CN105867206A - Intelligent control module, intelligent lamp fan, remote controller of intelligent lamp fan and control method of intelligent lamp fan - Google Patents
Intelligent control module, intelligent lamp fan, remote controller of intelligent lamp fan and control method of intelligent lamp fan Download PDFInfo
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- CN105867206A CN105867206A CN201510031790.4A CN201510031790A CN105867206A CN 105867206 A CN105867206 A CN 105867206A CN 201510031790 A CN201510031790 A CN 201510031790A CN 105867206 A CN105867206 A CN 105867206A
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Abstract
The invention discloses an intelligent control module, an intelligent lamp fan, a remote controller of the intelligent lamp fan and a control method of the intelligent lamp fan. The control method of the intelligent lamp fan includes the following steps that: first lamp fan control signals are received; the first lamp fan control signals are transmitted to a lamp fan control module so as to adjust the brightness of a lighting device or the rotation speed of a fan device; timing control setting data are set according to user operation; and when a timing triggering time comes, second lamp fan control signals are generated according to the timing control setting data, and the second lamp fan control signals are transmitted to the lamp fan control module, so that the brightness of the lighting device or the rotation speed of the fan device can be adjusted. With the control method of the intelligent lamp fan provided by the invention adopted, the lamp fan can be made to rotate automatically in a timed manner, and better user experience can be provided.
Description
Technical field
The present invention is relevant with control module, lamp fan, lamp fan remote controller and lamp fan controlling method, particularly with regard to intelligent control module, intelligent lamp fan, intelligent lamp fan remote controller and intelligent lamp fan controlling method.
Background technology
For a long time, most commonly seen in the always indoor decoration of lamp fan functional ornamentation.In addition to having decoration functions, lamp fan also can provide fan functionality and illumination functions simultaneously, and have aesthetic property and practicality concurrently simultaneously.And, the height arranged due to lamp fan is far above general electric fan (being such as arranged at the ceiling of household), therefore the temperature regulation efficiency of lamp fan (is difficult to that the most relatively low most of household electrical appliances are set because of the produced top-down air-flow of lamp fan block higher than general electric fan, thus air cycle efficiency is preferable, temperature regulation efficiency is the most preferable).Due to above-mentioned advantage, the popularity rate of lamp fan is more and more higher.
It is well known, however, that lamp fan all must user manually opened/close, do not possess any function automatically controlled, and cause the Consumer's Experience of user the best.
Therefore, there are the problems referred to above in known lamp fan, and urgently more effectively scheme is suggested.
Summary of the invention
In view of this, the main object of the present invention, is to be that providing a kind of possesses the self-timing control intelligent control module of function, intelligent lamp fan, intelligent lamp fan remote controller and intelligent lamp fan controlling method.
For reaching above-mentioned purpose, the present invention mainly provides a kind of intelligent control module, including connecting one first transport module of a lamp fan control module, receiving one first lamp fan control signal or control signal receiving module, an internal memory, a timer of a timing controlled signal and be electrically connected with this first transport module, this control signal transport module, this internal memory and a processor of this timer.This processor includes a processing module and connects the timing control module of this processing module.This processing module transmits this first lamp fan via this first transport module and controls signal to this lamp fan control module with the brightness of an illuminator of adjustment electric connection this lamp fan control module or the rotating speed of the fan assembly being electrically connected with this lamp fan control module, or set a timing control according to this timing controlled signal and set up given data and store to this internal memory, wherein this timing controlled setting data includes a triggered time and a timing controlled operating parameters.This timing control module this triggered time when this timer, through out-of-date, produce and transmits one second lamp fan according to this timing controlled operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this intelligent control module further includes a network transmission module, is electrically connected with this processor, via Internet connection one user's set to obtain a customer location；This internal memory more stores a pretrigger setting data, and wherein this pretrigger setting data includes a lamp fan position, distance marginal value and a pretrigger operating parameters；This processor further includes a pretrigger module, connect this processing module, this pretrigger module is when this customer location and this lamp fan the distance between position less than this distance marginal value, produce and transmit one the 3rd lamp fan according to this pretrigger operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this intelligent control module further includes a sensor, is electrically connected with this processor, obtains an envirment factor sensing value；This internal memory more stores an envirment factor desired value；This processing module is according to this envirment factor sensing value and a mathematic interpolation of this envirment factor desired value and transmits one the 4th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this sensor is temperature sensor or humidity sensor.
From the above, wherein this intelligent control module further includes a sensor, is electrically connected with this processor, obtains an envirment factor sensing value；This internal memory further includes a data base, stores Learning of Complex Number setting data, and wherein this Learning of Complex Number setting data is respectively corresponding to the operating parameters that this lamp is fanned the control module past and used under this different envirment factor sensing value；This processor further includes a study module, connect this processing module, one of this Learning of Complex Number setting data is selected according to this current envirment factor sensing value, and produce and transmit one the 5th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator according to this study setting data selected.
From the above, wherein this intelligent control module further includes a network transmission module, is electrically connected with this processor, via Internet connection one user's set or a cloud server；This processor further includes a statistical module, connects this processing module, calculates and transmits a statistical data to this user's set or this cloud server via this network transmission module.
From the above, wherein this statistical data includes an envirment factor sensing value, an envirment factor desired value or the lamp fan power consumption value that the complex time point in a statistical time scope records respectively.
From the above, wherein this intelligent control module further includes a network transmission module, is electrically connected with this processor, via Internet connection one cloud server；This processor further includes a high in the clouds backup module, connects this processing module, and this high in the clouds backup module produces a Backup Data, and transmits this Backup Data to this cloud server to carry out data backup via this network transmission module.
From the above, wherein this intelligent control module further includes a network transmission module, is electrically connected with this processor, connects the Internet；This internal memory more stores a webpage；This processor further includes a Web page module, and this Web page module provides the service that browses of this webpage via this network transmission module, and accepts a user operation via this webpage, and produces this first lamp fan control signal or this second lamp fan control signal according to this user operation.
