CN208337598U - Smart home system - Google Patents
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- CN208337598U CN208337598U CN201820645523.5U CN201820645523U CN208337598U CN 208337598 U CN208337598 U CN 208337598U CN 201820645523 U CN201820645523 U CN 201820645523U CN 208337598 U CN208337598 U CN 208337598U
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Abstract
The utility model belongs to Smart Home technical field, in particular to a kind of smart home system passes through setting intelligent router, intelligent gateway, multiple environment monitoring modules and multiple terminals, intelligent gateway includes that multiple subnets close, subnet pass is distributed in different regions, intelligent router obtains environmental parameter by environment monitoring module, when environmental parameter meets the default environmental parameter or academic environment parameter of the control command table stored in intelligent router, obtain corresponding terminal name to be controlled and its operational order, the subnet being attached thereto is obtained according to terminal name to be controlled to close, terminal name to be controlled and operational order are sent to subnet to close, it closes subnet and operational order is sent to terminal to be controlled, it realizes and corresponding work is executed according to environment automatic control terminal.
Description
Technical field
The utility model belongs to Smart Home technical field, in particular to a kind of smart home system.
Background technique
In existing technical solution, smart home system includes that gateway and various information terminal apparatus and intelligent appliance are set
Standby, gateway is the pass of bridge and digital home's various businesses and application that entire home network and external network contact
Key can receive signal of communication from different external networks, deliver a signal to some equipment by home network, such as print
Mechanical, electrical refrigerator, computer, TV etc., it is main in the prior art to be realized by manually sending control signal by controlling terminal to phase
The control for the terminal answered, this control mode are unable to satisfy user to intelligentized requirement, are unable to the operation of automatic control terminal
Mode.
Utility model content
The purpose of this utility model is to provide a kind of smart home systems, realize intelligent router in different environment
Controlling terminal is closed automatically by subnet under parameter.
The utility model is realized in this way the utility model first aspect provides a kind of smart home system, the intelligence
Energy house system includes intelligent router, intelligent gateway, multiple environment monitoring modules and multiple terminals, the intelligent gateway packet
Multiple subnets are included to close, the subnet pass is distributed in different regions, and each subnet connection connects the environment monitoring module,
The intelligent router includes access controller, router and memory, and the access controller connects the router and institute
Memory is stated, the memory stores control command table, and the router connects each subnet and closes, and each subnet connection meets its institute
Terminal in region；
The access controller controls the environment monitoring module monitoring current environment to obtain environmental parameter；
The access controller detect the environmental parameter it is consistent with the environmental parameter in the control command table when, it is described
Access controller obtains terminal name to be controlled corresponding with the environmental parameter and its operational order, according to the end to be controlled
The subnet that end name acquiring is attached thereto closes, and the terminal name to be controlled and operational order are sent to the subnet and closed, is made
The subnet, which is closed, is sent to the terminal to be controlled for the operational order；
It includes processor, WIFI module and ZigBee module that the subnet, which closes, and the processor is separately connected the WIFI
Module and the ZigBee module, the processor are also connected with the router, and the WIFI module connects described at least one
Terminal, the ZigBee module connect at least one described terminal；
The processor receives terminal name and its operational order to be controlled, is obtained according to the terminal name to be controlled logical
Protocol type is interrogated, and the WIFI module or the ZigBee module are gated according to the communication protocol type, it will be described
Operational order is sent to the terminal to be controlled.
Further, when the access controller receives control command of user's transmission to a certain terminal, described in control
Environment monitoring module monitors current environment to obtain environmental parameter, and by the terminal, the control command and the environment
Parameter is stored as an operation note；
User sends out under same environmental parameter within the same type date in the access controller monitoring operation note
Send the number of same control command；
When the access controller monitors that the number is greater than or equal to preset value, it is determined that the control command is to learn
Practise control command, and determine that the environmental parameter is academic environment parameter value, by the terminal, the study control command and its
Corresponding academic environment parameter value constitutes an academic environment parameter and is stored in the control command table.
Further, the access controller obtains the flow status that each subnet closes by the router；
The network flow that the access controller detects that the subnet in first area closes is more than the first preset value, and is examined
When measuring the network flow of the subnet pass in adjacent area lower than the second preset value, it will be correlated with the subnet in the first area
The part terminal connect is switched to be connect with the subnet connection in adjacent area.
