CN205536114U - Control system warms up large capacity - Google Patents
Control system warms up large capacity Download PDFInfo
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- CN205536114U CN205536114U CN201620006809.XU CN201620006809U CN205536114U CN 205536114 U CN205536114 U CN 205536114U CN 201620006809 U CN201620006809 U CN 201620006809U CN 205536114 U CN205536114 U CN 205536114U
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Abstract
The utility model discloses a control system warms up large capacity, include: hierarchical host computer, gateway, network server, terminal equipment and a m zigbee gather and intelligent control node, and hierarchical host computer, gateway, network server, terminal equipment connect in order, and a m zigbee gathers and intelligent control node is connected with hierarchical host computer respectively, the one end of the hierarchical host computer of n platform is gathered with zigbee respectively and intelligent control node goes on one to one or the one -to -many is connected, and the other end is connected with the gateway respectively, zigbee gathers and intelligent control node includes: data acquisition module, the control unit and data transceiver module, data acquisition module, the control unit and data transceiver module connect in order, and data transceiver module is connected with hierarchical host computer. The utility model discloses the coverage of zigbee network has been enlarged for entire system only need the equipment that can connect the internet and communication line can, reduced the cost of system.
Description
Technical field
This utility model relates to a kind of Large Copacity ground heating control system, belongs to floor heating and controls technical field.
Background technology
Existing heating control system intelligently can be mainly used in following three kinds of scenes:
Water heat supply floor heating: heating control system is used for controlling water heat supply temperature intelligently, controls the most not use water to supply simultaneously
When thermally warming up, low discharge water is had to circulate in water pipe, it is ensured that not freeze in pipeline；
Electricity heating floor heating: heating control system is used for controlling electricity heating temperature intelligently, can realize economize on electricity, preheating, partial circuit
Heat supply etc.；
Air-conditioning, water heating system in combination: heating control system is used for controlling floor heating temperature intelligently, freezes in avoiding pipeline simultaneously
Knot.
But this heating control system use intelligently wired (485 communication) or controlled in wireless, the controllability externally provided is main
For ON/OFF, temperature shows and sets, and the quantity that single system controls loop is the most also less than ten, is suitable only for list
Individual family uses.
Additionally, the patent application of Application No. 201120547365.8 discloses one " floor heating constant temperature wireless control system ",
Can realize floor heating is controlled.But this system yet suffers from following shortcoming:
(1) use the mode of wired or wireless networking, (be i.e. one with one family with single domestic household as autonomous system
Zigbee network), need each resident family that gateway is installed and be connected to the Internet, and to ensure that each family may be coupled to
The communication equipment of the Internet and circuit, but in actual life, the house on such as seashore, most of the time can throughout the year for it
Can all no ones, then gateway, communication equipment and circuit are installed specially and carry out networking and realize floor heating control, the most with high costs,
And the wasting of resources is very serious (including gateway, communication equipment and line cost and floor heating resource)；It addition, this floor heating control
System processed can only realize each resident family and draw oneself up the floor heating of family, it is impossible to control is unified in the floor heating to apartment-type Large Copacity resident family
System, thus range is limited；
(2) thresholding formula open and close are provided to control.It sets a temperature value, when actual temperature is less than this set temperature value,
Then system start-up heater block, when actual temperature is higher than this set temperature value, then system closes heater block.Due to heating
The control mode of device is simple start and stop, thus result in temperature control unstable, temperature fluctuation range big, electric power power consumption
The shortcoming such as big；
(3) this system is made up of the subsystem that multiple dispersions are independent, and the cost of whole system is the highest.
Utility model content
The purpose of this utility model is, it is provided that a kind of Large Copacity ground heating control system, it can effectively solve to deposit in prior art
Problem, the whole system cost of the most existing ground heating control system is the highest, and it cannot realize apartment
The floor heating of formula Large Copacity resident family is uniformly controlled, the problem causing serious waste of resources.