The present invention further provides a kind of intelligent lamp fan, including foregoing intelligent control module, a fan assembly, an illuminator and the lamp fan control module being electrically connected with this fan assembly and this illuminator.This lamp fan control module includes one second transport module, connects this first transport module of this intelligent control module.
The present invention further provides a kind of intelligent lamp fan remote controller, including
Foregoing intelligent control module and be electrically connected with a man-machine interface of this intelligent control module.This man-machine interface accepts a user operation and produces this first lamp fan control signal or this timing controlled signal according to this user operation.
The present invention further provides a kind of intelligent lamp fan controlling method, including: a) receive one first lamp fan and control signal；B) transmit this first lamp fan and control signal to a lamp fan control module with the brightness of an illuminator of adjustment electric connection this lamp fan control module or the rotating speed of the fan assembly being electrically connected with this lamp fan control module；C) setting a timing control according to a user operation and set up given data, wherein this timing controlled setting data includes a triggered time and a timing controlled operating parameters；And d) in this triggered time of timing through out-of-date, according to this timing controlled operating parameters produce and transmit one second lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this intelligent lamp fan controlling method further includes the following step: e) obtaining a customer location and a pretrigger setting data, wherein this pretrigger setting data includes a lamp fan position, distance marginal value and a pretrigger operating parameters；And f) when this customer location and this lamp fan the distance between position less than this distance marginal value, produce and transmit one the 3rd lamp fan according to this pretrigger operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this intelligent lamp fan controlling method further includes the following step: g) obtain a current envirment factor sensing value via a sensor；H) an envirment factor desired value of pre-storage is obtained；And i) according to this envirment factor sensing value and a mathematic interpolation of this envirment factor desired value and transmit one the 4th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
From the above, wherein this intelligent lamp fan controlling method further includes the following step: j) obtain a current envirment factor sensing value via a sensor；K) select one of Learning of Complex Number setting data of storing up in advance from a data base according to this envirment factor, wherein this Learning of Complex Number setting data is respectively corresponding to this lamp fan control module past operating parameters used under this different envirment factor sensing value；And l) produce and transmit one the 5th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator according to this study setting data selected.
From the above, wherein this intelligent lamp fan controlling method further includes the following step: m) calculate a statistical data；And n) transmit this statistical data to a user's set or a cloud server via the Internet.
From the above, wherein this statistical data includes an envirment factor sensing value, an envirment factor desired value or the lamp fan power consumption value that the complex time point in a statistical time scope records respectively.
From the above, wherein this intelligent lamp fan controlling method further includes the following step: o) producing a Backup Data, wherein this Backup Data includes this timing controlled setting data；And p) transmit this Backup Data to a cloud server to back up via the Internet.
The present invention can make lamp fan self-timing operating, be not required to user manually opened/close lamp fan, and more preferably Consumer's Experience can be provided.
Accompanying drawing explanation
Fig. 1 is the intelligent control module Organization Chart of the present invention the first specific embodiment；
Fig. 2 is the intelligent lamp fan Organization Chart of the present invention the first specific embodiment；
Fig. 3 is that the intelligent lamp fan of the present invention the first specific embodiment uses schematic diagram；
Fig. 4 is the intelligent lamp fan remote controller holder composition of the present invention the first specific embodiment；
Fig. 5 is that the intelligent lamp fan remote controller of the present invention the first specific embodiment uses schematic diagram；
Fig. 6 is the intelligent lamp fan controlling method flow chart of the present invention the first specific embodiment；
Fig. 7 A is the intelligent lamp fan controlling method first pass figure of the present invention the second specific embodiment；
Fig. 7 B is the intelligent lamp fan controlling method second flow chart of the present invention the second specific embodiment.
Description of reference numerals
184 ... pretrigger module
186 ... study module
188 ... statistical module
190 ... high in the clouds backup module
192 ... Web page module
2,2 ' ... lamp is fanned
20 ... lamp fan control module
200 ... the second transport module
22 ... illuminator
24 ... fan assembly
30 ... network
32 ... user's set
34 ... cloud server
4 ... intelligent lamp fan remote controller
40 ... man-machine interface
S60-S68 ... the first rate-determining steps
S700-S734 ... the second rate-determining steps.
Detailed description of the invention
Now with regard to a preferred embodiment of the present invention, coordinate accompanying drawing, after describing in detail such as.
Head refers to Fig. 1, for the intelligent control module Organization Chart of the present invention the first specific embodiment.As it is shown in figure 1, the intelligent control module 1 of the present invention mainly includes that one first transport module 10, controls signal receiving module 12, internal memory 14, timer 160 and a processor 18.This processor 18 is electrically connected with this first transport module 10, this control signal transport module 12, this internal memory 14 and this timer 160.
This first transport module 10 connects a lamp fan control module 20 of outside.Specifically, this first transport module 10 can pass a lamp fan from this processor 18 turns and control signal to this lamp fan control module 20, so that this lamp fan control module 20 controls signal according to this lamp fan adjusts the brightness of the illuminator (illuminator 22 as shown in Figures 2 and 4) being electrically connected with this lamp fan control module 20, or it is electrically connected with the rotating speed of a fan assembly (fan assembly 24 as shown in figures 2 or 4) of this lamp fan control module 20.
It is noted that this lamp fan control module 20, this illuminator 22 and this fan assembly 24 are to be commonly located in a lamp fans (the lamp fan 2 ' shown in lamp fan 2 or Fig. 4 as shown in Figure 2).
It is preferred that this first transport module 10 is that wired connection is (as via Ethernet winding thread (Ethernet cable), signal control line or power line communication (Power Line
Communication, PLC) connect) one second transport module (the second transport module 200 as shown in Figure 2) of this lamp fan control module 20, but it is not limited.
