CN114327217A - Method for simplifying configuration of comprehensive background monitoring management system of intelligent station house - Google Patents
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Abstract
The invention discloses a method for simplifying configuration of an intelligent station room comprehensive background monitoring management system, which comprises the following steps of starting an ID acquisition module to acquire the corresponding relation between an I/0 port of a target host and sensor equipment, and storing the corresponding relation in a form of a table into a designated position; the starting terminal configuration module is connected with the target host and sets configuration rules corresponding to the target host system; importing the form generated by the ID acquisition module into the terminal configuration module, automatically filling the configuration information of each sensor into the corresponding position in the terminal configuration module, and submitting the configuration information to a server database for updating configuration; and checking whether the sensor data is accessed on the background of the target host and the client, and finishing all configuration if the sensor data is accessed normally. The intelligent station room configuration method and the intelligent station room configuration system have the advantages that batch operation is carried out through auxiliary software, configuration of each sensor in the intelligent station room is completed, tasks of sensor ID reading and terminal configuration are completed respectively, and reading and configuration operations are concise and efficient.
Description
Technical Field
The invention relates to the technical field of sensor networks, in particular to a method for simplifying configuration of an intelligent station house comprehensive background monitoring management system.
Background
With the development of technology and the increasing level of awareness, the demand for automation in various fields has risen significantly. In the field of power internet of things, real-time data of each sensor of a station room are collected through a target host, and the requirements of the intelligent station room are embodied. The target host acquires a monitoring video of the power distribution station room and data of each sensor through the intelligent station room comprehensive monitoring background management system, displays the monitoring video and the data of each sensor on a local client interface of the host, sets alarm linkage, uploads the alarm linkage to the cloud monitoring platform through the 61850 model, monitors the data of each sensor of the station room and alarm events through the platform, and controls controllable equipment in the station room.
The configuration of a plurality of sensors in a station house, such as a temperature and humidity sensor, an SF6+ O2 sensor, an air conditioner, a smoke sensor, a water sensor and the like, is very complicated in a background system of a target host, when the system is upgraded and reconfigured, configuration files in the host need to be checked, the configuration files are compared with the wiring of sensor equipment of the target host, the configuration files are added one by one according to background system interface rules of the target host, model configuration is uploaded after the configuration files are added, and the sensors on site are uploaded to a cloud-end platform through a transmission protocol.
In the prior art, each sensor and each camera of a station house are managed by an intelligent station house comprehensive monitoring background management system in the intelligent station house, and the background management system configures a communication node and a host model according to the system model of a moving-loop host in the station house. The configuration process of the background management system is shown in fig. 1, and the most cumbersome part of the whole process mainly focuses on sensor model configuration and sensor creation.
Sensor model configuration: the sensor devices in the station rooms need to be configured with respective models and model measuring points, the models and the model measuring points of each sensor are different, and certain basic information needs to be provided when the same type of sensor models are configured. Taking an air conditioner controller as an example, the following basic information is needed when model configuration is performed: model name, model classification, data source type, model identification, benchmark name, equipment number, and the like. After the sensor model is created, corresponding model measuring points are required to be added, and basic information required to be provided comprises a model name, a four-remote type, a measuring point name, a measuring unit, a data type, a data length, a conversion coefficient and the like. Because each sensor model has a plurality of model measuring points, each model measuring point needs to be manually configured with more content, and the sensor model configuration link is the most complicated link in the whole background management configuration.
Creating a sensor; after the sensor model configuration is completed, the sensor needs to be created in the background: 1. for the environmental sensors, the corresponding sensors are started in the background according to the types and the number set in the model configuration. The wired sensor can complete identity recognition according to the corresponding port number on the moving-ring host, and the wireless sensor completes identity recognition according to the ID address of the terminal equipment. 2. For an input/output sensor, a mounting step needs to be additionally added, a port corresponding to a moving ring host is mounted on a sensor model, an equipment SN (serial number) and a sensor address are automatically generated, and the sensor is started in a background.
In summary, the conventional sensor configuration operation is complicated and time-consuming, and therefore a method for simplifying configuration of the comprehensive background monitoring management system of the intelligent station house is urgently needed to be designed.
Disclosure of Invention
In view of the above-mentioned defects in the prior art, the technical problem to be solved by the present invention is to provide a method for simplifying the configuration of an integrated background monitoring management system of an intelligent station house, wherein the configuration of each sensor in the intelligent station house is completed by performing batch operation through auxiliary software, the auxiliary software includes two modules of ID acquisition and terminal configuration, the tasks of sensor ID reading and terminal configuration are respectively completed, and the operations of reading and configuration are simple and efficient.