Further, when the terminal is mobile terminal and enters second area, access controller control described the
Subnet connection in two regions connects the mobile terminal, and obtains the network signal intensity of the mobile terminal；
When the mobile terminal is moved to third region from second area, the access controller detects the movement
When the signal strength of terminal is lower than third preset value, the subnet connection controlled in the third region connects the mobile terminal.
Further, the WIFI module of multiple subnets inside the Pass is wirelessly connected to form WIFI networking.
Further, it includes that the first subnet pass and the second subnet close that the multiple subnet, which closes, and the first subnet pass includes
First processor, the first WIFI module and the first ZigBee module, it includes second processor, the 2nd WIFI that second subnet, which closes,
Module and the second ZigBee module, the first subnet off-position is in first area, and the second subnet off-position is in second area, institute
It states the first WIFI module and second WIFI module is wirelessly connected, the switch of the first ZigBee module connection first terminal
Equipment, the 2nd ZigBee module connect the execution equipment of the first terminal；
The first processor detects that the switchgear of the first terminal switches by first ZigBee module
When for closed state, first WIFI module is controlled by the state of the switchgear of the first terminal and is sent to described second
WIFI module；
The second processor is in closure by the switchgear that second WIFI module obtains the first terminal
When, it is started to work by the execution equipment that second ZigBee module controls the first terminal, and control described first eventually
The lighting apparatus of the execution equipment region at end is started to work.
The utility model provides a kind of smart home system, is supervised by setting intelligent router, intelligent gateway, multiple environment
Module and multiple terminals are surveyed, intelligent gateway includes that multiple subnets close, and subnet pass is distributed in different regions, intelligent router
Environmental parameter is obtained by environment monitoring module, when environmental parameter meets the default of the control command table stored in intelligent router
When environmental parameter or academic environment parameter, corresponding terminal name to be controlled and its operational order are obtained, according to be controlled
Terminal name obtains the subnet being attached thereto and closes, and terminal name to be controlled and operational order are sent to subnet and closed, subnet is closed
Operational order is sent to terminal to be controlled, realizes and corresponding work is executed according to environment automatic control terminal.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is a kind of structural schematic diagram for smart home system that a kind of embodiment of the utility model provides；
Fig. 2 is a kind of embodiment party that the subnet in a kind of smart home system that a kind of embodiment of the utility model provides closes
The structural schematic diagram of formula；
Fig. 3 is another implementation that the subnet in a kind of smart home system that a kind of embodiment of the utility model provides closes
The structural schematic diagram of mode；
Fig. 4 is another implementation that the subnet in a kind of smart home system that a kind of embodiment of the utility model provides closes
The structural schematic diagram of mode；
Fig. 5 is a kind of flow chart of the control method for smart home system that a kind of embodiment of the utility model provides；
Fig. 6 is a kind of flow chart of the control method for smart home system that the utility model another kind embodiment provides；
Fig. 7 is a kind of flow chart of the control method for smart home system that the utility model another kind embodiment provides；
Fig. 8 is a kind of flow chart of the control method for smart home system that the utility model another kind embodiment provides.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
In order to illustrate the technical solution of the utility model, the following is a description of specific embodiments.
Embodiment 1
The utility model embodiment 1 provides a kind of smart home system, as shown in Figure 1, the smart home system includes
Intelligent router 10, intelligent gateway 20, multiple environment monitoring modules 401,402 to 40N and multiple terminals, the intelligent gateway
20 include that multiple subnets close 201,202 to 20N, and the subnet pass is distributed in different regions, and each subnet connection connects one
Environment monitoring module, the intelligent router 10 include access controller 101, router 102 and memory 103, the access
Controller 101 connects the router 102 and the memory 103, and the memory 103 stores control command table, the road
It connects each subnet by device 102 to close, each subnet connection connects the terminal in its region, for example, subnet closes 201 connections eventually
End 301,302 to 30N, subnet close 202 connection terminals 311,312 to 31N, and subnet closes 20N connection terminal 321,322 to 32N.
Wherein, for intelligent router 10, intelligent router 10 passes through setting access controller 101 and router 102, tool
There are control function and routing function, intelligent router 10 can control sub- gateway according to control instruction received from network
System can also close to subnet and send operational order to control the terminal connect with subnet connection, for example, can receive user passes through shifting
The operational order sent to some terminal that dynamic terminal is sent, the operational order are not only to turn on or off switch,
It can be the operational order to certain function of terminal concrete implementation, for example, open the window to 50% of aperture etc., Intelligent routing
Device 10 can also be directly connected to terminal, control terminal, such as JA(junction ambient) detection module 104, with the environment to surrounding
It is monitored, and then controlling terminal is closed automatically by subnet according to the environmental parameter of monitoring.
