CN108132605A - Illumination and air-conditioner control system - Google Patents
Illumination and air-conditioner control system Download PDFInfo
- Publication number
- CN108132605A CN108132605A CN201611064675.8A CN201611064675A CN108132605A CN 108132605 A CN108132605 A CN 108132605A CN 201611064675 A CN201611064675 A CN 201611064675A CN 108132605 A CN108132605 A CN 108132605A
- Authority
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- China
- Prior art keywords
- air
- lamp assembly
- conditioning equipment
- group
- lanterns
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/56—Remote control
- F24F11/58—Remote control using Internet communication
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/17—Operational modes, e.g. switching from manual to automatic mode or prohibiting specific operations
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/19—Controlling the light source by remote control via wireless transmission
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/26—Pc applications
- G05B2219/2642—Domotique, domestic, home control, automation, smart house
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Abstract
The present invention relates to a kind of illumination and air-conditioner control system, including intelligent apparatus, lamp assembly, air-conditioning equipment, intelligent electric meter and server.User connect to be grouped control lamp assembly and air-conditioning equipment with server communication by being installed on the operation of the client end AP P of intelligent apparatus.Server includes database, brightness control, airconditioning control, pattern switching, luminance compensation and GPS module.Mode switch module switches between different working modes automatically according to set on the flow of the people of lamp assembly or the sensor detecting of air-conditioning equipment control lamp assembly and air-conditioning equipment.The ambient illumination values control lamp assembly that luminance compensation module is detected according to the optical sensor set on intelligent apparatus does luminance compensation.GPS module judge intelligent apparatus whether near the lamp assembly or air-conditioning equipment in particular range with automatic switch lamps and lanterns assembly or air-conditioning equipment.Its is easy for installation, control means are various, cost is relatively low, application is wider, realizes auto-control, energy-saving automatic.
Description
Technical field
The present invention relates to a kind of illumination and air-conditioner control system, more particularly to a kind of intelligent lighting and airconditioning control system
System.
Background technology
Traditional lighting includes remote controler, lamps and lanterns, air-conditioning equipment, gateway with air-conditioner control system（gateway）And service
Device（server）, wherein lamps and lanterns and air-conditioning equipment are wiredly connected to gateway, and gateway is wired or wirelessly connected to server.User can
Server is transferred a command to by remote controler, then server is set according to the order received by gateway control lamps and lanterns or air-conditioning
It is standby.However, traditional lighting has the disadvantage that with air-conditioner control system.First, installation is inconvenient：Conventional lamp and air-conditioning equipment lead to
Entity connection is crossed to gateway, increases and installs as the increase of lamps and lanterns and air-conditioning equipment quantity can cause entity circuit excessive
Complexity.Second, control means are insufficient：Lamps and lanterns and air-conditioning equipment are traditionally directly controlled by user, lamps and lanterns and air-conditioning equipment are simultaneously
Do not have automatic and various control means.Third, it is with high costs：To increase other functions, if ambient light illumination is constant, then need
It wants additionally mounted optical sensor and line related and increases installation complexity.4th, application is too small：Such as traditional method is only
Be the control means that part entity control circuit is adopted to communication instead, substantially have no too many variation, and it is other should
With also not polynary enough.
Invention content
It is easy for installation, control means are various, cost the object of the present invention is to provide a kind of illumination and air-conditioner control system
It is relatively low, application is wider, and realizes auto-control, energy-saving automatic.
To achieve the above object, the present invention provides a kind of illumination and air-conditioner control system, total including intelligent apparatus, lamps and lanterns
Into, air-conditioning equipment, intelligent electric meter and server.Intelligent apparatus is equipped with client application（Application, referred to as
APP）, and equipped with optical sensor.Lamp assembly includes multiple lamps and lanterns, and the multiple lamps and lanterns are set to lamps and lanterns by client end AP P
Group is controlled with being grouped.Air-conditioning equipment is set to air-conditioning equipment group to be grouped control by client end AP P.Intelligent electric meter measures lamps and lanterns
The electricity consumption of assembly and air-conditioning equipment.Server is communicated to connect with intelligent apparatus, lamp assembly, air-conditioning equipment and intelligent electric meter.
Server include database module, brightness control module, airconditioning control module, mode switch module, luminance compensation module and
GPS module.Database module is stored to control the pre-set parameter of lamp assembly and air-conditioning equipment, by lamp assembly or air-conditioning
The GPS location of the flow of the people or ambient brightness value or ambient temperature value of equipment sensing, lamp assembly or air-conditioning equipment.Brightness controls
Module is according to the electricity consumption of pre-set parameter, flow of the people, ambient brightness value or lamp assembly, control lamp assembly progress brightness change
Change.Airconditioning control module controls air-conditioning to set according to the electricity consumption of pre-set parameter, flow of the people, ambient temperature value or air-conditioning equipment
It is standby to carry out temperature change.Mode switch module controls lamp assembly and air-conditioning equipment automatically in different operating mould according to flow of the people
It is switched between formula.Luminance compensation module is by the illuminance setting value of the lamp assembly set by client end AP P and by light
The ambient illumination values of sensor detecting are compared, lamp assembly to be controlled to carry out luminance compensation.Global positioning system（Global
Positioning System, abbreviation GPS）Module is by the GPS location of intelligent apparatus and the GPS of lamp assembly or air-conditioning equipment
Position is compared, and judges intelligent apparatus whether near the lamp assembly or air-conditioning equipment in particular range, to automatically turn on or
Close lamp assembly or air-conditioning equipment.
