CN114109870A

CN114109870A - Multi-functional intelligent fan lamp

Info

Publication number: CN114109870A
Application number: CN202110502617.3A
Authority: CN
Inventors: 卓见
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-19
Filing date: 2021-05-09
Publication date: 2022-03-01
Also published as: CN217682341U; WO2022016961A1

Abstract

The patent of the invention provides a multifunctional intelligent fan lamp, which comprises: the intelligent control system comprises a fan unit, a lighting unit and an intelligent control system; compared with the prior art, due to the adoption of a modular combination design and the arrangement of the fan blade linkage mechanism, the fan blades can be invisible, the integral decoration effect is good, the expansion and the contraction of the fan blades are more flexible and controllable, and the fan blades are not clamped, and due to the arrangement of the air ring control unit, the ceiling fan module has the functions of air drying, blowing and air exchange, so that the use range and the period are increased; because the fan blade buffer is arranged, each wind ring can create vivid natural wind; the intelligent control system is arranged to realize the arbitrary switching between the automatic control mode and the active control mode, short-range control can be realized through a remote controller or a voice password, remote control can be realized through a mobile phone APP, automatic control can be realized through a detector, and multi-scene application can be generated through an interconnection mode; the design of saving space, strong function and multiple purposes makes people really new.

Description

Multi-functional intelligent fan lamp

Technical Field

The invention belongs to the field of fan lamps, and particularly relates to an application of an intelligent fan lamp.

Background

Along with the improvement of urbanization and living standard, the popularization and application of 5G internet of things technology, especially in the era of interconnection of everything, intelligent electric equipment such as intelligent lamplight, intelligent sound boxes, intelligent multimedia, intelligent fans and the like gradually enter common families, wherein ceiling fans and ceiling lamps are used as necessary household articles, and the intelligent and multipurpose functional requirements are rapidly strengthened; for example: because the sensible temperature has great relevance with the wind speed, in practical application, even an air-conditioned room is provided with a fan; in particular in cities with poor air quality, people cannot widely open windows for a long time, the demand for simulating natural wind is increasing day by day, and ventilation and air exchange are required all the year round; the demand for the air drying function of clothes and the like in the fast-paced life of the city is more and more urgent; the fan blades are still opened when the ceiling fan is not used, so that the ceiling fan is not attractive and easy to adhere dust and is difficult to clean; moreover, especially in the era of interconnection of everything, people have more urgent intelligent demands for intelligent lights, intelligent sound boxes, intelligent multimedia, intelligent fans, intelligent protection and the like, but especially in the decoration of medium and small households, more electric appliances have space conflict in installation; therefore, the development direction of household appliances is intensified and multipurpose, and the fan lamp in the current market is only a simple combination of a ceiling fan and a ceiling lamp, has single function and cannot meet the requirements of people on intelligent life at the current stage; therefore, an intelligent, multifunctional, intensive and invisible fan lamp is required to be produced.

Disclosure of Invention

In order to overcome the limitation of the existing fan lamp and meet the daily intelligent life requirements of people, the invention aims to provide the multifunctional intelligent fan lamp.

Technical solution

A multi-functional smart fan lamp, comprising: the intelligent control system comprises a fan unit, a lighting unit and an intelligent control system; the intelligent control system is respectively connected with the fan unit and the lighting unit; the intelligent control system comprises an automatic control unit and an active control unit; the automatic control unit is used for automatically controlling the working unit, and the active control unit is used for actively controlling the working unit; both control units can perform separate, combined and freely switching applications.

The above, further comprising a speech unit comprising: the Bluetooth sound box and the sound pick-up are formed and comprise an automatic voice mode and an active voice mode; wherein the lighting unit comprises an automatic lighting mode and an active lighting mode; the fan unit includes an automatic fan mode and an active fan mode.

Above-mentioned wherein, a multi-functional intelligent fan lamp still includes the stealthy unit of a flabellum by: the device comprises a movable disc, a fixed disc, a driving disc, a V-shaped wheel set, a return spring, an iron blocking piece and a magnetic blocking rod; wherein, a driving plate, a V-shaped wheel set, a return spring and a magnetic stop lever are arranged on the fixed plate; the drive plate is composed of a fan blade rotating shaft, drive plate internal teeth, a drive plate bearing, drive plate external teeth and a drive plate clamping groove; the inner teeth of the drive plate are connected with the fan blades through fan blade rotating shafts, the fan blade rotating shafts are arranged in drive plate bearings, the outer teeth of the drive plate are arranged outside the drive plate bearings, drive plate clamping grooves are formed in the outer teeth of the drive plate, and the inner teeth of the drive plate stir the drive plate clamping grooves to enable the outer teeth of the drive plate to rotate after rotating for a certain angle; wherein the outer side of the movable disc is provided with outer teeth of the movable disc which are connected with the outer teeth of the driving disc; wherein the fixed disc is provided with a V-wheel set, and the movable disc is arranged on the V-wheel set; the return spring provides a closing force for the fan blades, one end of the return spring is fixed on the movable disc, and the other end of the return spring is fixed on the fixed disc; the iron blocking piece is arranged on the inner side of the fan blade, the magnetic blocking rod is arranged on the fixed disc, and when the fan blade is at the tail stage of folding, the magnetic blocking rod attracts the iron blocking piece to enable the fan blade to be folded.

The multifunctional intelligent fan lamp further comprises a wind ring control unit, wherein the wind ring control unit is composed of a wind ring sliding chute, a wind ring buffer, a wind ring controller group and a wind controller system module; wherein, the wind ring sliding groove and the wind ring buffer are arranged on the movable disc, and the wind ring controller group and the wind ring control system module are arranged on the fixed disc. Its wind accuse ware system module links to each other with wind circle automatic control unit, wind circle initiative the control unit through wireless module, contains: an active control mode and an automatic control mode; wherein the wind circle controller comprises: the wind controller comprises a wind controller shell, a wind controller T-shaped column, a wind controller electromagnetic coil and a wind controller spring; the device is used for realizing the control of wind direction and blowing area; wherein the simulation of the required natural wind is realized by the wind ring buffer.

