CN108449432A - Internet of Things Remote Device Control system and control method - Google Patents
Internet of Things Remote Device Control system and control method Download PDFInfo
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- CN108449432A CN108449432A CN201810425091.1A CN201810425091A CN108449432A CN 108449432 A CN108449432 A CN 108449432A CN 201810425091 A CN201810425091 A CN 201810425091A CN 108449432 A CN108449432 A CN 108449432A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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Abstract
Present invention is disclosed a kind of Internet of Things Remote Device Control system and control method, system includes client unit, cloud platform unit, things-internet gateway unit and controlled device unit.Method includes S1 clients step, S2 cloud platforms step, S3 things-internet gateways step and S4 controlled device steps.The present invention utilizes message queue frame and the producer/Consumer model, so that the communication modes of equipment remote control is become more simple, standard, improves the standardization degree during equipment use.Simultaneously, in the inventive solutions, control instruction is all transparent for cloud platform unit and things-internet gateway unit so that the present invention has maximum flexibility and scalability, it can access manavelins and complete every control of equipment, have a extensive future.
Description
Technical field
The present invention relates to a kind of apparatus control system and control methods, and in particular to a kind of Internet of Things Remote Device Control system
System and control method, belong to industry internet field.
Background technology
With the gradual universal of Internet of Things and industry internet and expand, accesses the embedded device of network also increasingly
It is more, under many usage scenarios, be required for docking the equipment into network and carry out remote control, or even simultaneously to multiple devices simultaneously
Carry out remote control.
Device remote control system is generally directed to three important component parts, i.e., controlled device, remote server with
And subscription client.Wherein, controlled device is usually connected by things-internet gateway with server.The specific method one of remote control
As to be subscription client be sent to remote server control data or instruction, then remote server through safety certification after,
Control instruction is forwarded to things-internet gateway.
But in existing system architecture, Remote Device Control is carried out using remote server, is required for long-range
Develop special remote control module on server, equipment controlled according to specific business and function, so without
The doubtful function that can lead to remote server complicates, and extension difficulty increases, and makes it difficult to be applied to general Internet of Things or industry
In internet platform.In addition, this Remote Device Control carried out using remote server, primary request can only control simultaneously
One equipment.Need a request while the case where control multiple devices for certain, as when control in some region
All devices, as soon as when controlling all devices on a production line simultaneously, it will appear that operating procedure is complicated, can not even grasp
The case where making.
In conclusion remote equipment can be carried out conveniently by Internet of Things or industry internet by how designing one kind
The apparatus control system and control method of control just become this field to meet while control the use needs of multiple devices
Interior technical staff's urgent problem to be solved.
Invention content
In view of the prior art, there are drawbacks described above, and the purpose of the present invention is to propose to a kind of Internet of Things Remote Device Control systems
And control method.
The purpose of the present invention will be achieved by the following technical programs：
A kind of Internet of Things Remote Device Control system, including：
Client unit checks the operation data of controlled device for controlling, dispatch controlled device, as needed to one or
More controlled devices issue control instruction；
Cloud platform unit receives the control from client unit and refers to for being managed to the operation of other units in system
It enables, and control instruction is issued；
Things-internet gateway unit, for receiving the control instruction from cloud platform unit and be decoded to control instruction, then will
Decoded control instruction is issued by data channel；
Controlled device unit, for receiving the control instruction from things-internet gateway unit and completing corresponding action；
The cloud platform unit includes,
Database module, for carrying out storage and duplicated record to the data information in system,
Management module for being controlled database module and being managed, and completes being associated with for controlled device and client unit,
Cloud platform login authentication module, for carrying out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
Message center module is found opposite for being received to the control instruction from client unit according to control instruction
The things-internet gateway unit answered, and complete control instruction and issue.
Preferably, the client unit includes：
Client login authentication module is connected with cloud platform login authentication module, is logged in for the user to client unit
Certification is managed；
Client device control module is connected with message center module, for controlling controlled device, to controlled device
Operation data checked, managed and issued control instruction.
Preferably, the client unit is the combination of any in App clients or Web client or two kinds.