Wherein, for intelligent gateway 20, intelligent gateway 20 is made of multiple subnets pass, and multiple subnet passes are distributed in different
Region, for example, a sub- gateway will be arranged in each room of house, the subnet connection in the room connects the end in the room
End, each subnet pass are controlled by intelligent router 10, may be at separate state between multiple subnets passes, can also phase
It is communicated between mutually to form subnet and close networking, after each subnet connection connects terminal success, will be sent out with the connection status of terminal
Intelligent router 10 is given, intelligent router 10 stores the connection relation list of each subnet pass and terminal, connection relationship column
It may include the terminal of number and its connection that subnet closes in table, the received control signal acquisition of the parsing of intelligent router 10 institute waits for
Controlling terminal title obtained subnet corresponding with terminal name to be controlled by inquiry connection relation list and closes, by end to be controlled
End title and operational order are sent to subnet pass, to control terminal.
Detailed process is as follows by subnet pass controlling terminal for intelligent router 10:
The access controller 101 controls the environment monitoring module 104 and monitors current environment to obtain environmental parameter.
Wherein, the environment monitoring module 104 is used to obtain the current state parameter of smart home system, the environmental monitoring
Module includes multiple detecting modules, specifically, detecting module such as, but not limited to include clock module, temperature sensor module,
Optical sensor module, sensor noise module, moisture sensor module and monitored by personnel's module etc..Each detecting module is used for
Corresponding environmental parameter value is detected, such as clock module is used to provide current time this environmental parameter, temperature sensor module
For detecting this environmental parameter of temperature, personnel's detection module is for detecting in the region whether have personnel's carry out activity.
The access controller 101 judge the environmental parameter whether with the default environmental parameter in the control command table
Unanimously.
Wherein, in control command table include multiple default environmental parameters and to preset environmental parameter value corresponding to be controlled with this
Terminal name and its operational order, the default environmental parameter and preset the corresponding terminal name to be controlled of environmental parameter value with this
And its operational order is to be pre-entered to be configured by user.Such as one default environmental parameter value be " temperature 30~35
DEG C ", " having personnel activity ", corresponding default control order is " 25 DEG C of refrigeration " " air-conditioning "；For another example preset environmental parameter value be " when
07:30 of preceding time ", corresponding default control order " opening curtain " " automatic curtain ".
When it is consistent for determining result, it is corresponding to be controlled that the access controller 101 obtains the default environmental parameter
Terminal name and its operational order obtain the subnet being attached thereto according to the terminal name to be controlled and close, will be described to be controlled
Terminal name and operational order are sent to the subnet and close, and are sent to the subnet pass by the operational order described to be controlled
Terminal.
Specifically, for example, it includes: subnet that memory 103, which stores the connection relation list that subnet closes, in intelligent router 10
1 connection refrigerator and washing machine are closed, subnet closes 2 connection bedroom windows and television set, and subnet closes 3 connection air-conditionings, and memory 103 is deposited
A default environmental parameter value is 30~35 DEG C of " temperature ", " having personnel activity ", corresponding default control in the control command table of storage
Order obtains when intelligent router 10 detects that current environment parameter meets the default environmental parameter for " 25 DEG C of refrigeration " " air-conditioning "
Taking the default corresponding control instruction of environment is " 25 DEG C of refrigeration ", and corresponding terminal name is air-conditioning, according to connection relation list
Finding the subnet connecting with air-conditioning and closing number is that subnet closes 3, and the control instruction including " 25 DEG C of refrigeration " " air-conditioning " is sent to
Subnet closes 3, and subnet pass 3 is then forwarded to air-conditioning and executes the control instruction.
When determine result be it is inconsistent when, the access controller 101 judge the environmental parameter whether with the control
Academic environment parameter in command table is consistent.
Wherein, academic environment parameter value by obtaining to the analysis of operation note and its right is stored in control command table
The study control command answered, such as an academic environment parameter value are " humidity " 80%-90%, and corresponding study control command is " to take out
It is wet " " air-conditioning "；For another example academic environment parameter value is " current time " 18:00, and corresponding study control command is " booting " " TV
Machine ".By the academic environment parameter value obtained to the analysis of operation note and its corresponding study control command, and will be described
Study control command and its corresponding academic environment parameter value are stored in the control command table in memory 103, if control life
It enables and has existed identical academic environment parameter value and corresponding study control command in table, then replace original data,
Original study control command is updated to the study control command that this new analysis obtains.
