CN103955360A - Configuration system and control method of vehicle-mounted monitoring device - Google Patents
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Abstract
一种监控装置配置系统及控制方法包括监控报告装置、监控显示装置，配置信息数据库装置、报警阈值装置、文件配置装置、参数配置装置、通信装置；通信装置的输出端与参数配置装置相连接，文件配置装置的数据输出端连接参数配置装置的数据输入端，参数配置装置的数据输出端连接配置信息数据库装置的数据输入端，配置信息数据库装置的数据输出端分别连接报警阈值装置的数据输入装置、监控显示装置的数据输入端、监控报告装置的数据输入端，本发明监控软件配置系统及方法具有很好的兼容性和扩展性。
A monitoring device configuration system and control method include a monitoring reporting device, a monitoring display device, a configuration information database device, an alarm threshold device, a file configuration device, a parameter configuration device, and a communication device; the output end of the communication device is connected to the parameter configuration device, The data output end of the file configuration device is connected to the data input end of the parameter configuration device, the data output end of the parameter configuration device is connected to the data input end of the configuration information database device, and the data output end of the configuration information database device is respectively connected to the data input device of the alarm threshold device , the data input end of the monitoring display device, the data input end of the monitoring reporting device, the monitoring software configuration system and method of the present invention have good compatibility and expansibility.
Description
技术领域technical field
本发明涉及一种监控系统及控制方法，特别是涉及一种车载监控系统及控制方法。The invention relates to a monitoring system and a control method, in particular to a vehicle-mounted monitoring system and a control method.
背景技术Background technique
车载装备系统的功能和系统复杂性日益提高，基于车辆运行安全性和工作安全性考虑，对车辆工作过程中的监控变得越来越重要，各种诊断装置和方法要求也不断增多。The function and system complexity of vehicle equipment systems are increasing day by day. Based on the consideration of vehicle operation safety and work safety, the monitoring of vehicle working process is becoming more and more important, and the requirements for various diagnostic devices and methods are also increasing.
车载装备系统应用于不同工程背景下，并且需要在系统中设置大量的电子传感与控制器件来监控车辆的工作状态和工作模式下的信息。由于不同的应用采用不同的传感与控制器件，不能实现通用的监控系统的配置和设置，对于每种功能的车载系统，需要单独开发设计一种技术方法。如果要将一种技术方法应用到另外的车载系统中，就必须重新开发设计监控系统，不能满足对也不具有兼容性和可扩展性的要求。Vehicle-mounted equipment systems are used in different engineering backgrounds, and a large number of electronic sensing and control devices need to be installed in the system to monitor the vehicle's working status and information in the working mode. Since different applications use different sensing and control devices, the configuration and setting of a general monitoring system cannot be realized. For each function of the vehicle system, a technical method needs to be developed and designed separately. If a technical method is to be applied to another vehicle-mounted system, the monitoring system must be redeveloped and designed, which cannot meet the requirements for compatibility and scalability.
发明内容Contents of the invention
本发明的目的是提供一种车载监控装置配置系统及控制方法，用于解决关于汽车监控系统的兼容性以及可扩展性的技术问题。The purpose of the present invention is to provide a configuration system and control method for a vehicle monitoring device, which are used to solve the technical problems related to the compatibility and scalability of the vehicle monitoring system.
一种监控装置配置系统及控制方法包括监控报告装置、监控显示装置，配置信息数据库装置、报警阈值装置、文件配置装置、参数配置装置、通信装置；通信装置的输出端与参数配置装置相连接，文件配置装置的数据输出端连接参数配置装置的数据输入端，参数配置装置的数据输出端连接配置信息数据库装置的数据输入端，配置信息数据库装置的数据输出端分别连接报警阈值装置的数据输入装置、监控显示装置的数据输入端、监控报告装置的数据输入端。A monitoring device configuration system and control method include a monitoring reporting device, a monitoring display device, a configuration information database device, an alarm threshold device, a file configuration device, a parameter configuration device, and a communication device; the output end of the communication device is connected to the parameter configuration device, The data output end of the file configuration device is connected to the data input end of the parameter configuration device, the data output end of the parameter configuration device is connected to the data input end of the configuration information database device, and the data output end of the configuration information database device is respectively connected to the data input device of the alarm threshold device , the data input end of the monitoring and display device, and the data input end of the monitoring and reporting device.