Above-mentioned wherein, intelligent control system by: the intelligent control system comprises an AI module, an active instruction unit, an automatic instruction unit, a wireless module, an environment detection module, a human body detection module, a controller module, a triode unit, an electronic switch unit, a switch detection module and a power module; the AI module is respectively connected with the active instruction unit, the automatic instruction unit, the triode unit, the electronic switch unit, the switch detection module, the wireless module, the environment detection module, the human body detection module and the power module and is responsible for collecting, calculating, storing and distributing information; the triode unit is responsible for switching control channels, one pole of the triode is connected with the controller module, and the other two poles of the triode are respectively connected with the automatic instruction unit and the active instruction unit; the controller module is connected with the working unit; wherein the active control unit is composed of: the device comprises a fan active instruction unit, a lighting active instruction unit, a voice active instruction unit and a wind ring active instruction unit; wherein the automatic control unit is composed of: the automatic fan instruction unit, the automatic illumination instruction unit, the automatic voice instruction unit and the automatic wind ring instruction unit.

Above-mentioned wherein, intelligence control system still includes an automatic control system, by: the device comprises an AI module, an automatic instruction unit, a human body detection module, an environment detection module, a triode unit and an electronic switch unit controller module; the AI module is connected with the automatic instruction unit, the human body detection module, the environment detection module, the triode unit, the electronic switch unit and the controller module; wherein the control module is connected with the working unit; firstly, an automatic program instruction is set, after the system is started, when a target working condition value meets a set value, the working unit automatically operates according to the automatic control instruction, and when the target working condition value changes and reaches the set value, the working state of the working unit changes accordingly.

Above-mentioned wherein, intelligence control system still includes an active control system, by: the intelligent controller comprises an AI module, an active instruction unit, a triode unit, an electronic switch unit and a controller module; the AI module is connected with the active instruction unit, the triode unit, the electronic switch unit and the controller module; wherein the control module is connected with the working unit; firstly, setting an active control instruction, after a system is started, selecting the required active control instruction by using a remote controller, a mobile phone or a voice password according to the requirement, and then operating a working unit according to the active control instruction; when the active control instruction is cancelled or switched, the working state of the working unit is changed accordingly.

The multifunctional intelligent fan lamp further comprises a daily mode, an etiquette mode and a defense mode; wherein, the daily mode is: firstly, setting a fan unit and a lighting unit as an automatic control mode, setting a voice unit as an active control mode, and when insufficient light reaches a set value of a light detector and a person exists, starting the lighting unit and automatically adjusting a light controller to enable the lightness to be self-adaptive; when the room temperature reaches the set value of the temperature detector, the fan unit is automatically started, the rotating speed of the fan is controlled by the frequency converter to change along with the change of the room temperature, the wind direction of the fan unit is controlled by the wind ring controller to change along with the movement of the service object, and the wind ring is closed when the service object leaves the time delay; the voice unit is normally opened, and voice files can be played through the Bluetooth function of the mobile phone.

Wherein, the etiquette mode is: the method comprises the steps that firstly, a fan unit, an illumination unit and a voice unit are set to be in an automatic mode, when light is insufficient and reaches a set value of a light detector and a person exists, the illumination unit is started, a light controller enables brightness to be self-adaptive, meanwhile, the voice unit sends out preset welcome phrases through a player, when the room temperature reaches a set value of a temperature detector, the fan unit is started, the fan unit is automatically adapted to wind speed under the control of a frequency converter, the wind ring controller automatically adapts to a wind ring, when the person leaves a detection area of an infrared detector, the illumination unit is turned off in a delayed mode, the fan unit is turned off in a delayed mode, and when a radar detector detects that a service object is gradually far away, the voice unit sends out a guest sending phrase through the player.

The defense mode is as follows: firstly, setting a lighting unit and a voice unit into an automatic control mode, and setting a fan unit into a closed state; when a person invades, the lighting unit is automatically started, meanwhile, the voice unit sends out preset deterrent terms through the player, and meanwhile, the on-off state of the electronic switch 2 is sent to the AI module through the switch detection module and is reported to a mobile phone user through the wireless module; because the power module is internally provided with the storage battery, people in a room can be disguised by remotely controlling the lamp to be turned on and off through the mobile phone APP when a user goes out for a long time, and the anti-theft purpose is achieved.

Above-mentioned wherein, when integrateing smoke detector, camera, multimedia projector in wherein, a multi-functional smart fan lamp has fire prevention alarm, control discernment and home theater function promptly.

The beneficial effects of the invention are: the patent of the invention provides a multifunctional intelligent fan lamp, which comprises: the intelligent control system comprises a fan unit, a lighting unit and an intelligent control system; compared with the prior art, due to the adoption of a modular combination design and the arrangement of the fan blade linkage mechanism, the fan blades can be invisible, the integral decoration effect is good, the expansion and the contraction of the fan blades are more flexible and controllable, and the fan blades are not clamped, and due to the arrangement of the air ring control unit, the ceiling fan module has the functions of air drying, blowing and air exchange, so that the use range and the period are increased; because the fan blade buffer is arranged, each wind ring can create vivid natural wind; the intelligent control system is arranged to realize the arbitrary switching between the automatic control mode and the active control mode, short-range control can be realized through a remote controller or a voice password, remote control can be realized through a mobile phone APP, automatic control can be realized through a detector, and multi-scene application can be generated through an interconnection mode; the design of saving space, strong function and multiple purposes makes people really new.