Preferably, the management module includes：
Data base administration submodule, for being controlled database module and being managed；
System relationship submodule, for completing being associated with for controlled device and client unit.
Preferably, the cloud platform login authentication module includes：
Gateway logs in submodule, the login authentication for controlling and managing things-internet gateway unit；
Client logs in submodule, for controlling and the login authentication of managing customer end unit.
Preferably, the message center module includes：
Message management submodule, for being managed, distributing to control instruction；
System connects submodule, the connection for completing cloud platform unit and things-internet gateway unit and client unit；
Command reception submodule, for receiving the message subscribing request from things-internet gateway unit；
Instruction issues submodule, for receiving the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
Preferably, the things-internet gateway unit includes：
Things-internet gateway login authentication module is connected with cloud platform login authentication module, for things-internet gateway unit
User log-in authentication is managed,
Things-internet gateway device control module is connected with message center module, for controlling controlled device, and issues
Control instruction.
Preferably, the data channel is Modbus, RS232, Zigbee or bluetooth.
Preferably, the controlled device unit is connected with the things-internet gateway device control module, and described be controlled sets
Standby unit includes more equipment under tests, and PLC controller or control logic module are provided in the equipment under test.
A kind of Internet of Things Remote Device Control method, includes the following steps：
S1, client step, control, scheduling controlled device, check the operation data of controlled device, as needed to one or more
Platform controlled device issues control instruction；
S2, cloud platform step, are managed the operation of other units in system, receive the control from client unit and refer to
It enables, and control instruction is issued；
S3, things-internet gateway step receive the control instruction from cloud platform unit and are decoded to control instruction, then will solution
Control instruction after code is issued by data channel；
S4, controlled device step receive the control instruction from things-internet gateway unit and complete corresponding action；
The cloud platform step includes,
S21, database steps carry out storage and duplicated record to the data information in system,
S22, management process, control database module and are managed, and complete being associated with for controlled device and client unit,
S23, cloud platform login authentication step carry out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
S24, message center step, receive the control instruction from client unit, are found according to control instruction opposite
The things-internet gateway unit answered, and complete control instruction and issue.
Preferably, the client step includes：
Client login authentication module is connected by S11, client login authentication module with cloud platform login authentication module, right
The user log-in authentication of client unit is managed；
Client device control module is connected by S12, client device control module with message center module, is set to controlled
It is standby to be controlled, the operation data of controlled device is checked, is managed and is issued control instruction.
Preferably, the client step includes：Be arranged client unit, the client unit be App clients or
Any in Web client or two kinds of combination.
Preferably, the management process includes：
S221, data base administration sub-step, control database module and are managed；
S222, system relationship submodule, completion controlled device are associated with client unit.
Preferably, the cloud platform login authentication step includes：
S231, gateway log in sub-step, the login authentication of control and management things-internet gateway unit；
S232, client log in sub-step, the login authentication of control and managing customer end unit.
Preferably, the message center step includes：
S241, message management sub-step, are managed control instruction, distribute；
S242, system connect sub-step, complete the connection of cloud platform unit and things-internet gateway unit and client unit；
S243, command reception sub-step receive the message subscribing request from things-internet gateway unit；
244, instruction issues sub-step, receives the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
Preferably, the things-internet gateway step includes：
S31, things-internet gateway login authentication step, by things-internet gateway login authentication module and cloud platform login authentication module phase
Connection, is managed the user log-in authentication of things-internet gateway unit,
Things-internet gateway device control module is connected by S32, things-internet gateway equipment rate-determining steps with message center module,
Controlled device is controlled, and issues control instruction.
Preferably, the data channel is Modbus, RS232, Zigbee or bluetooth.
Preferably, the controlled device step includes：Controlled device unit is set, and by the controlled device unit and institute
It states things-internet gateway device control module to be connected, the controlled device unit includes more equipment under tests, the equipment under test
Inside it is provided with PLC controller or control logic module.
