CN112584591B - Intelligent remote interactive moon lamp and using method thereof - Google Patents
Intelligent remote interactive moon lamp and using method thereof Download PDFInfo
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/105—Controlling the light source in response to determined parameters
- H05B47/115—Controlling the light source in response to determined parameters by determining the presence or movement of objects or living beings
- H05B47/12—Controlling the light source in response to determined parameters by determining the presence or movement of objects or living beings by detecting audible sound
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/19—Controlling the light source by remote control via wireless transmission
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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
- 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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Abstract
The invention relates to an intelligent remote interactive moon lamp, wherein three-in-one RGB lamp beads connected with a control module are installed in a moon-shaped lampshade on a base, the control module is respectively connected to a user terminal and the control module of another moon lamp through a wireless communication module, the control module is also connected to the control end of a controllable power switch, two ends of the controllable power switch are respectively connected to a power module and the three-in-one RGB lamp beads, the control module is used for receiving a light color instruction from the user terminal and a light interaction instruction from the other moon lamp and respectively outputting corresponding control signals to the RGB lamp beads and the controllable power switch so as to control the current value of the three-in-one RGB lamp beads and control the on and off of the controllable power switch, thereby realizing the change of the color brightness of the RGB lamp beads and the lighting and extinguishing of the RGB lamp beads. Compared with the prior art, the remote control interaction between the lamps at different places can be realized, and the continuous change of the color of the light can be synchronously realized.
Description
Technical Field
The invention relates to the technical field of intelligent lamps, in particular to an intelligent remote interactive moon lamp and a using method thereof.
Background
The lamp is an indispensable lighting appliance in daily life of people, is also a necessary decorative artwork for indoor and outdoor environments, and the lamp of each era is a sign for the development of social productivity. Along with the improvement of living standard of people, the requirements of people on the beauty and functionality of lamps are higher and higher, various intelligent lamps appear in the current market, chinese patent CN102523649A discloses an intelligent induction lamp, a Fresnel lens is used as a lampshade, the induction range of the induction lamp can be enlarged, the structure is simple, the manufacturing cost is low, when a plurality of intelligent induction lamps are arranged in a pedestrian passageway at intervals, adjacent or appointed induction lamps in front can be immediately turned on while the lamp is turned on in an adjustable mode, the pedestrian passageway in front is illuminated in advance, and the induction lamps after being turned on can be turned off in a delayed mode; chinese patent CN208268826U discloses an intelligent induction lamp, which detects human infrared signals by arranging a human infrared inductor, transmits the detected human infrared signals to a main control circuit board, and converts the signals into control signals after being processed by the main control circuit board, thereby controlling the on/off of a light-emitting circuit board.
Current intelligent lamps and lanterns adopt pronunciation or human detection's mode mostly to the realization is to the control of lamps and lanterns, and it can only provide the illumination function and give the user, and these lamps and lanterns can not realize long-range induction control, also can not be through realizing the continuous variation of light colour, can't provide interactive function for the lamps and lanterns user.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provide an intelligent remote interactive moon lamp and a using method thereof, so that the purposes of remote control of the lamp and continuous change of the light color can be realized, and an interactive function can be provided for a user.
The purpose of the invention can be realized by the following technical scheme: the utility model provides a long-range interactive moon lamp of intelligence, the on-line screen storage device comprises a base, be provided with moon shape lamp shade on the base, install trinity RGB lamp pearl in the moon shape lamp shade, trinity RGB lamp pearl is connected with control module, control module is connected to user terminal and the control module of another moon lamp respectively through wireless communication module, control module still is connected to controllable switch's control end, controllable switch's both ends are connected to power module, trinity RGB lamp pearl respectively, control module is used for receiving the light colour instruction that comes from user terminal and comes from another moon lamp control module's light interactive instruction to the control signal who corresponds is exported respectively and gives trinity RGB lamp pearl, controllable switch, switches on and turn-off with the current value of the trinity RGB lamp pearl of control RGB lamp pearl, the controllable switch of control, thereby realizes that the change of trinity lamp pearl light colour luminance and the point of trinity RGB lamp pearl shine and extinguish.
