CN107801279A - Online free establishing method and the anti-lamp of LED guarantors and its control device with it - Google Patents
Online free establishing method and the anti-lamp of LED guarantors and its control device with it Download PDFInfo
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- CN107801279A CN107801279A CN201710293478.1A CN201710293478A CN107801279A CN 107801279 A CN107801279 A CN 107801279A CN 201710293478 A CN201710293478 A CN 201710293478A CN 107801279 A CN107801279 A CN 107801279A
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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
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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
- H05B47/16—Controlling the light source by timing means
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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
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The embodiment of the present invention discloses a kind of luminescent control system using an application program based on software engineering, the online of various operating parameters that anti-lamp is protected for one is freely set, including the setting of manually operated timer, the detection range setting of a movable sensor, the lighting time interval setting triggered by movable sensor and the luminous intensity for various light illumination modes and light emission color temperature are set.Family can be used to set an operating parameter in the maximum magnitude of a design circuit for this technology, and design circuit is basic in line computation one, and according to his or her lifestyle, and operated by a design and the application program being loaded in an intelligent mobile phone.The technology of the present invention is applied a single rank protects anti-lamp, one or two rank protects anti-lamp or a multistage/lifestyle protects anti-lamp, and this protects the selectable illuminating source of anti-light fixture, such as LED load, incandescent lamp loads or any other electrified light emitting material.
Description
Technical field
The present invention is to be related to a kind of lighting device, also, further relates to a kind of LED containing movable sensor and protect anti-lamp, guarantor
Anti- lamp control device and LED protect anti-lamp.
Background technology
The various light source such as incandescent lamp, fluorescent lamp, Halogen lamp LED, and light emitting diode is existing lighting device.Outdoor lighting
Device generally carrys out the light source of automatic start light fixture with photo resistance, referred to as light-operated mode of operation (Photo-Control Mode,
Abbreviation PC patterns), under optical mode control, with Timer Controlling light source after one section of set time of all light the illumination of light fixture
Extinguish or be switching to compared with low-light level, referred to as saving operation mode (Power-Saving Mode, abbreviation PS pattern), saving
Often use movement detection device under pattern, restart light fixture when the personnel that detect are close to light fixture, make all light illuminate one it is of short duration when
Between, energy saver mode is replied afterwards.Either illuminated by detecting background light level come automatic start, timing all light and pass through detection
Personnel's action is from complete dark or lower-wattage brightness illumination to all light, or the control of adjustment brightness, often with complicated circuit
Technology is realized.Especially in the driving of light emitting diode, the technology of complicated and high cost of manufacture is still fallen within.
The content of the invention
The present invention disclose one kind be based on mobile device, such as intelligent mobile phone, online free establishing method, for setting
The operating parameter of one light-emitting device, including:One user interface application, including at least one free set algorithm, at least one certainly
It is pre-loaded in a mobile device by set algorithm, the setting of a user is determined, is converted to an operation ginseng of light-emitting device
A several at least performance variables, wherein user interface application is exercisable, and one in mobile device touches screen
On panel;Determine to trigger or terminate when user interface application is set by least one, user interface application control with
Via mobile device, to transmit an at least wireless command signals to light-emitting device, an at least wireless command signals are loaded with operation and become
One message of amount, wherein performance variable are to handle the operating parameter of light-emitting device;The user for corresponding to mobile device connects
Mouth application program, light-emitting device includes a microprocessor, is designed with an at least program, to handle performance variable, and
Perform the operating parameter of light-emitting device;The value of wherein operating parameter is stored in an internal memory of microprocessor, for performance weight
Multiple performance, wherein a new performance variable will substitute the setting value of operating parameter, new performance variable is produced by user's selection course
It is raw;Wherein operating parameter is used to control at least one of a variety of characteristics of luminescences of light-emitting device, and a variety of characteristics of luminescences pass through a light
Sensor or a movable sensor are realized, including timer setting, luminous intensity setting, colour temperature setting or sensing sensitivity
Setting.
In the method, free set algorithm is simulation scale yardstick, and simulation context yardstick passes through a free setting operation
The visual configuration of the factor realizes that the visual configuration of the free setting operation factor has a range dimension emulator and scope operating rate
A designated symbol, with promote user determine operating parameter is set to a desired value, when that is triggered by user freely sets
Operations factor be used for range dimension emulator interaction when, user interface application response with according to interaction instantaneous state with
The value of gradual adjusting range operating rate, interactive instantaneous state is between the free setting operation factor and range dimension emulator
Interaction, range dimension emulator has the designated symbol of scope operating rate, and a flash of simultaneous display scope operating rate
Between be worth, wherein scope operating rate is shown in designated symbol, and the numerical value that designated symbol is shown is a behaviour of corresponding operating parameter
Make percentage or a practical operation value, when the one of the free setting operation factor freely sets mobile be stopped, user interface should
Correspond to selected scope operating rate to produce performance variable with program, and transmit a wireless command signals according to this to luminous dress
Put, wireless command signals are loaded with a message of performance variable.
In the method, range dimension emulator is a virtual rail, wherein free set algorithm is by freely setting behaviour
The visual configuration for making the factor realizes that the free setting operation factor couples the designated symbol of virtual rail and scope operating rate, its
Middle virtual rail is designed on the touching screen panel of mobile device, wherein the free setting operation factor is slided by user's finger
It is dynamic, and slided along the virtual rail of the designated symbol with scope operating rate, and when the slip of the free setting operation factor is entered
During row, and the value in a flash of the scope operating rate of variation is shown simultaneously, wherein instant value is shown in the designator of scope operating rate
Number, instant value is a practical operation value of an operation percentage or operating parameter, and the wherein total length of virtual rail represents a mould
The value of the maximum opereating specification of the operating parameter of plan, wherein scope operating rate are by the free setting operation factor when sliding stopping
The resting position for being parked in virtual rail determines.
In the method, range dimension emulator is a scope free-running operation subprogram, and the free setting operation factor is
One virtual key, wherein free set algorithm realizes that scope free-running operation subprogram is integrated by a visual configuration of virtual key
There is the designated symbol of virtual key and scope operating rate, wherein virtual key is designed in the touching screen panel of mobile device
On, when virtual key is continuously touched by user's finger, user interface application is operated with the sub- journey of trigger range free-running operation
Sequence, gradually to increase scope operating rate from a minimum value a to maximum, afterwards from peak to peak, to complete one freely
Mobile complete cycle is run, wherein during the free-running operation cycle, the instant value of the scope operating rate of variation is simultaneously displayed on
The designated symbol of scope operating rate, the wherein instant value of scope operating rate are an operation percentage of operating parameter or an actual behaviour
Work value, wherein the moment removed in user's finger from virtual key, scope free-running operation movement is stopped immediately, and scope operates
Rate is locked in the time length of the momentary status at the last moment of free-running operation movement, wherein a half period of free-running operation movement
Degree represents the analogue value of the maximum opereating specification of operating parameter, and wherein scope operating rate is determined, and is stopped according to user's finger
In the time span of the touching screen panel with virtual key, the time for being compared to a half period of free-running operation movement is grown
Degree.
In the method, performance variable is scope operating rate, is transmitting wirelessly to light-emitting device, and to be changed into operation
Parameter.
In the method, performance variable is operating parameter, and wherein user interface application includes an at least subprogram, with
At least scope operating rate that processing is selected by user, to be converted to an operating parameter, wherein operating parameter is wirelessly transmitted to hair
Electro-optical device.
In the method, mobile device is an intelligent mobile phone, a tablet PC, a PDA, a notebook computer or one
Remote control, to download an application program from network or cloud server.
The present invention discloses a kind of LED and protects anti-lamp, including:One luminescence unit, a load and power control unit, a light sensing
Device, a movable sensor, a power-supply unit and an external control unit outside.External control unit outside is electrically connected with load and power
Control unit;Wherein, luminescence unit includes a LED;Wherein, load and power control unit include a microprocessor, and light passes
Sensor and movable sensor, microprocessor is electrically connected, wherein microprocessor is more electrically connected with a controllable semiconductor switch
Device, wherein controllable semiconductor switch device are electrically connected between a power supply and the LED of luminescence unit, and wherein microprocessor exports
One control signal, to control the on-state rate of controllable semiconductor switch device, on-state rate, which refers to, transmits different average electrical powers to drive
LED performs a variety of light illumination modes, and a little light illumination modes produce according to the control signal for coming from optical sensor or movable sensor
Raw, when the ambient brightness that optical sensor is sensed is less than first default value, movable sensor is opened, and load
And power control unit manages luminescence unit simultaneously, to perform one first rank luminance patterns;When the ring that optical sensor is sensed
When border brightness is higher than second default value, luminescence unit and movable sensor is supported and power control unit is closed;When
When movable sensor senses movement intrusion, load and power control unit management are to increase average electrical power, average electric work
Rate is passed to luminescence unit, and to perform a second-order luminance patterns and continue a default duration, luminescence unit is extensive afterwards
The first rank luminance patterns are performed again, wherein the first rank luminance patterns and second-order luminance patterns have different luminous intensities respectively,
Wherein the luminous intensity of second-order luminance patterns is higher than the luminous intensity of the first rank luminance patterns;Wherein, external control unit outside bag
A wireless receiver is included, wireless receiver is electrically connected with microprocessor, to receive and decode an at least wireless signal as a behaviour
Make variable, microprocessor can be read with software code running and decoded operation variable, and the wherein software code of microprocessor is also included extremely
A few subprogram, subprogram to handle one corresponding control signal of performance variable and adjustment, corresponding control signal according to from
The performance variable that wireless receiver is received, to perform an at least operating parameter, wherein performance variable represents a scope operating rate
One set and determine, scope operating rate is used for each functional category that LED protects the operating parameter of anti-lamp, and is passed through by user pre-
The application setting being loaded in a mobile device, wherein operating parameter are used at least characteristics of luminescence for controlling light-emitting device.
Protected in this LED in anti-lamp, LED protects anti-lamp, also including the use of person's interfacing application programs.This User's Interface application journey
Sequence freely sets algorithm including at least one, and this at least one freely sets algorithm and be pre-loaded into this action device, to change one
The setting of user is decided to become an operation variable, and wherein the User's Interface application program is exercisable, and in this action
On one touching screen panel of device.Determine to trigger or terminate when the User's Interface application program is set by least one, should
The control of User's Interface application program so that via this action device, anti-lamp is protected to the LED to transmit an at least wireless command signals,
An at least wireless command signals are loaded with a message of the operation variable, and the wherein operation variable is to handle or set this
LED protects the operating parameter of anti-lamp.
Protected in this LED in anti-lamp, free set algorithm is a simulation scale yardstick, and simulation context yardstick is freely set by one
The visual configuration for determining operations factor realizes that the visual configuration of the free setting operation factor has a range dimension emulator and scope
One designated symbol of operating rate, with promote user determine operating parameter is set to a desired value, when by user trigger from
When being used for by the setting operation factor with range dimension emulator interaction, user interface application response is with according to the instantaneous of interaction
State, with the value of gradual adjusting range operating rate, interactive instantaneous state is that the free setting operation factor and range dimension are imitated
Interaction between true device, range dimension emulator has the designated symbol of scope operating rate, and simultaneous display scope operates
The value in a flash of rate, wherein scope operating rate are shown in designated symbol, and the numerical value that designated symbol is shown is joined for corresponding operation
Several operation percentages or a practical operation value, freely set to move and be stopped at least when the one of the free setting operation factor
When one setting determines, user interface application corresponds to selected scope operating rate to produce performance variable, and passes according to this
A defeated wireless command signals protect anti-lamp to LED, and wireless command signals are loaded with a message of performance variable.
Protected in this LED in anti-lamp, range dimension emulator is a virtual rail, wherein free set algorithm is by freely setting
The visual configuration for determining operations factor realizes that virtual rail couples the designator of the free setting operation factor and scope operating rate
Number, wherein the free setting operation factor is slided by user's finger, and along the virtual of the designated symbol with scope operating rate
Track slides, and when the slip of the free setting operation factor is carried out, and the scope operating rate of variation is shown simultaneously in a flash
Value, wherein instant value are shown in the designated symbol of scope operating rate, and instant value is a reality of an operation percentage or operating parameter
The total length of border operating value, wherein virtual rail represents the value of the maximum opereating specification of the operating parameter of a simulation, wherein scope
The resting position that operating rate is parked in virtual rail by the free setting operation factor when sliding stopping determines.
Protected in this LED in anti-lamp, range dimension emulator is a scope free-running operation subprogram, and free setting operation because
Son is a virtual key, wherein free set algorithm is realized by a visual configuration of virtual key, scope free-running operation subprogram
The designated symbol of virtual key and scope operating rate is integrated with, wherein virtual key is designed in the touching screen cover of mobile device
On plate, when virtual key is continuously touched by user's finger, user interface application operation is with trigger range free-running operation
Program, gradually to increase scope operating rate from a minimum value a to maximum, afterwards from peak to peak, to complete one certainly
By the mobile complete cycle of operation, wherein during the free-running operation cycle, the instant value of the scope operating rate of variation is shown simultaneously
In the designated symbol of scope operating rate, the wherein instant value of scope operating rate operates percentage or a reality for the one of operating parameter
Operating value, wherein the moment removed in user's finger from virtual key, free-running operation movement is stopped immediately, and scope operating rate
It is locked in the time span of the momentary status at the last moment of free-running operation movement, wherein a half period of free-running operation movement
The analogue value of the maximum opereating specification of operating parameter is represented, wherein scope operating rate is determined, rested on according to user's finger
The time span of touching screen panel with virtual key, it is compared to the time span of a half period of free-running operation movement.
Protected in this LED in anti-lamp, wireless receiver is a Wi-Fi wireless receivers, a bluetooth wireless receiver, one
ZigBee wireless receivers or a wireless radiofrequency receiver.
To be protected in this LED in anti-lamp, operating parameter is to set a timer, for performing a manually operated light illumination mode,
Anti- lamp is wherein protected by optical sensor and Timer Controlling, and timer is used to perform one with the movable sensor temporarily disabled
As light illumination mode.
Protected in this LED in anti-lamp, timer is that a time span sets timer or a clock time sets timer.
Protected in this LED in anti-lamp, operating parameter is to set for the one of movable sensor movement time delay, is passed when mobile
When sensor detects movement intrusion, an illumination highlights are supported immediately and power control unit triggering, and persistently illuminate movement
Time delay.
Protected in this LED in anti-lamp, operating parameter is setting the sensing distance of movable sensor.
Protected in this LED in anti-lamp, operating parameter is setting the luminous of the first rank luminance patterns or second-order luminance patterns
Intensity.
Protected in this LED in anti-lamp, wherein operating parameter is setting the first rank luminance patterns or second-order luminance patterns
Colour temperature.
