CN107770246A - A kind of Internet of Things control method and device based on bluetooth and power line carrier - Google Patents
A kind of Internet of Things control method and device based on bluetooth and power line carrier Download PDFInfo
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- CN107770246A CN107770246A CN201710831572.8A CN201710831572A CN107770246A CN 107770246 A CN107770246 A CN 107770246A CN 201710831572 A CN201710831572 A CN 201710831572A CN 107770246 A CN107770246 A CN 107770246A
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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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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C19/00—Electric signal transmission systems
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B3/00—Line transmission systems
- H04B3/54—Systems for transmission via power distribution lines
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W84/00—Network topologies
- H04W84/18—Self-organising networks, e.g. ad-hoc networks or sensor networks
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Abstract
The present invention is applied to Internet of Things control field, provide a kind of Internet of Things control method and device based on bluetooth and power line carrier, Mesh network is formed by the equipment utilization bluetooth ad hoc network in Internet of Things, and utilize power line carrier networking technology composition power line carrier network, when one or more equipment in the Internet of Things receive the control signal of user, target device pointed by the control signal can be controlled using the Mesh network and/or power line carrier network according to the control signal.Due to utilizing Mesh network and power line carrier network simultaneously, when the problem of signal transmission is not smooth occurs in a network, it can be controlled using another network transmission control signal, improve the stability and reliability of control, and because the terminals such as current most mobile phones, computer, tablet personal computer all have Bluetooth function, user can very easily access Mesh network and be controlled, without purchasing access terminal in addition, so as to expand application.
Description
Technical field
The invention belongs to Internet of Things control field, more particularly to a kind of controlled based on the Internet of Things of bluetooth and power line carrier
Method and device.
Background technology
With the fast development of technology of Internet of things, technology of Internet of things is in industrial monitoring, equipment control, smart home etc.
Gradually possess and be widely applied.Multiple equipment is connected with each other by the communication technology, enables to be in communication with each other and forms one
Information network, so as to which user can control the equipment in Internet of Things using this information network, compared to traditional controlling party
Formula is more convenient, is easy to be managed collectively.
Current Internet of Things network control method mainly realized using technologies such as zigbee, wifi, RF433, power line carriers,
But merely using the wireless technology such as zigbee, wifi, easily because the problems such as wireless signal is bad, signal interference causes control to be lost
Spirit, it is also possible to because equipment causes signal not cover away from too far away.And if use power line carrier technology merely, due to electricity
Power carrier signal can only typically be transmitted in single-phase electricity line, when equipment is on out of phase power line, it is also possible to go out
The situation of existing equipment control failure, causes its application to be limited.Therefore, there is stability for existing Internet of Things network control method
Relatively low, the problem of reliability is poor, application is narrower.
The content of the invention
The present invention provides a kind of Internet of Things network control method based on bluetooth and power line carrier, it is intended to solves existing Internet of Things
There is the problem of stability is relatively low, reliability is poor, application is narrower for network control method.
The present invention is achieved in that a kind of Internet of Things network control method based on bluetooth and power line carrier, methods described
Comprise the following steps：
Multiple equipment in Internet of Things forms Mesh network by bluetooth MANET；
Multiple equipment in the Internet of Things forms power line carrier network by power line carrier networking；
Receive the control signal of user；
The Internet of Things is controlled by the Mesh network and/or the power line carrier network according to the control signal
Interior equipment.
The present invention also provides a kind of Internet of Things control device based on bluetooth and power line carrier, and multiple in Internet of Things set
Standby to be provided with described device, described device includes：
Bluetooth module, Mesh network is formed by bluetooth MANET for the multiple equipment in the Internet of Things；
Power line carrier module, power line is formed by power line carrier networking for the multiple equipment in the Internet of Things
Carrier network；
The bluetooth module and the power line carrier module are additionally operable to receive the control signal of user；
Control module, for passing through the Mesh network and/or the power line carrier network according to the control signal
Control the equipment in the Internet of Things.
