CN112631195A - Intelligent remote monitoring management system for boiler ash cleaner - Google Patents
Intelligent remote monitoring management system for boiler ash cleaner Download PDFInfo
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- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/05—Programmable logic controllers, e.g. simulating logic interconnections of signals according to ladder diagrams or function charts
- G05B19/058—Safety, monitoring
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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
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Abstract
The utility model provides a boiler deashing ware intelligence remote monitoring management system, includes: the system comprises a PLC control device, a network system, terminal equipment and a remote monitoring management control system; the PLC control device includes: PLC controller, upper industrial computer or touch-sensitive screen, electric control part, flow monitoring components such as flow sensor, pressure monitoring components such as pressure sensor, ignition, overtemperature detection device, mute big gun detection device, network system includes: centralized control equipment, cloud server, network connecting part, terminal equipment are computer or cell-phone or special mobile device, remote monitoring management control system includes: a remote monitoring management program and a control component; and the control system carries out remote monitoring management on the centralized control equipment or the PLC control device through the control component according to the remote monitoring management program. The invention solves the problems of remote monitoring and management of the on-site operation condition of the boiler pulse ash cleaner and fills the blank of remote monitoring and management in the prior art.
Description
Technical Field
The invention relates to the technical field of boiler ash removers, in particular to an intelligent remote monitoring management system for a boiler ash remover.
Background
The prior art does not have a remote monitoring and management system of a boiler ash cleaner. The application of the existing remote monitoring system to the technical field of boiler soot cleaners is not obvious as a person skilled in the art due to certain technical problems, and the monitoring management system with management energy efficiency is blank.
Disclosure of Invention
The invention provides an intelligent remote monitoring and management system for a boiler ash cleaner, which aims to solve the problems of remote monitoring and management of the on-site operation condition of the boiler ash cleaner. The invention fills the blank that the prior boiler ash removal technical field has no remote monitoring and management, realizes the remote monitoring and management of the operation conditions of the on-site boiler ash removers distributed at different geographical positions, not only saves a large amount of after-sales service cost, but also can quickly and timely master the operation conditions of the on-site boiler ash removers.
In order to solve the defects and shortcomings in the prior art, the invention adopts the technical scheme that:
the utility model provides a boiler deashing ware intelligence remote monitoring management system, includes: the system comprises a PLC control device of a programmable controller of the on-site boiler ash cleaner, a network system, terminal equipment and a remote monitoring management control system; the PLC control device includes: PLC controller, upper industrial computer or touch-sensitive screen, electrical control part, flow sensor or flow transmitter or flow controller, pressure sensor or pressure transmitter, ignition, overtemperature detection device, mute big gun detection device, network system includes: centralized control equipment, cloud server, network connecting part, terminal equipment is computer or cell-phone or special mobile device, remote monitoring management control system includes: a remote monitoring management program and a control component; the control system carries out remote monitoring management on the centralized control equipment or the PLC control device through the control component according to the remote monitoring management program; the remote monitoring management is that the centralized control equipment or the PLC control device modulates the in-situ boiler ash cleaner monitoring information by the network system and then transmits the information to the terminal equipment, the network system is modulated to enable the cloud server to mutually translate the computer language of the centralized control equipment or the PLC language and the Internet network language of the PLC control device and then complete the remote mutual transmission of the in-situ boiler ash cleaner monitoring information between the centralized control equipment or the PLC control device and the terminal equipment through the network connecting part through a wireless network or/and a wired network, the terminal equipment manually or automatically processes the monitoring information according to the remote monitoring management program and then reversely transmits the processing result information to the centralized control equipment or the PLC control device, and the centralized control equipment or the PLC control device controls the operation according to the processing result information, and intelligent remote monitoring management of the on-site boiler ash cleaner is realized. The boiler ash cleaner is a boiler pulse ash cleaner.
