技术领域technical field
本发明涉及气体检测告警和控制领域，特别是涉及一种基于手机的气体检测远程告警、监控及控制方法。The invention relates to the field of gas detection alarm and control, in particular to a mobile phone-based gas detection remote alarm, monitoring and control method.
背景技术Background technique
目前，对一氧化碳、二氧化碳、煤气、天然气或氨气等气体进行检测告警，大多是采用声光技术进行本地告警，但是当气体灾害发生地没有人值守时，这种告警方式不能及时地达到告警效果，无法及时地对气体灾害进行处理。而目前虽然有一些气体检测告警产品可以发送告警信息到监控人员处，然后监控人员利用无线或有线方式控制电磁阀开关或风机的开关来及时地应对气体灾害，但是这类产品一般控制逻辑和控制阀值在产品安装前就已经固定地加载在产品的程序里面，不能根据实际情况进行动态设置和调整，灵活性差，较难进行推广应用。At present, the detection and alarm of gases such as carbon monoxide, carbon dioxide, coal gas, natural gas, or ammonia mostly use acousto-optic technology for local alarms. However, when there is no one on duty at the place where the gas disaster occurs, this alarm method cannot achieve the alarm effect in time. , unable to deal with gas disasters in time. At present, although there are some gas detection and alarm products that can send alarm information to the monitoring personnel, and then the monitoring personnel use wireless or wired methods to control the solenoid valve switch or the fan switch to respond to gas disasters in a timely manner, but such products generally control logic and control. The threshold value has been fixedly loaded in the product program before the product is installed, and cannot be dynamically set and adjusted according to the actual situation. The flexibility is poor and it is difficult to promote and apply.
发明内容Contents of the invention
为了解决上述的技术问题，本发明的目的是提供一种基于手机的气体检测远程告警方法，本发明的另一目的是提供一种基于手机的气体检测远程监控方法，本发明的另一目的是提供一种基于手机的气体检测远程控制方法。In order to solve the above-mentioned technical problems, the purpose of the present invention is to provide a method for remote alarming of gas detection based on mobile phones. Another purpose of the present invention is to provide a method for remote monitoring of gas detection based on mobile phones. Another purpose of the present invention is A mobile phone-based gas detection remote control method is provided.
本发明解决其技术问题所采用的技术方案是：The technical solution adopted by the present invention to solve its technical problems is:
一种基于手机的气体检测远程告警方法，包括：A mobile phone-based gas detection remote alarm method, comprising:
A1、采用一个或多个气体检测器实时采集气体检测数据，并实时判断采集的气体检测数据是否超过预设的安全阈值，若超过，则执行步骤A2；A1. Use one or more gas detectors to collect gas detection data in real time, and judge in real time whether the collected gas detection data exceeds the preset safety threshold, and if so, perform step A2;
A2、向无线局域网络的周边节点发送告警信息，并通过周边节点逐层将告警信息上报到集中控制处理器；A2. Send alarm information to the peripheral nodes of the wireless local area network, and report the alarm information to the centralized control processor layer by layer through the peripheral nodes;
A3、集中控制处理器接收告警信息后进行综合判断后得到对应的控制指令，进而将控制指令发送到相关的受控设备，同时将告警信息通过广域通讯网络发送到后台服务器；A3. After receiving the alarm information, the centralized control processor makes a comprehensive judgment to obtain the corresponding control command, and then sends the control command to the relevant controlled equipment, and at the same time sends the alarm information to the background server through the wide area communication network;
A4、后台服务器通过移动互联网络通讯方式将告警信息发送到相关人员处。A4. The background server sends the alarm information to the relevant personnel through the mobile Internet communication method.
进一步，所述步骤A1之前还包括以下步骤：Further, before the step A1, the following steps are also included:
A0、集中控制处理器通过广域通讯网络接收用户输入的告警阈值后，将告警阈值通过无线局域网络下发到气体检测器作为预设的安全阈值并存储。A0. After receiving the alarm threshold value input by the user through the wide area communication network, the centralized control processor sends the alarm threshold value to the gas detector through the wireless local area network as a preset safety threshold value and stores it.
进一步，所述步骤A2，其具体为：Further, the step A2 is specifically:
气体检测器向无线局域网络的周边节点发送告警信息，通过周边节点逐层将告警信息上报到集中控制处理器，同时若该周边节点是相同气体类别的气体检测器，则进行本地声光告警，若该周边节点是关联的电磁阀开关控制设备，则自动关闭电磁阀。The gas detector sends alarm information to the surrounding nodes of the wireless local area network, and reports the alarm information to the centralized control processor layer by layer through the surrounding nodes. If the peripheral node is an associated solenoid valve switch control device, the solenoid valve is automatically closed.
进一步，所述步骤A4，其具体为：Further, the step A4 is specifically:
后台服务器获取相关人员的手机号码后，将告警信息生成告警短信并通过移动互联网络通讯方式发送到相关人员处；After the background server obtains the mobile phone number of the relevant personnel, the alarm information is generated as an alarm message and sent to the relevant personnel through the mobile Internet communication method;
或者or
后台服务器启动用于发送告警信息的应用程序后，通过移动互联网络通讯方式向相关人员的手机的相应的应用程序发送告警信息。After the background server starts the application program for sending the alarm information, it sends the alarm information to the corresponding application program of the mobile phone of the relevant personnel through the communication mode of the mobile Internet.
进一步，所述无线局域网络采用的通讯方式为蓝牙、WIFI、Zigbee或动态自组无线网络。Further, the communication mode adopted by the wireless local area network is Bluetooth, WIFI, Zigbee or dynamic ad hoc wireless network.