A kind of Internet of Things control method and device based on bluetooth and power line carrier provided by the invention, pass through Internet of Things
Interior equipment utilization bluetooth ad hoc network composition Mesh network, and utilize power line carrier networking technology composition power line carrier
Network, when any one or more in the Internet of Things receive the control signal of user, it can be utilized according to the control signal
The Mesh network and/or power line carrier network control the target device pointed by the control signal.Due to utilizing simultaneously
Mesh network and power line carrier network, the problem of not smooth is transmitted when signal occurs in a network, can also also utilize another net
Network transmission of control signals is controlled, and improves the stability and reliability of control, also, due to current most mobile phones,
The terminals such as computer, tablet personal computer all have Bluetooth function, and user can very easily access Mesh network and be controlled, and nothing
Access terminal need to be purchased in addition, so as to have also been enlarged application.
Brief description of the drawings
Fig. 1 is a kind of implementation of Internet of Things network control method based on bluetooth and power line carrier provided in an embodiment of the present invention
Environment map；
Fig. 2 is a kind of flow of Internet of Things network control method based on bluetooth and power line carrier provided in an embodiment of the present invention
Schematic diagram；
Fig. 3 is a kind of step S204 provided in an embodiment of the present invention idiographic flow schematic diagram；
Fig. 4 is a kind of structure of Internet of Things control device based on bluetooth and power line carrier provided in an embodiment of the present invention
Schematic diagram.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
A kind of Internet of Things network control method based on bluetooth and power line carrier provided by the invention, passes through setting in Internet of Things
It is standby to form Mesh network using bluetooth ad hoc network, and power line carrier network is formed using power line carrier networking technology,
When any one or more in the Internet of Things receive the control signal of user, this can be utilized according to the control signal
Mesh network and/or power line carrier network control the target device pointed by the control signal.Due to utilizing Mesh simultaneously
Network and power line carrier network, the problem of not smooth is transmitted when signal occurs in a network, can also also utilize another network to pass
Defeated control signal is controlled, and improves the stability and reliability of control, also, due to current most mobile phones, computer,
The terminals such as tablet personal computer all have Bluetooth function, and user can very easily access Mesh network and be controlled, without another
Access terminal is purchased outside, so as to have also been enlarged application.
Fig. 1 shows that a kind of one kind of Internet of Things network control method based on bluetooth and power line carrier provided by the invention is real
Environment is applied, for purposes of illustration only, only showing the content related to the embodiment of the present invention in figure, details are as follows：
11st, 12,13,14,15 and 16 be the equipment in Internet of Things, and a solid line in figure represents wherein the one of three-phase electricity
Phase, the equipment in same phase can carry out information transfer by power line carrier, and the dotted line in figure represents bluetooth be present between equipment
Connection, can directly carry out Bluetooth communication.
Equipment 11, equipment 12 and equipment 13 can enter row information by power line carrier between each other in the A phases of three-phase electricity
Transmission；Equipment 14, equipment 15 and equipment 16 can enter row information biography by power line carrier between each other in the B phases of three-phase electricity
It is defeated.
Between equipment 11 and equipment 12, between equipment 12 and equipment 15, between equipment 15 and equipment 14, equipment 14 and equipment
Bluetooth connection between 11 be present, can directly carry out Bluetooth communication,
It should be noted that this implementation environment is only a kind of implementation environment of this Internet of Things network control method, in practice
In, implementation environment can have it is varied, this implementation environment only for ease of illustration technical scheme and propose, not to
The limitation present invention.
Fig. 2 shows a kind of Internet of Things network control method based on bluetooth and power line carrier provided in an embodiment of the present invention
Step schematic diagram, details are as follows：
Step S201, the multiple equipment in Internet of Things pass through bluetooth MANET and form Mesh network.
In embodiments of the present invention, equipment 11, equipment 12, equipment 14 and equipment 15 form one by bluetooth ad hoc network
Individual Mesh network, the equipment in Mesh network can utilize the Mesh network to carry out information transfer.Equipment 11 is in equipment 14
In same bluetooth mesh networks, but Bluetooth communication is directly carried out, although can not directly carry out indigo plant between equipment 11 and equipment 15
Tooth communicates, but can carry out information transfer with equipment 12 or equipment 14 for relaying by Mesh network.
Step S202, the multiple equipment in the Internet of Things pass through power line carrier networking and form power line carrier network.