Drawings

FIG. 1 is a cross-sectional view of the internal structure of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 2 is a bottom view of an embodiment of an intelligent invisible fan lamp according to the present invention;

FIG. 3 is a top view of a fan blade linkage mechanism of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 4 is a bottom view of a fan blade linkage mechanism of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 5 is a schematic cross-sectional view of a dial of a fan blade linkage mechanism of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 6 is a bottom view of a dial of a fan blade linkage mechanism of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of the A1, A5, A6 and A7 wind ring controllers of the intelligent invisible fan lamp according to the embodiment of the present invention;

FIG. 8 is a schematic diagram of the opening of the A2, A3 windband controller of the intelligent stealth fan light according to the present invention;

FIG. 9 is a schematic diagram of the closing of the A2, A3 windband controls of the smart stealth fan light of an embodiment of the present patent;

FIG. 10 is a schematic structural diagram of an A4 wind ring controller of an intelligent invisible fan lamp according to an embodiment of the present invention;

FIG. 11 is a schematic view of a multi-wind ring of an intelligent stealth fan lamp according to an embodiment of the present patent;

FIG. 12 is a diagram of a control model of an intelligent invisible fan lamp according to the present invention;

FIG. 13 is a circuit diagram of an intelligent stealth fan light according to an embodiment of the present patent;

wherein: 100, a power module, 110, a lighting unit, 111, a bottom shell, 112, a lamp shade, 113, a light source, 120, a voice unit, 121, a Bluetooth sound box, 131, a speed reducing motor, 132, transmission teeth, 133, fixed teeth, 134, a limiting rod, 140, a working unit, 141, an intelligent camera, 142, a multimedia projector, 143, a smoke sensor;

200. an intelligent control system, 201, an AI module, 202, a switch detection module; 210. the remote control system comprises an electronic switch unit 211, electronic switches 1 and 212, electronic switches 2 and 213, electronic switches 3 and 214, electronic switches 4 and 220, a wireless module 221, a wireless transmitting module 222, a wireless receiving module 223, a liquid crystal display module 224, a control module 225, a battery 226, a remote control panel 227, a remote control shell 228, function keys 229 and a key indicator light;

230. the system comprises a triode unit, 231

triodes

1 and 232, 2 and 233, 3 and 240, an environment detection module, 241, a temperature detector, 242, a light detector and 243, a sound pickup; 250. the system comprises a controller module, a frequency converter 251, a light controller 252, a player 253, a human body detection module 260, an infrared detector 261 and a radar detector 262; 271, a1 windband controller, 272, a2 windband controller, 273, A3 windband controller, 274, a4 windband controller, 275, a5 windband controller, 276, a6 windband controller, 277, a7 windband controller; 280. an automatic instruction unit 281, a fan automatic instruction unit 282, a lighting automatic instruction unit 283, a voice automatic instruction unit 284, a wind ring automatic control unit; 290. an active command unit, 291, a fan active command unit, 292, a lighting active command unit, 293, a voice active command unit, 294, a wind ring active command unit;

300. the wireless charging and transmitting device comprises a fan unit, a base, a suspender, a motor, a fan blade, a steel baffle plate, a middle shaft and a wireless charging and transmitting module, wherein the fan unit comprises 301, a base, 302, a suspender, 303, a motor, 305, a fan blade, 306, an iron baffle plate, 307, a middle shaft and 308; 310. a fan blade invisible mechanism 311, a fixed disc 312, a wind ring sliding groove 313, a V wheel set 314, a return spring 315, a magnetic stop lever 316, a movable disc 317 and movable disc external teeth;

320. a dial, 321, a fan blade rotating shaft, 322, dial inner teeth, 324, dial outer teeth and 325, dial clamping grooves; 330. a wind controller unit, 331, a wind controller T-shaped column, 332, a wind controller electromagnetic coil, 335, a wind controller shell, 336, a wind controller spring; 337. the system comprises a battery module, 338, a wind controller control module, 339, a wireless charging receiving module; 341. a bumper spring seat, 342, a bumper spring, 343, a bumper T-shaped post;

a1 is a wind circle controller 1, a2 is a wind circle controller 2, A3 is a wind circle controller 3, a4 is a wind circle controller 4, a5 is a wind circle controller 5, a6 is a wind circle controller 6, a7 is a wind circle controller 7, and A8 is a wind circle controller 8; f1 is an air drying mode (1-2 m wind circle), F2 is a short distance blowing (2-3 m wind circle), F3 is a long distance blowing (3-5 m wind circle), and F4 is a ventilation mode (5-10 m wind circle); q1 is open end, Q2 is close end, T1 is remote controller, T2 is mobile phone.

Detailed Description

A multi-functional smart fan lamp, comprising: fan unit 300, lighting unit 110, intelligent control system 200; the intelligent control system 200 is respectively connected with the fan unit 300 and the lighting unit 110; the intelligent control system 200 includes an automatic control unit and an active control unit; wherein the automatic control unit is used for automatically controlling the working unit 140, and the active control unit is used for actively controlling the working unit; both control units can perform separate, combined and freely switching applications. In order to make the technical scheme of the invention better understood by those skilled in the art, the invention is further described in detail with reference to the attached drawings.

Embodiment 1, as shown in fig. 1 to 13, when the present invention is a multifunctional intelligent stealth fan lamp, it is characterized by comprising: the intelligent control system comprises a fan unit 300, a lighting unit 110, a voice unit 120, a power supply module 100 and an intelligent control system 200; wherein the fan unit 300 is provided with the lighting unit 110 and the voice unit 120. The fan unit package comprises a fan module and a fan blade invisible mechanism 310 and a wind ring control unit 330.

As shown in fig. 13, wherein the speech unit 120 is composed of: the bluetooth sound box 121 and the sound pickup 243 comprise an automatic voice mode and an active voice mode; the bluetooth speaker 121 is connected to the player 253 and the electronic switch 3 (213), the triode 3 (233) is connected to the player 253, the automatic voice command unit 283 and the active voice command unit 293, and is disposed in the lampshade 112, and the sound pick-up 243 is disposed on the lampshade 112 or the remote controller T1.

The active voice mode is that the voice unit 120 is firstly opened by using a remote controller T1, a cell phone T2 or a voice command, the required voice can be played by using a cell phone T2, and AI voice can be realized by using the sound pickup 243; the automatic voice mode is that the voice unit 120 is firstly opened by using a remote controller T1, a mobile phone T2 or a voice command, then preset voice 1 and preset voice 2 are recorded by a sound pick-up, then a radar detector is opened, when a service object enters, the preset voice 1 set by the control system is automatically played by a voice player, and the preset voice 2 set by the control system is automatically played when the service object leaves, so that the automatic voice mode can be used for reception of etiquettes, anti-theft security protection, AI conversation and the like.

