CN114340109A - LED lamp WIFI multipoint control method - Google Patents
LED lamp WIFI multipoint control method Download PDFInfo
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- CN114340109A CN114340109A CN202210047993.2A CN202210047993A CN114340109A CN 114340109 A CN114340109 A CN 114340109A CN 202210047993 A CN202210047993 A CN 202210047993A CN 114340109 A CN114340109 A CN 114340109A
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- 230000000694 effects Effects 0.000 abstract description 9
- 238000004134 energy conservation Methods 0.000 abstract description 5
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
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Abstract
The invention discloses a WIFI multipoint control method for LED lamps, which comprises the steps of starting a WIFI wireless network, activating WIFI repeaters of a plurality of LED lamps, connecting the WIFI wireless network, and numbering the WIFI repeaters of the LED lamps which are connected to the WIFI wireless network; and step three, monitoring access users of the WIFI repeaters, and carrying out illumination control on the LED lamps according to the states of the access users. According to the LED lamp WIFI multipoint control method, innovative research and development design is carried out, multipoint control of WIFI access is skillfully used, lighting control of LED lamps in a place is achieved, lighting control is more humanized, and the effects of energy conservation and environmental protection are effectively improved.
Description
Technical Field
The invention relates to a lighting technology, in particular to a WIFI multipoint control method for an LED lamp.
Background
The LED lamp is an energy-saving and small lighting device with extremely high illumination efficiency, in recent years, old incandescent lamps and energy-saving lamps with poor energy-saving effects are basically eliminated in the market, and the LED lamp is more efficient to use both indoors and outdoors. So as to effectively save energy and reduce emission on the whole and improve the environment protection capability. In some large-scale public indoor places, such as libraries, restaurants, meeting places and the like, the places are generally wide indoor places and more people enter the places to use, and in these places, the use of the lighting equipment needs to be cared for all the time, and the larger the place is, the more the number of the lighting lamps is used; however, people are not concentrated in different positions and have no rule, so that the lighting in places with more people is insufficient, the continuous lighting in places with fewer people or no people wastes energy, and the reasonable lighting management effect cannot be achieved.
Disclosure of Invention
The technical problem to be solved by the invention is to provide the LED lamp WIFI multipoint control method, which can effectively carry out intelligent illumination control according to the state of WIFI access users in a field, so that illumination is more humanized, and the effects of environmental protection and energy conservation are improved.
The technical solution of the invention is as follows:
a WIFI multipoint control method for LED lamps comprises
Step one, starting a WIFI wireless network,
activating WIFI repeaters of a plurality of LED lamps, connecting the WIFI wireless network, and numbering the WIFI repeaters of the LED lamps which are accessed to the WIFI wireless network;
and step three, monitoring access users of the WIFI repeaters, and carrying out illumination control on the LED lamps according to the states of the access users.
The LED lamp WIFI multipoint control method comprises the steps that the access user state comprises the number of access users; when the number of the users accessing the WIFI repeater of the LED lamp reaches the specified number, the LED lamp keeps positive power illumination, otherwise, the illumination power of the LED lamp is reduced or the LED lamp is turned off.
The LED lamp WIFI multipoint control method comprises the steps that the access user state comprises an access device type, and the access device type comprises a mobile phone, a computer or other terminals; when the access equipment comprises a mobile phone, the lighting equipment is kept to operate at normal lighting power; when the access equipment is a computer or other terminals, if the access number of mobile phone users is zero, sending in-position inquiry information to the access users of the computer or other terminals, and obtaining reply information within set time, and keeping the LED lamp to operate at normal lighting power; and if the reply information is not obtained or the negative information is obtained within the set time, the LED lamp is turned off or the lighting power of the LED lamp is reduced.
The LED lamp WIFI multipoint control method as described above, including step four, according to the access user status of each WIFI repeater, selecting an LED lamp that a user exceeds a specified standard as a main lamp, an LED lamp that a user does not reach a specified label as an auxiliary lamp, and displaying a direction guide mark in a direction between the auxiliary lamp and the main lamp.
The LED lamp WIFI multipoint control method is characterized in that the direction indication mark comprises an arrow indicator lamp and/or a flickering lamp strip.
According to the LED lamp WIFI multipoint control method, the WIFI wireless network is provided with user login information which is associated with site user information, the site user information is obtained, and if the site user information is an access user in an entrance state, the access user is an effective access user; and the field user information is an access user in the departure state and is an invalid access user, and the access user state in the step three is the user state of the valid access user.
The LED lamp WIFI multipoint control method comprises the steps of setting effective user information in a user-defined mode, and setting a designated mobile phone, a designated computer or other terminals as regular effective access users or regular invalid access users of the WIFI wireless network.
