A multifunctional air-conditioning fan light

Abstract

A multifunctional air-conditioning fan light provided by the present invention for invention patent is composed of a fan unit, a lighting unit, a heating unit, a multifunctional water circulation system and an intelligent control system; compared with the prior art, due to the setting of the multifunctional water circulation system and the adoption of physical evaporation refrigeration, it is more environmentally friendly and energy-saving compared with an air-conditioning compressor. When used simultaneously with an air conditioner, it can greatly reduce the cooling index of the air conditioner, and at the same time, it cleverly realizes the functions of controllable micro-humidification, purification physiotherapy and aromatherapy mosquito repellent; due to the setting of the heating unit, the warm air function is realized; due to the setting of the multi-air duct unit for fine management of cold air, natural air and warm air, the overall energy consumption of the machine is lower and the noise is smaller; due to the setting of the intelligent control system, the adaptive functions of the light source brightness, fan speed, air temperature and humidity are realized; the multifunctional air-conditioning fan light of the present invention adopts a modular design and can be combined according to the needs of users to produce products of required functional models, which is very user-friendly; it has the characteristics of multi-purpose in one device, safety and environmental protection, wide application range, cost reduction, intelligence and multi-function, and can be used under non-closed working conditions; the market potential is huge.

Description

Technical Field

[0001] This invention patent belongs to the field of air-conditioning fans, and particularly relates to the application of an air-conditioning fan light. Background Art

[0002] With the improvement of urbanization and living standards, and the popular application of 5G Internet of Things technology, especially in the era of all things connected, intelligent lights, intelligent audio, intelligent fans, etc. will gradually enter ordinary families. Especially in the decoration of small-sized houses, there will be more spatial conflicts in the installation of more electrical appliances; for another example, in a room with few people and a large space, turning on the air conditioner and heater throughout the room is a waste; among them, fans and light sources are essential household items, and their intelligent and multi-purpose functional requirements are being rapidly strengthened; for example: due to the strong correlation between the perceived temperature and wind speed, in actual applications, even in air-conditioned rooms, electric fans will be set; with the progress of technology, people pay more and more attention to multi-dimensional living environments such as air quality, temperature, and humidity. Summary of the Invention

[0004] Technical Problem

[0005] Frequently turning on electric heating equipment in winter will make the air very dry and is not conducive to health; especially in the working conditions of a room with few people and a large space and a non-closed space, it is even more impossible to achieve the purpose of air conditioning by turning on the air conditioner or heater. The water-cooled circulation fans on the market are large in size and noisy, and have single functions; moreover, traditional electric fans and heaters do not have a humidifying function and have a single style; while the ion spray humidifying fans that have emerged on the market have too much ion spray moisture and are extremely prone to condensate leakage problems. Long-term use will cause indoor fabrics to mildew and breed bacteria, and their spray function cannot be applied to the hanging structure for downward spraying; the functions of traditional fan and air-conditioning products are fragmented and cannot meet people's pursuit of multi-dimensional high-quality living environments.

[0006] Technical Solution

[0007] In order to overcome the limitations of existing air-conditioning, heater, and fan light products and meet people's needs for intelligent life, the purpose of the present invention is to provide a multi-functional air-conditioning fan light that is beautiful, energy-saving, intelligent, healthy, and suitable for all seasons; by setting a multi-functional water circulation system, functions such as cold air, purification, aromatherapy, mosquito repellent, and humidification are realized; by setting a heating unit, a warm air function is realized; by setting an overflow tank, the problem of water leakage in the water circulation system is solved; by setting a multi-air duct system, the refined output of cold air, natural air, and warm air is realized, which is more silent and energy-saving; by setting an intelligent control system, functions such as intelligent humidification, intelligent lighting, intelligent voice, intelligent blowing, and intelligent cold and warm air are realized; the required and available needs are realized through modular combination design.

[0008] A multifunctional air-conditioning fan light, comprising a bracket unit, a fan unit and a lighting unit; wherein the bracket unit includes a base, a bracket, a wind tube and an annular chassis; an annular chassis is arranged below the base, and a wind tube is arranged inside the annular chassis; the annular chassis is connected to the base through the bracket; characterized in that, a fan unit, a heating unit, a multifunctional water circulation system, a lighting unit and an intelligent control system are arranged on the bracket unit; wherein the fan unit is arranged on the base and is responsible for convection and blowing; wherein the lighting unit is arranged on the lower side of the annular chassis and is responsible for lighting; wherein the heating unit is sleeved on the base and is responsible for heating air; wherein the multifunctional water circulation system is arranged inside the wind tube and has the functions of cooling, micro-humidifying, antibacterial and mosquito repellent, aromatherapy physiotherapy and air purification; wherein the intelligent control system is arranged inside the base and is respectively connected to the fan unit, the heating unit, the multifunctional water circulation system and the lighting unit, and is responsible for intelligent control thereof.