In the above solution, the PLC controller includes: the device comprises a central processing unit CPU, an analog quantity AI/AO module, a switching value DI/DO module and a communication module, wherein the upper industrial personal computer or a touch screen is an upper control device which is used for operating and controlling the PLC to operate according to a set control program, and the electric control part comprises: circuit breaker, button switch pilot lamp, relay, control terminal row/case, alarm, automatically controlled pneumatic valve, flow sensor or flow transmitter or flow controller be to the PLC controller conveys the device of air feed flow monitor signal, pressure sensor or pressure transmitter be for to PLC controller conveys the device of air feed pressure monitor signal, ignition includes: the device comprises an ignition tank, an ignition rod/head inserted into the ignition tank and an igniter, wherein the overtemperature detection device is a temperature switch or a temperature sensor or a temperature transmitter, and the dummy gun detection device is a pressure switch or a pressure sensor or a pressure transmitter or a sound/vibration device; the overtemperature detection device conveys the ignition tank deflagration temperature monitoring signal to the PLC controller, the dumb artillery detection device conveys the PLC controller deflagration pressure monitoring signal or deflagration sound/vibration monitoring signal of the ignition tank, the igniter controls the ignition of ignition rod/head.
In the foregoing solution, the centralized control device is a plurality of local centralized control devices of the PLC control device, and the cloud server supports the FTP protocol, including: the server host, data processing module, data query unit, the network connecting part includes: a switch, a network interface, a network cable, a gateway, or/and a router.
In the above scheme, the computer is a desktop computer, a notebook computer or a tablet computer (Pad), the mobile phone is a 4G smart phone, a 5G smart phone or other smart phones, and the special mobile device is a movable control device specially used for the remote monitoring and management system.
In the above solution, the communication module includes: the local communication module is a module for mutual communication between the PLC control device and related devices/components connected with the PLC control device, and the remote communication module is a module for mutual wired/wireless remote communication between the PLC control device and related devices/components of the network system; the alarm is used for sending alarm information when the PLC control device is abnormal, and the electric control/pneumatic valve is an electromagnetic valve or an electric control pneumatic valve; the air supply flow is input air flow and input gas flow, and the air supply pressure is input air pressure and input gas pressure; the ignition tank is a carbon steel container or a stainless steel container for mixed ignition of air and fuel gas, the ignition rod/head is a semiconductor type ignition rod/head or a spark plug type ignition rod/head, and the igniter is an electric control device for generating electric sparks by the ignition rod/head.
In the above scheme, the server host is configured with a dedicated channel, the data processing module is a module for processing the data information mutually transmitted between the centralized control device or the PLC control device and the terminal device, and the data query unit is the data information historical data query library; the switch is the local area network switch that centralized control equipment is connected with PLC controlling means, network interface includes: ethernet interface, bus interface, RS485/RS422/RS232 interface, the net twine includes: the gateway is an internetwork connector/protocol converter, and the router is equipment for connecting two or more wireless networks/wired networks; the centralized control equipment is connected with the PLC control device through the Ethernet interface/bus interface, and the communication interface device in the local PLC control device is connected through the RS485/RS422/RS232 interface.
In the above solution, the related apparatus/component includes: the flow sensor or flow transmitter or flow controller, pressure sensor or pressure transmitter, temperature sensor or temperature transmitter, the relevant equipment/part includes: the system comprises the centralized control equipment, a cloud server host, a switch, a gateway or/and a router.
In the above solution, the wireless network is a 4G or 5G or other wireless mobile communication network, and the wired network includes: twisted pair networks, coaxial cable networks, fiber optic networks.
In the above solution, the other wireless mobile communication networks include WI-FI wireless local area networks.
In the scheme, the PLC control device is 1-255 sets; the PLC is imported PLC or domestic PLC, including: siemens PLC, Mitsubishi PLC, ohm dragon PLC, and Gongbei PLC.
Compared with the prior art, the technical scheme adopted by the invention has the following beneficial effects:
the invention fills the blank that the prior boiler pulse ash removal technical field has no remote monitoring and management, realizes the remote monitoring and management of the operation conditions of the on-site boiler pulse ash removal devices distributed at different geographical positions, not only saves a large amount of after-sale service cost, but also can quickly and timely master the operation conditions of the on-site boiler pulse ash removal devices.
Drawings
FIG. 1 is a schematic flow chart of an intelligent remote monitoring management system for a boiler ash cleaner according to the present invention.