According to the LED lamp WIFI multipoint control method, when a new mobile phone is accessed to a user, illumination power requirement inquiry information is sent to the accessed user, and guide information is sent to the mobile phone of the user according to the obtained user reply information and the illumination power selection result of the user.
According to the LED lamp WIFI multipoint control method, when illumination power adjustment request information of an effective access user is received, illumination power adjustment inquiry information is sent to other effective access users connected with the WIFI repeater, if more than two thirds of the effective access users in the acquired reply information agree, illumination power adjustment is carried out on the LED lamp according to the illumination power in the illumination power adjustment request information, and otherwise, the original illumination power is maintained; and if no reply message exists within the set time, adjusting the lighting power of the LED lamp according to the lighting power in the lighting power adjustment request message.
From the above description, it is clear that the present invention has the following advantages:
according to the LED lamp WIFI multipoint control method, innovative research and development design is carried out, multipoint control of WIFI access is skillfully used, lighting control of LED lamps in a place is achieved, lighting control is more humanized, and the effects of energy conservation and environmental protection are effectively improved.
Drawings
Fig. 1 is a schematic flowchart of a WIFI multipoint control method for an LED lamp according to a preferred embodiment of the present invention.
Detailed Description
In order to more clearly understand the technical features, objects, and effects of the present invention, embodiments of the present invention will now be described with reference to the accompanying drawings.
In general public places, especially public places such as a library and the like which need to be clearly illuminated, when people enter a designated place, the people enter the designated place through a user registration system, when the people enter the designated place, the concentration ratios of the people sitting on the public places are different, and the lighting devices are generally kept to be turned on completely, but when the people are different, the positions and the number of the people sitting on the public places are different, even if no people sit on the public places, the lighting devices are turned on all the time, and unnecessary energy waste is really brought. Meanwhile, people generally carry mobile phone communication equipment with them in daily life.
In a preferred embodiment of the LED lamp WIFI multipoint control method of the present invention, please refer to fig. 1, the LED lamp WIFI multipoint control method of the present invention includes:
s101, starting a WIFI wireless network; and starting the WIFI wireless network in a specified place for providing WIFI access of the entrance user.
S102, activating WIFI repeaters of a plurality of LED lamps, connecting the WIFI wireless network, and numbering the WIFI repeaters of the LED lamps which are connected to the WIFI wireless network; the WIFI repeater is arranged in the LED lamp installed in the field, the WIFI repeater can enable the whole field to realize high-efficiency coverage of a WIFI network with a larger area, and network signals with enough strength can be obtained at each corner. Through numbering the WIFI repeater, the specific position of the LED lamp where the WIFI repeater is located can be effectively identified, and lighting control of the LED lamp is facilitated.
And S103, monitoring access users of the WIFI repeaters, and performing illumination control on the LED lamps according to states of the access users. According to the invention, the personnel concentration condition of the designated area is monitored by acquiring the state of the access user in the WIFI repeater, so that the illumination control of the LED lamp in the area is determined, and humanized management and more effective energy-saving management are realized.
In the above-described LED lamp WIFI multipoint control method of the present invention, in a preferred embodiment of the present invention, the access user status includes the number of access users; when the number of the users accessing the WIFI repeater of the LED lamp reaches the specified number, the LED lamp keeps positive power illumination, otherwise, the illumination power of the LED lamp is reduced or the LED lamp is turned off. Therefore, the illumination control of the LED lamps in the field can be determined according to the personnel gathering condition of each area (within the illumination range of each LED lamp), when the number of the personnel is large enough, the illumination power is normally operated, and when the number of the personnel is small or none, the LED lamps are reduced or turned off.
In the above-described LED lamp WIFI multipoint control method according to the present invention, in a preferred embodiment of the present invention, the access user status includes an access device type, and the access device type includes a mobile phone, a computer, or another terminal; when the access equipment comprises a mobile phone, the lighting equipment is kept to operate at normal lighting power; when the access equipment is a computer or other terminals, if the access number of mobile phone users is zero, sending in-position inquiry information to the access users of the computer or other terminals, and obtaining reply information within set time, and keeping the LED lamp to operate at normal lighting power; and if the reply information is not obtained or the negative information is obtained within the set time, the LED lamp is turned off or the lighting power of the LED lamp is reduced. Preferably, the person entering the venue may also carry other wireless network access devices, such as laptop computers, or other network access devices in the venue. According to the invention, through the differentiated access analysis in the embodiment, whether specific personnel are in the designated area can be judged, so that the condition that the personnel are in the seat can be effectively ensured, the lamp cannot be turned off by mistake, the LED lamp for lighting can be controlled to be turned off in time when the personnel leave the reserved access equipment, and a better energy-saving effect is realized.