本发明解决其技术问题所采用的另一技术方案是：Another technical solution adopted by the present invention to solve its technical problems is:
一种基于手机的气体检测远程监控方法，包括：A mobile phone-based gas detection remote monitoring method, comprising:
B1、后台服务器通过广域通讯网络接收用户输入的对一个或多个气体检测器的采集配置信息以及对与该一个或多个气体检测器关联的集中控制处理器的控制配置信息；B1. The background server receives the collection configuration information of one or more gas detectors and the control configuration information of the centralized control processor associated with the one or more gas detectors input by the user through the wide area communication network;
B2、后台服务器将控制配置信息以及采集配置信息发送到关联的集中控制处理器处；B2. The background server sends the control configuration information and the collection configuration information to the associated centralized control processor;
B3、集中控制处理器接收控制配置信息以及采集配置信息后，通过无线局域网络将控制信息下发到关联的气体检测器处，并存储该控制配置信息和采集配置信息；B3. After the centralized control processor receives the control configuration information and collects the configuration information, it sends the control information to the associated gas detector through the wireless local area network, and stores the control configuration information and the collected configuration information;
B4、气体检测器加载该采集配置信息后，根据加载的采集配置信息定期采集气体检测数据并与时间戳一起保存，同时定期将带时间戳的气体检测数据发送到集中控制处理器；B4. After the gas detector loads the collection configuration information, it periodically collects gas detection data according to the loaded collection configuration information and saves them together with the time stamp, and at the same time periodically sends the time-stamped gas detection data to the centralized control processor;
B5、集中控制处理器接收带时间戳的气体检测数据并进行监控应对；B5. The centralized control processor receives the gas detection data with time stamp and performs monitoring and response;
所述采集配置信息包括采集项目、开始采集的时间、采集时间间隔以及采集期限，所述控制配置信息包括与气体检测器对应的安全阈值以及在气体检测器采集的气体检测数据超出安全阈值时的综合控制指令。The collection configuration information includes collection items, time to start collection, collection time interval, and collection deadline, and the control configuration information includes safety thresholds corresponding to gas detectors and when the gas detection data collected by the gas detector exceeds the safety threshold. Comprehensive control instructions.
进一步，所述步骤B5，包括：Further, the step B5 includes:
B51、集中控制处理器接收带时间戳的气体检测数据后定期将带时间戳的气体检测数据发送到后台服务器；B51. After receiving the gas detection data with time stamp, the centralized control processor regularly sends the gas detection data with time stamp to the background server;
B52、后台服务器通过移动互联网络通讯方式将带时间戳的气体检测数据发送到相关人员处。B52. The background server sends the time-stamped gas detection data to relevant personnel through mobile Internet communication.
进一步，所述步骤B5，包括：Further, the step B5 includes:
B51、集中控制处理器接收带时间戳的气体检测数据并判断气体检测数据是否超出控制配置信息中的安全阈值，若是，则根据控制配置信息中的综合控制指令进行综合判断并获得对应的控制指令；B51. The centralized control processor receives the gas detection data with a time stamp and judges whether the gas detection data exceeds the safety threshold in the control configuration information, and if so, conducts a comprehensive judgment according to the comprehensive control instructions in the control configuration information and obtains the corresponding control instructions ;
B52、集中控制处理器将控制指令发送到相关的受控设备，同时将控制过程生成记录日志，并定期地将记录日志上传到后台服务器。B52. The centralized control processor sends the control instruction to the relevant controlled equipment, and at the same time generates a record log for the control process, and periodically uploads the record log to the background server.
进一步，所述步骤B52之后还包括以下步骤：Further, after the step B52, the following steps are also included:
B6、后台服务器通过移动互联网络通讯方式将记录日志发送到相关人员处。B6. The background server sends the record log to the relevant personnel through the mobile Internet communication method.
本发明解决其技术问题所采用的另一个技术方案是：Another technical solution adopted by the present invention to solve its technical problems is:
一种基于手机的气体检测远程控制方法，包括：A mobile phone-based gas detection remote control method, comprising:
C1、通过手机实时接收用户输入的对气体检测的控制信息以及受控设备识别码，并通过移动互联网络通讯方式发送到后台服务器；C1. Receive the control information on gas detection and the identification code of the controlled equipment input by the user in real time through the mobile phone, and send it to the background server through the mobile Internet communication method;
所述控制信息包括控制指令、控制参数以及控制时间；The control information includes control instructions, control parameters and control time;
C2、后台服务器接收用户输入的控制信息以及受控设备识别码后，根据受控设备识别码获得该受控设备所对应的集中控制处理器，进而将受控设备识别码和控制信息通过广域通讯网络发送到获得的集中控制处理器；C2. After the background server receives the control information and the controlled device identification code input by the user, it obtains the centralized control processor corresponding to the controlled device according to the controlled device identification code, and then passes the controlled device identification code and control information through the wide area The communication network is sent to the centralized control processor of the acquisition;
C3、集中控制处理器接收受控设备识别码和控制信息后，在到达控制信息设定的控制时间时，控制受控设备识别码对应的受控设备根据控制参数执行控制指令，并在控制指令执行完毕后，将执行情况生成执行信息并发送到后台服务器；C3. After the centralized control processor receives the controlled device identification code and control information, when the control time set by the control information is reached, the controlled device corresponding to the controlled device identification code is controlled to execute the control command according to the control parameters, and in the control command After the execution is completed, the execution information will be generated and sent to the background server;
C4、后台服务器通过移动互联网络通讯方式将执行信息发送到相关人员处。C4. The background server sends the execution information to the relevant personnel through the mobile Internet communication method.
本发明的有益效果是：本发明的一种基于手机的气体检测远程告警方法，采用一个或多个气体检测器实时检测气体检测数据，并在判断气体检测数据超出预设的安全阈值时，通过无线局域网络发送告警信息到集中控制处理器，集中控制处理器进行综合判断后进行应对处理，并通过广域通讯网络将告警信息发送到后台服务器，最后后台服务器并通过移动互联网络通讯方式将告警信息发送到相关人员处，本方法可快速地对气体相关灾害进行应对处理，而且可以实现远程告警，及时地通知任意地方的相关人员，提高了灾害防范能力。The beneficial effects of the present invention are: a mobile phone-based gas detection remote alarm method of the present invention uses one or more gas detectors to detect gas detection data in real time, and when it is judged that the gas detection data exceeds the preset safety threshold, through The wireless local area network sends the alarm information to the centralized control processor, and the centralized control processor makes a comprehensive judgment to deal with it, and sends the alarm information to the background server through the wide area communication network, and finally the background server communicates the alarm information through the mobile Internet network. The information is sent to relevant personnel, and the method can quickly deal with gas-related disasters, and can realize remote alarm, and timely notify relevant personnel in any place, thereby improving disaster prevention capabilities.
本发明的另一有益效果是：本发明的一种基于手机的气体检测远程监控方法，后台服务器通过广域通讯网络接收用户输入的采集配置信息和配置信后发送到关联的集中控制处理器，集中控制处理器接收控制配置信息以及采集配置信息后，通过无线局域网络将控制信息下发到关联的气体检测器处，并存储该控制配置信息，气体检测器加载采集配置信息后根据采集配置信息进行气体检测数据采集，集中控制处理器再接收带时间戳的采集的气体检测数据并进行监控应对，采用本方法，用户可以根据气体检测现场的实际情况进行远程的、动态的参数设置和调整，从而更好、更及时地进行气体检测，灵活性高。Another beneficial effect of the present invention is: a mobile phone-based gas detection remote monitoring method of the present invention, the background server receives the collection configuration information and configuration information input by the user through the wide area communication network and sends them to the associated centralized control processor, After the centralized control processor receives the control configuration information and collects the configuration information, it sends the control information to the associated gas detector through the wireless local area network, and stores the control configuration information. After the gas detector loads the collection configuration information, according to the collection configuration information To collect gas detection data, the centralized control processor receives the collected gas detection data with time stamps and performs monitoring and response. With this method, users can perform remote and dynamic parameter setting and adjustment according to the actual situation of the gas detection site. Therefore, gas detection can be performed better and more timely, and the flexibility is high.