The present invention discloses a kind of anti-lamp control device of guarantor, including:One load and power control unit, an optical sensor, one
Movable sensor, a power-supply unit and an external control unit outside.It is luminous negative wherein to protect anti-lamp control device electric connection one
Carry, wherein load and power control unit are operated including a controller with software code, optical sensor is electrically connected in controller
And movable sensor, wherein controller are more electrically connected with a controllable semiconductor switch device, wherein controllable semiconductor switch device is electrical
Connect between luminous load and a power supply, wherein controller exports a control signal, to control leading for controllable semiconductor switch device
Passband, on-state rate, which refers to, transmits different average electrical powers to drive luminous load to produce a variety of light illumination modes, a little light illumination mode roots
Produced according to the control signal for coming from optical sensor or movable sensor, when the ambient brightness that optical sensor is sensed is low
When first default value, movable sensor is opened, and load and power control unit manage luminous load simultaneously, to hold
The rank luminance patterns of row one first, when the ambient brightness that optical sensor is sensed is higher than second default value, movable sensor
And luminous load is supported and power control unit is closed, when movable sensor sense a movement intrusion when, load and
To increase average electrical power, average electrical power is passed to luminous load for power control unit management, bright to produce a second-order
Degree pattern simultaneously continues a default duration, and luminous load reverts to the first rank luminance patterns afterwards, wherein the first rank brightness mould
Formula and second-order luminance patterns have different luminous intensities respectively, and the wherein luminous intensity of second-order luminance patterns is higher than the first rank
The luminous intensity of luminance patterns;Wherein external control unit outside includes a wireless receiver, and wireless receiver is electrically connected with controller,
Turn into an at least performance variable for an operating parameter to receive and decode wireless instructions, operating parameter, which is used to operate, protects anti-lamp control
The software code of device, wherein controller also includes an at least subprogram, and subprogram is received to handle from wireless receiver
Performance variable, wherein performance variable by user by the way that set by an application program, application program is installed on a mobile device, its
Middle operating parameter is used to control at least characteristics of luminescence for protecting anti-lamp control device.
In this anti-lamp control device of guarantor, wireless receiver be a Wi-Fi wireless receivers, a bluetooth wireless receiver,
One ZigBee wireless receivers or a wireless radiofrequency receiver.
In this anti-lamp control device of guarantor, operating parameter is to set a timer, for performing a manually operated illumination
Pattern, wherein anti-lamp is protected by optical sensor and Timer Controlling, and timer is used to perform the mobile sensor with temporarily disabling
The general illumination pattern of device.
In this anti-lamp control device of guarantor, timer is that a time span sets timer or clock time setting timing
Device.
In this anti-lamp control device of guarantor, operating parameter works as shifting to set for the one of movable sensor movement time delay
When dynamic sensor detects mobile intrusion, an illumination highlights are supported immediately and power control unit triggering, and persistently illuminate shifting
Dynamic time delay.
In this anti-lamp control device of guarantor, operating parameter is setting the sensing distance of movable sensor.
In this anti-lamp control device of guarantor, operating parameter is setting the first rank luminance patterns or second-order luminance patterns
Luminous intensity.
In this anti-lamp control device of guarantor, operating parameter is setting the first rank luminance patterns or second-order luminance patterns
Colour temperature.
In this anti-lamp control device of guarantor, this, which protects anti-lamp control device, also includes user interface application.This user connects
Mouthful application program includes at least one free set algorithm, and free set algorithm is pre-loaded in mobile device, by setting for user
Fixed to determine to be converted to performance variable, wherein user interface application is exercisable, and one in mobile device touches screen
On panel.When user interface application is determined to trigger or terminated by least one setting, user interface application control with
Via mobile device, anti-lamp control device is protected to LED to transmit an at least wireless command signals, an at least wireless command signals carry
There is a message of performance variable, wherein performance variable is the operating parameter that anti-lamp control device is protected for handling or setting LED.
In this anti-lamp control device of guarantor, free set algorithm is a simulation scale yardstick, and simulation context yardstick passes through one
The visual configuration of the free setting operation factor realizes that the visual configuration of the free setting operation factor has a range dimension emulator
And a designated symbol of scope operating rate, to promote user to determine operating parameter being set to a desired value, touched when by user
When the free setting operation factor of hair is used for range dimension emulator interaction, user interface application is responded with according to interaction
Instantaneous state, with the value of gradual adjusting range operating rate, interactive instantaneous state is the free setting operation factor and scope
Interaction between yardstick emulator, range dimension emulator have the designated symbol of scope operating rate, and simultaneous display model
The value in a flash of operating rate is enclosed, wherein scope operating rate is shown in designated symbol, and the numerical value that designated symbol is shown is corresponding
An one operation percentage or practical operation value of operating parameter, freely set to move and be stopped when the one of the free setting operation factor
When, user interface application corresponds to selected scope operating rate to produce performance variable, and transmission one wirelessly refers to according to this
Signal is made to protect anti-lamp to LED, wireless command signals are loaded with a message of performance variable.
In this anti-lamp control device of guarantor, range dimension emulator is a virtual rail, wherein free set algorithm passes through
One visual configuration of the free setting operation factor realizes that virtual rail couples the finger of the free setting operation factor and scope operating rate
Show symbol, wherein the free setting operation factor is slided by user's finger, and along the designated symbol with scope operating rate
Virtual rail slides, and when the slip of the free setting operation factor is carried out, will show the one of the scope operating rate of variation simultaneously
Instant value, wherein instant value are shown in the designated symbol of scope operating rate, instant value for operating parameter an operation percentage or
The total length of one practical operation value, wherein virtual rail represents the value of the maximum opereating specification of the operating parameter of a simulation, wherein
The resting position that scope operating rate is parked in virtual rail by the free setting operation factor when sliding stopping determines.
In this anti-lamp control device of guarantor, range dimension emulator is a scope free-running operation subprogram, and is freely set
Operations factor is a virtual key, wherein free set algorithm is realized by a visual configuration of virtual key, scope free-running operation
Subprogram is integrated with the designated symbol of virtual key and scope operating rate, and wherein virtual key is designed in the touching of mobile device
On screen panel, when virtual key is continuously touched by user's finger, user interface application operation is free with trigger range
Runtime subroutine, gradually to increase scope operating rate from a minimum value a to maximum, afterwards from peak to peak, with complete
Into the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the instant value of the scope operating rate of variation is same
When be shown in the designated symbol of scope operating rate, wherein the instant value of scope operating rate for operating parameter an operation percentage or
One practical operation value, wherein the moment removed in user's finger from virtual key, free-running operation movement is stopped immediately, and scope
Operating rate be locked in free-running operation movement momentary status at the last moment, wherein free-running operation movement a half period when
Between length represent operating parameter maximum opereating specification the analogue value, wherein scope operating rate is determined, according to user's finger
The time span of the touching screen panel with virtual key is rested on, is compared to the time of a half period of free-running operation movement
Length.
In this anti-lamp control device of guarantor, controller is a programmable microprocessor, for producing control signal.
In this anti-lamp control device of guarantor, controller is an ASIC, for producing control signal.
In this anti-lamp control device of guarantor, anti-lamp control device is protected to be detachably connected to a LED luminous loads, via
One be screwed into or one insertion configuration, wherein protecting anti-lamp control device is provided with a socket base, and LED luminous loads are set
It is equipped with one and is screwed into joint or a crosspointer twisting joint, is electrically connected with mutually.
The present invention discloses a kind of anti-lamp control device of guarantor, including:One load and power control unit, an optical sensor, one
Movable sensor, a power-supply unit and an external control unit outside.It is luminous negative wherein to protect anti-lamp control device electric connection one
Carry, wherein load and power control unit are operated including a controller using software code, wherein controller is electrically connected with controllable half
Conductor derailing switch, wherein controllable semiconductor switch device are electrically connected between luminous load and a power supply, and wherein controller exports
One control signal, to control an on-state rate of controllable semiconductor switch device, on-state rate, which refers to, transmits different electrical power to drive hair
Light load produces different light illumination mode, a little light illumination modes according to the control signal for coming from optical sensor or movable sensor and
Produce;When the ambient brightness that optical sensor is sensed is less than first default value, movable sensor is supported and power
Control unit is opened, and luminous load remains off state, to perform one first rank luminance patterns, when optical sensor is sensed
When the ambient brightness arrived is higher than second default value, load and power control unit switching movable sensor are closed, and are passed when mobile
When sensor senses movement intrusion, load and power control unit open luminous load in real time, to perform a high-order brightness mould
Formula simultaneously continues a short preset durations, and luminous load returns to closed mode afterwards;Wherein external control unit outside includes one
Wireless receiver, wireless receiver are electrically connected with controller, turn into an operating parameter at least to receive and decode wireless instructions
One performance variable, operating parameter, which is used to operate, protects anti-lamp control device, and the wherein software code of controller also includes at least one sub- journey
Sequence, for subprogram to calculate and set the performance variable received from wireless receiver, wherein performance variable represents what is made
One set determine, performance variable by user by the way that set by an application program, application program is installed on a mobile device, wherein grasping
Make at least characteristics of luminescence that parameter is used to control light-emitting device.
In this anti-lamp control device of guarantor, wireless receiver be a Wi-Fi wireless receivers, a bluetooth wireless receiver,
One ZigBee wireless receivers or a wireless receiver.
In this anti-lamp control device of guarantor, operating parameter is to set a timer, for performing a manually operated illumination
Pattern, wherein anti-lamp is protected by optical sensor and Timer Controlling, and timer is used to perform the mobile sensor with temporarily disabling
The general illumination pattern of device.
In this anti-lamp control device of guarantor, timer is that a time span sets timer or clock time setting timing
Device.
In this anti-lamp control device of guarantor, operating parameter works as shifting to set for the one of movable sensor movement time delay
When dynamic sensor detects movement intrusion, an illumination highlights are supported immediately and power control unit triggering, and persistently illuminate
Mobile time delay.
In this anti-lamp control device of guarantor, operating parameter is setting the sensing distance of movable sensor.
In this anti-lamp control device of guarantor, operating parameter is setting the luminous intensity of high-order luminance patterns.
In this anti-lamp control device of guarantor, operating parameter is setting the colour temperature of high-order luminance patterns.
In this anti-lamp control device of guarantor, in addition to user interface application.This user interface application is included extremely
A few free set algorithm, at least one free pre-loaded mobile device of set algorithm, with change the setting of a user determine into
For performance variable, wherein user interface application is exercisable, and on a touching screen panel of mobile device.When with
Family interfacing application programs are set by least one and determine to trigger or terminate, and user interface application control is with via mobile dress
Put, protect anti-lamp control device to LED to transmit an at least wireless command signals, an at least wireless command signals are loaded with performance variable
A message, wherein performance variable is to handle or set the operating parameter that LED protects anti-lamp control device.
In this anti-lamp control device of guarantor, free set algorithm is a simulation scale yardstick, and simulation context yardstick passes through one
The visual configuration of the free setting operation factor realizes that the visual configuration of the free setting operation factor has a range dimension emulator
And a designated symbol of scope operating rate, to promote user to determine operating parameter being set to a desired value, touched when by user
When the free setting operation factor of hair is used for range dimension emulator interaction, user interface application is responded with according to interaction
Instantaneous state, with the value of gradual adjusting range operating rate, interactive instantaneous state is the free setting operation factor and scope
Interaction between yardstick emulator, range dimension emulator have the designated symbol of scope operating rate, and simultaneous display model
The value in a flash of operating rate is enclosed, wherein scope operating rate is shown in designated symbol, and the numerical value that designated symbol is shown is corresponding
An one operation percentage or practical operation value of operating parameter, freely set to move and be stopped when the one of the free setting operation factor
When setting decision, user interface application corresponds to selected scope operating rate to produce performance variable, and passes according to this
A defeated wireless command signals protect anti-lamp to LED, and wireless command signals are loaded with a message of performance variable.
In this anti-lamp control device of guarantor, range dimension emulator is a virtual rail, wherein free set algorithm passes through
One visual configuration of the free setting operation factor realizes that virtual rail couples the finger of the free setting operation factor and scope operating rate
Show symbol, wherein the free setting operation factor is slided by user's finger, and along the designated symbol with scope operating rate
Virtual rail slides, and when the slip of the free setting operation factor is carried out, will show the one of the scope operating rate of variation simultaneously
Instant value, wherein instant value are shown in the designated symbol of scope operating rate, instant value for operating parameter an operation percentage or
The total length of one practical operation value, wherein virtual rail represents the value of the maximum opereating specification of the operating parameter of a simulation, wherein
The resting position that scope operating rate is parked in virtual rail by the free setting operation factor when sliding stopping determines.
In this anti-lamp control device of guarantor, range dimension emulator is a scope free-running operation subprogram, and is freely set
Operations factor is a virtual key, wherein free set algorithm is realized by a visual configuration of virtual key, scope free-running operation
Subprogram is integrated with the designated symbol of virtual key and scope operating rate, and wherein virtual key is designed in the touching of mobile device
On screen panel, when virtual key is continuously touched by user's finger, user interface application operation is free with trigger range
Runtime subroutine, gradually to increase scope operating rate from a minimum value a to maximum, afterwards from peak to peak, with complete
Into the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the instant value of the scope operating rate of variation is same
When be shown in the designated symbol of scope operating rate, wherein the instant value of scope operating rate for operating parameter an operation percentage or
One practical operation value, wherein the moment removed in user's finger from virtual key, free-running operation movement is stopped immediately, and scope
Operating rate be locked in free-running operation movement momentary status at the last moment, wherein free-running operation movement a half period when
Between length represent operating parameter maximum opereating specification the analogue value, wherein scope operating rate is determined, according to user's finger
The time span of the touching screen panel with virtual key is rested on, is compared to the time of a half period of free-running operation movement
Length.
In this anti-lamp control device of guarantor, controller is a programmable microprocessor, for producing control signal.
In this anti-lamp control device of guarantor, controller is an ASIC, for producing control signal.
In this anti-lamp control device of guarantor, anti-lamp control device is protected to be detachably connected to a LED luminous loads, via
One be screwed into or one insertion configuration, wherein protecting anti-lamp control device is provided with a socket base, and LED luminous loads are set
It is equipped with one and is screwed into joint or a crosspointer twisting joint, is electrically connected with mutually.
In this anti-lamp control device of guarantor, protect anti-lamp control device and be connected to a LED luminous loads to be non-removable.
The present invention discloses a kind of LED and protects anti-lamp control device, including:One load and power control unit, an optical sensor,
One power-supply unit and an external control unit outside.External control unit outside is electrically connected with load and power control unit;Wherein LED
Protect anti-lamp control device and be electrically connected with a luminous load, wherein load and power control unit are transported including a controller with software code
Make, wherein controller is electrically connected with a controllable semiconductor switch device, and wherein controllable semiconductor switch device is electrically connected at a power supply
And between luminous load, wherein controller exports a control signal, to control an on-state rate of controllable semiconductor switch device, conducting
Rate, which refers to, transmits different average electrical power to drive luminous load to produce different light illumination modes, and a little light illumination modes are according to coming from light
The control signal of sensor and produce;When the ambient brightness that optical sensor is sensed is less than first default value, light
Load is supported and power control unit is opened, to produce one first rank luminance patterns and continue one first preset durations,
Luminous load is switched to a second-order luminance patterns afterwards, when the ambient brightness that optical sensor is sensed is silent higher than one second
When recognizing value, luminous load is supported and power control unit is closed;Wherein external control unit outside is a wireless receiver, is wirelessly connect
Receive device and be electrically connected with controller, turn into a performance variable to receive and decode wireless instructions, the software code of wherein controller also wraps
An at least subprogram is included, for subprogram to handle performance variable, the setting that wherein performance variable represents made determines that operation becomes
By user by the way that set by an application program, application program is installed on a mobile device, wherein operating parameter is used to control and sent out amount
An at least characteristics of luminescence for electro-optical device.
