CN109673014A - A kind of network integration method - Google Patents
A kind of network integration method Download PDFInfo
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- CN109673014A CN109673014A CN201910074728.1A CN201910074728A CN109673014A CN 109673014 A CN109673014 A CN 109673014A CN 201910074728 A CN201910074728 A CN 201910074728A CN 109673014 A CN109673014 A CN 109673014A
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- beacon equipment
- sig mesh
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- mesh network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/02—Protecting privacy or anonymity, e.g. protecting personally identifiable information [PII]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/04—Key management, e.g. using generic bootstrapping architecture [GBA]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/06—Authentication
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W76/00—Connection management
- H04W76/10—Connection setup
- H04W76/11—Allocation or use of connection identifiers
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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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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
- H04W48/10—Access restriction or access information delivery, e.g. discovery data delivery using broadcasted information
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Computer Security & Cryptography (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The present invention relates to a kind of combination method of Beacon equipment and SIG Mesh network, Beacon equipment encrypts authentication mode and static private key to the MAC Address of SIG Mesh node broadcasts own node；Details of the Beacon equipment to SIG Mesh node broadcasts itself；Action status information of the Beacon equipment to SIG Mesh node broadcasts itself；After SIG Mesh node receives the action status information of beacon equipment, data are repacked according to the message format that SIG Mesh network defines, is then pushed in SIG Mesh network, is sent to gateway.BLE Beacon equipment in the present invention method in conjunction with SIG Mesh network can be such that Beacon equipment is dissolved into SIG Mesh network, the advantage for giving full play to beacon equipment realizes that richer household scene application SIG Mesh can allow the use scope of beacon equipment wider.
Description
Technical field
The invention belongs to Bluetooth communication fields, and in particular to the combination of BLE Beacon equipment and SIG Mesh network is led
Domain.
Background technique
BLE(Bluetooth Low Energy low-power consumption bluetooth) Beacon equipment is widely used in Internet of Things application market
In, preferable experience, the usage scenario of BLE Beacon smart machine are brought to user, comprising:
1. Beacon is positioned
Broadcast channel (channel 37,38,39) of the Beacon equipment in BLE broadcasts specific message frame, belongs to message transmission
Side.The recipient of message can be cell phone application, SIG Mesh node or other BLE equipment that can handle beacon message.
Recipient, using the related algorithm of signal strength (RSSI) and distance, is obtained by handling the beacon message received
The distance of recipient's probably distance beacon equipment out, to obtain the general position of sender.Although SIG Mesh node
Also the message of Beacon equipment transmission can be received, but not is then forwarded to other SIG Mesh nodes or gateway.
2. smart machine overseas broadcast effective information
Such as a bluetooth Temperature Humidity Sensor, for the reason of the power saving or riding position, without display.Such sensor
The temperature of ambient enviroment, moisture measurement can be calculated to the overseas broadcast of phase property on weekly duty, the receiving device with display screen can be by this
A little data are shown.Bluetooth Temperature Humidity Sensor with display function itself there are also one kind, also can periodic broadcast these
Data are received by other receiving devices, to realize equipment linkage control, but recipient is BLE observer equipment, is not one
A network.
By above content as it can be seen that the application mode of BLE Beacon is simpler, application scenarios are limited, and beacon equipment uses
Substantially one-to-one, wireless network can not be incorporated, a point of Internet of Things is become.SIG Mesh(Bluetooth Special
Interest Group Mesh) standard formally issues in July, 2017, at present household quotient according to field do not have BLE Beacon and
The related application scene that SIG Mesh network combines.
Summary of the invention
The purpose of the present invention, the application mode for exactly solving BLE Beacon in the prior art is simpler, application scenarios
Limited problem proposes a kind of novel node combination method.