In a kind of schematical embodiment with air-conditioner control system is illuminated, lamp assembly further includes gateway, illumination
Controller and sensor.Gateway is connect with server communication.Lighting controller is connect with gateway communication, and with an at least lamps and lanterns
Electrical connection.Sensor is electrically connected with lighting controller, detecting flow of the people, ambient brightness value or ambient temperature value.
Illuminate in a kind of schematical embodiment of air-conditioner control system, client end AP P be provided with the group page,
The scheduling page, the advanced page and the setting page.The group page provides user and sets lamps and lanterns group or air-conditioning equipment group and control
Unlatching, closing or the light modulation of lamps and lanterns group or unlatching, closing or the temperature adjustment for controlling air-conditioning equipment group.The scheduling page provides user and sets
Pre-set parameter is determined to arrange the action of lamps and lanterns group or air-conditioning equipment group.The advanced page provide user set intelligent electric meter and
It is communicatively coupled the GPS location setting of setting and lamp assembly or air-conditioning equipment.Set the page provide user to the group page,
The scheduling page and the advanced page carry out parameter setting.
Illuminate in a kind of schematical embodiment of air-conditioner control system, the group page show group control by
Key, group control button provide unlatching, closing or the light modulation of the corresponding lamps and lanterns group of user's control or the corresponding air-conditioning equipment of control
Unlatching, closing or the temperature adjustment of group.
In a kind of schematical embodiment with air-conditioner control system is illuminated, user sets lamp assembly or air-conditioning is set
Standby electricity consumption target.Electricity consumption target includes being averaged electricity consumption or by user-defined electricity consumption or energy saving with period history
Target.
In a kind of schematical embodiment with air-conditioner control system is illuminated, when user sets lamp assembly or air-conditioning
During the electricity consumption target of equipment, brightness control module or airconditioning control module control lamp assembly or air-conditioning equipment are follow-up each
The setting period increases or downgrades brightness settings or desired temperature, the electricity consumption mesh until reaching lamp assembly or air-conditioning equipment
It is designated as stopping.
In a kind of schematical embodiment with air-conditioner control system is illuminated, sensor also detects flow of the people to transmit
It is stored to database module.Mode switch module analyzes flow of the people and controls lamp assembly or air-conditioning equipment according to this automatically in difference
It is switched between operating mode.Operating mode includes busy mode, sensing modes and still-mode.
In a kind of schematical embodiment with air-conditioner control system is illuminated, when mode switch module passes through client
When APP is set to warning mode, mode switch module control lamp assembly or air-conditioning equipment are closed, and in sensor detecting to having
Lamp assembly is opened during flow of the people, start alarm or sends out warning information to intelligent apparatus.
In a kind of schematical embodiment with air-conditioner control system is illuminated, the GPS location of lamp assembly includes net
The GPS location of pass.Nearby particular range includes gateway particular range nearby to lamp assembly.The setting of the GPS location of gateway is logical
It crosses client APP control intelligent apparatus and connects to gateway so that GPS location of the GPS location of intelligent apparatus as gateway to be transmitted to
Database module stores.
In a kind of schematical embodiment with air-conditioner control system is illuminated, the page of client end AP P shows label
To button.When button of registering is pressed and intelligent apparatus is in particular range, intelligent apparatus start it is monitored with record its
Registering for particular range and is stored in database module at time and time departure, is thereby stored in database module by analysis
It is all to register time and time departure to provide user's quantity information of the intelligent apparatus in particular range.
By above-mentioned soft and hardware, a large amount of entity circuits are saved, it is easy for installation；It can be according to different occasions, environment, demand
Etc. factors, realize that automatic and various brightness and temperature change, control means are various using different function module；Do not need to be excessive
Extra means are installed, cost is relatively low；Remotely carried out by client end AP P it is various setting, according to flow of the people automatically in different operating
It switches between pattern, luminance compensation is carried out with the optical sensor of intelligent apparatus, judges with the GPS device of intelligent apparatus
Intelligent apparatus position is carried out lamps and lanterns and air-conditioning equipment automatic switch, electricity consumption is measured using intelligent electric meter and provides setting electricity consumption
Target etc., application are wider.
For above and other objects, features and advantages of the present invention can be clearer and more comprehensible, specific embodiment cited below particularly,
And coordinate attached drawing, it is described in detail below.
Description of the drawings
Fig. 1 is the illumination of an embodiment of the present invention and the configuration diagram of air-conditioner control system.
Fig. 2 is the configuration diagram of the lamp assembly of an embodiment of the present invention.
Fig. 3 is the page schematic diagram of the client end AP P of an embodiment of the present invention.
Fig. 4 is that the lamp assembly of an embodiment of the present invention carries out the time diagram of brightness control.
Fig. 5 is that the air-conditioning equipment of an embodiment of the present invention carries out the time diagram of electricity consumption control.
Fig. 6 is the schematic diagram that the lamp assembly of an embodiment of the present invention and intelligent apparatus carry out luminance compensation.
