperature sensing Device 13 and humidity sensor 14 are electrically connected.When the temperature anomaly of monitored equipment ambient enviroment or humidity exception, data acquisition Device sends warning message to monitor terminal, and monitor terminal issues alarm, notifies administrative staff.
Data acquisition device 8 further includes smoke sensor device 15, and microprocessor 9 is electrically connected with smoke sensor device 15.When being supervised When control equipment ambient enviroment has fire, smoke sensor device detects that smokescope is greater than the set value, and data acquisition device sends report To monitor terminal, monitor terminal issues alarms alert information, notifies administrative staff.
Data acquisition device 8 further includes GPS module 16, and microprocessor 9 is electrically connected with GPS module 16.Data acquisition device Self geographical position is positioned by GPS module, and sends it to monitor terminal, convenient for managing the position of each data acquisition device It sets.
A kind of across a network across-platform monitoring alarm management method of the present embodiment, it is cross-platform for a kind of above-mentioned across a network Monitoring alarm managing device, comprising the following steps:
Monitor terminal is used as standard agreement using a kind of communication protocol, by monitored equipment with can parse platform used in it The protocol process module of communications protocol connects, and when some monitored device fails generates alarm, which will Warning information is sent to protocol process module connected to it, and protocol process module assists the warning information received according to standard View is sent to monitor terminal after being converted, monitor terminal receives the warning information of standard agreement, issues alarm, notice management Personnel；
Data acquisition device is arranged at the monitored equipment of failed cluster, and camera acquires the instrumented data of monitored equipment, sound Sound acquisition module acquires whether monitored equipment issues abnormal sound, when the instrumented data of monitored equipment is abnormal or monitored sets When preparation goes out abnormal sound, monitor terminal issues alarm, notifies administrative staff.
Monitor terminal can by wireless communication module send warning message to administrative staff smart phone.
When the temperature anomaly of monitored equipment ambient enviroment, humidity exception or when having fire, data acquisition device sends report To monitor terminal, monitor terminal issues alarms alert information, notifies administrative staff.
Monitor terminal runs control terminal software, and monitored equipment runs client software, and control terminal network connection is divided into two Kind operational mode, one is Opposite direction connection, another kind is positive connection；Control terminal is constantly in monitoring under Opposite direction connection mode The state of serve port can keep the connection request for receiving new online monitored equipment constantly, and receive these and monitored set Standby essential information feedback, can issue monitored equipment and order, and receive the operation result feedback from client；Control Under positive connection mode, network management personnel can pass through with inputting the IP for netting interior certain monitored equipment in monitor terminal at end Location connects distance host, and the IP information of these hosts is stored in database, so that administrative staff transfer and use.
When client is online or control terminal is actively connect with client, a host information can be safeguarded inside control terminal The chained list ACTIVEHOST of structure, it is a single-track link table, each node is by a customized structural body CLIENTINFO composition, when control terminal receive client it is online when, control terminal can obtain the essential information of monitored equipment, And increase a node newly on chained list, and new node information is shown at control terminal interface, inform that administrative staff have on new host Line then finds the node when client is offline on chained list, and deletes the node, informs that administrative staff have client offline.
Therefore, the control terminal that we design can be established simultaneously with more clients and is connected to the network, after connection is established, management Personnel can be controlled them or be opened certain monitoring module functions by order, and administrative staff can also be according to control need Want, actively disconnect it is certain be not required to monitored device network connection to be monitored, when control terminal is actively disconnected and client Connection, client just open a port, wait administrative staff when needed, initiate actively to connect to client again.
Opposite direction connection process is as follows: control terminal starts listening port, i.e. serve port after starting operation, if starting It monitors successfully, then waits the connection from client, the wrong generation of administrative staff is informed if unsuccessful, and report wrong generation The reason of；After listening port starts successfully, then the network connecting request from client, client request successful connection are received Afterwards, the essential information of monitored equipment can be informed monitoring client, administrative staff can input number order later, and control terminal will order Order is sent to client, and client runs specified monitoring function function after correct recognition command, obtains as a result, and returning To control terminal；
Forward direction connection process is as follows: control terminal is after starting operation, and administrative staff pass through positive connection selection, what input to be connected Client ip address is created socket and is attached using default port 1234, after successful connection, administrative staff's input control Order, sends a command to client, client runs specified power function after correct recognition command, obtains as a result, simultaneously Return to control terminal.