Furthermore, a color selection module is installed on the user terminal, and the color selection module is used for receiving color selection operation of a user so as to output a corresponding light color instruction to the control module.
Furtherly, be provided with RGB current conversion unit in the control module, RGB current conversion unit is used for converting the RGB value of light colour instruction into corresponding current value to the current value that will convert and obtain exports trinity RGB lamp pearl.
Further, install vibration sensor on the moon shape lamp shade, vibration sensor is connected with control module, vibration sensor is used for gathering the signal of patting on the moon shape lamp shade to with the signal transmission of patting of gathering give control module, control module exports the control signal who corresponds and gives controllable switch, makes trinity RGB lamp pearl light after getting electricity from power module.
Further, control module still is connected with the voice interaction module, the voice interaction module is used for receiving and discerning the speech signal who comes from the user, control module is according to user's speech signal, and the control signal that the output corresponds gives controllable switch, makes trinity RGB lamp pearl follow power module and gets to light or make trinity RGB lamp pearl lose the power after extinguish after the power module.
Further, the power module comprises a battery unit, and the battery unit is connected with mains supply through a charging interface.
Furthermore, an electronic digital alarm clock is installed on the base.
Further, trinity RGB lamp pearl specifically is red green blue three-colour unification RGB lamp pearl JH-1RGB14J30-S2 of light macro chip.
Further, the voice interaction module is specifically a bluetooth smart speaker.
A use method of an intelligent remote interactive moon lamp comprises the following steps:
s1, a moon lamp A and a moon lamp B are respectively accessed to a network and a user terminal through respective wireless communication modules, wherein the moon lamp A and the moon lamp B are two remote lamps;
s2, the first user lights the moon lamp A and uploads the lighting pairing information to the wireless network, the second user obtains the lighting pairing information from the wireless network, then lights the moon lamp B and uploads the pairing success information to the wireless network, and therefore pairing of the moon lamp A and the moon lamp B is completed;
similarly, if the second user lights the moon lamp B and uploads the lighting pairing information to the wireless network, the first user acquires the lighting pairing information from the wireless network, then lights the moon lamp A and uploads the pairing success information to the wireless network, so that pairing of the moon lamp B and the moon lamp A is completed;
s3, the first user selects the light color at the user terminal, the control module of the moon lamp A changes the light color of the moon lamp A by controlling the current, and the control module of the moon lamp A simultaneously transmits current control information to the control module of the moon lamp B through the wireless communication module, so that the control module of the moon lamp B synchronously and correspondingly controls and changes the light color of the moon lamp B;
similarly, if the second user selects the light color at the user terminal, the control module of the moon lamp B changes the light color of the moon lamp B by controlling the magnitude of the current, and the control module of the moon lamp B simultaneously transmits the current control information to the control module of the moon lamp a through the wireless communication module, so that the control module of the moon lamp a synchronously and correspondingly controls to change the light color of the moon lamp a;
s4, the first user extinguishes the moon lamp A and uploads extinguishment information to a wireless network, at the moment, the moon lamp A and the moon lamp B are in a pairing cancellation state, the second user obtains extinguishment information from the wireless network, and then the moon lamp B can be automatically selected to be extinguished or kept in a lighting state;
similarly, if the second user extinguishes the moon lamp B and uploads the extinguishment information to the wireless network, and at this time, the moon lamp B and the moon lamp a are in a pairing cancelled state, the first user acquires the extinguishment information from the wireless network, and then can autonomously select to extinguish the moon lamp a or keep the moon lamp a in a lighting state.
Compared with the prior art, the invention has the following advantages:
1. the three-in-one RGB lamp beads are installed in the lamp shade, the control module and the wireless communication module are used for enabling the two lamps in different places to be in communication connection with each other, a user can independently select the light color at a user terminal, the control module controls the corresponding current value to the three-in-one RGB lamp beads, the lamp can emit light with continuously variable color, meanwhile, the other lamp matched with the lamp can change the light color synchronously, and therefore remote control over the lamps in different places and interaction among the lamps are achieved.