When it is consistent for determining result, the access controller 101 obtains end to be controlled from the academic environment parameter
Title and its operational order are held, the subnet being attached thereto is obtained according to the terminal name to be controlled and is closed, by the end to be controlled
End title and operational order are sent to the subnet and close, and close the subnet and the operational order is sent to the end to be controlled
End.
When it is inconsistent for determining result, the access controller 101 controls the environment monitoring module 104 and supervises again
It surveys.
Specifically, for example, it includes: subnet that memory 103, which stores the connection relation list that subnet closes, in intelligent router 10
1 connection refrigerator and washing machine are closed, subnet closes 2 connection bedroom windows and television set, and subnet closes 3 connection air-conditionings, and memory 103 is deposited
An academic environment parameter value is " humidity " 80%-90% " having personnel activity " in the control command table of storage, corresponding study control life
Enable is that " dehumidifier " " air-conditioning " it is pre- to obtain this when intelligent router 10 detects that current environment parameter meets the academic environment parameter
If the corresponding control instruction of environment is " dehumidifier ", corresponding terminal name is air-conditioning, is found and sky according to connection relation list
It is that subnet closes 3 that the subnet of tune connection, which closes number, and the control instruction including " dehumidifier " " air-conditioning " is sent to subnet and closes 3, subnet closes 3
It is then forwarded to air-conditioning and executes the control instruction.
The utility model embodiment provides a kind of smart home system, by the way that intelligent router, intelligent gateway, environment is arranged
Monitoring modular and multiple terminals, intelligent gateway include that multiple subnets close, and subnet pass is distributed in different regions, Intelligent routing
Device obtains environmental parameter by environment monitoring module, when environmental parameter meets the pre- of the control command table stored in intelligent router
If when environmental parameter or academic environment parameter, corresponding terminal name to be controlled and its operational order are obtained, according to be controlled
Terminal name processed obtains the subnet being attached thereto and closes, and terminal name to be controlled and operational order are sent to subnet and closed, subnet is made
It closes and operational order is sent to terminal to be controlled, realize and corresponding work is executed according to environment automatic control terminal.
Further, as an implementation, control instruction and current environment of the access controller 101 according to user
The process that parameter generates academic environment parameter is as follows:
When the access controller 101 receives control command of user's transmission to a certain terminal, the environment prison is controlled
Module monitors current environment is surveyed to obtain environmental parameter, and the terminal, the control command and the environmental parameter are made
It is stored for an operation note.
Wherein, for example, monitoring current environment when access controller 101 receives the instruction of opening TV of user's transmission
To obtain environmental parameter, the time is evening 19:00, then by terminal " television set ", the control command " unlatching " and the ring
Border parameter " evening 19:00 " is stored as an operation note.
The access controller 101 monitors in the operation note within the same type date user under same environmental parameter
Send the number of same control command.
Wherein, analysis can have both been carried out to operation note after obtaining a plurality of operation note and has obtained study control instruction, together
One type date, which referred to, divides the date according to preset rules, for example, will be divided into weekly according to the working time of user
Working day and day off, access controller 101 distinguish in monitoring day and day off user under same environmental parameter send it is same
The number of one control command.
When the access controller 101 monitors that the number is greater than or equal to preset value, it is determined that the control command
To learn control command, and determine that the environmental parameter is academic environment parameter value, by the terminal, the study control command
And its corresponding academic environment parameter value constitutes an academic environment parameter and is stored in the control command table.
Specifically, setting preset value is 5 times, access for example, access controller 101 analyzes the record that user opens curtain
Controller 101 detects that user's number that the middle time for opening curtain is daily 7:30 on weekdays is greater than 5 times in record,
Day off opens the number that the time of curtain is daily 8:30 daily and is greater than 5 times, then orders terminal " intelligent curtain ", the control
Enable " unlatching " and the environmental parameter " working day " " daily 7:30 " as an academic environment parameter, then by terminal " intelligence
Curtain ", the control command " unlatching " and the environmental parameter " day off " " daily 8:30 " are used as another academic environment
Parameter.
Present embodiment obtains the operation note of user, and the operation note of user is compared with preset times, realizes
Generation academic environment parameter.
Further, as an implementation, the subnet, which closes, receives terminal name and its operational order to be controlled, root
Communication protocol type is obtained according to the terminal name to be controlled, and corresponding communication mould is gated according to the communication protocol type
The operational order is sent to the terminal to be controlled by block.