In order to achieve the above object, the present invention provides a method for simplifying configuration of an intelligent station house comprehensive background monitoring management system, comprising the following steps,
starting an ID acquisition module to acquire the corresponding relation between the I/0 port of the target host and the sensor equipment, and storing the corresponding relation in a table form at a specified position;
the starting terminal configuration module is connected with the target host and sets configuration rules corresponding to the target host system;
importing the form generated by the ID acquisition module into the terminal configuration module, automatically filling the configuration information of each sensor into the corresponding position in the terminal configuration module, and submitting the configuration information to a server database for updating configuration;
and checking whether the sensor data is accessed on the background of the target host and the client, and finishing all configuration if the sensor data is accessed normally.
Preferably, the ID obtaining module is enabled to obtain a corresponding relationship between the I/0 port of the target host and the sensor device, and the specific obtaining method includes:
enabling an iedtools module to be connected with a target host, and searching a configuration file of a sensor in the target host;
and analyzing the configuration file in a key field searching mode to obtain the corresponding relation between the I/0 port of the target host and the sensor equipment.
Preferably, the correspondence between the I/0 port of the target host and the sensor device includes the type and number of sensors, the port number of the wired sensor, and the ID address of the wireless sensor.
Preferably, the enabling terminal configuration module is specifically configured to connect to the target host by using a configool tool.
Preferably, the checking whether the sensor data is accessed is performed on the background and the client of the target host, specifically, the background server sends a request to read the sensor configuration information of the server database.
Preferably, the table generated by the ID obtaining module is a table for mapping the loading target host I/O port and the corresponding sensor device.
Preferably, before the configuration information of each sensor is automatically filled into the corresponding position in the terminal configuration module, the method further includes automatically configuring the required sensor model and the model measuring point.
Preferably, after the table generated by the ID obtaining module is imported into the terminal configuration module and the address information of each sensor is automatically filled into the corresponding position in the terminal configuration module, the method further includes increasing or decreasing the number of sensors or changing the port number or the wireless ID address of the sensor in a manual modification manner.
The invention has the beneficial effects that:
1. the invention greatly optimizes the flow of sensor model configuration, and utilizes the ID acquisition module of the auxiliary software to automatically extract the required information including the terminal ID address and the port number. The configuration flow is simplified, errors possibly caused by manual entry are avoided, and the accuracy of system configuration is improved.
2. The invention uses the configuration module to operate all terminals (sensors, cameras and the like) in the station house in batches, completes all configuration work at one time, and is also provided with a manual modification function. The automatic configuration in batches greatly improves the working efficiency, the manual modification function meets the possible sensor change problem, and the flexibility of the comprehensive background monitoring and management system is improved.
The conception, the specific structure and the technical effects of the present invention will be further described with reference to the accompanying drawings to fully understand the objects, the features and the effects of the present invention.
Drawings
FIG. 1 is a flow diagram of a configuration of a prior art background management system;
FIG. 2 is a simplified flow diagram of a background management system configuration in accordance with the present invention;
FIG. 3 is a flow chart of the use of the iedtools module of an embodiment of the invention;
FIG. 4 is an interface of the iedtools connection target host according to an embodiment of the present invention;
fig. 5 is a diagram of a correspondence relationship between a host IO port and a device type according to an embodiment of the present invention;
fig. 6 is a flow chart of the config module usage of the embodiment of the present invention.
Detailed Description
Example 1
As shown in fig. 2, a method for simplifying configuration of an intelligent station house integrated background monitoring management system includes the following steps,
and 4, checking whether the sensor data is accessed on the background of the target host and the client, and finishing all configuration if the sensor data is accessed normally.
In this embodiment, the ID obtaining module is enabled to obtain a corresponding relationship between an I/0 port of the target host and the sensor device, and the specific obtaining method includes:
enabling an iedtools module to be connected with a target host, and searching a configuration file of a sensor in the target host;
and analyzing the configuration file in a key field searching mode to obtain the corresponding relation between the I/0 port of the target host and the sensor equipment.
In this embodiment, the corresponding relationship between the I/0 port of the target host and the sensor device includes the type and number of the sensors, the port number of the wired sensor, and the ID address of the wireless sensor.
In this embodiment, the enabling terminal configuration module is specifically configured to connect to the target host by using a configool tool.
In this embodiment, the checking whether the sensor data is accessed is performed on the background and the client of the target host, specifically, the background server sends a request to read the sensor configuration information of the server database.
In this embodiment, the table generated by the ID obtaining module is a table for loading a corresponding relationship between an I/O port of a target host and a corresponding sensor device.
In this embodiment, before the configuration information of each sensor is automatically filled into the corresponding position in the terminal configuration module, the method further includes automatically configuring a required sensor model and a required model measuring point.
In this embodiment, after the table generated by the ID obtaining module is imported into the terminal configuration module and the address information of each sensor is automatically filled into the corresponding position in the terminal configuration module, the method further includes increasing or decreasing the number of sensors or changing the port number or the wireless ID address of the sensor in a manual modification manner.
Example 2
The existing iedtools and config modules can respectively realize the functions of ID acquisition and terminal configuration in the scheme of the application.
An iedtools module: the function of the module is to generate a table of port numbers or ID addresses corresponding to each sensor in the station room by analyzing an iedclient file in the mobile ring host, and store the table in a designated position, so that the config module can be conveniently called.
