CN107575990A - A kind of airhandling equipment control system and its control method based on cloud platform - Google Patents
A kind of airhandling equipment control system and its control method based on cloud platform Download PDFInfo
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- CN107575990A CN107575990A CN201710721131.2A CN201710721131A CN107575990A CN 107575990 A CN107575990 A CN 107575990A CN 201710721131 A CN201710721131 A CN 201710721131A CN 107575990 A CN107575990 A CN 107575990A
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Abstract
The invention discloses a kind of airhandling equipment control system and its method based on cloud platform, the control system includes air monitering equipment and airhandling equipment, the air monitering equipment and the airhandling equipment are associated with cloud platform by network system, and the cloud platform is associated with the terminal device for controlling airhandling equipment to work by network system.The control method is that cloud platform is controlled according to the result interacted with terminal device to airhandling equipment.The present invention is not only brought to user and big convenience, i.e.,：Different air-treatments can be controlled to set at one to cooperate, and, make full use of the advantage of cloud platform, greatly reduce the total production cost of airhandling equipment control system, the cost performance of airhandling equipment control system is increased substantially, is advantageous to the popularization and application of airhandling equipment control system.The airhandling equipment control system based on cloud platform of multi-user can be achieved.The security that the system of substantially increasing uses.
Description
Technical field
The present invention relates to a kind of airhandling equipment control system and its control method, more particularly to one kind to be based on cloud platform
Airhandling equipment control system and its control method.
Background technology
Improved constantly with the living standard of people, requirement of the people to living environment and working environment also more and more higher,
Quality and humiture particularly to room air are more paid attention to, and therefore, different types of airhandling equipment arises at the historic moment, and removes
Outside conventional air-conditioning, also new blower fan and breathing treasured etc..New blower fan of the prior art is integrated with sensor, and breathing treasured also collects
Into there is sensor, still, they are independently operated in a manner of unit.As shown in figure 1, indoor set in diverse location
It is equipped with new blower fan 2-1 and breathes precious 2-2, because IAQ is uneven, when new blower fan 2-1 sensor detects
When Carbon Dioxide in Air near new blower fan 2-1 is exceeded, new blower fan 2-1 starts, and fresh air is supplied to interior, still, now, if
The sensor for breathing precious 2-2 detects that the Carbon Dioxide in Air breathed near precious 2-2 is not exceeded, then, breathe precious 2-2 just not
It can start, indoor carbon dioxide will not be discharged outdoor, so, interior just generates malleation, and fresh air is not easy to be sent into interior,
Greatly reduce the efficiency for sending fresh air, even if fresh air is admitted to interior, due to the effect fresh air of indoor positive pressure also be difficult to spread all over it is whole
Individual interior, the processing quality to room air is greatly reduced, when new blower fan 2-1 sensor is detected near new blower fan 2-1
Carbon Dioxide in Air it is not exceeded when, even if away from new blower fan 2-1 Carbon Dioxide in Air it is exceeded, new blower fan 2-1 also can
Stop, therefore, it is difficult to make Carbon Dioxide in Air throughout the room not exceeded.Conversely, when the sensor detection for breathing precious 2-2
When Carbon Dioxide in Air near to the precious 2-2 of breathing is exceeded, breathes precious 2-2 and start, the carbon dioxide of interior is discharged into outdoor,
But now, if new blower fan 2-1 sensor detects that the Carbon Dioxide in Air near new blower fan 2-1 is not exceeded, that
, new blower fan 2-1 would not start, and will not supply fresh air to interior, so, indoor just to generate negative pressure, carbon dioxide is not easy
Discharge is outdoor, the efficiency of carbon dioxide discharge is greatly reduced, because the effect carbon dioxide of indoor negative pressure is difficult effectively to arrange
Go out, greatly reduce the processing quality to room air, when the sensor for breathing precious 2-2 detects the sky breathed near precious 2-2
When carbon dioxide is not exceeded in gas, even if exceeded away from the Carbon Dioxide in Air for breathing precious 2-2, breathing precious 2-2 can also stop,
Therefore, it is difficult to make Carbon Dioxide in Air throughout the room not exceeded.
Want to make new blower fan 2-1 work asynchronously with breathing precious 2-2, it is necessary to by indoor occupant to many places it is local (such as bedroom with
Parlor) it is operated manually.It can so be brought to indoor occupant and big inconvenience, particularly at midnight, indoor occupant is from dream
Get up in township it is manually operated new blower fan 2-1 is worked asynchronously with breathing precious 2-2, although titanium dioxide in air throughout the room can be made
Carbon is not exceeded, but have impact on the sleep of indoor occupant.
The new blower fan 2-1 and the precious 2-2 of breathing of prior art are single grade of Wind Volume output, therefore, leverage fresh air
Machine 2-1 and the service life for breathing precious 2-2, the filter core in particularly new blower fan 2-1 are easier aging and damage, considerably increased
The operating cost of airhandling equipment 2.
First start new blower fan 2-1 after people get in and breathe precious 2-2 and air is handled, when also waiting one section
Between, it air is become excellent, now, people will endure the pain for a period of time sucking bad air.
, can be greatly if new blower fan, breathing treasured, sensor are connected and be controlled using traditional controller
Increase the production cost of equipment, substantially reduce the cost performance of airhandling equipment control system, be unfavorable for airhandling equipment control
The popularization and application of system processed.
The content of the invention
The invention solves first technical problem be to provide a kind of airhandling equipment based on cloud platform and control system
System, the system is not only brought to user and big convenience, i.e.,：Different air-treatments can be controlled to set at one to cooperate,
Moreover, making full use of the advantage of cloud platform, the total production cost of airhandling equipment control system is greatly reduced, is significantly carried
The cost performance of high air-treatment apparatus control system, is advantageous to the popularization and application of airhandling equipment control system.
The invention solves second technical problem be to provide a kind of airhandling equipment controlling party based on cloud platform
Method, the system is not only brought to user and big convenience, i.e.,：Different air-treatments can be controlled to set at one to cooperate,
Moreover, making full use of the advantage of cloud platform, the total production cost of airhandling equipment control system is greatly reduced, is significantly carried
The cost performance of high air-treatment apparatus control system, is advantageous to the popularization and application of airhandling equipment control system.
For system, in order to solve above-mentioned first technical problem, the invention provides a kind of sky based on cloud platform
Gas disposal apparatus control system, including air monitering equipment and airhandling equipment, the air monitering equipment and the air
Processing equipment is associated with cloud platform by network system, and the cloud platform is associated with for controlling air-treatment by network system
The terminal device of equipment work.
At least a kind of sensor of air monitering equipment.
Same sensor at least two.
The standard value of same sensor is identical.
The air monitering equipment includes gas concentration lwevel sensor, fine particle concentration sensor, inhalable particles
Thing concentration sensor, total volatile organism concentration sensor, temperature sensor, humidity sensor, air flow rate sensor, two
Sulfur oxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor, ammonia concentration sensor, ozone are dense
Spend sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, xylene concentration sensor, benzo [a]
Pyrene concentration sensor, total number of bacteria sensor, radon sensor.
At least two kinds of the airhandling equipment.
Same airhandling equipment at least one.
The airhandling equipment includes two classes, and one kind is heat and wet treatment equipment, and another kind of is purification apparatus.
The heat and wet treatment equipment includes cooling and heating air conditioner, humidifier, dehumidifier.
The purification apparatus includes new blower fan, breathing treasured, clarifier, Humidifier.
The air monitering equipment is independent air monitering equipment, and/or, the air monitering equipment and the air
Processing equipment, which integrates, forms integration air processing equipment group.
The independent air monitering equipment is a kind of sensor, or, the independent air monitering equipment is a variety of
Sensor integrates.
A kind of sensor is at least integrated in each described airhandling equipment.
The new blower fan is integrated with carbon dioxide sensor, fine particle sensor, pellet sensor, harmful
Volatile matter sensor.
The breathing treasured is integrated with carbon dioxide sensor, fine particle sensor, pellet sensor, harmful
Volatile matter sensor.
The clarifier is integrated with carbon dioxide sensor, fine particle sensor, pellet sensor, harmful
Volatile matter sensor.
The Humidifier be integrated with carbon dioxide sensor, fine particle sensor, pellet sensor,
Unwanted volatile sensor.
The air quantity of the airhandling equipment is provided with multiple automatically controlled gears.
Multiple automatically controlled gears be followed successively by from big to small " big ", " in big ", " in ", " medium and small ", " small " five automatically controlled shelves
Position.
The cloud platform is configured with airhandling equipment control cloud module.
The airhandling equipment control cloud module includes the input-output unit for signal transmission, for data storage
Data storage cell, the data processing unit for being handled data.
It is interrelated between the input-output unit, the data storage cell, the data processing unit.
The data storage cell includes customer equipment data memory cell, customer equipment data memory cell, user room
Each factor qualitative data memory cell of interior air, each factor quality standard Value Data memory cell of user's room air, user room
Interior air each factor quality rating value data storage cell, nearest airhandling equipment flag data memory cell, each factor
The different stalls corresponding relation data memory cell of different brackets and each equipment, automatically starting stop time data memory cell,
Automatic alarm data storage cell.
The terminal device is fixed terminal equipment or mobile terminal device.
The fixed terminal equipment is desktop computer.
The mobile terminal device is smart mobile phone or tablet personal computer or notebook computer.
The terminal equipment configuration has the human-computer interaction module associated with airhandling equipment control cloud module.
The human-computer interaction module includes user's registration and login interface, user equipment information display interface, in user room
Each factor credit rating display interface of air, user's room air difference factor quality worst grade and the preferred gear of distinct device
The preferred gear amendment inputting interface of display interface, distinct device of corresponding relation, each factor quality standard value of user's room air
Each factor quality rating value inputting interface of inputting interface, user's room air, nearest airhandling equipment mark inputting interface, from
It is dynamic start dwell time setting inputting interface, OnNow inputting interface, distinct device gear personal settings inputting interface,
Amendment inputting interface, automatic alarm to the different stalls air quantity of each equipment set inputting interface.
The network system includes network software and the network hardware.
The network software includes the network transmission protocol.
The network that the network hardware includes the network hardware associated in a wired fashion and/or wirelessly associated is hard
Part.
The network hardware associated in a wired fashion is cable, binding post, interface circuit, cable network.
The cable is netting twine, telephone wire, power line, coaxial cable, optical fiber.
The binding post is plug, socket.
The interface circuit is wired network adapter, hub, modem, broadband modem.
The network hardware wirelessly associated is wireless network card, WIFI routers, bluetooth, wireless network.
The wired network adapter and the air monitering integration of equipments.
The wireless network card and the air monitering integration of equipments.
The wired network adapter integrates with the airhandling equipment.
The wireless network card integrates with the airhandling equipment.
The wired network adapter is provided with the compatible mould for adapting to early stage air monitering equipment and early stage airhandling equipment
Block.
The wireless network card is provided with the compatible mould for adapting to early stage air monitering equipment and early stage airhandling equipment
Block.
The wired network adapter be provided with for the function that adapts to different air monitering equipment and different airhandling equipments from
It is dynamic to adapt to module.
The wireless network card be provided with for the function that adapts to different air monitering equipment and different airhandling equipments from
It is dynamic to adapt to module.