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that: a kind of Large Copacity ground heating control system,
Including: classification main frame, gateway, the webserver, terminal unit and m Zigbee gather and intelligent control node, described
Classification main frame, gateway, the webserver, terminal unit be sequentially connected with, m Zigbee gathers and intelligent control node is divided
It is not connected with classification main frame, wherein, 2≤m；The quantity of described classification main frame is one end difference of n, n platform classification main frame
Gathering with Zigbee and intelligent control node is carried out one to one or one-to-many is connected, the other end is connected with gateway respectively；Wherein,
Each Zigbee gathers and intelligent control node connects a classification main frame, 1≤n≤m；Described Zigbee gathers and intelligence
Controlling node to include: data acquisition module, control unit and data transmit-receive module, described data acquisition module, control are single
Unit and data transmit-receive module are sequentially connected with, and data transmit-receive module is connected with classification main frame.
In said system, every classification main frame can connect the Zigbee within 30 and gather and intelligent control node, such that it is able to
While guarantee system low cost, do not result in network congestion and network conflict so that data transmission efficiency, treatment effeciency are also
Higher, it is ensured that the reliability of system.
It is furthermore preferred that described classification main frame includes k level, wherein ,+1 grade of classification main frame of jth enters with j-th stage classification main frame
Row is one to one or one-to-many connects, and the other end of the 1st grade of classification main frame gathers with Zigbee respectively and intelligent control node is carried out
One to one or one-to-many connect, the other end of kth level classification main frame is connected with gateway respectively；2≤k, 1≤j≤k-1,
Such that it is able to according to the size of building, community etc., further expand power system capacity, ensure higher data transmission effect simultaneously
Rate and treatment effeciency.
In said system, the 1st grade of classification main frame can connect the Zigbee within 30 and gather and intelligent control node, the
J+1 level classification main frame can connect the j-th stage classification main frame within 30, and gateway can connect the kth level classification within 30
Main frame, such that it is able to according to the size of actual building, community etc., the progression of Automatic adjusument classification main frame, ensure simultaneously be
The cost of system is relatively low, does not results in network congestion and network conflict so that data transmission efficiency and treatment effeciency are higher, improves
The reliability of system.
In aforesaid Large Copacity ground heating control system, described classification main frame includes: a zigbee coordinator and zigbee joint
Point, a described zigbee coordinator and zigbee node are connected in series；Oneth zigbee of+1 grade of classification main frame of jth
Coordinator carries out one to one with the zigbee node of j-th stage classification main frame or one-to-many is connected, the first of the 1st grade of classification main frame
Zigbee coordinator gathers with Zigbee and intelligent control node is carried out one to one or one-to-many is connected, kth level classification main frame
Zigbee node is connected with gateway respectively, (i.e. sets it is achieved thereby that formed a big zigbee network by several subnets
The classification main frame of different stage, is respectively equipped with zigbee coordinator and zigbee node, allows upper level divide in each classification main frame
The zigbee coordinator of level main frame controls the zigbee node of next stage classification main frame, progressive, is equivalent to define multiple
Zigbee subnet), extend the capacity of system, avoid the congested of data and network conflict simultaneously.
In aforesaid Large Copacity ground heating control system, described Zigbee gathers and intelligent control node also includes: power adjustments
Parts, described power adjusting section is connected with control unit, such that it is able to realize the stability contorting of temperature, is greatly saved electricity
Power power consumption.
Described power adjusting section can use solid-state relay, is exported by the switching duty cycle adjustment controlling solid-state relay
Mean power.
In aforesaid Large Copacity ground heating control system, described gateway includes: ethernet module, main control chip and second
Zigbee coordinator, described ethernet module, main control chip and the 2nd Zigbee coordinator be sequentially connected with, the 2nd Zigbee
Coordinator is connected with classification main frame, and ethernet module is connected with the webserver, it is achieved thereby that Zigbee network and the Internet
Conversion, it is ensured that effective forwarding of data.
In aforesaid system, also including: Zigbee routing node, described Zigbee routing node gathers with Zigbee respectively
And intelligent control node and classification main frame connect, such that it is able to there is barrier or Zigbee gathers and intelligent control node with
When classification main frame is distant, preferably realizes Zigbee collection and intelligent control node is attached with classification main frame.