Fig. 7 is the schematic diagram of the lamp assembly in different working modes of an embodiment of the present invention.
Fig. 8 is the lamp assembly of an embodiment of the present invention according to the schematic diagram of intelligent apparatus position automatic switch.
Description of symbols：
1 intelligent apparatus
11 client end AP P
The 111 group pages
The 112 scheduling pages
The 113 advanced pages
The 114 setting pages
12 optical sensors
2 lamp assemblies
21 gateways
22 lighting controllers
23 lamps and lanterns
24 sensors
3 air-conditioning equipments
4 servers
41 database modules
42 brightness control modules
43 airconditioning control modules
44 mode switch modules
45 luminance compensation modules
46 GPS modules
5 intelligent electric meters
Pa is averaged electricity consumption with period history
Rs ranges
Ts sets the period
T1 ~ t10 times.
Specific embodiment
Fig. 1 is referred to, is the illumination of an embodiment of the present invention and the configuration diagram of air-conditioner control system.Illumination with
Air-conditioner control system includes intelligent apparatus 1, multiple lamp assemblies 2, multiple air-conditioning equipments 3, server 4 and multiple intelligent electric meters
5.Server 4 is communicated to connect with intelligent apparatus 1, lamp assembly 2, air-conditioning equipment 3 and intelligent electric meter 5, is adopted in the present embodiment
Wireless connection（It is represented by dotted lines）.However, present embodiment is not intended to limit the present invention, such as the quantity of lamp assembly 2 can
It is 1, the quantity of air-conditioning equipment 3 can be 1, and the quantity of intelligent electric meter 5 can be 1, and server 4 can with lamp assembly 2 and air-conditioning equipment 3
Adopt wired connection.
Intelligent apparatus 1 is equipped with client end AP P 11, and equipped with optical sensor 12.Intelligent apparatus 1 be, for example, smart mobile phone,
Flat board mobile phone or tablet.
Lamp assembly 2, as shown in Fig. 2, including gateway 21, multiple lighting controllers 22, multiple lamps and lanterns 23 and multiple biographies
Sensor 24.Gateway 21 and 4 wireless connection of server, each lighting controller 22 with 21 wireless connection of gateway and with lamps and lanterns 23 and sensing
24 wired connection of device（It is represented with solid line）.The communication interface that gateway 21 is communicated as lamp assembly 2 and server 4.Illumination
Controller 22 controls lamps and lanterns 23 to open, close or dim, and the data that sensor 24 is detected are transmitted to gateway 21.Sensor 24
May include detecting ambient brightness value optical sensor, to detect ambient temperature value temperature sensor, detecting people
The passive infrared line of flow（Passive Infrared, abbreviation PIR）Sensor etc..However, present embodiment is not intended to
The limitation present invention, such as the quantity of lighting controller 22 can be 1, the quantity of lamps and lanterns 23 can be 1, and the quantity of sensor 24 can be 1,
Lighting controller 22 can adopt wireless connection with sensor 24.
By between gateway 21 and lamps and lanterns 23 use lighting controller 22, in mounted lamp 23, it is only necessary to consider its with
Connection between lighting controller 22 does not need to its connection with gateway 21 of worrying, therefore can realize that Fast Blind is installed, and installation becomes
It obtains easily.For example, installation personnel simply notes that the physical location for the lamps and lanterns 23 for being connected to same lighting controller 22
It should not be across two unsuitable regions（Such as two rooms, middle interval wall）, then by user by being installed on intelligence
The client end AP P 11 of energy device 1 goes the grouping of setting planning lamps and lanterns 23, even if being attached to the lamp of different lighting controllers 22
The problem of tool 23 can also be formulated for same lamps and lanterns group, therefore entity circuit is greatly decreased, also reduce circuit wrong indirectly, substantially
Reduce installation complexity.
The framework similar to lamp assembly 2 shown in Fig. 2 can be used in air-conditioning equipment 3, i.e. air-conditioning equipment 3 includes gateway, air-conditioning
Controller, air-conditioning device and sensor.Gateway and 4 wireless connection of server, each air-conditioner controller and gateway wireless connection are simultaneously
With air-conditioning device and sensor wired connection.The communication interface that gateway is communicated as air-conditioning equipment 3 and server 4.Air-conditioning
The unlatching of controller control air-conditioning device, closing or temperature adjustment, and the data of sensor detecting are transmitted to gateway.Air-conditioning device is for example
It is air conditioner, warming machine, air-conditioner or fan.Sensor may include optical sensor, temperature sensor, pir sensor etc..
Therefore, air-conditioning equipment 3 can realize that Fast Blind is installed, and then remove setting planning air-conditioning equipment 3 by client end AP P 11 by user
Or the grouping of air-conditioning device.
Intelligent electric meter 5 is electrically connected lamp assembly 2 and air-conditioning equipment 3, to measure the electricity consumption of lamp assembly 2 and air-conditioning equipment 3
Amount.The real-time electricity consumption or statistics electricity consumption of lamp assembly 2 and air-conditioning equipment 3 can be returned server 4 by intelligent electric meter 5, and then
Related application, such as energy saving or calculating electricity consumption benefit are provided.