2. According to the invention, the color selection module is arranged at the user terminal, the RGB current conversion unit is arranged in the control module, a user can independently select the light color at the user terminal at any time, the light color instruction is output to the control module through the wireless communication module, and the RGB current conversion unit in the control module can convert the RGB value of the light color instruction into the corresponding current value and output the converted current value to the three-in-one RGB lamp bead, so that the aim of continuously changing the light color of the remote control lamp is fulfilled, and meanwhile, the accuracy and timeliness of control are ensured.
3. According to the invention, the vibration sensor connected with the control module is arranged on the surface of the lampshade, and the control module is connected with the voice interaction module, so that more lamp control modes are provided, a user can realize the lighting or extinguishing operation of the lamp by flapping the lampshade or through voice control, and the intelligent controllability of the whole lamp is further improved.
Drawings
FIG. 1 is a schematic view of the present invention;
FIG. 2 is a functional block diagram of the present invention;
FIG. 3 is a schematic flow chart of the method of the present invention;
the symbols in the figure illustrate: 1. base, 2, moon shape lamp shade, 3, trinity RGB lamp pearl, 4, control module, 401, RGB current conversion unit, 5, wireless communication module, 6, user terminal, 601, colour selection module, 7, controllable switch, 8, power module, 9, vibration sensor, 10, the mutual module of pronunciation, 11, electronic digital alarm clock.
Detailed Description
The invention is described in detail below with reference to the figures and specific embodiments.
Examples
As shown in fig. 1 and 2, the intelligent remote interactive moon lamp comprises a base 1, wherein a moon-shaped lampshade 2 is arranged on the base 1, the moon-shaped lampshade 2 is manufactured into a moon-shaped lampshade by using a 3D printing technology, the moon-shaped lampshade is attractive in appearance, the moon-shaped lampshade is designed in a moon-imitating manner, and romantic elements sharing the moon in miles are added, so that the feeling of humanity can be enhanced.
Install trinity RGB lamp pearl 3 in the moon shape lamp shade 2, trinity RGB lamp pearl 3 is connected with control module 4, control module 4 is connected to user terminal 6 and the control module of another moon lamp respectively through wireless communication module 5, control module 4 still is connected to controllable switch 7's control end, controllable switch 7's both ends are connected to power module 8 respectively, trinity RGB lamp pearl 3, control module 4 is used for receiving the light colour instruction that comes from user terminal 6 and the light interactive instruction that comes from another moon lamp control module, and output corresponding control signal respectively and give trinity RGB lamp pearl 3, controllable switch 7, with the current value of control trinity RGB lamp pearl 3, control on and off of controllable switch 7, thereby realize the change of trinity RGB lamp pearl 3 light colour luminance and the point of RGB lamp pearl 3 and extinguish.
Specifically, a color selection module 601 is installed on the user terminal 6, the color selection module 601 is used for receiving color selection operation of a user and outputting a corresponding light color instruction to the control module 4, an RGB current conversion unit 401 is arranged in the control module 4, the RGB current conversion unit 401 is used for converting an RGB value of the light color instruction into a corresponding current value and outputting the converted current value to the three-in-one RGB lamp bead 3, chips of three colors of red, green and blue are placed in the three-in-one RGB lamp bead, and the luminous intensity of the three colors can be changed by changing the current passing through the three chips, so that the continuous change of the light color is realized, in the embodiment, the three-in-one RGB lamp bead 3 specifically selects a light macro chip red, green and blue three-in-one RGB lamp bead JH-1RGB14J30-S2;
the power module 8 includes a battery unit, and the battery unit is connected with the commercial power through a charging interface.
In addition, for further promoting the intelligent controllability of lamps and lanterns, install vibration sensor 9 on lunar lamp shade 2, vibration sensor 9 is connected with control module 4, vibration sensor 9 is used for gathering the patting signal on lunar lamp shade 2, and transmit the patting signal of gathering for control module 4, control module 4 exports corresponding control signal and gives controllable switch 7, makes trinity RGB lamp pearl 3 light after getting electricity from power module 8;
In this embodiment, the base 1 is further provided with an electronic digital alarm clock 11 to provide time display and timing functions for the user.
