CN106465520A - Apparatus and method for controlling lighting device in electronic device - Google Patents

Apparatus and method for controlling lighting device in electronic device Download PDF

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Publication number
CN106465520A
CN106465520A CN201580032232.8A CN201580032232A CN106465520A CN 106465520 A CN106465520 A CN 106465520A CN 201580032232 A CN201580032232 A CN 201580032232A CN 106465520 A CN106465520 A CN 106465520A
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CN
China
Prior art keywords
lighting apparatus
rssi
control device
lamp
information
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201580032232.8A
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Chinese (zh)
Inventor
白斗山
宋宽雨
李启英
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Samsung Electronics Co Ltd
Original Assignee
Samsung Electronics Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Samsung Electronics Co Ltd filed Critical Samsung Electronics Co Ltd
Priority claimed from PCT/KR2015/006075 external-priority patent/WO2015194827A1/en
Publication of CN106465520A publication Critical patent/CN106465520A/en
Pending legal-status Critical Current

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Classifications

    • 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
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • H05B47/175—Controlling the light source by remote control
    • H05B47/19—Controlling the light source by remote control via wireless transmission
    • 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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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • General Engineering & Computer Science (AREA)
  • Signal Processing (AREA)

Abstract

The present disclosure relates to a sensor network, Machine Type Communication (MTC), Machine-to-Machine (M2M) communication, and technology for Internet of Things (IoT). The present disclosure may be applied to intelligent services based on the above technologies, such as smart home, smart building, smart city, smart car, connected car, health care, digital education, smart retail, security and safety services. A method for operating an electronic device is provided. The method includes measuring a Received Signal Strength Indicator (RSSI) of a plurality of signals received from a plurality of lighting devices, and displaying the plurality of lighting devices according to the RSSI of the plurality of signals.