Compared with prior art, this utility model has the advantage that
1, this utility model is by using classification main frame, gateway, the webserver, terminal unit and m Zigbee to adopt
Collection and intelligent control node, described classification main frame, gateway, the webserver, terminal unit be sequentially connected with, m Zigbee
Gather and intelligent control node is connected with classification main frame respectively, wherein, 2≤m, utilize zigbee network to switch main frame classification skill
Art, expands capacity and the coverage of zigbee network so that whole system has only to the equipment that can connect the Internet
With communication line, thus effectively reduce the cost of whole system, and achieve to apartment-type Large Copacity resident family (as
Whole building, community) floor heating be uniformly controlled, saved substantial amounts of resource (can according to resident family with or without people's situation,
Real-time monitoring floor heating temperature, such as resident family if towards nine late five dutys, then can by day time, by floor heating temperature regulate
Lower, evening to morning is during this period of time by higher for the regulation of floor heating temperature)；Additionally, the quantity of described classification main frame is
One end of n, n platform classification main frame gathers with Zigbee respectively and intelligent control node is carried out one to one or one-to-many is connected, another
End is connected with gateway respectively；Wherein, each Zigbee gathers and intelligent control node one classification main frame of connection, 1≤n≤m,
So that several little networks one macroreticular of composition, power system capacity can be expanded further, data can be reduced simultaneously
Congested and network conflict, improves efficiency of transmission and the treatment effeciency of data so that this system can preferably be applied to building,
The places such as community, it is achieved the most unified management and control of floor heating；
2, this utility model by being divided into several subnets by zigbee network, on subnet upper strata, designs classification main frame, makes
Obtain classification main frame to be in two-tier network, such that it is able to effectively control next stage network, realize data between two-tier network simultaneously
Effectively forward, and in this utility model, actual what network of employing can set flexibly according to field demand；
3, this utility model is without changing existing floor heating application system (being applicable to existing three kinds of floor heating modes),
Can be set up by Ad Hoc network technology and have a large amount of acquisition node and control the wireless network of node, for existing floor heating control
Interface processed provides the most intelligent, the control of hommization；
4, this utility model is with ZigBee technology for wireless network core, internally can realize complexity, various, accurately
Warm up and be uniformly controlled, man-machine interaction simple, convenient, that enrich, Based Intelligent Control externally can be provided；
5, system of the present utility model can realize accommodating the Zigbee collection of up to more than 5000 and intelligent control node
(each Zigbee gathers and intelligent control node can connect a heating circuit), it is achieved multiple Zigbee gather and Based Intelligent Control
Node convergence in a wireless network, terminal unit can use the mode of authority classification and binding, it is achieved owner oneself supervises
Controlling oneself ground heating system, it is possible to realize giving authority property, property is carried out management and control and is authorized each Zigbee in the network of authority
Gather and intelligent control node；
6, system of the present utility model is through multiple situation simplation verification, and network capacity can be from 1 node (i.e. Zigbee
Gather and intelligent control node) to more than 5000, control node and gateway wireless communication distance can from 0 to 10 kilometers with
On, the precision etc. of the relay forwarding function of zigbee network, network data transmission is all preferably it was confirmed of the present utility model
Concept feasible；
7, in this utility model, by setting a number of Zigbee routing node in each subnet, such that it is able to
Ensure the stalwartness of network, improve the efficiency of transmission of data；
8, system of the present utility model is a unified hicap, (i.e. only uses a public network Internet outlet
Need to arrange a gateway), the multiple systems independent relative to existing dispersion, greatly reduce Internet and access into
Basis and system cost；And after using system of the present utility model, the centralized management that both can realize floor heating can also realize individually
Management and control, more excellent relative to the existing systematic function that can only carry out independent management and control；
9, the classification main frame in this utility model has routing function, not only increases the vigorousness of network, expands net
Network coverage, and when in data transmission procedure, some node playing route effect goes wrong, data can also be led to
Cross other nodes to forward, it is ensured that the stability of system.
Accompanying drawing explanation
Fig. 1 is the system structure schematic diagram of a kind of embodiment of this utility model；
Fig. 2 is the system structure schematic diagram of the internal structure comprising all parts in a kind of embodiment of the present utility model；
Fig. 3 is the system structure schematic diagram of this utility model embodiment 5.