Wherein, subnet closes the communication module including processor 210 and at least two communication protocol types, and processor 210 is deposited
The communications protocol of each communication module and the corresponding relationship of terminal are stored up, when receiving terminal name and its operational order to be controlled,
Its communications protocol used is obtained according to terminal name to be controlled, is sent to operational order according to the corresponding module of communications protocol
Terminal to be controlled.
Wherein, communication module can be any in WIFI module, ZigBee module, bluetooth module and Z-wave module
It is a kind of.
As an implementation, as shown in Fig. 2, it includes processor 210,211 and of WIFI module that the subnet, which closes,
ZigBee module 212, the processor 210 are separately connected the WIFI module 211 and the ZigBee module 212, the place
Reason device 210 is also connected with the router 102, and the WIFI module 211 connects at least one described terminal, the ZigBee mould
Block 212 connects at least one described terminal；
The processor 210 receives terminal name and its operational order to be controlled, is obtained according to the terminal name to be controlled
Communication protocol type is taken, and the WIFI module 211 or the ZigBee module are gated according to the communication protocol type
212, the operational order is sent to the terminal to be controlled.
Specifically, for example, subnet, which closes 1 connection refrigerator, washing machine, computer and gas switch, subnet, closes the processor in 1
210 when receiving the instruction for closing computer and closing the instruction of gas switch, obtain respectively computer and gas switch use it is logical
Agreement is interrogated, inquiring the communications protocol that computer uses is WIFI, and the communications protocol that gas switch uses is ZigBee, then processor
The instruction for closing computer is sent to computer by WIFI module 211 by 210, so that computer is executed shutdown command, and will close coal gas
The instruction of switch is sent to gas switch by ZigBee module 212, and gas switch is made to execute out code.
As another embodiment, as shown in figure 3, it includes processor 210, WIFI module 211 and indigo plant that the subnet, which closes,
Tooth module 213, the processor 210 are separately connected the WIFI module 211 and the bluetooth module 213, the processor 210
It is also connected with the router 102, the WIFI module 211 connects at least one described terminal, and the bluetooth module 213 is connected to
A few terminal；
The processor 210 receives terminal name and its operational order to be controlled, is obtained according to the terminal name to be controlled
Communication protocol type is taken, and the WIFI module 211 or the bluetooth module 213 are gated according to the communication protocol type,
The operational order is sent to the terminal to be controlled.
As another embodiment, as shown in figure 4, it includes processor 210, WIFI module 211 and Z- that the subnet, which closes,
Wave module 214, the processor 210 are separately connected the WIFI module 211 and the Z-wave module 214, the processing
Device 210 is also connected with the router 102, and the WIFI module 211 connects at least one described terminal, the Z-wave module
Connect at least one described terminal；
The processor 210 receives terminal name and its operational order to be controlled, is obtained according to the terminal name to be controlled
Communication protocol type is taken, and the WIFI module 211 or the Z-wave module are gated according to the communication protocol type, with
The operational order is sent to the terminal to be controlled.
In above embodiment, at least two communication modules are set in the subnet Central Shanxi Plain, using different communications protocol, connection
To different terminals using suitable communications protocol when terminal, realize to the control using different agreement terminal.
Further, as an implementation, access controller 101 and subnet close between control process further include as
Under type:
The access controller 101 obtains the flow status that each subnet closes by the router.
The network flow that the access controller 101 detects that the subnet in first area closes is more than the first preset value, and
And when detecting network flow that the subnet in adjacent area closes lower than the second preset value, by with the subnet in the first area
The part terminal that connection connects is switched to be connect with the subnet connection in adjacent area.
Wherein, the network flow that the terminal that connects of subnet connection uses has differences, for example, with computer or video is played
The network flow that the subnet of mobile terminal connection closes is larger, and the network flow that the subnet connecting with refrigerator, washing machine closes is smaller,
Access controller 101 first obtains the network flow that each subnet closes, and is compared with preset network flow preset value, when
When the network flow that some subnet closes is greater than network flow preset value, there is congestion in the flow for indicating that the subnet closes, with the subnet
The equipment that connects is correlated it is possible that the phenomenon that response delay, when the network flow that some subnet closes is less than network flow preset value
When, the flow for indicating that the subnet closes is normal, and since subnet pass is arranged in different regions, adjacent region distance is closer, when
When network flow congestion occurs in the subnet pass in some region, the subnet connection that near zone can be used connects the terminal in the region,
Realize the quick control to the terminal in network congestion region.