Description

For controlling the apparatus and method of lighting apparatus in the electronic device
Technical field
For controlling the apparatus and method of lighting apparatus in the electronic device.
Background technology
Internet as connection network focusing on people positive Internet of Things (IoT) development now, wherein, with artificial By human being's production and consumption information in the connection network of the heart, in Internet of Things, there is no the mankind by the distributed entities of such as object Exchange and processing information in the case of intervention.As the IoT technology realized by being connected with Cloud Server and big data (Big Data) the combination for the treatment of technology, all things on earth interconnection (IoE) has emerged in large numbers.With such as " sensing technology ", " wire/wireless communication and The skill element of the network architecture ", " service interface technology " and " secrecy technology " has been realized required by IoT, recently right Sensor network, machine to machine (M2M) communication, machine type communication (MTC) etc. are studied.
This IoT environment can provide intelligent Internet technological service, and collection is passed through in described intelligent Internet technological service And analyze the data generating between networking object and create new value to human lives.By existing information technology (IT) with Fusion between multiple commercial Application and joint, IoT can apply to multiple fields, including wired home, intelligent building, intelligence City, intelligent automobile or networking automobile, intelligent grid, health care, smart machine and advanced medical services.
Due to the progress of the communication technology, the communication technology is applied to broader field.The communication technology makes to not making It is possibly realized with remotely control is carried out according to the controlled control device of communication about field.For example, lighting apparatus have logical Telecommunication function so that user can be controlled by control device lighting apparatus (for example, making opening/closing lighting apparatus) with And control brightness and the color of lighting apparatus.
Can the multiple lighting apparatus of remotely control in space.In order to control one of multiple lighting apparatus specific illumination Equipment, user can identify specific illumination equipment by activating successively or disabling controllable lighting apparatus.For group Close multiple lighting apparatus, the title based on lighting apparatus for the user or identifier (ID) create group.In this case, non- The lighting apparatus of purpose is possibly added to group or may add lighting apparatus after the control.
Accordingly, it would be desirable to for the apparatus and method intuitively processing the identification of lighting apparatus in the electronic device.
Above- mentioned information is only used as background information and proposes to help understand the disclosure.As for any information in information above it is No be suitable as pin prior art of this disclosure, do not make determination and advocate.
Content of the invention
Solution
The aspect of the disclosure is to solve at least above-mentioned problem and/or shortcoming, and provides at as described below Beneficial effect.Therefore, the aspect of the disclosure is to provide the identification for intuitively processing lighting apparatus in the electronic device Apparatus and method.
Another aspect of the present disclosure is to provide in the electronic device recommendation automatically and setting to have multiple lighting apparatus The apparatus and method of group.
Another aspect of the present disclosure is to provide and is controlled using received signal strength indicator symbol (RSSI) in the electronic device The apparatus and method of lighting apparatus.
Another aspect of the present disclosure be provide in the electronic device utilize RSSI combination lighting equipment device and Method.
Another aspect of the present disclosure is to be measured by lighting apparatus for providing to the control device in electronic equipment The apparatus and method of RSSI.
According to an aspect of this disclosure, provide a kind of electronic equipment.This electronic equipment includes control unit and display is single Unit, control unit is configured to measure the RSSI of the multiple signals receiving from multiple lighting apparatus, and display unit is configured to according to many The RSSI of individual signal shows multiple lighting apparatus.
According to another aspect of the present disclosure, provide a kind of lighting apparatus.This lighting apparatus includes control unit and output is single Unit, control unit is configured to measure the RSSI of the signal receiving from electronic equipment, and output unit is configured to according to RSSI output light.
According to another aspect of the present disclosure, provide method of operating an electronic device.The method includes：Measurement is from multiple The RSSI of multiple signals that lighting apparatus receives；And multiple lighting apparatus are shown according to the RSSI of multiple signals.
According to another aspect of the present disclosure, provide the method for operating lighting apparatus.The method includes：Measurement is from electronics The RSSI of the signal that equipment receives；And according to RSSI output light.
The other side of the disclosure, beneficial effect and notable feature are by by described further below and for this area skill Art personnel are it is clear that described detailed description combines the numerous embodiments that accompanying drawing discloses the disclosure.
Brief description
The above and other aspect of some embodiments of the disclosure, feature and beneficial effect are by by combining the following of accompanying drawing Illustrate and become apparent from, in the accompanying drawings：
Fig. 1 illustrates the communication environment of control device according to disclosure embodiment and lighting apparatus；
Fig. 2 illustrates according to the signal flow graph between disclosure embodiment control device and lighting apparatus；
Fig. 3 illustrates the block diagram of the electronic equipment according to disclosure embodiment；And
Fig. 4 illustrates the block diagram of the lighting apparatus according to disclosure embodiment；
The flow chart that Fig. 5 illustrates the electronic equipment according to disclosure embodiment；
The flow chart that Fig. 6 illustrates the lighting apparatus according to disclosure embodiment；
Fig. 7 illustrate according to disclosure embodiment at control device from lighting apparatus receive signal measurement result；
Fig. 8 A and Fig. 8 B illustrates according to the signal flow graph between disclosure embodiment control device and lighting apparatus；
The flow chart that Fig. 9 illustrates the control device according to disclosure embodiment；
The flow chart that Figure 10 illustrates the lighting apparatus according to disclosure embodiment；
Figure 11 A and Figure 11 B is shown in the received signal strength indicator symbol (RSSI) receiving at control device from lighting apparatus Information；
Figure 12 A, Figure 12 B and Figure 12 C illustrate according to the signal between disclosure embodiment control device and lighting apparatus Flow chart；
The flow chart that Figure 13 illustrates the control device according to disclosure embodiment；
The flow chart that Figure 14 illustrates the lighting apparatus according to disclosure embodiment；
Figure 15 illustrates to be used for setting the user interface (UI) of lighting apparatus in control device according to disclosure embodiment；
Figure 16 illustrates to set UI according to the lighting apparatus in disclosure embodiment control device；
Figure 17 illustrates that UI recommends in the lighting apparatus group according to disclosure embodiment control device；
Figure 18 illustrates that the lighting apparatus group according to disclosure embodiment control device sets UI；
Figure 19 illustrates that the lighting apparatus according to disclosure embodiment control device sets UI；
Figure 20 A and Figure 20 B illustrates lamp placement information UI according to disclosure embodiment control device；
Figure 21 illustrates lamp placement information UI according to disclosure embodiment control device；
Figure 22 illustrates that the lighting apparatus group according to disclosure embodiment control device sets UI；
In whole accompanying drawings, identical reference marker will be appreciated that to represent identical part, assembly and structure.
Specific embodiment
Refer to the attached drawing provides following explanation to help each embodiment of the comprehensive understanding disclosure, described each embodiment as by Claim and its equivalent restriction.The disclosure includes multiple details to help each embodiment of the comprehensive understanding disclosure, but It is exemplary to be that these details are regarded merely as.Therefore, it will be appreciated by those of ordinary skill in the art that without departing from this In the case of scope of disclosure and spirit, various variants and modifications can be carried out to each embodiment described by the disclosure.In addition, For clear and simple and clear, the possible description omitting known function and structure.
Hereinafter explanation is not limited to the implication in bibliography with the term used in claim and word, but, inventor Only make it possible to clear using these terms and word and as one man understand the disclosure.Therefore, for those skilled in the art For should it is clear that for illustrative purposes only rather than for limit the disclosure purpose to provide the disclosure respectively to implement The following description of mode, the disclosure such as by claims and its is equal to limit.
It is appreciated that singulative " ", " one " and " described " inclusion plural referents, unless context clear stipulaties are not It is so.Thus, for example, quoting including to one or more such surfaces to quoting of " assembly surface ".
The illustrated feature of term " substantially " expression, parameter or value do not need to be implemented exactly, but can be quantitatively There is deviation or change, limit including such as tolerance, measure error certainty of measurement and well known to a person skilled in the art other because Element, these deviations or change will not make the effect that described feature aims to provide disappear.
The numerous embodiments of the disclosure are provided for utilizing received signal strength indicator symbol (RSSI) in the electronic device Method to identify and set lighting apparatus.
Fig. 1 illustrates the communication environment according to disclosure embodiment control device and lighting apparatus.
With reference to Fig. 1, user can control lighting apparatus 200-1 to 200-4 by control device 100.
Control device 100 is the electronic equipment that can communicate with lighting apparatus 200-1 to 200-4.Control device 100 can wrap Include the communication unit for communicating with lighting apparatus 200-1 to 200-4.For example, control device 100 may include smart phone, just Take formula terminal, mobile phone, mobile flat board, media player, tablet PC, hand-held computer, personal digital assistant (PDA) binding function of two or more equipment in, wireless controller, wearable device, and this this equipment.Control device 100 can be considered as electronic equipment.
Lighting apparatus 200-1 to 200-4 is being capable of output light and setting with lighting apparatus 200-1 to 200-4 with control The equipment of standby 100 communications.For example, the first lighting apparatus 200-1 can be with the second lighting apparatus 200-2, the 3rd lighting apparatus 200- 3rd, at least one of the 4th lighting apparatus 200-4 and control device 100 communication.For example, the first lighting apparatus 200-1 can be to At least one biography in two lighting apparatus 200-2, the 3rd lighting apparatus 200-3, the 4th lighting apparatus 200-4 and control device 100 Defeated RSSI signal and receive from it RSSI signal.
Communication between control device 100 and lighting apparatus 200-1 to 200-4 can be set up based at least one of：Blue Tooth (BT), Bluetooth Low Energy (BLE), near-field communication (NFC), Wi-Fi, wireless gigabit (WiGig), Wireless Personal Network (Zigbee), ultra broadband (UWB), Infrared Data Association (IrDA), visible light communication (VLC), global system for mobile communications (GSM), Data for Global GSM environment (EDGE), CDMA (CDMA) and Long Term Evolution (LTE) are strengthened.
Fig. 2 illustrates according to the signal flow graph between disclosure embodiment control device and lighting apparatus.
With reference to Fig. 2, in operation 201, control device 100 enters lamp and sets pattern.Lamp sets pattern instruction and supplies control device The interface of 100 at least one lighting apparatus of control.For example, set pattern to enter lamp, control device 100 can perform supports lamp The user interface of setting pattern.
In operation 203, control device 100 transmits the first reference signal at least one lighting apparatus 200.First reference Signal designation notifies the lamp of control device 100 to set the signal that pattern enters.For example, control device 100 passes to lighting apparatus 200 Defeated first reference signal.
Lighting apparatus 200 receives the first reference signal from control device 100.Lighting apparatus 200 can be based on the first ginseng Examine signal and confirm that the lamp of control device 100 sets pattern and enters.
In this case, lighting apparatus 200 can receive arbitrary signal with predetermined period from control device 100.Arbitrarily believe Number instruction for lighting apparatus 100 measurement from control device 100 RSSI signal.For example, control device 100 can be preset week Phase is to lighting apparatus 200 transmission arbitrary signal so that lighting apparatus 200 can measure the RSSI from control signal 100.
In operation 205, lighting apparatus 200 measures the RSSI of arbitrary signal.In operation 207, lighting apparatus 200 is based on RSSI automatically controls the brightness of lighting apparatus 200.Lighting apparatus 200 can automatically control light according to RSSI and default RSSI threshold value Brightness.RSSI measured by lighting apparatus 200 can be according to the motion change of control device 100.For example, lighting apparatus 200 is surveyed The RSSI of amount can change according to the change of the distance between control device 100 and lighting apparatus 200.Therefore, lighting apparatus 200 can Motion based on control device 100, strengthened according to preset standard or weaken brightness.
According to disclosure embodiment, the first reference signal may include the message of the information of request lighting apparatus 200.According to Disclosure embodiment, the first reference signal may not include the message of the information of request lighting apparatus 200.For example, control device The message of 100 information that can transmit request lighting apparatus 200 before transmitting the first reference signal to lighting apparatus 200.Substitute Ground, control device 100 can transmit the information of request lighting apparatus 200 after transmitting the first reference signal to lighting apparatus 200 Message.For example, the time of the message of information of control device 100 transmission request lighting apparatus 200 can be different.
In operation 209, lighting apparatus 200 transmits the second reference signal to lighting apparatus 100.Second reference signal instruction Signal including the information of lighting apparatus 200.For example, the second reference signal may include the model name of lighting apparatus 200, output At least one of color, colour temperature and watt.
In this case, control device 100 can receive arbitrary signal with predetermined period from lighting apparatus 200.Arbitrarily believe Number instruction for control device 100 measurement from lighting apparatus 200 RSSI signal.For example, lighting apparatus 200 can be preset week Phase transmission arbitrary signal is to control device 100 so that control device 100 can measure the RSSI of lighting apparatus 200.
In operation 211, control device 100 can be based on the arbitrary signal measurement RSSI receiving from lighting apparatus 200.In behaviour Make 213 in, control device 100 can based on RSSI in the screen display unit of control device 100 display lamp set user interface (UI).Lamp sets UI and refers to the UI for controlling lighting apparatus 200.For example, lamp sets UI and can be shown as icon.
In operation 215, control device 100 can set the signal generation lighting apparatus of UI input according to user via lamp 200 lamp set information.In operation 217, control device 100 transmits lamp set information to lighting apparatus 200.In operation 219 In, lighting apparatus 200 arranges the light of lighting apparatus 200 based on lamp set information.
Fig. 3 illustrates the block diagram of the electronic equipment according to disclosure embodiment.
With reference to Fig. 3, control device 100 includes communication unit 301, display/input block 303, memory cell 305, controls Unit 307 and lamp administrative unit 309.
The radio signal that communication unit 301 is processed into transmission and receives the data being inputted by antenna and exporting.For example, In the transmission, communication unit 301 to channel coding, carry out radio frequency (RF) and process and transmit data to be transmitted.In the reception, The radiofrequency signal being received is converted into baseband signal and by baseband signal is carried out with channel-decoding by communication unit 301 Recover data.In addition to those exemplary functions, communication unit 301 also can be to multiple lighting apparatus transmission request transmission lighting apparatus Facility information and RSSI information in the message of at least one.Communication unit 301 can receive lighting apparatus from multiple lighting apparatus Facility information and at least one of RSSI information.Facility information may include the model name of lighting apparatus, output color, color At least one of gentle watt.RSSI information may include at least one other lighting apparatus being measured by lighting apparatus RSSI.Communication unit 301 can transmit brightness, light output time and the light face for controlling lighting apparatus to multiple lighting apparatus At least one message in color.