Protected in this LED in anti-lamp control device, wireless receiver is a Wi-Fi wireless receivers, a bluetooth wireless receiving
Device, a ZigBee wireless receivers or a wireless radiofrequency receiver.
Protected in this LED in anti-lamp control device, operating parameter is used to control the time span of the first preset durations
In the first rank luminance patterns of execution.
Protected in this LED in anti-lamp control device, operating parameter is setting at least one first rank luminance patterns or second-order
The luminous intensity of luminance patterns.
Protected in this LED in anti-lamp control device, in addition to user interface application.This user interface application includes
At least one free set algorithm, at least one free pre-loaded mobile device of set algorithm, determined with changing the setting of a user
As a performance variable, wherein user interface application is exercisable, and on a touching screen panel of mobile device.
When user interface application is determined to trigger or terminated by least one setting, user interface application control is with via movement
Device, anti-lamp control device is protected to LED to transmit an at least wireless command signals, an at least wireless command signals are loaded with operation and become
One message of amount, wherein performance variable are to handle or set the operating parameter that LED protects anti-lamp control device.
Protected in this LED in anti-lamp control device, free set algorithm is a simulation scale yardstick, and simulation context yardstick passes through
The visual configuration of the one free setting operation factor realizes that the visual configuration of the free setting operation factor emulates with a range dimension
One designated symbol of device and scope operating rate, to promote user to determine operating parameter being set to a desired value, when by user
When the free setting operation factor of triggering is used for range dimension emulator interaction, user interface application response is with according to mutually
Dynamic instantaneous state, with the value of gradual adjusting range operating rate, interactive instantaneous state is the free setting operation factor and model
The interaction between yardstick emulator is enclosed, range dimension emulator has the designated symbol of scope operating rate, and simultaneous display
The value in a flash of scope operating rate, wherein scope operating rate are shown in designated symbol, and the numerical value that designated symbol is shown is corresponding
Operating parameter an an operation percentage or practical operation value, freely set to move and stopped when the one of the free setting operation factor
When only, user interface application corresponds to selected scope operating rate to produce performance variable, and transmission one is wireless according to this
Command signal protects anti-lamp to LED, and wireless command signals are loaded with a message of performance variable.
Protected in this LED in anti-lamp control device, range dimension emulator is a virtual rail, wherein free set algorithm leads to
The visual configuration for crossing the free setting operation factor realizes, virtual rail couples the free setting operation factor and scope operating rate
Designated symbol, wherein virtual rail are designed on the touching screen panel of mobile device, wherein free setting operation factor quilt
User's finger slide, and along the designator with scope operating rate virtual rail slide, and when free setting operation because
When the slip of son is carried out, and the value in a flash of the scope operating rate of variation is shown simultaneously, wherein instant value is shown in scope operation
The designated symbol of rate, instant value are an operation percentage of operating parameter or a practical operation value, the wherein total length of virtual rail
The value of the maximum opereating specification of the operating parameter of a simulation is represented, wherein scope operating rate is by freely setting when sliding stopping
Determine the resting position decision that operations factor is parked in virtual rail.
Protected in this LED in anti-lamp control device, range dimension emulator is a scope free-running operation subprogram, and is freely set
It is a virtual key to determine operations factor, wherein free set algorithm realizes that scope is freely transported by a visual configuration of virtual key
Row subprogram is integrated with the designated symbol of virtual key and scope operating rate, and wherein virtual key is designed in touching for mobile device
Touch on screen panel, when virtual key is continuously touched by user's finger, user interface application is operated with trigger range certainly
By runtime subroutine, gradually to increase scope operating rate from a minimum value a to maximum, afterwards from peak to peak, with
The complete cycle of free-running operation movement is completed, wherein during the free-running operation cycle, the instant value of the scope operating rate of variation
The designated symbol of scope operating rate is simultaneously displayed on, the wherein instant value of scope operating rate operates percentage for the one of operating parameter
Or a practical operation value, wherein the moment removed in user's finger from virtual key, free-running operation movement is stopped immediately, and model
The momentary status at the last moment that operating rate is locked in free-running operation movement is enclosed, the half period that wherein free-running operation is moved
Time span represents the analogue value of the maximum opereating specification of operating parameter, and wherein scope operating rate is determined, according to user's hand
Refer to rest on virtual key touching screen panel time span, be compared to free-running operation movement a half period when
Between length.
Protected in this LED in anti-lamp control device, controller is a programmable microprocessor, for producing control signal.
Protected in this LED in anti-lamp control device, controller is an ASIC (ASIC), for producing control
Signal.
Protected in this LED in anti-lamp control device, protect anti-lamp control device to be detachably connected to a LED luminous loads,
It is screwed into via one or the configuration of an insertion, wherein protecting anti-lamp control device is provided with a socket base, and LED luminous negative
Load is provided with one and is screwed into joint or a crosspointer twisting joint, to be electrically connected with mutually.
The present invention discloses a kind of online free establishing method, for setting the operating parameter of a ceiling fan with lamp set group,
Including:One user interface application includes at least one free set algorithm, and at least one free set algorithm pre-loaded one moves
Dynamic device, to change at least performance variable that the setting of a user is decided to become an operating parameter of the ceiling fan for having lamp set group,
Wherein user interface application is exercisable, and on a touching screen panel of mobile device;Work as user interface application
Program is set by least one and determines to trigger or terminate, user interface application control with via mobile device, with transmit to
Few wireless command signals give the ceiling fan with lamp set group, and an at least wireless command signals are loaded with a message of performance variable, its
Middle performance variable is to handle or set the operating parameter of the ceiling fan with lamp set group;One microprocessor of light-emitting device, quilt
Design has an at least program, to handle performance variable, and performs the operating parameter of the ceiling fan with lamp set group;Wherein grasp
The value for making parameter is stored in an internal memory of microprocessor, repeats to show for performance, wherein a new performance variable will take
For the setting value of operating parameter, new performance variable is produced by user's selection course;Wherein operating parameter, which is used to control, has lamp
At least one of a variety of luminous and electrical characteristics of the ceiling fan of set group, a variety of luminous and electrical characteristics include timer setting, wind
The setting of pectinid speed, the setting of fan rotation direction, luminous intensity setting and light emission color temperature setting.
In the method, free set algorithm is a simulation scale yardstick, and simulation context yardstick freely sets behaviour by one
The visual configuration for making the factor realizes that there is the visual configuration of the free setting operation factor range dimension emulator and scope to operate
One designated symbol of rate, to promote user to determine operating parameter being set to a desired value, when that is triggered by user freely sets
When determining operations factor for range dimension emulator interaction, user interface application response is with the instantaneous shape according to interaction
State, with the value of gradual adjusting range operating rate, interactive instantaneous state is that the free setting operation factor and range dimension emulate
Interaction between device, range dimension emulator have the designated symbol of scope operating rate, and simultaneous display scope operating rate
Value in a flash, wherein scope operating rate is shown in designated symbol, and the numerical value that designated symbol is shown is corresponding operating parameter
An an operation percentage or practical operation value, when the one of the free setting operation factor freely set move be stopped when, user
Interfacing application programs correspond to selected scope operating rate to produce performance variable, and transmit according to this wireless command signals to
Has the ceiling fan of lamp set group, wireless command signals are loaded with a message of performance variable.
In the method, mobile device is the intelligent mobile phone with range of choice, a tablet PC, a PDA, one
Notebook computer or a remote control, to download an application program from network or cloud server.
In the method, ceiling fan is a direct current motor fan, and lamp set group is a LED light emission device.
For the enabled feature and technology contents for being further understood that the present invention, refer to below in connection with the present invention specifically
Bright and accompanying drawing, but these explanations are only used for illustrating the present invention, rather than the claim to the present invention with brief description of the drawings book accompanying drawing
Make any limitation.
Brief description of the drawings
Fig. 1 is that the LED of one embodiment of the invention protects the schematic diagram of anti-lamp.
Fig. 2 is that the mobile device of another embodiment of the present invention protects the schematic diagram of anti-lamp with LED.
Fig. 3 A are the schematic diagram of the mobile device of the loading application program of another embodiment of the present invention.
Fig. 3 B are that the LED of the loading application program of another embodiment of the present invention protects the schematic diagram of anti-lamp.
Fig. 4 is the schematic diagram of the user interface application of another embodiment of the present invention.
Fig. 4 A are the schematic diagram of the user interface of the free set algorithm of the time span of another embodiment of the present invention.
Fig. 4 B are the schematic diagram of the user interface of the free set algorithm of the clock time of another embodiment of the present invention.
Fig. 4 C are the schematic diagram of the user interface of the free set algorithm of the mobile time delay of another embodiment of the present invention.
Fig. 4 D are the schematic diagram of the user interface of the free set algorithm of the sensing distance of another embodiment of the present invention.
Fig. 4 E are the schematic diagram of the user interface of the free set algorithm of the high-order luminance patterns of another embodiment of the present invention.
Fig. 4 F are the schematic diagram of the user interface of the free set algorithm of the low order luminance patterns of another embodiment of the present invention.
Fig. 4 G are the schematic diagram of the user interface of the free set algorithm of colour temperature of another embodiment of the present invention.
Fig. 5 A are the flow chart of the online free establishing method of another embodiment of the present invention.
Fig. 5 B are the flow chart of the online free establishing method of another embodiment of the present invention.
Fig. 6 is the schematic diagram of the user interface application of another embodiment of the present invention.
Fig. 6 A are the schematic diagram of the user interface of the free set algorithm of the mobile time delay of another embodiment of the present invention.
Fig. 6 B are the schematic diagram of the user interface of the free set algorithm of the high-order luminance patterns of another embodiment of the present invention.
Fig. 7 A are the flow chart of the online free establishing method of another embodiment of the present invention.
Fig. 7 B are the flow chart of the online free establishing method of another embodiment of the present invention.
Fig. 8 is the schematic diagram of the user interface application of another embodiment of the present invention.
Embodiment
Various exemplary embodiments will be more fully described referring to brief description of the drawings book accompanying drawing below, it is attached in brief description of the drawings book
Some exemplary embodiments are shown in figure.However, concept of the present invention may embody in many different forms, and should not be construed as
It is limited to exemplary embodiments set forth herein.Specifically, these exemplary embodiments are disclosed and make it that the present invention will be detailed
It is to the greatest extent and complete, and the category for concept of the present invention fully being passed on to those who familiarize themselves with the technology.In all accompanying drawings, similar numeral is all the time
Indicate similar assembly.
Anti- lamp is protected present embodiments can apply to general light-emitting device, single order brightness, anti-lamp or multistage brightness/life are protected in second order brightness
The anti-lamp of guarantor of style living, and luminous load can be a nonlinear luminous load, seem light-emitting diodes (LED) lamp;Or it is line
Property load, seem the luminescent material that Halogen lamp LED or other electric power can be powered.
In general, an anti-lamp 100 (such as Fig. 1, just as a luminaire) of guarantor includes a power-supply unit 110, a light
Sensor 120, a movable sensor 130, one load and power control unit 140, a luminescence unit 150, time setting are single
The external control unit outside 170 of member 160 and one.Load and power control unit 140 can be realized by controller circuitry, controller circuitry
Including a programmable device, for example, a microprocessor, there is the running of software code.In practice, load and Power Control list
Member 140 is according to the sensing signal from optical sensor 120 or movable sensor 130, to perform the various operation moulds for protecting anti-lamp 100
Formula.Time setting unit 160 and external control unit outside 170 are customarily used in adjustment or setting load and power control unit 140
Operating parameter, and for performing various operator schemes.Prior art, for example, using a variety of buttons (push buttons) and rotation
Button (rotating knobs) forms external control unit outside 170, it has not been convenient to the operating parameter of setting or the anti-lamp of adjustment guarantor.This implementation
Example development user friendly technology, for example, Wireless remote control technology, to facilitate setting to protect the various operating parameters of anti-lamp 100.
When existing wireless remote control technology has had more and electrical equipment operation is used in, seems TV, air-conditioning, tool lamp set
The ceiling fan of group or luminous project.Benefit using wireless remote control technology is can conveniently to control the various operations of electrical equipment nearby
Function, wherein electrical equipment are arranged at eminence or distant place, do not need thereby stair climbing, look down window, get off from roof or from
Other inconvenient activities of thing.
One application of wireless technology, corrected with remote control or setting to protect the operating parameter of anti-lamp system be public technology.
For example, U.S. Patent number USPN 7,880, a 394B2 disclosed technologies, a controller is connected to using an external memory, with
Storage is per the database of a kind of operating parameter, so that according to wireless instructions, controller simply performs a look-up routine, and
Selection parameter is to perform selected operating parameter from table.The selection of each operating parameter is all restricted to be pre-installed on outside
In the database of internal memory.
In view of the mobile device generally used, such as intelligent mobile phone, can be with the application program of pre-loaded specific function
(application program, the APP of abbreviation), it is therefore, different for freely setting the operating parameter for protecting anti-lamp system
In USPN 7,880,394B2 patented technology, there is provided more flexible, more convenient, more effectively setting technique.
Fig. 2 of one embodiment of the invention is refer to, in order to realize a free setting technique based on mobile device APP, is protected
The external control unit outside of anti-lamp 500 is configured to include a wireless receiver 590, receives carry out self-moving device 600 accordingly
Wireless instructions, thereby adjust and set the various operating functions for protecting anti-lamp 500.Protecting anti-lamp 500 has the structure similar to Fig. 1,
Except integrating time setup unit 160 and external control unit outside 170 and wireless receiver 590 is generally designated as, other electricity
Road component, seem power-supply unit 510, optical sensor 520, movable sensor 530, load and power control unit 540 and
Luminescence unit 550 still remains unchanged.Wireless receiver 590 can be used as a wireless platform, for performing a variety of outside control functions,
So that the tedious work manually set on anti-light panel is protected can be eliminated.The above-mentioned anti-lamp 500 of guarantor is based on wireless receiver
590 this wireless platform, there is wireless setting technology, so that with downloading the application APP being arranged in mobile device 600 in advance
Software operate together, thereby reach remote control adjustment or Correction and Control signal, to perform the multiple modes of operation for protecting anti-lamp 500.
Mobile device 600 is provided with an application APP, freely to set the operating parameter for protecting anti-lamp 500.Mobile device 600 is logical
Intelligent mobile phone, the PDA of a tablet PC (pad) one, a notebook computer or a remote control are crossed to realize.The present embodiment is based on
Software engineering freely sets a variety of operating parameters for protecting anti-lamp 500 online to use an application APP, to operate.Using journey
Sequence is based on above-mentioned technology, causes to enable a user to the arbitrary value of the corresponding operating parameter of any selection.Operating parameter is, for example,
The numerical value of mobile time delay, the numerical value of sensitivity for optical sensor 520 or movable sensor 530, the numerical value of brightness or
The distance setting of associative mode, dependent luminescence intensity setting or associative mode that a variety of times calculate.Operating parameter is to operate
One design classification of function, and there is a maximum magnitude.