Reference numerals
1-PLC control device, 2-network system, 3-terminal equipment, 4-remote monitoring management control system, 5-wireless network, 101-PLC controller, 102-upper industrial personal computer or touch screen, 103-electrical control component, 104-flow sensor, 105-pressure sensor, 106-ignition device, 107-overtemperature detection device, 108-dummy gun detection device, 201-centralized control equipment, 202-cloud server, 203-network connection component, 301-computer, 302-mobile phone, 303-special mobile equipment, 401-remote monitoring management program, 402-control component.
Detailed Description
The technical solution of the present invention is described in detail below with reference to the accompanying drawings and specific embodiments.
The utility model provides a boiler deashing ware intelligence remote monitoring management system, includes: the system comprises a PLC control device 1 of a local boiler ash cleaner, a network system 2, a terminal device 3 and a remote monitoring management control system 4; the PLC control device 1 includes: PLC controller 101, upper industrial computer or touch-sensitive screen 102, electrical control part 103, flow sensor 104 can select flow transmitter or flow controller, pressure sensor 105 can select pressure transmitter, ignition 106, overtemperature detection device 107, mute big gun detection device 108, network system 2 includes: the system comprises a centralized control device 201, a cloud server 202 and a network connection component 203, wherein the terminal device 3 is a computer 301 or a mobile phone 302 or a special mobile device 303, and the remote monitoring management control system 4 comprises: a remote monitoring management program 401, a control section 402; the control system 4 performs remote monitoring management on the centralized control equipment 201 or the PLC control device 1 through the control unit 402 according to the remote monitoring management program 401; the remote monitoring management is that the centralized control device 201 or the PLC control device 1 modulates the in-situ boiler ash cleaner monitoring information by the network system 2 and then transmits the information to the terminal device 3, the network system 2 is modulated to enable the cloud server 202 to translate the computer language of the centralized control device 201 or the PLC language of the PLC control device 1 and the Internet network language and then complete the remote mutual transmission of the in-situ boiler ash cleaner monitoring information between the centralized control device 201 or the PLC control device 1 and the terminal device 3 through the wireless network 5 or/and the wired network by the network connecting part 203, the terminal device 3 processes the monitoring information manually or automatically according to the remote monitoring management program 401 and then reversely transmits the processing result information to the centralized control device 201 or the PLC control device 1, and the centralized control device 201 or the PLC control device 1 controls the operation thereof according to the processing result information, and intelligent remote monitoring management of the on-site boiler ash cleaner is realized. The language translation technology and the function effect are one of the important distinguishing technical features compared with the prior art, and are creative inventions organically combining digital technology and analog technology.
In the above solution, the PLC controller 101 includes: the controller comprises a central processing unit CPU, an analog quantity AI/AO module, a switching value DI/DO module and a communication module, wherein the upper industrial personal computer or the touch screen 102 is an upper control device which is used for operating and controlling the PLC 101 to operate according to a set control program, and the electric control part 103 comprises: circuit breaker, button switch pilot lamp, relay, control terminal row/case, alarm, automatically controlled pneumatic valve, flow sensor 104 be for to PLC controller 101 conveys the device of air feed flow monitoring signal, pressure sensor 105 be for to PLC controller 101 conveys the device of air feed pressure monitoring signal, ignition 106 includes: the ignition device comprises an ignition tank, an ignition rod/head inserted into the ignition tank and an igniter, wherein the overtemperature detection device 107 is a temperature sensor or a temperature transmitter which can be selected by a temperature switch, and the dummy gun detection device 108 is a pressure sensor or a pressure transmitter or a sound/vibration device which can be selected by a pressure switch; overtemperature prote detection device 107 to PLC controller 101 conveys ignition pot detonation temperature monitor signal, mute big gun detection device 108 to PLC controller 101 conveys ignition pot detonation pressure monitor signal or detonation sound/vibration monitor signal, some firearm control the ignition of ignition bar/head.
In the above solution, the centralized control device 201 is a plurality of local centralized control devices that are set to the PLC control device 1, and the cloud server 202 supports the FTP protocol, i.e. can transfer file materials, including: the server host, the data processing module, and the data query unit, the network connection component 203 includes: a switch, a network interface, a network cable, a gateway, or/and a router.