A kind of technical solution of the present invention one: combination method of Beacon equipment and SIG Mesh network, wherein described
SIG Mesh network is provided with multiple SIG Mesh nodes, and the combination method includes: Beacon equipment to SIG Mesh node
The MAC Address of own node is broadcasted, authentication mode and static private key are encrypted；SIG Mesh node is by Beacon equipment
MAC Address, encrypt authentication mode and static private key and repacked according to the message format that SIG Mesh network defines
And it is sent to gateway；Details of the Beacon equipment to SIG Mesh node broadcasts itself；SIG Mesh node is by Beacon
The details of equipment repack according to the message format that SIG Mesh network defines and are sent to gateway；Beacon equipment to
The action status information of SIG Mesh node broadcasts itself；SIG Mesh node receives the action status information of beacon equipment
Afterwards, data are repacked according to the message format that SIG Mesh network defines, is then pushed in SIG Mesh network, is sent to
Gateway.
Further, the details of the Beacon equipment include at least one of following information: Class code, sku
Code, software version information.
Further, the message that SIG Mesh node defines the details of Beacon equipment according to SIG Mesh network
Format repacks and is sent to gateway, comprising: SIG Mesh node by the MAC Address of Beacon equipment and details according to
The message format that SIG Mesh network defines repacks and is sent to gateway.
Further, after SIG Mesh node receives the action status information of beacon equipment, according to SIG Mesh net
The message format that network defines repacks data, comprising: SIG Mesh node receives the action status information of beacon equipment
Afterwards, the message format MAC Address of beacon equipment and action status information defined according to SIG Mesh network together is again
Packaged data.
Further, the action status information, including at least one in following information: noise data, warm and humid degree
According to and acceleration transducer moving direction.
Further, before the action status information in the Beacon equipment to SIG Mesh node broadcasts itself, institute
It states Beacon equipment and receives the study completion confirmation message that SIG Mesh node is sent.
Further, the premise of confirmation message is completed in the study that the Beacon equipment receives that SIG Mesh node is sent
It is that Beacon equipment has the ability for receiving broadcast packet.
A kind of technical solution of the present invention two: Beacon equipment, comprising: the first sending module, the second sending module, and
Third sending module；Wherein, the first sending module encrypts authentication mode ENC for the MAC Address of overseas broadcast own node
Mode and static private key private key；Second sending module, for being saved by way of broadcast to SIG Mesh
Point sends the details of Beacon equipment；Third sending module, for being sent by way of broadcast to SIG Mesh node
Action status information.
Further, the Beacon equipment further includes receiving module；The receiving module, for receiving SIG Mesh section
Confirmation message is completed in the study that point is sent.
Further, the details of the Beacon equipment include at least one of following information: Class code, sku
Code, software version information.
Further, the action status information, including at least one in following information: noise data, warm and humid degree
According to and acceleration transducer moving direction.
Technical solution of the present invention three: a kind of SIG Mesh node, comprising: the first receiving module, the second receiving module,
Three receiving modules, the first sending module, the second sending module and third sending module；Wherein, first receiving module,
For receiving the MAC Address of beacon equipment overseas broadcast own node under learning state, authentication mode, Yi Jijing are encrypted
State private cipher key；And the above-mentioned information received is sent to the first sending module；First sending module, for that will receive
The MAC Address of the Beacon equipment arrived encrypts authentication mode and static private key and encapsulates by SIG Mesh format, and passes through
SIG Mesh network is sent to gateway；Second receiving module, for receiving the details of Beacon equipment overseas broadcast,
And the details are sent to the second sending module；Second sending module, for by the detailed letter of Beacon equipment
Breath is encapsulated by SIG Mesh format, and is sent to gateway through SIG Mesh network；The third receiving module, for receiving
The action status information that Beacon equipment is sent, and the action status information is sent to the third sending module；It is described
Third sending module, the action status information for will receive, the message format defined according to SIG Mesh network wrap again
Data are filled, are then sent to gateway through SIG Mesh network.
Further, the details by Beacon equipment are encapsulated by SIG Mesh format, and through SIG Mesh net
Network is sent to gateway, comprising: the MAC Address of Beacon equipment and details is packaged by SIG Mesh format together,
And gateway is sent to through SIG Mesh network.