According to disclosure embodiment, communication unit 301 may include RSSI receiver (not shown).RSSI receiver is (not Illustrate) from multiple lighting apparatus receipt signals and the RSSI of received signal can be measured.
Display/input block 303 may include at least one of touch-screen, voice output unit and printer, wherein tactile Touch screen for providing input/output interface between electronic equipment and user, voice output unit is used for exporting voice signal, Printer is used for printed document or object.Display/input block 303 is divided into touch-screen, voice output unit and beats Print machine.Display/input block 303 can provide the interface carrying out touch input/output for user.More specifically, show/defeated Enter unit 303 to may act as forwarding user's touch input and for showing the defeated of electronic equipment to user to electronic equipment The medium going out.Display/input block 303 can provide visible output to user.For example, display/input block 303 exportable by The equipment drawing picture of the camera identification of electronic equipment.It can be seen that output may include text, figure, video and combinations thereof.Display/input is single Unit 303 can be using various Display Techniques.For example, display/input block 303 can apply liquid crystal display (LCD), light-emitting diodes Pipe (LED), light emitting polymer displays (LPD), Organic Light Emitting Diode (OLED), active matrix organic light-emitting diode Or Flexible light-emitting diodes (FLED) (AMOLED).The touch-screen of display/input block 303 is not restricted to show using those The touch-screen of technology.Touch-screen is divided into screen display unit and input unit.In addition to exemplary functions, display/input block 303 also can show multiple lighting apparatus according to the RSSI of signal.Display/input block 303 may also display for controlling at least one Individual lighting apparatus, the combined result of lighting apparatus, lamp icon, lamp title, lamp setting, at least one group series icon, at least one At least one of UI of group name and the setting of at least one group.Display/input block 303 can include lighting apparatus The floor plan in region on show the position of lighting apparatus.Display/input block 303 can utilize multiple lists, Duo Getu Mark, at least one of multiple project and combinations thereof are showing the recognition result of lighting apparatus.Display/input block 303 can be pressed Order according to identification lighting apparatus to show lighting apparatus.
Memory cell 305 stores the microcode of program processing for control unit 307 execution and controlling and various reference number According to.According to exemplary functions, memory cell 305 can at least one of storing device information and RSSI information, wherein facility information Including at least one of the model name of lighting apparatus, output color, colour temperature and watt, RSSI information is included by lighting apparatus Measurement, the RSSI of at least one other lighting apparatus.
Control unit 307 controls the operation of control device 100.For example, control unit 307 process and control voice communication and Data communication.In addition to exemplary functions, control unit 307 also can measure the RSSI of the signal receiving from lighting apparatus.Control single Unit 307 can RSSI based on the signal receiving from lighting apparatus, facility information and from the RSSI information that lighting apparatus receives At least one is combining at least one lighting apparatus.Control unit 307 can generate for controlling disappearing of at least one lighting apparatus Breath.
Fig. 4 illustrates the block diagram of the lighting apparatus according to disclosure embodiment.
With reference to Fig. 4, lighting apparatus 200 includes communication unit 401, output unit 403, memory cell 405, control unit 407 and RSSI information generating unit 409.
The radio signal that communication unit 401 is processed into transmission and receives the data being inputted by antenna and exporting.For example, In the transmission, communication unit 401 to channel coding, carry out radio frequency processing and transmit data to be transmitted.In the reception, communicate The radiofrequency signal being received is converted into baseband signal and to be recovered by carrying out channel-decoding to baseband signal by unit 401 Data.In addition to those exemplary functions, communication unit 401 also can receive request transmission lighting apparatus 200 from control device 100 The message of at least one of facility information and RSSI information.Communication unit 401 can pass to control device 100 according to request message At least one of transfer device information and RSSI information.Facility information may include the model name of lighting apparatus 200, output face At least one of color, colour temperature and watt.RSSI information may include and set by least one other illumination that lighting apparatus 200 measures Standby RSSI.Communication unit 401 can be from control device 100 receiving control message.
According to disclosure embodiment, communication unit 401 may include RSSI receiver (not shown).RSSI receiver is (not Illustrate) can be received thus measuring from least one of at least one other electronic equipment and control device 100 receipt signal Signal RSSI.
Output unit 403 refers to light output device.For example, light output unit 403 refers to light-emitting device.Output unit 403 can adopt various Display Techniques, for example, LCD, LED, LPD, OLED, AMOLED or FLED.Output unit 403 can basis RSSI output light from control device 100.
Memory cell 405 stores the microcode of program processing for control unit 407 execution and controlling and various reference number According to.According to exemplary functions, memory cell 405 can at least one of storing device information and RSSI information, wherein facility information Including at least one of the model name of lighting apparatus, output color, colour temperature and watt, RSSI information is included by lighting apparatus 200 measurements, the RSSI of at least one other lighting apparatus.
Control unit 407 controls the operation of lighting apparatus 200.For example, control unit 407 process and control voice communication and Data communication.In addition to exemplary functions.Control unit 407 also can measure the RSSI of the signal receiving from control device 100.Control Unit 407 can according to the control message receiving from control device 100 control the brightness of lighting apparatus 200, the light output time and At least one of light color.Control unit 407 can control light according to the RSSI of the signal receiving from control device 100 Degree.
The flow chart that Fig. 5 illustrates the electronic equipment according to disclosure embodiment.
With reference to Fig. 5, in operation 501, control device 100 measures the RSSI of the signal receiving from multiple lighting apparatus.Control Control equipment 100 can disappearing at least one of the facility information of lighting apparatus transmission request transmission lighting apparatus and RSSI information Breath.Control device 100 can receive at least one of facility information and RSSI information of lighting apparatus from lighting apparatus.Equipment is believed Breath may include at least one of model name, light output color, colour temperature and watt of lighting apparatus.RSSI information may include by Lighting apparatus measurement, the RSSI of at least one other lighting apparatus.Can RSSI based on the signal receiving from lighting apparatus, set At least one of standby information and the RSSI information from lighting apparatus reception are grouped at least one lighting apparatus.Control sets Standby 100 can generate the message for controlling at least one lighting apparatus.Control device 100 can transmit at least one lighting apparatus For controlling the message of at least one of brightness, light output time and the light color of lighting apparatus.
In operation 503, control device 100 shows lighting apparatus according to the RSSI of signal.Control device 100 may also display For controlling at least one lighting apparatus, the combined result of lighting apparatus, lamp icon, lamp title, lamp setting, at least one group At least one of UI that icon, at least one group name and at least one group set.Control device 100 can include shining The position of lighting apparatus is shown on the floor plan in the region of bright equipment.Control device 100 can utilize multiple lists, Duo Getu Mark, at least one of multiple project and combinations thereof are showing the recognition result of lighting apparatus.Control device 100 can be according to identification The order of lighting apparatus is showing lighting apparatus.
The flow chart that Fig. 6 illustrates the lighting apparatus according to disclosure embodiment.
With reference to Fig. 6, in operation 601, lighting apparatus 200 measures the RSSI of the signal receiving from control device 100.Illumination Equipment 200 can receive at least one of facility information and RSSI information of request transmission lighting apparatus 200 from control device 100 Message.According to request message, lighting apparatus 200 can in control device 100 transmission equipment information and RSSI information at least One.Facility information may include at least one of the model name of lighting apparatus, output color, colour temperature and watt.RSSI believes Breath may include the RSSI of at least one other lighting apparatus being measured by lighting apparatus 200.
In operation 603, lighting apparatus 200 is according to RSSI output light.Lighting apparatus 200 can receive from Electronic Control 100 Control message.According to the control message receiving from control device 100, lighting apparatus 200 can control lighting apparatus 200 brightness, At least one of light output time and light color.Lighting apparatus 200 can be according to the RSSI of the signal receiving from control device 100 Control brightness.
Fig. 7 illustrate according to disclosure embodiment at control device from lighting apparatus receive signal measurement result.
With reference to Fig. 7, control device 100 can be with predetermined period from the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4 Receive arbitrary signal.Control device 100 can be based on appointing of receiving from the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4 Meaning signal determines the RSSI of the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4.The unit of RSSI be (-) dBm.For example, Control device 100 can determine that the RSSI of the arbitrary signal receiving from the first lighting apparatus 200-1 is -3dBm.Control device 100 can Determine that the RSSI of the arbitrary signal receiving from the second lighting apparatus 200-2 is -7dBm.Control device 100 can determine that from the 3rd photograph The RSSI of the arbitrary signal that bright equipment 200-3 receives is -5dBm.Control device 100 can determine that and connects from the 4th lighting apparatus 200-4 The RSSI of the arbitrary signal received is -22dBm.
Fig. 8 A and Fig. 8 B illustrates according to the signal flow graph between disclosure embodiment control device and lighting apparatus.
Reference picture 8A, in operation 801, control device 100 enters lamp and sets pattern.Afterwards, control device is to the first photograph Bright equipment 200-1 transmission notice lamp sets the message that pattern enters.
In operation 803, the first lighting apparatus 200-1 receives from control device 100 and notifies lamp to set disappearing of pattern entrance Breath.
The message that lamp sets pattern entrance is notified to may include disappearing of the first lamp information of request the first lighting apparatus 200-1 Breath.For example, the first lamp information may include in the model name of the first lighting apparatus 200-1, output color, colour temperature and watt extremely Few one.According to disclosure embodiment, the message that lamp sets pattern entrance is notified to may not include disappearing of request the first lamp information Breath.For example, control device 100 can be in the forward pass setting the message that pattern enters to the first lighting apparatus 200-1 transmission notice lamp The message of defeated request the first lamp information.Alternately, control device 100 can be to the first lighting apparatus 200-1 transmission notice lamp The message of transmission request the first lamp information after the message that setting pattern enters.For example, control device 100 transmission request the first lamp The time of the message of information can be different.
First lighting apparatus 200-1 can receive arbitrary signal with predetermined period from control device 100.Arbitrary signal instruction supplies First lighting apparatus 200-1 measurement is from the signal of the RSSI of control device 100.For example, control device 100 can be with predetermined period Transmit arbitrary signal to the first lighting apparatus 200-1 so that the first lighting apparatus 200-1 can measure from control signal 100 RSSI.
In operation 805, the first lighting apparatus 200-1 measures the RSSI of arbitrary signal.In operation 807, the first illumination Equipment 200-1 automatically controls the brightness of the first lighting apparatus 200-1 based on RSSI.First lighting apparatus 200-1 can be based on RSSI and default RSSI threshold value automatically control brightness.RSSI by the first lighting apparatus 200-1 measurement can be according to control device 100 motion and change.For example, can be according to control device 100 and the first illumination by the RSSI of the first lighting apparatus 200-1 measurement The distance between equipment 200-1 changes and changes.Therefore, the first lighting apparatus 200-1 can motion root based on control device 100 To control enhancing according to preset standard or to weaken brightness.
In operation 809, the first lighting apparatus 200-1 can transmit the first lamp information to control device 100.Control device 100 can receive arbitrary signal with predetermined period from the first lighting apparatus 200-1.Arbitrary signal instruction measures for control device 100 Signal from the RSSI of the first lighting apparatus 200-1.For example, the first lighting apparatus 200-1 can be set to control with predetermined period Standby 100 transmission arbitrary signals are so that control device 100 can measure the RSSI from the first lighting apparatus 200-1.
In operation 811, control device 100 can measure RSSI based on arbitrary signal.In operation 813, control device 100 Based on RSSI display lamp.For example, control device 100 can set UI by display lamp in the screen display unit of control device 100.Lamp Set UI and refer to the user interface for controlling the first lighting apparatus 200-1.For example, control device 100 can be in control device 100 Screen display unit on show icon corresponding with the first lighting apparatus 200-1.
In operation 815, control device 100 can be set by signal generation first illumination that lamp sets UI input according to user The first lamp set information of standby 200-1.In operation 817, control device 100 transmits the first lamp to the first lighting apparatus 200-1 Set information.In operation 819, the first lighting apparatus 200-1 is based on the first lamp set information and sets the first lighting apparatus 200-1 Light.
Reference picture 8B, control device 100 can control lighting apparatus 200-1 to 200-4.For example, in operation 819, control Equipment 100 enters lamp and sets pattern.In operation 821, control device 100 sets to the first lighting apparatus 200-1 transmission notice lamp The message that mould-fixed enters.In operation 823, control device 100 sets pattern to the second lighting apparatus 200-2 transmission notice lamp The message entering.
The message that lamp sets pattern entrance is notified to may include the message of the information of request the first lighting apparatus 200-1.For example, The message that lamp sets pattern entrance is notified to may include the message of the information of request the second lighting apparatus 200-2.
For example, the information of the first lighting apparatus 200-1 may include the model name of the first lighting apparatus 200-1, output face At least one of color, colour temperature and watt.The information of the second lighting apparatus 200-2 may include the type of the second lighting apparatus 200-2 At least one of number title, output color, colour temperature and watt.
According to disclosure embodiment, the message that lamp sets pattern entrance is notified to may not include request the first lighting apparatus The message of the information of 200-1 or the second lighting apparatus 200-2.For example, control device 100 can be to the first lighting apparatus 200-1 Transmission notice lamp transmits the message of the information of request the first lighting apparatus 200-1 before setting the message that pattern enters.Alternative Ground, control device 100 can transmission request after setting, to the first lighting apparatus 200-1 transmission notice lamp, the message that pattern enters The message of the information of the first lighting apparatus 200-1.For example, the information of control device 100 transmission request the first lighting apparatus 200-1 Time of message can be different.Similarly, the message of information of the second lighting apparatus 200-2 is asked in control device 100 transmission Time can be different.
First lighting apparatus 200-1 and the second lighting apparatus 200-2 can be received arbitrarily from control device 100 with predetermined period Signal.Arbitrary signal instruction is for the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement from control device 100 The signal of RSSI.For example, control device 100 can be with predetermined period to the first lighting apparatus 200-1 and the second lighting apparatus 200-2 Transmission arbitrary signal is so that the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can measure from control signal 100 RSSI.