Wherein the illumination unit 110 is composed of a lamp housing 112 and a light source 113; comprises the following steps: an automatic lighting mode and an active lighting mode;

wherein the light source 113 is connected with the light controller 252 and the electronic switch 2 (212); the transistor 2 (232) is connected with the light controller 252, the illumination automatic instruction unit 282 and the illumination active instruction unit 292, and is arranged in the lamp cover 112. The light source is a variable-color LED light source and has the functions of illumination, atmosphere and night light; the active light unit comprises a daily mode, a romantic mode and a night light mode; the daily mode is that firstly, the illumination light source and the light controller 252 are turned on by using a remote controller T1, a mobile phone T2 or a voice command, and then the brightness of the illumination light source can be adjusted according to the requirement; the romantic mode is that firstly, the multicolored light source and the light controller 252 are turned on by using a remote controller T1, a mobile phone T2 or a voice command, and the multicolored light source and the light controller can flash according to the frequency of music to create atmosphere; the night lamp mode is that a remote controller T1, a mobile phone T2 or a voice command is used for turning on a part of night lamp light sources and a light controller 252 for night dim light illumination; the automatic light mode is firstly turned on by using a remote controller T1, a mobile phone T2 or a voice command, the control system automatically turns on the light detector 242, the infrared detector 261, the light controller 252 and the illumination light source, then the illumination light source adapts to brightness, the service object is automatically turned on when entering, and is automatically turned off in a delayed manner when leaving.

As shown in fig. 1 and 13, the working units are: fan unit 300, lighting unit 110, voice unit 120; when the smoke sensor 161, the camera 151 and the multimedia projector 152 are integrated, the intelligent invisible fan lamp has the functions of fire alarm, monitoring and identification and home theater.

The above, wherein also includes an angle adjuster, by: the gear motor 131, the transmission gear 132, the fixed gear 133 and the limiting rod 134; the speed reducing motor 131 is fixed on the bottom shell 111 and is provided with a transmission gear 132, the fixed gear 133 is fixed on the hanging rod 302 and is provided with a limiting rod 134, and the fixed gear 133 is connected with the transmission gear 132; wherein the speed reducing motor 131 is connected with the electronic switch 4 (214) and is responsible for controlling the electronic switch; when the rotation is needed, the remote controller T1 or the mobile phone APP is used to turn on the electronic switch 4 (214), at this time, the gear motor 131 drives the transmission gear 132 to start rotating, the transmission gear 132 shifts the fixed gear 133 to rotate, so that the bottom case rotates, the rotation is stopped when the limiting rod 134 contacts the transmission gear 132, and when the electronic switch 4 (214) is started again, the gear motor 131 performs reverse rotation, so that the angle adjusting task is completed.

As shown in fig. 1, 3-6, 11, in which the fan unit 300 is composed of: the fan comprises a fan module, a fan blade invisible mechanism 310 and a wind ring control unit 330; includes an active control mode and an automatic control mode. The fan module includes a base 301, a boom 302, a motor 303, and fan blades 305.

The fan blade hiding unit 310 comprises: the movable plate 316, the fixed plate 311, the dial 320, the V-wheel set 313, the return spring 314, the iron blocking plate 306 and the magnetic blocking rod 315; wherein, a dial 320, a V-wheel set 313, a return spring 314 and a magnetic stop lever 315 are arranged on the fixed plate 311; the dial 320 is composed of a fan blade rotating shaft 321, dial inner teeth 322, a dial bearing, dial outer teeth 324 and a dial clamping groove 325; the dial inner teeth 322 are connected with the fan blades 305 through fan blade rotating shafts 321, the fan blade rotating shafts 321 are arranged in the dial bearings, the dial outer teeth 324 are arranged outside the dial bearings, dial clamping grooves 325 are arranged on the dial outer teeth 324, and the dial inner teeth 324 stir the dial clamping grooves 325 after rotating for a certain angle to enable the dial outer teeth 324 to rotate; wherein, the outer side of the movable plate 316 is provided with a movable plate outer tooth 317 connected with a movable plate outer tooth 324; wherein the fixed plate 311 is provided with a V-wheel set 313, and the movable plate 316 is arranged on the V-wheel set 313; a return spring 314 provides a closing force for the fan blade 305, one end of the return spring is fixed on the movable disc 316, and the other end of the return spring is fixed on the fixed disc 311; the iron stopper 306 is disposed inside the fan blade 305, the magnetic lever 315 is disposed on the fixed plate 311, and when the fan blade 305 is at the end stage of the folding, the magnetic lever 315 attracts the iron stopper 306 to return the fan blade 305. Among these, the dial outer teeth 324 are smaller than several times the gear diameter of the dial 316, so that the extension distance of the buffer spring 314 can be smaller; the design of the inner and outer teeth of the driving plate converts the shifting force of the traditional gear structure into rolling force, changes the stress direction of the driving plate gear and avoids the phenomenon of clamping plates.

The wind ring control unit 330 is composed of a wind ring chute 312, a wind ring buffer, a wind ring controller group and a wind controller system module; wherein, the wind ring sliding groove 312 and the wind ring buffer are arranged on the movable disc 316, and the wind ring controller group and the wind ring control system module are arranged on the fixed disc 311. Its wind accuse ware system module links to each other with wind circle automatic control unit 284, wind circle initiative the control unit 294 through wireless module, contains: an active fan mode and an automatic fan mode.

Wherein the wind circle controller group by: the air ring controller comprises A1, A2, A3, A4, A5, A6, A7 and A8; wherein the wind circle controller comprises: a wind controller shell 335, a wind controller T-shaped column 331, a wind controller electromagnetic coil 332 and a wind controller spring 336; wherein, the wind controller shell 335 is fixed on the fixed plate 311, the wind controller T-shaped column 331, the wind controller electromagnetic coil 332 and the wind controller spring 336 are arranged in the wind controller shell 335; the wind controller electromagnetic coil 332 and the wind controller spring 336 are used for controlling the state of the T-shaped column of the wind controller in the wind ring chute 312, and the sliding distance of the movable disc 316 is controlled by arranging wind ring controllers with different distances, so that the unfolding angle of the fan blade 305 is controlled, and finally the wind direction of the fan blade 305 and the blowing area of the fan blade are controlled; wherein the wind controller T-shaped posts 331 of A1, A5, A6, and A7 default to a retracted state; wherein the wind controller T-shaped column 331 of A2, A3 defaults to an extended state, wherein the wind controller T-shaped column 331 of A4 is always in an extended state.