Further, the action status information that will be received, the message format weight defined according to SIG Mesh network
Then new packing data are sent to gateway through SIG Mesh network, comprising: set the action status information received and Beacon
Standby MAC Address repacks data according to the message format that SIG Mesh network defines together, then through SIG Mesh network
It is sent to gateway.
Further, the SIG Mesh node further includes the 4th sending module；4th sending module, for
The Beacon equipment sends study and completes confirmation message.
Technical solution of the present invention four: a kind of network integration system, including at least one Beacon equipment above-mentioned is with before
At least one the SIG Mesh node stated.
The invention has the benefit that method can in conjunction with SIG Mesh network for the BLE Beacon equipment in the present invention
It is dissolved into Beacon equipment in SIG Mesh network, gives full play to the advantage of beacon equipment, realize richer household field
Scape application SIG Mesh can allow the use scope of beacon equipment wider.And the combination method in the present invention is not necessarily to Beacon
Equipment and SIG Mesh node are changed, and realize more convenient and fast usage experience.
Detailed description of the invention
To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment
Attached drawing is briefly introduced, it should be apparent that, drawings in the following description are only some embodiments of the invention, for this
For the those of ordinary skill in field, without any creative labor, it can also be obtained according to these attached drawings
His attached drawing.
Fig. 1 is system schematic of the preferred BLE Beacon equipment of the embodiment of the present invention in conjunction with SIG Mesh network；
Fig. 2 is the preferred BLE Beacon equipment of embodiment of the present invention method schematic diagram in conjunction with SIG Mesh network；
Fig. 3 be the embodiment of the present invention preferably include confirm process BLE Beacon equipment in conjunction with SIG Mesh network method
Schematic diagram；
Fig. 4 is the preferred Beacon device structure schematic diagram of the embodiment of the present invention；
Fig. 5 is the preferred SIG Mesh node structure schematic diagram of the embodiment of the present invention.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below in conjunction with attached drawing to the present invention make into
It is described in detail to one step, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole implementation
Example.Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts
All other embodiment, shall fall within the protection scope of the present invention.
The present invention will be further explained below with reference to the attached drawings.
Embodiment one
Fig. 1 is system schematic of the preferred BLE Beacon equipment of the embodiment of the present invention in conjunction with SIG Mesh network, such as Fig. 1
Shown, oval dotted line frame is SIG Mesh network 11, there are multiple SIG Mesh network nodes 12 in SIG Mesh network 11,
Each SIG Mesh network node 12 is bi-directionally connected with surrounding SIG Mesh network node respectively, communicates, to form SIG
The SIG Mesh network node 12 of Mesh network, part is connect with home gateway 14, and passes through home gateway 14 and network cloud 15
Communication.
There is one or more BLE Beacon node 13 outside SIG Mesh network 11, in current BLE GATT agreement
Under, it can only realize the connection between the central node and peripheral hardware node in BLE Beacon node 13, and the BLE in the present invention
Beacon node 13 is connectable to the SIG Mesh network node 12 in SIG Mesh network 11, and by the SIG Mesh network
Node 12 is used as agent node, communicates with other SIG Mesh network nodes, to be dissolved into SIG Mesh network, sufficiently sends out
The advantage for waving beacon equipment realizes richer household scene application.
Embodiment two
Fig. 2 is the preferred BLE Beacon equipment of embodiment of the present invention method schematic diagram in conjunction with SIG Mesh network, such as Fig. 2 institute
Show, the detailed process of BLE Beacon equipment method in conjunction with SIG Mesh network is as follows:
The MAC Address of step S21, Beacon equipment overseas broadcast own node encrypts authentication mode ENC mode, Yi Jijing
State private cipher key private key, to be received by SIG Mesh node, which can be used as the beacon and sets
Standby agent node.
The MAC Address of the Beacon equipment received is encrypted authentication mode by step S22, the SIG Mesh agent node,
And static private key is encapsulated by SIG Mesh format, and is sent to gateway through SIG Mesh network；Gateway again believes these
Breath is sent to network cloud device, realizes Beacon equipment in the registration in network cloud.