In another embodiment of the present invention, this first transport module 10 also can wireless connections (as via bluetooth (bluetooth) radio communication, infrared ray (infrared, IR) radio communication, radio frequency (Radio frequency, RF) radio communication, purple honeybee (ZigBee) radio communication or Z ripple (Z-Wave) radio communication connect) this second transport module 200(of this lamp fan control module 20 this second transport module 200 as shown in Figure 3).
This control signal receiving module 12 connects a man-machine interface 40, and can receive one first lamp fan control signal or a timing controlled signal from this man-machine interface 40.Specifically, one user this man-machine interface operable 40(such as the virtual key touched as shown in Touch Screen or the physical button pressing remote controller), when this user operates under a manual mode, this man-machine interface 40 can send this first lamp fan and control signal to this control signal receiving module 12；When this user operates under a time control pattern, this man-machine interface 40 can send this timing controlled signal to this control signal receiving module 12.This processor 18 controls signal according to this first lamp fan that this control signal receiving module 12 receives or this timing controlled signal performs alignment processing.
Preferably.This control signal receiving module 12 is wired connection (as connected via Ethernet winding thread, signal control line or power line communication) this man-machine interface 40, but is not limited.In another embodiment of the present invention, this control signal receiving module 12 also can wireless connections (as connected via bluetooth radio communication, infrared wireless communication, Radio-Frequency Wireless Communication, ZigBee radio communication or Z-Wave radio communication) this man-machine interface 40.
This internal memory 14 is used for storing data, and the timing control as controlled for self-timing sets up given data 140(and is detailed later).It is preferred that this internal memory 14 is disk hard disk (Hard Disk Drive), flash memory (flash
Memory), cache (cache memory) or buffer (register), but be not limited.
This processor 18 mainly includes a processing module 180.This processing module 180 can be delivered from, via this first transport module 10, this first lamp fan that this man-machine interface 40 receives and control signal and fan control module 20 to this lamp, adjusts brightness or the rotating speed of this fan assembly 24 of this illuminator 22 controlling this lamp fan control module 20.
Additionally, this processing module 180 can be according to this timing controlled signal received from this man-machine interface 40 to set this timing controlled setting data 140 and to store to this internal memory 14.It is preferred that this timing controlled setting data 104 includes a triggered time.
This timer 160 is for timing.This processor 18 also includes the timing control module 182 connecting this processing module 180.This timing control module 182 in this timer 160 this triggered time of timing through out-of-date, produce and transmit one second lamp fan control signal according to this timing controlled setting data 140 and fan control module 20 to this lamp, to make this lamp fan control module 20 adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
Specifically, this timing controlled setting data 140 further includes a timing controlled operating parameters (such as a brightness adjustment parameter or an adjustment of rotational speed parameter of this fan assembly 24 of this illuminator 22).This timing control module 182 is based on this timing controlled operating parameters and produces this second lamp fan control signal.
In another embodiment of the present invention, this intelligent control module 1 can farther include a pretrigger pattern.Under this pretrigger pattern, this intelligent control module 1 can be foundation according to the distance between position itself and this user position, triggers this lamp fan control module 20 and automatically controls this illuminator 22 and/or this fan assembly 24 is turned on and off.
Specifically, this intelligent control module 1 further includes a network transmission module 162, is electrically connected with this processor 18, and via the externally connected user's set 32 of a network 30.This intelligent control module 1 obtains a customer location via this network transmission module 162 from this user's set 32.It is preferred that this network 30 is the Internet, this network transmission module 162 is to set up network on-line via the Internet and this user's set 32.
This internal memory 14 more stores a pretrigger setting data 142.It is preferred that this pretrigger setting data 142 includes a lamp fan position, distance marginal value and a pretrigger operating parameters.This processor 18 further includes the pretrigger module 184 connecting this processing module 180.
This pretrigger module 184 can be when this customer location and this lamp fan the distance between position less than this distance marginal value, produce one the 3rd lamp fan according to this pretrigger operating parameters (such as this brightness adjustment parameter or this adjustment of rotational speed parameter of this fan assembly 24 of this illuminator 22) and control signal, and transmit the 3rd lamp fan via this first transport module 10 and control signal and fan control module 20 to this lamp, automatically adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22 to make this lamp fan control module 20 control signal according to the 3rd lamp fan.
For example, if this intelligent control module 1 is disposed on household, this user's set 32 is to be carried with by this user.This pretrigger setting data 142 is that this user presets or is set before this intelligent control module 1 is dispatched from the factory.
This user's set 32 sends this customer location (position as current in this user's set 32 of the satellite positioning module acquirement via this user's set 32) to this intelligent control module 1 via this network 30 timing.
After this intelligent control module 1 enters this pretrigger pattern, can determine whether that whether the distance between this customer location and household is less than this distance marginal value (such as 500 meters), and when this distance is less than this distance marginal value, trigger this lamp fan control module 20 and open this illuminator 22 and this fan assembly 24.This pretrigger pattern above-mentioned i.e. provides one to automatically turn on function.Whereby, when this user returns to household, can at once enjoy optimal room temperature and light, and obtain as household is in the Consumer's Experience of waiting.
Further, this intelligent control module 1 can trigger this lamp fan control module 20 and close this illuminator 22 and this fan assembly 24 when this distance judged between this customer location and household is not less than this distance marginal value automatically.This pretrigger pattern above-mentioned i.e. provides an automatic closing function.Whereby, even if this user forgets to close this illuminator 22 or this fan assembly 24, this intelligent control module 1 of the present embodiment also can be automatically switched off this illuminator 22 and this fan assembly 24 after this user is away from household, and can avoid power wastage, and reaches technology effect of power and energy saving.
Further, this intelligent control module 1 more can obtain a current time via this timer 160, and only enter this pretrigger pattern to realize aforementioned function in the fixing period (such as this user's period set in advance), as started this automatic closing function during the working of this user, start this in the next period of this user and automatically turn on function.Whereby, this intelligent control module 1 of the present embodiment can effectively reduce judge by accident this user left home maybe by return home probability (as this user in the work hours near household, will not be judged as this user will return home and automatically turn on this illuminator 22 and/or this fan assembly 24).