Two kinds of user control interface modes can be used in control terminal, another one is the console (GUI) based on graphical interfaces Kind is the control interface (CUI) based on order row format (console).For the control interface of GUI, administrative staff pass through click Control on the graphical interfaces of software carries out the transmission of order, and for the control interface of CUI, administrative staff are when being executed Administrative staff input order and parameter under order line manually are needed, sends and orders to monitored end.Administrative staff can basis The control habit of oneself, selects the mode for oneself comparing preference to be managed.Regardless of being based on GUI or based on the control of CUI Platform processed, when ordering transmission, transmitted order and parameter are consistent.
Client is just run always, the moment remains able to connect for being mounted on monitored equipment after host-initiated The order from control terminal is received, and operation result can be timely feedbacked to control terminal.Client what needs to be explained here is that, visitor The operation at family end does not need any interface, and client is run in a manner of the self-starting that is switched on.Starting client needs for the first time Opposite direction connection is carried out, after the completion of operation, if control terminal is actively disconnected with the network connection of client, that client is just not It reattempts and is connected to the network with control terminal, open simultaneously the port (this system default setting is 1234) of oneself, wait to be controlled Hold the connection request when needing again to control the machine.Which substantially increases the flexibilities of control operation.
For Windows and other operating systems, there are many kinds of the modes of self-starting, including with method of service The various ways such as self-starting, addition registration table self-starting, Remote thread injecting, modification configuration file, it is contemplated that arriving various behaviour Make the characteristic of system, it is believed that realize that self-starting is a kind of more safe and reliable mode in a manner of service, because of various behaviour Make system and all have some services, this is the common characteristic of operating system.In addition, because this kind of without registration table in LINUX Concept, we can open by the way that modification etc/rc.local ,/etc/rc.sysinit ,/etc/profile etc. are several with oneself Relevant configuration file is moved, realizes the booting self-starting of client.When client is installed for the first time, the peace that is serviced Dress, while registration table and configuration file are modified to realize the self-starting of client.
In installation and operation, the file first to be run system is discharged under this system installation directory client, then By calling system function, installation service modifies registration table and configuration file, and be directed toward the executable program of client, so as to Client being capable of self-starting in booting next time.
In the installation process of client, administrative staff also need to configure client, i.e. the IP at input control end The port numbers of address and control terminal, and be saved in the configuration file of this software.In creation configuration file and the file discharged When, it needs to be hidden in catalogue in a manner of system file attribute, prevents the malicious modification and deletion of host user.

Claims (10)