Wherein, the MAC Address of Beacon equipment is used for the network cloud id application of Beacon equipment, it is ensured that the Beacon equipment
There is unique identification in network cloud, the MAC Address of network cloud id and Beacon equipment corresponds.In addition, Beacon equipment
Encryption authentication mode and static private key be used for parse the Beacon equipment beacon packet data payload, or
Whether person authenticates the message that beacon equipment is sent legal.
Details of step S23, the Beacon equipment to SIG Mesh agent node broadcast product.
Step S24, SIG Mesh agent node receives the details of the Beacon equipment, by the Beacon equipment
Details and MAC Address are encapsulated by SIG Mesh format, and are sent to gateway through SIG Mesh network；Gateway again believes these
Breath is sent to network cloud device, and network cloud device is made to know the details of the Beacon equipment.So far Beacon equipment
Learning process complete.
Wherein, which includes product class/sku code, software version information etc..class code/sku
Code respectively represent Beacon equipment classification and specific batch number, identify the touching that the Beacon equipment has for cloud device
Hair ability and allocative abilities.Software version information is tracked for function of the cloud device to the Beacon equipment.
When the function action that the stateful change of step S25, Beacon equipment or equipment itself define, such as noise number
According to, data of the Temperature and Humidity module, acceleration transducer moving direction etc. is just believed to SIG Mesh agent node broadcast them action state
Breath.
After step S26, SIG Mesh agent node receives the action status information of beacon equipment, by Beacon equipment
MAC Address and the message format that defines according to SIG Mesh network of action status information repack data, be then pushed to
In SIG Mesh network, network cloud is transmitted to through gateway.
By above-mentioned steps, beacon equipment can be dissolved into SIG Mesh network, and SIG Mesh node is made
For the agent node of beacon equipment, using beacon equipment as the expanding node of SIG Mesh network, so that beacon equipment
As a point of Internet of Things, the background devices that the action status information of beacon equipment can be sent to network cloud are carried out
Processing.
Embodiment three
Fig. 3 be the embodiment of the present invention preferably include confirm process BLE Beacon equipment in conjunction with SIG Mesh network method
Schematic diagram, as shown in figure 3, including the detailed process of BLE Beacon equipment method in conjunction with SIG Mesh network of confirmation process
It is as follows:
The MAC Address of step S31, Beacon equipment overseas broadcast own node encrypts authentication mode ENC mode, and static
Private cipher key private key, to be received by SIG Mesh node, which can be used as the beacon equipment
Agent node.
The MAC Address of the Beacon equipment received is encrypted authentication mode by step S32, the SIG Mesh agent node,
And static private key is encapsulated by SIG Mesh format, and is sent to gateway through SIG Mesh network；Gateway again believes these
Breath is sent to network cloud device, realizes Beacon equipment in the registration in network cloud.
Wherein, the MAC Address of Beacon equipment is used for the network cloud id application of Beacon equipment, it is ensured that the Beacon equipment
There is unique identification in network cloud, the MAC Address of network cloud id and Beacon equipment corresponds.In addition, Beacon equipment
Encryption authentication mode and static private key be used for parse the Beacon equipment beacon packet data payload, or
Whether person authenticates the message that beacon equipment is sent legal.
Details of step S33, the Beacon equipment to SIG Mesh agent node broadcast product.
Step S34, SIG Mesh agent node receives the details of the Beacon equipment, by the Beacon equipment
Details and MAC Address are encapsulated by SIG Mesh format, and are sent to gateway through SIG Mesh network；Gateway again believes these
Breath is sent to network cloud device, and network cloud device is made to know the details of the Beacon equipment.So far Beacon equipment
Learning process complete.
Wherein, which includes product class/sku code, software version information etc..class code/sku
Code respectively represent Beacon equipment classification and specific batch number, identify the touching that the Beacon equipment has for cloud device
Hair ability and allocative abilities.Software version information is tracked for function of the cloud device to the Beacon equipment.