Server 4 include database module 41, brightness control module 42, airconditioning control module 43, mode switch module 44,
Luminance compensation module 45 and GPS module 46.Database module 41 stores the ginseng for controlling lamp assembly 2 and air-conditioning equipment 3
Number setting values, the flow of the people detected by lamp assembly 2 or air-conditioning equipment 3 or ambient brightness value or ambient temperature value, lamp assembly 2
Or the GPS location of air-conditioning equipment 3；Wherein, pre-set parameter is preset by user, such as is set by client end AP P 11
Fixed, flow of the people, ambient brightness value and ambient temperature value are detected by lamp assembly 2 or air-conditioning equipment 3, and GPS location is advance by user
Setting or the GPS device offer as possessed by lamp assembly 2 or air-conditioning equipment 3.The data that database module 41 stores can root
Carry out classified storage according to different user.Brightness control module 42 is according to pre-set parameter, the flow of the people obtained by database module 41
Or the electricity consumption of ambient brightness value or the lamp assembly 2 measured according to intelligent electric meter 5, control lamp assembly 2 carry out brightness change
Change.Airconditioning control module 43 according to pre-set parameter, flow of the people or the ambient temperature value obtained by database module 41 or according to
The electricity consumption for the air-conditioning equipment 3 that intelligent electric meter 5 measures, control air-conditioning equipment 3 carry out temperature change.44 basis of mode switch module
The flow of the people obtained by database module 41 controls lamp assembly 2 and air-conditioning equipment 3 to be carried out between different working modes automatically
Switching.Luminance compensation module 45 is by the illuminance setting value of the lamp assembly 2 set by client end AP P 11 and by being set on intelligence
The ambient illumination values that the optical sensor 12 of energy device 1 is detected are compared, lamp assembly 2 to be controlled to carry out luminance compensation.GPS moulds
The lamp assembly 2 or the GPS location of air-conditioning equipment 3 that block 46 is obtained by the GPS location of intelligent apparatus 1 and by database module 41
It is compared, intelligent apparatus 1 is judged whether in lamp assembly 2 or the neighbouring particular range of air-conditioning equipment 3, to automatically turn on or close
Close lamp assembly 2 or air-conditioning equipment 3.
Fig. 3 is referred to, is the page schematic diagram of client end AP P 11 shown in Fig. 1.It is installed on the client of intelligent apparatus 1
APP 11 is provided with the group page 111, the scheduling page 112, the advanced page 113 and the setting page 114.
The group page 111 provides user and into an at least lamps and lanterns group and lamp settings is generated corresponding group control button,
Then user can control unlatching, closing or the light modulation of corresponding lamps and lanterns group by pressing group control button, realize grouping control
Lamps and lanterns.The group page 111 also provides user and air-conditioning equipment or air-conditioning device is set to an at least air-conditioning equipment group and generation pair
The group control button answered, then user can be by pressing the unlatching of the corresponding air-conditioning equipment group of group control button control, closing
It closes or temperature adjustment, realizes group controlling air conditioner equipment or air-conditioning device.In the present embodiment, the group page 111 shows 5 groups
Other control button.The lamp that the lamp assembly of control parlor position is formed can be set to by being named as the group control button in " parlor "
Tool group G1, the lamps and lanterns group that the lamp assembly of control bedroom position is formed can be set to by being named as the group control button in " bedroom "
G2, the lamps and lanterns group G3 that the lamp assembly of control kitchen place is formed can be set to by being named as the group control button in " kitchen ",
Control lamps and lanterns group G1, G2 and G3 can be set to by being named as the group control button of " all light ", be named as the group control in " dining room "
Button can be set to control lamps and lanterns group G1 and G3.When some group control button is pressed for the first time, the control of this group is pressed
Key can be highlighted in a manner of highlighted, be represented in just being opened, corresponding lamps and lanterns group can then be opened at this time；When the control of this group is pressed
Key is again depressed Shi Zehui from highlighted dimmed, represents to be not gated on, corresponding lamps and lanterns group can be then closed at this time；When this group
When other control button is long pressed pressure, the setting page of corresponding lamps and lanterns group can be entered, such as change its brightness settings.With lamp
The quantity of tool is more, and the mode of grouping control in this way can effectively control lamps and lanterns.In addition, this can also be used in air-conditioning equipment
Sample is grouped the mode of control effectively to control.
The scheduling page 112 provides user's setup parameter setting value to arrange the action of lamps and lanterns group or air-conditioning equipment group.At this
In embodiment, the pre-set parameter of lamps and lanterns group includes time range setting value, brightness change setting value and group range set
Value.Time range setting value is used to set the time interval that lamps and lanterns group unlatches and closes；Brightness change setting value is used to set lamp
The brightness change of tool group；Group range set value is used to set which lamps and lanterns group is come according to above-mentioned time range setting value and brightness
Variation setting value is acted.By the scheduling of lamps and lanterns group or air-conditioning equipment group, different brightness can be provided in different time automatically
Or temperature change.
The advanced page 113 provides user some more complicated settings, such as intelligent apparatus 1, lamp assembly 2 or air-conditioning are set
For the communication connection setting between 3 gateway, server 4 and intelligent electric meter 5 or the gateway of lamp assembly 2 or air-conditioning equipment 3
The setting of GPS location or the setting of sensor.In one embodiment, the setting of the GPS location of gateway 21 can pass through
By intelligent apparatus 1 close to gateway 21, the advanced page 113 for being then turned on client end AP P 11 controls intelligent apparatus 1 near with Wi-Fi etc.