Though it is noted that in the present embodiment, being to be transmitted this customer location to this intelligent control module 1 by this user's set 32, but be not limited.In another embodiment of the present invention, this user's set 32 stores this lamp fan position and this distance marginal value of these pretrigger data 142, and this distance between this customer location and this lamp fan position can be calculated, and when this distance is less than this distance marginal value, transmit one pretrigger trigger signal to this lamp fan control module 1, with trigger this lamp fan control module 1 transmit the 3rd lamp fan control signal to this lamp fan control module 20 open to control this illuminator 22 or this fan assembly 24/close.
In another embodiment of the present invention, this intelligent control module 1 further includes the sensor 164 being electrically connected with this processor 18.This sensor 164 is in order to obtain an envirment factor sensing value.This internal memory 14 more stores an envirment factor desired value 144.This processing module 180 according to this envirment factor sensing value and a mathematic interpolation of this envirment factor desired value 144 and transmit one the 4th lamp fan control signal to this lamp fan control module 20, to adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
It is preferred that this sensor 164 is temperature sensor, humidity sensor or luminance sensor.When this sensor 164 is temperature sensor, this envirment factor sensing value is the temperature value in this space, intelligent control module 1 place；When this sensor 164 is humidity sensor, this envirment factor sensing value is the humidity value in this space, intelligent control module 1 place；When this sensor 164 is luminance sensor, this envirment factor sensing value is the brightness value in this space, intelligent control module 1 place, but is not limited.
For example, if this sensor 164 is temperature sensor, this envirment factor desired value 144 is Celsius temperature 25 degree.After this processing module 180 enters a constant temperature automatic control mode, obtain current this envirment factor sensing value (in the present embodiment, this envirment factor sensing value is as a example by Celsius temperature 30 degree) via this sensor 164.This processing module 180 calculates this difference of this envirment factor sensing value and this envirment factor desired value 144 (in the present embodiment, this difference is Celsius temperature 5 degree), and according to this mathematic interpolation and transmit the 4th lamp fan and control signal and fan control module 20 to this lamp, to adjust the rotating speed (be such as adjusted to strong breeze speed) of this fan assembly 24.
In another example, if this envirment factor sensing value drops to Celsius temperature 27 degree, then this processing module 180 is after entering this constant temperature automatic control mode, this difference of this envirment factor sensing value and this envirment factor desired value 144 can be calculated (in this example, this difference is Celsius temperature 2 degree), and according to this mathematic interpolation and transmit the 4th lamp fan and control signal and fan control module 20 to this lamp, to adjust the rotating speed (be such as adjusted to gentle breeze speed) of this fan assembly 24.Whereby, the present invention can effectively make the interior space maintain constant temperature, constant humidity or constant brightness, and provides this user more preferably Consumer's Experience.
In another embodiment of the present invention, this intelligent control module 1 can enter a learning model, and realizes a learning functionality of operating parameters under this learning model.
Then how the explanation present invention realizes this learning functionality.In the present embodiment, this internal memory 14 further includes a data base 146, stores Learning of Complex Number setting data 1460.It is preferred that this Learning of Complex Number setting data 1460 is respectively corresponding to this lamp fan control module 1 past operating parameters used when performing under this different envirment factor sensing value.
This processor 18 further includes a study module 186.This study module 186 connects this processing module 180, obtains this current envirment factor sensing value via this sensor 164, and selects one of this Learning of Complex Number setting data 1460 according to this acquired envirment factor sensing value in this data base 146.Then, this study module 186 produces and transmits one the 5th lamp fan control signal according to this study setting data 1460 selected and fans control module 20 to this lamp, to adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.It is preferred that this study setting data 1460 selected is corresponding this current envirment factor sensing value.
For example, if this lamp fan control module 1 past is after entering this learning model, once once it is set to perform light breeze speed when Celsius temperature 25 degree, it is set to perform gentle breeze speed when Celsius temperature 26 degree, and be set to perform 3rd level wind speed when Celsius temperature 27 degree, then this study module 186 can be by aforementioned setup parameter (i.e. light breeze speed, gentle breeze speed and 3rd level wind speed) it is respectively corresponding to this envirment factor sensing value (i.e. Celsius temperature 25 degree instantly, Celsius temperature 26 degree and Celsius temperature 27 degree), and be stored in this data base 146 as 3 these study setting datas 1460.
After this lamp fan control module 1 enters this learning model once again, this study module 186 can obtain current this envirment factor sensing value (as a example by Celsius temperature 26 degree) via this sensor 164, and select should this study setting data 1460(the present embodiment of envirment factor sensing value be gentle breeze speed in this data base 146), and according to this selected study setting data 1460 produce and transmit the 5th lamp fan control signal to this lamp fan control module 20, with adjust the rotating speed of this fan assembly 24 be gentle breeze speed.Whereby, the present invention can make this illuminator 22 and this fan assembly 24 automatically operate according to the use habit of this user effectively.
In another embodiment of the present invention, this intelligent control module 1 can enter a statistical model.Further, under this statistical model, this intelligent control module 1 performs a statistical function.
Then how the explanation present invention realizes this statistical function.In the present embodiment, this network transmission module 162 connects this user's set 32 or cloud server 34 via this network 30.This processor 18 further includes a statistical module 188.This statistical module 188 connects this processing module 180, can calculate a statistical data 148 and be stored in this internal memory 14, and in time being connected to this network 30 via this network transmission module 162, this statistical data 148 being sent to this user's set 32 or this cloud server 34.
It is preferred that an envirment factor sensing value, an envirment factor desired value or lamp fan power consumption value that the complex time point (such as noon every day) that this statistical data 148 can be included in a statistical time scope (such as 1 month) records respectively.Whereby, this statistical module 188 of the present invention can effectively record the operating course adding up this lamp fan 2, and provides this statistical data 148 of this lamp fan 2 to this user, knows the operating relevant information of this lamp fan 2 for this user.