本发明的另一有益效果是：本发明的一种基于手机的气体检测远程控制方法，用户可以通过手机输入对气体检测的控制信息以及受控设备识别码，并通过移动互联网络通讯方式发送到后台服务器，后台服务器进行解析并将用户输入的控制信息通过广域通讯网络发送到集中控制处理器，集中控制处理器根据接收到的控制信息对受控设备进行控制执行，并生成执行信息发送到相关人员处，采用本方法，用户可以对气体检测进行实时的远程控制，例如在用户出远门却忘记关闭天然气时及时地远程地关闭天然气阀门，便捷而快速，而且提高了灾害预防能力。Another beneficial effect of the present invention is: a mobile phone-based gas detection remote control method of the present invention, the user can input the control information for gas detection and the identification code of the controlled equipment through the mobile phone, and send it to The background server, the background server analyzes and sends the control information input by the user to the centralized control processor through the wide-area communication network, and the centralized control processor controls and executes the controlled equipment according to the received control information, and generates execution information and sends it to For relevant personnel, using this method, the user can perform real-time remote control of gas detection, for example, when the user forgets to turn off the natural gas when he travels far away, he can remotely close the natural gas valve in time, which is convenient and fast, and improves the disaster prevention ability.
附图说明Description of drawings
下面结合附图和实施例对本发明作进一步说明。The present invention will be further described below in conjunction with drawings and embodiments.
图1是本发明的基于无线通讯的气体远程检测告警控制系统的结构框图；Fig. 1 is the structural block diagram of the gas remote detection alarm control system based on wireless communication of the present invention;
图2是本发明的一种基于手机的气体检测远程告警方法的流程图；Fig. 2 is a kind of flow chart of the gas detection remote alarm method based on mobile phone of the present invention;
图3是本发明的一种基于手机的气体检测远程监控方法的流程图；Fig. 3 is a kind of flow chart of the gas detection remote monitoring method based on mobile phone of the present invention;
图4是本发明的一种基于手机的气体检测远程控制方法的流程图；Fig. 4 is a flow chart of a mobile phone-based gas detection remote control method of the present invention;
图5是本发明的一种基于手机的气体检测远程告警方法在具体实施例中应用的流程示意图；Fig. 5 is a schematic flow chart of the application of a mobile phone-based gas detection remote alarm method in a specific embodiment of the present invention;
图6是本发明的一种基于手机的气体检测远程监控方法在具体实施例中应用的流程示意图；Fig. 6 is a schematic flow chart of the application of a mobile phone-based gas detection remote monitoring method in a specific embodiment of the present invention;
图7是本发明的一种基于手机的气体检测远程控制方法在具体实施例中应用的流程示意图。Fig. 7 is a schematic flowchart of the application of a mobile phone-based gas detection remote control method in a specific embodiment of the present invention.
具体实施方式detailed description
为了便于下文的描述，首先给出以下名词解释：For the convenience of the following description, the following noun explanations are first given:
动态自组无线网络：指网络中数据传输的路径并不是预先设定的，而是在传输数据前，通过对网络当时可利用的所有路径进行搜索，分析无线传输的基本因素如它们的位置远近、信号强度、干扰情况等因素，然后选择其中的一条最优的路径进行数据传输，在无线传输的基本因素没有发生变化时，自动按该传输路径组成相对固定的网络，一旦发现节点通信不成功，立即重新对网络的其它可利用的路径进行搜索并重新选择新的一条最优路径进行传输。Dynamic ad-hoc wireless network: refers to the path of data transmission in the network is not preset, but before transmitting data, by searching all paths available to the network at that time, analyzing the basic factors of wireless transmission such as their location distance , signal strength, interference and other factors, and then select one of the optimal paths for data transmission. When the basic factors of wireless transmission do not change, a relatively fixed network will be formed automatically according to the transmission path. Once the node communication is found to be unsuccessful , immediately re-search other available paths of the network and re-select a new optimal path for transmission.
广域通讯网络：用于进行双向通信，可以采用无线通信或移动通信技术进行广域网通信，包括WIFI、GPRS、HSPA、CDMA、LTE等方式，若采用WIFI技术，则必须要连接到其它能接入互联网的WIFI无线访问接入点，若采用其它技术，则该单元必须包括通信单元和SIM卡单元。广域网通信单元也可以采用有线广域网通信技术，例如通过采用光纤、以太网、有线电视网络、DSL调制解调器等通信单元进行广域网通信。Wide area communication network: used for two-way communication, wireless communication or mobile communication technology can be used for wide area network communication, including WIFI, GPRS, HSPA, CDMA, LTE and other methods. If WIFI technology is used, it must be connected to other devices that can access The WIFI wireless access point of the Internet, if other technologies are used, the unit must include a communication unit and a SIM card unit. The WAN communication unit may also use wired WAN communication technology, for example, by using communication units such as optical fiber, Ethernet, cable TV network, and DSL modem to perform WAN communication.
首先进行说明，本发明的方案都建立在如图1所示的基于无线通讯的气体远程检测告警控制系统上，如图中所示，该系统包括后台服务器、多个集中控制处理器，后台服务器通过移动互联网络通讯方式与多台手机连接，后台服务器通过广域通讯网络与多台集中控制处理器连接，每个集中控制处理器通过无线局域网络连接一个或多个气体检测器以及一个或多个用于对被测气体进行控制的受控设备，受控设备包括电磁阀开关控制设备、通风系统开关和调速控制设备、过滤系统控制设备等，受控设备主要用于调节电磁阀、通风系统的开关和转速、过滤系统的开关和控制等等，从而达到开关气体供应或调节气体浓度的目的。First of all, it is explained that the solutions of the present invention are all based on the gas remote detection and alarm control system based on wireless communication as shown in Figure 1. As shown in the figure, the system includes a background server, a plurality of centralized control processors, and a background server It is connected with multiple mobile phones through mobile internet communication, and the background server is connected with multiple centralized control processors through a wide area communication network. Each centralized control processor is connected with one or more gas detectors and one or more gas detectors through a wireless local area network. A controlled device used to control the measured gas. The controlled device includes solenoid valve switch control device, ventilation system switch and speed control device, filtration system control device, etc. The controlled device is mainly used to adjust the solenoid valve, ventilation system, etc. The switch and speed of the system, the switch and control of the filter system, etc., so as to achieve the purpose of switching gas supply or adjusting gas concentration.