Step S35, Beacon equipment receives the study that SIG Mesh agent node is sent and completes confirmation message.Beacon is set
The standby premise for receiving study completion confirmation message is that beacon equipment possesses study interactive window, has reception broadcast message
Ability, can carry out study complete confirmation.
When the function action that the stateful change of step S36, Beacon equipment or equipment itself define, such as warm and humid degree
According to acceleration transducer moving direction etc., just to SIG Mesh agent node broadcast them action status information.
After step S37, SIG Mesh agent node receives the action status information of beacon equipment, by Beacon equipment
MAC Address and the message format that defines according to SIG Mesh network of action status information repack data, be then pushed to
In SIG Mesh network, network cloud is transmitted to through gateway.
By above-mentioned steps, beacon equipment can be dissolved into SIG Mesh network, and SIG Mesh node is made
For the agent node of beacon equipment, using beacon equipment as the expanding node of SIG Mesh network, so that beacon equipment
As a point of Internet of Things, the action status information of beacon equipment can be sent to background devices and handled.This reality
The above-mentioned steps in example are applied relative to the combination method in embodiment two, the study that can receive SIG Mesh node is completed really
Recognize message, avoid beacon equipment in the case where not knowing SIG Mesh node state, blindly sends message.
Example IV
Fig. 4 is the preferred Beacon device structure schematic diagram of the embodiment of the present invention, as shown in figure 4, Beacon equipment includes first
Sending module 41, the second sending module 42, receiving module 43 and third sending module 44.
Wherein, the first sending module 41, under learning state, the MAC Address of overseas broadcast own node, encryption to be recognized
Card mode ENC mode and static private key private key, to be received by SIG Mesh node, the SIG Mesh
Node can be used as the agent node of the beacon equipment.
Wherein, the MAC Address of Beacon equipment is used for the network cloud id application of Beacon equipment, it is ensured that the Beacon equipment
There is unique identification in network cloud, the MAC Address of network cloud id and Beacon equipment corresponds.In addition, Beacon equipment
Encryption authentication mode and static private key be used for parse the Beacon equipment beacon packet data payload, or
Whether person authenticates the message that beacon equipment is sent legal.
Second sending module 42, for sending the detailed of Beacon equipment to SIG Mesh agent node by way of broadcast
Thin information, including product class/sku code, software version information etc..
Wherein, class code/sku code respectively represent Beacon equipment classification and specific batch number, be used for cloud
End equipment identifies the triggering ability and allocative abilities that the Beacon equipment has.Software version information is for cloud device to this
The function of Beacon equipment is tracked.
Confirmation message is completed in receiving module 43, the study for receiving the transmission of SIG Mesh node.The receiving module 43 is
Optional module is learning interactive window when beacon equipment has, is having the ability for receiving broadcast message, can carry out having learnt
At confirmation, then the receiving module 43 is provided in beacon equipment；If beacon equipment does not have the energy for receiving broadcast message
Power is then not provided with the receiving module 43 in beacon equipment.
Third sending module 44 is used for sending action status information.The information of the stateful change of Beacon equipment is set
The function action of standby definition itself, such as data of the Temperature and Humidity module, acceleration transducer moving direction etc., just by way of broadcast to
SIG Mesh agent node sends the action status information of the Beacon equipment.
Embodiment five
Fig. 5 is the preferred SIG Mesh node structure schematic diagram of the embodiment of the present invention, as shown in figure 5, SIG Mesh node includes
First receiving module 51, the second receiving module 52, the 4th sending module 53, third receiving module 54, the first sending module 55,
Two sending modules 56 and third sending module 57.
Wherein, the first receiving module 51, for receiving beacon equipment overseas broadcast own node under learning state
MAC Address encrypts authentication mode and static private key；And above- mentioned information are sent to the first sending module 55.
Wherein, the MAC Address of Beacon equipment is used for the network cloud id application of Beacon equipment, it is ensured that the Beacon equipment
There is unique identification in network cloud, the MAC Address of network cloud id and Beacon equipment corresponds.In addition, Beacon equipment
Encryption authentication mode and static private key be used for parse the Beacon equipment beacon packet data payload, or
Whether person authenticates the message that beacon equipment is sent legal.