The air monitering equipment and the airhandling equipment are arranged on house, villa, office, hospital.
The house is three living rooms and one sitting room.
The new blower fan is arranged in big room.
The new blower fan is arranged in parlor.
The breathing treasured is arranged in the room for being also easy to produce carbon dioxide.
The breathing treasured is arranged in bedroom, dining room.
The distance that air is advanced between the new blower fan and the breathing are precious is grown.
The clarifier is positioned close to the room in kitchen.
The clarifier is arranged on dining room.
Humidifier is arranged on easily dry room.
Humidifier is arranged on bedroom.
The house is the compound room of upper and lower layer.
The upper strata room is disposed with new blower fan, Humidifier, clarifier, breathing from doorway side to window side
Treasured, the lower floor room are disposed with new blower fan, Humidifier, clarifier, breathing treasured from doorway side to window side.
Airhandling equipment control system of the invention based on cloud platform has the advantages that compared with prior art.
1st, the technical program passes through as a result of the air monitering equipment and the airhandling equipment and cloud platform
Network system intelligent association, the cloud platform are associated with by network system and set for the terminal for controlling airhandling equipment to work
Standby technological means, so, not only bring to user and big convenience, i.e.,：Different air-treatments can be controlled to set at one
Cooperate, moreover, making full use of the advantage of cloud platform, greatly reduce the total production cost of airhandling equipment control system
And consumables cost, the cost performance and the feature of environmental protection of airhandling equipment control system are increased substantially, is advantageous to airhandling equipment
The popularization and application of control system.
2nd, the technical program is as a result of at least a kind of technological means of sensor of the air monitering equipment, institute
To be not only advantageous to realization and automatically control, moreover, being advantageous to carry out comprehensive monitoring to the quality of room air.
3rd, the technical program as a result of same sensor at least two technological means, so, be advantageous to pass
The distribution of sensor.
4th, the technical program as a result of same sensor standard value identical technological means, so, be advantageous to
Comparison to same sensor detection data, is advantageous to the intelligent processing method to air.
5th, the technical program includes gas concentration lwevel sensor, fine particle as a result of the air monitering equipment
Concentration sensor, inspirable particle concentration sensor, total volatile organism concentration sensor, temperature sensor, humidity pass
Sensor, air flow rate sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor,
Ammonia concentration sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, diformazan
Benzene concentration sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, the technological means of radon sensor, can be according to reality
Situation and the demand of different user select different sensors.
6th, the technical program as a result of at least two kinds of the airhandling equipment technological means, so, favorably
Room air collaboration is handled in airhandling equipment.
7th, the technical program is as a result of the same airhandling equipment technological means of at least one, so, have
It is improved beneficial to the quality to room air.
8th, the technical program includes two classes as a result of the airhandling equipment, and one kind is heat and wet treatment equipment, separately
One kind is the technological means of purification apparatus, so, variety classes can be selected according to actual conditions and the demand of different user
Airhandling equipment.
9th, the technical program includes cooling and heating air conditioner, humidifier, dehumidifier as a result of the heat and wet treatment equipment
Technological means, so, different heat and wet treatment equipment can be selected according to actual conditions and the demand of different user.
10th, the technical program includes new blower fan, breathing treasured, clarifier, humidification as a result of the purification apparatus
The technological means of clarifier, so, different purification apparatus can be selected according to actual conditions and the demand of different user.
11st, the technical program is independent air monitering equipment (distribution spirit as a result of the air monitering equipment
It is living), and/or, the air monitering equipment integrates with the airhandling equipment and forms integration air processing equipment group
The technological means of (saving space-consuming), so, according to actual conditions and the demand of different user different air can be selected to supervise
Measurement equipment and airhandling equipment.
12nd, the technical program as a result of the independent air monitering equipment be a kind of sensor (it is simple in construction, make
With more flexible), or, the independent air monitering equipment is that the integrated of multiple sensors (is advantageous to the sky to the same area
Makings amount is monitored) technological means, so, can be according to the different independent sky of the demand selection of actual conditions and different user
Gas monitoring device.
13rd, the technical program is as a result of at least integrated a kind of skill of sensor in airhandling equipment each described
Art means, so, be advantageous to save substantial amounts of space.
14th, the technical program as a result of the new blower fan be integrated with carbon dioxide sensor, fine particle sensor,
Pellet sensor, unwanted volatile sensor, the breathing treasured is integrated with carbon dioxide sensor, fine particle passes
Sensor, pellet sensor, unwanted volatile sensor, the clarifier be integrated with carbon dioxide sensor, thin
Grain thing sensor, pellet sensor, unwanted volatile sensor, the Humidifier are integrated with carbon dioxide biography
Sensor, fine particle sensor, pellet sensor, the technological means of unwanted volatile sensor, so, be advantageous to
The many factors of the same space air are monitored, is advantageous to intelligent control of the controller to airhandling equipment, is advantageous to
Realize the collaborative work between different airhandling equipments.
15th, the technical program is provided with the skill of multiple automatically controlled gears as a result of the air quantity of the airhandling equipment
Art means, so, it can be handled according to the air quantity of the different different automatically controlled gears of the preferred airhandling equipment of air quality.
16th, the technical program as a result of multiple automatically controlled gears be followed successively by from big to small " big ", " in big ",
" in ", " medium and small ", the technological means of " small " five automatically controlled gears, so, be advantageous to intelligence of the controller to airhandling equipment
Control, be advantageous to extend the service life of airhandling equipment, be advantageous to extend the service life of filter core consumptive material.
17th, the technical program is configured with the technology hand of airhandling equipment control cloud module as a result of the cloud platform
Section, can effectively be controlled airhandling equipment.
18th, the technical program controls cloud module to include being used for the defeated of signal transmission as a result of the airhandling equipment
Enter output unit, the data storage cell for data storage, the data processing unit for being handled data, it is described defeated
Enter the technological means that is mutually related between output unit, the data storage cell, the data processing unit, so, Yun Ping
Platform can receive the data that air monitering equipment transmits, and the data to receiving are handled, according to the result of data processing certainly
It is dynamic that airhandling equipment is controlled.
19th, the technical program includes user data memory cell, user equipment as a result of the data storage cell
Each factor qualitative data memory cell of data storage cell, user's room air, each factor quality standard value of user's room air
Each factor quality rating value data storage cell of data storage cell, user's room air, nearest airhandling equipment conventional number
Stop according to memory cell, the different stalls corresponding relation data memory cell of different brackets and each equipment of each factor, automatic start
Only time data memory cell, the technological means of automatic alarm data storage cell, so, it is possible to achieve to multi-user management,
Equipment is controlled, different factor qualitative datas are handled, determine the grade of different factor quality, find out same factor quality
Worst grade, the automatically controlled gear of relevant device is determined according to the worst grade, it is determined that nearest airhandling equipment, Jin Ershi
Now to airhandling equipment intelligentized control method, at the same time it can also issue the user with report according to the change of different factor abnormal qualities
It is alert.
20th, the technical program is fixed terminal equipment (having the advantages of reliable and stable) as a result of the terminal device
Or the technological means of mobile terminal device the advantages of (have have easy to use), so, can be according to actual conditions and different user
Demand selects different terminal devices.
21st, the technical program is the technological means of desktop computer as a result of the fixed terminal equipment, so, can be with
Realize one-object-many-purposes.
22nd, the technical program as a result of the mobile terminal device be smart mobile phone (carry, using most convenient) or
The technological means of tablet personal computer (carrying, using more convenient) or notebook computer (carrying, using more convenient), so, can basis
Actual conditions and the demand of different user select different mobile terminal devices.
23rd, the technical program has as a result of the terminal equipment configuration controls cloud module with the airhandling equipment
The technological means of associated human-computer interaction module, so, effectively it can be interacted with cloud platform.
24th, the technical program includes user's registration and login interface, Yong Hushe as a result of the human-computer interaction module
Standby information display interface, each factor credit rating display interface of user's room air, user's room air difference factor quality are most
The preferred gear amendment inputting interface of display interface, distinct device of poor grade and the preferred gear corresponding relation of distinct device, user
Each factor quality standard value inputting interface of room air, user's room air each factor quality rating value inputting interface, most near-space
Gas disposal device flag inputting interface, the automatic dwell time that starts set inputting interface, OnNow inputting interface, distinct device
The personal settings inputting interface of gear, amendment inputting interface, automatic alarm to the different stalls air quantity of each equipment set defeated
Enter the technological means at interface, so, it is convenient to user is registered, the quality information of each factor of air is checked, system is set
Various parameters, different air-treatments can be controlled to set in different modes and cooperated.
25th, the technical program includes the technological means of network software and the network hardware as a result of the network system,
So, it can be ensured that the airhandling equipment control system normal work of cloud platform.
26th, the technical program includes the technological means of the network transmission protocol as a result of the network software, so, can
Realize the association of the logic level of system.
27th, the technical program as a result of the network hardware include the network hardware that associates in a wired fashion and/or
The technological means of the network hardware wirelessly associated, so, the association of feasible system different modes.
28th, the technical program is cable, binding post, connect as a result of the network hardware associated in a wired fashion
Mouth circuit, the technological means of cable network, so, system relationship is reliable.
29th, the technical program is netting twine, telephone wire, power line, coaxial cable, optical fiber as a result of the cable, institute
It is that plug, socket, the interface circuit are wired network adapter, hub, modem, broadband modem to state binding post
Technological means, so, multiple systems can be produced according to actual conditions.
30th, the technical program is wireless network card, WIFI roads as a result of the network hardware wirelessly associated
By device, bluetooth, the technological means of wireless network, so, system distribution is convenient freely.
31st, the technical program is as a result of the wired network adapter and the air monitering integration of equipments, the wireless network
Card and the air monitering integration of equipments, the wired network adapter integrate with the airhandling equipment, the wireless network card and institute
The integrated technological means of airhandling equipment is stated, so, it is easy for installation.
32nd, the technical program is provided with for adapting to early stage air monitering equipment and morning as a result of the wired network adapter
The compatible modules of phase airhandling equipment, the wireless network card are provided with for adapting to early stage air monitering equipment and early stage air
The technological means of the compatible modules of processing equipment, so, be advantageous to air monitering equipment incompatible in early days and air-treatment
Equipment is associated with cloud platform.
33rd, the technical program is provided with for adapting to different air monitering equipment and not as a result of the wired network adapter
Function with airhandling equipment adapts to module automatically, the wireless network card be provided with for adapt to different air monitering equipment and
The function of different airhandling equipments adapts to the technological means of module automatically, so, it is suitable for new air monitering equipment and new
Airhandling equipment needs.
34th, the technical program as a result of the air monitering equipment and the airhandling equipment be arranged on house,
Villa, office, the technological means of hospital, so, system is using quite varied.
35th, the technical program is arranged on the technological means in big room as a result of the new blower fan, so, be advantageous to
Fresh air makes full use of.
36th, the technical program is arranged on the technological means in parlor as a result of the new blower fan, so, fresh air is available for
More people enjoy.
37th, the technical program is arranged on the technology hand in the room for being also easy to produce carbon dioxide as a result of the breathing treasured
Section, so, effectively carbon dioxide gas can be discharged.