Reference: 1-classification main frame, 2-gateway, the 3-webserver, 4-terminal unit, 5-Zigbee gathers and intelligence
Control node, 6-data acquisition module, 7-control unit, 8-data transmit-receive module, 9-the oneth zigbee coordinator, 10-
Zigbee node, 11-power adjusting section, 12-ethernet module, 13-main control chip, 14-the 2nd Zigbee coordinator,
15-Zigbee routing node.
With detailed description of the invention, this utility model is further described below in conjunction with the accompanying drawings.
Detailed description of the invention
Embodiment 1 of the present utility model: a kind of Large Copacity ground heating control system, as shown in Figure 1 and Figure 2, including: classification master
Machine 1, gateway 2, the webserver 3, terminal unit 4 and m Zigbee gather and intelligent control node 5, and described divides
Level main frame 1, gateway 2, the webserver 3, terminal unit 4 are sequentially connected with, and m Zigbee gathers and intelligent control node
5 are connected with classification main frame 1 respectively, wherein, and 2≤m；The quantity of described classification main frame 1 is n, n platform classification main frame 1
One end respectively with Zigbee gather and intelligent control node 5 carries out one to one or one-to-many is connected, the other end respectively with gateway 2
Connect；Wherein, each Zigbee gathers and intelligent control node 5 connects a classification main frame 1,1≤n≤m；Described
Zigbee gathers and intelligent control node 5 includes: data acquisition module 6, control unit 7 and data transmit-receive module 8, described
Data acquisition module 6, control unit 7 and data transmit-receive module 8 be sequentially connected with, data transmit-receive module 8 and classification main frame 1
Connect.Described classification main frame 1 includes k level, and wherein ,+1 grade of classification main frame 1 of jth is carried out with j-th stage classification main frame 1
One to one or one-to-many connect, the other end of the 1st grade of classification main frame 1 respectively with Zigbee gather and intelligent control node 5 enter
Row is one to one or one-to-many connects, and the other end of kth level classification main frame 1 is connected with gateway 2 respectively；2≤k,
1≤j≤k-1.Described classification main frame 1 includes: a zigbee coordinator 9 and zigbee node 10, described
Oneth zigbee coordinator 9 and zigbee node 10 is connected in series；Oneth zigbee of+1 grade of classification main frame 1 of jth coordinates
Device 9 carries out one to one with the zigbee node 10 of j-th stage classification main frame 1 or one-to-many is connected, the 1st grade of classification main frame 1
Oneth zigbee coordinator 9 gathers with Zigbee and intelligent control node 5 carries out one to one or one-to-many is connected, kth fraction
The zigbee node 10 of level main frame 1 is connected with gateway 2 respectively.
Embodiment 2: a kind of Large Copacity ground heating control system, as in figure 2 it is shown, include: classification main frame 1, gateway 2, network
Server 3, terminal unit 4 and m Zigbee gather and intelligent control node 5, described classification main frame 1, gateway 2,
The webserver 3, terminal unit 4 are sequentially connected with, m Zigbee gather and intelligent control node 5 respectively with classification main frame 1
Connect, wherein, 2≤m；The quantity of described classification main frame 1 be n, n platform classification main frame 1 one end respectively with Zigbee
Gathering and intelligent control node 5 is carried out one to one or one-to-many connects, the other end is connected with gateway 2 respectively；Wherein, each
Zigbee gathers and intelligent control node 5 connects a classification main frame 1,1≤n≤m；Described Zigbee gathers and intelligence
Control node 5 to include: data acquisition module 6, control unit 7 and data transmit-receive module 8, described data acquisition module
6, control unit 7 and data transmit-receive module 8 are sequentially connected with, and data transmit-receive module 8 is connected with classification main frame 1.Described
Zigbee gathers and intelligent control node 5 also includes: power adjusting section 11, and described power adjusting section 11 is single with control
Unit 7 connects.