First sending module 55, the MAC Address of the Beacon equipment for will receive encrypt authentication mode, Yi Jijing
State private cipher key is encapsulated by SIG Mesh format, and is sent to gateway through SIG Mesh network；Gateway again sends these information
Network cloud device is given, realizes Beacon equipment in the registration in network cloud.
Second receiving module 52, for receiving the details of Beacon equipment overseas broadcast product, including product
Class/sku code, software version information etc..The details of Beacon equipment are sent to again by the second receiving module 52
Two sending modules 56.
Wherein, class code/sku code respectively represent Beacon equipment classification and specific batch number, be used for cloud
End equipment identifies the triggering ability and allocative abilities that the Beacon equipment has.Software version information is for cloud device to this
The function of Beacon equipment is tracked.
Second sending module 56, details and MAC Address for the Beacon equipment are encapsulated by SIG Mesh format,
And gateway is sent to through SIG Mesh network；Gateway transmits these information to network cloud device again, makes network cloud device
Know the details of the Beacon equipment.
4th sending module 53 completes confirmation message for sending study to Beacon equipment.4th sending module 53
For optional module, if Beacon equipment has the ability for receiving broadcast message, the 4th sending module 53 is useful, if
Beacon equipment do not have receive broadcast message ability, even if then SIG Mesh node by the 4th sending module 53 to
Beacon equipment sends study and completes confirmation message, and Beacon equipment does not receive the study yet and completes confirmation message.Preferably,
The finger for whether receiving confirmation message carried in learning process in the message sent to SIG Mesh node for Beacon equipment
It enables, SIG Mesh node decides whether to send confirmation message according to the instruction for whether receiving confirmation message of the carrying.
Third receiving module 54, for receiving the action status information of Beacon equipment transmission.Beacon equipment is stateful
The function action that the information or equipment itself of change define, such as data of the Temperature and Humidity module, acceleration transducer moving direction etc., just
It include these action status informations inside external broadcast message.Third receiving module 54 is by the Beacon equipment received
Action status information is sent to third sending module 57.
Third sending module 57, for by the MAC Address of the action status information received and Beacon equipment, according to
The message format that SIG Mesh network defines repacks data, is then pushed in SIG Mesh network, is transmitted to through gateway
Background analysis processing is carried out in network cloud.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (16)
1. a kind of combination method of Beacon equipment and SIG Mesh network, wherein the SIG Mesh network is provided with multiple
SIG Mesh node, the combination method include:
Beacon equipment encrypts authentication mode to the MAC Address of SIG Mesh node broadcasts own node, and static privately owned close
Key；
The MAC Address of Beacon equipment is encrypted authentication mode and static private key according to SIG by SIG Mesh node
The message format that Mesh network defines repacks and is sent to gateway；
Details of the Beacon equipment to SIG Mesh node broadcasts itself；
SIG Mesh node repacks the details of Beacon equipment according to the message format that SIG Mesh network defines
And it is sent to gateway；
Action status information of the Beacon equipment to SIG Mesh node broadcasts itself；
After SIG Mesh node receives the action status information of beacon equipment, the message lattice that are defined according to SIG Mesh network
Formula repacks data, is then pushed in SIG Mesh network, is sent to gateway.
2. the combination method of Beacon equipment according to claim 1 and SIG Mesh network, it is characterised in that:
The details of the Beacon equipment include at least one of following information:
Class code, sku code, software version information.
3. the combination method of Beacon equipment according to claim 1 and SIG Mesh network, it is characterised in that:
SIG Mesh node repacks the details of Beacon equipment according to the message format that SIG Mesh network defines
And it is sent to gateway, comprising:
The message format that SIG Mesh node defines the MAC Address of Beacon equipment and details according to SIG Mesh network
It repacks and is sent to gateway.