In another embodiment of the present invention, this intelligent control module 1 can enter a high in the clouds backup mode.Further, under this high in the clouds backup mode, this intelligent control module 1 performs a high in the clouds backup functionality.
Then how the explanation present invention realizes this high in the clouds backup functionality.In the present embodiment, this network transmission module 162 connects this cloud server 34 via this network 30.This processor 18 further includes a high in the clouds backup module 190.This high in the clouds backup module 190 connects this processing module 180, in order to produce a Backup Data 150 and to keep in this internal memory 14.When this high in the clouds backup module 190 is connected to this cloud server 34 via this network transmission module 162, can transmit this Backup Data 150 to this cloud server 34 to carry out data backup.
Preferably, this Backup Data 150 is setting data or the operation record (such as this timing controlled setting data 140, this pretrigger setting data 142, this envirment factor desired value 144, this Learning of Complex Number setting data 1460, this statistical data 148 or the combination in any of above-mentioned data) of this lamp fan 2 including this intelligent control module 1, but is not limited.
Whereby, after this user changes or buys more this new intelligent control module 1, this Backup Data 150 can be downloaded to this new intelligent control module 1, so that this new intelligent control module 1 can operate by this Backup Data 150 of direct basis from this cloud server 34.The present invention can effectively save this user and manually set the step of this new intelligent control module 1, and can provide and more preferably arrange convenience.
In another embodiment of the present invention, this intelligent control module 1 can provide a web page operation function.Specifically, in the present embodiment, this network transmission module 162 connects this network 30.This internal memory 14 more stores a webpage 152.This processor 18 further includes a Web page module 192, service is browsed via what this network transmission module 162 provided this webpage 152, and accept a user operation via this webpage 152, and control signal (such as this first lamp fan control signal, control signal fanned by this second lamp, the 3rd lamp fan controls signal, control signal fanned by the 4th lamp or the 5th lamp is fanned and controlled signal) according to this user operation generation, to adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
Further, the operating relevant information of this lamp fan 2 can be shown in this webpage 152 by this Web page module 192 further.Whereby, this lamp fan 2 remotely can be controlled by this user via this webpage 152, or obtain the current operation information of this lamp fan 2 from this webpage 152.
It is worth mentioning that, this processing module 180, this timing control module 182, this pretrigger module 184, this study module 186, this statistical module 188, this high in the clouds backup module 190 and this Web page module 192 can realize via hardware module mode (such as electronic circuit or the integrated circuit of imprinting digital circuit), also can realize via form of software modules (such as program (program) or application programming interface (Application
Programming Interface, API)), but be not limited.When aforementioned modules is to realize via form of software modules, the connection of aforementioned each intermodule refers to the link (link) between program.
When this processing module 180, this timing control module 182, this pretrigger module 184, this study module 186, this statistical module 188, this high in the clouds backup module 190 and this Web page module 192 are to realize via form of software modules, this internal memory 14 can store a computer program 154 further, and this computer program 154 record has the program code for realizing aforementioned respectively this module or machinery code (machine code).After this processor 18 performs program code or the machinery code of this computer program 154, the function of aforementioned respectively this module can be realized.
Continue and refer to the intelligent lamp fan Organization Chart that Fig. 2, Fig. 2 are the present invention the first specific embodiment.As in figure 2 it is shown, this lamp fan 2 includes this intelligent control module 1, this lamp fan control module 20, this illuminator 22 and this fan assembly 24.This lamp fan control module 20 is electrically connected with this illuminator 22 and this fan assembly 24.This second transport module 200 of this first transport module 10 this lamp of wired or wireless connection fan control module 20 of this intelligent control module 1.This intelligent control module 1 is identical with this intelligent control module 1 shown in Fig. 1, repeats no more in this.
It is also preferred that the left this first transport module 10 is removably to be electrically connected with this second transport module 200 via plural number metal leg position (pin), but it is not limited.Whereby, this intelligent control module 1 can be easily mounted to this lamp fan 2 or remove from this lamp fan 2.
It is noted that this lamp fan 2 is through becoming intelligent lamp fan owing to inside arranges this intelligent control module 1.In other words, even if this lamp fan 2 is the general lamp fan not having the ability of automatically controlling, also can upgrade to intelligent lamp fan via this intelligent control module 1 of the installing present invention, and aforementioned various functions (such as this time control function, this pretrigger function, this learning functionality, this statistical function or this high in the clouds backup functionality) can be performed.
Continue and refer to the intelligent lamp fan use schematic diagram that Fig. 3, Fig. 3 are the present invention the first specific embodiment, fan a use situation of 2 in order to this lamp shown in explanatory diagram 2.
As it is shown on figure 3, this user can be remotely controlled via using this user's set 32 having been connected to this network 30 that this lamp being equiped with this intelligent control module 1 is fanned 2.Specifically, this user's set 32 is intelligent mobile phone, and after performing an application program, can show a graphical user interface (Graphical user interface, GUI).This graphical user interface can include plural number virtual key and at least one viewing area, and this plural number button is in order to accept this user operation, and this viewing area is in order to show that 2 current operation informations fanned by this lamp.
After this user's set 32 accepts this user operation (as turns on light operation) via this graphical user interface, can produce and transmit to should the control signal (as this first lamp fan controls signal) of user operation to this intelligent control module 1.Then, this intelligent control module 1 transmits this first lamp fan control signal and fans control module 20 to this lamp, such as opens this illuminator 22 with this illuminator 22 and/or this fan assembly 24(controlling this lamp fan).