In operation 825 and operation 827, the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement arbitrary signal RSSI.In operation 829, the first lighting apparatus 200-1 automatically controls the light of the first lighting apparatus 200-1 based on RSSI Degree.In operation 831, the second lighting apparatus 200-2 automatically controls the brightness of the second lighting apparatus 200-2 based on RSSI.
First lighting apparatus 200-1 and the second lighting apparatus 200-2 can automatically control according to RSSI and default RSSI threshold value Their brightness.RSSI by the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement can be according to control device 100 motion and change.For example, the RSSI by the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement can be according to control The distance between control equipment 100 and the first lighting apparatus 200-1, control device 100 and the second lighting apparatus 200-2 change and become Change.Therefore, the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can be marked with according to pre- in the motion based on control device 100 Accurate control strengthens or weakens brightness.
In operation 833, the first lighting apparatus 200-1 transmits the first of the first lighting apparatus 200-1 to control device 100 Lamp information.In operation 835, the second lighting apparatus 200-2 transmits the second of the second lighting apparatus 200-2 to control device 100 Lamp information.
Control device 100 can be received arbitrarily from the first lighting apparatus 200-1 and the second lighting apparatus 200-2 with predetermined period Signal.Arbitrary signal instruction is for control device 100 measurement from the first lighting apparatus 200-1's and the second lighting apparatus 200-2 The signal of RSSI.For example, the first lighting apparatus 200-1 can transmit arbitrary signal to control device 100 so that controlling with predetermined period Control equipment 100 can measure the RSSI from the first lighting apparatus 200-1.Second lighting apparatus 200-2 can with predetermined period to Control device 100 transmission arbitrary signal is so that control device 100 can measure the RSSI from the second lighting apparatus 200-2.
In operation 837, control device 100 can measure RSSI based on arbitrary signal.In operation 839, control device 100 Can based on RSSI in the screen display unit of control device 100 display lamp set UI.Lamp sets UI and refers to for controlling first The lighting apparatus 200-1 and UI of the second lighting apparatus 200-2.
In operation 841, control device 100 can be set by signal generation first illumination that lamp sets UI input according to user The first lamp set information of standby 200-1.Control device 100 can be shone by the signal generation second that lamp sets UI input according to user The second lamp set information of bright equipment 200-2.
In operation 843, control device 100 transmits the first lamp set information to the first lighting apparatus 200-1.In operation In 845, control device 100 transmits the second lamp set information to the second lighting apparatus 200-2.
In operation 847, the first lighting apparatus 200-1 is based on the first lamp set information and sets the first lighting apparatus 200-1 Light.In operation 849, the second lighting apparatus 200-2 sets the second lighting apparatus 200-2's based on the second lamp set information Light.
In Fig. 8 A and Fig. 8 B, illustrate two lighting apparatus 200-1 and 200-2 to understand.Respectively implemented according to the disclosure Mode, the quantity of lighting apparatus can exceed three.
Fig. 9 is the flow chart of the control device according to disclosure embodiment.
With reference to Fig. 9, in operation 901, control device 100 enters lamp and sets pattern.In operation 903, control device 100 Set the message that pattern enters at least one lighting apparatus transmission notice lamp.
In operation 905, control device 100 transmits the message of request lamp information at least one lighting apparatus.Notify lamp The message that setting pattern enters may include the message of request lamp information.Control device 100 transmission request lamp information message when Between can be different.
In operation 907, control device 100 receives lamp information from least one lighting apparatus.Lamp information may include transmission At least one of the model name of at least one lighting apparatus of lamp information, output color, colour temperature and watt.
In operation 909, control device 100 measures RSSI.Control device 100 can be shone from least one with predetermined period Bright equipment receives arbitrary signal.Arbitrary signal refers to for measurement in control device 100 from least one lighting apparatus The signal of RSSI.For example, at least one lighting apparatus can with predetermined period to control device 100 transmit arbitrary signal so that Control device 100 can measure the RSSI from least one lighting apparatus.
Operation 911 in, control device 100 can based on RSSI show in the screen display unit of control device 100 to A few lamp.For example, control device 100 can set UI by display lamp in the screen display unit of control device 100.Lamp sets UI Refer to the UI for controlling at least one lighting apparatus.
In operation 913, control device 100 can set at least one photograph of signal generation of UI input according to user by lamp The lamp set information of bright equipment.
In operation 915, control device 100 transmits lamp set information at least one lighting apparatus.In operation 917, Control device 100 determines whether the setting of at least one lighting apparatus completes.Control device 100 can be set by lamp based on user The signal of UI input determines whether the setting of at least one lighting apparatus completes.When the setting of at least one lighting apparatus completes When, control device 100 can set, at least one lighting apparatus transmission notice, the message terminating.
When at least one lighting apparatus is when being configured without completing, control device 100 returns operation 911.
Figure 10 is the flow chart of the lighting apparatus according to disclosure embodiment.
With reference to Figure 10, in operation 1001, lighting apparatus 200 receives and notifies lamp to set the information that pattern enters.Entering After lamp setting pattern, control device 100 can transmit message to lighting apparatus 200.
In operation 1003, lighting apparatus 200 measurement is from the RSSI of control device 100.Lighting apparatus 200 can be with pre- If the cycle receives arbitrary signal from control device 100.Arbitrary signal is that confession under directions lighting apparatus 200 measurement is derived from control device 100 RSSI signal.For example, control device 100 can transmit arbitrary signal to lighting apparatus 200 so that illuminating with predetermined period Equipment 200 can measure the RSSI from control signal 100.
In operation 1005, lighting apparatus 200 automatically controls the brightness of lighting apparatus 200.Lighting apparatus 200 can be based on RSSI automatically controls brightness.For example, lighting apparatus 200 can automatically control brightness according to RSSI and default RSSI threshold value.By The RSSI of lighting apparatus 200 measurement can change according to the motion of control device 100.For example, measured by lighting apparatus 200 RSSI can change according to the change of the distance between control device 100 and lighting apparatus 200.Therefore, lighting apparatus 200 can be based on The motion of control device 100 controls according to default standard and strengthens or weaken brightness.
In operation 1007, lighting apparatus 200 receives the message of the lamp information of request lighting apparatus 200.Lamp is notified to set The message that pattern enters may include the message of request lamp information.
According to embodiment of the present disclosure, lighting apparatus 200 can be before receiving the message notifying lamp to set pattern entrance Receive the message of request lamp information.For example, the time of the message of lighting apparatus 200 reception request lamp information can be different.
In operation 1009, lighting apparatus 200 transmits lamp information to control device 100.Lamp information may include lighting apparatus At least one of 200 model name, output color, colour temperature and watt.
In operation 1011, lighting apparatus 200 determines whether lamp set information is received.Lamp set information refers to that illumination sets Standby 200 set information being generated by control device 100.
After receiving lamp set information, in operation 1013, lighting apparatus 200 is based on lamp set information and sets lamp.
In operation 1015, lighting apparatus 200 determines whether the setting of lighting apparatus 200 completes.Lighting apparatus 200 can be from Control device 100 receives the message setting end notifying lighting apparatus 200.Terminated based on the setting notifying lighting apparatus 200 Message, lighting apparatus 200 can determine that whether the setting of lighting apparatus 200 completes.
At the end of being configured without, lighting apparatus 200 returns to operation 1011.
Figure 11 A and Figure 11 B illustrates the RSSI letter receiving at control device according to disclosure embodiment from lighting apparatus Breath.
Reference picture 11A, lighting apparatus 200-1 to 200-4 can receive restriction signal.Lighting apparatus 200-1 to 200-4 can survey Amount limits the RSSI of signal.For example, the first lighting apparatus 200-1 can be by measurement from the second lighting apparatus 200-2, the 3rd illumination The RSSI of the signal that equipment 200-3 and the 4th lighting apparatus 200-4 receive is generating RSSI information.RSSI can be according to surrounding environment And change.For example, in the case of having ambient noise, RSSI may be frequently changed because of noise.Therefore, lighting apparatus 200-1 to 200-4 can generate RSSI information by the RSSI of a certain scope is converted into default typical value.For example, -5dBm and Value between 0dBm is convertible into 1, and -10dBm and -5dBm value below are convertible into 2.For example, the first lighting apparatus 200-1 RSSI information is shown in Table 1.
Table 1
Measurement object Second lamp 3rd lamp 4th lamp
RSSI 1 1 4
For example, the RSSI information of the second lighting apparatus 200-2 is shown in Table 2.
Table 2
Measurement object Second lamp 3rd lamp 4th lamp
RSSI 1 1 3.5
For example, the RSSI information of the 3rd lighting apparatus 200-3 is shown in Table 3.
Table 3
Measurement object Second lamp 3rd lamp 4th lamp
RSSI 1 3 4
For example, the RSSI information of the 4th lighting apparatus 200-4 is shown in Table 4.
Table 4
Measurement object Second lamp 3rd lamp 4th lamp
RSSI 4 3.5 3
Lighting apparatus 200-1 to 200-4 can generate described RSSI information, receive request RSSI information from control device 100 Message and to control device 100 transmit RSSI information.
Control device 100 can receive RSSI information from lighting apparatus 200-1 to 200-4 and generate the number integrating RSSI information According to.For example, the data through integrating is shown in Table 5.
Table 5
First lamp Second lamp 3rd lamp 4th lamp
First lamp - 1 1 4
Second lamp 1 - 1 3.5
3rd lamp 1 1 - 3
4th lamp 4 3.5 3 -
Control device 100 can control and combination lighting equipment 200-1 to 200-4 according to the RSSI information through integrating.RSSI Information can be generated as table.For example, control device 100 can be believed from the RSSI that lighting apparatus 200-1 to 200-4 receives according to being integrated with Breath data, by have among lighting apparatus 200-1 to 200-4 the RSSI value of information " 1 " the first lighting apparatus 200-1, second Lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 group form a group.
According to disclosure embodiment, control device 100 can be according to lighting apparatus 200-1 to 200-4 by control device The RSSI value of 100 measurements carrys out combination lighting equipment 200-1 to 200-4.For example, control device 100 can be in the point of control device 100 Place receives predetermined signals from lighting apparatus 200-1 to 200-4, thus the letter that detection receives from lighting apparatus 200-1 to 200-4 Number RSSI value.For example, according to the RSSI value being detected, control device 100 can will be located among lighting apparatus 200-1 to 200-4 Lighting apparatus in short range is combined as a group.For example, according to the RSSI value being detected, control device 100 can be true Fixed first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 are close to each other, the 4th lighting apparatus 200-54 not close to the first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3, therefore by first Lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 are combined into a group.
According to disclosure embodiment, control device 100 can change the mark for combination lighting equipment 200-1 to 200-4 Accurate.For example, control device 100 can from lighting apparatus 200-1 to 200-4 receive includes model name, export color, colour temperature and watt The facility information of at least one of spy.Control device 100 can according to the facility information combination lighting equipment 200-1 being received extremely 200-4.For example, model name identical lighting apparatus among lighting apparatus 200-1 to 200-4 can be combined by control device 100 Become a group.The lighting apparatus among lighting apparatus 200-1 to 200-4 with identical watt can be combined by control device 100 For a group.
According to embodiment of the present disclosure, control device 100 can be according at least one of the following come combination lighting equipment 200-1 to 200-4：The RSSI value receiving from lighting apparatus 200-1 to 200-4 of lighting apparatus 200-1 to 200-4；By illuminating The RSSI information that equipment 200-1 to 200-4 generates；The RSSI information being generated by lighting apparatus 200-1 to 200-4 being received Integral data；And the facility information from lighting apparatus 200-1 to 200-4 reception.
Lighting apparatus 200-1 to 200-4 can make the light apart near place for the control device 100 apart dimmed, and makes phase Brighten apart from the light in remote place away from control device 100.For example, lighting apparatus 200-1 to 200-4 can be according to from control device The signal of 100 receptions is based on RSSI value and controls brightness.For example, lighting apparatus 200-1 to 200-4 can be according to from control device The signal of 100 receptions controls its brightness based on the value representing RSSI value value range.For example, lighting apparatus 200-1 to 200-4 Can determine that typical value corresponding with the RSSI value from 1 to 5, when the RSSI value of the signal measurement from the control device 100 being received Scope belongs to when 1 output half-light and defeated when the RSSI value scope of the signal measurement from the control device 100 being received belongs to 5 Go out light.For example, lighting apparatus 200-1 to 200-4 can determine that：When RSSI value scope between -5dBm and 0dBm epoch tabular value For 1；When RSSI value scope, between -10dBm and -5dBm, epoch tabular value is 2；When RSSI value scope -15dBm and -10dBm it Between epoch tabular value be 3.Can set by lighting apparatus 200-1 to 200-4 measurement RSSI value typical value and with this representative It is worth corresponding brightness.Typical value according to RSSI value scope and brightness corresponding with this typical value are shown in Table 6.
Table 6
Measured value Typical value Brightness
0～-5 1 1 (the darkest)
- 5～-10 2 2 (dark)
- 10～-15 3 3 (intermediate lights)
- 15～-20 4 4 (becoming clear)
- 20～-25 5 5 (the brightest)
For example, when control device 100 drops to below -10dBm simultaneously by the RSSI value that the second lighting apparatus 200-2 measures When exceeding -15dBm, the second lighting apparatus 200-2 can carry out output light with brightness corresponding with typical value " 3 ".For example, work as basis The signal receiving from control device 100 by the RSSI value that the 4th lighting apparatus 200-4 measures drop to below -20dBm exceeding - During 25dBm, the 4th lighting apparatus 200-4 can be with brightness output light corresponding with typical value " 5 ".User can obtain brightness And determine the distance between lighting apparatus 200-1 to 200-4 and user.User can will be based on this distance in control device The lighting apparatus 200-1 to 200-4 listing in 100 and showing is mated with the brightness of lighting apparatus 200-1 to 200-4, thus Intuitively shown lighting apparatus in identification control device 100.
The brightness that RSSI value according to control device is measured by least one of lighting apparatus 200-1 to 200-4 can Differently controlled.For example, when RSSI value drops to below threshold value, at least one lighting apparatus can brighten.On the contrary, work as control When exceeding threshold value by the RSSI value that at least one lighting apparatus measures of equipment, at least one lighting apparatus can make light dimmed.Example As the light near control device can brighten, and the light away from control device can be dimmed.
According to embodiment of the present disclosure, RSSI value scope typical value corresponding with RSSI value scope and and typical value Corresponding brightness can change.The quantity of lighting apparatus 200-1 to 200-4 can change.
Reference picture 11B, the 4th lighting apparatus 200-4 can be positioned on outside the communication range of control device 100.4th illumination Equipment 200-4 can transmit its RSSI information at least one of its communication range other lighting apparatus.For example, the 4th illumination sets Standby 200-4 can be positioned on the first lighting apparatus 200-1, the communication model of the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 In enclosing.4th lighting apparatus 200-4 can be to the first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus At least one of 200-3 transmits its RSSI information.For example, the 4th lighting apparatus 200-4 can pass to the 3rd lighting apparatus 200-3 Its RSSI information defeated.3rd lighting apparatus 200-3 can forward its RSSI information and the 4th lighting apparatus to control device 100 The RSSI information of 200-4.