The present embodiment discloses a kind of online free establishing method, causes a user to go setting operation parameter in each function class
" arbitrary value ", " arbitrary value " and setting substantially exclude to use existing telecontrol engineering.Existing telecontrol engineering for use " choose and
Play (pick and play) " method, the operating parameter for protecting anti-lamp is changed in an alternating manner, such as prior art USPN 7,
Person disclosed in 880,394B2;A wherein external memory is designed to store the acquiescence number of a variety of numerical value of limited operating parameter
According to, and controller presses the wireless instructions of broadcasting (play) to check forms according to user, and selected from the forms of internal memory
(pick) indicated number is taken to perform operation according to this.It is this " choose and play (pick and play) " technology use inspection forms
(look-up table) is relatively easy and direct, but uses Large Copacity internal memory.
The online free establishing method of the present embodiment needs more complicated technology to realize on the other hand.Can because freely setting
The instruction of user can be caused to produce big change, for free setting, and go to store more large database concept using more Large Copacity internal memory, this
It is infeasible or inefficent.One more preferable method is to realize that a free setting range is to use an algorithm, in online real-time
Remove the free setup parameter of calculating user.In other words, the calculation of the present embodiment one " and broadcasting (compute and
Play) " method, and external memory and such as USPN 7 are not needed, disclosed in 880,394B2 " choose and play " method.
Fig. 3 A are refer to, mobile device 600 generally comprises a processor, an internal memory and a transmitter.One is based on freely setting
The application program for determining algorithm is advance downloads and installed in the internal memory of mobile device.For example, when user thinks that anti-lamp 500 is protected in adjustment
Brightness when, user use with application program mobile device 600, with pass through transmitter 607 transmit wireless instructions 609.With
Mobile device application journey 601 is opened at family, and this is understood to be a user interface application, and thus user interface selection is a variety of
One in function block can be used.Function block selected by application program will call the subprogram of corresponding application program accordingly
603, with one free set algorithm 605 of display on the screen of mobile device 600.Free set algorithm 605 is freely set including one
Determine operations factor, a virtual rail couples the designated symbol of the free setting operation factor and an indication range operating rate, to carry
For the prompting message of the scope operating rate of variation.Free set algorithm 605 allows user, passes through finger free sliding setting operation
The factor, and one scope operating rate of selection is removed along virtual rail, virtual rail has the designator of an indication range operating rate
Number be used for assist to operate.
When a desired scope operating rate of a corresponding operating parameter of the anti-lamp 500 of guarantor is determined by user, have
The user interface application 601 of free set algorithm 605 by transmitter 607 with transmit a wireless command signals 609 to protect
Anti- lamp 500, wireless command signals 609, which are loaded with one, has the coded information of selected scope operating rate, selected scope behaviour
The rate of work will be as a performance variable, the operating parameter corresponding for one.The transmitter 607 of mobile device 600 transmits above-mentioned finger
Order, and the wireless receiver 590 by protecting anti-lamp 500 is received.
In simple terms, user interface application 601 is installed in mobile device 600, and changes the setting of a user
Decision is changed into a performance variable of an operating parameter, and wherein performance variable is scope operating rate.Mobile device 600 is wirelessly transferred tool
There are the wireless instructions 609 of a performance variable to anti-lamp 500 is protected, be triggered installed in the corresponding program protected on anti-lamp 500
Use the value of the performance variable.Selected performance variable of the anti-lamp 500 according to corresponding operating parameter is protected, it is relative to produce one
The photocurrent versus light intensity output answered.
Fig. 3 B are refer to, wherein protecting anti-lamp 500 includes a wireless receiver 590, a programmable control circuit or a micro- place
Manage device 540, a luminescence unit 550, an optical sensor 520 and a movable sensor 530.Microprocessor 540 is provided with least one
Corresponding program, corresponding program correspond to freely setting for the user interface application 601 installed in mobile device 600
Determine algorithm.A wireless instructions 609 are received by wireless receiver 590 when protecting anti-lamp 500, a corresponding program is according to wireless
Instruction 609 is triggered freely to be set with performing the online of operating parameter.
Free set algorithm can be considered the range dimension of one operating parameter of emulation, facilitate the luminous dress of user's operating and setting one
Put or a scope operating rate of an operating parameter of an electric household appliance.This method is used to emulate a light-emitting device or a Denso
The maximum magnitude for the operating function put, and allow user to select a scope operating rate of an operating parameter on emulator.This hair
It is bright to disclose two kinds of range dimension emulator, to realize free set algorithm;The range dimension emulator of the first kind is
One virtual rail, a free setting operation factor is coupled, wherein the scope operating rate of operating parameter is by virtual rail
The resting position of the free setting operation factor is determined.The range dimension emulator of Second Type is a virtual key, is integrated with
One scope free-running operation subprogram, wherein scope operating rate are continuously touched the time span of virtual key by a user and compared
Selected in the time span of the half period in free-running operation cycle.
Fig. 4 is refer to, to illustrate the above-mentioned application APP based on free setting technique.Fig. 4, which illustrates the present invention one, to be implemented
Example, the image 700 of the Touch Screen of mobile device is shown in, a visualization of emulation user interface application 601 is freely
Set algorithm.When the user interface application freely set is activated, free set algorithm is realized by visual component,
The icon group being included on the display screen of a mobile device.Substantially, an anti-lamp of guarantor is designed to operate a variety of light illumination modes,
Including manually operated 701, moving sensing related setting, for example, move time delay 703 and sensitivity 705, brightness adjustment 707 and
Colour temperature setting 709.In the free set algorithm of icon representation shown by Fig. 4, including for example free setting operation factor of visual component
71st, virtual rail 75 and numeric indicator number 73, to facilitate the operating parameter that user goes setting to protect anti-lamp.Fig. 4 display image
The present embodiment is freely set for convenience of description, is not limited to the present embodiment.In addition to such as Fig. 4 visualization embodiment, freely set
It is, for example, acoustic control means to determine algorithm, touches visualization icon with substitution, goes to perform free setting, this reality to listen to user's sound
Apply the aspect that example does not limit user interface application.
It refer to Fig. 4 function block 701, Fig. 3 A and Fig. 3 B, the present invention discloses manually operated freely sets calculation with one
The manually operated establishing method of method.Manually operated setting includes a test pattern, an automatic mode and a self-defined setting pattern.
When in test mode operation, microprocessor 540 is operated to trigger a subprogram, so that optical sensor 520 disables, so that moving
Dynamic sensor 530 can be in day time operation, and user can detect the function of movable sensor 530 and assign each operating parameter
Setting determine.When being operated in automatic mode, application program is operated to trigger the subprogram of a default scoping operating rate, with nothing
Line is transmitted to anti-lamp 500 is protected, and the subprogram of preset range operating rate is applied to be programmed in all operationss parameter of application program.It
Afterwards, microprocessor 540 is operated to calculate and adjust corresponding control signal, causes to protect anti-lamp 500 according to each preset range
Operating rate R is to perform each operating parameter.For example, when being operated in self-defined setting pattern, application program is operated to trigger one
Subprogram, to perform a programming timer (sub- square 701A), and movable sensor 530 is temporarily disabled, and allow user
Along the free sliding setting operation factor 71 of virtual rail 75, a kind of time span counter is simulated.The total length of virtual rail 75
Equal to the maximum time length of programming timer, program and be designed as 12 hours in timer practice.Therefore, when user's finger
5 stop sliding and stopping at a location point of the 1/3 of the total length of virtual rail 75, such as scope operating rate R designated symbol 73
The simultaneous display time span of 4 hours, as when optical sensor 520, which automatically turns on, protects anti-lamp 500, selected time span
To perform a constant illumination pattern, the timing since the time at dusk.Except the set time length for performing general illumination is determined
When device (sub- square 701A) outside, self-defined setting pattern more provides option (the sub- square that a clock time timer is freely set
701B), the wherein service of such as clock time yardstick of virtual rail 75, when user's finger 5 slides along virtual rail 75,
The scope operating rate R simultaneous display one of designated symbol 73 is used for the instantaneous clock time for setting reference, when user's finger 5 stops
Resting position during slip, clock time setting is done and determined, thereby operates freely setting for self-defined setting clock time
Determine application program to be programmed, be set as that an equivalent time cycle sets to change or convert a clock time, the equivalent time
Cycle set self-moving device 600 is referred to using clock time, and is wirelessly transferred the time cycle information after this conversion to protecting
Anti- lamp 500 and performed online.For example, it is assumed that user sets 10pm as time point, by the light illumination mode in 4pm
Self timer mode is converted to moving sensing pattern, and application program is calculated to change the 10pm clock times, is equal to first-class
(pm)=6 (hour) of formula 10 (pm) -4.Opened automatically when protecting anti-lamp 500 at dusk, it is wireless that application program transmits one accordingly
Instruction 609, with the operation time delay of one 6 hours, from calculating that setting a moment of 4pm, the microprocessor 540 being arranged such is transported
The row time calculates, and after 6 hours from setting 4pm that time, is changed into moving sense to switch the anti-lamp 500 of guarantor from Timer modes
Survey pattern.This conversion work can also be completed in the microprocessor 540 protected in anti-lamp 500, that is, substitution default installation is being moved
The conversion work of application program in dynamic device 600.In this case, application program only provides clock time input, with
An algorithm goes to perform conversion work in enable microprocessor 540.Furthermore refer to Fig. 4 A, Fig. 4 B and Fig. 4, described in it from
If the details of setup parameter.Fig. 4 A and Fig. 4 B are respectively provided in a use of the free set algorithm (sub- square 701A) of time span
Family interface, and a user interface of the free set algorithm (sub- square 701B) in clock time, how to carry out freely setting
Fixed schematic diagram.It is set in 4 hours for a time span timer as depicted in Fig. 4 A.It is a clock time as depicted in Fig. 4 B
Timer is set in 10:30pm.
The present embodiment more discloses the mobile time delay establishing method for being triggered via movable sensor and producing high-order illumination, should
Method has a movement time delay free set algorithm.Fig. 4 function block 703 is refer to, when movable sensor 530 detects
To a movement intrusion, microprocessor 540 opens the brightness for protecting anti-lamp 500 or the anti-lamp 500 of increase guarantor immediately, from a low order brightness mould
Formula is cut into a high-order luminance patterns and continues high-order brightness for a period of time, and this section of timing definition is mobile time delay, with
A security warning can be provided before closed mode or low order luminance patterns are returned to.In this embodiment, virtual rail 75 takes
Business such as mobile time delay yardstick, its length represent the maximum time length of mobile time delay, when user's finger 5 along
The free sliding setting operation factor 71 of virtual rail 75, when the simultaneous display of designated symbol 73 movement of a scope operating rate R postpones
Between instant value, with help user make a setting determine.Assuming that maximum time Design of length is 20 minutes, a resting position exists
The designated symbol 73 of 5% position of the total length of virtual rail 75, i.e. scope operating rate R represents the mobile time delay of 1 minute, micro-
Scope operating rate R is multiplied by the control signal S (max), S (new)=S (max) of maximum mobile time delay by processor 540 accordingly
X R=20 5%=1 minutes minute x, and operate accordingly to perform the mobile time delay of one 1 minutes.Corresponding to function block
703 Fig. 4 C be one how freely to set illustrate figure, one user interface of free set algorithm of mobile time delay can quilt
Operation.It is a movement time delay as depicted in Fig. 4 C, is set in 1 minute or maximum moves the 5% of time delay.
The present embodiment also includes sensing sensitivity establishing method, and this method has the free set algorithm of a sensing distance.Please
With reference to the function block 705 of figure 4, illustrate a user interface, and enter for the operating parameter of the sensing distance of movable sensor 530
Row is freely set.The total length of virtual rail 75 represents maximum sensing distance.When user's finger 5 slides along virtual rail 75
The free setting operation factor 71, the real-time change value of the simultaneous display sensing distance of a designated symbol 73 of scope operating rate, with side
User is helped to assign setting decision to sensing distance.Assuming that the maximum sensing distance for moving sensing circuit is designed to
70 feet, when user stops sliding, and stop the designated symbol 73 that freely setting virtual rail 75 total length 30%
The sensing distance of 70 feet of x 30%=21 feet of on location point, the simultaneous display of designator 73 of scope operating rate " ", it is mobile to pass
The sensing distance of sensor 530 is set at this 21 feet.Therefore application program transmits the nothing for the scope operating rate that a numerical value is 30%
Line 609 receives wireless instructions 609 to anti-lamp 500, microprocessor 540 is protected, and goes to trigger a corresponding sub- journey with operation
Sequence, with proportional adjustment voltage signal, the amplification intensity of moving sensing signal is thereby controlled, therefore protect the sensing of anti-lamp 500
Distance is set in 21 feet.What how Fig. 4 D offers one of corresponding function square 705 freely set illustrates figure, and distance of sensitivity is certainly
It can be operated by a user interface of set algorithm.It is a sensing distance as depicted in Fig. 4 D, is set in 35 feet or maximum sense
Survey the 1/2 of scope.
The present embodiment more discloses brightness settings method, has the free set algorithm of a brightness value.Such as Fig. 4 function block
Shown by 707.Wherein the free set algorithm of brightness includes a subprogram 707A for being used to set high-order luminance patterns, and another
For setting the subprogram 707B of low order luminance patterns.It is empty for setting in the function temper square 707A of high-order luminance patterns
The length for intending track 75 represents the adjustable range of brightness value, from a minimum starting point 50% of the high-high brightness scope of design to
One maximum terminal 100%, or from the lumen of minimum operating value 1000 to the maximum lumen of operating value 2000.When user is along scope
The virtual rail 75 of yardstick is operated with the free sliding setting operation factor 71, from minimum starting point to maximum terminal, scope operation
The designated symbol 73 of rate synchronously changes its numerical value, from 50% to 100% or from 1000 lumens to 2000 lumens, to help to use
Person is assigned a stopping and set based on the instantaneous percentage value or practical operation value shown by the designated symbol 73 in scope operating rate
Fixed decision.
In the function temper square 707B for setting low order luminance patterns, the length of virtual rail 75 represents brightness value
Adjustable range, from a minimum maximum terminal 50% of starting point 0% to one of the maximum magnitude of design.When user is along void
Intend the free sliding setting operation factor 71 of track 75, from minimum starting point to maximum terminal, the designated symbol 73 of scope operating rate
It is synchronous to change percent value, from 0% to 50% or from 0 lumen to 1000 lumens, to help user to be based on operating in scope
Momentary operation percentage or practical operation value shown by the designated symbol 73 of rate, and assign the decision of stopping setting.Fig. 4 E
And Fig. 4 F correspond to sub- square 707A and sub- square 707B respectively, there is provided for the bright of high-order luminance patterns and low order luminance patterns
A user interface of free set algorithm is spent, is how to carry out the schematic diagram of free setting operation.Fig. 4 E are depicted to be used for for one
The brightness value of high-order luminance patterns, be set in maximum brightness value 75% or 1500 lumen luminous output.Depicted in Fig. 4 F
For one be used for low order luminance patterns brightness value, be set in maximum brightness value 20% or 400 lumen luminous output.Fig. 4 G
Corresponding to function block 709, there is provided a user interface of the free set algorithm of colour temperature, how to carry out showing for free setting operation
It is intended to.Fig. 4 G are depicted to be set in 3000K for color temperature.