38th, the technical program is arranged on the technological means in bedroom, dining room as a result of the breathing treasured, so, have
Beneficial to the convection current for realizing air.
39th, the skill that the technical program is grown as a result of the new blower fan and the breathing distance that air is advanced between precious
Art means, so, advantageously reduce the dead angle of air flow.
40th, the technical program is positioned close to the technological means in the room in kitchen as a result of the clarifier, so,
Be advantageous to the oil smoke in air filtering.
41st, the technical program is arranged on the technological means in dining room as a result of the clarifier, so, be advantageous to filter
Harmful substance in air.
42nd, the technical program is arranged on the technological means in easily dry room as a result of Humidifier, so, no
But be advantageous to filter air nuisance, moreover, it is also possible to add dry air aobvious.
43rd, the technical program is arranged on the technological means in bedroom as a result of Humidifier, so, be advantageous to people
Sleep.
44th, the technical program as a result of the upper strata room be disposed with from doorway side to window side new blower fan,
Humidifier, clarifier, breathing are precious, and it is net that the lower floor room is disposed with new blower fan, humidification from doorway side to window side
Change device, clarifier, the technological means of breathing treasured, so, be advantageous to improve the efficiency and quality to air-treatment.
For method, in order to solve above-mentioned second technical problem, the invention provides a kind of sky based on cloud platform
Gas disposal apparatus control method, this method are that cloud platform is controlled according to the result interacted with terminal device to airhandling equipment
System.
Between the information of different user, the information of user's air monitering equipment, the information of user's airhandling equipment, equipment
The information of correlation is stored in cloud platform.
Between the information of different user, the information of user's air monitering equipment, the information of user's airhandling equipment, equipment
The information of correlation and each relevant information are to be completed by user terminal device in a manner of registering, log in, input
's.
The air monitering equipment and airhandling equipment of same user is relatively independent by the interrelated formation of cloud platform
The airhandling equipment control system based on cloud platform.
The standard value of client's air monitering equipment is set.
Standard value is set by terminal device.
The data that client's air monitering equipment is detected are compared with standard value.
Cloud platform cooperates according to comparative result control positioned at the airhandling equipment for communicating diverse location in space.
At least a kind of sensor of air monitering equipment.
Same sensor at least two.
The standard value of same sensor is identical.
The standard value of each sensor sets according to each one demand or set according to national standard.
The air monitering equipment includes gas concentration lwevel sensor, fine particle concentration sensor, inhalable particles
Thing concentration sensor, total volatile organism concentration sensor, temperature sensor, humidity sensor, air flow rate sensor, two
Sulfur oxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor, ammonia concentration sensor, ozone are dense
Spend sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, xylene concentration sensor, benzo [a]
Pyrene concentration sensor, total number of bacteria sensor, the sensor of radon 222.
The standard value of the gas concentration lwevel sensor is 400ppm~1000ppm.
The standard value of the gas concentration lwevel sensor is 750ppm.
The standard value of the fine particle concentration sensor is 0ug/m3~35ug/m3。
The standard value of the fine particle concentration sensor is 20ug/m3。
The standard value of the inspirable particle concentration sensor is 50ug/m3~100ug/m3。
The standard value of the inspirable particle concentration sensor is 75ug/m3。
The standard value of the unwanted volatile concentration sensor is 0mg/m3~0.5mg/m3。
The standard value of the unwanted volatile concentration sensor is 0.25mg/m3。
The result of the comparison is the difference between the data and standard value that air monitering equipment detects.
The grade of factor air quality not of the same race is determined according to the size of the difference.
The grade be followed successively by from getting well to going bad it is excellent, good, in, the pole such as poor, extreme difference five.
It is described it is excellent, good, in, poor, extreme difference represented with color indicator lamp, be followed successively by it is blue, green, yellow, red, without (going out).
The factor is carbon dioxide, fine particle, pellet, unwanted volatile.
It is excellent that the difference of the carbon dioxide, which is less than or equal to 0ppm, is more than 200ppm and less than or equal to 500ppm
It is good, in being more than 500ppm and less than or equal to 800ppm, it is poor more than 800ppm and less than or equal to 1050ppm, is more than
1050ppm is extreme difference.
The difference of the fine particle is less than or equal to 0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/m3For
It is good, more than 10ug/m3And it is less than or equal to 20ug/m3For in, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, it is more than
30ug/m3For extreme difference.
The difference of the pellet is less than or equal to 0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/
m3To be good, more than 10ug/m3And it is less than or equal to 20ug/m3For in, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, greatly
In 30ug/m3For extreme difference.
The difference of the unwanted volatile is less than or equal to 0mg/m3To be excellent, more than 0mg/m3And it is less than or equal to 0.1mg/
m3To be good, more than 0.2mg/m3And it is less than or equal to 0.3mg/m3For in, more than 0.3mg/m3And it is less than or equal to 0.4mg/m3For
Difference, more than 0.4mg/m3For extreme difference.
At least two kinds of the airhandling equipment.
Same airhandling equipment at least one.
The airhandling equipment has new blower fan, clarifier, Humidifier, breathing precious.
The maximum quantity of wind of the new blower fan is 200m3/ h~2000m3/h。
The maximum quantity of wind of the new blower fan is 300m3/ h or 500m3/h。
The maximum quantity of wind of the clarifier is 200m3/ h~2000m3/h。
The maximum quantity of wind of the clarifier is 300m3/ h or 530m3/h。
The maximum quantity of wind of the Humidifier is 200m3/ h~2000m3/h。
The maximum quantity of wind of the Humidifier is 500m3/ h or 850m3/h。
The precious maximum quantity of wind of the breathing is 200m3/ h~2000m3/h。
The precious maximum quantity of wind of the breathing is 300m3/ h or 500m3/h。
The air quantity of the airhandling equipment be provided with it is small, medium and small, in, in big, big five automatically controlled gears.
The small air quantity of the airhandling equipment is more than 0 and less than or equal to 1/5th of maximum quantity of wind.
The Wind Volume of the airhandling equipment is more than 4/5ths of maximum quantity of wind and is less than or equal to maximum quantity of wind.
Demand and actual feelings of the medium and small air quantity, middle air quantity, middle Wind Volume of the airhandling equipment according to different clients
Condition determines.
The five automatically controlled gears of the airhandling equipment from small to large are with each factor quality of the air from excellent to extreme difference
Five grades it is corresponding.
The gear of airhandling equipment corresponding to each factor credit rating is the airhandling equipment in the factor
Gear default value under credit rating.
When same sensor has multiple, the cloud platform the worst grade of difference in same sensor is defined automatically
Ground is controlled to the airhandling equipment of diverse location.
When same airhandling equipment has multiple, generally only start a nearest airhandling equipment, the most near-space
Gas disposal equipment is from measuring nearest that of the sensor that difference is the worst grade in multiple airhandling equipments
Individual airhandling equipment, by the traffic sign placement of nearest airhandling equipment corresponding to each described sensor in the cloud platform
In.
When the concentration over-standard of carbon dioxide, new blower fan and breathing treasured start simultaneously.
When the concentration of carbon dioxide is not exceeded, if fine particle concentration over-standard and/or inspirable particle concentration surpass
Mark and/or unwanted volatile concentration over-standard to it is good or middle when, then only start clarifier and/or Humidifier, if fine grained
Thing concentration over-standard and/or inspirable particle concentration is exceeded and/or during unwanted volatile concentration over-standard to difference or extreme difference, then starts
Clarifier (2-3) and/or Humidifier, new blower fan, breathing treasured.
Cloud platform, which is provided with, starts time and dwell time.
It is typically 15 minutes before indoor someone to start the time.
Dwell time be typically it is indoor nobody first 15 minutes.
User has interacted four kinds of patterns by terminal device with cloud platform：
When user is sent by terminal device to cloud platform automatically controls instruction, cloud platform, which receives, automatically controls instruction
Afterwards, then the data that air monitering equipment transmits are received, and the data to receiving carry out Treatment Analysis, according to Data Management Analysis
Result afterwards is controlled to airhandling equipment automatically.
To cloud after user sets the wind speed and gear of different air monitering equipment according to own situation by terminal device
When platform sends personalized control instruction, after cloud platform receives personalized control instruction, it is defined by the arranges value of client, to not
It is controlled with airhandling equipment.
When user receives by terminal device the gear of the air quality information sent from cloud platform and airhandling equipment
During the default value of position, if it is considered to the gear default value is improper, then corrects and send optimization control to cloud platform after the gear default value
System instruction, after cloud platform receives optimal control instruction, the value after optimization is defined, and different airhandling equipments are controlled
System.
When user, which is in, runs into special circumstances, direct control instruction, cloud platform are sent to cloud platform by terminal device
After receiving direct control instruction, the control to airhandling equipment is abandoned, user is directly controlled to airhandling equipment
System.
The data that each sensor successively transmits are arranged in order carry out com-parison and analysis by cloud platform, when data variation is abnormal
When, send alert notification user to terminal device.
The threshold value of data variation is configured according to the indoor environment situation of different user.
Airhandling equipment control method of the invention based on cloud platform has the advantages that compared with prior art.
1st, the technical program is entered as a result of cloud platform according to the result interacted with terminal device to airhandling equipment
The technological means of row control, so, not only bring to user and big convenience, i.e.,：Different air-treatments can be controlled at one
Set and cooperate, moreover, making full use of the advantage of cloud platform, the production for greatly reducing airhandling equipment control system is total
Cost, the cost performance of airhandling equipment control system is increased substantially, be advantageous to the popularization of airhandling equipment control system
Using.
2nd, the technical program is as a result of the information of different user, the information of user's air monitering equipment, user's air
The information of correlation is stored in the technological means in cloud platform between the information of processing equipment, equipment, so, it can be achieved multi-purpose
The airhandling equipment control system based on cloud platform at family.
3rd, the technical program is as a result of the information of different user, the information of user's air monitering equipment, user's air
The information of correlation and each relevant information are to note by user by terminal device between the information of processing equipment, equipment
Volume, log in, the technological means that the mode of input is completed, so, facilitate different user to respective information safeguard to being
The parameter of system carries out each propertyization modification in real time.
4th, the technical program is put down as a result of the air monitering equipment and airhandling equipment of same user by cloud
The interrelated technological means for forming the relatively independent airhandling equipment control system based on cloud platform of platform, so, significantly
The security that the system of improving uses.
5th, the technical program passes through terminal device as a result of the standard value for setting client's air monitering equipment, standard value
Set, for the data that client's air monitering equipment is detected compared with standard value, cloud platform is located at phase according to comparative result control
The technological means that the airhandling equipment of diverse location cooperates in logical space, so, it is greatly improved airhandling equipment
To the efficiency and quality of room air processing.
6th, the technical program is as a result of at least a kind of technological means of sensor of the air monitering equipment, institute
To be not only advantageous to realization and automatically control, moreover, being advantageous to carry out comprehensive monitoring to the quality of room air.
7th, the technical program as a result of same sensor at least two technological means, so, be advantageous to pass
The distribution of sensor.
8th, the technical program as a result of same sensor standard value identical technological means, so, be advantageous to
Comparison to same sensor detection data.
9th, the technical program (is suitable for individual as a result of the standard value of each sensor according to each one demand setting
Property demand) or the technological means that sets according to national standard and (be suitable for majority's demand), so, can according to actual conditions and
The demand of different user selects different setting means.