In embodiments of the present invention, equipment 11, equipment 12 and equipment 13 can pass through between each other in the A phases of three-phase electricity
Power line carrier carries out information transfer, and three forms a power line carrier network by power line carrier networking technology.
Equipment 14, equipment 15 and equipment 16 can enter row information by power line carrier between each other in the B phases of three-phase electricity
Transmission, three form another power line carrier network by power line carrier networking technology.
Step S203, receive the control signal of user.
In embodiments of the present invention, user can be controlled by modes of operation such as APP, guidance panel, control buttons,
The control signal can be transmitted by communication modes such as Bluetooth communication, power line carrier communication, wire communications, be somebody's turn to do with receiving
Control signal.
Step S204, controlled according to the control signal by the Mesh network and/or the power line carrier network
Equipment in the Internet of Things.
In embodiments of the present invention, after the control signal for receiving user, according to the control signal, by Mesh network and
One or both of power line carrier network, control signal is transmitted to the target device pointed by the control signal, by mesh
Marking device performs the control signal.Or equipment can also be sent according to the control signal after the control signal of user is received
Action command, by one or both of Mesh network and power line carrier network, device action instruction is transmitted to control
Target device pointed by signal, the control signal is performed by target device.
In embodiments of the present invention, it is preferred that step S203 is specifically included：At least one equipment in Internet of Things passes through indigo plant
The mode of tooth communication or power line carrier communication receives the control signal of user.
Equipment 11, equipment 12, equipment 14 and equipment 15 in Internet of Things constitute bluetooth Mesh network, and user can use hand
One or more of the terminals and these equipment such as mechanical, electrical brain, tablet personal computer carry out bluetooth connection, to access bluetooth Mesh nets
Network, and control signal is sent, then, the equipment being connected with the terminal Bluetooth of user just can receive use by way of Bluetooth communication
The control signal at family.Because the terminals such as current most of mobile phone, computer, tablet personal computer all have Bluetooth function, thus it is logical
The transmission path of control signal need not can in addition be arranged by crossing Bluetooth communication transmission of control signals so that the application of this control method
It is more convenient to get up, and cost is lower.
Similarly, because the equipment in Internet of Things constitutes power line carrier network, one or more equipment in Internet of Things
Control signal is received by power line carrier communication, can reduce this without the transmission path of arrangement control signal in addition
The application cost of control method.
As shown in figure 3, in embodiments of the present invention, it is preferred that step S204 is specifically included：
Step S301, if the equipment for receiving the control signal is target device, the equipment for receiving the control signal
Perform the control signal.
Step S302, if the equipment for receiving the control signal is not target device, by the Mesh network and/or
The power line carrier network transmits the control signal to the target device.
Step S303, the target device is controlled to perform the control signal.
It is illustrated below：
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that equipment 11 is connected with the terminal Bluetooth of user, and passes through Bluetooth communication
Mode directly have received the control signal for carrying out user terminal, if the target device pointed by the control signal is equipment 11,
Then equipment 11 performs the control signal；If the target device pointed by the control signal is not equipment 11 but equipment 12, set
Standby 11 are transmitted control signal to equipment 12 by Mesh network or power line carrier network, and then equipment 12, which performs, controls letter
Number；If target device is equipment 16, equipment 11 can be transmitted control signal to equipment 15 by Mesh network, then equipment 15
Control signal is transmitted to equipment 16 by power line carrier network, then equipment 16 performs the control signal.
In embodiments of the present invention, user is except can be by Mesh network and power line carrier network into Internet of Things
Equipment sends control signal, equipment is controlled outside, can also be obtained by Mesh network and power line carrier network slave unit
Related data can be uploaded, transmitted by Mesh network and power line carrier network to the end of user by access evidence, equipment
End.It is temperature in equipment such as in the case where equipment is lamp, user can obtain lamp brightness, on off state and abnormality etc.
In the case of spending sensor, user can obtain the temperature data that temperature sensor is got.
In a kind of preferred scheme of the embodiment of the present invention, step S302 is specifically included：
If the equipment for receiving the control signal is not target device, receives the equipment of the control signal while pass through
The Mesh network and the power line carrier network send the control signal to the target device.