One or more of the wind ring chutes 312 can be arranged; one for each of the plurality of.

Appeal wherein, the wind controller system module by: the wind controller control module 338, the battery module 337, the wireless charging transmission module 317 and the wireless charging reception module 339; the battery module 337 is responsible for supplying power to the wind controller control module 338, and the wireless charging transmitting module 317 and the wireless charging receiving module 339 are responsible for charging the battery module 337; the wind controller control module is connected with the wind controller electromagnetic coil 332 and used for controlling each wind ring controller; the wind controller control module 338 is provided with a wireless module for receiving wireless commands.

Wherein, the wind circle bumper is by: the buffer spring seat 341, the buffer spring 342 and the buffer T-shaped column 343 are responsible for providing wave power for the fan blades and simulating natural wind in the range of each wind ring; the buffer spring 342 is sleeved on the buffer T-shaped column 343 and arranged in the buffer spring seat 341, and the buffer spring seat 341 is fixed at the Q1 of the wind ring chute 312; when the motor 303 is started to drive the fixed disc 110 to rotate, the fan blades 305 are unfolded by means of inertia force, the driving disc 320 drives the outer teeth 317 of the driving disc to enable the buffer T-shaped column 343 to slide to the outer side of the wind controller T-shaped column 331 and apply pressure to the buffer spring 342, when the wind controller T-shaped column 331 runs to Q1, the driving disc 316 is blocked to stop sliding, and the fan blades 305 stop being unfolded and kept; when the frequency converter 251 is in a disconnected state, the motor 303 stops working, the fan blades 305 rotate by means of inertia, the buffer spring 342 is reset gradually at the moment, the fan blades are in a gradually gathered state when the buffer T-shaped column 331 is driven to be away from the Q1 gradually, and when the wind controller T-shaped column 331 reaches the Q2, the fan blades 305 limited by the wind ring sliding groove 312 stop being gathered and kept; when the frequency converter 251 is communicated, the motor starts to work, the fan blades 305 are in a gradually unfolded state, the buffer spring 342 cannot overcome wind resistance and gradually approaches to the Q1, and the fan blades 305 are limited by the wind ring sliding groove 312 to stop unfolding and keep after the T-shaped column 331 of the wind controller reaches the end point; the frequency of the frequency converter 251 is adjusted to adjust the fluctuation frequency of the fan blades 305, and finally, ideal natural wind is simulated. If the wind ring buffer is not arranged, the reset spring 314 cannot realize obvious fan blade 305 fluctuation blowing feeling no matter the elastic force, and further cannot realize the blowing rhythm dynamic feeling in a plurality of wind ring ranges.

The active fan modes of the fan unit include a dry mode, a close-distance blowing mode, a long-distance blowing mode, and a ventilation mode. Due to the fact that the plurality of wind ring modes are arranged, the wind direction of the fan blades can be adjusted, larger wind power can be achieved by reducing the length of the fan blades and increasing the width of the fan blades, the specification size of the fan is reduced, and batch production is facilitated; the corresponding functional mode can be selected according to the requirement, and the purpose of energy conservation is achieved.

Wherein the close-range blowing mode is as follows: the T-shaped column of the air controller of A2 is in an extending state by default; firstly, the fan unit 300 is started, the motor 303 starts to operate, the fan blades 305 are separated from the attraction of the magnetic blocking rod 315 to be unfolded under the action of inertial centrifugal force, the drive plate inner teeth 322 move towards the right of the drive plate clamping grooves, the wind resistance gradually increases along with the increase of the unfolding angle of the fan blades 305, the drive plate inner teeth 322 drive the drive plate outer teeth 316 to rotate, the return spring 314 is stressed to roll inwards, the buffer spring 342 is stressed and compressed, the Q1 of the wind ring sliding groove 312 slides to the A2 position and stops sliding, the fan blades are unfolded by about 90 degrees, and at the moment, the T-shaped column 331 of the air controller A6 automatically extends out; when the frequency converter 251 is in a disconnected state, the motor 303 stops working, the fan blades 305 rotate by means of inertia, at the moment, the buffer spring 342 and the return spring 314 are in a gradual return state, the fan blades are in a gradual folding state, and when the T-shaped column 331 of the air controller A6 reaches Q2, the fan blades 305 are limited by the air ring sliding groove 312 to stop folding and keeping; when the frequency converter 251 is communicated, the motor starts to work, the fan blades 305 are in a gradually unfolded state, the buffer spring 342 cannot overcome wind resistance and gradually approaches to the Q1, and when the T-shaped column 331 of the A2 reaches the end point, the fan blades 305 are limited by the wind ring sliding groove 312 to stop unfolding and keep; the frequency of the frequency converter 251 is adjusted to adjust the fluctuation frequency of the fan blades 305, and finally, ideal natural wind is simulated. At the moment, the wind direction is straight downward, and the wind ring is about 2-3 meters, so that the wind-driven generator is suitable for bedrooms and small restaurants when people are few.

Wherein the air-drying mode is as follows: the A1 is started, the T-shaped column 331 of the air controller of the A1 overcomes the elasticity of the spring 336 of the air controller to move downwards under the traction of the electromagnetic force of the electromagnetic coil 332 of the air controller, the Q1 of the air coil chute 312 slides to the A1 position to be blocked and kept, the fan blades are unfolded by about 60 degrees, and the A5 is opened at the moment; when the frequency converter 251 is in a disconnected state, the motor 303 stops working, the fan blades 305 rotate by means of inertia, at the moment, the buffer spring 342 and the return spring 314 are in a gradual return state, the fan blades are in a gradual folding state, and when the T-shaped column 331 of the air controller A5 reaches Q2, the fan blades 305 are limited by the air ring sliding groove 312 to stop folding and keeping; when the frequency converter 251 is communicated, the motor starts to work, the fan blades 305 are in a gradually unfolded state, the buffer spring 342 cannot overcome wind resistance and gradually approaches to the Q1, and when the T-shaped column 331 of the A1 reaches the end point, the fan blades 305 are limited by the wind ring sliding groove 312 to stop unfolding and keep; the frequency of the frequency converter 251 is adjusted to adjust the fluctuation frequency of the fan blades 305, and finally, ideal natural wind is simulated. At the moment, the wind direction is the center, and the wind ring is 0-2 m; is suitable for rapid cooling, rapid air drying of clothes, air drying of hair after bathing, etc. when people go out in summer.