The free set algorithm of user interface being arranged such, when user along the free sliding setting operation of virtual rail 75 because
Son 71, temporal range operating rate is by simultaneous display on the designated symbol 73 of scope operating rate, therefore user can grasp according to scope
Make the information that the designated symbol 73 of rate is provided, to assign setting decision immediately, be shown in the designated symbol of scope operating rate
73 numerical information can be the percentage of maximum magnitude, or the absolute value of operating parameter, for example, the operation for sensing distance
Parameter, it is the sensing distance of 21 feet or 35 feet of more meaningful display, rather than 30% or 50% sensing distance.Also
There is operating parameter relevant with time span, seem the triggering and conducting lighting time interval of movable sensor 530 or a manually operated mould
Formula, wherein movable sensor 530 are temporary disability and continue the longer duration, for the operating parameter of this type, to make
User prefers to know an absolute value, rather than a percent value.Anyway, it may be designed as a program code, one
Percentage is operated when alternately to switch between an absolute value, user can single-point click on or two point clicks on the free setting operation factor
71, to assign switching so.
The free set algorithm of user interface being arranged such, it is to allow user in the minimum starting point on virtual rail 75
And a free sliding setting operation factor 71 between maximum terminal, to determine a resting position to the free setting operation factor 71,
So a scope operating rate is determined according to the designated symbol 73 of scope operating rate;Fig. 4 is provided with a storage key, and position is in application program screen
The upper right corner of curtain, pressed when confirming and freely setting " storage key ", application software is sent out via mobile device 600 accordingly
One wireless command signals 609, wireless command signals 609 are loaded with the message of scope operating rate, the coding and operating parameter of this message
Classification it is relevant, and this message by the wireless transmission means (such as Wi-Fi, bluetooth or radio frequency) of mobile device 600 for transmission to
Protect anti-lamp 500.For actual consideration, it is designed to, with scope operating rate, originate in the minimum value of 0 point of substitution.For example,
Mobile time delay needs minimum value, such as 5 seconds.Otherwise, when mobile time delay is 0 setting, movable sensor 530 will not
Its function can be performed, thereby confusing user.Have identical in sensing distance setting and consider that it originates in some minimum values, as
It is 2 feet.Otherwise, when sensing distance is 0 setting, movable sensor 530 will not perform its function.This means opened from 0
The length thereof of beginning is shielded or hiding, it does not change calculate in scope operating rate " R " algorithm, by using rest position
The length put " P " divided by virtual rail 75 " L " total length, resting position are calculated since 0 point, are named as
R=P/L
In addition, because finger 5 has its minimal-contact region, so connecing between user's finger 5 and application program touching screen
It is not single-point to touch.There is practice meaning, the length configuration of virtual rail 75 is the multiple of minimum percent increment.It is for example, false
If minimum percent increment is set as 5%, it means that altogether split 20 by stages every, each by stages every horizontal seat
Mark founds the scope operating rate of 5% multiple.Therefore, the track length of virtual rail 75 gradually increases, from 0%, 5%,
10%th, 95%, to 100%.Therefore, when user's finger 5 slides along virtual rail 75, the designated symbol of scope operating rate
Scope operating rate shown by 73 is according to 0,5%, 95% and 100% sequence pattern synchronously to change.Therefore, user is worked as
Stop the free setting operation factor 71 in any of virtual rail 75, a by stages is every one is relative on the resting position network
The scope operating rate answered can be equal to a certain multiple of 5% increment.
The user interface 700 of application program includes at least one slidable free setting operation factor 71, freely sets behaviour
Make the factor 71 and couple an at least virtual rail 75 and at least designated symbol 73 of a scope operating rate, designated symbol 73 is positioned at freely
Near the setting operation factor 71, and for instantaneously showing referential data.The free setting operation factor 71 can be by user's finger 5
Slided along virtual rail 75, virtual rail 75 represents electricity of the simulation with the anti-lamp 500 of guarantor relative to operating parameter classification
Dataway operation parameter area.For example, it is assumed that sensing distance is referred to as operating parameter, the total length " L " of virtual rail 75 represents maximum sense
Ranging is from being designed at protecting the circuit of anti-lamp 500, and for operating sensing distance.It is arranged such, by being slided along virtual rail 75
The free setting operation factor 71 is moved, sensing distance can be adjusted, the terminal from a starting point of minimum value to maximum magnitude.When
User stops sliding and stopping the free setting operation factor 71, such as the intermediate point in virtual rail 75.Scope operating rate refers to
It is shown as 50%, or 35 feet (assuming that maximum sensing distance is 70 feet).The indication range of designated symbol 73 of scope operating rate
Operating rate, design on the screen position near the free setting operation factor 71, and when progress is slided, to provide user
The numerical value of the one scope operating rate instantaneously updated.Numerical value shown by the designated symbol 73 of scope operating rate can be one relative hundred
Divide than information or an absolute value information, be attached on designed operating parameter.The purpose of the present embodiment refers to for help user's foundation
Show that information freely sets decision easily to assign.Fig. 4 C and Fig. 4 D are schematically shown as one embodiment of the invention, to provide regarding for absolute value
Feel instruction, respectively move time delay setting and sensing distance setting, cause user to see time span information and sense certainly
Range information is surveyed, thereby helps user to slide, stop and assign decision.
Corresponding to the free set algorithm part of mobile device 600, anti-lamp 500 is protected with a corresponding software program peace
Mounted in the microprocessor 540 for protecting anti-lamp 500, perform and correspond to the online operating parameter freely set, the operation of its use range
Rate R input comes from the user interface application of mobile device 600.Multiple subprograms are designed to handle corresponding behaviour
Make parameter.Therefore when user interface application produces a wireless instructions 609, wireless instructions 609 pass through the quilt of wireless receiver 590
Receive, microprocessor 540 operated trigger a corresponding subprogram, to understand, calculate and ratio adjustment one is with respect to voltage control
The numerical value or time span control signal of signal processed, these control signals are used to control the respective operations parameter for protecting anti-lamp 500, with
The value of operating parameter selected by execution.For every a kind of operating parameter, microprocessor 540 can be read and Read Range operating rate
R.In more detail, all kinds of each sub-routine operations on operating parameter are with by control signal S (max) its maximum magnitude
Value is multiplied by scope operating rate R, to obtain proportional adjustment signal S (new)=S (max) x (R).Control signal S (max) can be
One voltage control signal or a time length control signal.New control signal S (new) operates to change operating parameter accordingly.
For example, it is assumed that the free setting operation factor 71 is the 60% of the virtual rail 75 for being parked in the operating parameter for sensing distance class
On location point, microprocessor 540 calculates sensing distance and is set as 42 feet (75 feet of x 60%) automatically, thereby corresponds to control
Moving sensing circuit adjusts voltage signal with ratio.
Fig. 5 A are refer to, illustrate a flow chart, for mobile device to perform the free set algorithm of the present embodiment.In step
Rapid S801, user must open the user interface application of the online free establishing method of tool of the design in mobile device 600,
Such as go to open the running of free set algorithm.Afterwards, in step S803, user's selection one it is corresponding freely set calculation
Method, designed for setting a certain operational parameters, for example, selection manual mode, mobile time delay, sensitivity and brightness etc.
One operating parameter.In step S805, user is along the free sliding setting operation factor 71 of virtual rail 75, with selected by adjustment
The operation variable of operating parameter.In step S807, application program is operated to calculate or change the instantaneous sliding position of user, with
It is changed into scope operating rate R, wherein performance variable is scope operating rate R.
In step S809, user observes the scope operating rate R changed instant value, is shown in scope operating rate R finger
Show on symbol 73.In step S811, user determines an acceptable scope operating rate R, and stops freely setting in the decisive time
Determine operations factor 71.In step S813, user is by pressing storage key, to confirm to receive scope operating rate R.Afterwards, in step
Rapid S815, application program operation give guarantor anti-lamp 500 to be wirelessly transferred the selected scope operating rate R of tool wireless instructions 609.
Fig. 5 B are refer to again, illustrate flow chart, for protecting anti-lamp 500 to perform the free set algorithm of the present embodiment.
Step S821, the user interface application being pre-installed in mobile device 600 produce wireless instructions 609, the quilt of wireless instructions 609
The wireless receiver 590 for protecting anti-lamp 500 is received and changed, to be changed into a message for being loaded with signal.Afterwards, in step S823, protect
The microprocessor 540 of anti-lamp 500 reads and understood the message for being loaded with online free setting signal code, with ExportRange operating rate R
Percent value.In step S825, microprocessor 540 is operated to trigger the corresponding sub- journey of the operating parameter designed by one
Sequence.In step S827, sub-routine operation is multiplied by scope behaviour to perform a calculating, with the maximum stored by control signal S (max)
Make the percent value received by rate R, to obtain a new control signal S (new), be named as S (new)=S (max) x R.
Step S829, microprocessor 540 are operated with the control signal S (new) of this proportional adjustment of application, and corresponding behaviour is performed to manipulate
Make the circuit of parameter, therefore online freely set of operating parameter is done, such as step S831.
Summary, user interface application are used for online free setting operation, to change the setting of user decision
To be changed into scope operating rate, scope operating rate is then to be wirelessly transmitted to a remotely located anti-lamp 500 of guarantor.Here there are many modes
With the free set algorithm of Simulated movable device.First method discloses one virtual rail method as depicted in Fig. 4, wherein tool is freely
The user interface application of set algorithm includes a free setting operation factor 71, a virtual rail 75 couples and freely sets behaviour
Make a designated symbol 73 of the factor and scope operating rate, wherein the free setting operation factor 71 by user's finger 5 along virtual
Track 75 slides, and virtual rail 75 has the designated symbol 73 of scope operating rate, and enters in the slip of the free setting operation factor
During row, the value in a flash of simultaneous display scope operating rate, the wherein numerical value shown by designated symbol 73 are an operating parameter
The total length of the operation percentage of maximum opereating specification, or the practical operation value of an operating parameter, wherein virtual rail 75 represents
The maximum opereating specification of the corresponding operating parameter of one simulation, operating parameter corresponds to a corresponding circuit, wherein virtual rail
Road 75 is divided into several boothes, and several boothes represent the different value of scope operating rate, and sequential value is arranged to form virtual rail
The resting position that the total length in road, wherein scope operating rate are freely set operations factor is determined, when stopping is slided, is freely set
Determine the compartment that operations factor falls the virtual rail of one corresponding scope operating rate of upper tool, when a stopping decision being given, make
User touches or pressing storage key, and application program gives guarantor anti-lamp via mobile device one wireless command signals of transmission accordingly, according to
To implement the photocurrent versus light intensity corresponding to set operating parameter.
In addition to above-mentioned virtual rail method is as the range dimension emulator of a first kind, the present invention also discloses one the
The range dimension emulator of two types, use a virtual key method.Fig. 6 is refer to, is the embodiment of the present invention.Fig. 6 user connects
The image of one virtual key of mouth application program 770, is shown on the screen of mobile device.User interface application 770 is wrapped
Multiple free set algorithms in mobile device 600 are included, for setting a variety of operating parameters, including manual operation mode
771st, at least one of mobile time delay mode 7 73, sensitivity 775, high-order brightness 777A and low order brightness 777B etc. setting.
Each free set algorithm is used for a corresponding operating parameter, including a free setting operation factor 72, one is certainly
By runtime subroutine (not illustrating) and a designated symbol 74 of temporal range operating rate, wherein the free setting operation factor 72 is one
Virtual key, design on the touching screen panel of mobile device 600.When virtual key is continuously touched by user's finger 5, use
Interfacing application programs operation in family causes gradually to increase scope operating rate to trigger a free-running operation subprogram, from a minimum value to
One maximum, afterwards again from peak to peak, to complete the complete cycle of free-running operation movement, free-running operation movement tool
Have can be seen by user depending on, determine and assign the region of action.During a free-running operation cycle, the wink of mobility scale operating rate
Between value be simultaneously displayed on the designated symbol 74 of scope operating rate, wherein the value of scope operating rate can be operating parameter an operation
Percentage or an absolute operating value, that time that wherein the self-virtualizing button 72 of user's finger 5 is removed, free-running operation movement stop immediately
Only, therefore scope operating rate is locked in the instant value at the last moment of free-running operation movement.One half period of free-running operation movement
Time span represents the value of the maximum opereating specification of a corresponding operating parameter of a simulation, is characterised by a corresponding electricity
Road, the time span of each of which half period are divided into more several time intervals, and these time intervals represent scope operating rate
Different value, and arranged according to sequence of values, when user's finger self-virtualizing button is removed, scope operating rate is determined at that
Time point, wherein that time point correspond to a time interval of the scope operating rate of a configuration.A setting is regarded to determine, has used
Family interfacing application programs transmit wireless command signals to anti-lamp is protected via mobile device, with setting operation parameter.
Fig. 6 A, Fig. 6 B and Fig. 6 are refer to, the image of user interface application 770 is illustrated, respectively moves time delay
Setting 773 and high-order brightness settings 777.When user's finger 5 continuously touches virtual key 72, user interface application operation
To trigger a free-running operation subprogram, to change cyclically scope operating rate, from peak to peak, then by minimum value to most
Big value, and there is a region to be available for user's observation, determine and assign action.Between a free-running operation cycle period, the model of variation
The instant value for enclosing operating rate is simultaneously displayed on the designator 74 of scope operating rate, for example, moving time delay in fig. 6
" 5s ", and " 75% " of high-order brightness in fig. 6b.Assuming that user goes to select a value, and self-virtualizing button at a time point
72 unclamp his finger, and designator 74 is locked in a value of scope operating rate, and this value is that user wants.When setting is completed
When, user touches or pressing " storage key ", to anti-lamp is protected, thereby to set phase via mobile device transmission wireless command signals
Corresponding operating parameter.Substantially, the benefit based on free-running operation subprogram is, compared to the virtual rail side representated by Fig. 4
Method, Fig. 6 virtual key method represents uses less icon on free set algorithm is realized.
The online operating process for freely setting application program depicted in Fig. 7 A and Fig. 7 B, similar in appearance to Fig. 5 A and Fig. 5 B.Fig. 5 A
And the implementation method that the difference between Fig. 7 A is free setting range operating rate.Fig. 5 A are illustrated by operating yardstick along scope
One virtual rail 75 slides the virtual rail method of a free setting operation factor 71, and when sliding progress, has auxiliary
Designated symbol 73 is to provide the instant value of scope operating rate.User can the stop position point of real-time selection one, to determine that one is desired
Scope operating rate.Fig. 7 A illustrate the virtual key side of the virtual key 72 by continuously touching a free setting operation factor
Method, to trigger a free-running operation subprogram, and with the designator 74 aided in to provide the instant value of the scope operating rate changed,
User can select a time point immediately, go to pin a free-running operation (free running) scope not touch virtual key 72
Operating rate.In other words, Fig. 5 A free establishing method uses a distance length analogy method, with ExportRange operating rate;Figure
7A free establishing method uses a time span analogy method, with ExportRange operating rate.The instant value of scope operating rate can
Think an operation percentage or a practical operation value;In a short time interval, simply to touch (simple touch) or two point
(double touches) is touched in the free setting operation factor, alternately to switch to the one of scope operating rate to operate percentage
An or absolute value.So configured, in step S901, user is on the touching screen panel of an intelligent mobile phone, to open
Freely set application program online.In step S903, one corresponding the corresponding of an operating parameter of user's selection freely sets
Determine algorithm.In step s 907, user touches or presses the free setting operation factor, to trigger a free-running operation subprogram.