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that the target device pointed by control signal is equipment 16, equipment 11 with
The terminal Bluetooth connection of user, and the control signal is directly have received by way of Bluetooth communication.Because control signal is signified
To target device be not equipment 11, then other equipment (equipment 12, equipment 14 and equipment 15) of the equipment 11 into Mesh network
The control signal is sent, while other differences (equipment 12 and equipment 13) into power line carrier network send control letter
Number, after the control signal is received, these equipment, which become, " receives the control for equipment 12, equipment 13, equipment 14 and equipment 15
The equipment of signal ", because these equipment are not target devices, therefore these equipment continue to pass through Mesh network and power line simultaneously
Carrier network sends the control signal to other equipment, until the slave unit 15 of equipment 16 receives the control signal and performed.
In embodiments of the present invention, receiving the equipment of control signal need to only know whether oneself is target device, and nothing
It need to know which specific equipment is target device, without Bluetooth signal or whether unimpeded in power line carrier signal is considered, only
The control signal of user, the performance objective when oneself is target device need to be transmitted to other equipment when oneself is not target device
Equipment, therefore in practice, implement more simple.
In another preferred scheme of the embodiment of the present invention, step S302 is specifically included：
If the equipment for receiving the control signal is not target device, receive the control signal equipment pass through it is described
One in Mesh network or the power line carrier network sends the control signal to the target device, if when default
The interior feedback signal for not receiving the target device, then by another in the Mesh network or the power line carrier network
One sends the control signal to the target device.
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that the target device pointed by control signal is equipment 16, equipment 11 with
The terminal Bluetooth connection of user, and the control signal is directly have received by way of Bluetooth communication.Because control signal is signified
To target device be not equipment 11, then first other equipment (equipment 12, equipment 14 and the equipment into Mesh network of equipment 11
15) control signal is sent, equipment 12, equipment 14 and equipment 15 turn into upon receiving the control signal " receives the control signal
Equipment ", because these equipment are not target devices, so these equipment continue other equipment into Mesh network and send control
Signal processed, because equipment 16 is not in Mesh network, therefore equipment 16 can not receive control signal by Mesh network, from
And it will not also send the feedback signal for receiving control signal.When being not received by feedback signal in preset time,
The equipment of the control signal be have received again by power line carrier network transmission of control signals, so that equipment 16 passes through electric power
Line carrier network have received control signal, and then equipment 16 performs the control signal, realizes the control to echo signal.
In embodiments of the present invention, signal is controlled by one in Mesh network and power line carrier network first
Transmission, when not receiving the feedback signal of target device in preset time, then be controlled by another biography of signal
It is defeated, information transfer channel can be so saved, reduces communication burden.
A kind of Internet of Things network control method based on bluetooth and power line carrier provided by the invention, passes through setting in Internet of Things
It is standby to form Mesh network using bluetooth ad hoc network, and power line carrier network is formed using power line carrier networking technology,
When any one or more in the Internet of Things receive the control signal of user, this can be utilized according to the control signal
Mesh network and/or power line carrier network control the target device pointed by the control signal.Due to utilizing Mesh simultaneously
Network and power line carrier network, the problem of not smooth is transmitted when signal occurs in a network, can also also utilize another network to pass
Defeated control signal is controlled, and improves the stability and reliability of control, also, due to current most mobile phones, computer,
The terminals such as tablet personal computer all have Bluetooth function, and user can very easily access Mesh network and be controlled, without another
Access terminal is purchased outside, so as to have also been enlarged application.
Fig. 4 shows a kind of Internet of Things control device based on bluetooth and power line carrier provided in an embodiment of the present invention
20, the multiple equipment in Internet of Things is provided with the device 20, and the device 20 includes bluetooth module 21, the and of power line carrier module 22
Control module 23.
Wherein, the multiple equipment that bluetooth module 21 is used in Internet of Things forms Mesh network by bluetooth MANET；Electric power
The multiple equipment that line carrier module 22 is used in Internet of Things forms power line carrier network by power line carrier networking；Bluetooth mould
Block 21 and power line carrier module 22 are additionally operable to receive the control signal of user；Control module 23 is used to be passed through according to control signal
Mesh network and/or power line carrier network control the equipment in the Internet of Things.
