WO2018188043A1 - Control system for use with multi-point distributed atmospheric monitor - Google Patents
Control system for use with multi-point distributed atmospheric monitor Download PDFInfo
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- WO2018188043A1 WO2018188043A1 PCT/CN2017/080503 CN2017080503W WO2018188043A1 WO 2018188043 A1 WO2018188043 A1 WO 2018188043A1 CN 2017080503 W CN2017080503 W CN 2017080503W WO 2018188043 A1 WO2018188043 A1 WO 2018188043A1
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Definitions
- the present invention relates to the field of environmental monitoring technologies, and in particular, to a multi-point distributed atmospheric monitor control system.
- the present invention provides a multi-point distributed atmospheric monitor control system to solve the problem of poor linkage between the atmospheric monitor and the environmental management department in the prior art.
- a multi-point distributed atmospheric monitor control system comprising:
- a remote monitoring system wherein the remote monitoring system is in communication with an atmospheric monitor information distributed at each monitoring point, the remote monitoring system is configured to control the operation of the atmospheric monitor and review the atmospheric monitoring Monitoring data;
- the environmental monitoring control center is connected to the atmospheric monitor information communication and is connected to the remote monitoring system information communication, and the environmental monitoring control center is used to control the operation of the atmospheric monitor. And for controlling the remote monitoring system, the atmospheric monitor receives the command of the environmental monitoring control center and the remote monitoring system, and the priority of the environmental monitoring control center control command Higher than the priority of the remote monitoring system control command.
- a monitoring station control system is further disposed on the atmospheric monitor, and the monitoring station control system is configured to send a control command to control the atmospheric monitor.
- the optimized design is that, when the atmospheric monitor receives the control command of the environmental monitoring control center, the remote monitoring system, and the monitoring station control system, the execution priority of the control command is sequentially descended.
- Environmental Monitoring Center Remote Monitoring System, Monitoring Station Control System.
- the remote design system includes: a monitoring station console, the monitoring station console is connected to the atmospheric monitor; and a mobile terminal, the mobile terminal and the The atmospheric monitor transmits data by signal.
- the optimized design is that the control command priority of the monitoring station console is greater than the control command of the mobile terminal.
- the atmospheric monitor is an air quality monitoring instrument and an exhaust gas monitoring instrument.
- the air quality monitoring instrument includes an ambient air ground automatic monitoring system.
- the exhaust gas monitoring instrument comprises a pollution source dust dust online monitor, a smoke S0 2 , a NOx online monitor, an acid rain automatic sampler, and a PM10 sampler.
- the multi-point distributed atmospheric monitor control system provided by the present invention, the environmental monitoring total control center is the control center of the entire control system, and can realize the remote monitoring, emergency operation and data inspection of the multi-point distributed atmospheric monitor.
- the monitoring system and the monitoring station control system need to transmit the reporting information to the environmental monitoring control center.
- the remote monitoring system can realize the management functions such as status check, fault alarm view, and ⁇ shutdown, and has centralized control function to automatically adjust the working status of each device in the atmosphere monitor according to requirements.
- the multi-point distribution of the atmospheric monitor control system integrates multiple control modes, which makes the multi-point atmospheric monitor monitoring more intelligent and convenient, and through hierarchical control, the linkage of the entire monitoring area is better, and the environmental emergency management is facilitated.
- a multi-point distributed atmospheric monitor control system comprising:
- a remote monitoring system wherein the remote monitoring system is connected to an atmospheric monitor information communication distributed at each monitoring point, and the remote monitoring system is configured to control the operation of the atmospheric monitor and review the atmospheric monitoring Monitoring data;
- an environmental monitoring master control center is connected to the atmospheric monitor information communication, and is remotely monitored a system information communication connection, the environmental monitoring control center is configured to control the operation of the atmospheric monitor, and is also used to control the remote monitoring system, and the atmospheric monitoring device receives the total environmental monitoring The command of the control center and the remote monitoring system, the priority of the environmental monitoring control center control command is higher than the priority of the remote monitoring system control command.
- a monitoring station control system is also included, mounted on the atmospheric monitor, the monitoring station control system for transmitting control commands to control the atmospheric monitor.