Embodiment 3: a kind of Large Copacity ground heating control system, as in figure 2 it is shown, include: classification main frame 1, gateway 2, network
Server 3, terminal unit 4 and m Zigbee gather and intelligent control node 5, described classification main frame 1, gateway 2,
The webserver 3, terminal unit 4 are sequentially connected with, m Zigbee gather and intelligent control node 5 respectively with classification main frame 1
Connect, wherein, 2≤m；The quantity of described classification main frame 1 be n, n platform classification main frame 1 one end respectively with Zigbee
Gathering and intelligent control node 5 is carried out one to one or one-to-many connects, the other end is connected with gateway 2 respectively；Wherein, each
Zigbee gathers and intelligent control node 5 connects a classification main frame 1,1≤n≤m；Described Zigbee gathers and intelligence
Control node 5 to include: data acquisition module 6, control unit 7 and data transmit-receive module 8, described data acquisition module
6, control unit 7 and data transmit-receive module 8 are sequentially connected with, and data transmit-receive module 8 is connected with classification main frame 1.Described net
Close and 2 include: ethernet module 12, main control chip 13 and the 2nd Zigbee coordinator 14, described ethernet module 12,
Main control chip 13 and the 2nd Zigbee coordinator 14 are sequentially connected with, and the 2nd Zigbee coordinator 14 is with classification main frame 1 even
Connecing, ethernet module 12 is connected with the webserver 3.
Embodiment 4: a kind of Large Copacity ground heating control system, as it is shown in figure 1, include: classification main frame 1, gateway 2, network
Server 3, terminal unit 4 and m Zigbee gather and intelligent control node 5, described classification main frame 1, gateway 2,
The webserver 3, terminal unit 4 are sequentially connected with, m Zigbee gather and intelligent control node 5 respectively with classification main frame 1
Connect, wherein, 2≤m；The quantity of described classification main frame 1 be n, n platform classification main frame 1 one end respectively with Zigbee
Gathering and intelligent control node 5 is carried out one to one or one-to-many connects, the other end is connected with gateway 2 respectively；Wherein, each
Zigbee gathers and intelligent control node 5 connects a classification main frame 1,1≤n≤m；Described Zigbee gathers and intelligence
Control node 5 to include: data acquisition module 6, control unit 7 and data transmit-receive module 8, described data acquisition module
6, control unit 7 and data transmit-receive module 8 are sequentially connected with, and data transmit-receive module 8 is connected with classification main frame 1.Also include:
Zigbee routing node 15, described Zigbee routing node 15 respectively with Zigbee gather and intelligent control node 5 and divide
Level main frame 1 connects.
Embodiment 5: a kind of Large Copacity ground heating control system, as it is shown on figure 3, include: classification main frame 1, gateway 2, network
Server 3, terminal unit 4 and m Zigbee gather and intelligent control node 5, described classification main frame 1, gateway 2,
The webserver 3, terminal unit 4 are sequentially connected with, m Zigbee gather and intelligent control node 5 respectively with classification main frame 1
Connect, wherein, 2≤m；The quantity of described classification main frame 1 be n, n platform classification main frame 1 one end respectively with Zigbee
Gathering and intelligent control node 5 is carried out one to one or one-to-many connects, the other end is connected with gateway 2 respectively；Wherein, each
Zigbee gathers and intelligent control node 5 connects a classification main frame 1,1≤n≤m；Described Zigbee gathers and intelligence
Control node 5 to include: data acquisition module 6, control unit 7 and data transmit-receive module 8, described data acquisition module
6, control unit 7 and data transmit-receive module 8 are sequentially connected with, and data transmit-receive module 8 is connected with classification main frame 1.