Compared in the prior art, protrusion effect of the invention is as follows：
The present invention utilizes message queue frame and the producer/Consumer model, and the communication modes of equipment remote control is made to become
More simple, standard improves the standardization degree during equipment use.Meanwhile in the inventive solutions, it controls
Instruction is all transparent for cloud platform unit and things-internet gateway unit so that the present invention has to the greatest extent flexibly
Property and autgmentability, can access manavelins and complete every control of equipment, have a extensive future.In addition, the present invention can be non-
It often conveniently realizes single device control and the mass-sending of equipment controls, do not meet needs only effectively while controlling multiple devices
Use demand, and increase development amount without additional, using effect is notable.
In conclusion using effect of the present invention is excellent, there is very high use and promotional value.
Just attached drawing in conjunction with the embodiments below, the embodiment of the present invention is described in further detail, so that of the invention
Technical solution is more readily understood, grasps.
Description of the drawings
Fig. 1 is the topological relation figure of the present invention.
Specific implementation mode
As shown, present invention is disclosed a kind of Internet of Things Remote Device Control system and control methods.
A kind of Internet of Things Remote Device Control system, including：
Client unit checks the operation data of controlled device for controlling, dispatch controlled device, as needed to one or
More controlled devices issue control instruction.
Cloud platform unit receives the control from client unit for being managed to the operation of other units in system
System instruction, and control instruction is issued；
Things-internet gateway unit, for receiving the control instruction from cloud platform unit and be decoded to control instruction, then will
Decoded control instruction is issued by data channel；
Controlled device unit, for receiving the control instruction from things-internet gateway unit and completing corresponding action；
Wherein, the cloud platform unit can be Internet of Things or industry internet cloud platform, be one kind can to Internet of Things or
The long-range cloud platform that equipment, user and data in person's industry internet are managed, also contains open the Internet port
Internet of things system is disposed in privatization.Including at least having database module, management module, cloud platform login authentication module and message
Four part of center module forms.
Specifically, database module, for carrying out storage and duplicated record to the data information in system,
Management module for being controlled database module and being managed, and completes being associated with for controlled device and client unit,
Cloud platform login authentication module, for carrying out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
Message center module is found opposite for being received to the control instruction from client unit according to control instruction
The things-internet gateway unit answered, and complete control instruction and issue.
The client unit can operate in the client software of PC and intelligent hand-held terminal, and the ends PC are usually with Web
The form of client realizes that user realizes that the management of all devices or data are checked by client, can select as needed
Control single device or the multiple devices of some pocket transmission news theme.It includes mainly：
Client login authentication module is connected with cloud platform login authentication module, is logged in for the user to client unit
Certification is managed；
Client device control module is connected with message center module, for controlling controlled device, to controlled device
Operation data checked, managed and issued control instruction.
In the present embodiment, the client unit is any in App clients or Web client or two kinds
Combination.
The management module includes：
Data base administration submodule, for being controlled database module and being managed；
System relationship submodule, for completing being associated with for controlled device and client unit.
The cloud platform login authentication module includes：
Gateway logs in submodule, the login authentication for controlling and managing things-internet gateway unit；
Client logs in submodule, for controlling and the login authentication of managing customer end unit.
The message center module includes：
Message management submodule, for being managed, distributing to control instruction；
System connects submodule, the connection for completing cloud platform unit and things-internet gateway unit and client unit；
Command reception submodule, for receiving the message subscribing request from things-internet gateway unit；
Instruction issues submodule, for receiving the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
The things-internet gateway unit is used to connect controlled device and cloud platform unit, what reception was pushed from cloud platform unit
Control instruction is sent to control instruction by data channel after being decoded to message and is connected to controlled device.For safety,
Operation has things-internet gateway login authentication module on things-internet gateway unit, needs to log on to cloud platform unit, in cloud platform list
Connection message center module and control instruction could be subscribed to after first certification success, if necessary to realize that it is more that a request controls simultaneously
Platform equipment then needs the message subject for subscribing to equipment unique mark simultaneously and pocket transmission news theme.It includes mainly：
Things-internet gateway login authentication module is connected with cloud platform login authentication module, for things-internet gateway unit
User log-in authentication is managed,
Things-internet gateway device control module is connected with message center module, for controlling controlled device, and issues
Control instruction.