Specifically, for example, the subnet for being located at first area closes 1 connection mobile terminal, computer and intelligent window, adjacent second
The subnet in region closes 2 connection refrigerators and washing machine, when mobile terminal and computer while in use, for example, being broadcast using mobile terminal
Video is put, at this point, the network flow that subnet closes 1 is larger, 101 detection sub-network of access controller closes 1 and is in congestion status and son
When gateway 2 is in idle condition, control subnet pass 1 and intelligent window are disconnected, and are made intelligent window connexon gateway 2, are passed through
Subnet closes the working condition of 2 control intelligent windows, avoids the control intelligent window work when subnet closes 1 in congestion status
When, it is possible that the phenomenon that intelligent window response delay.
The state of network traffic that present embodiment is closed by detecting each subnet is gathered around when network flow occurs in some subnet pass
When stifled, the subnet for replacing part terminal connected to it to adjacent area is closed, and is realized to the fast of the terminal in network congestion region
Speed control.
Further, as an implementation, when terminal is mobile terminal, i.e., mobile terminal can be in different areas
It is moved in domain, the control mode between access controller 101 and mobile terminal is as follows:
When the terminal is mobile terminal and enters second area, the access controller 101 controls the second area
Interior subnet connection connects the mobile terminal, and obtains the network signal intensity of the mobile terminal.
Wherein, access controller 101 stores the number of mobile terminal in advance, when mobile terminal enters a certain region, connects
Enter controller 101 is made when detecting that mobile terminal is located in default list by the subnet pass in the region and mobile terminal communication
Subnet pass is connect with mobile terminal, while the signal condition for obtaining mobile terminal is closed by subnet.
When the mobile terminal is moved to third region from second area, the access controller 101 detects described
When the signal strength of mobile terminal is lower than third preset value, the subnet connection controlled in the third region connects the movement eventually
End.
Wherein, when mobile terminal is moved to third region from second area, due to second area and third region distance compared with
Far, mobile terminal may not receive the subnet in second area and close the network signal sent, at this point, access controller 101 is logical
The subnet connection crossed in control third region connects mobile terminal, ensure that mobile terminal in the signal strength in third region.
Further, the WIFI module of multiple subnets inside the Pass is wirelessly connected to form WIFI networking, and WIFI module can use
The SPI of TLN13SP02 model turns WIFI chip.
The multiple subnet is closed to close including the first subnet and be closed with the second subnet, and first subnet is closed including the first processing
Device, the first WIFI module and the first ZigBee module, it includes second processor, the second WIFI module and that second subnet, which closes,
Two ZigBee modules, the first subnet off-position is in first area, and the second subnet off-position is in second area, and described first
WIFI module and second WIFI module are wirelessly connected, the switchgear of the first ZigBee module connection first terminal,
Second ZigBee module connects the execution equipment of the first terminal；
The first processor detects that the switchgear of the first terminal switches by first ZigBee module
When for closed state, first WIFI module is controlled by the state of the switchgear of the first terminal and is sent to described second
WIFI module；
The second processor is in closure by the switchgear that second WIFI module obtains the first terminal
When, it is started to work by the execution equipment that second ZigBee module controls the first terminal, and control described first eventually
The lighting apparatus of the execution equipment region at end is started to work.
Specifically, water heater is located at toilet for example, the burnt gas switch of the water heater of user installation is located at kitchen, when with
When burnt gas switch is opened at family, illustrate that user will arrive toilet using water heater, at this point, will use by the networking of WIFI module
Family opens burnt gas switch and is sent to the WIFI module closed positioned at toilet subnet, and the WIFI module that toilet subnet closes, which is sent to, washes
The processor that subnet closes between hand, the processor that toilet subnet closes open the headlamp of toilet, bring conveniently to user.
Embodiment 2
The utility model embodiment 2 provides a kind of control method of smart home system, and the smart home system includes
Intelligent router, intelligent gateway, multiple environment monitoring modules and multiple terminals, the intelligent gateway include that multiple subnets close,
The subnet pass is distributed in different regions, and each subnet connection connects the environment monitoring module, the Intelligent routing
Device includes access controller, router and memory, and the access controller connects the router and the memory, described
Memory stores control command table, and the router connects each subnet and closes, and each subnet connection connects the end in its region
End, as shown in figure 5, the control method of smart home system includes:
Access controller described in step S10. controls the environment monitoring module monitoring current environment to obtain environmental parameter.