气体检测器包括处理器、存储模块、通讯模块以及用于检测各种气体浓度的传感器，存储模块、通讯模块及传感器均与处理器连接。The gas detector includes a processor, a memory module, a communication module and sensors for detecting various gas concentrations, and the memory module, the communication module and the sensors are all connected to the processor.
气体检测器与集中控制处理器均可以分别选用市场上的集成芯片来分别实现，或者可以采用集成了气体检测器与集中控制处理器功能的高度集成模块来实现。Both the gas detector and the centralized control processor can be realized by using integrated chips on the market, or can be realized by a highly integrated module integrating the functions of the gas detector and the centralized control processor.
参照图2，本发明提供了一种基于手机的气体检测远程告警方法，包括：Referring to Figure 2, the present invention provides a mobile phone-based gas detection remote alarm method, including:
A1、采用一个或多个气体检测器实时采集气体检测数据，并实时判断采集的气体检测数据是否超过预设的安全阈值，若超过，则执行步骤A2；A1. Use one or more gas detectors to collect gas detection data in real time, and judge in real time whether the collected gas detection data exceeds the preset safety threshold, and if so, perform step A2;
A2、向无线局域网络的周边节点发送告警信息，并通过周边节点逐层将告警信息上报到集中控制处理器；A2. Send alarm information to the peripheral nodes of the wireless local area network, and report the alarm information to the centralized control processor layer by layer through the peripheral nodes;
A3、集中控制处理器接收告警信息后进行综合判断后得到对应的控制指令，进而将控制指令发送到相关的受控设备，同时将告警信息通过广域通讯网络发送到后台服务器；A3. After receiving the alarm information, the centralized control processor makes a comprehensive judgment to obtain the corresponding control command, and then sends the control command to the relevant controlled equipment, and at the same time sends the alarm information to the background server through the wide area communication network;
A4、后台服务器通过移动互联网络通讯方式将告警信息发送到相关人员处。A4. The background server sends the alarm information to the relevant personnel through the mobile Internet communication method.
进一步作为优选的实施方式，所述步骤A1之前还包括以下步骤：Further as a preferred embodiment, the step A1 also includes the following steps before:
A0、集中控制处理器器通过广域通讯网络接收用户输入的告警阈值后，将告警阈值通过无线局域网络下发到气体检测器作为预设的安全阈值并存储。A0. After receiving the alarm threshold value input by the user through the wide area communication network, the centralized control processor sends the alarm threshold value to the gas detector through the wireless local area network as a preset safety threshold value and stores it.
进一步作为优选的实施方式，所述步骤A2，其具体为：Further as a preferred embodiment, the step A2 is specifically:
气体检测器向无线局域网络的周边节点发送告警信息，通过周边节点逐层将告警信息上报到集中控制处理器，同时若该周边节点是相同气体类别的气体检测器，则进行本地声光告警，若该周边节点是关联的电磁阀开关控制设备，则自动关闭电磁阀。The gas detector sends alarm information to the surrounding nodes of the wireless local area network, and reports the alarm information to the centralized control processor layer by layer through the surrounding nodes. If the peripheral node is an associated solenoid valve switch control device, the solenoid valve is automatically closed.
进一步作为优选的实施方式，所述步骤A4，其具体为：Further as a preferred embodiment, the step A4 is specifically:
后台服务器获取相关人员的手机号码后，将告警信息生成告警短信并通过移动互联网络通讯方式发送到相关人员处；After the background server obtains the mobile phone number of the relevant personnel, the alarm information is generated as an alarm message and sent to the relevant personnel through the mobile Internet communication method;
或者or
后台服务器启动用于发送告警信息的应用程序后，通过移动互联网络通讯方式向相关人员的手机的相应的应用程序发送告警信息。After the background server starts the application program for sending the alarm information, it sends the alarm information to the corresponding application program of the mobile phone of the relevant personnel through the communication mode of the mobile Internet.
进一步作为优选的实施方式，所述无线局域网络采用的通讯方式为蓝牙、WIFI、Zigbee或动态自组无线网络。As a further preferred embodiment, the communication mode adopted by the wireless local area network is Bluetooth, WIFI, Zigbee or dynamic ad hoc wireless network.
参照图3，本发明还提供了一种基于手机的气体检测远程监控方法，包括：Referring to Figure 3, the present invention also provides a mobile phone-based gas detection remote monitoring method, including:
B1、后台服务器通过广域通讯网络接收用户输入的对一个或多个气体检测器的采集配置信息以及对与该一个或多个气体检测器关联的集中控制处理器的控制配置信息；B1. The background server receives the collection configuration information of one or more gas detectors and the control configuration information of the centralized control processor associated with the one or more gas detectors input by the user through the wide area communication network;
B2、后台服务器将控制配置信息以及采集配置信息发送到关联的集中控制处理器处；B2. The background server sends the control configuration information and the collection configuration information to the associated centralized control processor;
B3、集中控制处理器接收控制配置信息以及采集配置信息后，通过无线局域网络将控制信息下发到关联的气体检测器处，并存储该控制配置信息和采集配置信息；B3. After the centralized control processor receives the control configuration information and collects the configuration information, it sends the control information to the associated gas detector through the wireless local area network, and stores the control configuration information and the collected configuration information;
B4、气体检测器加载该采集配置信息后，根据加载的采集配置信息定期采集气体检测数据并与时间戳一起保存，同时定期将带时间戳的气体检测数据发送到集中控制处理器；B4. After the gas detector loads the collection configuration information, it periodically collects gas detection data according to the loaded collection configuration information and saves them together with the time stamp, and at the same time periodically sends the time-stamped gas detection data to the centralized control processor;
B5、集中控制处理器接收带时间戳的气体检测数据并进行监控应对；B5. The centralized control processor receives the gas detection data with time stamp and performs monitoring and response;
所述采集配置信息包括采集项目、开始采集的时间、采集时间间隔以及采集期限，所述控制配置信息包括与气体检测器对应的安全阈值以及在气体检测器采集的气体检测数据超出安全阈值时的综合控制指令。采集项目是指采集的数据项目例如具体要采集的气体项目，采集期限是指要进行数据采集的总时间。综合控制指令是针对采集的气体检测数据而设定的，通过规定一个或多个气体检测器检测的气体检测数据中的一个或多个超出安全阈值时，其对应的控制指令，可以实现对气体检测的灵活控制。The collection configuration information includes collection items, time to start collection, collection time interval, and collection deadline, and the control configuration information includes safety thresholds corresponding to gas detectors and when the gas detection data collected by the gas detector exceeds the safety threshold. Comprehensive control instructions. The collection item refers to the data item to be collected, such as the specific gas item to be collected, and the collection period refers to the total time for data collection. The comprehensive control instruction is set for the collected gas detection data. By specifying the corresponding control instruction when one or more of the gas detection data detected by one or more gas detectors exceeds the safety threshold, the gas detection can be realized. Flexible control of detection.