In the above scheme, the computer 301 is a desktop computer and can be a notebook computer or a tablet computer (Pad), the mobile phone 302 is a 4G smart phone or a 5G smart phone or other smart phones, and the dedicated mobile device 303 is a mobile control device specially used for the present invention.
In the above solution, the communication module includes: the local communication module is a module for mutual communication between the PLC control device 1 and relevant devices/components connected with the PLC control device, and the remote communication module is a module for mutual wired/wireless remote communication between the PLC control device 1 and relevant devices/components of the network system 2; the alarm is used for sending alarm information when the PLC control device 1 is abnormal, and the electric control/pneumatic valve is an electromagnetic valve which can be an electric valve or an electric control pneumatic valve; the air supply flow is input air flow and input gas flow, and the air supply pressure is input air pressure and input gas pressure; the ignition tank is a stainless steel container which can be selected as a carbon steel container for mixed ignition of air and fuel gas, the ignition rod/head is a semiconductor type ignition rod/head which can be selected as a spark plug type ignition rod/head, and the igniter is an electric control device for generating electric sparks by the ignition rod/head.
In the above scheme, the server host is configured with a dedicated channel, which is a channel provided with a password instruction and dedicated for local-remote mutual transmission of monitoring information of the PLC control device 1 provided by the present invention; the data processing module is a module for processing data information mutually transmitted by the centralized control equipment 201 or the PLC control device 1 and the terminal equipment 3, and the data query unit is the historical data query library of the data information; the switch is a local area network switch in which the centralized control device 201 is connected with the PLC control device 1, and the network interface includes: ethernet interface, bus interface, RS485/RS422/RS232 interface, the net twine includes: the gateway is an internetwork connector/protocol converter, and the router is equipment for connecting two or more wireless networks 5 or/and wired networks; the centralized control device 201 is connected with the PLC control device 1 through the ethernet interface/bus interface, and communication interface devices in the PLC control device 1, such as the flow sensor 104 and the pressure sensor 105, are connected through the RS485/RS422/RS232 interface.
In the above solution, the related apparatus/component includes: the flow sensor 104 can be selected from a flow transmitter or a flow controller, the pressure sensor 105 can be selected from a pressure transmitter, and the temperature sensor can be selected from a temperature transmitter, and the related devices/components comprise: the centralized control device 201, a cloud server host, a switch, a network interface, a gateway or/and a router.
In the above solution, the wireless network 5 is a 4G or 5G or other wireless mobile communication network, and the wired network includes: twisted pair networks, coaxial cable networks, fiber optic networks.
In the above solution, the other wireless mobile communication networks include WI-FI wireless local area networks.
In the above scheme, the PLC control device 1 is 1 to 255 sets, and the 255 sets are the maximum load capacity of the remote monitoring and management system, and are usually 2 to 128 sets; the PLC is imported Siemens PLC, and can be imported Mitsubishi PLC, ohm dragon PLC or domestic engineering Beibei PLC.
DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION
The utility model provides a boiler deashing ware intelligence remote monitoring management system, includes: the system comprises a PLC control device 1 of a programmable controller of an on-site boiler pulse ash cleaner, a network system 2, a terminal device 3 and a remote monitoring management control system 4, wherein the management control system 4 is one of key technologies of the invention and is an important technical characteristic different from the prior art; the PLC control device 1 includes: PLC controller 101, upper industrial computer or touch-sensitive screen 102, electric control part 103, flow sensor 104, pressure sensor 105, ignition 106, overtemperature detection device 107, mute big gun detection device 108, network system 2 includes: the system comprises a centralized control device 201, a cloud server 202 and a network connecting part 203, wherein the terminal device 3 is a computer 301 or a mobile phone 302 or a special mobile device 303, and the special mobile device 303 is a mobile control device which is developed specially for the invention and is different from the prior art; the remote monitoring management control system 4 includes: a remote monitoring management program 401, a control section 402; the control system 4 performs remote monitoring management on the centralized control equipment 201 or the PLC control device 1 through the control unit 402 according to the remote monitoring management program 401; the remote monitoring management is that the centralized control device 201 or the PLC control device 1 modulates the monitoring information of the in-situ boiler pulse ash cleaner by the network system 2 and then transmits the modulated information to the terminal device 3, the network system 2 is modulated to that the cloud server 202 inter-translates the computer language of the centralized control device 201 or the PLC language of the PLC control device 1 and the internet network language, and then the remote inter-transmission of the monitoring information of the on-site boiler pulse ash cleaner between the centralized control device 201 or the PLC control device 1 and the terminal device 3 is completed through the wireless network 5 or/and the wired network via the network connection part 203, the terminal device 3 processes the monitoring information manually or automatically according to the remote monitoring management program 401 and then reversely transmits the processing result information to the centralized control device 201 or the PLC control device 1, the centralized control device 201 or the PLC control device 1 controls the operation thereof according to the processing result information. The language translation technology and the function effect are one of the important distinguishing technical features compared with the prior art, are creative inventions organically combining digital technology and analog technology, and are the basis for realizing mutual transmission of remote network monitoring information required by intelligent remote monitoring management of the on-site boiler pulse ash cleaner.
In the above solution, the PLC controller 101 includes: the controller comprises a central processing unit CPU, an analog quantity AI/AO module, a switching value DI/DO module and a communication module, wherein the upper industrial personal computer or the touch screen 102 is an upper control device which is used for operating and controlling the PLC 101 to operate according to a set control program, and the electric control part 103 comprises: circuit breaker, button switch pilot lamp, relay, control terminal row/case, alarm, automatically controlled pneumatic valve, flow sensor 104 be for to PLC controller 101 conveys the device of air feed flow monitoring signal, pressure sensor 105 be for to PLC controller 101 conveys the device of air feed pressure monitoring signal, ignition 106 includes: the ignition device comprises an ignition tank, an ignition rod/head inserted into the ignition tank and an igniter, wherein the overtemperature detection device 107 is a temperature sensor, and the dummy gun detection device 108 is a pressure switch; the overtemperature detection device 107 transmits a detonation temperature monitoring signal of the ignition pot to the PLC 101, the dummy shot detection device 108 transmits a detonation pressure monitoring signal of the ignition pot to the PLC 101, and the igniter controls the ignition of the ignition rod/head.
In the above solution, the centralized control device 201 is a plurality of local centralized control devices of the PLC control apparatus 1, and the cloud server 202 supports the FTP protocol to transmit file materials, including: the server host, the data processing module, and the data query unit, the network connection component 203 includes: a switch, a network interface, a network cable, a gateway, or/and a router.
In the above scheme, the computer 301 is a desktop computer or a mobile phone 302, the mobile phone 302 is a 5G smart phone, and the dedicated mobile device 303 is a movable control device specially used for the remote monitoring and management system.
In the above solution, the communication module includes: the local communication module is a module for mutual communication between the PLC control device 1 and relevant devices/components connected with the PLC control device, and the remote communication module is a module for mutual wireless remote communication between the PLC control device 1 and relevant devices/components of the network system 2; the alarm is used for sending alarm information when the PLC control device 1 is abnormal, and the electric control/pneumatic valve is an electromagnetic valve; the air supply flow is input air flow and input gas flow, and the air supply pressure is input air pressure and input gas pressure; the ignition tank is a carbon steel container for mixed ignition of air and fuel gas, the ignition rod/head is a semiconductor type ignition rod/head, and the igniter is an electric control device for generating electric sparks by the ignition rod/head. The above-described related apparatus/components include: the flow sensor 104, the pressure sensor 105 and the temperature sensor, and the related devices/components include: the centralized control device 201, a cloud server host, a switch, a network interface, a gateway or/and a router.