The intelligent remote interactive moon lamp is applied to practice, and a specific using method of the intelligent remote interactive moon lamp is shown in fig. 3 and comprises the following steps:
s1, accessing a remote lamp into a network and a user terminal: the moon lamp A and the moon lamp B are respectively accessed to a network and a user terminal through respective wireless communication modules, wherein the moon lamp A and the moon lamp B are two remote lamps;
s2, pairing the lamps in different places: the first user lights the moon lamp A and uploads the lighting pairing information to the wireless network, the second user obtains the lighting pairing information from the wireless network, then lights the moon lamp B and uploads the pairing success information to the wireless network, and therefore pairing of the moon lamp A and the moon lamp B is completed;
similarly, if the second user lights the moon lamp B and uploads the lighting pairing information to the wireless network, the first user acquires the lighting pairing information from the wireless network, then lights the moon lamp A and uploads the pairing success information to the wireless network, so that pairing of the moon lamp B and the moon lamp A is completed;
s3, remote control interaction of the remote lamp: the method comprises the steps that a first user selects light color at a user terminal, a control module of a moon lamp A changes the light color of the moon lamp A by controlling the current, and simultaneously transmits current control information to a control module of a moon lamp B through a wireless communication module, so that the control module of the moon lamp B synchronously controls and changes the light color of the moon lamp B correspondingly;
similarly, if the second user selects the light color at the user terminal, the control module of the moon lamp B changes the light color of the moon lamp B by controlling the magnitude of the current, and simultaneously transmits the current control information to the control module of the moon lamp a through the wireless communication module, so that the control module of the moon lamp a synchronously and correspondingly controls and changes the light color of the moon lamp a;
s4, canceling the pairing of the lamps at different places: the first user extinguishes the moon lamp A and uploads the extinguishment information to the wireless network, at the moment, the moon lamp A and the moon lamp B are in a pairing cancellation state, the second user obtains the extinguishment information from the wireless network, and then the moon lamp B can be automatically selected to be extinguished or kept in a lighting state;
similarly, if the second user extinguishes the moon lamp B and uploads the extinguishment information to the wireless network, and the moon lamp B and the moon lamp a are in a pairing cancellation state at this time, the first user acquires the extinguishment information from the wireless network, and then can autonomously select to extinguish the moon lamp a or keep the moon lamp a in an on state.
In summary, according to the intelligent remote interactive moon lamp provided by the invention, after two different-place lamps are successfully paired, one of the two lamps lights up, and the lighting signal can be transmitted to the control module of the other lamp by using the wireless communication module, so that the other lamp can be remotely controlled to light.
When actual remote control is interacted, the system is mainly divided into three parts of control, communication and feedback:
1. the control part:
the circuit receives a switching instruction from the voice interaction module and the singlechip;
the circuit receives a flapping signal from the surface of the lampshade, and changes a light intensity instruction, and the sensor;
a circuit for receiving a command from a user terminal to continuously change color;
2. part of wireless communication technology
The wireless communication module forms a local area network between the control modules of the two lamps and the user terminal through the wireless router, so that synchronization of data and control instructions is realized.
3. Feedback section
Receiving a dual-port input instruction from the wireless communication module, and applying the instruction to the control module again to realize dual-port control so as to achieve a feedback effect;
after the user terminal is connected with the lamp, the color of the light can be changed by rotating the color disc, and a color changing instruction is transmitted to another lamp through the wireless communication module and the control module, so that double-end control is realized;
the hardware part of the color serialization technology is mainly divided into a color change realization device and a software turntable control part:
(1) Color change realizing device
The chips of red, green and blue colors are placed in one lamp bead, light is controlled through current conduction, luminous intensity of the three colors is changed through changing the current passing through the three chips, and color serialization is achieved.