Still reference picture 11B, control device 100 can receive the 4th lighting apparatus 200-4 by the 3rd lighting apparatus 200-3 RSSI information.For example, control device 100 and the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4 can build short range and lead to Letter net.Short-haul connections net can be described as BLE net.Short-haul connections net refers to each include short-range communications module in the middle of multiple electronic equipments Communication network.For example, the first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 can be at In the communication range of control device 100.Then, the 4th lighting apparatus 200-4 is in the first lighting apparatus 200-1, the second illumination In the communication range of equipment 200-2 and the 3rd lighting apparatus 200-3, but it is in outside the communication range of control device 100.Control Control equipment 100 and the 4th lighting apparatus 200-4 can be communicated with one another using short-haul connections net.For example, control device 100 can be logical at it The message specified to the 3rd lighting apparatus 200-3 transmission for the 4th lighting apparatus 200-4 in letter scope.3rd lighting apparatus 200-3 can forward, to the 4th lighting apparatus 200-4, the message receiving from control device 100.Similarly, the 4th lighting apparatus 200- 4 response messages that can be transmitted through the message that the 3rd lighting apparatus 200-3 receives to the 3rd lighting apparatus 200-3.3rd illumination Equipment 200-3 can be to control device 100 transmitted response message.
For example, the 3rd lighting apparatus 200-3 can forward, to control device 100, the receiving from the 4th lighting apparatus 200-4 The RSSI information of four lighting apparatus 200-4.That is, control device 100 can be received by the 3rd lighting apparatus 200-3 being in The RSSI information of the 4th lighting apparatus 200-4 outside its communication range.
Figure 12 A, Figure 12 B and Figure 12 C are according to the signal between embodiment of the present disclosure control device and lighting apparatus Flow graph.
Reference picture 12A, in operation 1201, control device 100 enters lamp and sets pattern.Afterwards, control device 100 is to One lighting apparatus 200-1 transmission notice lamp sets the message that pattern enters.
In operation 1203, the first lighting apparatus 200-1 receives from control device 100 and notifies lamp to set disappearing of pattern entrance Breath.
First lighting apparatus 200-1 can receive arbitrary signal with predetermined period from control device 100.Arbitrary signal refers to It is derived from the signal of the RSSI of control device 100 for the first lighting apparatus 200-1 measurement.For example, control device 100 can be with default Cycle transmits arbitrary signal so that the first lighting apparatus 200-1 can measure from control signal to the first lighting apparatus 200-1 100 RSSI.
In action 1205, the first lighting apparatus 200-1 measures the RSSI of arbitrary signal.In operation 1207, the first photograph Bright equipment 200-1 automatically controls the brightness of the first lighting apparatus 200-1 based on RSSI.First lighting apparatus 200-1 can basis RSSI and default RSSI threshold value automatically control brightness.RSSI by the first lighting apparatus 200-1 measurement can be according to control device 100 motion and change.For example, can be according to control device 100 and the first illumination by the RSSI of the first lighting apparatus 200-1 measurement The distance between equipment 200-1 changes and changes.Therefore, the first lighting apparatus 200-1 can motion root based on control device 100 Control according to preset standard and strengthen or weaken brightness.
In operation 1203, notify the message that lamp sets pattern entrance to may include request and given birth to by the first lighting apparatus 200-1 The RSSI information becoming and the message of the first lamp information of the first lighting apparatus 200-1.According to embodiment of the present disclosure, Notify the message that lamp sets pattern entrance can not include asking the message of a RSSI information and the first lamp information.For example, control Control equipment 100 can transmit request first before setting, to the first lighting apparatus 200-1 transmission notice lamp, the message that pattern enters RSSI information and the message of the first lamp information.Alternatively, control device 100 can be to the first lighting apparatus 200-1 transmission notice Lamp sets the message of transmission request the first RSSI information and the first lamp information after the message that pattern enters.For example, control device The time of the message of 100 transmission request the first RSSI information and the first lamp information can be different.
In operation 1209, the first lighting apparatus 200-1 transmits a RSSI information and the first lamp letter to control device 100 Breath.
Operation 1211 in, control device 100 can based on a RSSI information control device 100 screen display unit Upper display lamp sets UI.Lamp sets UI and refers to the UI for controlling the first lighting apparatus 200-1.
In operation 1213, control device 100 can be illuminated by the signal generation first that lamp sets UI input according to user The first lamp set information of equipment 200-1.In operation 1215, control device 100 transmits first to the first lighting apparatus 200-1 Lamp set information.In operation 1217, the first lighting apparatus 200-1 is based on the first lamp set information and sets the first lighting apparatus The light of 200-1.
Reference picture 12B, control device 100 can control lighting apparatus 200-1 to 200-4.For example, in operation 1219, control Control equipment 100 enters lamp and sets pattern.In operation 1221, control device 100 is to the first lighting apparatus 200-1 transmission notice lamp The message that setting pattern enters.In operation 1223, control device 100 sets to the second lighting apparatus 200-2 transmission notice lamp The message that pattern enters.
First lighting apparatus 200-1 and the second lighting apparatus 200-2 can be received from control device 100 with predetermined period and appoint Meaning signal.Arbitrary signal is that confession under directions the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement is derived from control device 100 RSSI signal.For example, control device 100 can be with predetermined period to the first lighting apparatus 200-1 and the second lighting apparatus 200-2 transmission arbitrary signal is so that the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can measure from control signal 100 RSSI.
In operation 1225 and operation 1227, the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement is arbitrarily believed Number RSSI.In operation 1229, the first lighting apparatus 200-1 automatically controls the light of the first lighting apparatus 200-1 based on RSSI Brightness.In operation 1231, the second lighting apparatus 200-2 automatically controls the brightness of the second lighting apparatus 200-2 based on RSSI.
First lighting apparatus 200-1 and the second lighting apparatus 200-2 can automatically control according to RSSI and default RSSI threshold value Its brightness.RSSI by the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement can be according to control device 100 Move and change.For example, can be set according to control by the RSSI of the first lighting apparatus 200-1 and the second lighting apparatus 200-2 measurement Standby 100 are changed with the distance between the first lighting apparatus 200-1 and control device 100 and second lighting apparatus 200-2 and become Change.Therefore, the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can be marked with according to pre- in the motion based on control device 100 Accurate control strengthens or weakens brightness.
The message that lamp sets pattern entrance is notified to may include what request was generated by the first lighting apparatus 200-1 in operation 1221 The message of the second lamp information of the first RSSI information and the first lighting apparatus 200-1.Lamp is notified to set pattern in operation 1223 The message entering may include the 2nd RSSI information asking to be generated by the second lighting apparatus 200-2 and the second lighting apparatus 200- The message of 2 the second lamp information.
According to embodiment of the present disclosure, operate the message notifying lamp to set pattern entrance in 1221 can not include asking First RSSI information and the message of the first lamp information.Notifying the message that lamp sets pattern entrance not include in operation 1223 please Seek the message of the second lamp information.
For example, control device 100 may be in operating in 1221 and sets pattern to the first lighting apparatus 200-1 transmission notice lamp The message of transmission request the first RSSI information and the first lamp information before the message entering.Control device 100 may be in operating Transmission request the 2nd RSSI information before setting, to the second lighting apparatus 200-2 transmission notice lamp, the message that pattern enters in 1223 Message with the second lamp information.
Alternatively, control device 100 may be in operating in 1221 and sets mould to the first lighting apparatus 200-1 transmission notice lamp The message of transmission request the first RSSI information and the first lamp information after the message that formula enters.Control device 100 may be in operating Transmission request the 2nd RSSI information after setting, to the second lighting apparatus 200-2 transmission notice lamp, the message that pattern enters in 1223 Message with the second lamp information.
For example, the time of the message of control device 100 transmission request the first RSSI information and the first lamp information can be different. Similarly, the time of the message of control device 100 transmission request the 2nd RSSI information and the second lamp information can be different.
In operation 1233, the first lighting apparatus 200-1 transmits a RSSI information and the first lamp letter to control device 100 Breath.In operation 1235, the second lighting apparatus 200-2 transmits the 2nd RSSI information and the second lamp information to control device 100.Example Information as, the first lighting apparatus 200-1 may include the model name of the first lighting apparatus 200-1, output color, colour temperature and watt At least one of spy.The information of the second lighting apparatus 200-2 may include the model name of the second lighting apparatus 200-2, output At least one of color, colour temperature and watt.
Control device 100 can be based at least one of a RSSI information and the 2nd RSSI information in control device 100 Screen display unit on display lamp set UI.Lamp sets UI and refers to for controlling the first lighting apparatus 200-1 and second illumination The UI of equipment 200-2.
For example, operation 1237 in, control device 100 can based in a RSSI information and the 2nd RSSI information at least Arrange in screen display unit and display and the first lighting apparatus 200-1 and the corresponding figure of the second lighting apparatus 200-1 for one Mark.For example, control device 100 can determine control device based at least one of a RSSI information and the 2nd RSSI information 100 and first the distance between the lighting apparatus 200-1.In addition, control device 100 can be based on a RSSI information and the 2nd RSSI At least one of information determines the distance between control device 100 and the second lighting apparatus 200-2.Control device 100 can be pressed The ascending order arrangement of the distance away from control device 100 for the photograph and display and the first lighting apparatus 200-1 and the second lighting apparatus 200-1 Corresponding icon.
In operation 1239, control device 100 can be illuminated by the signal generation first that lamp sets UI input according to user The first lamp set information of equipment 200-1.Control device 100 can set the signal generation second of UI input according to user by lamp The second lamp set information of lighting apparatus 200-2.
In operation 1241, control device 100 transmits the first lamp set information to the first lighting apparatus 200-1.In operation In 1243, control device 100 transmits the second lamp set information to the second lighting apparatus 200-2.
In operation 1245, the first lighting apparatus 200-1 is based on the first lamp set information and sets the first lighting apparatus 200-1 Light.In operation 1247, the second lighting apparatus 200-2 sets the second lighting apparatus 200-2's based on the second lamp set information Light.
Reference picture 12C, control device 100 can be by the first lighting apparatus 200-1 to the second lighting apparatus 200-2 transmission letter Number and from the second lighting apparatus 200-2 receipt signal.For example, the second lighting apparatus 200-2 can be located at the logical of control device 100 Outside letter scope.First lighting apparatus 200-1 can be in control device 100 and the communication range of the second lighting apparatus 200-2.
In operation 1219, control device 100 enters lamp and sets pattern.In operation 1221, control device 100 is to first Lighting apparatus 200-1 transmission notice lamp sets the message that pattern enters.In operation 1223, the first lighting apparatus 200-1 is to the Two lighting apparatus 200-2 forward the message receiving from control device 100.
First lighting apparatus 200-1 can receive arbitrary signal with predetermined period from control device 100.Arbitrary signal refers to It is derived from the signal of the RSSI of control device 100 for the first lighting apparatus 200-1 measurement.For example, control device 100 can be with default Cycle transmits arbitrary signal so that the first lighting apparatus 200-1 can measure from control signal to the first lighting apparatus 200-1 100 RSSI.
In operation 1225 and 1227, the first lighting apparatus 200-1 and each measurement of the second lighting apparatus 200-2 are arbitrarily believed Number RSSI.In operation 1229, the first lighting apparatus 200-1 automatically controls its brightness based on RSSI.First lighting apparatus 200-1 can automatically control its brightness according to RSSI and default RSSI threshold value.RSSI by the first lighting apparatus 200-1 measurement can Motion according to control device 100 and change.That is, the RSSI by the first lighting apparatus 200-1 measurement can be according to control Equipment 100 is changed with the change of the distance between the first lighting apparatus 200-1.Therefore, the first lighting apparatus 200-1 can be based on The motion of control device 100 controls according to preset standard and strengthens or weaken its brightness.
In operation 1231, the second lighting apparatus 200-2 sets according to the notice control receiving from the first lighting apparatus 200-1 Standby 100 lamp sets the message that pattern enters, and automatically controls its brightness based on RSSI.From the first lighting apparatus 200-1 It is not that after control device 100 receives the message notifying lamp to set pattern entrance, the second lighting apparatus 200-2 can determine that it in control Outside the communication range of control equipment 100.Outside notifying to be in the communication range of control device 100, the second lighting apparatus 200-2 can not output light or make optical flare.
Notify the message that lamp sets pattern entrance to may include request in operation 1221 to be generated by the first lighting apparatus 200-1 A RSSI information and the first lighting apparatus 200-1 the first lamp information message.Lamp is notified to set in operation 1223 The message that pattern enters may include the 2nd RSSI information asking to be generated by the second lighting apparatus 200-2 and the second lighting apparatus The message of the second lamp information of 200-2.
According to disclosure further embodiment, the message that lamp sets pattern entrance is notified not wrap in operation 1221 Include the message of request the first RSSI information and the first lamp information.Notify the message that lamp setting pattern enters permissible in operation 1223 Do not include asking the message of the second lamp information.
For example, control device 100 may be in operating in 1221 and sets pattern to the first lighting apparatus 200-1 transmission notice lamp Before the message entering, the message of transmission request the first RSSI information and the first lamp information.Control device 100 may be in operating Before setting, to the second lighting apparatus 200-2 transmission notice lamp, the message that pattern enters in 1223, transmission request the 2nd RSSI letter Breath and the message of the second lamp information.
Alternatively, control device 100 may be in operating in 1221 and sets mould to the first lighting apparatus 200-1 transmission notice lamp After the message that formula enters, the message of transmission request the first RSSI information and the first lamp information.Control device 100 may be in operating After setting, to the second lighting apparatus 200-2 transmission notice lamp, the message that pattern enters in 1223, transmission request the 2nd RSSI letter Breath and the message of the second lamp information.
That is, the time of the message of control device 100 transmission request the first RSSI information and the first lamp information is permissible Change.Similarly, the message time of control device 100 transmission request the 2nd RSSI information and the second lamp information can change.
In operation 1233, the first lighting apparatus 200-1 transmits a RSSI information and the first lamp letter to control device 100 Breath.In operation 1235, the second lighting apparatus 200-2 transmits the 2nd RSSI information and the second lamp to the first lighting apparatus 200-1 Information.In operation 1237, the first lighting apparatus 200-1 forwards the 2nd RSSI information and the second lamp information to control device 100.
For example, the information of the first lighting apparatus 200-1 may include the model name of the first lighting apparatus 200-1, output face At least one of color, colour temperature and watt.The information of the second lighting apparatus 200-2 may include the type of the second lighting apparatus 200-2 At least one of number title, output color, colour temperature and watt.