10th, the technical program includes gas concentration lwevel sensor, fine grained as a result of the air monitering equipment
Thing concentration sensor, inspirable particle concentration sensor, total volatile organism concentration sensor, temperature sensor, humidity
Sensor, air flow rate sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensing
Device, ammonia concentration sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor,
Xylene concentration sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, the technological means of the sensor of radon 222, institute
With, so, different sensors can be selected according to actual conditions and the demand of different user.
11st, the technical program is data and standard that air monitering equipment detects as a result of the result of the comparison
The technological means of difference between value, so, arithmetic speed can be improved.
12nd, the technical program is as a result of the grade that factor air quality not of the same race is determined according to the size of the difference
Technological means, so, the good with bad of factor air quality not of the same race is not only may determine that, moreover, it is also possible to judge not
The good and bad degree of factor air quality of the same race, is advantageous to the Intelligent treatment to air.
13rd, the technical program be followed successively by as a result of the grade from getting well to going bad it is excellent, good, in, the pole such as poor, extreme difference five
Technological means, so, not only can according to air quality quality selectively determine airhandling equipment air quantity, moreover,
Be advantageous to prevent the air quantity of airhandling equipment from frequently changing.
14th, the technical program as a result of it is described it is excellent, good, in, poor, extreme difference represented with color indicator lamp, be followed successively by it is blue,
Technological means green, yellow, red, without (lamp goes out entirely), so, user is easy to judge the quality of IAQ.
15th, the technical program as a result of the factor be carbon dioxide, it is fine particle, pellet, harmful
The technological means of volatile matter, so, targetedly the maximum several harmful substances of harm to the human body in air can be carried out
Effective processing.
16th, the technical program as a result of at least two kinds of the airhandling equipment technological means, so, favorably
Room air collaboration is handled in airhandling equipment.
17th, the technical program is as a result of the same airhandling equipment technological means of at least one, so, have
It is improved beneficial to the quality to room air.
18th, the technical program has new blower fan, clarifier as a result of the airhandling equipment, Humidifier, exhaled
Precious technological means being inhaled, so, air can be handled in several ways.
19th, the technical program as a result of the air quantity of the airhandling equipment be provided with it is small, medium and small, in, in it is big,
The technological means of big five automatically controlled gears, so, it can be handled according to the preferably different air quantity of different air qualities.
20th, the technical program is more than 0 and less than or equal to maximum as a result of the small air quantity of the airhandling equipment
/ 5th of air quantity, the Wind Volume of the airhandling equipment are more than 4/5ths of maximum quantity of wind and less than or equal to maximum
Air quantity, medium and small air quantity, middle air quantity, the middle Wind Volume of the airhandling equipment are true according to the demand and actual conditions of different clients
Fixed technological means, so, be advantageous to neatly be configured the air quantity of airhandling equipment.
21st, the technical program is as a result of the airhandling equipment five automatically controlled gears from small to large and the sky
Each factor quality of gas from the excellent technological means corresponding to five grades of extreme difference, so, can be achieved airhandling equipment intelligence
Can control.
22nd, when the technical program has multiple as a result of same sensor, the cloud platform is with same sensor
The worst grade of middle difference is defined the technological means being automatically controlled to the airhandling equipment of diverse location, so, no
But it can finally make IAQ everywhere to be excellent, moreover, sky can selectively be determined with bad degree according to air quality is good
The air quantity of gas disposal equipment, airhandling equipment can be avoided to be worked all the time with maximum quantity of wind, be advantageous to extend airhandling equipment
Service life, extend the usage time of filter core, greatly save the operating cost of air-treatment.
23rd, when the technical program has multiple as a result of same airhandling equipment, one is generally only started recently
Airhandling equipment, it in multiple airhandling equipments from difference is measured is the worst grade that the airhandling equipment recently, which is,
Nearest that airhandling equipment of the sensor, by nearest airhandling equipment corresponding to each described sensor
Technological means of the traffic sign placement in the cloud platform, so, room air can be carried out on the premise of energy-conservation effective
Processing.
24th, as a result of when the concentration over-standard of carbon dioxide, new blower fan and breathing treasured start the technical program simultaneously
Technological means, so, can greatly improve interior scavenging efficiency, greatly save electric energy.
25th, the technical program is not as a result of when the concentration of carbon dioxide is exceeded, if fine particle concentration over-standard
And/or inspirable particle concentration is exceeded and/or unwanted volatile concentration over-standard to it is good or middle when, then only start clarifier and/
Or Humidifier, if fine particle concentration over-standard and/or inspirable particle concentration is exceeded and/or unwanted volatile concentration
During exceeded to poor or extreme difference, then start clarifier and/or Humidifier, new blower fan, the technological means of breathing treasured, so, can
The not exceeded air of indoor carbon dioxide is made full use of, is advantageous to save electric energy.
26th, the technical program is provided with the technological means for starting time and dwell time as a result of cloud platform, so,
Electric energy can not only be saved, furthermore, it is possible to enjoy the high-quality air of interior immediately after people get in, it is indoor nobody when
System is closed automatically, can extend the service life of airhandling equipment.
27th, the technical program is as a result of when user is sent to cloud platform by terminal device and automatically controls instruction,
Cloud platform receives automatically control instruction after, then receive the data that air monitering equipment transmits, and the data to receiving are carried out
Processing, the technological means being controlled automatically to airhandling equipment according to the result of data processing, so, cloud platform can be achieved
To the intelligent control of airhandling equipment.
28th, the technical program sets different air moniterings according to own situation as a result of as user by terminal device
When sending personalized control instruction to cloud platform after the wind speed and gear of equipment, after cloud platform receives personalized control instruction,
It is defined by the arranges value of client, the technological means that different airhandling equipments are controlled, so, it can be realized by cloud platform
Personalization to airhandling equipment controls.
29th, the technical program receives the air quality sent from cloud platform as a result of as user by terminal device
During the gear default value of information and airhandling equipment, if it is considered to the gear default value is improper, then gear acquiescence is corrected
It is worth backward cloud platform and sends optimal control instruction, after cloud platform receives optimal control instruction, the value after optimization is defined, to not
The technological means being controlled with airhandling equipment, so, the more optimization to airhandling equipment can be realized by cloud platform
Control.
30th, the technical program is as a result of when user is in and runs into special circumstances, by terminal device to cloud platform
Direct control instruction is sent, after cloud platform receives direct control instruction, abandons the control to airhandling equipment, Yong Huzhi
The technological means being controlled to airhandling equipment is connect, so, it can be achieved freely to control airhandling equipment.
31st, the data that each sensor successively transmits are arranged in order progress by the technical program as a result of cloud platform
Compare, when data variation exception, the technological means of alert notification user is sent to terminal device, so, be advantageous to accident
Event is reacted in time.
32nd, the technical program is set as a result of the threshold value of data variation according to the indoor environment situation of different user
The technological means put, so, be advantageous to avoid the alarm of inaction, can also avoid alert situation about not reporting.
Brief description of the drawings
With reference to the accompanying drawings and detailed description to airhandling equipment control system of the present invention based on cloud platform and
Its control method is described in further detail.
Fig. 1 is the structural representation that new blower fan and breathing treasured are distributed in the prior art.
Fig. 2 is the structural representation of the airhandling equipment control system of the invention based on cloud platform.
Fig. 3 is the new blower fan structure that sensor is integrated with the airhandling equipment control system of the invention based on cloud platform
Schematic diagram.
Fig. 4 is the logical construction schematic diagram of the airhandling equipment control system medium cloud module of the invention based on cloud platform.
Fig. 5 is the logical construction schematic diagram of data storage cell in cloud module.
Fig. 6 is that the logical construction of human-computer interaction module in the airhandling equipment control system of the invention based on cloud platform is shown
It is intended to.
Fig. 7 is the species schematic diagram of human-computer interaction interface in human-computer interaction module sheet.
Fig. 8 is the structure chart that the airhandling equipment control system of the invention based on cloud platform is distributed in three living rooms and one sitting room.
Fig. 9 is the structure that the airhandling equipment control system of the invention based on cloud platform is distributed in double-layer compound room
Figure.
Figure 10 is the flow chart of the airhandling equipment control method of the invention based on cloud platform.
Description of reference numerals is as follows.
1~air monitering equipment；
1-1~gas concentration lwevel sensor；
1-2~fine particle concentration sensor；
1-3~inspirable particle concentration sensor；
1-4~total volatile organism concentration sensor；
2~airhandling equipment；
2-1~new blower fan；
2-2~breathing is precious；
2-3~clarifier；
2-4~Humidifier；
3~cloud platform；
4~terminal device；
4-1~；
5~network system；
5-1~；
6~airhandling equipment controls cloud module；
6-1~input-output unit；
6-2~data storage cell；
6-2-0~user data memory cell；
6-2-1~customer equipment data memory cell；
Each factor qualitative data memory cell of 6-2-2~user's room air；
Each factor quality standard Value Data memory cell of 6-2-3~user's room air；
Each factor quality rating value data storage cell of 6-2-4~user's room air；
6-2-5~nearest airhandling equipment flag data memory cell；
The different brackets of 6-2-6~each factor and the different stalls corresponding relation data memory cell of each equipment；
6-2-7~automatic starting stop time data memory cell；
6-2-8~automatic alarm data storage cell；
6-3~data processing unit；
7~human-computer interaction module；
7-1~input-output unit；
7-2~human-computer interaction interface；
7-2-1~user's registration and login interface；
7-2-2~user equipment information display interface；
Each factor credit rating display interface of 7-2-3~user's room air；
7-2-4~user's room air difference factor quality worst grade is aobvious with the preferred gear corresponding relation of distinct device
Show interface；
The preferred gear amendment inputting interface of 7-2-5~distinct device；
Each factor quality standard value inputting interface of 7-2-6~user's room air；
Each factor quality rating value inputting interface of 7-2-7~user's room air；
7-2-8~nearest airhandling equipment mark inputting interface；
7-2-9~automatic dwell time that starts sets inputting interface；
7-2-10~OnNow inputting interface；
The personal settings inputting interface of 7-2-11~distinct device gear；
7-2-12~to the amendment inputting interface of the different stalls air quantity of each equipment；
7-2-13~automatic alarm sets inputting interface.
Embodiment
As shown in Fig. 2 present embodiments provide for a kind of airhandling equipment control system based on cloud platform, including sky
Gas monitoring device 1 and airhandling equipment 2, the air monitering equipment 1 and the airhandling equipment 2 pass through with cloud platform 3
Network system 5 is associated, and the cloud platform 3 is associated with by network system 5 and set for the terminal for controlling airhandling equipment 2 to work
Standby 4.
As the various improvement of present embodiment, details are as follows.
As shown in figure 3, the air monitering equipment 1 has four kinds of sensors.It is of course also possible to be, the air monitering is set
Standby 1 has a kind of, two kinds, three or more sensors.
As shown in Fig. 8 to Fig. 9, same sensor has multiple.
As shown in Fig. 8 to Fig. 9, the standard value of same sensor is identical.