所述监控报告装置用于对所监控的信息及配置的状态进行判断，生成特定格式的信息；The monitoring and reporting device is used to judge the monitored information and configuration status, and generate information in a specific format;
所述监控显示装置用于对当前的监控信息实时显示给用户，包括图形显示方法和数据显示方法两部分，并且进而通过监控显示装置完成各种参数的设置设定；The monitoring and display device is used to display the current monitoring information to the user in real time, including two parts: a graphic display method and a data display method, and then completes the setting of various parameters through the monitoring and display device;
所述配置信息数据库装置用以维护、记录系统的配置信息和监控、报警信息；The configuration information database device is used to maintain and record system configuration information and monitoring and alarm information;
所述报警阈值装置用于设定和判断报警的方法；The method for setting and judging the alarm by the alarm threshold device;
所述文件配置装置用于提供用于配置的参数的描述和属性值的存储与修改；The file configuration device is used to provide the description of parameters used for configuration and the storage and modification of attribute values;
所述参数配置装置控制对监控参数的选择和修改；The parameter configuration device controls selection and modification of monitoring parameters;
所述通信装置用于连接系统的通信装置。包括通信的协议格式、设备类型选择、通信速率选择等参数。The communication device is used to connect the communication device of the system. Including communication protocol format, device type selection, communication rate selection and other parameters.
本发明车载监控装置配置方法的工作流程包括如下步骤：The workflow of the vehicle-mounted monitoring device configuration method of the present invention comprises the following steps:
S1、开机初始化监控装置配置系统；S1, start the initialization monitoring device configuration system;
S2、启动配置信息数据库装置，用于完成通信参数的设置；S2. Start the configuration information database device to complete the setting of communication parameters;
S3、读取文件配置装置设置信息，判断是否需要重新更新配置信息；如是，转S4，否则转S5；S3, read the file configuration device setting information, and judge whether the configuration information needs to be updated again; if so, turn to S4, otherwise turn to S5;
S4、从文件配置装置中读取新的配置信息，修改监控状态；S4, read new configuration information from the file configuration device, and modify the monitoring status;
S5、监控显示装置显示监控参数；S5. The monitoring and display device displays monitoring parameters;
S6、判断是否触发报警，如是，转监控报告装置，如否，转监控显示装置；S6, judging whether to trigger an alarm, if so, turn to the monitoring and reporting device, if not, turn to the monitoring and displaying device;
S7、判断是否结束系统运行，如是，转结束，如否，转S3。S7. Determine whether to end the system operation, if yes, go to end, if not, go to S3.
步骤S2中所述的通信参数包括：设备类型号、设备通道号、通信协议格式、通信速率选择、数据编码格式。The communication parameters described in step S2 include: device type number, device channel number, communication protocol format, communication rate selection, and data encoding format.
步骤S5中所述的监控参数包括：调平系统左右水平度传感器、支撑系统压力传感器、油温控制系统传感器、液压系统回油压力和吸油压力传感器、顶盖机构开关信息、故障报警信息标识、发动机控制系统转速传感器。The monitoring parameters described in step S5 include: leveling system left and right level sensors, support system pressure sensors, oil temperature control system sensors, hydraulic system oil return pressure and oil suction pressure sensors, top cover mechanism switch information, fault alarm information identification, Engine control system speed sensor.