进一步作为优选的实施方式，所述步骤B5，包括：Further as a preferred embodiment, the step B5 includes:
B51、集中控制处理器接收带时间戳的气体检测数据后定期将带时间戳的气体检测数据发送到后台服务器；B51. After receiving the gas detection data with time stamp, the centralized control processor regularly sends the gas detection data with time stamp to the background server;
B52、后台服务器通过移动互联网络通讯方式将带时间戳的气体检测数据发送到相关人员处。B52. The background server sends the time-stamped gas detection data to relevant personnel through mobile Internet communication.
进一步作为优选的实施方式，所述步骤B5，包括：Further as a preferred embodiment, the step B5 includes:
B51、集中控制处理器接收带时间戳的气体检测数据并判断气体检测数据是否超出控制配置信息中的安全阈值，若是，则根据控制配置信息中的综合控制指令进行综合判断并获得对应的控制指令；B51. The centralized control processor receives the gas detection data with a time stamp and judges whether the gas detection data exceeds the safety threshold in the control configuration information, and if so, conducts a comprehensive judgment according to the comprehensive control instructions in the control configuration information and obtains the corresponding control instructions ;
B52、集中控制处理器将控制指令发送到相关的受控设备，同时将控制过程生成记录日志，并定期地将记录日志上传到后台服务器。B52. The centralized control processor sends the control instruction to the relevant controlled equipment, and at the same time generates a record log for the control process, and periodically uploads the record log to the background server.
进一步作为优选的实施方式，所述步骤B52之后还包括以下步骤：Further as a preferred embodiment, after the step B52, the following steps are also included:
B6、后台服务器通过移动互联网络通讯方式将记录日志发送到相关人员处。B6. The background server sends the record log to the relevant personnel through the mobile Internet communication method.
参照图4，本发明还提供了一种基于手机的气体检测远程控制方法，包括：Referring to Figure 4, the present invention also provides a mobile phone-based gas detection remote control method, including:
C1、通过手机实时接收用户输入的对气体检测进行远程控制的控制信息以及受控设备识别码，并通过移动互联网络通讯方式发送到后台服务器；C1. Receive the control information for remote control of gas detection and the identification code of the controlled equipment input by the user in real time through the mobile phone, and send it to the background server through the mobile Internet communication method;
所述控制信息包括控制指令、控制参数以及控制时间；The control information includes control instructions, control parameters and control time;
C2、后台服务器接收用户输入的控制信息以及受控设备识别码后，根据受控设备识别码获得该受控设备所对应的集中控制处理器，进而将受控设备识别码和控制信息通过广域通讯网络发送到获得的集中控制处理器；C2. After the background server receives the control information and the controlled device identification code input by the user, it obtains the centralized control processor corresponding to the controlled device according to the controlled device identification code, and then passes the controlled device identification code and control information through the wide area The communication network is sent to the centralized control processor of the acquisition;
C3、集中控制处理器接收受控设备识别码和控制信息后，在到达控制信息设定的控制时间时，控制受控设备识别码对应的受控设备根据控制参数执行控制指令，并在控制指令执行完毕后，将执行情况生成执行信息并发送到后台服务器；C3. After the centralized control processor receives the controlled device identification code and control information, when the control time set by the control information is reached, the controlled device corresponding to the controlled device identification code is controlled to execute the control command according to the control parameters, and in the control command After the execution is completed, the execution information will be generated and sent to the background server;
C4、后台服务器通过移动互联网络通讯方式将执行信息发送到相关人员处。C4. The background server sends the execution information to the relevant personnel through the mobile Internet communication method.
下面结合具体实施方式对本发明做进一步说明。The present invention will be further described below in combination with specific embodiments.
实施例一Embodiment one
参照图2及图5所示，一种基于手机的气体检测远程告警方法，包括：Referring to Figure 2 and Figure 5, a mobile phone-based gas detection remote alarm method, including:
A0、集中控制处理器器通过广域通讯网络接收用户输入的告警阈值后，将告警阈值通过无线局域网络下发到气体检测器作为预设的安全阈值并存储；详细的，结合图1中的系统来说，这里用户是通过手机输入告警阈值并通过移动互联网络通讯方式提交到后台服务器的，后台服务器接收后通过广域通讯网络把告警阈值发送到集中控制处理器，集中控制处理器将接收的告警阈值下发到气体检测器作为预设的安全阈值并存储；A0. After the centralized control processor receives the alarm threshold value input by the user through the wide area communication network, it sends the alarm threshold value to the gas detector through the wireless local area network as a preset safety threshold value and stores it; in detail, in combination with Figure 1 In terms of the system, here the user inputs the alarm threshold through the mobile phone and submits it to the background server through the mobile Internet communication method. After receiving it, the background server sends the alarm threshold to the centralized control processor through the wide area communication network, and the centralized control processor will receive it. The alarm threshold value of the gas detector is sent to the gas detector as the preset safety threshold value and stored;
A1、采用一个或多个气体检测器实时采集气体检测数据，并实时判断采集的气体检测数据是否超过预设的安全阈值，若超过，则执行步骤A2；判断过程是根据预先设定的指令决定的，因为气体检测器的数量为一个或多个，检测到气体检测数据超出安全阈值的情况有多种，因而可以灵活设定每种情况对应的控制指令，从而决定是否执行步骤A2；A1. Use one or more gas detectors to collect gas detection data in real time, and judge in real time whether the collected gas detection data exceeds the preset safety threshold. If it exceeds, perform step A2; the judgment process is determined according to the preset instructions Yes, because the number of gas detectors is one or more, and there are many situations in which the detected gas detection data exceeds the safety threshold, so the control instructions corresponding to each situation can be flexibly set to determine whether to execute step A2;
A2、向无线局域网络的周边节点发送告警信息，并通过周边节点逐层将告警信息上报到集中控制处理器；A2. Send alarm information to the peripheral nodes of the wireless local area network, and report the alarm information to the centralized control processor layer by layer through the peripheral nodes;
A3、集中控制处理器接收告警信息后进行综合判断后得到对应的控制指令，进而将控制指令发送到相关的受控设备，同时将告警信息通过广域通讯网络发送到后台服务器；A3. After receiving the alarm information, the centralized control processor makes a comprehensive judgment to obtain the corresponding control command, and then sends the control command to the relevant controlled equipment, and at the same time sends the alarm information to the background server through the wide area communication network;
A4、后台服务器通过移动互联网络通讯方式将告警信息发送到相关人员处，其具体为：A4. The background server sends the alarm information to the relevant personnel through the mobile Internet communication method, which is specifically:
后台服务器获取相关人员的手机号码后，将告警信息生成告警短信并通过移动互联网络通讯方式发送到相关人员处；After the background server obtains the mobile phone number of the relevant personnel, the alarm information is generated as an alarm message and sent to the relevant personnel through the mobile Internet communication method;
或者or
后台服务器启动用于发送告警信息的应用程序后，通过移动互联网络通讯方式向相关人员的手机的相应的应用程序发送告警信息。After the background server starts the application program for sending the alarm information, it sends the alarm information to the corresponding application program of the mobile phone of the relevant personnel through the communication mode of the mobile Internet.