As shown in Fig. 3, Fig. 8 to Fig. 9, the air monitering equipment 1 includes gas concentration lwevel sensor 1-1, fine grained
Thing concentration sensor 1-2, inspirable particle concentration sensor 1-3, total volatile organism concentration sensor 1-4.Certainly,
Temperature sensor, humidity sensor, air flow rate sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide can be included
Sensor, carbonomonoxide concentration sensor, ammonia concentration sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration
Sensor, toluene concentration sensor, xylene concentration sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, radon
222 sensors.
As shown in Fig. 8 to Fig. 9, the airhandling equipment 2 has four kinds.It is of course also possible to it is the airhandling equipment
2 have two kinds, it is three or more.
As shown in Fig. 8 to Fig. 9, same airhandling equipment 2 can have one, it is possibility to have multiple.
The airhandling equipment 2 includes two classes, and one kind is heat and wet treatment equipment, and another kind of is purification apparatus.
The heat and wet treatment equipment includes cooling and heating air conditioner, humidifier, dehumidifier.
As shown in Fig. 8 to Fig. 9, the purification apparatus includes new blower fan 2-1, the precious 2-2 of breathing, clarifier 2-3, humidification
Clarifier 2-4.
As shown in figure 8, the air monitering equipment 1 can be independent air monitering equipment or, the air
Monitoring device 1 integrates with the airhandling equipment 2 and forms integration air processing equipment group.
As shown in figure 8, the independent air monitering equipment be a kind of sensor or, the independent air
Monitoring device is the integrated of multiple sensors.
As shown in Fig. 8 to Fig. 9, four kinds of sensors are integrated in each described airhandling equipment 2, it is of course also possible to be,
A kind of, two kinds, three or more sensors are integrated in each described airhandling equipment 2.
As shown in Fig. 8 to Fig. 9, the new blower fan 2-1 is integrated with carbon dioxide sensor 1-1, fine particle sensor 1-
2nd, pellet sensor 1-3, unwanted volatile sensor 1-4.
As shown in Fig. 8 to Fig. 9, the precious 2-2 of breathing is integrated with carbon dioxide sensor 1-1, fine particle sensor 1-
2nd, pellet sensor 1-3, unwanted volatile sensor 1-4.
As shown in Fig. 8 to Fig. 9, the clarifier 2-3 is integrated with carbon dioxide sensor 1-1, fine particle sensor 1-
2nd, pellet sensor 1-3, unwanted volatile sensor 1-4.
As shown in Fig. 8 to Fig. 9, the Humidifier 2-4 is integrated with carbon dioxide sensor 1-1, fine particle sensing
Device 1-2, pellet sensor 1-3, unwanted volatile sensor 1-4.
As shown in Fig. 8 to Fig. 9, the air quantity of the airhandling equipment 2 is provided with multiple automatically controlled gears.
As shown in Fig. 8 to Fig. 9, multiple automatically controlled gears be followed successively by from big to small " big ", " in big ", " in ", " medium and small ",
" small " five automatically controlled gears.
As shown in Fig. 2 the cloud platform 3 is configured with airhandling equipment control cloud module 6.
As shown in figure 4, the airhandling equipment control cloud module 6 includes being used for the input-output unit 6- of signal transmission
1st, the data storage cell 6-2 for data storage, the data processing unit 6-3 for being handled data.The input
It is interrelated between output unit 6-1, the data storage cell 6-2, the data processing unit 6-3.
(it is used to store user's letter as shown in figure 5, the data storage cell 6-2 includes user data memory cell 6-2-0
Breath, such as：Name, address, house type etc.), customer equipment data memory cell 6-2-1 (be used for store air monitering equipment and air
The information of processing equipment, such as：Device name, equipment owning user, position, air quantity corresponding to each gear of equipment are set
Deng), each factor qualitative data memory cell 6-2-2 of user's room air (be used to store each factor quality information for detecting,
Such as：The detected value etc. of the title of each factor, each factor), each factor quality standard Value Data storage of user's room air it is single
First 6-2-3 (is used to store each factor quality standard value, such as：Title, the standard value of each factor), each factor of user's room air
Quality rating value data storage cell 6-2-4 (is used to store each factor quality rating value, such as：The title of each factor and it is excellent,
It is good, in, the grade point corresponding to poor, extreme difference), nearest airhandling equipment flag data memory cell 6-2-5 (be used for store away from
The nearest airhandling equipment mark of each air monitering equipment, such as：The title of air monitering equipment, airhandling equipment
Title, recently mark), the different brackets of each factor and the different stalls corresponding relation data memory cell 6-2-6 of each equipment (use
In the different brackets and the information of the different stalls of each equipment that store each factor, such as：The title of each factor, the grade of each factor,
The title of corresponding airhandling equipment, corresponding gear, it is typically corresponding " small " gear of " excellent " grade, " good " grade is corresponding
" medium and small " gear, " in " grade it is corresponding " in " gear, corresponding " in the big " gear of " poor " grade, " extreme difference " grade correspondence " big " shelves
Position, cloud platform are closed according to each factor quality information and the different brackets of each factor that detect are corresponding with the different stalls of each equipment
System intelligently selects each airhandling equipment and its different gears to carry out collaboration processing to air), automatic start stop
Time data memory cell 6-2-7 (is used to store starting time information and dwell time information, such as：Start-stop state, time, with
Just cloud platform automatically controls airhandling equipment start by set date, and timing stops), automatic alarm data storage cell 6-2-8 (is used for
The threshold value of each factor change is stored, such as：The title of each factor, change threshold).
As shown in Fig. 2 the terminal device 4 is fixed terminal equipment or mobile terminal device.The fixed terminal equipment
It is desktop computer.The mobile terminal device is smart mobile phone or tablet personal computer or notebook computer.
As shown in fig. 6, the terminal device 4 is configured with the people associated with airhandling equipment control cloud module 6
Machine interactive module 7.
As shown in fig. 7, the human-computer interaction module 7 include user's registration and login interface 7-2-1 (be used to registering, log in,
Input the information of user), the user equipment information display interface 7-2-2 information of user equipment (be used for show), user's Interior Space
In each factor credit rating display interface 7-2-3 of gas (being used for the information for showing each factor credit rating of room air), user room
Air difference factor quality worst grade and the display interface 7-2-4 of the preferred gear corresponding relation of distinct device (are used to show and used
Family room air difference factor quality worst grade and the information of the preferred gear corresponding relation of distinct device), distinct device it is preferred
Gear amendment inputting interface 7-2-5 (is used to input the different preferred gear correction values of airhandling equipment, to set air-treatment
It is standby to be further optimized control), each factor quality standard value inputting interface 7-2-6 of user's room air (for input it is each because
Element quality standard value), each factor quality rating value inputting interface 7-2-7 of user's room air (be used for input each factor quality
Grade point), nearest airhandling equipment mark inputting interface 7-2-8 (is used to being inputted according to the actual distribution situation of equipment nearest
The mark of airhandling equipment), the automatic dwell time setting inputting interface 7-2-9 that starts (is used to set starting time and stopping
Time), OnNow inputting interface 7-2-10 (be used for start in real time the airhandling equipment control system based on cloud platform), no
Personal settings inputting interface 7-2-11 with equipment gear (is used for the shelves that different airhandling equipments are set with customizing mode
Position), (the different shelves for more optimally setting each equipment to be used for the amendment inputting interface 7-2-12 of the different stalls air quantity of each equipment
The air quantity of position), automatic alarm inputting interface 7-2-13 (being used for the change threshold for inputting each factor) is set.
As shown in Fig. 2 the network system 5 includes network software and the network hardware.
The network software includes the network transmission protocol.
The network that the network hardware includes the network hardware associated in a wired fashion and/or wirelessly associated is hard
Part.
The network hardware associated in a wired fashion is cable, binding post, interface circuit, cable network.
The cable is netting twine, telephone wire, power line, coaxial cable, optical fiber.
The binding post is plug, socket.
The interface circuit is wired network adapter, hub, modem, broadband modem.
The network hardware wirelessly associated is wireless network card, WIFI routers, bluetooth, wireless network.
The wired network adapter is integrated with the air monitering equipment 1.
The wireless network card is integrated with the air monitering equipment 1.
The wired network adapter is integrated with the airhandling equipment 2.
The wireless network card is integrated with the airhandling equipment 2.
The wired network adapter is provided with the compatibility for adapting to early stage air monitering equipment 1 and early stage airhandling equipment 2
Module.
The wireless network card is provided with the compatibility for adapting to early stage air monitering equipment 1 and early stage airhandling equipment 2
Module.
The wired network adapter is provided with the function for adapting to different air monitering equipment 1 and different airhandling equipments 2
It is automatic to adapt to module.
The wireless network card is provided with the function for adapting to different air monitering equipment 1 and different airhandling equipments 2
It is automatic to adapt to module.
The air monitering equipment 1 and the airhandling equipment 2 are arranged on house, villa, office, hospital, school.
As shown in figure 8, the house is three living rooms and one sitting room.
The new blower fan 2-1 is arranged in big room.
The new blower fan 2-1 is arranged in parlor.
The precious 2-2 of breathing is arranged in the room for being also easy to produce carbon dioxide.
The precious 2-2 of breathing is arranged in bedroom, dining room.
The distance that air is advanced between the new blower fan 2-1 and the precious 2-2 of breathing is grown.
The clarifier 2-3 is positioned close to the room in kitchen.
The clarifier 2-3 is arranged on dining room.
Humidifier 2-4 is arranged on easily dry room.
Humidifier 2-4 is arranged on bedroom.
As shown in figure 9, the house is the compound room of upper and lower layer.
The upper strata room is disposed with new blower fan 2-1, Humidifier 2-4, clarifier from doorway side to window side
2-3, the precious 2-2 of breathing, the lower floor room be disposed with from doorway side to window side new blower fan 2-1, Humidifier 2-4,
Clarifier 2-3, the precious 2-2 of breathing.
As shown in figs. 2 and 10, present embodiments provide for a kind of airhandling equipment control method based on cloud platform,
This method is that cloud platform 3 is controlled according to the result that terminal device 4 interacts to airhandling equipment 2.
As shown in figs. 2 and 10, the information of different user, the information of user's air monitering equipment 1, user's air-treatment are set
Information for correlation between 2 information, equipment is stored in cloud platform 3.
As shown in figs. 2 and 10, the information of different user, the information of user's air monitering equipment 1, user's air-treatment are set
Between standby 2 information, equipment the information of correlation and each relevant information be by user by terminal device 4 to register,
Log in, the mode of input is completed.
As shown in Fig. 2 to Fig. 7 and Figure 10, the air monitering equipment 1 and airhandling equipment 2 of same user are put down by cloud
Platform 3 is interrelated to form the relatively independent airhandling equipment control system based on cloud platform.
As shown in Fig. 2 to Fig. 7 and Figure 10, the standard value of client's air monitering equipment 1 is set.
As shown in Fig. 2 to Fig. 7 and Figure 10, standard value is set by terminal device 4.
As shown in Fig. 2 to Fig. 7 and Figure 10, the data that client's air monitering equipment 1 is detected are compared with standard value.
As shown in Fig. 2 to Fig. 7 and Figure 10, cloud platform 3 is located at according to comparative result control communicates diverse location in space
Airhandling equipment 2 cooperates.