- the atmospheric monitor After receiving the control command of the environmental monitoring main control center, the remote monitoring system, and the monitoring station control system, the atmospheric monitor monitors the execution priority of the control commands in descending order: Environmental Monitoring General Control Center
- the remote monitoring system includes: a monitoring station console, the monitoring station console is connected to the atmospheric monitor; and a mobile terminal, wherein the mobile terminal and the atmospheric monitor transmit signals through signals .
- control command priority of the monitoring station console is greater than the control command of the mobile terminal.
- the atmospheric monitor is an air quality monitoring instrument and an exhaust gas monitoring instrument.
- Air quality monitoring instruments include an ambient air ground automatic monitoring system.
- Exhaust pollution monitoring equipment comprises line monitor soot dust, smoke S0 2, NO x line monitor, acid rain autosampler, PM10 sampler.
Abstract
A control system for use with a multi-point distributed atmospheric monitor, comprising: a remote monitoring system, which is used for controlling the operation of an atmospheric monitor and for reviewing monitoring data of the atmospheric monitor; an environmental monitoring general control center, which is connected to the atmospheric monitor to communicate information and which is connected to the remote monitoring system to communicate information; the environmental monitoring general control center is used for controlling the operation of the atmospheric monitor, and is also used for controlling the remote monitoring system. Said control system for use with a multi-point distributed atmospheric monitor integrates multiple control modes by means of the control system for use with a multi-point distributed atmospheric monitor such that monitoring by the multi-point atmospheric monitor is more intelligent and convenient, while improving the linkage between an entire monitoring area by means of hierarchical control, thereby facilitating environmental emergency management.
Description
发明名称：多点分布大气监测器控制系统 Title of Invention: Multi-point Distribution Atmosphere Monitor Control System
技术领域 Technical field
[0001] 本发明涉及环境监测技术领域， 尤其涉及多点分布大气监测器控制系统。 [0001] The present invention relates to the field of environmental monitoring technologies, and in particular, to a multi-point distributed atmospheric monitor control system.
背景技术 Background technique
[0002] 在环境重点监测区域需要设置有多个大气监测器， 这些监测器的管理， 传统的 控制方式都是单一级别的控制， 然后向环境管理控制中心汇报， 这些大气监测 器与各级管理部门的联动性差。 [0002] There are a number of atmospheric monitors in the key environmental monitoring areas. The management of these monitors, the traditional control methods are single-level control, and then report to the environmental management control center. These atmospheric monitors and management at all levels The linkage of the department is poor.
技术问题 technical problem
[0003] 本发明提供一种多点分布大气监测器控制系统， 以解决现有技术中大气监测器 与环境管理部门的联动性差的问题。 The present invention provides a multi-point distributed atmospheric monitor control system to solve the problem of poor linkage between the atmospheric monitor and the environmental management department in the prior art.
问题的解决方案 Problem solution
技术解决方案 Technical solution
[0004] 具体的技术方案为： [0004] The specific technical solution is:
[0005] 多点分布大气监测器控制系统， 包括： [0005] A multi-point distributed atmospheric monitor control system, comprising:
[0006] 远程监控系统， 所述的远程监控系统与分布在各个监测点的大气监测器信息通 讯连接， 所述的远程监控系统用于控制所述的大气监测器运作并审核所述的大 气监测器的监测数据； [0006] a remote monitoring system, wherein the remote monitoring system is in communication with an atmospheric monitor information distributed at each monitoring point, the remote monitoring system is configured to control the operation of the atmospheric monitor and review the atmospheric monitoring Monitoring data;
[0007] 环境监测总控中心， 与所述的大气监测器信息通讯连接， 并与所述的远程监控 系统信息通讯连接， 所述的环境监测总控中心用于控制所述的大气监测器运作 ， 还用于控制所述的远程监控系统， 所述的大气监测器在收到所述的环境监测 总控中心和所述的远程监控系统的命令吋， 环境监测总控中心控制命令的优先 级高于远程监控系统控制命令的优先级。 [0007] The environmental monitoring control center is connected to the atmospheric monitor information communication and is connected to the remote monitoring system information communication, and the environmental monitoring control center is used to control the operation of the atmospheric monitor. And for controlling the remote monitoring system, the atmospheric monitor receives the command of the environmental monitoring control center and the remote monitoring system, and the priority of the environmental monitoring control center control command Higher than the priority of the remote monitoring system control command.