The data channel includes but not limited to Modbus, RS232, Zigbee or bluetooth.
The controlled device unit is connected with the things-internet gateway device control module, the controlled device unit packet
More equipment under tests are included, PLC controller or control logic module are provided in the equipment under test.
Below in conjunction with the concrete processing procedure of the present invention, the technical solution further illustrated the present invention.
1, cloud platform unit is initialized, and includes the initialization to message center module；
2, things-internet gateway unit connects cloud platform unit and carries out login authentication by security mechanism；
3, things-internet gateway unit connection message center module；
4, things-internet gateway unit subscribes to the message that controlled device unique mark is the theme, if equipment supports pocket transmission news, then
The pocket transmission news theme that this equipment is supported is subscribed to one by one；
5, client unit connects cloud platform unit and carries out login authentication by security mechanism；
6, client unit connection message center module；
7, user carries out remote control by client unit interface to controlled device；
8, client unit generates control instruction, if what is controlled is specified single device, instructs with equipment unique mark
It is the theme, if it is desired to one batch facility of control, such as the equipment of the same area or production line, then instruction is the theme for device cluster；
9, client unit sends instructions to cloud platform unit；
10, after cloud platform unit receives the control instruction of client unit, request user, controlled device and instruction are tested
Card discards message if verification does not pass through, and if the verification passes, instruction is pushed to all subscription according to instruction theme
The things-internet gateway unit of the theme；
11, things-internet gateway unit is decoded after receiving instruction；
12, control instruction is sent to controlled device and is controlled by things-internet gateway unit.
Present invention further teaches a kind of Internet of Things Remote Device Control methods, include the following steps：
S1, client step, control, scheduling controlled device, check the operation data of controlled device, as needed to one or more
Platform controlled device issues control instruction；
S2, cloud platform step, are managed the operation of other units in system, receive the control from client unit and refer to
It enables, and control instruction is issued；
S3, things-internet gateway step receive the control instruction from cloud platform unit and are decoded to control instruction, then will solution
Control instruction after code is issued by data channel；
S4, controlled device step receive the control instruction from things-internet gateway unit and complete corresponding action；
The cloud platform step includes,
S21, database steps carry out storage and duplicated record to the data information in system,
S22, management process, control database module and are managed, and complete being associated with for controlled device and client unit,
S23, cloud platform login authentication step carry out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
S24, message center step, receive the control instruction from client unit, are found according to control instruction opposite
The things-internet gateway unit answered, and complete control instruction and issue.
The client step includes：
Client login authentication module is connected by S11, client login authentication module with cloud platform login authentication module, right
The user log-in authentication of client unit is managed；
Client device control module is connected by S12, client device control module with message center module, is set to controlled
It is standby to be controlled, the operation data of controlled device is checked, is managed and is issued control instruction.
The client step includes：Client unit is set, and the client unit is App clients or web client
Any in end or two kinds of combination.
The management process includes：
S221, data base administration sub-step, control database module and are managed；
S222, system relationship submodule, completion controlled device are associated with client unit.
The cloud platform login authentication step includes：
S231, gateway log in sub-step, the login authentication of control and management things-internet gateway unit；
S232, client log in sub-step, the login authentication of control and managing customer end unit.
The message center step includes：
S241, message management sub-step, are managed control instruction, distribute；
S242, system connect sub-step, complete the connection of cloud platform unit and things-internet gateway unit and client unit；
S243, command reception sub-step receive the message subscribing request from things-internet gateway unit；
244, instruction issues sub-step, receives the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
The things-internet gateway step includes：
S31, things-internet gateway login authentication step, by things-internet gateway login authentication module and cloud platform login authentication module phase
Connection, is managed the user log-in authentication of things-internet gateway unit,
Things-internet gateway device control module is connected by S32, things-internet gateway equipment rate-determining steps with message center module,
Controlled device is controlled, and issues control instruction.
The data channel includes but not limited to Modbus, RS232, Zigbee or bluetooth.
The controlled device step includes：Controlled device unit is set, and by the controlled device unit and the Internet of Things
Net gateway device control module is connected, and the controlled device unit includes more equipment under tests, is arranged in the equipment under test
There are PLC controller or control logic module.