As shown in Fig. 3 and Fig. 8 to Fig. 9, at least a kind of sensor of air monitering equipment 1.
As shown in Fig. 3 and Fig. 8 to Fig. 9, same sensor at least two.
As shown in Fig. 3 and Fig. 8 to Fig. 9, the standard value of same sensor is identical.
As shown in Fig. 3 and Fig. 8 to Fig. 9, the standard value of each sensor is set or according to country according to each one demand
Standard setting.
The air monitering equipment 1 includes gas concentration lwevel sensor 1-1, fine particle concentration sensor 1-2, can inhaled
Enter particle concentration sensor 1-3, total volatile organism concentration sensor 1-4, temperature sensor, humidity sensor, air
Flow sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor, ammonia concentration
Sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, xylene concentration pass
Sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, the sensor of radon 222.
The standard value of various sensors can be set according to table one and/or table two.
Table one：Indoor Air Quality standards
| Sequence number | Clock rate | Parameter | Unit | Standard value | Remarks |
| 1 | It is physical | Temperature | ℃ | 22~28 | Summer air-conditioning |
| 1 | It is physical | Temperature | ℃ | 16~24 | Winter air-conditioning |
| 2 | It is physical | Relative humidity | % | 40~80 | Summer air-conditioning |
| 2 | It is physical | Relative humidity | % | 30~60 | Winter air-conditioning |
| 3 | It is physical | Air velocity | m/s | 0.3 | Summer air-conditioning |
| 3 | It is physical | Air velocity | m/s | 0.2 | Winter air-conditioning |
| 4 | It is physical | Resh air requirement | M3/h people | 30 | a |
| 5 | Chemically | Sulfur dioxide SO2 | mg/m | 30.5 | 1h averages |
| 6 | Chemically | Nitrogen dioxide NO2 | mg/m3 | 0.24 | 1h averages |
| 7 | Chemically | Carbon monoxide CO | mg/m3 | 10 | 1h averages |
| 8 | Chemically | Carbon dioxide CO2 | % | 0.1 | Daily mean |
| 9 | Chemically | Ammonia NH3 | mg/m3 | 0.2 | 1h averages |
| 10 | Chemically | Ozone O3 | mg/m3 | 0.16 | 1h averages |
| 11 | Chemically | Formaldehyde HCHO | mg/m3 | 0.10 | 1h averages |
| 12 | Chemically | Benzene C6H6 | mg/m3 | 0.11 | 1h averages |
| 13 | Chemically | Toluene C7H8 | mg/m3 | 0.20 | 1h averages |
| 14 | Chemically | Dimethylbenzene C8H10 | mg/m3 | 0.20 | 1h averages |
| 15 | Chemically | Benzo [a] pyrene B (a) P | ng/m3 | 1 | Daily mean |
| 16 | Chemically | Inhalable particles PM10 | mg/m3 | 0.15 | Daily mean |
| 17 | Chemically | Total volatile organism TVOC | mg/m3 | 0.68 | H averages |
| 18 | It is biological | Total number of bacteria | cfu/m3 | 2500 | Determine b according to instrument |
| 19 | Radioactivity | Radon 222Rn | Bq/m3 | 400 | Annual mean |
Table two：Code for indoor environmental pollution control of civil building engineering
| Sequence number | Pollutant | Unit | Concentration is limited the quantity | Concentration is limited the quantity |
| I classes | II classes | |||
| 1 | Formaldehyde HCHO | mg/m3 | ≤0.08 | ≤0.1 |
| 2 | Ammonia NH3 | mg/m3 | ≤0.2 | ≤0.2 |
| 3 | Benzene C6H6 | mg/m3 | ≤0.09 | ≤0.09 |
| 4 | Radon 222Rn | Bq/m3 | ≤200 | ≤400 |
| 5 | TVOC | mg/m3 | ≤0.5 | ≤0.6 |
The standard value of the gas concentration lwevel sensor 1-1 is 400ppm~1000ppm.
The standard value of the gas concentration lwevel sensor 1-1 is 750ppm.
The standard value of the fine particle concentration sensor 1-2 is 0ug/m3~35ug/m3。
The standard value of the fine particle concentration sensor 1-2 is 20ug/m3。
The standard value of the inspirable particle concentration sensor 1-3 is 50ug/m3~100ug/m3。
The standard value of the inspirable particle concentration sensor 1-3 is 75ug/m3。
The standard value of the unwanted volatile concentration sensor 1-4 is 0mg/m3~0.5mg/m3。
The standard value of the unwanted volatile concentration sensor 1-4 is 0.25mg/m3。
The result of the comparison is the difference between the data and standard value that air monitering equipment 1 detects.
The grade of factor air quality not of the same race is determined according to the size of the difference.
The grade be followed successively by from getting well to going bad it is excellent, good, in, the pole such as poor, extreme difference five.
It is described it is excellent, good, in, poor, extreme difference represented with color indicator lamp, be followed successively by it is blue, green, yellow, red, without (lamp goes out).
The factor is carbon dioxide, fine particle, pellet, unwanted volatile.
It is excellent that the difference of the carbon dioxide, which is less than or equal to 0ppm, is more than 200ppm and less than or equal to 500ppm
It is good, in being more than 500ppm and less than or equal to 800ppm, it is poor more than 800ppm and less than or equal to 1050ppm, is more than
1050ppm is extreme difference.
As shown in Fig. 8 to Fig. 9, the difference of at least two fine particle of airhandling equipment 2 is less than or equal to
0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/m3To be good, more than 10ug/m3And it is less than or equal to 20ug/m3For
In, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, more than 30ug/m3For extreme difference.
The difference of the pellet is less than or equal to 0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/
m3To be good, more than 10ug/m3And it is less than or equal to 20ug/m3For in, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, greatly
In 30ug/m3For extreme difference.
The difference of the unwanted volatile is less than or equal to 0mg/m3To be excellent, more than 0mg/m3And it is less than or equal to 0.1mg/
m3To be good, more than 0.2mg/m3And it is less than or equal to 0.3mg/m3For in, more than 0.3mg/m3And it is less than or equal to 0.4mg/m3For
Difference, more than 0.4mg/m3For extreme difference.
Kind.
Same airhandling equipment 2 at least one.
The airhandling equipment 2 has new blower fan 2-1, clarifier 2-3, Humidifier 2-4, the precious 2-2 of breathing.
The maximum quantity of wind of the new blower fan 2-1 is 200m3/h~2000m3/h。
The maximum quantity of wind of the new blower fan 2-1 is 300m3/h or 500m3/h。
The maximum quantity of wind of the clarifier 2-3 is 200m3/h~2000m3/h。
The maximum quantity of wind of the clarifier 2-3 is 300m3/h or 530m3/h。
The maximum quantity of wind of the Humidifier 2-4 is 200m3/h~2000m3/h。
The maximum quantity of wind of the Humidifier 2-4 is 500m3/h or 850m3/h。
The maximum quantity of wind of the precious 2-2 of breathing is 200m3/h~2000m3/h。
The maximum quantity of wind of the precious 2-2 of breathing is 300m3/h or 500m3/h。
The air quantity of the airhandling equipment 2 be provided with it is small, medium and small, in, in big, big five automatically controlled gears.
The small air quantity of the airhandling equipment 2 is more than 0 and less than or equal to 1/5th of maximum quantity of wind.
The Wind Volume of the airhandling equipment 2 is more than 4/5ths of maximum quantity of wind and is less than or equal to maximum quantity of wind.
Demand and actual feelings of the medium and small air quantity, middle air quantity, middle Wind Volume of the airhandling equipment 2 according to different clients
Condition determines.
As shown in Fig. 5, Fig. 7, Figure 10, the five automatically controlled gears of the airhandling equipment 2 from small to large and the air
Each factor quality is corresponding to five grades of extreme difference from excellent.
The gear of airhandling equipment 2 corresponding to each factor credit rating be the airhandling equipment 2 this because
Gear default value under plain credit rating.
As shown in Fig. 5, Fig. 7, Figure 10, when same sensor has multiple, the cloud platform 3 is with poor in same sensor
It is worth the worst grade and is defined and automatically the airhandling equipment 2 of diverse location is controlled.
As shown in Fig. 5, Fig. 7, Figure 10, when same airhandling equipment 2 has multiple, generally only start a nearest air
Processing equipment 2, it in multiple airhandling equipments 2 from difference is measured is the worst grade that the airhandling equipment 2 recently, which is,
Nearest that airhandling equipment 2 of the sensor, nearest air-treatment corresponding to each described sensor is set
Standby 2 traffic sign placement is in the cloud platform 3.
When the concentration over-standard of carbon dioxide, new blower fan 2-1 and the precious 2-2 of breathing start simultaneously.
When the concentration of carbon dioxide is not exceeded, if fine particle concentration over-standard and/or inspirable particle concentration surpass
Mark and/or unwanted volatile concentration over-standard to it is good or middle when, then only start clarifier 2-3 and/or Humidifier 2-4, if
Fine particle concentration over-standard and/or inspirable particle concentration is exceeded and/or during unwanted volatile concentration over-standard to difference or extreme difference,
Then start clarifier 2-3 and/or Humidifier 2-4, new blower fan 2-1, the precious 2-2 of breathing.
As shown in Fig. 5, Fig. 7, Figure 10, cloud platform 3, which is provided with, starts time and dwell time.
It is typically 15 minutes before indoor someone to start the time.
Dwell time be typically it is indoor nobody first 15 minutes.
As shown in Fig. 2 user has interacted four kinds of patterns with cloud platform 3 by terminal device 4：
When user is sent by terminal device 4 to cloud platform 3 automatically controls instruction, cloud platform 3, which receives, to be automatically controlled
After instruction, then the data that air monitering equipment 1 transmits are received, and the data to receiving carry out Treatment Analysis, at data
Result after reason analysis is controlled to airhandling equipment 2 automatically.
When user sets the wind speed of different air monitering equipment 1 and gear backward according to own situation by terminal device 4
When cloud platform 3 sends personalized control instruction, after cloud platform 3 receives personalized control instruction, it is defined by the arranges value of client,
Different airhandling equipments 2 are controlled.
When user receives the air quality information sent from cloud platform 3 and airhandling equipment 2 by terminal device 4
During gear default value, if it is considered to the gear default value is improper, then corrects and send optimization to cloud platform 3 after the gear default value
Control instruction, after cloud platform 3 receives optimal control instruction, the value after optimization is defined, and different airhandling equipments 2 are carried out
Control.
When user, which is in, runs into special circumstances, direct control instruction, Yun Ping are sent to cloud platform 3 by terminal device 4
After platform 3 receives direct control instruction, the control to airhandling equipment 2 is abandoned, user directly enters to airhandling equipment 2
Row control.
As shown in Figure 5, Figure 7, the data that each sensor successively transmits are arranged in order and are compared by cloud platform 3, when
During data variation exception, alert notification user is sent to terminal device 4.
The threshold value of data variation is configured according to the indoor environment situation of different user.
Claims (4)
1. a kind of airhandling equipment control system based on cloud platform, including air monitering equipment (1) and airhandling equipment
(2), it is characterised in that：The air monitering equipment (1) and the airhandling equipment (2) pass through network system with cloud platform (3)
System (5) association, the cloud platform (3) are associated with the terminal for controlling airhandling equipment (2) to work by network system (5)
Equipment (4).