In step S909, free-running operation subprogram makes the scope operating rate that the designated symbol simultaneous display of scope operating rate gradually changes
Instant value, from minimum value to maximum, afterwards again by peak to peak, to complete an operation circulation.In step S911
In, the free-running operation value of the variation of user's range of observation operating rate.In step S913, user determines to go to select free fortune
The value in a flash of line range operating rate.In step S915, user removes his finger from the free setting operation factor, with lock
The firmly instant value of scope operating rate.In step S917, user is by pressing storage key, with the locking of affirming score operating rate
Value is acceptable.In step S919, application program is operated to transmit the wireless instructions of the message of operating rate selected by a tool
To anti-lamp 500 is protected, operating rate corresponds to a corresponding operating parameter to encode.A user interface application such as Fig. 7 A is online
The Part I of application program is freely set, application program is arranged on an intelligent mobile phone, and can be operated in intelligent mobile phone
Touching screen panel on.Fig. 7 B are the online Part II for freely setting application program, and application program, which is arranged on, protects anti-lamp 500
Microprocessor, to according to the wireless instructions from intelligent mobile phone, to understand, calculate and setting operation parameter.
As depicted in Fig. 7 B, the online Part II for freely setting application program starts from step S921, wherein protecting anti-lamp
Receiver receive and conversion wireless command signals, to be changed into the message for being loaded with signal.In step S923, microprocessor is read
The above-mentioned message for being loaded with signal is taken and explains, to obtain the value of scope operating rate.In step S925, microprocessor triggers accordingly
One corresponding subprogram, to handle operating rate.In step S927, application program is operated so that scope operating rate R to be multiplied by
Its maximum control signal S (max), to obtain the control signal S (new) of a proportional adjustment.In step S929, microprocessor
Corresponding circuit is arrived using the control signal S (new) of proportional adjustment.In step S931, a corresponding operation is completed
The on-line setup of parameter.
In summary, the application program of the present embodiment is based on online free establishing method, for determining the behaviour of the anti-lamp 500 of guarantor
Make parameter, thereby provide the convenient method of user one with the optimum value of setting operation parameter.When being compared to existing remote control skill
Art, compare for following features, the present embodiment has cost-effective technique effect.
The present embodiment is with one " calculation and plays " technology, with free setting operation parameter, wherein existing telecontrol engineering is
Using " choose and play " method, go to change operating parameter.This " choose and play " method one external memory of needs, to store behaviour
Make all default values of parameter, and controller according to wireless instructions to perform " choose and play ".It is restricted that it only provides one
Select, be limited to memory size and increase the cost of installation internal memory.On the other hand the present embodiment is provided by a computational algorithm
One online free setting operation parameter.Without using external memory, without using one finite data storehouse of advance storage external memory or
Be without using for " choose and play " external memory of method.
Free set algorithm is an application software, is designed at improving the inconvenience of the existing hardware based on telecontrol engineering
Property.Such as USPN7,880,394B2 prior art (referred to as 394 prior arts) is for more old technology compared to the present invention;
394 prior arts are applying for a patent time point, it will be apparent that two existing available technologies of combination.The two existing technologies include " choosing
Take and play " method and telecontrol engineering, it has been applied to TV programme selection, airconditioning control, ceiling fan and the control of lamp set group etc.
Deng.Before 394 prior art applications, the user interface of 394 prior arts is a relatively older technology, wherein remote control bag
Multiple hardware are included, as button is used for the three rank values (height, in and low value) that alternately set various operating parameters.It, which is simply transmitted, makes
The selection of user determines, to the control circuit for protecting anti-lamp, to perform " choose and play " function, alternately to change operation ginseng
Number.On the other hand the user interface of the present invention provides the characteristic point for being more better than 394 prior arts.
The present invention user interface application APP can freely under be loaded in an intelligent mobile phone.This represents easily and saved
Cost.Extra internal memory is not needed, and single remote control is provided.Intelligent mobile phone storage internal memory and computing capability in terms of,
With powerful ability.It is existing 394 when existing external memory is compared with the powerful memory size installed in intelligent mobile phone
The external memory of technology can be ignored, and intelligent mobile phone is designed that thousand sheets photo can be stored.The memory size of intelligent mobile phone
A little part be 394 prior arts external memory several times, and do not need extra cost, go to protect anti-lamp using control
The intelligent mobile phone ability of the characteristics of luminescence.In addition, intelligent mobile phone has powerful calculating and disposal ability, to connect a upper hair
Electro-optical device, to become the height intelligence for having the auxiliary such as artificial intelligence and machine learning techniques.
The algorithm of user interface is designed with friendly feature, and unlike 394 prior arts, 394 prior arts only provide height
The operation selection of rank/scala media/low order, a button for being used for corresponding operating parameter is pressed with continuous.The present invention is in intelligence
The selection of more operating parameters is provided in the memory size of type mobile phone, and in practice.Furthermore in being freely set in processing procedure
In, designated symbol can provide the momentary status of the scope operating rate of variation, therefore user can easily select a certain value and assign
One desired sets determines.
When it becomes a program of intelligent mobile phone, it will not produce extra manipulation cost.Remote control, which has, to be placed
Position is not clear and its troublesome problem such as dead battery, because remote control frequency of use unlike intelligent mobile phone of concern as,
In office when put of intelligent mobile phone uses, always in your wallet or pocket, and battery often filled it is full.
User interface application is pre-installed on mobile device, causes light-emitting lamp to have permission, to use intelligent mobile phone
Powerful storage internal memory and computing capability.The method instructed compared to 394 prior arts, this method install an external memory
With execution in light-emitting lamp " choose and play ", that is an out-of-date technology.In order that the powerful storage with intelligent mobile phone
Internal memory and computing capability are deposited, calculating the work of various operating parameters can be completed by the application program of intelligent mobile phone, or be sent out
The program that the microprocessor of light light fixture is write is completed.In order to complete evaluation work, caused operation in intelligent mobile phone
Variable is operating parameter, and the microprocessor in light-emitting lamp completes evaluation work, and caused performance variable is scope operation
Rate.In this kind of embodiment, it is not necessary to external memory.
Presently disclosed disclosed simulation context yardstick is a friendly technology, causes user can free setting operation ginseng
A several desired values, and the designated symbol of the scope operating rate with auxiliary.394 prior arts are compared to the present embodiment, not
With any friendly technology.
Operating function more useful in the present embodiment is designed, the advantages of to make full use of online free establishing method;
Preferable example is manual operation mode, instead of switching of the dusk to the light illumination mode at dawn.It is adjustable that the present embodiment substitution provides one
Whole Timer modes, wherein user can set any duration, general for being operated when movable sensor 530 disables
Light illumination mode, user is simply along the scope simulation yardstick of virtual rail 75, the free sliding setting operation factor 71, to determine
The time span wanted for nocturnalism.In addition, such as general illumination pattern may be set to clock time point, with takeover time
Length, it is feasible in the so planning of mobile device 600, mobile device 600 can provide clock time input.Another embodiment is
Light emission luminance value for various light illumination modes is adjusted, and various illumination moulds are triggered by optical sensor 520 or movable sensor 530
Formula, different user adjust different illumination hobbies according to their lifestyle.The online free establishing method of the present embodiment, can
User is set to go to select the arbitrary value of luminosity, and by being set along the scope simulation yardstick free sliding of virtual rail 75
Operations factor 71, respectively from the 50% low order luminance patterns to the high-order luminance patterns of all light 100% and from 0% to 50%.
When low order brightness settings are 0%, protect anti-lamp 500 and protect anti-lamp for single rank;During other setting values, protect anti-lamp 500 and protected for two ranks
Anti- lamp or multistage/anti-lamp of guarantor with lifestyle.
Fig. 8 is refer to, represents one embodiment of the invention.Application program based on above-mentioned technology can be extended to more including additional
Function, wherein other electric equipments can be incorporated into by protecting anti-lamp 500, for example, in an electric ceiling.Also perhaps it is to integrate ceiling fan and protect anti-
Lamp 500 passes through amended load and the combination system realized of controller circuitry for power control unit 540 in one
System.Fig. 8 illustrates a visualization embodiment of the free set algorithm of a user interface application 990, for including protecting anti-lamp
And the combined system of ceiling fan, wherein visualization selection component has fan, light and self-defined setting, it is designed to manually operated
Under 991 classification, user's selection is thereby provided and on-line setup protects both various operating parameters such as anti-lamp 500 and ceiling fan
Benefit.For example, by operating user interface application, to control the rotation and adjustment turn clockwise or counterclockwise of ceiling fan
Dynamic speed.In simple terms, the operating parameter of the present embodiment is used to control the various luminous and electrical equipment of the ceiling fan with lamp set group special
Property an at least feature, this at least feature includes timer setting, the setting of fan wind speed and the setting of fan rotation direction, luminous
Intensity is set and light emission color temperature setting.
Embodiments of the invention are the foregoing is only, it is simultaneously not used to the claim of the limitation present invention.
Claims (65)
- A 1. online free establishing method, for setting the operating parameter of a light-emitting device, it is characterised in that including:One user interface application, including at least one free set algorithm, at least one free set algorithm are pre-loaded In a mobile device, the setting of a user is determined, is converted at least one operation of an operating parameter of the light-emitting device Variable, wherein the user interface application is exercisable, and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting Make via the mobile device, to give the light-emitting device to transmit an at least wireless command signals, described at least one wirelessly refers to Signal is made to be loaded with a message of the performance variable, wherein the performance variable is to handle the behaviour of the light-emitting device Make parameter;AndOne microprocessor of the light-emitting device, an at least program is designed with, to handle the performance variable, and held The operating parameter of the row light-emitting device;The described value of wherein described operating parameter is stored in an internal memory of the microprocessor, repeats to show for performance, Wherein one new performance variable will substitute the setting value of the operating parameter, and the new performance variable was selected by user Journey produces;Wherein described operating parameter is used to control at least one of a variety of characteristics of luminescences of the light-emitting device, a variety of characteristics of luminescences Realized by an optical sensor or a movable sensor, and including timer setting, luminous intensity setting, colour temperature setting or sensing Sensitivity is set.
- 2. online free establishing method as claimed in claim 1, it is characterised in that the free set algorithm is simulation scale Yardstick, simulation context yardstick realized by the visual configuration of a free setting operation factor, the free setting operation factor Visual configuration has a designated symbol of a range dimension emulator and the scope operating rate, to promote user to determine by described in Operating parameter is set to a desired value, when the free setting operation factor triggered by user is used for and the range dimension During emulator interaction, the user interface application response is grasped with the instantaneous state according to interaction with gradually adjusting the scope Make the value of rate, interactive instantaneous state is mutual between the free setting operation factor and the range dimension emulator Effect, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and scope described in simultaneous display is grasped Make the value in a flash of rate, wherein the scope operating rate is shown in the designated symbol, the numerical value that the designated symbol is shown is An one operation percentage or practical operation value of the corresponding operating parameter, when the free setting operation factor one from When being stopped by setting is mobile, it is described to produce that the user interface application corresponds to the selected scope operating rate Performance variable, and transmit a wireless command signals according to this and be loaded with the operation to the light-emitting device, the wireless command signals One message of variable.
- 3. online free establishing method as claimed in claim 2, it is characterised in that the range dimension emulator is one virtual Track, wherein the free set algorithm is realized by a visual configuration of the free setting operation factor, it is described freely to set The designated symbol that operations factor couples the virtual rail and the scope operating rate is determined, wherein the virtual rail is set Meter is on the touching screen panel of the mobile device, wherein the free setting operation factor is slided by user's finger It is dynamic, and slided along the virtual rail of the designated symbol with the scope operating rate, and freely set when described When the slip of operations factor is carried out, and the value in a flash of the scope operating rate of variation is shown simultaneously, wherein the instant value The designated symbol of the scope operating rate is shown in, the instant value is the one of an operation percentage or the operating parameter Practical operation value, wherein the total length of the virtual rail represents the maximum opereating specification of the operating parameter of a simulation Value, wherein the scope operating rate by when slide stop when the free setting operation factor be parked in the virtual rail One resting position determines.
- 4. online free establishing method as claimed in claim 2, it is characterised in that the range dimension emulator is a scope Free-running operation subprogram, and the free setting operation factor is a virtual key, wherein the free set algorithm is by described One visual configuration of virtual key realizes that the scope free-running operation subprogram is integrated with the virtual key and scope behaviour Make the designated symbol of rate, wherein the virtual key is designed on the touching screen panel of the mobile device, When the virtual key is continuously touched by user's finger, the user interface application operation is free to trigger the scope Runtime subroutine, gradually to increase the scope operating rate from a minimum value a to maximum, afterwards from the maximum to institute Minimum value is stated, to complete the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the scope of variation The instant value of operating rate is simultaneously displayed on the designated symbol of the scope operating rate, and wherein scope operating rate is described Instant value for the operating parameter an an operation percentage or practical operation value, wherein in the user's finger from described virtual The moment that button is removed, scope free-running operation movement are stopped immediately, and the scope operating rate be locked in it is described from By the mobile momentary status at the last moment of operation, wherein the time span table of a half period of free-running operation movement Show the analogue value of the maximum opereating specification of the operating parameter, wherein the scope operating rate is determined, made according to described User's finger rests on the time span of the touching screen panel with the virtual key, is compared to the free-running operation The time span of a mobile half period.
- 5. online free establishing method as claimed in claim 2, it is characterised in that the performance variable operates for the scope Rate, the light-emitting device is transmitting wirelessly to, and to be changed into the operating parameter.
- 6. online free establishing method as claimed in claim 2, it is characterised in that the performance variable is the operation ginseng Number, wherein the user interface application includes an at least subprogram, operated with handling by an at least scope for user's selection Rate, to be converted to an operating parameter, wherein the operating parameter is wirelessly transmitted to the light-emitting device.
- 7. online free establishing method as claimed in claim 1, it is characterised in that the mobile device is an intelligent hand Machine, a tablet PC, a PDA, a notebook computer or a remote control, journey is applied to download one from network or cloud server Sequence.