The operation principle of a kind of embodiment of the present utility model:
Data acquisition module 6 (such as temperature acquisition sensor) in m Zigbee collection and intelligent control node 5 is adopted respectively
Collect its position indoor temperature (if exist obstacle or Zigbee gather and intelligent control node 5 and classification main frame 1 it
Between distant, then Zigbee routing node 15 can be set between), control unit 7 (also can control heater
Power on/off and operating current) this indoor temperature is mated with the ID of himself after sent by data transmit-receive module 8
(the most each node can send information to the coordination in their own network to a zigbee coordinator 9 to classification main frame 1
Device)；A zigbee coordinator 9 in 1st grade of classification main frame 1 receives the match information of described indoor temperature and ID
After, sending the zigbee node 10 to this classification main frame 1 by serial ports, this information is sent out by zigbee node 10 more further
Deliver to the zigbee coordinator 9 (i.e. coordinator in oneself network of this node) in the 2nd grade of classification main frame 1, with this type of
Push away, until this information sends the 2nd Zigbee coordinator 14 to gateway 2；Main control chip 13 is by this information further
Sent to the webserver 3 by ethernet module 12；(PC or intelligent terminal, according to power by terminal unit 4 for user
Limit grade can be bound some or whole Zigbee and be gathered and intelligent control node 5, and terminal unit 4 can show has bound joint
Dot information) (webserver 3 can complete the data of whole system and forward and storage, complete to utilize account logging in network server 3
Zigbee is become to gather and the authority distribution of intelligent control node 5, it is achieved terminal unit 4 gathers with Zigbee and Based Intelligent Control joint
The binding of point 5), floor heating temperature can be checked, it is also possible to gather for certain Zigbee and the ID of intelligent control node 5 sends out
Send control information, the temperature of floor heating is set as a certain numerical value；Described control information is fed back by gateway 2, classification main frame 1
Gather and intelligent control node 5 to m Zigbee；Each Zigbee gather and intelligent control node 5 by the ID of self with
The ID fed back to mates, if the ID fed back to mates with self ID, then control unit 7 utilizes power adjusting section
The temperature of 11 heat supplying loop regulating its position according to described control information.
Experimental example:
As a example by enterprise staff apartment electricity heat supply ground heating system.Apartment Nei Meijian apartment is that a single electricity is for thermally
Warm loop, often one or more layers is as a Zigbee wireless network, then accesses same communication gate, so that different
The floor heating of corresponding apartment can be controlled by apartment resident family or apartment manager by terminal unit.Mei Jian apartment all can be by making
User or manager set independent duty, and the duty that can set includes: heat supply rule, each time period heat supply shape
The assigned temperature of state, heat-supplying mode (quick heat supply or energy-saving heating).Central control room can be with unified control system state, aobvious
Show system information, statistical work time, power consumption etc..
Sight describes: the use of fixing work and rest custom resident family (make five and stop two, towards nine evenings five), with leaving working day behind apartment
Warm up and quit work, when resident family comes back, floor heating is preheated to assigned temperature, during preheating, uses Variable power mode of the present utility model
Preheating, when i.e. indoor temperature is closer to assigned temperature, heating power is the lowest；Whole day heating on day off；Resident family can be reached by
Mobile phone or individual PC check room heat supply and temperature information, separately can arrange by Iterim Change.
Resident family will return to apartment, for avoiding the wasting of resources for some reason after setting preheating time, it is only necessary to uses mobile phone or PC to log in
The webserver 3, inputs the account number cipher of oneself, increases interim setting, sets apartment floor heating and reaches in following several hours
To preheating temperature.
Or assume that resident family in the original plan 5:00～5:30 makes heat supply reach preset temperature, but power supply system fault 5:20
Just recovering supply of electric power, system judges that original power cannot at the appointed time put work, then can ask the user whether to change
Heat-supplying mode, increase power, to produce a desired effect, will control ground heating system use big in time allowing or be configured to allow
Power produces a desired effect.
The application of this utility model coefficient is not limited to an apartment, for the over thousands of apartment resident family under consolidated network,
Arranging different, to be suitable for self floor heating application plans, its control mode is simple terminal unit 4 and accesses appointment network
Server 3.
Claims (6)
1. a Large Copacity ground heating control system, it is characterised in that including: classification main frame (1), gateway (2), the webserver
(3), terminal unit (4) and m Zigbee gather and intelligent control node (5), described classification main frame (1), gateway
(2), the webserver (3), terminal unit (4) be sequentially connected with, m Zigbee gathers and intelligent control node (5)
It is connected with classification main frame (1) respectively, wherein, 2≤m；The quantity of described classification main frame (1) is n, n platform classification master
One end of machine (1) gathers with Zigbee respectively and intelligent control node (5) carries out one to one or one-to-many is connected, the other end
It is connected with gateway (2) respectively；Wherein, each Zigbee gathers and intelligent control node (5) connects a classification main frame
(1), 1≤n≤m；Described Zigbee gathers and intelligent control node (5) including: data acquisition module (6), control
Unit (7) and data transmit-receive module (8), described data acquisition module (6), control unit (7) and data transmit-receive module
(8) being sequentially connected with, data transmit-receive module (8) is connected with classification main frame (1).