In embodiments of the present invention, equipment 11, equipment 12, equipment 14 and equipment 15 form one by bluetooth ad hoc network
Individual Mesh network, the equipment in Mesh network can utilize the Mesh network to carry out information transfer.Between equipment 11 and equipment 14
Bluetooth connection be present, but Bluetooth communication is directly carried out, although Bluetooth communication can not be directly carried out between equipment 11 and equipment 15, but
It is that information transfer can be carried out for relaying with equipment 12 or equipment 14 by Mesh network.
In embodiments of the present invention, equipment 11, equipment 12 and equipment 13 can pass through between each other in the A phases of three-phase electricity
Power line carrier carries out information transfer, and three forms a power line carrier network by power line carrier networking technology.
Equipment 14, equipment 15 and equipment 16 can enter row information by power line carrier between each other in the B phases of three-phase electricity
Transmission, three form another power line carrier network by power line carrier networking technology.
In embodiments of the present invention, user can be controlled by modes of operation such as APP, guidance panel, control buttons,
The control signal can be transmitted by communication modes such as Bluetooth communication, power line carrier communication, wire communications, be somebody's turn to do with receiving
Control signal.
In embodiments of the present invention, after the control signal for receiving user, according to the control signal, by Mesh network and
One or both of power line carrier network, control signal is transmitted to the target device pointed by the control signal, by mesh
Marking device performs the control signal.Or equipment can also be sent according to the control signal after the control signal of user is received
Action command, by one or both of Mesh network and power line carrier network, device action instruction is transmitted to control
Target device pointed by signal, the control signal is performed by target device.
In embodiments of the present invention, it is preferred that when user's output control signal, at least one equipment in Internet of Things is led to
The mode for crossing Bluetooth communication or power line carrier communication receives the control signal of user.
Equipment 11, equipment 12, equipment 14 and equipment 15 in Internet of Things constitute bluetooth Mesh network, and user can use hand
One or more of the terminals and these equipment such as mechanical, electrical brain, tablet personal computer carry out bluetooth connection, to access bluetooth Mesh nets
Network, and control signal is sent, then, the equipment being connected with the terminal Bluetooth of user just can receive use by way of Bluetooth communication
The control signal at family.Because the terminals such as current most of mobile phone, computer, tablet personal computer all have Bluetooth function, thus it is logical
The transmission path of control signal need not can in addition be arranged by crossing Bluetooth communication transmission of control signals so that the application of this control method
It is more convenient to get up, and cost is lower.
Similarly, because the equipment in Internet of Things constitutes power line carrier network, one or more equipment in Internet of Things
Control signal is received by power line carrier communication, can reduce this without the transmission path of arrangement control signal in addition
The application cost of control method.
In embodiments of the present invention, it is preferred that control module 23 is specifically used for：
If the equipment for receiving the control signal is target device, the equipment for receiving the control signal performs the control
Signal processed.
If the equipment for receiving the control signal is not target device, pass through the Mesh network and/or the electric power
Line carrier network transmits the control signal to the target device.
The target device is controlled to perform the control signal.
It is illustrated below：
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that equipment 11 is connected with the terminal Bluetooth of user, and passes through Bluetooth communication
Mode directly have received the control signal for carrying out user terminal, if the target device pointed by the control signal is equipment 11,
Then equipment 11 performs the control signal；If the target device pointed by the control signal is not equipment 11 but equipment 12, set
Standby 11 are transmitted control signal to equipment 12 by Mesh network or power line carrier network, and then equipment 12, which performs, controls letter
Number；If target device is equipment 16, equipment 11 can be transmitted control signal to equipment 15 by Mesh network, then equipment 15
Control signal is transmitted to equipment 16 by power line carrier network, then equipment 16 performs the control signal.
It is above-mentioned " if the equipment for receiving the control signal is not target in a kind of preferred scheme of the embodiment of the present invention
Equipment, then the control signal to the target is transmitted by the Mesh network and/or the power line carrier network and set
It is standby." specifically include：
If the equipment for receiving the control signal is not target device, receives the equipment of the control signal while pass through
The Mesh network and the power line carrier network send the control signal to the target device.