Access controller described in step S20. judge the environmental parameter whether with it is pre- in the intelligent control command table
If environmental parameter is consistent, when it is consistent for determining result, step S30 is executed, when it is inconsistent for determining result, executes step
S40。
Access controller described in step S30. obtain terminal name to be controlled corresponding with the default environmental parameter and its
Operational order obtains the subnet being attached thereto according to the terminal name to be controlled and closes, by the terminal name to be controlled and behaviour
Make instruction and be sent to the subnet pass, closes the subnet and the operational order is sent to the terminal to be controlled.
Access controller described in step S40. judge the environmental parameter whether in the intelligent control command table
It is consistent to practise environmental parameter, when it is consistent for determining result, executes step S50, when it is inconsistent for determining result, executes step
S60。
Access controller described in step S50. obtain corresponding with academic environment parameter terminal name to be controlled and its
Operational order obtains the subnet being attached thereto according to the terminal name to be controlled and closes, by the terminal name to be controlled and behaviour
Make instruction and be sent to the subnet pass, closes the subnet and the operational order is sent to the terminal to be controlled.
Access controller described in step S60. controls the environment monitoring module and monitors again.
Further, as shown in fig. 6, the control method further include:
When access controller described in step S70. receives control command of user's transmission to a certain terminal, the ring is controlled
Border monitoring module monitors current environment is joined the terminal, the control command and the environment with obtaining environmental parameter
Number is stored as an operation note.
Access controller described in step S80. monitors in the operation note the same environmental parameter within the same type date
Lower user sends the number of same control command.
When access controller described in step S90. monitors that the number is greater than or equal to preset value, it is determined that the control
Order is study control command, and determines that the environmental parameter is academic environment parameter value, and the terminal, the study are controlled
Order and its corresponding academic environment parameter value constitute an academic environment parameter and are stored in the control command table.
Further, the subnet, which is closed, is sent to the terminal to be controlled for the operational order, comprising:
The subnet, which closes, receives terminal name and its operational order to be controlled, is obtained according to the terminal name to be controlled logical
Protocol type is interrogated, and corresponding communication module is gated according to the communication protocol type, the operational order is sent to institute
State terminal to be controlled.
Further, as shown in fig. 7, the control method further include:
Access controller described in step S101. obtains the flow status that each subnet closes by the router.
Access controller described in step S102. detects that the network flow that the subnet in first area closes is more than first default
Value, and when detecting network flow that the subnet in adjacent area closes lower than the second preset value, will in the first area
The part terminal that connects of subnet connection be switched to and connect with the subnet connection in adjacent area.
Further, as shown in figure 8, the control method further include:
When terminal described in step S103. is mobile terminal and enters second area, access controller control described the
Subnet connection in two regions connects the mobile terminal, and obtains the network signal intensity of the mobile terminal.
Step S104. is when the mobile terminal is moved to third region from second area, the access controller detection
To the mobile terminal signal strength be lower than third preset value when, control in the third region subnet connection connect the shifting
Dynamic terminal.
The specific work process of above-mentioned control method, can be with reference to the corresponding process of module each in previous embodiment 1, herein
It repeats no more.
Above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned reality
Example is applied the utility model is described in detail, those skilled in the art should understand that: it still can be to preceding
Technical solution documented by each embodiment is stated to modify or equivalent replacement of some of the technical features；And these
It modifies or replaces, the spirit and model of various embodiments of the utility model technical solution that it does not separate the essence of the corresponding technical solution
It encloses, should be included within the scope of protection of this utility model.
Claims (6)
1. a kind of smart home system, which is characterized in that the smart home system includes intelligent router, intelligent gateway, more
A environment monitoring module and multiple terminals, the intelligent gateway include that multiple subnets close, and the subnet pass is distributed in different
In region, each subnet connection connects the environment monitoring module, and the intelligent router includes access controller, router
And memory, the access controller connect the router and the memory, the memory stores control command table, institute
It states router and connects each subnet pass, each subnet connection connects the terminal in its region；
The access controller controls the environment monitoring module monitoring current environment to obtain environmental parameter；
The access controller detect the environmental parameter it is consistent with the environmental parameter in the control command table when, the access
Controller obtains terminal name to be controlled corresponding with the environmental parameter and its operational order, according to the terminal name to be controlled
Claim to obtain the subnet pass being attached thereto, the terminal name to be controlled and operational order are sent to the subnet and closed, is made described
Subnet, which is closed, is sent to the terminal to be controlled for the operational order；
It includes processor, WIFI module and ZigBee module that the subnet, which closes, and the processor is separately connected the WIFI module
With the ZigBee module, the processor is also connected with the router, and the WIFI module connects at least one described terminal,
The ZigBee module connects at least one described terminal；
The processor receives terminal name and its operational order to be controlled, obtains communication association according to the terminal name to be controlled
Type is discussed, and the WIFI module or the ZigBee module are gated according to the communication protocol type, by the operation
Instruction is sent to the terminal to be controlled.