Large Copacity the most according to claim 1 ground heating control system, it is characterised in that described classification main frame (1) includes
K level, wherein ,+1 grade of classification main frame (1) of jth carries out one to one with j-th stage classification main frame (1) or one-to-many is connected,
The other end of the 1st grade of classification main frame (1) gathers with Zigbee respectively and intelligent control node (5) carries out one to one or a pair
Multi-link, the other end of kth level classification main frame (1) is connected with gateway (2) respectively；2≤k, 1≤j≤k-1.
Large Copacity the most according to claim 2 ground heating control system, it is characterised in that described classification main frame (1) bag
Include: a zigbee coordinator (9) and zigbee node (10), described zigbee coordinator (9) and a zigbee
Node (10) is connected in series；Oneth zigbee coordinator (9) of+1 grade of classification main frame (1) of jth and j-th stage classification master
The zigbee node (10) of machine (1) is carried out one to one or one-to-many connects, the first of the 1st grade of classification main frame (1)
Zigbee coordinator (9) gathers with Zigbee and intelligent control node (5) carries out one to one or one-to-many is connected, kth level
The zigbee node (10) of classification main frame (1) is connected with gateway (2) respectively.
Large Copacity the most according to claim 1 ground heating control system, it is characterised in that described Zigbee gathers and intelligence
Control node (5) also to include: power adjusting section (11), described power adjusting section (11) and control unit (7)
Connect.
Large Copacity the most according to claim 1 ground heating control system, it is characterised in that described gateway (2) including: with
Too net module (12), main control chip (13) and the 2nd Zigbee coordinator (14), described ethernet module (12), main
Control chip (13) and the 2nd Zigbee coordinator (14) are sequentially connected with, the 2nd Zigbee coordinator (14) and classification main frame
(1) connecting, ethernet module (12) is connected with the webserver (3).
6. according to the Large Copacity ground heating control system described in any one of Claims 1 to 5, it is characterised in that also include: Zigbee
Routing node (15), described Zigbee routing node (15) respectively with Zigbee gather and intelligent control node (5) and
Classification main frame (1) connects.
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| CN201620006809.XU CN205536114U (en) | 2016-01-04 | 2016-01-04 | Control system warms up large capacity |
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| CN201620006809.XU CN205536114U (en) | 2016-01-04 | 2016-01-04 | Control system warms up large capacity |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107072008A (en) * | 2017-04-28 | 2017-08-18 | 欧普照明股份有限公司 | Intelligent illuminating system based on wireless control technology |
| CN110018660A (en) * | 2019-05-14 | 2019-07-16 | 佛山市秦钻智能建材科技有限公司 | A kind of intelligence ceramic tile signal collection control system |
| CN111813161A (en) * | 2020-06-30 | 2020-10-23 | 武汉理工大学 | Bionic temperature control neural network system based on weak grating and working method thereof |
-
2016
- 2016-01-04 CN CN201620006809.XU patent/CN205536114U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107072008A (en) * | 2017-04-28 | 2017-08-18 | 欧普照明股份有限公司 | Intelligent illuminating system based on wireless control technology |
| CN107072008B (en) * | 2017-04-28 | 2023-06-20 | 欧普照明股份有限公司 | Intelligent lighting system based on wireless control technology |
| CN110018660A (en) * | 2019-05-14 | 2019-07-16 | 佛山市秦钻智能建材科技有限公司 | A kind of intelligence ceramic tile signal collection control system |
| CN111813161A (en) * | 2020-06-30 | 2020-10-23 | 武汉理工大学 | Bionic temperature control neural network system based on weak grating and working method thereof |
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