有益效果是，本发明车载监控装置配置系统及方法具有兼容旧系统和扩展新功能的新特性，本发明实现的车载监控软件配置系统及方法具有很好的系统兼容性，体现在：通过配置信息数据库装置C的转换功能，可以对不同型号和硬件配置的车载装备系统和对应功能实现匹配，并能够保证稳定的工作在不同监控功能下；本发明实现车载监控软件配置系统及方法的可扩展性体现在：对于新加入硬件配置的车载装备系统，可以通过配置信息数据库装置C，产生对应于新加入的硬件配置的软件的参数信息的配置从而实现新的监控功能，而不用重新开发新的监控配置系统。因此该车载监控软件配置方法具有兼容旧系统和扩展新功能的新特性。The beneficial effect is that the vehicle-mounted monitoring device configuration system and method of the present invention have the new characteristics of being compatible with the old system and expanding new functions, and the vehicle-mounted monitoring software configuration system and method realized by the present invention have good system compatibility, which is reflected in: through the configuration information The conversion function of the database device C can match the vehicle-mounted equipment systems and corresponding functions of different models and hardware configurations, and can ensure stable work under different monitoring functions; the present invention realizes the scalability of the vehicle-mounted monitoring software configuration system and method Embodied in: for the vehicle-mounted equipment system with newly added hardware configuration, the configuration of the parameter information of the software corresponding to the newly added hardware configuration can be generated by configuring the information database device C, so as to realize the new monitoring function without re-developing new monitoring Configure the system. Therefore, the vehicle monitoring software configuration method has new features of being compatible with old systems and extending new functions.
下面结合附图对本发明的车载监控装置配置系统及方法作进一步说明。The vehicle-mounted monitoring device configuration system and method of the present invention will be further described below in conjunction with the accompanying drawings.
附图说明Description of drawings
图1为车载监控装置配置系统框图；Fig. 1 is a block diagram of the vehicle monitoring device configuration system;
图2为基于车载监控装置配置系统的控制方法的工作流程。Fig. 2 is a workflow of the control method based on the configuration system of the on-vehicle monitoring device.
具体实施方式Detailed ways
如图1所示，本发明监控装置配置系统包括监控报告装置A、监控显示装置B，配置信息数据库装置C、报警阈值装置D、文件配置装置E、参数配置装置F、通信装置G；通信装置G的输出端与参数配置装置F相连接，文件配置装置E的数据输出端连接参数配置装置F的数据输入端，参数配置装置F的数据输出端连接配置信息数据库装置C的数据输入端，配置信息数据库装置C的数据输出端分别连接报警阈值装置D的数据输入装置、监控显示装置B的数据输入端、监控报告装置A的数据输入端。As shown in Figure 1, the monitoring device configuration system of the present invention includes a monitoring reporting device A, a monitoring display device B, a configuration information database device C, an alarm threshold device D, a file configuration device E, a parameter configuration device F, and a communication device G; The output end of G is connected with the parameter configuration device F, the data output end of the file configuration device E is connected with the data input end of the parameter configuration device F, the data output end of the parameter configuration device F is connected with the data input end of the configuration information database device C, and configuration The data output end of the information database device C is respectively connected to the data input device of the alarm threshold device D, the data input end of the monitoring display device B, and the data input end of the monitoring reporting device A.
监控报告装置A用于对所监控的信息及配置的状态进行判断，生成特定格式的信息；The monitoring and reporting device A is used to judge the monitored information and configuration status, and generate information in a specific format;
监控显示装置B用于对当前的监控信息实时显示给用户，包括图形显示方法和数据显示方法两部分，并且通过监控显示装置B完成各种参数的设置设定；The monitoring and display device B is used to display the current monitoring information to the user in real time, including two parts, the graphic display method and the data display method, and complete the setting and setting of various parameters through the monitoring and display device B;
配置信息数据库装置C用以维护、记录系统的配置信息和监控、报警信息；The configuration information database device C is used for maintaining and recording system configuration information and monitoring and alarm information;
报警阈值装置D用于设定和判断报警的方法；The alarm threshold device D is used for setting and judging the method for alarming;
文件配置装置E用于提供用于配置的参数的描述和属性值的存储与修改；The file configuration device E is used to provide the description of parameters used for configuration and the storage and modification of attribute values;
参数配置装置F控制对监控参数的选择和修改；The parameter configuration device F controls the selection and modification of monitoring parameters;
通信装置G用于连接系统的通信装置。The communication device G is used to connect the communication devices of the system.