[0008] 进一步的， 还包括监测站控制系统， 安装在所述的大气监测器上， 所述的监测 站控制系统用于发送控制指令以控制所述的大气监测器。 Further, a monitoring station control system is further disposed on the atmospheric monitor, and the monitoring station control system is configured to send a control command to control the atmospheric monitor.
[0009] 优化的设计为， 所述的大气监测器在收到所述的环境监测总控中心、 远程监控 系统、 监测站控制系统的控制命令吋， 所述的控制命令的执行优先级依次降序
为： 环境监测总控中心、 远程监控系统、 监测站控制系统。 [0009] The optimized design is that, when the atmospheric monitor receives the control command of the environmental monitoring control center, the remote monitoring system, and the monitoring station control system, the execution priority of the control command is sequentially descended. For: Environmental Monitoring Center, Remote Monitoring System, Monitoring Station Control System.
[0010] 优化的设计为， 所述的远程监控系统包括： 监测站控制台， 所述的监测站控制 台与所述的大气监测器连接； 还包括移动终端， 所述的移动终端与所述的大气 监测器通过信号传输数据。 [0010] The remote design system includes: a monitoring station console, the monitoring station console is connected to the atmospheric monitor; and a mobile terminal, the mobile terminal and the The atmospheric monitor transmits data by signal.
[0011] 优化的设计为， 所述的监测站控制台的控制命令优先级大于所述的移动终端的 控制命令。 [0011] The optimized design is that the control command priority of the monitoring station console is greater than the control command of the mobile terminal.
[0012] 进一步的， 所述的大气监测器为空气质量监测仪器和废气监测仪器。 [0012] Further, the atmospheric monitor is an air quality monitoring instrument and an exhaust gas monitoring instrument.
[0013] 进一步的， 所述的空气质量监测仪器包括环境空气地面自动监测系统。 [0013] Further, the air quality monitoring instrument includes an ambient air ground automatic monitoring system.
[0014] 进一步的， 所述的废气监测仪器包括污染源烟尘粉尘在线监测仪、 烟气 S0 2 、 NOx在线监测仪、 酸雨自动采样器、 PM10采样器。 [0014] Further, the exhaust gas monitoring instrument comprises a pollution source dust dust online monitor, a smoke S0 2 , a NOx online monitor, an acid rain automatic sampler, and a PM10 sampler.
发明的有益效果 Advantageous effects of the invention
有益效果 Beneficial effect
[0015] 本发明提供的多点分布大气监测器控制系统， 环境监测总控中心是整个控制系 统的控制中心， 可实现对多点分布的大气监测器进行监控、 紧急运行和数据检 査等管理远程监控系统和监测站控制系统需实吋传输汇报信息至环境监测总控 中心。 远程监控系统是可实现状态査看、 故障报警査看、 幵关机等管理功能， 同吋具有集中控制功能， 根据需求自动调配大气监测器中各设备工作状态。 通 过多点分布大气监测器控制系统集成多种控制方式， 使得多点的大气监测器监 控更加智能便捷， 并且通过分级控制， 对整个监测区域的联动性更好， 便于环 境应急管理。 [0015] The multi-point distributed atmospheric monitor control system provided by the present invention, the environmental monitoring total control center is the control center of the entire control system, and can realize the remote monitoring, emergency operation and data inspection of the multi-point distributed atmospheric monitor. The monitoring system and the monitoring station control system need to transmit the reporting information to the environmental monitoring control center. The remote monitoring system can realize the management functions such as status check, fault alarm view, and 幵 shutdown, and has centralized control function to automatically adjust the working status of each device in the atmosphere monitor according to requirements. The multi-point distribution of the atmospheric monitor control system integrates multiple control modes, which makes the multi-point atmospheric monitor monitoring more intelligent and convenient, and through hierarchical control, the linkage of the entire monitoring area is better, and the environmental emergency management is facilitated.
本发明的实施方式 Embodiments of the invention
[0016] 结合实施例说明本发明的具体实施方式。 [0016] Specific embodiments of the invention are described in conjunction with the embodiments.