In the above-described WIFI multipoint control method for LED lamps according to the present invention, in a preferred embodiment, the method includes a fourth step of selecting, according to the access user status of each WIFI repeater, an LED lamp whose user exceeds a specified standard as a main lamp, an LED lamp whose user does not reach a specified label as an auxiliary lamp, and displaying a direction indication mark in a direction between the auxiliary lamp and the main lamp. Preferably, the number of the access users in each WIFI repeater is set to be a specified standard, if the number of the access users reaches the specified standard, it is indicated that the number of the users under the LED lamp is reasonable, normal lighting power is required to be turned on, and lighting effect is guaranteed. In the embodiment, the main lamp and the auxiliary lamp are arranged, so that a user tends to approach the main lamp, and when the gathering of the personnel of the auxiliary lamp exceeds a specified standard, the auxiliary lamp is changed into the main lamp, therefore, the concentration trend direction of the personnel can be effectively controlled, the illumination of the LED lamp can reach the most efficient state, and the waste of the LED lamp with no difference and continuous illumination when the quantity of the personnel is small is reduced.
In the above-described WIFI multipoint control method for LED lamps according to the present invention, in a preferred embodiment of the method, the direction indicator includes an arrow indicator and/or a flashing light strip. Between main lamp and vice lamp, the mark that guides can appear, it can be in to guide the mark specific arrow light that sets up in the LED lamp, or the scintillation lamp area that extends towards main lamp direction for remind people to remove towards main lamp direction.
In a preferred embodiment of the LED lamp WIFI multipoint control method of the present invention, the WIFI wireless network is configured to associate user login information with site user information, obtain site user information, and if the site user information is an access user in an entry state, the access user is an effective access user; and the field user information is an access user in the departure state and is an invalid access user, and the access user state in the step three is the user state of the valid access user. In some cases, after leaving the field, the users in the field still can be connected to the WIFI network in the field, or the connection condition outside the field of upstairs, downstairs or next walls. The abnormal influence condition of off-site access is effectively avoided.
In the above-described LED lamp WIFI multipoint control method according to the present invention, in a preferred embodiment, the method includes setting valid user information in a user-defined manner, and setting a specific mobile phone, a computer, or another terminal as a regular valid access user or a regular invalid access user of the WIFI wireless network. In the field, some LED lamps are in the range of the region where the user is clearly not required to be illuminated or needs to be continuously illuminated, and the LED lamps can effectively access the setting of the user according to the customization of the designated equipment, so that the continuous and effective normal illumination state is ensured, such as the position of a workbench or management equipment. The LED lamp is more humanized in arrangement, the arrangement steps of conventional requirements are reduced, and the illumination control of the LED lamp is more flexible.
In the above-described LED lamp WIFI multipoint control method according to the present invention, in a preferred embodiment, when a new mobile phone accesses a user, lighting power requirement inquiry information is sent to the access user, and according to the obtained user reply information, a guidance information is sent on the mobile phone of the user according to a lighting power selection result of the user. According to the invention, preferably, after a new mobile phone user accesses the WIFI repeater in the appointed area, the lighting power of the LED lamp can be set according to the requirement of the user, so that the lighting brightness of the LED lamp meets the requirement of the user.
In the above-described LED lamp WIFI multipoint control method of the present invention, in a preferred embodiment, when receiving the lighting power adjustment request information of the valid access user, sending lighting power adjustment inquiry information to other valid access users connected to the WIFI repeater, if more than two thirds of the valid access users in the obtained reply information agree, performing lighting power adjustment on the LED lamp according to the lighting power in the lighting power adjustment request information, otherwise, maintaining the original lighting power; and if no reply message exists within the set time, adjusting the lighting power of the LED lamp according to the lighting power in the lighting power adjustment request message. In the embodiment of the invention, the flexible adjustment function can be effectively provided for people, for example, when the time is passed and the day is changed into the night, the light needs to be adjusted; or when the change of cloudy days and sunny days is needed, the light adjustment is needed, or when gathered personnel have the requirement of specific light illumination brightness, the light adjustment can be requested. The WIFI multipoint control method for the LED lamp can be more suitable for the actual use requirement, is flexible and convenient, and can maximally realize environmental protection and energy conservation.
According to the LED lamp WIFI multipoint control method, innovative research and development design is carried out, multipoint control of WIFI access is skillfully used, lighting control of LED lamps in a place is achieved, lighting control is more humanized, and the effects of energy conservation and environmental protection are effectively improved.