Compared with prior art, technical advantage of the invention is mainly reflected in the following aspects：
1, the present invention realizes the remote control to equipment in Internet of Things or industry internet using message queue, and it is convenient to improve
Property, at the same the message queue used in the present invention can be oneself exploitation asynchronous message queue or Kafka, RabbitMQ,
The existing messages queue such as RocketMQ, improves applicability；
2, the things-internet gateway unit in the present invention and all necessary mechanism safe to use of client unit carry out login authentication, prevent
The access of disabled user and illegality equipment, ensure that safety；
3, the generation of control instruction is completed in client unit, and cloud platform unit does not carry out any modification processing, Internet of Things to instruction
Net gateway unit is also only to be issued after being decoded to instruction, does not do any explanation or translation, control instruction is to cloud platform list
Member and things-internet gateway unit for be all it is transparent so that cloud platform unit, that is, things-internet gateway unit be provided with it is non-
Often good flexibility and scalability can access various types of equipment and carry out various remote control, further improve
Compatibility；
4, the present invention can realize the control of single device using equipment unique mark, such as device id as message subject, can also
It is the theme with equipment region, type, instruction type etc., realizes the mass-sending of control instruction, this is existing remote control scheme institute
It is difficult to realize.
In conclusion the present invention utilizes message queue frame and the producer/Consumer model, make equipment remote control
Communication modes become more simple, standard, improve the standardization degree during equipment use.Meanwhile in the skill of the present invention
In art scheme, control instruction is all transparent for cloud platform unit and things-internet gateway unit so that the present invention has
Maximum flexibility and scalability can access manavelins and complete every control of equipment, has a extensive future.This
Outside, the present invention can easily realize that single device control and the mass-sending of equipment control, and not meet needs only effectively
The use demand of multiple devices is controlled simultaneously, and increases development amount without additional, and using effect is notable.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit and essential characteristics of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention, and should not be considered as the note of any attached drawing table in claim and be limited the claims involved.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (18)
1. a kind of Internet of Things Remote Device Control system, which is characterized in that including：
Client unit checks the operation data of controlled device for controlling, dispatch controlled device, as needed to one or
More controlled devices issue control instruction；
Cloud platform unit receives the control from client unit and refers to for being managed to the operation of other units in system
It enables, and control instruction is issued；
Things-internet gateway unit, for receiving the control instruction from cloud platform unit and be decoded to control instruction, then will
Decoded control instruction is issued by data channel；
Controlled device unit, for receiving the control instruction from things-internet gateway unit and completing corresponding action；
The cloud platform unit includes,
Database module, for carrying out storage and duplicated record to the data information in system,
Management module for being controlled database module and being managed, and completes being associated with for controlled device and client unit,
Cloud platform login authentication module, for carrying out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
Message center module is found opposite for being received to the control instruction from client unit according to control instruction
The things-internet gateway unit answered, and complete control instruction and issue.
2. Internet of Things Remote Device Control system according to claim 1, which is characterized in that the client unit packet
It includes：
Client login authentication module is connected with cloud platform login authentication module, is logged in for the user to client unit
Certification is managed；
Client device control module is connected with message center module, for controlling controlled device, to controlled device
Operation data checked, managed and issued control instruction.
3. Internet of Things Remote Device Control system according to claim 1, it is characterised in that：The client unit is
Any in App clients or Web client or two kinds of combination.
4. Internet of Things Remote Device Control system according to claim 1, which is characterized in that the management module includes：
Data base administration submodule, for being controlled database module and being managed；
System relationship submodule, for completing being associated with for controlled device and client unit.
5. Internet of Things Remote Device Control system according to claim 1, which is characterized in that the cloud platform login authentication
Module includes：
Gateway logs in submodule, the login authentication for controlling and managing things-internet gateway unit；
Client logs in submodule, for controlling and the login authentication of managing customer end unit.