Wherein the remote blowing mode is as follows: firstly, opening A2 to enable the T-shaped column of the wind controller to retract inwards; when the Q1 of the wind ring chute 312 slides to the A3 position and is stopped, the fan blades are unfolded by about 135 degrees, and then the A7 is opened; when the frequency converter 251 is in a disconnected state, the motor 303 stops working, the fan blades 305 rotate by means of inertia, at the moment, the buffer spring 342 and the return spring 314 are in a gradual return state, the fan blades are in a gradual folding state, and when the T-shaped column 331 of the air controller A7 reaches Q2, the fan blades 305 are limited by the air ring sliding groove 312 to stop folding and keeping; when the frequency converter 251 is communicated, the motor starts to work, the fan blades 305 are in a gradually unfolded state, the buffer spring 342 cannot overcome wind resistance and gradually approaches to the Q1, and when the T-shaped column 331 of the wind controller of the A3 reaches the end point, the fan blades 305 are limited by the wind ring chute 312 to stop unfolding and keep; the frequency of the frequency converter 251 is adjusted to adjust the fluctuation frequency of the fan blades 305, and finally, ideal natural wind is simulated. At the moment, the wind direction is lateral and outside, and the wind ring is 3-5 meters; is suitable for long-distance blowing. When the A6 is opened without opening the A7, the wind ring is 2-5 meters suitable for being blown by multiple persons.

Wherein the ventilation mode is as follows: firstly, opening A2 and A3 to enable the T-shaped column 331 of the wind controller to retract inwards, and opening A8 when Q1 of the wind ring sliding groove 312 slides to the A4 position and is blocked and kept and the fan blades are unfolded by about 180 degrees; when the frequency converter 251 is in a disconnected state, the motor 303 stops working, the fan blades 305 rotate by means of inertia, at the moment, the buffer spring 342 and the return spring 314 are in a gradual return state, the fan blades are in a gradual folding state, and when the T-shaped column 331 of the air controller A8 reaches Q2, the fan blades 305 are limited by the air ring sliding groove 312 to stop folding and keeping; when the frequency converter 251 is communicated, the motor starts to work, the fan blades 305 are in a gradually unfolded state, the buffer spring 342 cannot overcome wind resistance and gradually approaches to the Q1, and when the T-shaped column 331 of the A3 reaches the end point, the fan blades 305 are limited by the wind ring sliding groove 312 to stop unfolding and keep; the frequency of the frequency converter 251 is adjusted to adjust the fluctuation frequency of the fan blades 305, and finally, ideal natural wind is simulated. At the moment, the wind direction is around, and the wind ring is maximum; is suitable for indoor ventilation.

The automatic fan modes of the fan unit 300 are as follows: after the parameters are set, firstly, the remote controller T1, the mobile phone T2 or a voice instruction one-key are used for starting an automatic control mode, at this time, the system automatically opens the radar detector 262, the temperature detector 241 and the frequency converter 251, the fan unit 300 can automatically change the working mode according to the position of a service object, and can automatically adapt to the rotating speed according to the indoor temperature; the fan unit 300 is automatically turned off when the room temperature is lower than a set value, and the fan unit 300 automatically selects a corresponding wind ring to perform a blowing task when the room temperature reaches the set value and the radar detector 262 detects the entry of a service object, wherein the fan unit automatically turns on a corresponding wind ring mode when the service object moves to the range of other wind rings; the fan unit 300 is automatically turned off when the service object leaves the range covered by the windband.

The default is a short-distance blowing mode, so that the starting frequency of the air ring controller is reduced, and the use is more convenient due to the adoption of the electronic switch. This multiple wind ring design extends the life cycle of the ceiling fan.

As shown in fig. 12-13, wherein the intelligent control system 200 is comprised of: the system comprises an AI module 201, an active instruction unit 290, an automatic instruction unit 280, a wireless module 220, an environment detection module 240, a human body detection module 260, a controller module 250, a triode unit 230, an electronic switch unit 210, a switch detection module 210 and a power supply module 100; the AI module 201 is respectively connected to the active instruction unit 290, the automatic instruction unit 280, the triode unit 230, the electronic switch unit 210, the switch detection module 210, the wireless module 220, the environment detection module 240, the human body detection module 260 and the power module 100, and is responsible for collecting, calculating, storing and distributing information; the triode unit 230 is responsible for switching control channels, one pole of the triode is connected with the controller module 250, and the other two poles of the triode are respectively connected with the automatic instruction unit 280 and the active instruction unit 290; the controller module 250 is connected to the work unit 140.

The active command unit 290 comprises: a fan active command unit 291, a lighting active command unit 292, a voice active command unit 293 and a wind ring active command unit 294; wherein the automatic command unit 280 is formed by: a fan automatic instruction unit 281, a lighting automatic instruction unit 282, a voice automatic instruction unit 283 and a wind ring automatic instruction unit 284; the triode unit 230 comprises: a transistor 1 (231), a transistor 2 (232), and a transistor 3 (233). Wherein the controller module 250 is comprised of: the frequency converter 251, the light controller 252 and the player 253 are responsible for the working unit to work according to a set target; wherein the environment detector module 240 consists of: the temperature detector 241, the light detector 242 and the sound pickup 234 are responsible for collecting real-time environment working condition values; wherein the human body detection module 260 is composed of: the radar detector 262 and the infrared detector 261 are responsible for collecting the position of a real-time object; when the environmental condition value and the object position change to reach the set values, the operating state of the operating unit 140 changes accordingly. Wherein the electronic switch unit 210 is composed of an electronic switch 1 (211), an electronic switch 2 (212), an electronic switch 3 (213) and an electronic switch 4 (214); wherein, the fan unit 300 is connected with the frequency converter 251 and the electronic switches 1 (211), and when a target temperature value is input, the fan unit 300 can automatically work along a target working line; the lighting unit 110 is connected with the light controller 252 and the electronic switch 2 (212), and when a target brightness value is input, the lighting unit 110 automatically works along a target working line; the voice unit 120 is connected to the player 253 and the electronic switch 3 (213), and when the target operating condition value is input, the voice unit 120 automatically operates along the target operating line.