4. the combination method of Beacon equipment according to claim 1 and SIG Mesh network, it is characterised in that:
After SIG Mesh node receives the action status information of beacon equipment, the message lattice that are defined according to SIG Mesh network
Formula repacks data, comprising:
After SIG Mesh node receives the action status information of beacon equipment, by the MAC Address of beacon equipment and movement
Status information repacks data according to the message format that SIG Mesh network defines together.
5. the combination method of Beacon equipment according to claim 1 and SIG Mesh network, it is characterised in that:
The action status information, including at least one in following information:
Noise data, data of the Temperature and Humidity module and acceleration transducer moving direction.
6. the combination method of Beacon equipment according to claim 1 and SIG Mesh network, it is characterised in that:
Before action status information of the Beacon equipment to SIG Mesh node broadcasts itself, the Beacon equipment is connect
It receives the study that SIG Mesh node is sent and completes confirmation message.
7. the combination method of Beacon equipment according to claim 6 and SIG Mesh network, it is characterised in that:
It is Beacon equipment tool that the Beacon equipment, which receives the study that SIG Mesh node is sent and completes the premise of confirmation message,
The standby ability for receiving broadcast packet.
8. a kind of Beacon equipment, comprising: the first sending module, the second sending module and third sending module；
Wherein, the first sending module encrypts authentication mode ENC mode for the MAC Address of overseas broadcast own node, and
Static private key private key；
Second sending module, for sending the details of Beacon equipment to SIG Mesh node by way of broadcast；
Third sending module, for by way of broadcast to SIG Mesh node sending action status information.
9. Beacon equipment according to claim 8, it is characterised in that:
The Beacon equipment further includes receiving module；
Confirmation message is completed in the receiving module, the study for receiving the transmission of SIG Mesh node.
10. Beacon equipment according to claim 8, it is characterised in that:
The details of the Beacon equipment include at least one of following information:
Class code, sku code, software version information.
11. Beacon equipment according to claim 8, it is characterised in that:
The action status information, including at least one in following information:
Noise data, data of the Temperature and Humidity module and acceleration transducer moving direction.
12. a kind of SIG Mesh node, comprising: the first receiving module, the second receiving module, third receiving module, first send
Module, the second sending module and third sending module；
Wherein, first receiving module, for receiving beacon equipment overseas broadcast own node under learning state
MAC Address encrypts authentication mode and static private key；And the above-mentioned information received is sent to the first sending module；
First sending module, the MAC Address of the Beacon equipment for will receive encrypt authentication mode, and static
Private cipher key is encapsulated by SIG Mesh format, and is sent to gateway through SIG Mesh network；
Second receiving module is sent out for receiving the details of Beacon equipment overseas broadcast, and by the details
Give the second sending module；
Second sending module, for encapsulating the details of Beacon equipment by SIG Mesh format, and through SIG
Mesh network is sent to gateway；
The third receiving module for receiving the action status information of Beacon equipment transmission, and the action state is believed
Breath is sent to the third sending module；
The third sending module, the action status information for will receive, the message lattice defined according to SIG Mesh network
Formula repacks data, is then sent to gateway through SIG Mesh network.
13. SIG Mesh node according to claim 12, it is characterised in that:
The details by Beacon equipment are encapsulated by SIG Mesh format, and are sent to gateway through SIG Mesh network,
Include:
The MAC Address of Beacon equipment and details are packaged by SIG Mesh format together, and through SIG Mesh net
Network is sent to gateway.
14. SIG Mesh node according to claim 12, it is characterised in that:
The action status information that will be received repacks data according to the message format that SIG Mesh network defines, so
Gateway is sent to by SIG Mesh network, comprising:
By the MAC Address of the action status information received and Beacon equipment, disappear together according to what SIG Mesh network defined
It ceases format and repacks data, be then sent to gateway through SIG Mesh network.
15. SIG Mesh node according to claim 12, it is characterised in that:
The SIG Mesh node further includes the 4th sending module；
4th sending module completes confirmation message for sending study to the Beacon equipment.
16. a kind of network integration system, including at least one Beacon equipment and power described in any one of claim 8-11
Benefit requires at least one SIG Mesh node described in any one of 12-15.
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