Continue and refer to the intelligent lamp fan remote controller holder composition that Fig. 4, Fig. 4 are the present invention the first specific embodiment.As shown in Figure 4, in the present embodiment, intelligent lamp fan remote controller 4 includes this intelligent control module 1 and this man-machine interface 40.This intelligent control module 1 is electrically connected with this man-machine interface 40, and this second transport module 200 of this lamp fan control module 20 via this first transport module 10 this lamp of wireless connections fan 2 '.This intelligent control module 1 is identical with this intelligent control module 1 shown in Fig. 1, repeats no more in this.
It is worth mentioning that, this lamp fan 2 ' can be not have the ability of automatically controlling (i.e., not there is this intelligent control module 1) general lamp fan, and, this intelligent lamp fan remote controller 4 can transmit via this first transport module 10 of this intelligent control module 1 and be compatible with the wireless control signals of general lamp fan and fan 2 ' to this lamp, to make this lamp fan 2 ' reach the effect automatically controlled.
Specifically, the present embodiment is this intelligent control module 1 to be installed in this intelligent lamp fan remote controller 4, to replace this lamp fan 2 ' remote controller originally.And, this intelligent lamp fan remote controller 4 is sent to this lamp fan 2 ' via by various different control signals (such as this first lamp fan control signal, control signal fanned by this second lamp, the 3rd lamp fan controls signal, control signal fanned by the 4th lamp or the 5th lamp is fanned and controlled signal), can realize aforementioned various functions (such as this time control function, this pretrigger function, this learning functionality, this statistical function or this high in the clouds backup functionality).
Whereby, this user only needs to buy more this intelligent lamp fan remote controller 4, this lamp fan 2 ' can be made to possess the correlation function of intelligent lamp fan, and can effectively save and eliminate the cost changing this lamp fan 2 '.
Continue and refer to the intelligent lamp fan remote controller use schematic diagram that Fig. 5, Fig. 5 are the present invention the first specific embodiment, fan a use situation of remote controller 4 in order to this intelligent lamp shown in explanatory diagram 4.
As it is shown in figure 5, this intelligent lamp fan remote controller 4 is internal is equiped with this intelligent control module 1, and surface configuration has in this man-machine interface 40(the present embodiment, and this man-machine interface 40 is button and display).
This user can input this user operation (such as this operation of turning on light) via operating this button (i.e. this man-machine interface 40).After this intelligent control module 1 accepts this user operation via this man-machine interface 40, can produce to should user operation control signal (as this first lamp fan control signal), and by control signal be wirelessly communicated to this lamp fan 2 ' this lamp fan control module 20, with control this lamp fan 2 ' this illuminator 22 or this fan assembly 24(such as open this illuminator 22).
Continue and refer to Fig. 6, for the intelligent lamp fan controlling method flow chart of the present invention the first specific embodiment.The intelligent lamp fan controlling method of the present embodiment this intelligent control module 1 the most as shown in Figure 1 is realized.
Step S60: receive this first lamp fan and control signal.Specifically, this intelligent control module 1 via this control signal receiving module 12 from this man-machine interface 40, via this network 30 from this user's set 32 or via this webpage 152 receive to should user operation this first lamp fan control signal.
Step S62: transmit this first lamp fan and control signal to this lamp fan control module 20.Specifically, this processor 18 transmits this first lamp fan control signal fans control module 20 to this lamp, so that this lamp fan control module 20 can control signal according to this first lamp fan adjusts brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
Step S64: set this timing controlled setting data 140.Specifically, this intelligent control module 1 from this man-machine interface 40, accept another this user operation via this network 30 from this user's set 32 or via this webpage 152, and sets this timing controlled setting data 140 according to this user operation via this control signal receiving module 12.It is preferred that this timing controlled setting data 140 includes this triggered time and this timing controlled operating parameters.
Step S66: judge whether this triggered time passes through.Specifically, via this timer 160, this intelligent control module 1 judges whether this triggered time of this timing controlled setting data 140 passes through.If this triggered time process, then perform step S68；Otherwise repeat this step S66, persistently to judge whether this triggered time passes through.
Step S68: produce and transmit this second lamp fan and control signal to this lamp fan control module 20.Specifically, this intelligent control module 1 in via this timer 160 this triggered time of timing through out-of-date, produce this second lamp fan according to this timing controlled operating parameters of this timing controlled setting data 140 and control signal, and it is sent to this lamp fan control module 20, the rotating speed 24 of brightness or this fan assembly to adjust this illuminator 22 via this first transport module 10.
It is worth mentioning that, though in Fig. 6, this step S60-S62 is performed before this step S64-S68, but should be as limit, there is no ordering relation or dependence relation between this step S60-S62 and this step S64-S68, also can only perform this step S60-S62, not perform this step S64-S68, or first carry out this step S64-S68, then perform this step S60-S62.Whether this step S60-S62 all arbitrarily can be adjusted according to this user's request with execution sequence with the execution of this step S64-S68.
Continuous please refer to the intelligent lamp fan controlling method first pass figure that Fig. 7 A and 7B, Fig. 7 A is the present invention the second specific embodiment, Fig. 7 B is the intelligent lamp fan controlling method second flow chart of the present invention the second specific embodiment.The intelligent lamp fan controlling method of the present embodiment this intelligent control module 1 the most as shown in Figure 1 is realized.
Step S700: receive this first lamp fan and control signal.
Step S702: transmit this first lamp fan and control signal to this lamp fan control module 20.
Step S704: set this timing controlled setting data 140.It is preferred that this timing controlled setting data 140 includes this triggered time and this timing controlled operating parameters.
Step S706: judge whether this triggered time passes through.If this triggered time process, then perform step S708；Otherwise repeat this step S706, persistently to judge whether this triggered time passes through.
Step S708: produce and transmit this second lamp fan and control signal to this lamp fan control module 20.
Step S710: obtain this customer location and this pretrigger setting data 142.Specifically, this intelligent control module 1 can obtain this customer location via this network 30 from this user's set 32, and obtains this pretrigger setting data 142 from this internal memory 14.It is preferred that this pretrigger setting data 142 is to be preset by this user, and include this lamp fan position, this distance marginal value and this pretrigger operating parameters.