- 8. a kind of LED protects anti-lamp, it is characterised in that including:One luminescence unit;One load and power control unit;One optical sensor;One movable sensor;One power-supply unit;AndOne external control unit outside, it is electrically connected with the load and power control unit;Wherein, the luminescence unit includes a LED;Wherein, the load and power control unit include a microprocessor, the optical sensor and the movable sensor point The microprocessor is not electrically connected with, wherein the microprocessor is more electrically connected with a controllable semiconductor switch device, wherein described Controllable semiconductor switch device is electrically connected between a power supply and the LED of the luminescence unit, wherein the microprocessor Device exports a control signal, and to control the on-state rate of the controllable semiconductor switch device, it is different that the on-state rate refers to transmission Average electrical power to drive the LED to perform a variety of light illumination modes, the light illumination mode is according to coming from the light biography The control signal of sensor or the movable sensor and produce, when the ambient brightness that the optical sensor is sensed is low When first default value, the movable sensor is opened, and described in the management simultaneously of the load and power control unit Luminescence unit, to perform one first rank luminance patterns;When the ambient brightness that the optical sensor is sensed is higher than one the During two default values, the luminescence unit and the movable sensor are closed by the load and power control unit;Work as institute When stating movable sensor and sensing movement intrusion, the load and power control unit management are to increase the average electric work Rate, the average electrical power are passed to the luminescence unit, to perform a second-order luminance patterns and continue a default duration Time, the luminescence unit recovers to perform the first rank luminance patterns afterwards, wherein the first rank luminance patterns and described Second-order luminance patterns have different luminous intensities respectively, wherein the luminous intensity of the second-order luminance patterns is higher than institute State the luminous intensity of the first rank luminance patterns;Wherein, the external control unit outside is a wireless receiver, and the wireless receiver is electrically connected with the microprocessor, with Receiving and a decoding at least wireless signal turns into a performance variable, the microprocessor can be read and explain the performance variable, Wherein described microprocessor also includes an at least subprogram, and the subprogram is corresponding to handle the performance variable and adjustment one Control signal, corresponding control signal is according to the performance variable received from the wireless receiver, to perform An at least operating parameter, wherein the performance variable represents that the one of a scope operating rate sets decision, the scope operating rate is used Each functional category of the operating parameter of anti-lamp is protected in the LED, and by user by being preloaded in a mobile device Application setting, wherein the operating parameter is used to control at least characteristics of luminescence of the light-emitting device.
- 9. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the LED protects anti-lamp, in addition to:One user interface application includes at least one free set algorithm, at least one free pre-loaded institute of set algorithm Mobile device is stated, a performance variable is decided to become to change the setting of a user, wherein the user interface application is can Operation, and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting Make via the mobile device, to protect anti-lamp to the LED to transmit an at least wireless command signals, described at least one wirelessly refers to Signal is made to be loaded with a message of the performance variable, wherein the performance variable is to protect anti-lamp to handle or set the LED The operating parameter.
- 10. LED as claimed in claim 9 protects anti-lamp, it is characterised in that the free set algorithm is a simulation scale chi Degree, simulation context yardstick realize that the free setting operation factor regards by the visual configuration of a free setting operation factor A designated symbol of the configuration with a range dimension emulator and the scope operating rate is felt, to promote user to determine the behaviour Make parameter setting to a desired value, when the free setting operation factor triggered by user is used to imitate with the range dimension During true device interaction, the user interface application response is grasped with the instantaneous state according to interaction with gradually adjusting the scope Make the value of rate, interactive instantaneous state is mutual between the free setting operation factor and the range dimension emulator Effect, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and scope described in simultaneous display is grasped Make the value in a flash of rate, wherein the scope operating rate is shown in the designated symbol, the numerical value that the designated symbol is shown is An one operation percentage or practical operation value of the corresponding operating parameter, when the free setting operation factor one from When being stopped at least one setting by setting is mobile and determined, the user interface application corresponds to the selected scope Operating rate transmits a wireless command signals and protects anti-lamp, the wireless instructions to the LED according to this to produce the performance variable Signal is loaded with a message of the performance variable.
- 11. LED as claimed in claim 10 protects anti-lamp, it is characterised in that the range dimension emulator is a virtual rail, Wherein described free set algorithm realizes that the virtual rail couples by a visual configuration of the free setting operation factor The designated symbol of the free setting operation factor and the scope operating rate, wherein the free setting operation factor quilt User's finger slides, and is slided along the virtual rail of the designated symbol with the scope operating rate, and works as When the slip of the free setting operation factor is carried out, and the value in a flash of the scope operating rate of variation is shown simultaneously, its Described in instant value be shown in the designated symbol of the scope operating rate, the instant value is an operation percentage or described One practical operation value of operating parameter, wherein the total length of the virtual rail represents the described of the operating parameter of a simulation The value of maximum opereating specification, wherein the scope operating rate is parked in institute by the free setting operation factor when sliding stopping The resting position for stating virtual rail determines.
- 12. LED as claimed in claim 10 protects anti-lamp, it is characterised in that the range dimension emulator is that a scope is free Runtime subroutine, and the free setting operation factor is a virtual key, wherein the free set algorithm is by described virtual One visual configuration of button realizes that the scope free-running operation subprogram is integrated with the virtual key and the scope operating rate The designated symbol, wherein the virtual key is designed on the touching screen panel of the mobile device, work as institute When stating virtual key and continuously being touched by user's finger, the user interface application operation is to trigger the scope free-running operation Subprogram, gradually to increase the scope operating rate from a minimum value a to maximum, afterwards from the maximum to it is described most Small value, to complete the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the scope operation of variation The instant value of rate is simultaneously displayed on the moment of the designated symbol of the scope operating rate, wherein scope operating rate It is worth and operates percentage or a practical operation value for the one of the operating parameter, wherein in the user's finger from the virtual key The moment removed, the free-running operation movement are stopped immediately, and the scope operating rate is locked in the free-running operation and moved Dynamic momentary status at the last moment, wherein the time span of a half period of free-running operation movement represents the behaviour Make the analogue value of the maximum opereating specification of parameter, wherein the scope operating rate is determined, according to user's finger The time span of the touching screen panel with the virtual key is rested on, is compared to the one of the free-running operation movement The time span of half period.
- 13. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the wireless receiver is a Wi-Fi wireless receivings Device, a bluetooth wireless receiver, a ZigBee wireless receivers or a wireless radiofrequency receiver.
- 14. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the operating parameter is used to set a timer In performing a manually operated light illumination mode, wherein described protect anti-lamp by the optical sensor and the Timer Controlling, and it is described Timer is used to perform the general illumination pattern with the movable sensor temporarily disabled.
- 15. LED as claimed in claim 14 protects anti-lamp, it is characterised in that the timer is time span setting timing Device or clock time setting timer.
- 16. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the operating parameter is to set the mobile biography One movement time delay of sensor, when the movable sensor detects movement intrusion, an illumination highlights are described immediately Load and power control unit triggering, and persistently illuminate the mobile time delay.
- 17. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the operating parameter is setting the mobile sensor The sensing distance of device.
- 18. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the operating parameter is bright to set first rank The luminous intensity of degree pattern or the second-order luminance patterns.
- 19. LED as claimed in claim 8 protects anti-lamp, it is characterised in that the operating parameter is bright to set first rank The colour temperature of degree pattern or the second-order luminance patterns.
- 20. one kind protects anti-lamp control device, it is characterised in that including:One load and power control unit;One optical sensor;One movable sensor;One power-supply unit;AndOne external control unit outside;It is wherein described to protect one luminous load of anti-lamp control device electric connection, wherein the load and power control unit include one Controller, the optical sensor and the movable sensor is electrically connected in the controller, wherein the controller is more electric Property one controllable semiconductor switch device of connection, wherein the controllable semiconductor switch device is electrically connected with the luminous load and a power supply Between, wherein the controller exports a control signal, to control the on-state rate of the controllable semiconductor switch device, the conducting Rate, which refers to, transmits different average electrical power to drive the luminous load to produce a variety of light illumination modes, the light illumination mode according to Come from the control signal of the optical sensor or the movable sensor and produce, when the optical sensor is sensed Ambient brightness when being less than first default value, the movable sensor is opened, and the load and Power Control list Member manages the luminous load simultaneously, to perform one first rank luminance patterns, when the ring that the optical sensor is sensed When border brightness is higher than second default value, the movable sensor and the luminous load are by the load and Power Control list Member is closed, described to load and power control unit management is to increase when the movable sensor senses movement intrusion The average electrical power, the average electrical power are passed to the luminous load, to produce a second-order luminance patterns and hold A continuous default duration, the luminous load reverts to the first rank luminance patterns afterwards, wherein the first rank brightness Pattern and the second-order luminance patterns have different luminous intensities respectively, wherein the second-order luminance patterns is described luminous Intensity is higher than the luminous intensity of the first rank luminance patterns;Wherein described external control unit outside is a wireless receiver, and the wireless receiver is electrically connected with the controller, to connect Receive and decoding wireless instructions are as an at least performance variable for an operating parameter, operating parameter is for operating the anti-lamp control of the guarantor Device, wherein the controller more includes an at least subprogram, the subprogram is connect to handle from the wireless receiver The performance variable received, wherein the performance variable by user by set by an application program, the application program installation In a mobile device, wherein the operating parameter is used to control at least characteristics of luminescence for protecting anti-lamp control device.
- 21. protect anti-lamp control device as claimed in claim 20, it is characterised in that the wireless receiver be a Wi-Fi without Line receiver, a bluetooth wireless receiver, a ZigBee wireless receivers or a wireless radiofrequency receiver.
- 22. protect anti-lamp control device as claimed in claim 20, it is characterised in that the operating parameter to set one timing Device, for performing a manually operated light illumination mode, wherein described protect anti-lamp by the optical sensor and the Timer Controlling, and The timer is used to perform the general illumination pattern with the movable sensor temporarily disabled.
- 23. anti-lamp control device is protected as claimed in claim 22, it is characterised in that the timer sets for a time span Timer or clock time setting timer.
- 24. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the operating parameter is setting the shifting One movement time delay of dynamic sensor, when the movable sensor detects mobile intrusion, an illumination highlights are immediately by institute Load and power control unit triggering are stated, and persistently illuminates the mobile time delay.
- 25. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the operating parameter is setting the shifting The sensing distance of dynamic sensor.
- 26. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the operating parameter is setting described The luminous intensity of single order luminance patterns or the second-order luminance patterns.
- 27. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the operating parameter is setting described The colour temperature of single order luminance patterns or the second-order luminance patterns.
- 28. anti-lamp control device is protected as claimed in claim 20, it is characterised in that also include:One user interface application includes at least one free set algorithm, and the free set algorithm is pre-loaded in the shifting Dynamic device, the setting of user is determined to be converted to the performance variable, wherein the user interface application is operable , and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting System protects anti-lamp control device with via the mobile device, to transmit an at least wireless command signals to the LED, it is described at least One wireless command signals are loaded with a message of the performance variable, wherein the performance variable is described for handling or setting LED protects the operating parameter of anti-lamp control device.
- 29. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the free set algorithm is an emulation model Yardstick is enclosed, simulation context yardstick is realized by the visual configuration of a free setting operation factor, the free setting operation factor Visual configuration there is a designated symbol of a range dimension emulator and the scope operating rate, to promote user to determine institute State operating parameter and be set to a desired value, when the free setting operation factor triggered by user is used for and the scope chi When spending emulator interaction, the user interface application response is with the instantaneous state according to interaction, gradually to adjust the model The value of operating rate is enclosed, interactive instantaneous state is between the free setting operation factor and the range dimension emulator Interaction, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and model described in simultaneous display The value in a flash of operating rate is enclosed, wherein the scope operating rate is shown in the designated symbol, the number that the designated symbol is shown It is worth and operates percentage or a practical operation value for the one of the corresponding operating parameter, when the free setting operation factor One when freely setting mobile be stopped, and the user interface application corresponds to the selected scope operating rate to produce The performance variable, and transmit a wireless command signals according to this and protect anti-lamp to the LED, the wireless command signals are loaded with described One message of performance variable.
- 30. anti-lamp control device is protected as claimed in claim 29, it is characterised in that the range dimension emulator is one virtual Track, wherein the free set algorithm is realized by a visual configuration of the free setting operation factor, the virtual rail Road couples the designated symbol of the free setting operation factor and the scope operating rate, wherein the free setting operation The factor is slided by user's finger, and is slided along the virtual rail of the designated symbol with the scope operating rate It is dynamic, and when the slip of the free setting operation factor is carried out, a flash of the scope operating rate of variation will be shown simultaneously Between be worth, wherein the instant value is shown in the designated symbol of the scope operating rate, the instant value is joined for the operation Several operation percentage or a practical operation value, wherein the total length of the virtual rail represents the operation ginseng of a simulation The value of several maximum opereating specifications, wherein the scope operating rate by when slide stop when the free setting operation because The resting position that son is parked in the virtual rail determines.
- 31. anti-lamp control device is protected as claimed in claim 29, it is characterised in that the range dimension emulator is a scope Free-running operation subprogram, and the free setting operation factor is a virtual key, wherein the free set algorithm is by described One visual configuration of virtual key realizes that the scope free-running operation subprogram is integrated with the virtual key and scope behaviour Make the designated symbol of rate, wherein the virtual key is designed on the touching screen panel of the mobile device, When the virtual key is continuously touched by user's finger, the user interface application operation is free to trigger the scope Runtime subroutine, gradually to increase the scope operating rate from a minimum value a to maximum, afterwards from the maximum to institute Minimum value is stated, to complete the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the scope of variation The instant value of operating rate is simultaneously displayed on the designated symbol of the scope operating rate, and wherein scope operating rate is described Instant value for the operating parameter an an operation percentage or practical operation value, wherein in the user's finger from described virtual The moment that button is removed, free-running operation movement are stopped immediately, and the scope operating rate is locked in and described freely transported The mobile momentary status at the last moment of row, wherein the time span of a half period of free-running operation movement represents institute The analogue value of the maximum opereating specification of operating parameter is stated, wherein the scope operating rate is determined, according to the user Finger rests on the time span of the touching screen panel with the virtual key, is compared to the free-running operation movement A half period the time span.
- 32. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the controller is a programmable micro- place Device is managed, for producing the control signal.
- 33. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the controller is that a special applications integrate Circuit, for producing the control signal.
- 34. anti-lamp control device is protected as claimed in claim 20, it is characterised in that the anti-lamp control device of guarantor is detachable Ground is connected to a LED luminous loads, is screwed into via one or the configuration of an insertion, protects anti-lamp control device wherein described and sets There is a socket base, and the LED luminous loads are provided with one and are screwed into joint or a crosspointer twisting joint, to mutual It is electrically connected with.
- 35. one kind protects anti-lamp control device, it is characterised in that including:One load and power control unit;One optical sensor;One movable sensor;One power-supply unit;AndOne external control unit outside;It is wherein described to protect one luminous load of anti-lamp control device electric connection, wherein the load and power control unit include one Controller, wherein the controller is electrically connected with controllable semiconductor switch device, wherein the controllable semiconductor switch device electrically connects It is connected between the luminous load and a power supply, wherein the controller exports a control signal, to control described controllable partly lead One on-state rate of body derailing switch, the on-state rate, which refers to, transmits different electrical power to drive the luminous load to produce different photographs Bright pattern, the light illumination mode produce according to the control signal for coming from the optical sensor or the movable sensor It is raw;When the ambient brightness that the optical sensor is sensed is less than first default value, the movable sensor is described Load and power control unit are opened, and the luminous load remains off state, to perform one first rank luminance patterns, when When the ambient brightness that the optical sensor is sensed is higher than second default value, the load and power control unit are cut The movable sensor is changed to close, when the movable sensor senses movement intrusion, the load and Power Control list Member opens the luminous load in real time, described afterwards to perform a high-order luminance patterns and continue a short preset durations Luminous load returns to closed mode;Wherein described external control unit outside is a wireless receiver, and the wireless receiver is electrically connected with the controller, to connect Receive and decoding wireless instructions are as an at least performance variable for an operating parameter, operating parameter is for operating the anti-lamp control of the guarantor Device, wherein the controller more includes an at least subprogram, the subprogram is calculating and set from the wireless receiving The performance variable that device is received, wherein the performance variable represents that made one sets and determines, the performance variable by with Family is by the way that set by an application program, the application program is installed on a mobile device, wherein the operating parameter is used to control An at least characteristics of luminescence for the light-emitting device.