Apart from wireless network linking to gateway 21, so that the GPS location of intelligent apparatus 1 as the GPS location of gateway 21 and is transmitted to
Database module 41 stores.The advanced page 113 also provides user and sets intelligent electric meter 5, for example, user can pass through advanced page
Face 113 sets the electricity consumption target of lamp assembly 2 or air-conditioning equipment 3, illumination and air-conditioner control system by electricity consumption target and by
The electricity consumption that intelligent electric meter 5 measures is compared, and lamp assembly 2 is controlled by brightness control module 42 or airconditioning control module 43
Or air-conditioning equipment 3 increases or downgrades brightness settings or desired temperature to carry out brightness or temperature in follow-up each setting period
Adjustment, until reaching the electricity consumption target of lamp assembly 2 or air-conditioning equipment 3.Electricity consumption target can be to be put down with period history
Equal electricity consumption also can be by user-defined electricity consumption or energy conservation object.Compared with conventional entity ammeter, intelligent electric meter can carry
For real-time or statistics electricity consumption data return server, and then related application is provided, such as energy saving or calculating electricity consumption effect
Benefit.In addition, the time provided by the server can be used during statistics electricity consumption, more close to the time really used, have more accurate
True statistical result.
The setting page 114 provides user and the group page 111, the scheduling page 112 and the advanced page 113 progress parameter is set
It is fixed.For example, some thin portions setting of sensor, such as detecting frequency, distance, sensitivity, it can be set in this page.
Fig. 4 is referred to, the time diagram of brightness control is carried out for lamp assembly 2 shown in Fig. 1.It mentions in front bright
Electricity consumption of the control module 42 according to pre-set parameter, flow of the people, ambient brightness value or lamp assembly 2 is spent, controls lamp assembly 2
Brightness change is carried out, therefore can save energy power saving or automatic and various brightness change is provided.The brightness provided due to lamp assembly 2
It is higher, electricity consumption opposite higher, therefore the part for not having oblique line in figure can be considered the electricity consumption of lamp assembly 2 or consume
Electric power, and the part for having oblique line then can be considered the electric power saved.In an embodiment shown in fig. 4,42 basis of brightness control module
Flow of the people, control lamp assembly 2 carry out brightness change.
As shown in the upper figure of Fig. 4, in this embodiment, the target area that sensor 24 is detected at the beginning nobody,
Brightness value when 23 brightness settings of lamps and lanterns are set as the 5% of maximum brightness value as nobody.In other embodiments, nobody when
Brightness value may be designed to 0%, i.e. lamps and lanterns 23 do not work completely.In time t1, sensor 24 detects target area someone, lamps and lanterns
23 brightness settings, which are set, to be increased speed with one and begins to ramp up.In time t2,23 brightness settings of lamps and lanterns have risen to maximum brightness
Value（I.e. 100%）, the brightness that lamps and lanterns 23 provide at this time is most bright, then starts to maintain one section of retention time in maximum brightness value.When
Between t3, after the retention time, sensor 24 detects target area number and tails off, and 23 brightness settings of lamps and lanterns are set to be downgraded with one
Speed starts to reduce.In time t4,23 brightness settings of lamps and lanterns have been lowered to 60% specified level of maximum brightness value, start
One section of retention time is maintained in this specified level.In time t5, after the retention time, sensor 24 detects target area
Nobody, 23 brightness settings of lamps and lanterns, which are set, to be downgraded speed with one again and starts to reduce.In time t6,23 brightness settings of lamps and lanterns have reduced
To the 5% of maximum brightness value（I.e. nobody when brightness value）, therefore be maintained in this brightness value, until sensor 24 detects mesh
Mark region has the talent to change again.In addition, can 23 brightness settings of design lamps the 5% of maximum brightness value（I.e. nobody when brightness
Value）It is just down to 0% after a period of time, i.e. lamps and lanterns 23 do not work completely, so as to energy saving.Moreover, above-mentioned increase speed, adjust
Reduction of speed degree, specified level, the retention time, nobody when brightness value be all that can be set by user.
As shown in figure below of Fig. 4, in this embodiment, in time t7 to t8,23 brightness settings of lamps and lanterns, which are adopted, to be exceedingly fast
Increase speed so that lamps and lanterns 23 be almost moment become most bright from not working completely, generated when can be applicable to someone's illegal invasion
Deterrent effect.In time t9 to t10,23 brightness settings of lamps and lanterns adopt be exceedingly fast downgrade speed so that lamps and lanterns 23 be almost moment
Become not working completely from most bright, can save energy power saving.In remaining time, 23 brightness settings of lamps and lanterns then only there are two types of, maximum brightness
The 0% of value（It does not work completely）And 100%（It is i.e. most bright）.Such lighting control mode is suitably applied warehouse or doing After Hours
Public room.