Step S712: and whether the distance between user is less than this distance marginal value.Specifically, this intelligent control module 1 calculates this distance between this customer location and this lamp fan position, and judges that whether this distance is less than this distance marginal value.If this distance is less than this distance marginal value, then perform step S714；Otherwise repeat this step S712 persistently to detect.
Step S714: produce and transmit the 3rd lamp fan and control signal to this lamp fan control module 20.Specifically, this intelligent control module 1 produces the 3rd lamp fan according to this pretrigger operating parameters of this pretrigger setting data 142 and controls signal, and it is sent to this lamp fan control module 20 via this first transport module 10, to adjust brightness or the rotating speed of this fan assembly 22 of this illuminator 24.
Step S716: obtain this envirment factor sensing value.Specifically, this intelligent control module 1 obtains, via this sensor 164, this envirment factor sensing value that this sensor 164 surrounding is current.It is preferred that this envirment factor sensing value is temperature value, humidity value or brightness value, but it is not limited.
Step S718: obtain this envirment factor desired value 144.Specifically, this intelligent control module 1 obtains this envirment factor desired value 144 from this internal memory 14.It is preferred that this envirment factor desired value 144 is to be preset and be stored in this internal memory 14 by this user.
Step S720: produce and transmit the 4th lamp fan and control signal to this lamp fan control module 20.Specifically, this difference of this intelligent this envirment factor sensing value of control module 1 basis and this envirment factor desired value 144 calculates the 4th lamp fan and controls signal, and it is sent to this lamp fan control module 20 via this first transport module 10, to adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
Step S722: obtain this current envirment factor sensing value.Specifically, this intelligent control module 1 obtains, via this sensor 164, this envirment factor sensing value that this sensor 164 surrounding is current.
Step S724: select one of this Learning of Complex Number setting data 1460 from this data base 146.Specifically, this intelligent control module 1 selects this study setting data 1460 of corresponding this current envirment factor sensing value in this Learning of Complex Number setting data 1460 stored by this data base 146.It is preferred that this Learning of Complex Number setting data 1460 is respectively corresponding to this lamp fan control module 1 past this operating parameters used when performing under this different envirment factor sensing value.
Step S726: produce and transmit the 5th lamp fan and control signal to this lamp fan control module 20.Specifically, this intelligent control module 1 produces the 5th lamp fan according to this study setting data 1460 selected and controls signal, and it is sent to this lamp fan control module 20 via this first transport module 10, to adjust brightness or the rotating speed of this fan assembly 24 of this illuminator 22.
Step S728: calculate this statistical data 148.Specifically, this intelligent control module 1 can calculate this statistical data 148 and be stored in this internal memory 14.It is preferred that an envirment factor sensing value, an envirment factor desired value or lamp fan power consumption value that the complex time point (such as some every night 8) that this statistical data 148 can be included in this timing statistics scope (such as 1 week) records respectively.
Step S730: transmit this statistical data 148 to this user's set 32 or this cloud server 34.Specifically, this statistical data 148 is sent to this user's set 32 or this cloud server 34 via this network transmission module 162 by this intelligent control module 1.
Step S732: produce this Backup Data 150.Specifically, this intelligent control module 1 produces this Backup Data 150 and keeps in this internal memory 14.Preferably, this Backup Data 150 includes setting data or the operation record (such as this timing controlled setting data 140, this pretrigger setting data 142, this envirment factor desired value 144, this Learning of Complex Number setting data 1460, this statistical data 148 or the combination in any of above-mentioned data) of this lamp fan 2,2 ' of this intelligent control module 1, but is not limited.
Step S734: transmit this Backup Data 150 to this cloud server 34.Specifically, this intelligent control module 1 is connected to this cloud server 34 via this network transmission module 162, and transmits this Backup Data 150 to this cloud server 34 to carry out data backup.
It is worth mentioning that, in Fig. 7 A and 7B, between this step S700-S702, this step S704-S708, this step S710-S714, this step S716-S720, this step S722-S726, this step S728-S730 and this step S732-S734, there is no ordering relation or dependence relation.Whether this step S700-S702, this step S704-S708, this step S710-S714, this step S716-S720, this step S722-S726, this step S728-S730 all arbitrarily can be adjusted according to this user's request with execution sequence with the execution of this step S732-S734.
The present invention can make lamp fan self-timing operating, without user manually opened/close lamp fan, and more preferably Consumer's Experience can be provided.
The present invention carrys out automatic control lamp fan via according to envirment factor sensing value and envirment factor desired value, can effectively make the interior space maintain constant temperature, constant humidity or constant brightness, and provide user more preferably Consumer's Experience.
The present invention controls lamp fan via the study setting data selecting corresponding current environment, can effectively make lamp fan automatically operate according to the use habit of user.
The present invention can effectively record the operating course of statistics lamp fan, and provides statistical data that lamp fans to user, knows, for user, the operating relevant information that lamp is fanned.
The high in the clouds backup functionality of the present invention can effectively be save user and manually set the step of new intelligent control module, and can provide and more preferably arrange convenience.
The foregoing is only the preferred embodiments of the present invention, not thereby limit to protection scope of the present invention, therefore the equivalence that every utilization present invention is done changes, and is the most in like manner included within the scope of the present invention.