[0017] 多点分布大气监测器控制系统， 包括： [0017] A multi-point distributed atmospheric monitor control system, comprising:
[0018] 远程监控系统， 所述的远程监控系统与分布在各个监测点的大气监测器信息通 讯连接， 所述的远程监控系统用于控制所述的大气监测器运作并审核所述的大 气监测器的监测数据； [0018] a remote monitoring system, wherein the remote monitoring system is connected to an atmospheric monitor information communication distributed at each monitoring point, and the remote monitoring system is configured to control the operation of the atmospheric monitor and review the atmospheric monitoring Monitoring data;
[0019] 环境监测总控中心， 与所述的大气监测器信息通讯连接， 并与所述的远程监控
系统信息通讯连接， 所述的环境监测总控中心用于控制所述的大气监测器运作 ， 还用于控制所述的远程监控系统， 所述的大气监测器在收到所述的环境监测 总控中心和所述的远程监控系统的命令吋， 环境监测总控中心控制命令的优先 级高于远程监控系统控制命令的优先级。 [0019] an environmental monitoring master control center, is connected to the atmospheric monitor information communication, and is remotely monitored a system information communication connection, the environmental monitoring control center is configured to control the operation of the atmospheric monitor, and is also used to control the remote monitoring system, and the atmospheric monitoring device receives the total environmental monitoring The command of the control center and the remote monitoring system, the priority of the environmental monitoring control center control command is higher than the priority of the remote monitoring system control command.
[0020] 还包括监测站控制系统， 安装在所述的大气监测器上， 所述的监测站控制系统 用于发送控制指令以控制所述的大气监测器。 [0020] A monitoring station control system is also included, mounted on the atmospheric monitor, the monitoring station control system for transmitting control commands to control the atmospheric monitor.
[0021] 大气监测器在收到所述的环境监测总控中心、 远程监控系统、 监测站控制系统 的控制命令吋， 所述的控制命令的执行优先级依次降序为： 环境监测总控中心[0021] After receiving the control command of the environmental monitoring main control center, the remote monitoring system, and the monitoring station control system, the atmospheric monitor monitors the execution priority of the control commands in descending order: Environmental Monitoring General Control Center
、 远程监控系统、 监测站控制系统。 , remote monitoring system, monitoring station control system.
[0022] 远程监控系统包括： 监测站控制台， 所述的监测站控制台与所述的大气监测器 连接； 还包括移动终端， 所述的移动终端与所述的大气监测器通过信号传输数 据。 [0022] The remote monitoring system includes: a monitoring station console, the monitoring station console is connected to the atmospheric monitor; and a mobile terminal, wherein the mobile terminal and the atmospheric monitor transmit signals through signals .
[0023] 监测站控制台的控制命令优先级大于所述的移动终端的控制命令。 [0023] The control command priority of the monitoring station console is greater than the control command of the mobile terminal.
[0024] 所述的大气监测器为空气质量监测仪器和废气监测仪器。 空气质量监测仪器包 括环境空气地面自动监测系统。 废气监测仪器包括污染源烟尘粉尘在线监测仪 、 烟气 S0 2、 NO x在线监测仪、 酸雨自动采样器、 PM10采样器。
[0024] The atmospheric monitor is an air quality monitoring instrument and an exhaust gas monitoring instrument. Air quality monitoring instruments include an ambient air ground automatic monitoring system. Exhaust pollution monitoring equipment comprises line monitor soot dust, smoke S0 2, NO x line monitor, acid rain autosampler, PM10 sampler.