1.一种跨网络跨平台监控告警管理装置，其特征在于，包括监控终端、协议转换器（6）和若干个数据采集装置（8），所述协议转换器（6）包括若干个协议处理模块（7），每个协议处理模块（7）能够解析一种平台通讯协议，所述监控终端包括中央处理单元（1）、存储单元（2）、显示屏（3）、控制键盘（4）和报警模块（5），所述数据采集装置（8）包括微处理器（9）、摄像头（10）和声音采集模块（11），所述微处理器（9）分别与摄像头（10）和声音采集模块（11）电连接，所述中央处理单元（1）分别与存储单元（2）、显示屏（3）、控制键盘（4）、报警模块（5）、协议处理模块（6）、微处理器（9）电连接。A cross-network cross-platform monitoring alarm management apparatus, comprising: a monitoring terminal, a protocol converter (6) and a plurality of data collection devices (8), the protocol converter (6) comprising a plurality of protocol processing Module (7), each protocol processing module (7) is capable of parsing a platform communication protocol, the monitoring terminal comprising a central processing unit (1), a storage unit (2), a display screen (3), a control keyboard (4) And an alarm module (5), the data acquisition device (8) comprising a microprocessor (9), a camera (10) and a sound collection module (11), the microprocessor (9) and the camera (10) and The sound collection module (11) is electrically connected, and the central processing unit (1) is respectively connected with the storage unit (2), the display screen (3), the control keyboard (4), the alarm module (5), the protocol processing module (6), The microprocessor (9) is electrically connected. 2.根据权利要求1所述的一种跨网络跨平台监控告警管理装置，其特征在于，所述监控终端还包括无线通信模块（12），所述无线通信模块（12）与中央处理单元（1）电连接。2 . The cross-network cross-platform monitoring alarm management device according to claim 1 , wherein the monitoring terminal further comprises a wireless communication module (12), the wireless communication module (12) and a central processing unit ( 1) Electrical connection. 3.根据权利要求2所述的一种跨网络跨平台监控告警管理装置，其特征在于，所述无线通信模块（12）能够与管理人员的智能手机无线通信。3. The cross-network cross-platform monitoring alarm management apparatus according to claim 2, wherein the wireless communication module (12) is capable of wirelessly communicating with a manager's smartphone. 4.根据权利要求1或2或3所述的一种跨网络跨平台监控告警管理装置，其特征在于，所述数据采集装置（8）还包括温度传感器（13）和湿度传感器（14），所述微处理器（9）分别与温度传感器（13）和湿度传感器（14）电连接。The cross-network cross-platform monitoring alarm management device according to claim 1 or 2 or 3, wherein the data collection device (8) further comprises a temperature sensor (13) and a humidity sensor (14), The microprocessor (9) is electrically connected to a temperature sensor (13) and a humidity sensor (14), respectively. 5.根据权利要求1或2或3所述的一种跨网络跨平台监控告警管理装置，其特征在于，所述数据采集装置（8）还包括烟雾传感器（15），所述微处理器（9）与烟雾传感器（15）电连接。The cross-network cross-platform monitoring alarm management device according to claim 1 or 2 or 3, wherein the data collection device (8) further comprises a smoke sensor (15), the microprocessor ( 9) Electrically connected to the smoke sensor (15). 6.根据权利要求1或2或3所述的一种跨网络跨平台监控告警管理装置，其特征在于，所述数据采集装置（8）还包括GPS模块（16），所述微处理器（9）与GPS模块（16）电连接。The cross-network cross-platform monitoring alarm management device according to claim 1 or 2 or 3, wherein the data collection device (8) further comprises a GPS module (16), the microprocessor ( 9) Electrically connected to the GPS module (16). 7.一种跨网络跨平台监控告警管理方法，用于权利要求1所述的一种跨网络跨平台监控告警管理装置，其特征在于，包括以下步骤：A cross-network cross-platform monitoring alarm management method, which is used in a cross-network cross-platform monitoring alarm management apparatus according to claim 1, comprising the following steps: 监控终端采用一种通信协议作为标准协议，将受监控设备与能够解析其所使用的平台通讯协议的协议处理模块连接，当某个受监控设备发生故障产生告警时，该受监控设备将告警信息发送到与其连接的协议处理模块，协议处理模块将接收到的告警信息按照标准协议进行转换后发送到监控终端，监控终端接收到标准协议的告警信息，发出报警，通知管理人员；The monitoring terminal uses a communication protocol as a standard protocol, and connects the monitored device to a protocol processing module capable of resolving the platform communication protocol used by the monitoring device. When a monitored device fails to generate an alarm, the monitored device will generate an alarm message. The protocol processing module is sent to the protocol processing module connected thereto, and the protocol processing module converts the received alarm information to the monitoring terminal according to the standard protocol, and the monitoring terminal receives the alarm information of the standard protocol, issues an alarm, and notifies the management personnel; 数据采集装置设置在未联网的受监控设备处，摄像头采集受监控设备的仪表数据，声音采集模块采集受监控设备是否发出异常声音，当受监控设备的仪表数据异常或受监控设备发出异常声音时，监控终端发出报警，通知管理人员。The data collection device is disposed at the unsupervised monitored device, the camera collects the instrument data of the monitored device, and the sound collection module collects whether the monitored device emits an abnormal sound, when the instrument data of the monitored device is abnormal or the monitored device emits an abnormal sound. The monitoring terminal issues an alarm to notify the management personnel. 