Above-mentioned wherein, control system still includes an automatic control system, by: the AI module 201, the automatic instruction unit 280, the human body detection module 260, the environment detection module 240, the triode unit 230, and the electronic switch unit 210 controller module 250; the AI module 201 is connected to the automatic instruction unit 280, the human body detection module 260, the environment detection module 240, the triode unit 230, the electronic switch unit 210, and the controller module 250; wherein the control module 250 is connected with the working unit 140; firstly, an automatic program instruction is set, after the system is started, when the target working condition value meets the set value, the working unit 140 automatically operates according to the automatic control instruction, and when the target working condition value changes and reaches the set value, the working state of the working unit 140 changes accordingly.

Wherein the control system further comprises an active control system comprising: the AI module 201, the active instruction unit 270, the triode unit 230, the electronic switch unit 210, and the controller module 250; wherein the AI module is connected to the active command unit, the triode unit, the electronic switch unit 210 and the controller module 250; wherein the control module 250 is connected with the working unit 140; firstly, setting an active control instruction, after the system is started, selecting the required active control instruction by using a remote controller T1, a mobile phone APP or a voice password according to the requirement, and then operating the working unit 140 according to the active control instruction; when the active control command is cancelled or switched, the operating state of the operating unit 140 is changed accordingly. Wherein the working unit includes: fan unit 300, lighting unit 110, voice unit 120.

As shown in fig. 12-13, the multifunctional smart fan lamp includes a daily mode, an etiquette mode, and a defense mode.

Example 2, above, wherein the daily pattern is: firstly, the fan unit 300 and the lighting unit 110 are set to be in an automatic control mode, the voice unit 120 is set to be in an active control mode, when insufficient light reaches the set value of the light detector 242 and people exist, the lighting unit 110 is turned on, and the light controller 252 automatically adjusts to enable the brightness to be self-adaptive; when the room temperature reaches the set value of the temperature detector 241, the fan unit 300 is automatically started, the rotating speed of the fan is controlled by the frequency converter 251 to change along with the change of the room temperature, the wind direction of the fan unit 300 is controlled by the wind ring controller to change along with the movement of the service object, and the wind ring is closed when the service object leaves; the voice unit 120 is normally open, and can play voice files through the bluetooth function of the mobile phone.

Embodiment 3, wherein the etiquette mode is as follows: firstly, the fan unit 300, the lighting unit 110 and the voice unit 120 are set to be in an automatic mode, when the light is insufficient and reaches the set value of the light detector 242 and a person exists, the lighting unit 110 is started, the light controller 252 enables the lightness to be self-adaptive, meanwhile, the voice unit 120 sends out preset welcome phrases through the player 253, when the room temperature reaches the set value of the temperature detector 241, the fan unit 300 is started, the wind speed is automatically adapted under the control of the frequency converter 251, the wind ring is automatically adapted under the control of the wind ring controller, when the person leaves the detection area of the infrared detector 261, the lighting unit 110 is delayed to be closed, the fan unit 300 is delayed to be closed, and when the radar detector 262 detects that the service object gradually leaves, the voice unit 120 sends out the passenger phrases through the player 253.

Embodiment 4, the above wherein the defense mode is: firstly, the lighting unit 110 and the voice unit 120 are set to be in an automatic control mode, and the fan unit 300 is set to be in a closed state; when someone invades, the lighting unit 110 is automatically turned on, the voice unit 120 sends out a preset deterrent wording through the player 253, and meanwhile, the on-off state of the electronic switch 2 is sent to the AI module 201 through the switch detection module 202 and is reported to a mobile phone user through the wireless module 220; because the power module 100 is internally provided with the storage battery, people in a room can be disguised by remotely controlling the on and off of the lamp through the mobile phone APP for a long time when the mobile phone APP is out, and the anti-theft purpose is achieved.

The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention, and the multifunctional smart fan lamp defined herein may be implemented in other types of household appliance embodiments, and therefore, the present patent is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles disclosed herein.

Claims

1.A multi-functional smart fan lamp, comprising: the intelligent control system comprises a fan unit, a lighting unit and an intelligent control system; the intelligent control system is respectively connected with the fan unit and the lighting unit; the intelligent control system comprises an automatic control unit and an active control unit; the automatic control unit is used for automatically controlling the working unit, the active control unit is used for actively controlling the working unit, and the two control units can execute independent, combined and freely switched applications.

2.A multifunctional intelligent fan lamp as recited in claim 1, further comprising a voice unit consisting of: bluetooth speaker and adapter constitute, include automatic speech mode and initiative speech mode.

3. The multifunctional intelligent fan lamp of claim 1, wherein the lighting unit comprises an automatic light mode and an active light mode; the fan unit includes an automatic fan mode and an active fan mode.

4.A multifunctional intelligent fan lamp as recited in claim 1, wherein said multifunctional intelligent fan lamp further comprises a fan blade hiding unit consisting of: the device comprises a movable disc, a fixed disc, a driving disc, a V-shaped wheel set, a return spring, an iron blocking piece and a magnetic blocking rod; wherein, a driving plate, a V-shaped wheel set, a return spring and a magnetic stop lever are arranged on the fixed plate; the drive plate is composed of a fan blade rotating shaft, drive plate internal teeth, a drive plate bearing, drive plate external teeth and a drive plate clamping groove; the inner teeth of the drive plate are connected with the fan blades through fan blade rotating shafts, the fan blade rotating shafts are arranged in drive plate bearings, the outer teeth of the drive plate are arranged outside the drive plate bearings, drive plate clamping grooves are formed in the outer teeth of the drive plate, and the inner teeth of the drive plate stir the drive plate clamping grooves to enable the outer teeth of the drive plate to rotate after rotating for a certain angle; wherein the outer side of the movable disc is provided with outer teeth of the movable disc which are connected with the outer teeth of the driving disc; wherein the fixed disc is provided with a V-wheel set, and the movable disc is arranged on the V-wheel set; the return spring provides a closing force for the fan blades, one end of the return spring is fixed on the movable disc, and the other end of the return spring is fixed on the fixed disc; the iron blocking piece is arranged on the inner side of the fan blade, the magnetic blocking rod is arranged on the fixed disc, and when the fan blade is at the tail stage of folding, the magnetic blocking rod attracts the iron blocking piece to enable the fan blade to be folded.