2. smart home system as described in claim 1, which is characterized in that the access controller receives user's transmission pair
When the control command of a certain terminal, the environment monitoring module monitoring current environment is controlled to obtain environmental parameter, and will be described
Terminal, the control command and the environmental parameter are stored as an operation note；
User sends together under same environmental parameter within the same type date in the access controller monitoring operation note
The number of one control command；
When the access controller monitors that the number is greater than or equal to preset value, it is determined that the control command is study control
System order, and determine that the environmental parameter is academic environment parameter value, by the terminal, the study control command and its correspondence
Academic environment parameter value constitute and an academic environment parameter and be stored in the control command table.
3. smart home system as described in claim 1, which is characterized in that the access controller is obtained by the router
The flow status for taking each subnet to close；
The network flow that the access controller detects that the subnet in first area closes is more than the first preset value, and is detected
When the network flow that subnet in adjacent area closes is lower than the second preset value, by what is connect with the subnet connection in the first area
Part terminal is switched to be connect with the subnet connection in adjacent area.
4. smart home system as described in claim 1, which is characterized in that the terminal is mobile terminal and enters the secondth area
When domain, the access controller controls the connection of the subnet in the second area and connects the mobile terminal, and obtains the movement
The network signal intensity of terminal；
When the mobile terminal is moved to third region from second area, the access controller detects the mobile terminal
Signal strength be lower than third preset value when, control in the third region subnet connection connect the mobile terminal.
5. smart home system as described in claim 1, which is characterized in that the WIFI module of multiple subnets inside the Pass is wirelessly connected
Form WIFI networking.
6. smart home system as claimed in claim 5, which is characterized in that the multiple subnet close include the first subnet close and
Second subnet closes, and it includes first processor, the first WIFI module and the first ZigBee module that first subnet, which closes, and described second
It includes second processor, the second WIFI module and the second ZigBee module that subnet, which closes, the first subnet off-position in first area,
In second area, first WIFI module and second WIFI module are wirelessly connected the second subnet off-position, and described the
One ZigBee module connects the switchgear of first terminal, and the execution that second ZigBee module connects the first terminal is set
It is standby；
The first processor detects that the switchgear of the first terminal is switched to by first ZigBee module and closes
When conjunction state, first WIFI module is controlled by the state of the switchgear of the first terminal and is sent to the 2nd WIFI
Module；
When the second processor is in closure by the switchgear that second WIFI module obtains the first terminal, lead to
It crosses second ZigBee module and controls the execution equipment start-up operation of the first terminal, and control holding for the first terminal
The lighting apparatus of row equipment region is started to work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820645523.5U CN208337598U (en) | 2018-05-02 | 2018-05-02 | Smart home system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820645523.5U CN208337598U (en) | 2018-05-02 | 2018-05-02 | Smart home system |
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| CN208337598U true CN208337598U (en) | 2019-01-04 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109901412A (en) * | 2019-04-19 | 2019-06-18 | 北京远鼎科技有限公司 | A kind of smart home system |
| CN110161875A (en) * | 2019-06-28 | 2019-08-23 | 青岛海尔科技有限公司 | The control method and system of smart home operating system based on Internet of Things |
| CN112769658A (en) * | 2020-12-31 | 2021-05-07 | 文思海辉元辉科技(无锡)有限公司 | Terminal control system, method, device, gateway device and storage medium |
-
2018
- 2018-05-02 CN CN201820645523.5U patent/CN208337598U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109901412A (en) * | 2019-04-19 | 2019-06-18 | 北京远鼎科技有限公司 | A kind of smart home system |
| CN109901412B (en) * | 2019-04-19 | 2022-01-28 | 北京远鼎科技有限公司 | Intelligent home system |
| CN110161875A (en) * | 2019-06-28 | 2019-08-23 | 青岛海尔科技有限公司 | The control method and system of smart home operating system based on Internet of Things |
| CN112769658A (en) * | 2020-12-31 | 2021-05-07 | 文思海辉元辉科技(无锡)有限公司 | Terminal control system, method, device, gateway device and storage medium |
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