优选的，步骤A2可以进一步细化为：气体检测器向无线局域网络的周边节点发送告警信息，通过周边节点逐层将告警信息上报到集中控制处理器，同时若该周边节点是相同气体类别的气体检测器，则进行本地声光告警，若该周边节点是关联的电磁阀开关控制设备，则自动关闭电磁阀。Preferably, step A2 can be further refined as: the gas detector sends alarm information to the surrounding nodes of the wireless local area network, and reports the alarm information to the centralized control processor layer by layer through the surrounding nodes, and if the surrounding nodes belong to the same gas category If the gas detector is connected to a local acousto-optic alarm, if the peripheral node is an associated solenoid valve switch control device, the solenoid valve will be automatically closed.
无线局域网络采用的通讯方式为蓝牙、WIFI、Zigbee或动态自组无线网络等。The communication mode adopted by the wireless local area network is Bluetooth, WIFI, Zigbee or dynamic ad hoc wireless network, etc.
当有气体泄漏或由气体引起的爆炸等灾害发生时，某一个或多个的气体检测器采集的气体检测数据将超出预设的安全阈值，此时该气体检测器可以通过自身的声光告警模块进行本地声光告警，同时，根据本方法，向无线局域网络的周边节点发送告警信息，并通过周边节点按照最高优先级逐层将告警信息上报到集中控制处理器，集中控制处理器接收告警信息后进行解析，按照预先设定的程序获得对应的控制指令，并将控制指令发送到相关的一个或多个受控设备，从而控制受控设备执行开关、调速等指令。而且，集中控制处理器立即将告警信息通过广域通讯网络发送到后台服务器，而后台服务器接收告警信息后，根据告警信息的来源从数据库中查询相关人员的联系方式，从而通过移动互联网络通讯方式将告警信息发送到相关人员处。告警信息包括气体浓度、告警设备、告警时间等数据，相关人员是指数据库中预先存储的对告警进行处理的人员。向相关人员发送告警信息时，可以通过生成告警短信的方式发送到相关人员的手机处，或者通过应用程序发送，此时应用程序可以通过扬声器发声，振动器振动、屏幕闪烁等方式来发出提醒。当然，通过应用程序发送的方式要求后台服务器与相关人员的手机都安装有相对应的应用程序。When disasters such as gas leakage or explosion caused by gas occur, the gas detection data collected by one or more gas detectors will exceed the preset safety threshold. At this time, the gas detector can alarm through its own sound and light. The module performs local acousto-optic alarms. At the same time, according to the method, the alarm information is sent to the peripheral nodes of the wireless local area network, and the alarm information is reported to the centralized control processor layer by layer according to the highest priority through the peripheral nodes, and the centralized control processor receives the alarm. After the information is analyzed, the corresponding control command is obtained according to the preset program, and the control command is sent to one or more related controlled devices, so as to control the controlled device to execute commands such as switching and speed regulation. Moreover, the centralized control processor immediately sends the alarm information to the background server through the wide-area communication network, and after the background server receives the alarm information, it queries the contact information of relevant personnel from the database according to the source of the alarm information, so as to communicate through the mobile Internet network. Send the alarm information to relevant personnel. The alarm information includes data such as gas concentration, alarm equipment, and alarm time, and the relevant personnel refer to the personnel pre-stored in the database who handle the alarm. When sending alarm information to relevant personnel, it can be sent to the relevant personnel's mobile phone by generating an alarm text message, or sent through an application program. At this time, the application program can send out reminders through loudspeaker sound, vibrator vibration, and screen flashing. Of course, the method of sending through the application program requires that the background server and the mobile phone of the relevant person have corresponding application programs installed.
需要注意的是，执行本方法时，必然地需要预设设置安全阈值、各种控制指令、气体检测器的采集项目、采集时间间隔等信息，不过这些信息是如何设置的，只要通过执行本方法来实现气体检测远程告警的方案都是落在本发明的保护范围内的。It should be noted that when executing this method, it is necessary to preset information such as safety thresholds, various control commands, gas detector collection items, and collection time intervals. The solutions for realizing the gas detection remote alarm all fall within the protection scope of the present invention.
显然地，在步骤A0中接收用户输入告警阈值之前，一般还需要用户登录以及进行权限认证等步骤，确认用户是有控制权限的合法用户之后再接收用户输入的数据以及进行各种操作等。而具体的登录以及权限认证可以通过手机的应用程序或者手机短信等来实现，本发明不一一列举，只要是基于本实施例的一种基于手机的气体检测远程告警方法的任何展开都是落在本发明的保护范围内的，而且，对本发明的一种基于手机的气体检测远程监控方法和一种基于手机的气体检测远程控制方法也一样适用。另外，本实施例中出现的名字解释也同样适用于其他实施例。Obviously, before receiving the user’s input of the alarm threshold in step A0, steps such as user login and authority authentication are generally required, and after confirming that the user is a legitimate user with control authority, the data input by the user is received and various operations are performed. The specific login and authority authentication can be realized through mobile phone applications or mobile phone text messages, etc., and the present invention does not list them one by one, as long as it is based on this embodiment. Within the protection scope of the present invention, it is also applicable to a mobile phone-based gas detection remote monitoring method and a mobile phone-based gas detection remote control method of the present invention. In addition, the name explanations in this embodiment are also applicable to other embodiments.