The above description is only an exemplary embodiment of the present invention, and is not intended to limit the scope of the present invention. Any equivalent changes and modifications that can be made by one skilled in the art without departing from the spirit and principles of the invention should fall within the protection scope of the invention.
Claims (9)
1. A WIFI multipoint control method for LED lamps is characterized by comprising
Step one, starting a WIFI wireless network,
activating WIFI repeaters of a plurality of LED lamps, connecting the WIFI wireless network, and numbering the WIFI repeaters of the LED lamps which are accessed to the WIFI wireless network;
and step three, monitoring access users of the WIFI repeaters, and carrying out illumination control on the LED lamps according to the states of the access users.
2. The LED lamp WIFI multipoint control method of claim 1, wherein said access user status includes a number of access users; when the number of the users accessing the WIFI repeater of the LED lamp reaches the specified number, the LED lamp keeps positive power illumination, otherwise, the illumination power of the LED lamp is reduced or the LED lamp is turned off.
3. The LED lamp WIFI multipoint control method of claim 2, wherein the access user status includes an access device type, the access device type including a cell phone, a computer, or other terminal; when the access equipment comprises a mobile phone, the lighting equipment is kept to operate at normal lighting power; when the access equipment is a computer or other terminals, if the access number of mobile phone users is zero, sending in-position inquiry information to the access users of the computer or other terminals, and obtaining reply information within set time, and keeping the LED lamp to operate at normal lighting power; and if the reply information is not obtained or the negative information is obtained within the set time, the LED lamp is turned off or the lighting power of the LED lamp is reduced.
4. The LED lamp WIFI multipoint control method according to claim 3, comprising a fourth step of selecting LED lamps, of which users exceed a specified standard, as main lamps and LED lamps of which users do not reach a specified mark as auxiliary lamps according to the access user states of the WIFI repeaters, and displaying direction guide marks in directions between the auxiliary lamps and the main lamps.
5. The LED lamp WIFI multipoint control method of claim 4, wherein the direction indication mark comprises an arrow indicator lamp and/or a flashing light strip.
6. The LED lamp WIFI multipoint control method of claim 5, wherein the WIFI wireless network is provided with user login information associated with site user information, the site user information is acquired, and if the site user information is an access user in an entrance state, the access user is a valid access user; and the field user information is an access user in the departure state and is an invalid access user, and the access user state in the step three is the user state of the valid access user.
7. The LED lamp WIFI multipoint control method of claim 6, comprising the steps of setting valid user information in a customized manner, and setting a designated mobile phone, computer or other terminal as a regular valid access user or a regular invalid access user of the WIFI wireless network.
8. The LED lamp WIFI multipoint control method according to claim 7, wherein when a new mobile phone is accessed to a user, lighting power demand inquiry information is sent to the accessed user, and guide information is sent to the mobile phone of the user according to the obtained user reply information and a lighting power selection result of the user.
9. The LED lamp WIFI multipoint control method of claim 8, wherein when receiving lighting power adjustment request information of an active access user, sending lighting power adjustment inquiry information to other active access users connected to the WIFI repeater, if more than two-thirds of the active access users in the obtained reply information agree, then adjusting lighting power of the LED lamp according to the lighting power in the lighting power adjustment request information, otherwise maintaining the original lighting power; and if no reply message exists within the set time, adjusting the lighting power of the LED lamp according to the lighting power in the lighting power adjustment request message.
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| CN202210047993.2A CN114340109B (en) | 2022-01-17 | 2022-01-17 | WIFI multipoint control method for LED lamp |
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| CN202210047993.2A CN114340109B (en) | 2022-01-17 | 2022-01-17 | WIFI multipoint control method for LED lamp |
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| CN210112336U (en) * | 2019-05-27 | 2020-02-21 | 母国标 | Outdoor LED lamp with WiFi function |
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2022
- 2022-01-17 CN CN202210047993.2A patent/CN114340109B/en active Active
Patent Citations (8)
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| JP2013089392A (en) * | 2011-10-14 | 2013-05-13 | Kyocera Corp | Illumination control system and illumination control method |
| US20140133400A1 (en) * | 2012-06-12 | 2014-05-15 | Zhejiang Shenghui Lighting Co., Ltd. | LED Lamp and LED Illumination System |
| CN105940770A (en) * | 2014-01-28 | 2016-09-14 | Lg伊诺特有限公司 | Indoor lighting device, indoor lighting system, and method of operating same |
| US20170265269A1 (en) * | 2014-11-24 | 2017-09-14 | Philips Lighting Holding B.V. | Controlling lighting dynamics |
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