In operation 1239, control device 100 can be based at least one of a RSSI information and the 2nd RSSI information On its display/input block 303, display lamp sets UI.Lamp sets UI and refers to for controlling the first lighting apparatus 200-1 and the The UI of two lighting apparatus 200-2.
For example, control device 100 can based at least one of a RSSI information and the 2nd RSSI information display/defeated Enter and arrange on unit 303 and display and the first lighting apparatus 200-1 and the corresponding icon of the second lighting apparatus 200-2.For example, control Control equipment 100 can determine control device 100 and the first photograph based at least one of a RSSI information and the 2nd RSSI information The distance between bright equipment 200-1.Additionally, control device 100 can based in a RSSI information and the 2nd RSSI information extremely Few one determines the distance between control device 100 and the second lighting apparatus 200-2.Control device 100 can be according at a distance of control The ascending order arrangement of the distance of equipment 100 and display and the first lighting apparatus 200-1 and the corresponding figure of the second lighting apparatus 200-2 Mark.
In operation 1241, control device 100 can be illuminated by the signal generation first that lamp sets UI input according to user The first lamp set information of equipment 200-1.Control device 100 can set the signal generation second of UI input according to user by lamp The second lamp set information of lighting apparatus 200-2.
In operation 1243, control device 100 transmits the first lamp set information and the second lamp to the first lighting apparatus 200-1 Set information.In operation 1245, the first lighting apparatus 200-1 forwards the second lamp set information to the second lighting apparatus 200-2.
In operation 1247, the first lighting apparatus 200-1 sets its light based on the first lamp set information.In operation 1249 In, the second lighting apparatus 200-2 sets its light based on the second lamp set information.
In Figure 12 B and Figure 12 C, in order to easy to understand, two lighting apparatus 200-1 and 200-2 are shown.According to the disclosure Each embodiment, the quantity of lighting apparatus can exceed three.
Control device 100 can determine that situation about setting for lamp group.Control device 100 can be received from user by UI Lamp group imposes a condition.For example, control device 100 can be by the UI bar that display lamp group sets on display/input block 303 Part project.The condition item that lamp group sets may include in the degree of approach, model name, output color, colour temperature and watt at least One.
In operation 1211, control device 100 generates group to be recommended.Control device 100 can confirm that user is selected by UI Ze Deng group imposes a condition at least one of project.
For example, when user selects degree of approach project, control device 100 can be close based at least one lighting apparatus Degree generates group to be recommended.For example, control device 100 can be based on the RSSI receiving from least one lighting apparatus or from least one The RSSI information that individual lighting apparatus receives determines the degree of approach.When user selects model name item, control device 100 can base Model name at least one lighting apparatus generates group's recommendation.For example, control device 100 can be set based at least one illumination Standby model name is combining at least one of same model title lighting apparatus.
For example, control device 100 can organize group as shown in table 7.
Table 7
For example, the model name of the model name of the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can be “ABC”.The model name of the model name of the 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200-4 can be " XYZ ".Control First lighting apparatus 200-1 and the second lighting apparatus 200-2 can be divided into the first group by control equipment 100.Control device 100 can 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200-4 is divided into the second group.
When user selects output light color project, control device 100 can output based at least one lighting apparatus Light color generates group to be recommended.For example, control device 100 can combine tool based on the output color of light of at least one lighting apparatus There is at least one lighting apparatus of same color light.
For example, control device 100 can organize group as shown in table 8.
Table 8
For example, the output color of the output color of the first lighting apparatus 200-1 and the second lighting apparatus 200-2 can be red Color.The output color of the output color of the 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200-4 can be blue.Control sets First lighting apparatus 200-1 and the second lighting apparatus 200-2 can be divided into the first group by standby 100.Control device 100 can be by Three lighting apparatus 200-3 and the 4th lighting apparatus 200-4 are divided into the second group.
When user selects colour temperature project, control device 100 colour temperature based at least one lighting apparatus can generate group Group is recommended.For example, control device 100 colour temperature based at least one lighting apparatus can have at least the one of identical colour temperature to combine Individual lighting apparatus.The unit of colour temperature can be absolute temperature (K).Control device 100 can determine that the scope of colour temperature with based on colour temperature At least one lighting apparatus is classified.For example, control device 100 can be classified to reference color temperature based on 1000K.For example, control Reference color temperature can be divided into 0K to 999K, 1000K to 1999K, 2000K to 2999K etc. by control equipment 100.Scope can be different Ground is divided.
For example, control device 100 can organize group as shown in table 9.
Table 9
For example, the colour temperature of the first lighting apparatus 200-1 can be 3000K and the colour temperature of the second lighting apparatus 200-2 is permissible It is 3500K.The colour temperature of the 3rd lighting apparatus 200-3 can be 7000K and the colour temperature of the 4th lighting apparatus 200-4 can be 7500K.Control device 100 can be by the first lighting apparatus 200-1 in the scope belonging to from 3000K to 3999K and second illumination Equipment 200-2 is divided into the first group.Control device 100 can be by the 3rd illumination in the scope belonging to from 7000K to 7999K Equipment 200-3 and the 4th lighting apparatus 200-4 is divided into the second group.
When user selects watt project, control device 100 can generate group by the watt based at least one lighting apparatus Group is recommended.For example, control device 100 can be combined based on the watt group of at least one lighting apparatus and have identical watt at least One lighting apparatus.
The unit of watt can be watt (W).Control device 100 can determine that the scope of watt with based on watt at least one Lighting apparatus is classified.For example, control device 100 can be classified to watt scope based on 10W.For example, control device 100 can be by watt Scope is divided into 0W to 9W, 10W to 19W, 20W to 29W etc..Scope can differently be divided.
For example, control device 100 can organize group as shown in table 10.
Table 10
For example, the watt of the first lighting apparatus 200-1 can be 25W and the watt of the second lighting apparatus 200-2 can be 30W.The watt of the 3rd lighting apparatus 200-3 can be 35W and the watt of the 4th lighting apparatus 200-4 can be 40W.Control sets First lighting apparatus 200-1 of the scope belonging to from 20W to 29W and the second lighting apparatus 200-2 can be divided into first by standby 100 Group.Control device 100 can be by the 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200- of the scope belonging to from 30W to 39W 4 are divided into the second group.
Figure 13 illustrates the flow chart according to disclosure embodiment control device.
With reference to Figure 13, in operation 1301, control device 100 enters lamp and sets pattern.Control device 100 can be at least one Individual lighting apparatus transmission notice lamp sets the message that pattern enters.
In operation 1303, control device 100 receives RSSI information and the facility information of at least one lighting apparatus.Control Equipment 100 can be to the message of at least one lighting apparatus transmitting request RSSI information and lighting apparatus information.Lighting apparatus information May include at least one of model name, light output color, colour temperature and watt of lighting apparatus.RSSI information may include at least The RSSI of one lighting apparatus.For example, RSSI information may include at least one lighting apparatus from least one other illumination The RSSI information that equipment receives.Control device 100 can receive RSSI information and lighting apparatus information from least one lighting apparatus. According to embodiment of the present disclosure, control device 100 can measure the RSSI of at least one lighting apparatus.
In operation 1305, control device 100 analyzes the RSSI information receiving from least one lighting apparatus.Control device 100 can analyze received RSSI information and obtain the distance between at least one lighting apparatus and control device 100.According to Embodiment of the present disclosure, control device 100 can obtain at least one according to the rssi measurement result of at least one lighting apparatus The distance between lighting apparatus and control device 100.
In operation 1307, control device 100 arranges at least one lighting apparatus.Control device 100 can be based on and be determined Distance controlling arrange in the display of control device 100 and show at least one lighting apparatus.For example, control device 100 Can arrange according to the ascending order of the distance at a distance of control device 100 in the UI of display and show at least one lighting apparatus.Example Arrange at least one lighting apparatus as, control device 100 can control, and control and show in the display including at least one icon List, at least one icon described indicates at least one lighting apparatus type and at least one lighting apparatus title.
According to embodiment of the present disclosure, control device 100 can be defeated according to the model name of at least one lighting apparatus, light Go out the control of at least one of color, colour temperature and watt to arrange in the display and show at least one lighting apparatus.
In operation 1309, the group that control device 100 determines whether to generate with regard at least one lighting apparatus is recommended.Control Control equipment 100 can be controlled in display in the display of control device 100 and is used to determine whether to recommend at least one lighting apparatus The UI of group.Control device 100 can be recommended to determine the group that generation is relevant with least one lighting apparatus according to group by UI Recommend.When user inputs group's recommendation order by UI, control device 100 can generate and at least one in operation 1311 The relevant group of lighting apparatus is recommended.When user recommends order not over UI input group, control in operation 1013 Equipment 100 determines whether to select each lamp.
After receiving group's recommendation order from user, in operation 1311, control device 100 generates group and recommends. Control device 100 can generate group according at least one of RSSI information and the facility information receiving from least one lighting apparatus Group is recommended.For example, when generating group's recommendation using RSSI information, control device 100 can be according at least one lighting apparatus The lighting apparatus being in short distance is recommended as a group by distance.
In operation 1313, control device 100 can determine that whether group or lamp are chosen.Control device 100 can pass through UI receives the select command of lamp group or each lamp from user.When user selects group or lamp not over UI, Control device 100 receives RSSI information and the facility information of at least one lighting apparatus in operation 1303.Control device 100 can Receive the RSSI information of at least one other lighting apparatus and facility information to configure at least one other lighting apparatus.
When user selects group or lamp by UI, control device 100 is switched to for setting in operation 1315 Group or the setting screen of lamp.Control device 100 can be controlled in the display of control device 100 and shows for setting lamp group Group or the UI of each lamp.When the setting of at least one lighting apparatus completes, control device 100 can set at least one illumination The message that standby transmission notice lamp setting completes.
Figure 14 illustrates the flow chart according to disclosure embodiment lighting apparatus.
With reference to Figure 14, in operation 1401, lighting apparatus 200 measures RSSI.Lighting apparatus 200 can measure at least one its The RSSI of its lighting apparatus.Lighting apparatus 200 can generate the rssi measurement object information including at least one lighting apparatus RSSI information.
In operation 1403, lighting apparatus 200 waits receiving data.Lighting apparatus 200 can wait and connect from control device 100 Receive data.
In operation 1405, lighting apparatus 200 determines whether the data receiving from control device 100 is to notify lamp to set mould The message of formula.When received data is the message notifying lamp to set pattern, lighting apparatus 200 can be to control in operation 1407 Control equipment 100 transmits the RSSI information generating in operation 1401.When received data is not to notify lamp to set disappearing of pattern During breath, lighting apparatus 200 waits data in operation 1403.
In operation 1407, lighting apparatus 200 transmits RSSI information to control device 100.Lighting apparatus 200 can be to control Equipment 100 transmission includes the RSSI information of the rssi measurement object information of at least one other lighting apparatus.According to the disclosure Embodiment, lighting apparatus 200 can receive the message of the facility information asking lighting apparatus 200 from control device 100.Illumination sets Standby 200 message that can receive request facility information from control device 100, wherein facility information includes the model of lighting apparatus 200 At least one of title, output color, colour temperature and watt.
In operation 1409, lighting apparatus 200 measures the RSSI of control device 100.Lighting apparatus 200 can measure control and set Standby 100 RSSI controls brightness with the RSSI according to control device 100.
In operation 1411, lighting apparatus 200 controls brightness.Lighting apparatus 200 can be according to the RSSI of control device 100 Control the brightness of lighting apparatus 200.For example, when the RSSI of control device 100 exceedes threshold value, lighting apparatus 200 can control Strengthen or weaken the brightness of lighting apparatus 200.When the RSSI of control device 100 is less than threshold value, lighting apparatus 200 is controlled System strengthens or weakens the brightness of lighting apparatus 200.Can pre-set and control the light strengthening or weakening lighting apparatus 200 Brightness.
In operation 1413, lighting apparatus 200 determines whether the setting of lighting apparatus 200 completes.Lighting apparatus 200 is permissible Controlled by the control signal of control device 100.For example, lighting apparatus 200 can control according to the control message of control message 100 The brightness of lighting apparatus 200 and light output time.
Notify when controlling the message terminating of lighting apparatus 200 when receiving from control device 100, lighting apparatus 200 exists Data is waited in operation 1403.Notify when controlling the message terminating of lighting apparatus 200 when not receiving from control device 100, Lighting apparatus 200 measures the RSSI of control device 100 in operation 1409.
Control device 100 can control the brightness of at least one lighting apparatus.Control device 100 can be according at least one illumination The brightness of at least one lighting apparatus of position control of equipment.For example, when four lighting apparatus are in a lighting apparatus identification When in scope, control device 100 can be strengthened away from control with the distance between control device 100 control according to four lighting apparatus The brightness of the lighting apparatus of equipment 100.For example, control device 100 is controlled makes the illumination weakening close to control device 100 and sets Standby brightness and strengthen the brightness of the lighting apparatus away from control device 100.According to embodiment of the present disclosure, control sets Standby 100 controlled making make the lamp close to control device brighten and make the lamp away from control device 100 dimmed.
Figure 15 illustrates to be used for setting the UI of lighting apparatus in control device according to embodiment of the present disclosure.
With reference to Figure 15, control device 100 can provide, to user, the UI controlling and combining at least one lighting apparatus 200. For example, control device 100 can receive for identification first illumination from the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4 The signal of equipment 200-1 to the 4th lighting apparatus 200-4.Control device 100 can be provided including the first lighting apparatus 200-1 to The UI of the recognition result of four lighting apparatus 200-4.For example, UI may include instruction the first lighting apparatus 200-1 to the 4th illumination and sets The icon 1501,1505,1509 and 1513 of type of standby 200-4 and the first lighting apparatus 200-1 to the 4th lighting apparatus The title 1503,1507,1511 and 1515 of 200-4.The title of the first lighting apparatus 200-1 to the 4th lighting apparatus 200-4 1503rd, 1507,1511 and 1515 model name or ID can be shown as.