实施例二Embodiment two
参照图4及图6所示，一种基于手机的气体检测远程监控方法，包括：Referring to Figure 4 and Figure 6, a mobile phone-based gas detection remote monitoring method, including:
B1、后台服务器通过广域通讯网络接收用户输入的对一个或多个气体检测器的采集配置信息以及对与该一个或多个气体检测器关联的集中控制处理器的控制配置信息；B1. The background server receives the collection configuration information of one or more gas detectors and the control configuration information of the centralized control processor associated with the one or more gas detectors input by the user through the wide area communication network;
B2、后台服务器将控制配置信息以及采集配置信息发送到关联的集中控制处理器处；B2. The background server sends the control configuration information and the collection configuration information to the associated centralized control processor;
B3、集中控制处理器接收控制配置信息以及采集配置信息后，通过无线局域网络将控制信息下发到关联的气体检测器处，并存储该控制配置信息和采集配置信息；B3. After the centralized control processor receives the control configuration information and collects the configuration information, it sends the control information to the associated gas detector through the wireless local area network, and stores the control configuration information and the collected configuration information;
B4、气体检测器加载该采集配置信息后，根据加载的采集配置信息定期采集气体检测数据并与时间戳一起保存，同时定期将带时间戳的气体检测数据发送到集中控制处理器；这里，气体检测器定期将带时间戳的气体检测数据发送到集中控制处理器，是集中控制处理器通过无线局域网络定期进行读取操作而产生的结果，不管是气体检测器主动发送还是集中控制处理器读取的，都是处在本方法的保护范围内的；B4. After the gas detector loads the collection configuration information, it periodically collects gas detection data according to the loaded collection configuration information and saves them together with the time stamp, and at the same time periodically sends the time-stamped gas detection data to the centralized control processor; here, the gas The detector regularly sends the gas detection data with time stamp to the centralized control processor, which is the result of the centralized control processor’s regular reading operation through the wireless local area network, whether it is actively sent by the gas detector or read by the centralized control processor. taken, are all within the scope of protection of this method;
B5、集中控制处理器接收带时间戳的气体检测数据并进行监控应对；B5. The centralized control processor receives the gas detection data with time stamp and performs monitoring and response;
采集配置信息包括采集项目、开始采集的时间、采集时间间隔以及采集期限，控制配置信息包括与气体检测器对应的安全阈值以及在气体检测器采集的气体检测数据超出安全阈值时的综合控制指令。采集项目是指采集的数据项目例如具体要采集的气体项目，采集期限是指要进行数据采集的总时间。综合控制指令是针对采集的气体检测数据而设定的，通过灵活规定一个或多个气体检测器检测的气体检测数据中的一个或多个超出安全阈值时，其对应的控制指令，可以实现对气体检测的灵活控制。The collection configuration information includes collection items, the time to start collection, the collection time interval and the collection period. The control configuration information includes the safety threshold corresponding to the gas detector and the comprehensive control instruction when the gas detection data collected by the gas detector exceeds the safety threshold. The collection item refers to the data item to be collected, such as the specific gas item to be collected, and the collection period refers to the total time for data collection. The comprehensive control instruction is set for the collected gas detection data. By flexibly specifying the corresponding control instruction when one or more of the gas detection data detected by one or more gas detectors exceeds the safety threshold, the control of Flexible control of gas detection.
这里步骤B5中集中控制处理器进行监控应对，分两种情况，一种是通知相关人员，另一种情况是进行本地控制。在通知相关人员的情况下步骤B5包括：Here, in step B5, the centralized control processor monitors and responds in two cases, one is to notify relevant personnel, and the other is to perform local control. Step B5 includes, in the case of notification to relevant persons:
B51、集中控制处理器接收带时间戳的气体检测数据后定期将带时间戳的气体检测数据发送到后台服务器；对本情况来说，综合控制指令还可以包括发送数据的设定日期、时间间隔等等，可以根据实际情况进行设置；B51. After receiving the gas detection data with time stamp, the centralized control processor regularly sends the gas detection data with time stamp to the background server; for this case, the comprehensive control instruction can also include the set date and time interval of sending data, etc. etc., can be set according to the actual situation;
B52、后台服务器通过移动互联网络通讯方式将带时间戳的气体检测数据发送到相关人员处。B52. The background server sends the time-stamped gas detection data to relevant personnel through mobile Internet communication.
在进行本地控制的情况下，步骤B5包括：In case of local control, step B5 includes:
B51、集中控制处理器接收带时间戳的气体检测数据并判断气体检测数据是否超出控制配置信息中的安全阈值，若是，则根据控制配置信息中的综合控制指令进行综合判断并获得对应的控制指令；B51. The centralized control processor receives the gas detection data with a time stamp and judges whether the gas detection data exceeds the safety threshold in the control configuration information, and if so, conducts a comprehensive judgment according to the comprehensive control instructions in the control configuration information and obtains the corresponding control instructions ;
B52、集中控制处理器将控制指令发送到相关的受控设备，同时将控制过程生成记录日志，并定期地将记录日志上传到后台服务器。B52. The centralized control processor sends the control instruction to the relevant controlled equipment, and at the same time generates a record log for the control process, and periodically uploads the record log to the background server.
当有气体泄漏或由气体引起的爆炸等灾害发生时，集中控制处理器将会监测到某一个或多个的气体检测器采集的气体检测数据超出预设的安全阈值，从而根据综合控制指令进行判断并获得对应的控制指令，将控制指令发送到相关的一个或多个受控设备，从而控制受控设备执行开关、调速等指令，同时将控制过程生成记录日志，并定期地将记录日志上传到后台服务器。When disasters such as gas leaks or explosions caused by gas occur, the centralized control processor will monitor that the gas detection data collected by one or more gas detectors exceeds the preset safety threshold, and then proceed according to the comprehensive control instructions. Judging and obtaining the corresponding control command, sending the control command to one or more related controlled devices, so as to control the controlled device to execute the switch, speed regulation and other commands, and at the same time generate a record log for the control process, and periodically record the log Upload to the background server.
优选地，进行本地控制后，还可以通知相关人员，因此在前述的步骤后还包括：Preferably, after the local control is performed, relevant personnel can also be notified, so after the aforementioned steps, it also includes:
B6、后台服务器通过移动互联网络通讯方式将记录日志发送到相关人员处。B6. The background server sends the record log to the relevant personnel through the mobile Internet communication method.