Claims (18)
1. an intelligent control module, it is characterised in that including:
One first transport module, connects a lamp fan control module；
One controls signal receiving module, receives one first lamp fan and controls signal or a timing controlled signal；
One internal memory；
One timer；And
One processor, is electrically connected with this first transport module, this control signal transport module, this internal memory and this timer, including:
One processing module, transmit this first lamp fan via this first transport module and control signal to this lamp fan control module with the brightness of an illuminator of adjustment electric connection this lamp fan control module or the rotating speed of the fan assembly being electrically connected with this lamp fan control module, or set a timing control according to this timing controlled signal and set up given data and store to this internal memory, wherein this timing controlled setting data includes a triggered time and a timing controlled operating parameters；And
One timing control module, connect this processing module, when this timer, this triggered time is through out-of-date, produces and transmits one second lamp fan according to this timing controlled operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a network transmission module, is electrically connected with this processor, via Internet connection one user's set to obtain a customer location；This internal memory more stores a pretrigger setting data, and wherein this pretrigger setting data includes a lamp fan position, distance marginal value and a pretrigger operating parameters；This processor further includes a pretrigger module, connect this processing module, this pretrigger module is when this customer location and this lamp fan the distance between position less than this distance marginal value, produce and transmit one the 3rd lamp fan according to this pretrigger operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a sensor, is electrically connected with this processor, obtains an envirment factor sensing value；This internal memory more stores an envirment factor desired value；This processing module is according to this envirment factor sensing value and a mathematic interpolation of this envirment factor desired value and transmits one the 4th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
Intelligent control module the most as claimed in claim 3, it is characterised in that this sensor is temperature sensor or humidity sensor.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a sensor, is electrically connected with this processor, obtains an envirment factor sensing value；This internal memory further includes a data base, stores Learning of Complex Number setting data, and wherein this Learning of Complex Number setting data is respectively corresponding to the operating parameters that this lamp is fanned the control module past and used under this different envirment factor sensing value；This processor further includes a study module, connect this processing module, one of this Learning of Complex Number setting data is selected according to this current envirment factor sensing value, and produce and transmit one the 5th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator according to this study setting data selected.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a network transmission module, is electrically connected with this processor, via Internet connection one user's set or a cloud server；This processor further includes a statistical module, connects this processing module, calculates and transmits a statistical data to this user's set or this cloud server via this network transmission module.
Intelligent control module the most as claimed in claim 6, it is characterised in that this statistical data includes an envirment factor sensing value, an envirment factor desired value or the lamp fan power consumption value that the complex time point in a statistical time scope records respectively.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a network transmission module, is electrically connected with this processor, via Internet connection one cloud server；This processor further includes a high in the clouds backup module, connects this processing module, and this high in the clouds backup module produces a Backup Data, and transmits this Backup Data to this cloud server to carry out data backup via this network transmission module.
Intelligent control module the most as claimed in claim 1, it is characterised in that further include a network transmission module, is electrically connected with this processor, connects the Internet；This internal memory more stores a webpage；This processor further includes a Web page module, and this Web page module provides the service that browses of this webpage via this network transmission module, and accepts a user operation via this webpage, and produces this first lamp fan control signal or this second lamp fan control signal according to this user operation.
10. an intelligent lamp fan, it is characterised in that including:
Intelligent control module as described in claim 1,2,3,4,5,6,7,8 or 9；
One fan assembly；
One illuminator；And
One lamp fan control module, is electrically connected with this fan assembly and this illuminator, and includes one second transport module, connect this first transport module of this intelligent control module.
11. 1 kinds of intelligent lamp fan remote controllers, it is characterised in that including:
Intelligent control module as described in claim 1,2,3,4,5,6,7,8 or 9；And
One man-machine interface, is electrically connected with this intelligent control module, accepts a user operation and produces this first lamp fan control signal or this timing controlled signal according to this user operation.
12. 1 kinds of intelligent lamp fan controlling methods, it is characterised in that including:
A) receive one first lamp fan and control signal；
B) transmit this first lamp fan and control signal to a lamp fan control module with the brightness of an illuminator of adjustment electric connection this lamp fan control module or the rotating speed of the fan assembly being electrically connected with this lamp fan control module；
C) setting a timing control according to a user operation and set up given data, wherein this timing controlled setting data includes a triggered time and a timing controlled operating parameters；And
D) in this triggered time of timing through out-of-date, produce and transmit one second lamp fan according to this timing controlled operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
13. intelligent lamp fan controlling methods as claimed in claim 12, it is characterised in that further include the following step:
E) obtaining a customer location and a pretrigger setting data, wherein this pretrigger setting data includes a lamp fan position, distance marginal value and a pretrigger operating parameters；And
F) when this customer location and this lamp fan the distance between position less than this distance marginal value, produce and transmit one the 3rd lamp fan according to this pretrigger operating parameters and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
14. intelligent lamp fan controlling methods as claimed in claim 12, it is characterised in that further include the following step:
G) a current envirment factor sensing value is obtained via a sensor；
H) an envirment factor desired value of pre-storage is obtained；And
I) according to this envirment factor sensing value and a mathematic interpolation of this envirment factor desired value and transmit one the 4th lamp fan control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
15. intelligent lamp fan controlling methods as claimed in claim 12, it is characterised in that further include the following step:
J) a current envirment factor sensing value is obtained via a sensor；
K) select one of Learning of Complex Number setting data of storing up in advance from a data base according to this envirment factor, wherein this Learning of Complex Number setting data is respectively corresponding to this lamp fan control module past operating parameters used under this different envirment factor sensing value；And
L) produce and transmit one the 5th lamp fan according to this study setting data selected and control signal to this lamp fan control module, the rotating speed of brightness or this fan assembly to adjust this illuminator.
16. intelligent lamp fan controlling methods as claimed in claim 12, it is characterised in that further include the following step:
M) statistical data is calculated；And
N) this statistical data is transmitted to a user's set or a cloud server via the Internet.
17. intelligent lamp fan controlling methods as claimed in claim 16, it is characterised in that this statistical data includes an envirment factor sensing value, an envirment factor desired value or the lamp fan power consumption value that the complex time point in a statistical time scope records respectively.
18. intelligent lamp fan controlling methods as claimed in claim 12, it is characterised in that further include the following step:
O) producing a Backup Data, wherein this Backup Data includes this timing controlled setting data；And
P) this Backup Data is transmitted to a cloud server to back up via the Internet.
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| US11598345B2 (en) | 2018-01-12 | 2023-03-07 | Wangs Alliance Corporation | Methods and apparatus for controlling fan devices |
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