Claims
[权利要求 1] 多点分布大气监测器控制系统， 其特征在于， 包括： [Claim 1] A multi-point distributed atmospheric monitor control system, comprising:
远程监控系统， 所述的远程监控系统与分布在各个监测点的大气监测 器信息通讯连接， 所述的远程监控系统用于控制所述的大气监测器运 作并审核所述的大气监测器的监测数据； a remote monitoring system, wherein the remote monitoring system is in communication with an atmospheric monitor information distributed at each monitoring point, the remote monitoring system is configured to control the operation of the atmospheric monitor and review the monitoring of the atmospheric monitor Data
环境监测总控中心， 与所述的大气监测器信息通讯连接， 并与所述的 远程监控系统信息通讯连接， 所述的环境监测总控中心用于控制所述 的大气监测器运作， 还用于控制所述的远程监控系统， 所述的大气监 测器在收到所述的环境监测总控中心和所述的远程监控系统的命令吋 ， 环境监测总控中心控制命令的优先级高于远程监控系统控制命令的 优先级。 The environmental monitoring control center is connected to the atmospheric monitor information communication and is connected to the remote monitoring system information communication, and the environmental monitoring control center is used for controlling the operation of the atmospheric monitor, and is also used After controlling the remote monitoring system, the atmospheric monitor receives the command of the environmental monitoring control center and the remote monitoring system, and the environmental monitoring control center has a higher priority than the remote control command Monitors the priority of system control commands.
[权利要求 2] 根据权利要求 1所述的多点分布大气监测器控制系统， 其特征在于， 还包括监测站控制系统， 安装在所述的大气监测器上， 所述的监测站 控制系统用于发送控制指令以控制所述的大气监测器。 [Claim 2] The multipoint distributed atmospheric monitor control system according to claim 1, further comprising a monitoring station control system installed on said atmospheric monitor, said monitoring station control system A control command is sent to control the atmospheric monitor.
[权利要求 3] 根据权利要求 2所述的多点分布大气监测器控制系统， 其特征在于， 所述的大气监测器在收到所述的环境监测总控中心、 远程监控系统、 监测站控制系统的控制命令吋， 所述的控制命令的执行优先级依次降 序为： 环境监测总控中心、 远程监控系统、 监测站控制系统。 [Claim 3] The multi-point distributed atmospheric monitor control system according to claim 2, wherein the atmospheric monitor receives the environmental monitoring control center, the remote monitoring system, and the monitoring station control The control command of the system 吋, the execution priority of the control command is descending in order: environmental monitoring control center, remote monitoring system, monitoring station control system.
[权利要求 4] 根据权利要求 3所述的多点分布大气监测器控制系统， 其特征在于， 所述的远程监控系统包括： 监测站控制台， 所述的监测站控制台与所 述的大气监测器连接； 还包括移动终端， 所述的移动终端与所述的大 气监测器通过信号传输数据。 [Claim 4] The multipoint distributed atmospheric monitor control system according to claim 3, wherein the remote monitoring system comprises: a monitoring station console, the monitoring station console and the atmosphere The monitor is connected; further comprising a mobile terminal, wherein the mobile terminal and the atmospheric monitor transmit signals by using signals.
[权利要求 5] 根据权利要求 4所述的多点分布大气监测器控制系统， 其特征在于， 所述的监测站控制台的控制命令优先级大于所述的移动终端的控制命 令。 [Claim 5] The multipoint distributed atmospheric monitor control system according to claim 4, wherein the control command of the monitoring station console has a priority greater than a control command of the mobile terminal.
[权利要求 6] 根据权利要求 1所述的多点分布大气监测器控制系统， 其特征在于， 所述的大气监测器为空气质量监测仪器和废气监测仪器。 [Claim 6] The multi-point distributed atmospheric monitor control system according to claim 1, wherein the atmospheric monitor is an air quality monitoring instrument and an exhaust gas monitoring instrument.
[权利要求 7] 根据权利要求 6所述的多点分布大气监测器控制系统， 其特征在于，
所述的空气质量监测仪器包括环境空气地面自动监测系统。 [Claim 7] The multipoint distributed atmospheric monitor control system according to claim 6, wherein The air quality monitoring instrument includes an ambient air ground automatic monitoring system.
[权利要求 8] 根据权利要求 6所述的多点分布大气监测器控制系统， 其特征在于， 所述的废气监测仪器包括污染源烟尘粉尘在线监测仪、 烟气 SO 2 、 NO x在线监测仪、 酸雨自动采样器、 PM10采样器。
[Claim 8] The multi-point air monitoring profile 6, control system as claimed in claim, wherein said exhaust soot dust pollution monitoring equipment comprises line monitor, the flue gas SO 2, NO x line monitor, Acid rain automatic sampler, PM10 sampler.
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