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that the target device pointed by control signal is equipment 16, equipment 11 with
The terminal Bluetooth connection of user, and the control signal is directly have received by way of Bluetooth communication.Because control signal is signified
To target device be not equipment 11, then other equipment (equipment 12, equipment 14 and equipment 15) of the equipment 11 into Mesh network
The control signal is sent, while other differences (equipment 12 and equipment 13) into power line carrier network send control letter
Number, after the control signal is received, these equipment, which become, " receives the control for equipment 12, equipment 13, equipment 14 and equipment 15
The equipment of signal ", because these equipment are not target devices, therefore these equipment continue to pass through Mesh network and power line simultaneously
Carrier network sends the control signal to other equipment, until the slave unit 15 of equipment 16 receives the control signal and performed.
In embodiments of the present invention, receiving the equipment of control signal need to only know whether oneself is target device, and nothing
It need to know which specific equipment is target device, without Bluetooth signal or whether unimpeded in power line carrier signal is considered, only
The control signal of user, the performance objective when oneself is target device need to be transmitted to other equipment when oneself is not target device
Equipment, therefore in practice, implement more simple.
It is above-mentioned " if the equipment for receiving the control signal is not mesh in another preferred scheme of the embodiment of the present invention
Marking device, then the control signal to the target is transmitted by the Mesh network and/or the power line carrier network and set
It is standby." specifically include：
If the equipment for receiving the control signal is not target device, receive the control signal equipment pass through it is described
One in Mesh network or the power line carrier network sends the control signal to the target device, if when default
The interior feedback signal for not receiving the target device, then by another in the Mesh network or the power line carrier network
One sends the control signal to the target device.
By taking the implementation environment shown in Fig. 1 as an example, it is assumed that the target device pointed by control signal is equipment 16, equipment 11 with
The terminal Bluetooth connection of user, and the control signal is directly have received by way of Bluetooth communication.Because control signal is signified
To target device be not equipment 11, then first other equipment (equipment 12, equipment 14 and the equipment into Mesh network of equipment 11
15) control signal is sent, equipment 12, equipment 14 and equipment 15 turn into upon receiving the control signal " receives the control signal
Equipment ", because these equipment are not target devices, so these equipment continue other equipment into Mesh network and send control
Signal processed, due to not having bluetooth connection between equipment 16 and these equipment, therefore equipment 16 can not be received by Mesh network
Control signal, so as to will not also send the feedback signal for receiving control signal.When being not received by feedback in preset time
During signal, the equipment of the control signal is had received that again by power line carrier network transmission of control signals, so that setting
Standby 16 have received control signal by power line carrier network, and then equipment 16 performs the control signal, realizes to target
The control of signal.
In embodiments of the present invention, signal is controlled by one in Mesh network and power line carrier network first
Transmission, when not receiving the feedback signal of target device in preset time, then be controlled by another biography of signal
It is defeated, information transfer channel can be so saved, reduces communication burden.
A kind of Internet of Things control device based on bluetooth and power line carrier provided by the invention, passes through setting in Internet of Things
It is standby to form Mesh network using bluetooth ad hoc network, and power line carrier network is formed using power line carrier networking technology,
When any one or more in the Internet of Things receive the control signal of user, this can be utilized according to the control signal
Mesh network and/or power line carrier network control the target device pointed by the control signal.Due to utilizing Mesh simultaneously
Network and power line carrier network, the problem of not smooth is transmitted when signal occurs in a network, can also also utilize another network to pass
Defeated control signal is controlled, and improves the stability and reliability of control, also, due to current most mobile phones, computer,
The terminals such as tablet personal computer all have Bluetooth function, and user can very easily access Mesh network and be controlled, without another
Access terminal is purchased outside, so as to have also been enlarged application.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
All any modification, equivalent and improvement made within refreshing and principle etc., should be included in the scope of the protection.
Claims (10)
1. a kind of Internet of Things network control method based on bluetooth and power line carrier, it is characterised in that methods described includes following step
Suddenly：
Multiple equipment in Internet of Things forms Mesh network by bluetooth MANET；
Multiple equipment in the Internet of Things forms power line carrier network by power line carrier networking；
Receive the control signal of user；
Controlled according to the control signal by the Mesh network and/or the power line carrier network in the Internet of Things
Equipment.