8.根据权利要求7所述的一种跨网络跨平台监控告警管理方法，其特征在于，监控终端运行控制端软件，受监控设备运行客户端软件，控制端网络连接分为两种运行模式，一种是反向连接，另一种是正向连接；控制端在反向连接模式下一直处于监听服务端口的状态，能够时刻保持接收新上线受监控设备的连接请求，并接收这些受监控设备的基本信息反馈，能够对受监控设备发出命令，并接收来自客户端的运行结果反馈；控制端在正向连接模式下，网络管理人员可以在监控终端通过输入网内某台受监控设备的IP地址来连接远程主机，这些主机的IP信息均保存于数据库中，以便管理人员调取和使用。8 . The cross-network cross-platform monitoring alarm management method according to claim 7 , wherein the monitoring terminal runs the control end software, the monitored device runs the client software, and the control end network connection is divided into two operating modes. One is a reverse connection, and the other is a forward connection; the control terminal is always in the state of listening to the service port in the reverse connection mode, and can always keep receiving connection requests of the newly-on-line monitored devices, and receiving the monitored devices. Basic information feedback, which can issue commands to the monitored device and receive feedback from the running result of the client; in the forward connection mode, the network administrator can pass the IP address of a monitored device in the monitoring terminal through the monitoring terminal. Connect to remote hosts. The IP information of these hosts is stored in the database for management to retrieve and use. 9.根据权利要求8所述的一种跨网络跨平台监控告警管理方法，其特征在于，当客户端上线或控制端与客户端主动连接时，在控制端内部会维护一个主机信息结构的链表ACTIVEHOST，它是一个单向链表，每一个节点由一个自定义的结构体CLIENTINFO组成，当控制端接收到客户端上线时，控制端会获取受监控设备的基本信息， 并在链表上新增一个节点，并将新节点信息显示在控制端界面，告知管理人员有新主机上线，当客户端下线时，则在链表上找到该节点，并删除该节点，告知管理人员有客户端下线。The cross-network cross-platform monitoring alarm management method according to claim 8, wherein when the client is online or the control end is actively connected with the client, a linked list of the host information structure is maintained inside the control terminal. ACTIVEHOST, which is a singly linked list, each node is composed of a custom structure CLIENTINFO. When the control terminal receives the client online, the control terminal obtains the basic information of the monitored device and adds a new one to the linked list. The node displays the new node information on the console interface, and informs the manager that the new host is online. When the client goes offline, the node is found on the linked list, and the node is deleted, and the manager is notified that the client is offline. 10.根据权利要求8所述的一种跨网络跨平台监控告警管理方法，其特征在于，10 . The cross-network cross-platform monitoring alarm management method according to claim 8 , wherein 反向连接流程如下：控制端在启动运行后，启动监听端口，如果启动监听成功，则等待来自客户端的连接，若不成功则告知管理人员有错产生，并报告错误产生的原因；监听端口启动成功后，则接收来自客户端的网络连接请求，客户端请求连接成功后，会将受监控设备的基本信息告知监控端，之后管理人员可以输入一些命令，控制端将命令发送给客户端，客户端在正确识别命令后，运行指定的监控功能函数，得到结果，并返回给控制端；The reverse connection process is as follows: After the start-up operation, the control terminal starts the listening port. If the startup monitoring succeeds, it waits for the connection from the client. If it is unsuccessful, it informs the manager that a mistake has occurred and reports the cause of the error; the listening port starts. After the success, the network connection request from the client is received. After the client requests the connection to be successful, the basic information of the monitored device is notified to the monitoring terminal, and then the administrator can input some commands, and the control terminal sends the command to the client, the client. After correctly identifying the command, run the specified monitoring function, get the result, and return it to the console; 正向连接流程如下：控制端在启动运行后，管理人员通过正向连接选择，输入要连接的客户端IP地址，采用默认端口1234，创建套接字进行连接，连接成功后，管理人员输入控制命令，将命令发送给客户端，客户端在正确识别命令后，运行指定的功能函数，得到结果，并返回给控制端。The forward connection process is as follows: After the console is started, the administrator selects the forward connection, enters the IP address of the client to be connected, and uses the default port 1234 to create a socket for connection. After the connection is successful, the administrator inputs control. The command sends the command to the client. After the client correctly recognizes the command, it runs the specified function, gets the result, and returns it to the console.
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