(2) Software turntable control module
After a certain color is determined, the user terminal automatically identifies the RGB value of the color, the control module converts the RGB value into current values passing through each chip through an algorithm, transmits the current values to the lamp, and realizes continuous color change through a designed circuit.
After this embodiment utilizes wireless network to realize that allopatric lamps and lanterns bind, realize long-range interaction through the light control to lamps and lanterns, many parties hold the lamp, if lamps and lanterns are lighted to one end (luminance is the one-level), other parties can light own lamp as the response, both sides lamps and lanterns simultaneously luminance promotion (luminance is the second grade), be connected with the other party through the cell-phone webpage, after both parties pair successfully, can realize remote control, and the colour through cell-phone webpage control lamp, realize the colour serialization, pair the back, both sides colour can realize the synchronous change, transmit different emotional feelings with this:
1) The lamps are connected into a wireless network, and the small programs of the user terminals bind the lamps;
2) The first user turns on the lamp A and simultaneously turns on the lamp B matched with the lamp A (at the moment, the lamps are the same in primary brightness);
3) In response to the second user turning on light B, light a, light B become brighter (both secondary brightness) at the same time;
4) In the using process, the RGB color plates can be adjusted through the small program interface, the color temperature of the lamp can be adjusted, and different moods or special meanings can be transferred by different colors;
5) When the lamp A and the lamp B are not used any more, the second user turns off the lamp B, and the lamp A and the lamp B are reduced to first-level brightness;
6) The second user can cancel the pairing through the applet, then the lamp B is turned off, the lamp a still maintains the level brightness, and the first user can also turn off the lamp a by himself.
The intelligent remote interactive moon lamp combines a wireless transmission technology and a color change persistence technology, and mainly realizes the functions of multi-party control, networking control, mutual response and continuous color change;
the intelligent remote interactive moon lamp provided by the invention can be used as follows: people who are kept, lovers, girlfriends and relatives in different places and people who cannot gather because of epidemic situations, the remote control system is added into the lamp to strengthen interaction, so that people feel the acquiescent accompany and care of the other party in a unique communication mode exceeding space, and the happiness is improved;
the intelligent remote interactive moon lamp can be controlled by a small program at a user terminal: the mobile phone is bound with the lamp, and the lamp is connected to the network, so that the remote control of the mobile phone can be realized;
the intelligent remote interactive moon lamp has the advantages that the appearance is attractive by using a 3D printing technology, the beautiful wish of sharing the moon in miles is transferred, the metal support and the color paint are adopted for manufacturing, the arc design is adopted, and the texture of the lamp is improved;
the intelligent remote interactive moon lamp provided by the invention has the following color lights: the RGB adjustment design enhances the interaction interest, meets personal preference and can create various atmospheres. In the using process, the RGB color plates can be adjusted through a small program interface, the color temperature of the lamp can be adjusted, and different moods or special meanings can be transmitted by different colors;
in addition, the intelligent remote interactive moon lamp can also be customized in appearance and function, and is designed according to the requirements of different people.