Control device 100 according to the ascending order arrangement of the distance at a distance of control device 100 and can show lighting apparatus 200-1 extremely 200-4.Control device 100 can measure the RSSI value of lighting apparatus 200-1 to 200-4 and determine lighting apparatus according to RSSI value The distance between 200-1 to 200-4 and control device 100.For example, as the first lighting apparatus 200-1, the second lighting apparatus 200- 2nd, the 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200-4 with specify order close to control device 100 when, control device 100 Corresponding with the first lighting apparatus 200-1 the can be shown at a distance of the ascending order of the distance of control device 100 at the top of display One lamp icon 1501 and the first lamp title 1503, at the second tip position display corresponding with the second lighting apparatus 200-2 the Two lamp icons 1505 and the second lamp title 1507, display threeth lamp corresponding with the 3rd lighting apparatus 200-3 at the 3rd position Icon 1509 and the 3rd lamp title 1511, display fourth lamp icon corresponding with the 4th lighting apparatus 200-4 at the 4th position 1513 and the 4th lamp title 1515.
In this case, lighting apparatus 200-1 to 200-4 can control and exports their brightness and sets so that controlling Standby 100 user can intuitively identify the approximate distance at a distance of user for the lighting apparatus 200-1 to 200-4.For example, illumination sets Standby 200-1 to 200-4 can be controlled and brightness output by the RSSI value that described lighting apparatus measures according to control device 100. For example, when control device 100 exceedes threshold value by the RSSI value that at least one of lighting apparatus 200-1 to 200-4 measures, The light of at least one lighting apparatus at least one lighting apparatus of adjustable dark.On the contrary, when control device 100 is illuminated by least one When the RSSI value of device measuring is less than threshold value, at least one lighting apparatus can strengthen the light of at least one lighting apparatus described Degree.For example, shorten with the distance at a distance of control device 100, the light of adjustable dark lighting apparatus 200-1 to 200-4；And with phase The elongated light lightening lighting apparatus 200-1 to 200-4 of distance away from control device 100.According to embodiment of the present disclosure, can Shorten with the distance at a distance of control device 100 and lighten lighting apparatus 200-1 to 200-4, and with a distance of control device 100 Apart from elongated and dim lighting apparatus 200-1 to 200-4.
In arrangement control device 100, the order of shown lamp icon and title 1501 to 215 can be according to lighting apparatus The RSSI value being measured by control device 100 of 200-1 to 200-4 and change, wherein said RSSI value be based on carry control device The motion of 100 user and change.The brightness of lighting apparatus 200-1 to 200-4 can according to the signal of control device 100 by Lighting apparatus 200-1 to 200-4 measurement RSSI value and change, wherein RSSI value is based on the user carrying control device 100 Motion and change.
According to embodiment of the present disclosure, the quantity of the lighting apparatus being identified by control device 100 can be less than or exceed Four.Lighting apparatus sets the lamp icon 1501,1505,1509 and 1513 of UI and lamp title 1503,1507,1511 and 1515 Position, configuration and quantity alterable.
Figure 16 illustrates to set UI according to the lighting apparatus in disclosure embodiment control device.
With reference to Fig. 3 and Figure 16, control device 100 can show the recognition result of multiple lighting apparatus using icon or project. For example, when identifying four lighting apparatus 200-1 to 200-4, control device 100 can be by considering lighting apparatus 200-1 extremely The distance between 200-4 and control device 100 are showing the recognition result of four lighting apparatus 200-1 to 200-4.For example, when First lighting apparatus 200-1, the second lighting apparatus 200-2, the 3rd lighting apparatus 200-3 and the 4th lighting apparatus 200-4 are to refer to When fixed order is away from control device 100, control device 100 can be shown by the ascending order of distance with the first lighting apparatus 200-1 extremely Recognition result corresponding first lamp icon 1601 to the 4th lamp icon 1607 of the 4th lighting apparatus 200-4.Lamp icon 1607 to 1607 can be arranged by the ascending order of distance from top to bottom, from left to right or combination in two ways and show.
According to embodiment of the present disclosure, lamp icon 1601 to 1607 can controlled by the order identifying multiple lighting apparatus Shown in equipment.According to embodiment of the present disclosure, identify that the result of multiple lamps can be displayed differently from.
Figure 17 illustrates that UI recommends in the lighting apparatus group according to disclosure embodiment control device.
With reference to Figure 17, control device 100 can generate lamp group to be recommended.For example, control device 100 can be according to from the first illumination The RSSI information that equipment 200-1 to the 4th lighting apparatus 200-4 receives and lamp information to combine the first lighting apparatus 200-1 to Four lighting apparatus 200-4.For example, combine the first lighting apparatus 200-1 to the 4th illumination to set when the distance based on RSSI information During standby 200-4, control device 100 can generate for by the first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd photograph Bright equipment 200-3 is combined into the recommendation of a group.For example, in UI, control device 100 can show that the first group is recommended 1701st, the first lamp icon 1703, the second lamp icon 1707 and the 3rd lamp icon 1711 and the first lamp title 1705, the second lamp name Title 1709 and the 3rd lamp title 1713, by the first lamp icon 1703, the second lamp icon 1707 and the 3rd lamp icon 1711, first Lamp title 1705, the second lamp title 1709 and the 3rd lamp title 1713 and the 4th lamp icon 1715 and the 4th being not belonging to this group Lamp title distinguishes, and wherein said first lamp icon 1703, the second lamp icon 1707 and the 3rd lamp icon 1711 instruction belong to the 1701 the first lighting apparatus 200-1, the second lighting apparatus 200-2 and the 3rd lighting apparatus 200-3 recommends in one group.For example, With the color different from the 4th lamp icon 1715 and the 4th lamp title 1717, control device 100 can show that the first group is recommended 1701 the first lamp icon 1703, the second lamp icon 1707, the 3rd lamp icon 1711, the first lamp title 1705, the second lamp title 1709 and the 3rd lamp title 1713.
According to embodiment of the present disclosure, the first lamp icon 1703 to the 4th lamp icon of UI is recommended by lighting apparatus group 1715 and the position of the first lamp title 1705 to the 4th lamp title 1717, configuration and quantity can change.
Figure 18 illustrates that the lighting apparatus group according to disclosure embodiment control device sets UI.
With reference to Figure 18, when user selects the lighting apparatus group of control device 100 recommendation or selects and combines at least one During individual lamp, control device 100 can provide lighting apparatus group to set UI.Lighting apparatus group sets UI and may include combined by instruction The icon 1801 of the type of lamp, lamp group name 1803 and the information 1805 relevant with lamp group.For example, lamp group name 1803 can be " living room ", and group information 1805 can be " the first lamp, the second lamp and the 3rd positioned at living room centre Lamp ".
According to embodiment of the present disclosure, lighting apparatus group sets lamp icon 1801, group name 1803 and the group of UI The position of group information 1805 and configuration can change.
Figure 19 illustrates that the lighting apparatus according to embodiment of the present disclosure control device sets UI.
With reference to Figure 19, in addition to lamp group sets, control device 100 also can provide a user with the UI for setting lamp.Example As lighting apparatus sets the icon 1901 of type, lamp title 1903 and the lamp information 1905 that UI may include indicator lamp.For example, lamp Title 1903 may include " bedroom lamp 1 ", and lamp information 1905 may include " lamp on the bed left side ".Icon 1901 can be according to the type of lamp And change.
According to embodiment of the present disclosure, lighting apparatus sets lamp icon 1901, group name 1903 and group's letter of UI The position of breath 1905 and configuration can change.
Figure 20 A and Figure 20 B illustrates lamp placement information UI according to disclosure embodiment control device.
Reference picture 20A, control device 100 can show on floor plan that instruction the first lighting apparatus sets to the 4th illumination The mark 2001 to 2007 of standby position.Control device 100 can show the position of guidance lighting equipment on floor plan Mark 2001 to 2007, so that user can recognize that the position of lighting apparatus.According to embodiment of the present disclosure, work as guidance lighting When at least one of mark 2001 to 2007 of position of equipment is selected, control device 100 can show for control and institute The lighting apparatus of the corresponding lighting apparatus of mark selecting sets UI.
Reference picture 20B, control device 100 can show the RSSI of the signal receiving from lighting apparatus on floor plan. For example, control device 100 can measure the RSSI of the signal receiving from lighting apparatus and be shown on floor plan using dotted line Show the RSSI level of lighting apparatus.Control device 100 can be according to the RSSI Information Pull dotted line receiving from lighting apparatus in floor The RSSI level of lighting apparatus is shown on plan.The dotted line radius of cincture lighting apparatus is compared with the RSSI of I guidance lighting equipment Higher.
According to embodiment of the present disclosure, the position of the mark 2001 to 2007 of the position of guidance lighting equipment and quantity can Change.
Figure 21 illustrates lamp placement information UI according to disclosure embodiment control device.
With reference to Figure 21, control device 100 can show the position of at least one lighting apparatus that mark is identified by control device 100 The floor plan put.The configuration of floor plan can be fixed by user preset.For example, user can utilize the lamp of control device 100 The placement information UI configuration floor plan relevant with user's space, and floor plan is stored in control device 100. For example, user can be organized the space of floor plan and be set lighting apparatus by lamp placement information UI of control device 100 Position.Control device 100 can receive the facility information of lighting apparatus from lighting apparatus.Facility information may include lighting apparatus At least one of model name, output color, colour temperature and watt.For example, according to the facility information receiving from lighting apparatus, control Control equipment 100 can show lighting apparatus letter corresponding with the position of lighting apparatus at the position of lighting apparatus on floor plan Breath.For example, the position mark of lighting apparatus can show the watt of corresponding lighting apparatus.For example, control device 100 can show daily life In 30W lamp at two 60W lamps in four 40W lamps in room 2101, the first balcony 2103, door 2105, kitchen 2,107 two 40W lamps and 20W lamp in two 20W lamps in 60W lamp, the first bedroom 2109, the second bedroom 2111, the 20W lamp in the 3rd bedroom 2113, bath In 30W lamp in 30W lamp in 30W lamp in room 2115, lavatory 2117, the second balcony 2119 and the 3rd balcony 2121 The position of 30W lamp.Control device can according to the model of at least one lighting apparatus, color, colour temperature, watt and distance at least One creating group, and shows combined lamp using dotted line.For example, control device can be by the four of living room 2101 40W lamp is combined in a group, and two 40W lamps in kitchen 2107 are combined in a group, and by the first bedroom 2109 two 20W lamps are combined in a group and show them using dotted line.Control device can be shown using legend 2123 Show the information relevant with the icon shown by floor level in figure.
According to embodiment of the present disclosure, the mark of the position of indicator lamp can be according to the model of lighting apparatus, color, color At least one of temperature, watt and group to be shown with identical color.For example, control device 100 can be with red display 20W Lamp, the lamp showing 30W with yellow, the lamp with the lamp of green display 40W and with blue display 60W.For example, control device The mark of 100 positions that the lamp indicating same group can be shown with identical color on floor plan.For example, control device 100 can be shown four 40W lamps combined by living room 2101, be shown institute's group in the first bedroom 2109 with navy blue with orange Close two 20W lamps and with grey show kitchen 2107 combined by two 40W lamps.
According to embodiment of the present disclosure, when the mark of the position of guidance lighting equipment and group at least one of mark When selected, control device 100 can show for controlling and the selected illumination marking corresponding lighting apparatus or lamp group Equipment sets UI.For example, when user is when touching the 30W lamp icon at door 2105 on the display of control device 100, control sets Standby 100 UI that can show the 30W lamp for setting door 2105.For example, when user touches group on the display of control device 100 During the dotted line of four 40W lamps in group living room 2101, control device 100 can show four 40W for setting living room 2101 The UI of lamp.Using UI, user can set lamp or lamp group.
According to embodiment of the present disclosure, the structure of floor plan, the position of lighting apparatus, lighting apparatus quantity with And the group of lighting apparatus can change.
Figure 22 illustrates that the lighting apparatus group of the control device according to embodiment of the present disclosure sets UI.
With reference to Figure 22, control device 100 can show multiple lamp groups.For example, control device 100 can recognize that the first illumination sets To the utmost the 5th lighting apparatus, the characteristic based on lighting apparatus or position are divided into the first group, the second group and the 3rd group, Afterwards the mark 2201 to 2231 relevant with group and lighting apparatus is shown according to the group classified.For example, control device 100 Can be by the first lighting apparatus and the second lighting apparatus be categorized into the first group, by the 3rd lighting apparatus and the 4th lighting apparatus It is categorized into the second group and be categorized into the 3rd group to show mark 2201 to 2231 by the 5th lighting apparatus.
Mark 2201 to 2231 may include first group's lamp icon 2201, second group's lamp icon 2213, the 3rd group's lamp Icon 2225, the first group name 2203, the second group name 2215, the 3rd group name 2227, the first lamp icon 2205 to 5th lamp icon 2229 and the first lamp title 2207 to the 5th lamp title 2231.First group's lamp icon 2201, the second group Lamp icon 2213 and the 3rd group's lamp icon 2225 may indicate that quantity and the shape of the lamp in group.First group name 2203, Second group name 2215 and the 3rd group name 2227 can according to the position instruction living room of group, kitchen, bedroom, corridor, Office and reception room.First lamp title 2207 to the 5th lamp title 2231 is represented by the title of guidance lighting equipment, such as The title of lighting apparatus, ID and model name.
Although Figure 22 illustrates three Ge Deng groups of five lighting apparatus, the quantity of the quantity of lighting apparatus and lamp group Can change.The configuration that lighting apparatus group sets UI can change.
Some aspects of the disclosure also can be embodied as the computer-readable being on non-transient computer readable medium recording program performing Code.Non-transient computer readable medium recording program performing is any data storage device that can store data, after wherein said data Read by computer system.The example of non-transient computer readable medium recording program performing includes read-only storage (ROM), arbitrary access is deposited Reservoir (RAM), compact disc read-only memory (CD-ROM), tape, floppy disk and optical data storage.Non-transient computer is readable Recording medium also be distributed in in the computer system of net connection so that computer-readable code is deposited in a distributed way Storage and execution.In addition, can be by the skilled journey of disclosure art for realizing function program, code and the code segment of the disclosure Sequence person easily builds.
With regard to this it should be noted that the disclosure as above each embodiment generally to a certain extent include process input number According to generate output data.This input data is processed and output data generation can be next with hardware group real with hardware or software Existing.For example, specific electronic components can be applied to the movement for realizing the related function of each embodiment of the disclosure as described above In equipment or similar or relevant circuit.Alternatively, the one or more processors according to the command operating being stored can achieve The function related to each embodiment of the disclosure as described above.If so situation is exactly, in the scope of the present disclosure, these Instruction is storable on one or more non-transient processor readable mediums.The example of processor readable medium include ROM, RAM, CD-ROM, tape, floppy disk and optical data storage.Processor readable medium also can be distributed in the calculating by net connection So that instruction to store in a distributed way and to execute in machine system.In addition, the computer journey of the function for realizing the disclosure Sequence, instruction and instruction segment easily can be built by the skilled programmer of disclosure art.
Although illustrate and describing the disclosure already in connection with each embodiment of the disclosure, those skilled in the art will manage These embodiments, in the case of without departing from spirit and scope of the present disclosure, can be made respectively in terms of form and details by solution Plant modification, spirit and scope of the present disclosure such as by claims and its are equal to limit.