在通信装置G启动后，监控参数信息就由文件配置装置E读入参数配置装置F，确定要监控的参数信息，并实时输入到配置信息数据库装置C中。配置信息数据库装置C驻留在监控仪硬件，维护着全局的硬件信息和监控信息，配置信息数据库装置C根据监控功能将要监控显示的信息输出给监控显示装置B，同时以监控报告的形式通过监控报告装置A输出监控显示的副本。配置信息数据库装置C中的监控参数信息传递给报警阈值装置D作为输入，报警阈值装置D输出超限报警。After the communication device G is started, the monitoring parameter information is read into the parameter configuration device F by the file configuration device E, and the parameter information to be monitored is determined and input into the configuration information database device C in real time. The configuration information database device C resides in the monitor hardware and maintains global hardware information and monitoring information. The configuration information database device C outputs the information to be monitored and displayed to the monitoring display device B according to the monitoring function, and at the same time passes the monitoring report in the form of a monitoring report. Reporting device A outputs a copy of the monitor display. The monitoring parameter information in the configuration information database device C is transmitted to the alarm threshold device D as an input, and the alarm threshold device D outputs an over-limit alarm.
如图2所示，基于车载监控装置配置系统的控制方法的工作流程包括如下步骤：As shown in Figure 2, the workflow of the control method based on the vehicle monitoring device configuration system includes the following steps:
S1、开机初始化监控装置配置系统；S1, start the initialization monitoring device configuration system;
S2、启动配置信息数据库装置C，用于完成通信参数的设置；S2. Start the configuration information database device C to complete the setting of communication parameters;
S3、读取文件配置装置E设置信息，判断是否需要重新更新配置信息；如是，转S4，否则转S5；S3, read the setting information of the file configuration device E, and judge whether the configuration information needs to be updated again; if so, turn to S4, otherwise turn to S5;
S4、从文件配置装置E中读取新的配置信息，修改监控状态；S4, read new configuration information from the file configuration device E, and modify the monitoring status;
S5、监控显示装置B显示监控参数；S5. The monitoring and display device B displays monitoring parameters;
S6、判断是否触发报警，如是，转监控报告装置A，如否，转监控显示装置B；S6. Determine whether an alarm is triggered, if yes, turn to monitoring and reporting device A, if not, turn to monitoring and displaying device B;
S7、判断是否结束系统运行，如是，转结束，如否，转S3。S7. Determine whether to end the system operation, if yes, go to end, if not, go to S3.
系统初始化后，用户根据需求设置通讯参数，开启通讯。再根据当时车辆状态，选择需要监控的参数，选择完毕后，系统自动读取相应配置并设置好监控界面。当车辆有报警时，系统将自动记录报警内容及报警时间。After the system is initialized, the user sets the communication parameters according to the requirements and starts the communication. Then, according to the status of the vehicle at that time, select the parameters that need to be monitored. After the selection is completed, the system will automatically read the corresponding configuration and set up the monitoring interface. When the vehicle has an alarm, the system will automatically record the alarm content and alarm time.
开始监控前进行通讯配置，完成后进入监控界面选择需要监控的参数（可监控的参数主要包括调平系统左右水平度传感器、支撑系统压力传感器、油温控制系统传感器、液压系统回油压力和吸油压力传感器、顶盖机构开关信息、故障报警信息标识，发动机控制系统转速传感器等），参数来源于图2中的配置信息数据库装置C，它包含了维护、记录系统的配置信息和监控、报警信息的内容。参数配置完成后，就正式进入监控主窗口，当车辆有报警时，系统将提示是否进行实时诊断并记录该报警。Perform communication configuration before starting monitoring, and enter the monitoring interface after completion to select the parameters to be monitored (the parameters that can be monitored mainly include the left and right level sensors of the leveling system, pressure sensors of the support system, sensors of the oil temperature control system, oil return pressure of the hydraulic system and oil suction Pressure sensor, top cover mechanism switch information, fault alarm information identification, engine control system speed sensor, etc.), the parameters come from the configuration information database device C in Figure 2, which includes the configuration information and monitoring and alarm information of the maintenance and recording system Content. After the parameter configuration is completed, you will officially enter the main monitoring window. When the vehicle has an alarm, the system will prompt whether to perform real-time diagnosis and record the alarm.