6. Internet of Things Remote Device Control system according to claim 1, which is characterized in that the message center module packet
It includes：
Message management submodule, for being managed, distributing to control instruction；
System connects submodule, the connection for completing cloud platform unit and things-internet gateway unit and client unit；
Command reception submodule, for receiving the message subscribing request from things-internet gateway unit；
Instruction issues submodule, for receiving the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
7. Internet of Things Remote Device Control system according to claim 1, which is characterized in that the things-internet gateway unit
Including：
Things-internet gateway login authentication module is connected with cloud platform login authentication module, for things-internet gateway unit
User log-in authentication is managed,
Things-internet gateway device control module is connected with message center module, for controlling controlled device, and issues
Control instruction.
8. Internet of Things Remote Device Control system according to claim 1, it is characterised in that：The data channel is
Modbus, RS232, Zigbee or bluetooth.
9. Internet of Things Remote Device Control system according to claim 6, it is characterised in that：The controlled device unit with
The things-internet gateway device control module is connected, and the controlled device unit includes more equipment under tests, and described be tested sets
It is provided with PLC controller or control logic module in standby.
10. a kind of Internet of Things Remote Device Control method, which is characterized in that include the following steps：
S1, client step, control, scheduling controlled device, check the operation data of controlled device, as needed to one or more
Platform controlled device issues control instruction；
S2, cloud platform step, are managed the operation of other units in system, receive the control from client unit and refer to
It enables, and control instruction is issued；
S3, things-internet gateway step receive the control instruction from cloud platform unit and are decoded to control instruction, then will solution
Control instruction after code is issued by data channel；
S4, controlled device step receive the control instruction from things-internet gateway unit and complete corresponding action；
The cloud platform step includes,
S21, database steps carry out storage and duplicated record to the data information in system,
S22, management process, control database module and are managed, and complete being associated with for controlled device and client unit,
S23, cloud platform login authentication step carry out control pipe to the login authentication of things-internet gateway unit and client unit
Reason,
S24, message center step, receive the control instruction from client unit, are found according to control instruction opposite
The things-internet gateway unit answered, and complete control instruction and issue.
11. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the client step packet
It includes：
Client login authentication module is connected by S11, client login authentication module with cloud platform login authentication module, right
The user log-in authentication of client unit is managed；
Client device control module is connected by S12, client device control module with message center module, is set to controlled
It is standby to be controlled, the operation data of controlled device is checked, is managed and is issued control instruction.
12. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the client step packet
It includes：Client unit is set, and the client unit is the group of any in App clients or Web client or two kinds
It closes.
13. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the management process packet
It includes：
S221, data base administration sub-step, control database module and are managed；
S222, system relationship submodule, completion controlled device are associated with client unit.
14. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the cloud platform login is recognized
Demonstrate,proving step includes：
S231, gateway log in sub-step, the login authentication of control and management things-internet gateway unit；
S232, client log in sub-step, the login authentication of control and managing customer end unit.
15. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the message center step
Including：
S241, message management sub-step, are managed control instruction, distribute；
S242, system connect sub-step, complete the connection of cloud platform unit and things-internet gateway unit and client unit；
S243, command reception sub-step receive the message subscribing request from things-internet gateway unit；
244, instruction issues sub-step, receives the control instruction from client unit, is found according to control instruction corresponding
Things-internet gateway unit, and complete control instruction and issue.
16. Internet of Things Remote Device Control method according to claim 10, which is characterized in that the things-internet gateway step
Suddenly include：
S31, things-internet gateway login authentication step, by things-internet gateway login authentication module and cloud platform login authentication module phase
Connection, is managed the user log-in authentication of things-internet gateway unit,
Things-internet gateway device control module is connected by S32, things-internet gateway equipment rate-determining steps with message center module,
Controlled device is controlled, and issues control instruction.
17. Internet of Things Remote Device Control method according to claim 10, it is characterised in that：The data channel is
Modbus, RS232, Zigbee or bluetooth.
18. Internet of Things Remote Device Control method according to claim 16, which is characterized in that the controlled device step
Including：Controlled device unit is set, and the controlled device unit is connected with the things-internet gateway device control module,
The controlled device unit includes more equipment under tests, and PLC controller or control logic module are provided in the equipment under test.
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