Fig. 5 is referred to, the time diagram of electricity consumption control is carried out for air-conditioning equipment 3 shown in Fig. 1.It mentions in front
The electricity consumption of air-conditioning equipment 3 is measured using intelligent electric meter 5 and returns server 4, and then provides related application, such as user can
The electricity consumption target of air-conditioning equipment 3 is set, and then airconditioning control module 43 controls air-conditioning equipment 3 in follow-up each setting period tune
It rises or downgrades desired temperature, until reaching the electricity consumption target of air-conditioning equipment 3.In the present embodiment, it uses at the beginning
Electricity consumption target is set as same period history and is averaged electricity consumption Pa by family.In time t1, when the electricity consumption of air-conditioning equipment 3 is more than simultaneously
Section history is averaged electricity consumption Pa ratios（Such as more than 10%）When, airconditioning control module 43 controls air-conditioning equipment 3 in next setting week
Phase, Ts increased desired temperature（Such as increase 1 °C）.In time t2, the i.e. beginning of next setting cycle T s of aforesaid time t1, sky
Adjust control module 43 that air-conditioning equipment 3 is controlled to increase desired temperature（Such as increase 1 °C）.In time t3, when the electricity consumption of air-conditioning equipment 3
It measures and low is averaged electricity consumption Pa ratios with period history excessively（Such as low mistake 10%）When, airconditioning control module 43 controls air-conditioning equipment 3 to exist
Next setting cycle T s downgrades desired temperature（Such as downgrade 1 °C）.In time t4, i.e. next setting cycle T s of aforesaid time t3
Beginning, airconditioning control module 43 control air-conditioning equipment 3 downgrade desired temperature（Such as downgrade 1 °C）.In time t5, user will use
Electricity target, which changes, to be set as energy conservation object and orders to be fewer by 15% than the same period history electricity consumption Pa that is averaged.In time t6, i.e. aforesaid time
The beginning of next setting cycle T s of t5, airconditioning control module 43 control air-conditioning equipment 3 to increase desired temperature（Such as increase 1 °
C）.In time t7, since energy conservation object has not yet been reached, airconditioning control module 43 controls air-conditioning equipment 3 to increase temperature setting again
Value（Such as increase 1 °C）.
Fig. 6 is referred to, is the schematic diagram that lamp assembly 2 shown in Fig. 1 and intelligent apparatus 1 carry out luminance compensation.Existing intelligence
Energy device 1, such as smart mobile phone, is typically provided optical sensor 12.User can be by the client end AP P 11 that is installed on intelligent apparatus 1
Luminance compensation function is performed, client end AP P 11 can open the periodically detecting ring of optical sensor 12 on intelligent apparatus 1 at this time
Border brightness value is simultaneously transmitted to server 4.After user sets the illuminance setting value of lamp assembly 2 by client end AP P 11, visitor
Illuminance setting value can be equally transmitted to server 4, the ambient light illumination that then luminance compensation module 45 will receive by family end APP 11
Value and illuminance setting value are compared, and lamp assembly 2 to be controlled to carry out luminance compensation, and then pass the light on intelligent apparatus 1
The ambient illumination values that sensor 12 is detected can reach illuminance setting value set by user.It is passed by the light of existing intelligent apparatus 1 itself
Sensor 12 coordinates the luminance compensation module 45 of the present invention, be not required to additionally to set optical sensor and line related can be realized it is live bright
Degree compensation.
Refer to Fig. 7, be lamp assembly 2 shown in Fig. 1 in the schematic diagram of different working modes.Pattern is mentioned in front
Handover module 44 controls lamp assembly 2 and air-conditioning equipment 3 automatically in different works according to the flow of the people obtained by database module 41
It is switched between operation mode.In the present embodiment, by taking lamp assembly 2 as an example, the sensor 24 of lamp assembly 2 detects the stream of people
It measures and is transmitted to database module 41 and store.Mode switch module 44 is by 41 acquisitor's data on flows of database module and is divided
Then analysis controls lamp assembly 2 to be switched between different working modes automatically according to flow of the people, in the present embodiment,
It can be switched between busy mode, sensing modes and still-mode.Specifically, by sensor 24 periodically detect
It surveys and is just triggered on detection of someone primary and is transmitted to server 4, then judge in a time interval inner sensor
24 triggering times just determine which operating mode lamps and lanterns 23 are switched to.When touching in this time interval inner sensor 24
When sending out number and being more than high scale value, represent that current flow of the people is higher, lamps and lanterns 23 is controlled to carry out brightness change and improper at this time, therefore
Mode switch module 44 controls lamps and lanterns 23 to be switched to busy mode, and it is maximum brightness value to make 23 brightness settings of lamps and lanterns（I.e.
100%）.When the triggering times in this time interval inner sensor 24 are less than high scale value but are more than low scale value, forefathers are worked as in expression
Flow is general, therefore mode switch module 44 controls lamps and lanterns 23 to be switched to sensing modes, lamps and lanterns 23 is made to be carried out according to flow of the people bright
Degree variation, such as brightness settings are changed between the 20 ~ 100% of maximum brightness value, can save energy power saving.When this when
Between section inner sensor 24 triggering times be less than low scale value when, represent that current flow of the people is extremely low, therefore mode switch module 44
Control lamps and lanterns 23 be switched to still-mode, make 23 brightness settings of lamps and lanterns be maximum brightness value 0%, i.e. lamps and lanterns 23 do not work completely
（I.e. nobody when brightness value）.