实际应用中主要解决问题包括获取车辆中各个控制系统和目标元件的参数，通过软件系统的记录和处理，并对车辆状态做出判定，触发报警。实现的方法是：车辆在工作过程中，通过网络将各状态参数实时发送到软件配置系统，软件配置系统将与该参数匹配的数据信息进行比较、存储，并实时的显示给用户。判定系统在记录的同时，根据算法和车辆参数报警阈值判定车辆的状态，在超限报警状态，提取配置数据库的数据，触发诊断提示，并生成车辆的监控报警状态报告。The main problems to be solved in practical applications include obtaining the parameters of each control system and target components in the vehicle, recording and processing through the software system, making judgments on the vehicle status, and triggering an alarm. The method of realization is: during the working process of the vehicle, each state parameter is sent to the software configuration system in real time through the network, and the software configuration system compares and stores the data information matching the parameter, and displays it to the user in real time. While recording, the judgment system judges the state of the vehicle according to the algorithm and the alarm threshold of the vehicle parameters. In the over-limit alarm state, it extracts the data from the configuration database, triggers the diagnosis prompt, and generates the monitoring alarm status report of the vehicle.
本发明实现的车载监控装置配置系统及控制方法具有很好的系统兼容性，体现在：通过配置信息数据库装置C的转换功能，可以对不同型号和硬件配置的车载装备系统和对应功能实现匹配，并能够保证稳定的工作在不同监控功能下；本发明实现车载监控软件配置系统及方法的可扩展性体现在：对于新加入硬件配置的车载装备系统，可以通过配置信息数据库装置C，产生对应于新加入的硬件配置的软件的参数信息的配置从而实现新的监控功能，而不用重新开发新的监控配置系统。因此该车载监控软件配置方法具有兼容旧系统和扩展新功能的新特性。The vehicle-mounted monitoring device configuration system and control method realized by the present invention have good system compatibility, which is reflected in: through the conversion function of the configuration information database device C, the vehicle-mounted equipment systems and corresponding functions of different models and hardware configurations can be matched. And can guarantee stable work under different monitoring functions; The present invention realizes the extensibility of vehicle-mounted monitoring software configuration system and method and is embodied in: for the vehicle-mounted equipment system that adds hardware configuration newly, can produce corresponding to by configuration information database device C The configuration of the software parameter information of the newly added hardware configuration realizes the new monitoring function without re-developing a new monitoring configuration system. Therefore, the vehicle monitoring software configuration method has new features of being compatible with old systems and extending new functions.
以上所述的实施例仅仅是对本发明的优选实施方式进行描述，并非对本发明的范围进行限定，在不脱离本发明设计精神的前提下，本领域普通技术人员对本发明的技术方案作出的各种变形和改进，均应落入本发明权利要求书确定的保护范围内。The above-mentioned embodiments are only descriptions of preferred implementations of the present invention, and are not intended to limit the scope of the present invention. Variations and improvements should fall within the scope of protection defined by the claims of the present invention.
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| CN105807757A (en) * | 2016-03-10 | 2016-07-27 | 深圳市元征科技股份有限公司 | Function automatic adaptation method and device for vehicle diagnosis device |
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| CN108509311A (en) * | 2018-03-07 | 2018-09-07 | 青岛海尔科技有限公司 | A kind of apparatus monitoring method, device, storage medium and computer equipment |
| CN108895257A (en) * | 2018-06-19 | 2018-11-27 | 中富通集团股份有限公司 | A kind of intelligent adaptive environment portable communication equipment |
| CN110167814A (en) * | 2017-01-09 | 2019-08-23 | 艾里逊变速箱公司 | System and method for reporting the vehicle feature determined by transmission control circuit |
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