2. the airhandling equipment control system based on cloud platform according to claim 1, it is characterised in that：
At least a kind of sensor of air monitering equipment (1)；
Same sensor at least two；
The standard value of same sensor is identical；
The air monitering equipment (1) include gas concentration lwevel sensor (1-1), fine particle concentration sensor (1-2), can
Suck particle concentration sensor (1-3), total volatile organism concentration sensor (1-4), temperature sensor, humidity sensor
Device, air flow rate sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor, ammonia
Gas concentration sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, dimethylbenzene
Concentration sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, the sensor of radon 222；
At least two kinds of the airhandling equipment (2)；
Same airhandling equipment (2) at least one；
The airhandling equipment (2) includes two classes, and one kind is heat and wet treatment equipment, and another kind of is purification apparatus；
The heat and wet treatment equipment includes cooling and heating air conditioner, humidifier, dehumidifier；
The purification apparatus includes new blower fan (2-1), breathing precious (2-2), clarifier (2-3), Humidifier (2-4)；
The air monitering equipment (1) is independent air monitering equipment, and/or, the air monitering equipment (1) and the sky
Gas disposal equipment (2), which integrates, forms integration air processing equipment group；
The independent air monitering equipment is a kind of sensor, or, the independent air monitering equipment is a variety of sensings
Device integrates；
A kind of sensor is at least integrated in each described airhandling equipment (2)；
The new blower fan (2-1) is integrated with carbon dioxide sensor (1-1), fine particle sensor (1-2), pellet
Sensor (1-3), unwanted volatile sensor (1-4)；
The breathing precious (2-2) is integrated with carbon dioxide sensor (1-1), fine particle sensor (1-2), pellet
Sensor (1-3), unwanted volatile sensor (1-4)；
The clarifier (2-3) is integrated with carbon dioxide sensor (1-1), fine particle sensor (1-2), pellet
Sensor (1-3), unwanted volatile sensor (1-4)；
The Humidifier (2-4) be integrated with carbon dioxide sensor (1-1), fine particle sensor (1-2), inhalable
Grain thing sensor (1-3), unwanted volatile sensor (1-4)；
The air quantity of the airhandling equipment (2) is provided with multiple automatically controlled gears；
Multiple automatically controlled gears be followed successively by from big to small " big ", " in big ", " in ", " medium and small ", " small " five automatically controlled gears；
The cloud platform (3) is configured with airhandling equipment control cloud module (6)；
The airhandling equipment control cloud module (6) includes the input-output unit (6-1) for signal transmission, for storing
The data storage cell (6-2) of data, the data processing unit (6-3) for being handled data；
Between the input-output unit (6-1), the data storage cell (6-2), the data processing unit (6-3) mutually
Association；
The data storage cell (6-2) includes customer equipment data memory cell (6-2-0), customer equipment data memory cell
Each factor qualitative data memory cell (6-2-2) of (6-2-1), user's room air, each factor quality standard of user's room air
Each factor quality rating value data storage cell (6-2-4) of Value Data memory cell (6-2-3), user's room air, most near-space
The different brackets and the different stalls corresponding relation of each equipment of gas disposal device flag data storage cell (6-2-5), each factor
Data storage cell (6-2-6), automatic starting stop time data memory cell (6-2-7), automatic alarm data storage cell
(6-2-8)；
The terminal device (4) is fixed terminal equipment or mobile terminal device；
The fixed terminal equipment is desktop computer；
The mobile terminal device is smart mobile phone or tablet personal computer or notebook computer；
The terminal device (4) is configured with the human-computer interaction module associated with airhandling equipment control cloud module (6)
(7)；
The human-computer interaction module (7) includes user's registration and login interface (7-2-1), user equipment information display interface (7-
2-2), each factor credit rating display interface (7-2-3) of user's room air, user's room air difference factor quality are worst etc.
Level and the preferred gear amendment inputting interface (7- of display interface (7-2-4), distinct device of the preferred gear corresponding relation of distinct device
2-5), each factor quality standard value inputting interface (7-2-6) of user's room air, each factor quality rating value of user's room air
Inputting interface (7-2-7), nearest airhandling equipment mark inputting interface (7-2-8), the automatic dwell time that starts set input
Interface (7-2-9), OnNow inputting interface (7-2-10), the personal settings inputting interface (7-2- of distinct device gear
11) inputting interface (7-2-, is set to amendment inputting interface (7-2-12), the automatic alarm of the different stalls air quantity of each equipment
13)；
The network system (5) includes network software and the network hardware；
The network software includes the network transmission protocol；
The network hardware includes the network hardware associated in a wired fashion and/or the network hardware wirelessly associated；
The network hardware associated in a wired fashion is cable, binding post, interface circuit, cable network；
The cable is netting twine, telephone wire, power line, coaxial cable, optical fiber；
The binding post is plug, socket；
The interface circuit is wired network adapter, hub, modem, broadband modem；
The network hardware wirelessly associated is wireless network card, WIFI routers, bluetooth, wireless network；
The wired network adapter is integrated with the air monitering equipment (1)；
The wireless network card is integrated with the air monitering equipment (1)；
The wired network adapter is integrated with the airhandling equipment (2)；
The wireless network card is integrated with the airhandling equipment (2)；
The wired network adapter is provided with for adapting to early stage air monitering equipment (1) and the compatibility of early stage airhandling equipment (2)
Module；
The wireless network card is provided with for adapting to early stage air monitering equipment (1) and the compatibility of early stage airhandling equipment (2)
Module；
The wired network adapter is provided with the function for adapting to different air monitering equipment (1) and different airhandling equipments (2)
It is automatic to adapt to module；
The wireless network card is provided with the function for adapting to different air monitering equipment (1) and different airhandling equipments (2)
It is automatic to adapt to module；
The air monitering equipment (1) and the airhandling equipment (2) are arranged on house, villa, office, hospital；
The house is three living rooms and one sitting room；
The new blower fan (2-1) is arranged in big room；
The new blower fan (2-1) is arranged in parlor；
The breathing precious (2-2) is arranged in the room for being also easy to produce carbon dioxide；
The breathing precious (2-2) is arranged in bedroom, dining room；
The distance that air is advanced between the new blower fan (2-1) and the breathing precious (2-2) is grown；
The clarifier (2-3) is positioned close to the room in kitchen；
The clarifier (2-3) is arranged on dining room；
Humidifier (2-4) is arranged on easily dry room；
Humidifier (2-4) is arranged on bedroom；
The house is the compound room of upper and lower layer；
The upper strata room is disposed with new blower fan (2-1), Humidifier (2-4), clarifier from doorway side to window side
(2-3), breathing are precious (2-2), and the lower floor room is disposed with new blower fan (2-1), humidifying and purifying from doorway side to window side
Device (2-4), clarifier (2-3), breathing are precious (2-2).
A kind of 3. airhandling equipment control method based on cloud platform, it is characterised in that：Cloud platform (3) basis and terminal device
(4) result of interaction is controlled to airhandling equipment (2).
4. the airhandling equipment control method based on cloud platform according to claim 3, it is characterised in that：
The information of different user, the information of user's air monitering equipment (1), the information of user's airhandling equipment (2), equipment it
Between the information of correlation be stored in cloud platform (3)；
The information of different user, the information of user's air monitering equipment (1), the information of user's airhandling equipment (2), equipment it
Between correlation information and each relevant information be by user terminal device (4) in a manner of registering, log in, input
Complete；
The air monitering equipment (1) and airhandling equipment (2) of same user is formed relatively by the way that cloud platform (3) is interrelated
The independent airhandling equipment control system based on cloud platform；
The standard value of client's air monitering equipment (1) is set；
Standard value is set by terminal device (4)；
The data that client's air monitering equipment (1) is detected are compared with standard value；
Cloud platform (3) cooperates according to comparative result control positioned at the airhandling equipment (2) for communicating diverse location in space；
At least a kind of sensor of air monitering equipment (1)；
Same sensor at least two；
The standard value of same sensor is identical；
The standard value of each sensor sets according to each one demand or set according to national standard；
The air monitering equipment (1) include gas concentration lwevel sensor (1-1), fine particle concentration sensor (1-2), can
Suck particle concentration sensor (1-3), total volatile organism concentration sensor (1-4), temperature sensor, humidity sensor
Device, air flow rate sensor, sulfur dioxide concentration sensor, content of nitrogen dioxide sensor, carbonomonoxide concentration sensor, ammonia
Gas concentration sensor, ozone concentration sensor, concentration of formaldehyde sensor, benzene concentration sensor, toluene concentration sensor, dimethylbenzene
Concentration sensor, benzo [a] pyrene concentration sensor, total number of bacteria sensor, the sensor of radon 222；
The standard value of the gas concentration lwevel sensor (1-1) is 400ppm~1000ppm；
The standard value of the gas concentration lwevel sensor (1-1) is 750ppm；
The standard value of the fine particle concentration sensor (1-2) is 0ug/m3~35ug/m3；
The standard value of the fine particle concentration sensor (1-2) is 20ug/m3；
The standard value of the inspirable particle concentration sensor (1-3) is 50ug/m3~100ug/m3；
The standard value of the inspirable particle concentration sensor (1-3) is 75ug/m3；
The standard value of the unwanted volatile concentration sensor (1-4) is 0mg/m3~0.5mg/m3；
The standard value of the unwanted volatile concentration sensor (1-4) is 0.25mg/m3；
The result of the comparison is the difference between the data and standard value that air monitering equipment (1) detects；
The grade of factor air quality not of the same race is determined according to the size of the difference；
The grade be followed successively by from getting well to going bad it is excellent, good, in, the pole such as poor, extreme difference five；
It is described it is excellent, good, in, poor, extreme difference represented with color indicator lamp, be followed successively by blue, green, yellow, red, nothing；
The factor is carbon dioxide, fine particle, pellet, unwanted volatile；
The difference of the carbon dioxide is less than or equal to 0ppm to be excellent, more than 200ppm and is less than or equal to 500ppm to be good, greatly
In 500ppm and less than or equal to 800ppm it is, is poor more than 800ppm and less than or equal to 1050ppm, more than 1050ppm
For extreme difference；
The difference of the fine particle is less than or equal to 0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/m3To be good,