To sum up, brightness settings of the lamps and lanterns 23 of lamp assembly 2 under busy mode, sensing modes, still-mode can divide
Not Wei maximum brightness value 100%, 20 ~ 100%, 0%；But this is not limited to, for example, the brightness settings under sensing modes can
It is set as the 30 ~ 90% of maximum brightness value, the brightness settings under still-mode can be set as the 5% of maximum brightness value, make lamps and lanterns 23 micro-
It is bright and people can be facilitated to pass through.Air-conditioning equipment 3 can also switch between different working modes automatically according to flow of the people, busy
Desired temperature under pattern, sensing modes, still-mode may respectively be T, T ~（T+△T1）、（T+△T1）~（T+△T1+△
T2）Or close, wherein, T is integer, and △ T1 and △ T2 are nonzero integer；For example, the desired temperature under busy mode can
25 °C are set as, the desired temperature under sensing modes can be set as 25 ~ 30 °C, and desired temperature in rest mode can be set as
30 ~ 32 °C or closing air-conditioning equipment 3.In addition, user can by client end AP P 11 by Working mode set into warning mode.
Under warning mode, mode switch module 44 controls lamp assembly 2 or air-conditioning equipment 3 to close, but to detect the biography of flow of the people
Sensor 24 can't close, and when sensor 24 has detected flow of the people, represent someone's illegal invasion, mode switch module 44 is just
Warning information can be sent out to the intelligent apparatus 1 of user, and also controllable lamps and lanterns 23 are opened as quick as thought as shown in figure below of Fig. 4 simultaneously
Qi Bingwei is most bright to be generated deterrent effect or opens other peripheral equipments, is such as started alarm and is generated the sound to generate deterrent
Effect opens video camera floor to transmit image to the intelligent apparatus 1 of user.
Fig. 8 is referred to, is schematic diagram of the lamp assembly 2 shown in Fig. 1 according to 1 position automatic switch of intelligent apparatus.Preceding
Face, which has, mentions GPS module 46 by the GPS location of intelligent apparatus 1 and the lamp assembly 2 or air-conditioning that are obtained by database module 41
The GPS location of equipment 3 is compared, and judges intelligent apparatus 1 whether in lamp assembly 2 or the neighbouring particular range of air-conditioning equipment 3,
To automatically turn on or close lamp assembly 2 or air-conditioning equipment 3, and provide user's GPS auto-switch functions.In present embodiment
In, by taking lamp assembly 2 as an example, the GPS location of lamp assembly 2 adopts the GPS location of its gateway 21 and is stored in database module 41,
So as to lamp assembly 2, nearby particular range adopts the range Rs formed apart from 21 specific range of its gateway.When user passes through client
After APP 11 is held to open GPS auto-switch functions, client end AP P 11 can periodically transmit the GPS location of intelligent apparatus 1
To server 4, then GPS module 46 can be by the GPS location of the intelligent apparatus 1 received and the net obtained by database module 41
The GPS location of pass 21 is compared, to judge whether intelligent apparatus 1 enters range Rs.When judging that intelligent apparatus 1 enters range Rs
When, represent that the user for carrying intelligent apparatus 1 enters range Rs, it is assumed that lamp assembly 2 is not yet turned at this time, then 46 meeting of GPS module
Control lamp assembly 2 automatically turns on.Then, it when judging that intelligent apparatus 1 leaves range Rs, represents to carry the use of intelligent apparatus 1
Leave range Rs in family, it is assumed that range Rs can control lamp assembly without other users for carrying intelligent apparatus, then GPS module 46 at this time
2 are automatically closed.In addition, the page of the client end AP P 11 of intelligent apparatus 1 can show button of registering, when registering, button is pressed
And intelligent apparatus 1 in range Rs when, intelligent apparatus 1 starts monitored to record its time and when leaving of registering in range Rs
Between and be stored in database module 41, thereby server 4 can be stored in all of database module 41 and registered the time by analysis
And time departure, the quantity information in the intelligent apparatus of range Rs is obtained, is known with providing user or manager, employee can be used as
Attendance management.
Above-mentioned embodiment party is narrowly limited to the foregoing is merely the explanation of embodiments of the present invention rather than by the present invention
Formula, all within the spirit and claim and principle of the present invention, any modification, equivalent replacement, improvement and so on,
It should be included within protection scope of the present invention.