In the scheme, the server host is provided with a dedicated channel which is a local-remote mutual transmission channel provided with a password instruction and specially opened for the monitoring data information of the local boiler pulse ash cleaner; the data processing module is a module for processing data information mutually transmitted by the centralized control equipment 201 or the PLC control device 1 and the terminal equipment 3, and the data query unit is the historical data query library of the data information; the switch is a local area network switch in which the centralized control device 201 is connected with the PLC control device 1, and the network interface includes: ethernet interface, bus interface, RS485/RS422/RS232 interface, the net twine includes: the gateway is an internetwork connector/protocol converter, and the router is equipment for connecting two or more wireless networks 5 or/and wired networks; the centralized control equipment is connected with the PLC control device 1 through the Ethernet interface/bus interface, and communication interface devices in the PLC control device 1, such as an over-temperature detection device 107 and a dummy gun detection device 108, are connected through the RS485/RS422/RS232 interface.
In the above solution, the wireless network 5 is a 5G wireless mobile communication network, and the wired network includes: twisted pair networks, coaxial cable networks, fiber optic networks.
In the scheme, the PLC control device 1 is 2-64 sets of sleeves; the PLC is imported Siemens PLC, can be imported Mitsubishi PLC or ohm dragon PLC, and can also be domestic engineering Beibei PLC.
The technical scheme at least achieves the following intelligent remote monitoring and management effects:
1. the operation conditions of all on-site boiler pulse ash cleaners in the remote monitoring and management range can be controlled, including the on-site conditions of operation, shutdown, maintenance and the like of each set.
2. The installation and debugging work of field security personnel and the operation, use, fault removal and other work of local workers of users can be guided.
3. The boiler ash removal operation of the on-site boiler pulse ash removal device can be intelligently and remotely controlled, and comprises unit operation selection, boiler ash removal part selection, ash removal force selection, ash removal frequency selection and the like.
4. The intelligent remote monitoring management system has a historical monitoring data information query function, and can query historical operation information of each set of on-site boiler pulse ash removal device on remote monitoring terminal equipment at any time through a large-capacity historical monitoring database, wherein the historical operation information comprises basic information of equipment users, starting years, debugging conditions, operation duration, maintenance times, fault contents and the like.
5. The intelligent remote monitoring management system manages the on-site boiler pulse ash cleaner in the monitoring range in a standardized management mode, for example, the on-site equipment is filed by uniform classification number, all the on-site information such as operation, maintenance and adjustment of the on-site equipment in the monitoring range is managed according to the standard requirements such as the type of a boiler object, the quantity selection of the on-site equipment, the use frequency, the use effect and the like.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and general changes and substitutions by those skilled in the art within the technical scope of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. The utility model provides a boiler deashing ware intelligence remote monitoring management system which characterized in that: the remote monitoring management system comprises: the system comprises a PLC control device of a programmable controller of the on-site boiler ash cleaner, a network system, terminal equipment and a remote monitoring management control system; the PLC control device includes: PLC controller, upper industrial computer or touch-sensitive screen, electrical control part, flow sensor or flow transmitter or flow controller, pressure sensor or pressure transmitter, ignition, overtemperature detection device, mute big gun detection device, network system includes: centralized control equipment, cloud server, network connecting part, terminal equipment is computer or cell-phone or special mobile device, remote monitoring management control system includes: a remote monitoring management program and a control component; the control system carries out remote monitoring management on the centralized control equipment or the PLC control device through the control component according to the remote monitoring management program; the remote monitoring management is that the centralized control equipment or the PLC control device modulates the in-situ boiler ash cleaner monitoring information by the network system and then transmits the information to the terminal equipment, the network system is modulated to enable the cloud server to mutually translate the computer language of the centralized control equipment or the PLC language and the Internet network language of the PLC control device and then complete the remote mutual transmission of the in-situ boiler ash cleaner monitoring information between the centralized control equipment or the PLC control device and the terminal equipment through the network connecting part through a wireless network or/and a wired network, the terminal equipment manually or automatically processes the monitoring information according to the remote monitoring management program and then reversely transmits the processing result information to the centralized control equipment or the PLC control device, and the centralized control equipment or the PLC control device controls the operation according to the processing result information, and intelligent remote monitoring management of the on-site boiler ash cleaner is realized.