与实施例一类似，后台服务器接收带时间戳的气体检测数据后，根据带时间戳的气体检测数据的来源从数据库中查询相关人员的联系方式，从而通过移动互联网络通讯方式将带时间戳的气体检测数据发送到相关人员处。相关人员是指数据库中预先存储的对告警进行处理的人员。向相关人员发送带时间戳的气体检测数据时，可以通过生成短信的方式发送到相关人员的手机处，或者通过应用程序发送，此时应用程序可以通过扬声器发声，振动器振动、屏幕闪烁等方式来发出提醒。当然，通过应用程序发送的方式要求后台服务器与相关人员的手机都安装有相对应的应用程序，并且手机上安装的该应用程序处于开启状态。Similar to Embodiment 1, after receiving the time-stamped gas detection data, the background server queries the contact information of relevant personnel from the database according to the source of the time-stamped gas detection data, so that the time-stamped gas detection data Gas detection data is sent to relevant personnel. The relevant personnel refer to the personnel who are pre-stored in the database and handle the alarm. When sending time-stamped gas detection data to relevant personnel, it can be sent to the relevant personnel's mobile phone by generating a text message, or sent through the application program. At this time, the application program can make a sound through the speaker, vibrator vibration, screen flashing, etc. to send a reminder. Of course, the method of sending through the application program requires that the background server and the mobile phone of the relevant person both have a corresponding application program installed, and the application program installed on the mobile phone is in an open state.
实施例三Embodiment Three
参照图4及图7所示，一种基于手机的气体检测远程控制方法，包括：Referring to Figure 4 and Figure 7, a mobile phone-based gas detection remote control method, including:
C1、通过手机实时接收用户输入的对气体检测进行远程控制的控制信息以及受控设备识别码，并通过移动互联网络通讯方式发送到后台服务器；C1. Receive the control information for remote control of gas detection and the identification code of the controlled equipment input by the user in real time through the mobile phone, and send it to the background server through the mobile Internet communication method;
所述控制信息包括控制指令、控制参数以及控制时间；The control information includes control instructions, control parameters and control time;
C2、后台服务器接收用户输入的控制信息以及受控设备识别码后，根据受控设备识别码获得该受控设备所对应的集中控制处理器，进而将受控设备识别码和控制信息通过广域通讯网络发送到获得的集中控制处理器；C2. After the background server receives the control information and the controlled device identification code input by the user, it obtains the centralized control processor corresponding to the controlled device according to the controlled device identification code, and then passes the controlled device identification code and control information through the wide area The communication network is sent to the centralized control processor of the acquisition;
C3、集中控制处理器接收受控设备识别码和控制信息后，在到达控制信息设定的控制时间时，控制受控设备识别码对应的受控设备根据控制参数执行控制指令，并在控制指令执行完毕后，将执行情况生成执行信息并发送到后台服务器；C3. After the centralized control processor receives the controlled device identification code and control information, when the control time set by the control information is reached, the controlled device corresponding to the controlled device identification code is controlled to execute the control command according to the control parameters, and in the control command After the execution is completed, the execution information will be generated and sent to the background server;
C4、后台服务器通过移动互联网络通讯方式将执行信息发送到相关人员处；与实施例一及实施例二类似，这里后台服务器将执行信息发送到相关人员处可以是通过手机短信的方式或者应用程序的方式。C4. The background server sends the execution information to the relevant personnel through the mobile Internet communication mode; similar to Embodiment 1 and Embodiment 2, here the background server sends the execution information to the relevant personnel through a mobile phone text message or an application program The way.
本方法只要是对气体检测的整个系统例如本发明图1中的基于无线通讯的气体远程检测告警控制系统进行远程控制，用户自主选择要控制的受控设备例如电磁阀开关控制设备、通风系统开关调速控制设备、过滤系统控制设备等，然后输入控制信息：控制指令、控制参数以及控制时间等，后台服务器通过广域通讯网络接收用户输入的控制信息后按照步骤C2~C4进行处理，从而实现用户的远程控制。This method only needs to remotely control the entire system of gas detection, such as the wireless communication-based gas remote detection and alarm control system in Figure 1 of the present invention, and the user independently selects the controlled equipment to be controlled, such as solenoid valve switch control equipment, ventilation system switch Speed control equipment, filter system control equipment, etc., and then input control information: control instructions, control parameters, and control time, etc., and the background server receives the control information input by the user through the wide area communication network and processes it according to steps C2~C4, so as to realize User's remote control.
需要注意的是，本发明的一种基于手机的气体检测远程告警方法、一种基于手机的气体检测远程监控方法及一种基于手机的气体检测远程控制方法这三个方法之间是相互关联的，远程告警方法中步骤A4将告警信息发送到相关人员处之后，相关人员可以执行本发明的远程控制方法进行远程控制，而且远程告警方法中采用一个或多个气体检测器进行实时数据采集，其采集项目、时间间隔等可以是根据本发明的远程监控方法而设定的，另外，远程监控方法的具体实施例中当将带时间戳的气体检测数据发送到相关人员处之后，相关人员也可以执行本发明的远程控制方法进行远程控制。It should be noted that a mobile phone-based gas detection remote alarm method, a mobile phone-based gas detection remote monitoring method, and a mobile phone-based gas detection remote control method of the present invention are interrelated. After the step A4 in the remote alarm method sends the alarm information to the relevant personnel, the relevant personnel can execute the remote control method of the present invention for remote control, and in the remote alarm method, one or more gas detectors are used for real-time data collection. Collection items, time intervals, etc. can be set according to the remote monitoring method of the present invention. In addition, in the specific embodiment of the remote monitoring method, after sending the time-stamped gas detection data to the relevant personnel, the relevant personnel can also Execute the remote control method of the present invention to perform remote control.
另外，本发明主要用于气体检测告警和控制领域，用于一氧化碳、二氧化碳、煤气、天然气或氨气等气体的检测及监控，同样也适用于气体中PM2.5等微粒的检测，只要将气体检测器替换为相应的微粒检测模块即可。In addition, the present invention is mainly used in the field of gas detection alarm and control, for the detection and monitoring of gases such as carbon monoxide, carbon dioxide, coal gas, natural gas or ammonia, and is also suitable for the detection of particles such as PM2.5 in the gas, as long as the gas The detector can be replaced with a corresponding particle detection module.
以上是对本发明的较佳实施进行了具体说明，但本发明创造并不限于所述实施例，熟悉本领域的技术人员在不违背本发明精神的前提下还可做出种种的等同变形或替换，这些等同的变型或替换均包含在本申请权利要求所限定的范围内。The above is a specific description of the preferred implementation of the present invention, but the invention is not limited to the described embodiments, those skilled in the art can also make various equivalent deformations or replacements without violating the spirit of the present invention , these equivalent modifications or replacements are all included within the scope defined by the claims of the present application.
| Application Number | Priority Date | Filing Date | Title |
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| CN201410112013.8ACN103903398B (en) | 2014-03-24 | 2014-03-24 | A kind of gas detecting remote alarm based on mobile phone, monitoring and control method |
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| CN201410112013.8ACN103903398B (en) | 2014-03-24 | 2014-03-24 | A kind of gas detecting remote alarm based on mobile phone, monitoring and control method |
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