- 36. protect anti-lamp control device as claimed in claim 35, it is characterised in that the wireless receiver be a Wi-Fi without Line receiver, a bluetooth wireless receiver, a ZigBee wireless receivers or a wireless receiver.
- 37. protect anti-lamp control device as claimed in claim 35, it is characterised in that the operating parameter to set one timing Device, for performing a manually operated light illumination mode, wherein described protect anti-lamp by the optical sensor and the Timer Controlling, and The timer is used to perform the general illumination pattern with the movable sensor temporarily disabled.
- 38. anti-lamp control device is protected as claimed in claim 37, it is characterised in that the timer sets for a time span Timer or clock time setting timer.
- 39. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the operating parameter is setting the shifting One movement time delay of dynamic sensor, when the movable sensor detects movement intrusion, an illumination highlights immediately by The load and power control unit triggering, and persistently illuminate the mobile time delay.
- 40. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the operating parameter is setting the shifting The sensing distance of dynamic sensor.
- 41. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the operating parameter is setting the height The luminous intensity of rank luminance patterns.
- 42. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the operating parameter is setting the height The colour temperature of rank luminance patterns.
- 43. anti-lamp control device is protected as claimed in claim 35, it is characterised in that also include:One user interface application includes at least one free set algorithm, at least one free pre-loaded institute of set algorithm Mobile device is stated, the performance variable is decided to become to change the setting of a user, wherein the user interface application is It is exercisable, and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting System protects anti-lamp control device with via the mobile device, to transmit an at least wireless command signals to the LED, it is described at least One wireless command signals are loaded with a message of the performance variable, wherein the performance variable is described to handle or set LED protects the operating parameter of anti-lamp control device.
- 44. anti-lamp control device is protected as claimed in claim 43, it is characterised in that the free set algorithm is an emulation model Yardstick is enclosed, simulation context yardstick is realized by the visual configuration of a free setting operation factor, the free setting operation factor Visual configuration there is a designated symbol of a range dimension emulator and the scope operating rate, to promote user to determine institute State operating parameter and be set to a desired value, when the free setting operation factor triggered by user is used for and the scope chi When spending emulator interaction, the user interface application response is with the instantaneous state according to interaction, gradually to adjust the model The value of operating rate is enclosed, interactive instantaneous state is between the free setting operation factor and the range dimension emulator Interaction, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and model described in simultaneous display The value in a flash of operating rate is enclosed, wherein the scope operating rate is shown in the designated symbol, the number that the designated symbol is shown It is worth and operates percentage or a practical operation value for the one of the corresponding operating parameter, when the free setting operation factor One freely sets mobile when being stopped at setting and determining, the user interface application corresponds to the selected scope and grasped Make rate to produce the performance variable, and transmit a wireless command signals according to this and protect anti-lamp, the wireless instructions letter to the LED Number it is loaded with a message of the performance variable.
- 45. anti-lamp control device is protected as claimed in claim 44, it is characterised in that the range dimension emulator is one virtual Track, wherein the free set algorithm is realized by a visual configuration of the free setting operation factor, the virtual rail Road couples the designated symbol of the free setting operation factor and the scope operating rate, wherein the free setting operation The factor is slided by user's finger, and is slided along the virtual rail of the designated symbol with the scope operating rate It is dynamic, and when the slip of the free setting operation factor is carried out, a flash of the scope operating rate of variation will be shown simultaneously Between be worth, wherein the instant value is shown in the designated symbol of the scope operating rate, the instant value is joined for the operation Several operation percentage or a practical operation value, wherein the total length of the virtual rail represents the operation ginseng of a simulation The value of several maximum opereating specifications, wherein the scope operating rate by when slide stop when the free setting operation because The resting position that son is parked in the virtual rail determines.
- 46. anti-lamp control device is protected as claimed in claim 44, it is characterised in that the range dimension emulator is a scope Free-running operation subprogram, and the free setting operation factor is a virtual key, wherein the free set algorithm is by described One visual configuration of virtual key realizes that the scope free-running operation subprogram is integrated with the virtual key and scope behaviour Make the designated symbol of rate, wherein the virtual key is designed on the touching screen panel of the mobile device, When the virtual key is continuously touched by user's finger, the user interface application operation is free to trigger the scope Runtime subroutine, gradually to increase the scope operating rate from a minimum value a to maximum, afterwards from the maximum to institute Minimum value is stated, to complete the complete cycle of free-running operation movement, wherein during the free-running operation cycle, the scope of variation The instant value of operating rate is simultaneously displayed on the designated symbol of the scope operating rate, and wherein scope operating rate is described Instant value for the operating parameter an an operation percentage or practical operation value, wherein in the user's finger from described virtual The moment that button is removed, free-running operation movement are stopped immediately, and the scope operating rate is locked in and described freely transported The mobile momentary status at the last moment of row, wherein the time span of a half period of free-running operation movement represents institute The analogue value of the maximum opereating specification of operating parameter is stated, wherein the scope operating rate is determined, according to the user Finger rests on the time span of the touching screen panel with the virtual key, is compared to the free-running operation movement A half period the time span.
- 47. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the controller is a programmable micro- place Device is managed, for producing the control signal.
- 48. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the controller is that a special applications integrate Circuit, for producing the control signal.
- 49. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the anti-lamp control device of guarantor is detachable Ground is connected to a LED luminous loads, is screwed into via one or the configuration of an insertion, protects anti-lamp control device wherein described and sets There is a socket base, and the LED luminous loads are provided with one and are screwed into joint or a crosspointer twisting joint, to mutual It is electrically connected with.
- 50. anti-lamp control device is protected as claimed in claim 35, it is characterised in that the anti-lamp control device of guarantor is non-disconnectable That unloads is connected to a LED luminous loads.
- 51. a kind of LED protects anti-lamp control device, it is characterised in that including:One load and power control unit;One optical sensor;One power-supply unit;AndOne external control unit outside, it is electrically connected with the load and power control unit;Wherein described LED protects anti-lamp control device and is electrically connected with a luminous load, wherein the load and power control unit bag A controller is included, wherein the controller is electrically connected with a controllable semiconductor switch device, wherein the controllable semiconductor switch device It is electrically connected between a power supply and the luminous load, wherein the controller exports a control signal, with can described in control An on-state rate of semiconductor switching device is controlled, the on-state rate, which refers to, transmits different average electrical powers to drive the luminous load to produce Raw different light illumination modes, the light illumination mode produce according to the control signal for coming from the optical sensor;When the ambient brightness that the optical sensor is sensed is less than first default value, the luminous load is by described negative Carry and power control unit is opened, it is described afterwards to produce one first rank luminance patterns and continue one first preset durations Luminous load is switched to a second-order luminance patterns, when the ambient brightness that the optical sensor is sensed is higher than one the During two default values, the luminous load is closed by the load and power control unit;Wherein described external control unit outside is a wireless receiver, and the wireless receiver is electrically connected with the controller, to connect Receive and decoding wireless instructions turn into a performance variable, wherein the controller also includes an at least subprogram, the subprogram is used To handle the performance variable, wherein the performance variable represents that a made setting determines that the performance variable is led to by user Cross set by an application program, the application program is installed on a mobile device, wherein the operating parameter is described for controlling An at least characteristics of luminescence for light-emitting device.
- 52. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the wireless receiver is a Wi-Fi Wireless receiver, a bluetooth wireless receiver, a ZigBee wireless receivers or a wireless radiofrequency receiver.
- 53. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the operating parameter is to control The time span of the first preset durations is stated, for performing the first rank luminance patterns.
- 54. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the operating parameter to set to The luminous intensity of few first rank luminance patterns or the second-order luminance patterns.
- 55. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that also includes:One user interface application includes at least one free set algorithm, at least one free pre-loaded institute of set algorithm Mobile device is stated, a performance variable is decided to become to change the setting of a user, wherein the user interface application is can Operation, and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting System protects anti-lamp control device with via the mobile device, to transmit an at least wireless command signals to the LED, it is described at least One wireless command signals are loaded with a message of the performance variable, wherein the performance variable is described to handle or set LED protects the operating parameter of anti-lamp control device.
- 56. LED as claimed in claim 55 protects anti-lamp control device, it is characterised in that the free set algorithm is one imitative True range dimension, simulation context yardstick pass through the visual configuration realization of a free setting operation factor, the free setting operation The visual configuration of the factor has a designated symbol of a range dimension emulator and the scope operating rate, to promote user to determine The operating parameter is set to a desired value, when the free setting operation factor triggered by user is used for and the model When enclosing yardstick emulator interaction, the user interface application response is with the instantaneous state according to interaction, gradually to adjust institute State the value of scope operating rate, interactive instantaneous state be the free setting operation factor and the range dimension emulator it Between interaction, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and simultaneous display institute The value in a flash of scope operating rate is stated, wherein the scope operating rate is shown in the designated symbol, the designated symbol is shown Numerical value for the corresponding operating parameter an an operation percentage or practical operation value, when the free setting operation because The one of son, which freely set, to move when being stopped, the user interface application corresponding to the selected scope operating rate with The performance variable is produced, and transmits a wireless command signals according to this and protects anti-lamp to the LED, the wireless command signals are loaded with One message of the performance variable.
- 57. LED as claimed in claim 56 protects anti-lamp control device, it is characterised in that the range dimension emulator is one Virtual rail, wherein the free set algorithm is realized by a visual configuration of the free setting operation factor, the void Intend the designated symbol that track couples the free setting operation factor and the scope operating rate, wherein the virtual rail It is designed on the touching screen panel of the mobile device, wherein the free setting operation factor is by user's finger Slide, and slided along the virtual rail of the designator with the scope operating rate, and freely set when described When the slip of operations factor is carried out, and the value in a flash of the scope operating rate of variation is shown simultaneously, wherein the instant value The designated symbol of the scope operating rate is shown in, the instant value operates percentage or one for the one of the operating parameter Practical operation value, wherein the total length of the virtual rail represents the maximum opereating specification of the operating parameter of a simulation Value, wherein the scope operating rate by when slide stop when the free setting operation factor be parked in the virtual rail One resting position determines.
- 58. LED as claimed in claim 56 protects anti-lamp control device, it is characterised in that the range dimension emulator is one Scope free-running operation subprogram, and the free setting operation factor is a virtual key, wherein the free set algorithm by One visual configuration of the virtual key realizes that the scope free-running operation subprogram is integrated with the virtual key and the model The designated symbol of operating rate is enclosed, wherein the virtual key is designed in the touching screen panel of the mobile device On, when the virtual key is continuously touched by user's finger, the user interface application is operated to trigger the scope Free-running operation subprogram, gradually to increase the scope operating rate from a minimum value a to maximum, afterwards from the maximum To the minimum value, to complete the complete cycle of free-running operation movement, wherein during the free-running operation cycle, variation it is described The instant value of scope operating rate is simultaneously displayed on the designated symbol of the scope operating rate, wherein scope operating rate The instant value for the operating parameter an an operation percentage or practical operation value, wherein in the user's finger from described The moment that virtual key is removed, free-running operation movement are stopped immediately, and the scope operating rate be locked in it is described from By the mobile momentary status at the last moment of operation, wherein the time span table of a half period of free-running operation movement Show the analogue value of the maximum opereating specification of the operating parameter, wherein the scope operating rate is determined, made according to described User's finger rests on the time span of the touching screen panel with the virtual key, is compared to the free-running operation The time span of a mobile half period.
- 59. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the controller is one programmable Microprocessor, for producing the control signal.
- 60. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the controller is a special applications Integrated circuit (ASIC), for producing the control signal.
- 61. LED as claimed in claim 51 protects anti-lamp control device, it is characterised in that the anti-lamp control device of guarantor is can A LED luminous loads are releasably connected to, are screwed into via one or the configuration of an insertion, wherein described protect anti-lamp control device A socket base is provided with, and the LED luminous loads are provided with one and are screwed into joint or a crosspointer twisting joint, to It is electrically connected with mutually.
- A kind of 62. online free establishing method, for setting the operating parameter of a ceiling fan with lamp set group, it is characterised in that Including:One user interface application includes at least one free set algorithm, at least one free set algorithm pre-loaded one Mobile device, to change at least one operation that the setting of a user is decided to become an operating parameter of the ceiling fan for having lamp set group Variable, wherein the user interface application is exercisable, and on a touching screen panel of the mobile device;When the user interface application is determined to trigger or terminated, the user interface application pipe by least one setting System is with via the mobile device, to transmit an at least wireless command signals to the ceiling fan with lamp set group, it is described at least One wireless command signals are loaded with a message of the performance variable, wherein the performance variable is to handle or set with lamp The operating parameter of the ceiling fan of set group;One microprocessor of the light-emitting device, an at least program is designed with, to handle the performance variable, and held The operating parameter of the ceiling fan of the row with lamp set group;The described value of wherein described operating parameter is stored in an internal memory of the microprocessor, repeats to show for performance, Wherein one new performance variable will substitute the setting value of the operating parameter, and the new performance variable was selected by user Journey produces;Wherein described operating parameter be used to controlling the ceiling fan with lamp set group it is a variety of luminous and electrical characteristic at least it One, a variety of luminous and electrical characteristics include timer setting, the setting of fan wind speed, fan rotation direction is set, luminous intensity is set The setting of fixed and light emission color temperature.
- 63. online free establishing method as claimed in claim 62, it is characterised in that the free set algorithm is an emulation Range dimension, simulation context yardstick realized by the visual configuration of a free setting operation factor, the free setting operation because The visual configuration of son has a designated symbol of a range dimension emulator and the scope operating rate, will to promote user to determine The operating parameter is set to a desired value, when the free setting operation factor triggered by user is used for and the scope During yardstick emulator interaction, the user interface application response is with the instantaneous state according to interaction, described in gradually adjusting The value of scope operating rate, interactive instantaneous state is between the free setting operation factor and the range dimension emulator Interaction, the range dimension simulation apparatus have the designated symbol of the scope operating rate, and described in simultaneous display The value in a flash of scope operating rate, wherein the scope operating rate is shown in the designated symbol, what the designated symbol was shown Numerical value is an operation percentage of the corresponding operating parameter or a practical operation value, when the free setting operation factor One when freely setting mobile be stopped, the user interface application corresponds to the selected scope operating rate to produce The raw performance variable, and the ceiling fan of the wireless command signals to tool lamp set group, the wireless command signals are transmitted according to this It is loaded with a message of the performance variable.
- 64. online free establishing method as claimed in claim 62, it is characterised in that the mobile device is with selection model An intelligent mobile phone, a tablet PC, a PDA, a notebook computer or the remote control enclosed, with from network or cloud service Device downloads an application program.
- 65. online free establishing method as claimed in claim 62, it is characterised in that the ceiling fan is a d.c. motor wind Fan, and the lamp set group is a LED light emission device.
Applications Claiming Priority (2)
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US15/255,493 | 2016-09-02 | ||
US15/255,493 US10154564B2 (en) | 2011-08-31 | 2016-09-02 | App based free setting method for setting operating parameter of security light |
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