Claims (10)
1. illumination and air-conditioner control system, which is characterized in that including：
Intelligent apparatus is equipped with client end AP P, and equipped with optical sensor；
An at least lamp assembly, including multiple lamps and lanterns, the multiple lamps and lanterns are set to an at least lamps and lanterns by the client end AP P
Group is controlled with being grouped；
An at least air-conditioning equipment is set to an at least air-conditioning equipment group to be grouped control by the client end AP P；
An at least intelligent electric meter measures the electricity consumption of the lamp assembly and air-conditioning equipment；And
Server is communicated to connect with the intelligent apparatus, the lamp assembly, air-conditioning equipment and intelligent electric meter；
Wherein, the server includes：
Database module stores to control the pre-set parameter of the lamp assembly and air-conditioning equipment, by the lamp assembly
Air-conditioning equipment detecting flow of the people or the GPS of ambient brightness value or ambient temperature value, the lamp assembly or air-conditioning equipment positions
It puts；
Brightness control module, according to the electricity consumption of the pre-set parameter, flow of the people, ambient brightness value or the lamp assembly,
The lamp assembly is controlled to carry out brightness change；
Airconditioning control module, according to the electricity consumption of the pre-set parameter, flow of the people, ambient temperature value or the air-conditioning equipment,
The air-conditioning equipment is controlled to carry out temperature change；
Mode switch module according to the flow of the people, controls the lamp assembly and air-conditioning equipment automatically in different working modes
Between switch over；
Luminance compensation module, by the illuminance setting value of the lamp assembly set by the client end AP P and by described
The ambient illumination values of optical sensor detecting are compared, the lamp assembly to be controlled to carry out luminance compensation；And
GPS module compares the GPS location of the intelligent apparatus and the GPS location of the lamp assembly or air-conditioning equipment
Compared with the intelligent apparatus being judged whether near the lamp assembly or air-conditioning equipment in particular range, to automatically turn on or close
Close the lamp assembly or air-conditioning equipment.
2. illumination according to claim 1 and air-conditioner control system, wherein, the lamp assembly further includes：
Gateway is connect with the server communication；
An at least lighting controller is connect with the gateway communication, and is electrically connected with the multiple lamps and lanterns wherein at least one；With
And
An at least sensor is electrically connected with the lighting controller, detects the flow of the people, ambient brightness value or environment temperature
Value.
3. illumination according to claim 1 and air-conditioner control system, wherein, the client end AP P is provided with：
The group page provides user and sets the unlatching of the lamps and lanterns group or air-conditioning equipment group and the control lamps and lanterns group, closing
Or dim or control unlatching, closing or the temperature adjustment of the air-conditioning equipment group；
The scheduling page provides user and sets the pre-set parameter to arrange the action of the lamps and lanterns group or air-conditioning equipment group；
The advanced page provides user and sets the intelligent electric meter and be communicatively coupled setting and the lamp assembly or sky
Adjust the GPS location setting of equipment；And
The page is set, user is provided, parameter setting is carried out to the group page, the scheduling page and the advanced page.
4. illumination according to claim 3 and air-conditioner control system, wherein, the group page shows at least one set of other
Control button, the group control button provides unlatching, closing or the light modulation of the corresponding lamps and lanterns group of user's control or control corresponds to
Air-conditioning equipment group unlatching, closing or temperature adjustment.
5. illumination according to claim 3 and air-conditioner control system, wherein, user sets the lamp assembly or air-conditioning is set
Standby electricity consumption target, the electricity consumption target include with period history be averaged electricity consumption or by user-defined electricity consumption or
Energy conservation object.
6. illumination according to claim 5 and air-conditioner control system, wherein, when user sets the lamp assembly or air-conditioning
During the electricity consumption target of equipment, the brightness control module or airconditioning control module control the lamp assembly or air-conditioning equipment to exist
Follow-up each setting period increases or downgrades brightness settings or desired temperature, is set until reaching the lamp assembly or air-conditioning
Until standby electricity consumption target.
7. illumination according to claim 2 and air-conditioner control system, wherein, the sensor also detect the flow of the people with
The database module storage is transmitted to, the mode switch module analyzes the flow of the people and controls the lamp assembly according to this
Or air-conditioning equipment switches between different working modes automatically, the operating mode include busy mode, sensing modes and
Still-mode.
8. illumination according to claim 7 and air-conditioner control system, wherein, when the mode switch module passes through the visitor
When family end APP is set to warning mode, the mode switch module controls the lamp assembly or air-conditioning equipment to close, and in institute
It states sensor detecting and is filled to the lamp assembly, startup alarm or submitting warning information is opened when having flow of the people to the intelligence
It puts.
9. illumination according to claim 2 and air-conditioner control system, wherein, the GPS location of the lamp assembly includes institute
The GPS location of gateway is stated, nearby particular range includes gateway particular range nearby to the lamp assembly, wherein, the net
The setting of the GPS location of pass is the intelligent apparatus to be controlled to connect to the gateway with by the intelligence by the client end AP P
The GPS location of energy device is transmitted to the database module storage as the GPS location of the gateway.
10. illumination according to claim 1 and air-conditioner control system, wherein, the page of the client end AP P shows label
To button, when the button of registering is pressed and the intelligent apparatus is in the particular range, the intelligent apparatus starts
It is monitored time and time departure and to be stored in the database module in registering for the particular range to record it, thereby lead to
It crosses analysis and is stored in all of the database module and register time and time departure to provide user in the particular range
The quantity information of intelligent apparatus.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611064675.8A CN108132605A (en) | 2016-11-28 | 2016-11-28 | Illumination and air-conditioner control system |
| PCT/CN2017/107015 WO2018095169A1 (en) | 2016-11-28 | 2017-10-20 | Lighting and air conditioning control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611064675.8A CN108132605A (en) | 2016-11-28 | 2016-11-28 | Illumination and air-conditioner control system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108132605A true CN108132605A (en) | 2018-06-08 |
Family
ID=62194730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611064675.8A Pending CN108132605A (en) | 2016-11-28 | 2016-11-28 | Illumination and air-conditioner control system |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN108132605A (en) |
| WO (1) | WO2018095169A1 (en) |
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