More than 10ug/m3And it is less than or equal to 20ug/m3For in, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, it is more than
30ug/m3For extreme difference；
The difference of the pellet is less than or equal to 0ug/m3To be excellent, more than 0ug/m3And it is less than or equal to 10ug/m3For
It is good, more than 10ug/m3And it is less than or equal to 20ug/m3For in, more than 20ug/m3And it is less than or equal to 30ug/m3For difference, it is more than
30ug/m3For extreme difference；
The difference of the unwanted volatile is less than or equal to 0mg/m3To be excellent, more than 0mg/m3And it is less than or equal to 0.1mg/m3For
It is good, more than 0.2mg/m3And it is less than or equal to 0.3mg/m3For in, more than 0.3mg/m3And it is less than or equal to 0.4mg/m3For difference,
More than 0.4mg/m3For extreme difference；
At least two kinds of the airhandling equipment (2)；
Same airhandling equipment (2) at least one；
The airhandling equipment (2) has new blower fan (2-1), clarifier (2-3), Humidifier (2-4), breathing precious (2-2)；
The maximum quantity of wind of the new blower fan (2-1) is 200m3/ h~2000m3/h；
The maximum quantity of wind of the new blower fan (2-1) is 300m3/ h or 500m3/h；
The maximum quantity of wind of the clarifier (2-3) is 200m3/ h~2000m3/h；
The maximum quantity of wind of the clarifier (2-3) is 300m3/ h or 530m3/h；
The maximum quantity of wind of the Humidifier (2-4) is 200m3/ h~2000m3/h；
The maximum quantity of wind of the Humidifier (2-4) is 500m3/ h or 850m3/h；
The maximum quantity of wind of the breathing precious (2-2) is 200m3/ h~2000m3/h；
The maximum quantity of wind of the breathing precious (2-2) is 300m3/ h or 500m3/h；
The air quantity of the airhandling equipment (2) be provided with it is small, medium and small, in, in big, big five automatically controlled gears；
The small air quantity of the airhandling equipment (2) is more than 0 and less than or equal to 1/5th of maximum quantity of wind；
The Wind Volume of the airhandling equipment (2) is more than 4/5ths of maximum quantity of wind and is less than or equal to maximum quantity of wind；
The medium and small air quantity of the airhandling equipment (2), middle air quantity, middle Wind Volume are according to the demand and actual conditions of different clients
It is determined that；
The five automatically controlled gears of the airhandling equipment (2) from small to large and each factor quality of the air are from excellent to extreme difference
Five grades are corresponding；
The gear of airhandling equipment (2) corresponding to each factor credit rating be the airhandling equipment (2) this because
Gear default value under plain credit rating；
When same sensor has multiple, the cloud platform (3) the worst grade of difference in same sensor is defined automatically
Ground is controlled to the airhandling equipment (2) of diverse location；
When same airhandling equipment (2) has multiple, generally only start a nearest airhandling equipment (2), it is described nearest
Airhandling equipment (2) be in multiple airhandling equipments (2) from measure difference be the worst grade the sensor most
That near airhandling equipment (2), the mark of nearest airhandling equipment (2) corresponding to each described sensor is set
Put in the cloud platform (3)；
When the concentration over-standard of carbon dioxide, new blower fan (2-1) and breathing precious (2-2) start simultaneously；
When the concentration of carbon dioxide is not exceeded, if fine particle concentration over-standard and/or inspirable particle concentration it is exceeded and/
Or unwanted volatile concentration over-standard to it is good or middle when, then only start clarifier (2-3) and/or Humidifier (2-4), if carefully
Particle concentration is exceeded and/or inspirable particle concentration is exceeded and/or during unwanted volatile concentration over-standard to difference or extreme difference, then
Start clarifier (2-3) and/or Humidifier (2-4), new blower fan (2-1), breathing treasured (2-2)；
Cloud platform (3), which is provided with, starts time and dwell time；
It is typically 15 minutes before indoor someone to start the time；
Dwell time be typically it is indoor nobody first 15 minutes；
User has interacted four kinds of patterns by terminal device (4) with cloud platform (3)：
When user is sent by terminal device (4) to cloud platform (3) automatically controls instruction, cloud platform (3) receives automatic control
After system instruction, then the data that air monitering equipment (1) transmits are received, and the data to receiving carry out Treatment Analysis, according to number
Airhandling equipment (2) is controlled automatically according to the result after Treatment Analysis；
When user sets the wind speed of different air monitering equipment (1) and gear backward according to own situation by terminal device (4)
When cloud platform (3) sends personalized control instruction, after cloud platform (3) receives personalized control instruction, with the arranges value of client
It is defined, different airhandling equipments (2) is controlled；
When user receives the air quality information sent from cloud platform (3) and airhandling equipment (2) by terminal device (4)
Gear default value when, if it is considered to the gear default value is improper, then sent after correcting the gear default value to cloud platform (3)
Optimal control is instructed, and after cloud platform (3) receives optimal control instruction, the value after optimization is defined, and different air-treatments are set
Standby (2) are controlled；
When user, which is in, runs into special circumstances, direct control instruction, Yun Ping are sent to cloud platform (3) by terminal device (4)
After platform (3) receives direct control instruction, the control to airhandling equipment (2) is abandoned, user directly sets to air-treatment
Standby (2) are controlled；
The data that each sensor successively transmits are arranged in order carry out com-parison and analysis by cloud platform (3), when data variation is abnormal
When, send alert notification user to terminal device (4)；
The threshold value of data variation is configured according to the indoor environment situation of different user.
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Cited By (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108518811A (en) * | 2018-03-07 | 2018-09-11 | 青岛海尔空调器有限总公司 | Method and apparatus, air treatment system and computer readable storage medium for controlling air device |
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| CN111076320A (en) * | 2019-11-26 | 2020-04-28 | 三个爸爸家庭智能环境科技（北京）有限公司 | Distributed purification system, equipment and method |
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| CN111133255A (en) * | 2018-07-17 | 2020-05-08 | 美路株式会社 | Remote controller with built-in sensor and intelligent humidification system of humidifier linkage |
| WO2020108667A1 (en) * | 2018-11-29 | 2020-06-04 | 青岛海尔空调器有限总公司 | Air purification system, purification control method and apparatus, and computer storage medium |
| WO2020108666A1 (en) * | 2018-11-29 | 2020-06-04 | 青岛海尔空调器有限总公司 | Method, device, and computer storage medium for purification control in air purification system |
| CN111845266A (en) * | 2020-07-14 | 2020-10-30 | 嘉兴长润线业有限公司 | Vehicle-mounted intelligent health management control system and control method thereof |
| CN112303793A (en) * | 2020-10-30 | 2021-02-02 | 中电万维信息技术有限责任公司 | Indoor air quality adjusting system and using method thereof |
| CN114383281A (en) * | 2021-12-15 | 2022-04-22 | 青岛海尔空调器有限总公司 | Intelligent air management method and intelligent air management system |
| CN115468261A (en) * | 2022-09-24 | 2022-12-13 | 青岛精言科技有限公司 | Air duct type rehabilitation system |
| CN117666378A (en) * | 2024-02-01 | 2024-03-08 | 天津市品茗科技有限公司 | Intelligent household system |
| CN118031362A (en) * | 2024-04-12 | 2024-05-14 | 珠海格力电器股份有限公司 | Air detection device, air purifier and control method |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20140082177A1 (en) * | 2012-09-15 | 2014-03-20 | Honeywell International Inc. | Asynchronous reporting system |
| CN104807144A (en) * | 2015-05-14 | 2015-07-29 | 陈甘 | Cloud control platform for intelligent indoor air purification fresh air system based on Internet of things |
| CN105352115A (en) * | 2015-10-28 | 2016-02-24 | 北京艾浦乐科技有限公司 | Intelligent air purification system and control method thereof |
| CN106161609A (en) * | 2016-06-29 | 2016-11-23 | 关传普 | One realizes intelligent air governing system |
| CN205939576U (en) * | 2016-05-16 | 2017-02-08 | 上海奥希斯环保技术有限公司 | Air intelligence wall controller device |
| CN106644866A (en) * | 2016-12-28 | 2017-05-10 | 重庆金鑫科技产业发展有限公司 | PM2.5 air detector and PM2.5 air detection system |
-
2017
- 2017-08-15 CN CN201710721131.2A patent/CN107575990A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20140082177A1 (en) * | 2012-09-15 | 2014-03-20 | Honeywell International Inc. | Asynchronous reporting system |
| CN104807144A (en) * | 2015-05-14 | 2015-07-29 | 陈甘 | Cloud control platform for intelligent indoor air purification fresh air system based on Internet of things |
| CN105352115A (en) * | 2015-10-28 | 2016-02-24 | 北京艾浦乐科技有限公司 | Intelligent air purification system and control method thereof |
| CN205939576U (en) * | 2016-05-16 | 2017-02-08 | 上海奥希斯环保技术有限公司 | Air intelligence wall controller device |
| CN106161609A (en) * | 2016-06-29 | 2016-11-23 | 关传普 | One realizes intelligent air governing system |
| CN106644866A (en) * | 2016-12-28 | 2017-05-10 | 重庆金鑫科技产业发展有限公司 | PM2.5 air detector and PM2.5 air detection system |
Non-Patent Citations (4)
| Title |
|---|
| （德）迈克尔•腾•霍姆佩尔，（德）雅各布•瑞霍夫，奥利弗: "《云计算在物流体系中的应用研究》", 31 May 2016, 北京理工大学出版社 * |
| 于大鹏编著: "《物联网社区服务集成方案和模式研究 智慧社区的建设与运营》", 31 July 2015, 国防工业出版社 * |
| 国家科学技术奖励工作办公室主办: "《中国科学技术奖励年鉴 2016年 下》", 31 December 2016, 中国科学技术奖励年鉴编辑部 * |
| 韩江洪等编著: "《智能家居系统与技术》", 31 October 2005, 合肥工业大学出版社 * |
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| CN108518811A (en) * | 2018-03-07 | 2018-09-11 | 青岛海尔空调器有限总公司 | Method and apparatus, air treatment system and computer readable storage medium for controlling air device |
| CN109059218A (en) * | 2018-06-07 | 2018-12-21 | 广州市奥因环保科技有限公司 | Intelligent air monitors purification system and control method |
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| CN110108010A (en) * | 2019-04-19 | 2019-08-09 | 西南石油大学 | Dense crowd indoor air quality-monitoring and improvement system |
| CN111076320A (en) * | 2019-11-26 | 2020-04-28 | 三个爸爸家庭智能环境科技（北京）有限公司 | Distributed purification system, equipment and method |
| CN110925995A (en) * | 2019-11-28 | 2020-03-27 | 新奥数能科技有限公司 | Method and system for air conditioning adaptive control air conditioning |
| CN111089403A (en) * | 2019-12-19 | 2020-05-01 | 陕西医标环境智能科技有限公司 | Ward air quality management system, method, processing terminal and readable storage medium |
| CN111845266A (en) * | 2020-07-14 | 2020-10-30 | 嘉兴长润线业有限公司 | Vehicle-mounted intelligent health management control system and control method thereof |
| CN112303793A (en) * | 2020-10-30 | 2021-02-02 | 中电万维信息技术有限责任公司 | Indoor air quality adjusting system and using method thereof |
| CN114383281A (en) * | 2021-12-15 | 2022-04-22 | 青岛海尔空调器有限总公司 | Intelligent air management method and intelligent air management system |
| WO2023109111A1 (en) * | 2021-12-15 | 2023-06-22 | 青岛海尔空调器有限总公司 | Intelligent air management method and intelligent air management system |
| CN115468261A (en) * | 2022-09-24 | 2022-12-13 | 青岛精言科技有限公司 | Air duct type rehabilitation system |
| CN117666378A (en) * | 2024-02-01 | 2024-03-08 | 天津市品茗科技有限公司 | Intelligent household system |
| CN117666378B (en) * | 2024-02-01 | 2024-04-09 | 天津市品茗科技有限公司 | Intelligent household system |
| CN118031362A (en) * | 2024-04-12 | 2024-05-14 | 珠海格力电器股份有限公司 | Air detection device, air purifier and control method |
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