The use flow of iedtools is shown in fig. 3, and the specific operations are as follows:
1. remotely connecting a target dynamic ring host, and checking an I/O port and equipment of the host;
2. software starts to search configuration files about the sensor in the dynamic ring host, and related files are manually loaded after the configuration files are completed;
3. and analyzing the configuration file in a key field searching mode, displaying the relation of the host port corresponding to the sensor equipment after the configuration file is completed, generating a table and storing the table at a specified position.
Fig. 4 and 5 are a representation of the module.
A config module: aiming at the problem that the sensor model configuration and the sensor creation are too complicated, the problem can be effectively solved by adding a config module in a background configuration process.
The using process of the config module is shown in fig. 6, and the specific operations are as follows:
1. and inputting the ip address, the port number and the account password of the target host to connect the moving-ring host.
2. After the connection is finished, selecting a configuration rule according to the model of the mobile ring host system in the intelligent station house;
3. loading a table of corresponding relation between a host I/O port and a sensor terminal generated by the iedtools module, and automatically obtaining the type and the number of sensors to be accessed in a station house, a wired port number or a wireless ID address by a system;
4. and automatically configuring the required sensor model and model measuring points, and automatically filling the sensor configuration information into an edit box of the sensor corresponding to the config interface.
5. Manually filling in an ID address and an account password of an NVR in a station house, and filling in the number of cameras managed by the NVR;
6. after all information is filled, configuration is submitted, the software system uploads the configuration information to a background database, the intelligent station room background comprehensive monitoring management system requests an interface, database data is read in, and all configuration is completed.
The config module can load a corresponding relation table of the host I/O port and the sensor device generated by the iedtools module to fill in device information to be created, and can increase or decrease the number of sensors or change the port number or wireless ID address of the sensors in a manual modification manner. The manual modification function meets the requirement for possible sensor change, and the flexibility of the comprehensive background monitoring and management system of the intelligent station house is improved.
The foregoing detailed description of the preferred embodiments of the invention has been presented. It should be understood that numerous modifications and variations could be devised by those skilled in the art in light of the present teachings without departing from the inventive concepts. Therefore, the technical solutions available to those skilled in the art through logic analysis, reasoning and limited experiments based on the prior art according to the concept of the present invention should be within the scope of protection defined by the claims.
Claims (8)
1. A method for simplifying configuration of an intelligent station room comprehensive background monitoring management system is characterized by comprising the following steps:
starting an ID acquisition module to acquire the corresponding relation between the I/0 port of the target host and the sensor equipment, and storing the corresponding relation in a table form at a specified position;
the starting terminal configuration module is connected with the target host and sets configuration rules corresponding to the target host system;
importing the form generated by the ID acquisition module into the terminal configuration module, automatically filling the configuration information of each sensor into the corresponding position in the terminal configuration module, and submitting the configuration information to a server database for updating configuration;
and checking whether the sensor data is accessed on the background of the target host and the client, and finishing all configuration if the sensor data is accessed normally.
2. The method of claim 1, wherein the method comprises the steps of: the ID acquisition module is started to acquire the corresponding relation between the I/0 port of the target host and the sensor equipment, and the specific acquisition method comprises the following steps:
enabling an iedtools module to be connected with a target host, and searching a configuration file of a sensor in the target host;
and analyzing the configuration file in a key field searching mode to obtain the corresponding relation between the I/0 port of the target host and the sensor equipment.
3. The method of claim 1, wherein the method comprises the steps of: the corresponding relation between the I/0 port of the target host and the sensor equipment comprises the type and the number of the sensors, the port number of the wired sensor and the ID address of the wireless sensor.
4. The method of claim 1, wherein the method comprises the steps of: the enabling terminal configuration module is connected with the target host specifically by adopting a configool tool to connect with the target host.
5. The method of claim 1, wherein the method comprises the steps of: and checking whether the sensor data is accessed on the background and the client of the target host, specifically, sending a request to read the sensor configuration information of the server database by the background server.
6. The method of claim 1, wherein the method comprises the steps of: and the table generated by the ID acquisition module is a corresponding relation table for loading the I/O port of the target host and the corresponding sensor equipment.
7. The method of claim 1, wherein the method comprises the steps of: before the configuration information of each sensor is automatically filled into the corresponding position in the terminal configuration module, the method also comprises the step of automatically configuring the required sensor model and the model measuring point.
8. The method as claimed in claim 1, wherein the step of importing the table generated by the ID obtaining module into the terminal configuration module, and automatically filling the address information of each sensor into the corresponding location in the terminal configuration module further includes increasing or decreasing the number of sensors, or changing the port number or wireless ID address of the sensor by manual modification.
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| CN117395141A (en) * | 2023-12-07 | 2024-01-12 | 江苏征途技术股份有限公司 | Method for simplifying station room intelligent auxiliary and artificial intelligent visual gateway configuration |
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