Claims (15)

1. a kind of electronic equipment, including：
Control unit, is configured to measure the received signal strength indicator symbol of the multiple signals receiving from multiple lighting apparatus (RSSI)；And
Display unit, is configured to RSSI according to the plurality of signal and shows the plurality of lighting apparatus.
2. electronic equipment as claimed in claim 1, also includes：
Communication unit, is configured to transmit message to the plurality of lighting apparatus, wherein said message requesting transmission lighting apparatus At least one of RSSI information of facility information and lighting apparatus.
3. electronic equipment as claimed in claim 2, wherein said communication unit is configured to connect from the plurality of lighting apparatus Receive at least one of the facility information of described lighting apparatus and the RSSI information of described lighting apparatus,
Described facility information includes at least one of the model name of described lighting apparatus, output color, colour temperature and watt, with And described RSSI information includes RSSI that measured, at least one other lighting apparatus by described lighting apparatus.
4. electronic equipment as claimed in claim 2, wherein said communication unit is configured to receive the from the first lighting apparatus The RSSI information of the facility information of two lighting apparatus and the second lighting apparatus, described facility information includes described second lighting apparatus Model name, output color, at least one of colour temperature and watt, described RSSI information is included by described second lighting apparatus Measurement, the RSSI of at least one other lighting apparatus.
5. electronic equipment as claimed in claim 1, wherein said control unit is configured to：It is based on and set from the plurality of illumination The standby RSSI of multiple signals receiving, at least one described facility information or the RSSI letter receiving from the plurality of lighting apparatus At least one of breath, is combined at least one of the plurality of lighting apparatus.
6. electronic equipment as claimed in claim 1, wherein said display unit be configured to display be used for controlling the plurality of The combined result of at least one of at least one of lighting apparatus, the plurality of lighting apparatus, lamp icon, lamp title, lamp In the user interface (UI) that setting, at least one group series icon, at least one group name or at least one group set extremely Few one.
7. electronic equipment as described in claim 1, wherein said display unit is configured to：In the plurality of lighting apparatus The floor level in figure in region show the position of the plurality of lighting apparatus.
8. electronic equipment as claimed in claim 1, wherein said display unit is configured to：Based in list, icon, project At least one, or the combination based on described list, described icon and described project is showing the plurality of lighting apparatus Recognition result.
9. the first lighting apparatus, including：
Control unit, is configured to measure the received signal strength indicator symbol (RSSI) of the signal receiving from electronic equipment；And
Output unit, is configured to according to described RSSI output light.
10. the first lighting apparatus as claimed in claim 9, also includes：
Communication unit, is configured to receive request from described electronic equipment and transmits the facility information of at least one lighting apparatus and described The message of at least one of the RSSI information of at least one lighting apparatus.
11. first lighting apparatus as claimed in claim 10, wherein said communication unit is configured to：Disappeared according to described request Cease in the RSSI information of the facility information of the first lighting apparatus described in described electronic equipment and described first lighting apparatus At least one,
Described facility information includes at least one in the model name of described first lighting apparatus, output color, colour temperature and watt, And
Described RSSI information is included by described first lighting apparatus measurement, at least one other lighting apparatus RSSI.
12. first lighting apparatus as claimed in claim 10, wherein said communication unit is configured to：Disappeared according to described request Cease the RSSI letter of the facility information asking described second lighting apparatus to the second lighting apparatus transmission and described second lighting apparatus The message of at least one of breath, and facility information and the institute of described second lighting apparatus is received from described second lighting apparatus State at least one of RSSI information of the second lighting apparatus,
Described facility information includes at least in the model name of described second lighting apparatus, output color, colour temperature and watt It is individual,
Described RSSI information is included by described second lighting apparatus measurement, at least one other lighting apparatus RSSI, and
Described second lighting apparatus is outside the communication range of described electronic equipment.
13. first lighting apparatus as claimed in claim 9, wherein said control unit is configured to：According to from described electronics The RSSI of the signal that equipment receives is controlling brightness.
14. method of operating an electronic device, methods described includes：
The received signal strength indicator symbol (RSSI) of multiple signals that measurement receives from multiple lighting apparatus；And
The plurality of lighting apparatus is shown according to the RSSI of the plurality of signal.
15. methods being used for operation the first lighting apparatus, methods described includes：
The received signal strength indicator symbol (RSSI) of the signal that measurement receives from electronic equipment；And
According to described RSSI come output light.
CN201580032232.8A 2014-06-16 2015-06-16 Apparatus and method for controlling lighting device in electronic device Pending CN106465520A (en)

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KR1020150083447A KR102325326B1 (en) 2014-06-16 2015-06-12 Apparatus and method for controlling lighting device
PCT/KR2015/006075 WO2015194827A1 (en) 2014-06-16 2015-06-16 Apparatus and method for controlling lighting device in electronic device

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CN112703823A (en) * 2020-03-26 2021-04-23 松下知识产权经营株式会社 Rapid commissioning of lighting devices
TWI732273B (en) * 2019-08-21 2021-07-01 國立成功大學 Control mechanism of sevice scope and sevice intensity of electronic equipment

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KR102339857B1 (en) * 2017-03-29 2021-12-16 삼성전자주식회사 Method for Managing and Controling the External IoT Device and the Electronic Device supporting the same

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CN112703823A (en) * 2020-03-26 2021-04-23 松下知识产权经营株式会社 Rapid commissioning of lighting devices
CN112703823B (en) * 2020-03-26 2023-10-10 松下知识产权经营株式会社 Fast tuning of lighting devices

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