2. The remote monitoring management system of claim 1, wherein: the PLC controller includes: the device comprises a central processing unit CPU, an analog quantity AI/AO module, a switching value DI/DO module and a communication module, wherein the upper industrial personal computer or a touch screen is an upper control device which is used for operating and controlling the PLC to operate according to a set control program, and the electric control part comprises: circuit breaker, button switch pilot lamp, relay, control terminal row/case, alarm, automatically controlled pneumatic valve, flow sensor or flow transmitter or flow controller be to the PLC controller conveys the device of air feed flow monitor signal, pressure sensor or pressure transmitter be for to PLC controller conveys the device of air feed pressure monitor signal, ignition includes: the device comprises an ignition tank, an ignition rod/head inserted into the ignition tank and an igniter, wherein the overtemperature detection device is a temperature switch or a temperature sensor or a temperature transmitter, and the dummy gun detection device is a pressure switch or a pressure sensor or a pressure transmitter or a sound/vibration device; the overtemperature detection device conveys the ignition tank deflagration temperature monitoring signal to the PLC controller, the dumb artillery detection device conveys the PLC controller deflagration pressure monitoring signal or deflagration sound/vibration monitoring signal of the ignition tank, the igniter controls the ignition of ignition rod/head.
3. The remote monitoring management system of claim 1, wherein: the centralized control equipment is a plurality of local centralized control equipment of the PLC control device, the cloud server supports the FTP protocol, and the method comprises the following steps: the server host, data processing module, data query unit, the network connecting part includes: a switch, a network interface, a network cable, a gateway, or/and a router.
4. The remote monitoring management system of claim 1, wherein: the computer is a desktop computer, a notebook computer or a tablet personal computer (Pad), the mobile phone is a 4G smart phone, a 5G smart phone or other smart phones, and the special mobile equipment is a movable control device specially used for the remote monitoring and management system.
5. The remote monitoring management system according to claim 2, wherein: the communication module includes: the local communication module is a module for mutual communication between the PLC control device and related devices/components connected with the PLC control device, and the remote communication module is a module for mutual wired/wireless remote communication between the PLC control device and related devices/components of the network system; the alarm is used for sending alarm information when the PLC control device is abnormal, and the electric control/pneumatic valve is an electromagnetic valve or an electric control pneumatic valve; the air supply flow is input air flow and input gas flow, and the air supply pressure is input air pressure and input gas pressure; the ignition tank is a carbon steel container or a stainless steel container for mixed ignition of air and fuel gas, the ignition rod/head is a semiconductor type ignition rod/head or a spark plug type ignition rod/head, and the igniter is an electric control device for generating electric sparks by the ignition rod/head.
6. The remote monitoring management system according to claim 3, wherein: the server host is configured with a dedicated channel, the data processing module is a module for processing the data information mutually transmitted by the centralized control equipment or the PLC control device and the terminal equipment, and the data query unit is the historical data query library of the data information; the switch is the local area network switch that centralized control equipment is connected with PLC controlling means, network interface includes: ethernet interface, bus interface, RS485/RS422/RS232 interface, the net twine includes: the gateway is an internetwork connector/protocol converter, and the router is equipment for connecting two or more wireless networks/wired networks; the centralized control equipment is connected with the PLC control device through the Ethernet interface/bus interface, and the communication interface device in the on-site equipment is connected through the RS485 or/and RS422 or/and RS232 interface.
7. The remote monitoring management system of claim 5, wherein: the associated apparatus/components include: the flow sensor or flow transmitter or flow controller, pressure sensor or pressure transmitter, temperature sensor or temperature transmitter, the relevant equipment/part includes: the system comprises the centralized control equipment, a cloud server host, a switch, a gateway or/and a router.
8. The remote monitoring management system according to claim 1 or 6, wherein: the wireless network is 4G or 5G or other wireless mobile communication networks, and the wired network comprises: twisted pair networks, coaxial cable networks, fiber optic networks.
9. The remote monitoring management system of claim 8, wherein: the other wireless mobile communication network comprises a WI-FI wireless local area network.
10. The remote monitoring management system according to claim 5 or 6, wherein: the PLC control device is a 1-255 set; the PLC is imported PLC or domestic PLC, including: siemens PLC, Mitsubishi PLC, ohm dragon PLC, and Gongbei PLC.
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