5. A multifunctional intelligent fan lamp as recited in claim 1, wherein said multifunctional intelligent fan lamp further comprises a windband control unit comprising: the wind ring sliding groove, the wind ring buffer, the wind ring controller group and the wind controller system module; the wind ring sliding groove and the wind ring buffer are arranged on the movable disc, and the wind ring controller group and the wind ring control system module are arranged on the fixed disc; its wind accuse ware system module links to each other with wind circle automatic control unit, wind circle initiative the control unit through wireless module, contains: an active control mode and an automatic control mode; wherein the wind circle controller comprises: the wind controller comprises a wind controller shell, a wind controller T-shaped column, a wind controller electromagnetic coil and a wind controller spring; the device is used for realizing the control of wind direction and blowing area; wherein the simulation of the required natural wind is realized by the wind ring buffer.

6. A multifunctional smart fan light as recited in claim 1, and further wherein the smart control system is comprised of: the intelligent control system comprises an AI module, an active instruction unit, an automatic instruction unit, a wireless module, an environment detection module, a human body detection module, a controller module, a triode unit, an electronic switch unit, a switch detection module and a power module; the AI module is respectively connected with the active instruction unit, the automatic instruction unit, the triode unit, the electronic switch unit, the switch detection module, the wireless module, the environment detection module, the human body detection module and the power module and is responsible for collecting, calculating, storing and distributing information; the triode unit is responsible for switching control channels, one pole of the triode is connected with the controller module, and the other two poles of the triode are respectively connected with the automatic instruction unit and the active instruction unit; the controller module is connected with the working unit; wherein the active control unit is composed of: the device comprises a fan active instruction unit, a lighting active instruction unit, a voice active instruction unit and a wind ring active instruction unit; wherein the automatic control unit is composed of: the automatic fan instruction unit, the automatic illumination instruction unit, the automatic voice instruction unit and the automatic wind ring instruction unit.

7. A multi-functional smart fan lamp as recited in claim 1, and further wherein the smart control system further comprises an automatic control system comprising: the device comprises an AI module, an automatic instruction unit, a human body detection module, an environment detection module, a triode unit and an electronic switch unit controller module; the AI module is connected with the automatic instruction unit, the human body detection module, the environment detection module, the triode unit, the electronic switch unit and the controller module; wherein the control module is connected with the working unit; firstly, an automatic program instruction is set, after the system is started, when a target working condition value meets a set value, the working unit automatically operates according to the automatic control instruction, and when the target working condition value changes and reaches the set value, the working state of the working unit changes accordingly.

8. A multifunctional smart fan light as recited in claim 1, further characterized in that the smart control system further comprises an active control system comprising: the intelligent controller comprises an AI module, an active instruction unit, a triode unit, an electronic switch unit and a controller module; the AI module is connected with the active instruction unit, the triode unit, the electronic switch unit and the controller module; wherein the control module is connected with the working unit; firstly, setting an active control instruction, after a system is started, selecting the required active control instruction by using a remote controller, a mobile phone or a voice password according to the requirement, and then operating a working unit according to the active control instruction; when the active control instruction is cancelled or switched, the working state of the working unit is changed accordingly.

9. The multifunctional intelligent fan lamp of claim 1, further comprising a daily mode, an etiquette mode, and a defense mode; wherein, the daily mode is: firstly, setting a fan unit and a lighting unit as an automatic control mode, setting a voice unit as an active control mode, and when insufficient light reaches a set value of a light detector and a person exists, starting the lighting unit and automatically adjusting a light controller to enable the lightness to be self-adaptive; when the room temperature reaches the set value of the temperature detector, the fan unit is automatically started, the rotating speed of the fan is controlled by the frequency converter to change along with the change of the room temperature, the wind direction of the fan unit is controlled by the wind ring controller to change along with the movement of the service object, and the wind ring is closed when the service object leaves the time delay; the voice unit is in a normally open state, and can play voice files through the Bluetooth function of the mobile phone; wherein, the etiquette mode is: the method comprises the steps that firstly, a fan unit, an illumination unit and a voice unit are set to be in an automatic mode, when light is insufficient and reaches a set value of a light detector and a person exists, the illumination unit is started, a light controller enables brightness to be self-adaptive, meanwhile, the voice unit sends out preset welcome phrases through a player, when the room temperature reaches a set value of a temperature detector, the fan unit is started and automatically adapts to wind speed under the control of a frequency converter, a wind ring controller automatically adapts to a wind ring, when the person leaves a detection area of an infrared detector, the illumination unit is delayed to be closed, the fan unit is delayed to be closed, and when a radar detector detects that a service object gradually leaves away, the voice unit sends out a guest-sending phrase through the player; the defense mode is as follows: firstly, setting a lighting unit and a voice unit into an automatic control mode, and setting a fan unit into a closed state; when a person invades, the lighting unit is automatically started, meanwhile, the voice unit sends out preset deterrent terms through the player, and meanwhile, the on-off state of the electronic switch 2 is sent to the AI module through the switch detection module and is reported to a mobile phone user through the wireless module; because the power module is internally provided with the storage battery, people in a room can be disguised by remotely controlling the lamp to be turned on and off through the mobile phone APP when a user goes out for a long time, and the anti-theft purpose is achieved.

10. A multifunctional smart fan light as recited in claim 1, wherein a multifunctional smart fan light has fire alarm, surveillance identification and home theater functions when smoke detector, camera, multimedia projector are integrated therein.