2. the Internet of Things network control method based on bluetooth and power line carrier as claimed in claim 1, it is characterised in that described to connect
The step of control signal for receiving user, specifically includes：
At least one equipment in the Internet of Things receives the control of user by way of Bluetooth communication or power line carrier communication
Signal processed.
3. the Internet of Things network control method based on bluetooth and power line carrier as claimed in claim 2, it is characterised in that described
Pass through the equipment in the Mesh network and/or the power line carrier network control Internet of Things according to the control signal
Step specifically includes：
If the equipment for receiving the control signal is target device, the equipment for receiving the control signal performs the control letter
Number；
If the equipment for receiving the control signal is not target device, carried by the Mesh network and/or the power line
Wave network transmits the control signal to the target device；Then
The target device is controlled to perform the control signal.
4. the Internet of Things network control method based on bluetooth and power line carrier as claimed in claim 3, it is characterised in that if described
The equipment for receiving the control signal is not target device, then passes through the Mesh network and/or the power line carrier network
Transmitting the control signal to the step of target device specifically includes：
If the equipment for receiving the control signal is not target device, the equipment of the control signal is received simultaneously by described
Mesh network and the power line carrier network send the control signal to the target device.
5. the Internet of Things network control method based on bluetooth and power line carrier as claimed in claim 3, it is characterised in that if described
The equipment for receiving the control signal is not target device, then passes through the Mesh network and/or the power line carrier network
Transmitting the control signal to the step of target device specifically includes：
If the equipment for receiving the control signal is not target device, the equipment for receiving the control signal passes through the Mesh
One in network or the power line carrier network sends the control signal to the target device, if in preset time
The feedback signal of the target device is not received, then by another in the Mesh network or the power line carrier network
The control signal is sent to the target device.
6. a kind of Internet of Things control device based on bluetooth and power line carrier, the multiple equipment in Internet of Things is provided with the dress
Put, it is characterised in that described device includes：
Bluetooth module, Mesh network is formed by bluetooth MANET for the multiple equipment in the Internet of Things；
Power line carrier module, power line carrier is formed by power line carrier networking for the multiple equipment in the Internet of Things
Network；
The bluetooth module and the power line carrier module are additionally operable to receive the control signal of user；
Control module, for being controlled according to the control signal by the Mesh network and/or the power line carrier network
Equipment in the Internet of Things.
7. the Internet of Things control device based on bluetooth and power line carrier as claimed in claim 6, it is characterised in that the thing
At least one equipment in networking receives the control signal of user by way of Bluetooth communication or power line carrier communication.
8. the Internet of Things control device based on bluetooth and power line carrier as claimed in claim 7, it is characterised in that the control
Molding block is specifically used for：
If the equipment for receiving the control signal is target device, the target device is controlled to perform the control signal；
If the equipment for receiving the control signal is not target device, carried by the Mesh network and/or the power line
Wave network transmits the control signal to the target device；Then
The target device is controlled to perform the control signal.
9. the Internet of Things control device based on bluetooth and power line carrier as claimed in claim 8, it is characterised in that if described
The equipment for receiving the control signal is not target device, then passes through the Mesh network and/or the power line carrier network
Transmitting the control signal to the step of target device specifically includes：
If the equipment for receiving the control signal is not target device, the equipment that control receives the control signal passes through simultaneously
The Mesh network and the power line carrier network send the control signal to the target device.
10. the Internet of Things control device based on bluetooth and power line carrier as claimed in claim 8, it is characterised in that described
If the equipment for receiving the control signal is not target device, pass through the Mesh network and/or the power line carrier net
The network transmission control signal to the step of target device, specifically includes：
If the equipment for receiving the control signal is not target device, the equipment for receiving the control signal passes through the Mesh
One in network or the power line carrier network sends the control signal to the target device, if in preset time
The feedback signal of the target device is not received, then by another in the Mesh network or the power line carrier network
The control signal is sent to the target device.
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| CN201710831572.8A CN107770246B (en) | 2017-09-15 | 2017-09-15 | Internet of things control method and device based on Bluetooth and power line carrier |
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