Claims (9)
1. The utility model provides a use method of long-range interactive moon lamp of intelligence, is applied to long-range interactive moon lamp of intelligence, includes base (1), its characterized in that, be provided with moon shape lamp shade (2) on base (1), install trinity RGB lamp pearl (3) in the moon shape lamp shade (2), trinity RGB lamp pearl (3) are connected with control module (4), control module (4) are connected to user terminal (6) and control module (4) of another moon lamp respectively through wireless communication module (5), control module (4) still are connected to the control end of controllable switch (7), the both ends of controllable switch (7) are connected to power module (8), RGB lamp pearl (3) respectively, control module (4) are used for receiving the light colour instruction that comes from user terminal (6) and come from the light interactive instruction of another moon lamp control module (4), and output corresponding control signal respectively for RGB power module (3), controllable switch (7) to the current value of controlling trinity lamp pearl (3), the controllable three-in-one power switch (7) and turn off with the controllable lamp pearl (3) of controllable lamp, thereby realize that the lamp pearl turns on and turn off the luminance point changes RGB lamp pearl (3) and turn-off;
the using method comprises the following steps:
s1, respectively accessing a moon lamp A and a moon lamp B to a network and a user terminal through respective wireless communication modules, wherein the moon lamp A and the moon lamp B are two remote lamps;
s2, the first user lights the moon lamp A and uploads the lighting pairing information to the wireless network, the second user obtains the lighting pairing information from the wireless network, then lights the moon lamp B and uploads the pairing success information to the wireless network, and therefore pairing of the moon lamp A and the moon lamp B is completed;
similarly, if the second user lights the moon lamp B and uploads the lighting pairing information to the wireless network, the first user acquires the lighting pairing information from the wireless network, then lights the moon lamp A and uploads pairing success information to the wireless network, and therefore pairing of the moon lamp B and the moon lamp A is completed;
s3, the first user selects the light color at the user terminal, the control module of the moon lamp A changes the light color of the moon lamp A by controlling the current, and the control module of the moon lamp A simultaneously transmits the current control information to the control module of the moon lamp B through the wireless communication module, so that the control module of the moon lamp B synchronously controls and changes the light color of the moon lamp B correspondingly;
similarly, if the second user selects the light color at the user terminal, the control module of the moon lamp B changes the light color of the moon lamp B by controlling the magnitude of the current, and simultaneously transmits the current control information to the control module of the moon lamp a through the wireless communication module, so that the control module of the moon lamp a synchronously and correspondingly controls and changes the light color of the moon lamp a;
s4, the first user extinguishes the moon lamp A and uploads extinguishment information to the wireless network, at the moment, the moon lamp A and the moon lamp B are in a pairing cancellation state, the second user obtains extinguishment information from the wireless network, and then the moon lamp B can be automatically selected to be extinguished or kept in a lighting state;
similarly, if the second user extinguishes the moon lamp B and uploads the extinguishment information to the wireless network, and at this time, the moon lamp B and the moon lamp a are in a pairing cancelled state, the first user acquires the extinguishment information from the wireless network, and then can autonomously select to extinguish the moon lamp a or keep the moon lamp a in a lighting state.
2. The use method of the intelligent remote interactive moon light, as claimed in claim 1, wherein the user terminal (6) is installed with a color selection module (601), and the color selection module (601) is used for receiving the color selection operation of the user to output a corresponding light color command to the control module (4).
3. The use method of the intelligent remote interactive moon lamp according to claim 2, wherein an RGB current conversion unit (401) is arranged in the control module (4), the RGB current conversion unit (401) is used for converting RGB values of the light color command into corresponding current values and outputting the converted current values to the three-in-one RGB lamp beads (3).
4. The use method of intelligent remote interactive moon lamp as claimed in claim 1, wherein, install vibration sensor (9) on moon globe (2), vibration sensor (9) are connected with control module (4), vibration sensor (9) are used for gathering the beat signal on moon globe (2), and transmit the beat signal of gathering for control module (4), and control module (4) output corresponding control signal gives controllable switch (7), makes trinity RGB lamp pearl (3) light up after power module (8) gets electricity.
5. The use method of the intelligent remote interactive moon lamp is characterized in that the control module (4) is further connected with a voice interaction module (10), the voice interaction module (10) is used for receiving and recognizing voice signals from users, the control module (4) outputs corresponding control signals to the controllable power switch (7) according to the voice signals of the users, and the three-in-one RGB lamp beads (3) are lightened after being powered on from the power module (8) or are turned off after being powered off.
6. The use method of the intelligent remote interactive moon lamp according to claim 1, wherein the power module (8) comprises a battery unit, and the battery unit is connected with commercial power through a charging interface.
7. Use method of an intelligent remote interactive moon light according to claim 1, wherein said base (1) is equipped with an electronic digital alarm clock (11).
8. The use method of the intelligent remote interactive moon lamp as claimed in claim 1, wherein the three-in-one RGB lamp bead (3) is a light macro chip red, green and blue three-in-one RGB lamp bead JH-1RGB14J30-S2.
9. Use method of an intelligent remote interactive moon light according to claim 5, wherein the voice interaction module (10) is a Bluetooth intelligent sound box.
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