[0009] Among the above, the fan unit further includes a multi-air duct unit, which is composed of a cold air duct, a warm air duct, a natural air duct and an air duct controller; a capillary evaporator is arranged in the cold air duct, a PTC honeycomb heating element is arranged in the warm air duct, and the natural air duct is a hollow structure; the air duct controller is composed of an air duct baffle and a transmission structure, and is used to generate a warm air mode, a natural cool air mode and a cold air micro-humidifying mode. When the air duct baffle seals the natural air duct and opens the warm air duct, it is the warm air mode; when the air duct baffle seals the warm air duct and opens the natural air duct, it is the natural cool air mode. When the system enters the natural cool air mode and the multifunctional water circulation system is opened, it is the cold air micro-humidifying mode; the air duct baffle can be toggled by hand and can be rotated by a stepping motor; the transmission mechanism is composed of a stepping motor, a transmission gear and an annular internal gear; the stepping motor is connected to the transmission gear, and the transmission gear meshes with the annular internal gear; the annular internal gear is arranged on the air duct baffle; the intelligent control system is connected to the stepping motor; when the intelligent control system detects that the warm air mode needs to be opened, the stepping motor rotates and drives the air duct baffle to move upward towards the natural air duct. At this time, the natural air duct is closed and the warm air duct is opened, and the system enters the warm air mode; when the intelligent control system detects that the cool air mode needs to be opened, the stepping motor rotates and drives the air duct baffle to move upward towards the warm air duct. At this time, the natural air duct is opened and the system enters the natural cool air mode; when the intelligent control system detects that the cold air mode needs to be opened, the system enters the natural cool air mode and at the same time opens the intake valve of the multifunctional water circulation system to make the capillary evaporator filled with evaporation water. At this time, the system enters the cold air micro-humidifying mode.

[0010] Among them, the multifunctional water circulation system is composed of a pressure water tank, a storage water tank, a capillary evaporator, and an automatic water supply unit; a card slot is arranged inside the storage water tank, and when the capillary evaporator is inserted into the card slot, the capillary evaporator is connected to the pure water in the storage water tank; an overflow groove is arranged around the upper opening of the storage water tank; the capillary evaporator is composed of an evaporation mesh and a mesh frame; the evaporation mesh is a degreased cotton mesh, and the mesh frame is a heat-resistant plastic; according to needs, bacteriostatic agents, air fresheners, medical atomizing agents, mosquito repellent functional liquid media are dropped into the pressure water tank and mixed with pure water to generate functional evaporation water, and then the capillary evaporator slowly absorbs and evaporates it through capillary action, so as to achieve the effect of slow release of the functional evaporation water; the automatic water supply unit is composed of a pressure water tank, a storage water tank, and a buoyancy valve; a buoyancy valve is arranged in the storage water tank, and a water inlet pipe and a water outlet pipe are arranged on the buoyancy valve, the water inlet pipe is connected to the pressure water tank, and the water outlet pipe is connected to the storage water tank; the pressure water tank is provided with an air inlet valve and a water injection port; the pressure water tank is arranged above the storage water tank; the air inlet valve can be manually controlled and electronically controlled; when the air inlet valve adopts an electronic air inlet valve, the electronic air inlet valve is connected to the intelligent control system; the water storage capacity of the storage water tank can be controlled by controlling the opening degree of the air inlet valve and thus the air intake volume, and then the water absorption amount of the capillary evaporator can be controlled, and finally the evaporation amount of the evaporation water can be finely managed.

[0011] Among them, a powerful humidification unit is further included in the multifunctional water circulation system; the powerful humidification unit is composed of an atomization chamber, an ionic atomizer, an atomization controller, and a humidity sensor; the intelligent control system is connected to the humidity sensor and the atomization controller; the ionic atomization chamber is a semi-closed cavity composed of a cover plate, a capillary evaporator, and an overflow groove; the steam outlet of the ionic atomizer is arranged inside the atomization chamber; an ultraviolet lamp is arranged on the inner wall of the atomization chamber for sterilizing the atomization chamber to prevent bacteria from growing in the atomization chamber under humid working conditions for a long time.

[0012] Among them, the intelligent control system is composed of an automatic control module, a proactive control module, a human body sensor, and a wireless module, and has an automatic control mode and a proactive control mode; the automatic control module is connected to the human body sensor, and when someone is in the service area, the system can be automatically turned on with an adaptive mode; the proactive control module is connected to the controller unit and the wireless module, and can perform an adaptive function on the fan speed, light source brightness, and air humidity according to the set value; it can be automatically sensed and turned on, can be turned on remotely by a remote control, and can be turned on remotely by an APP.

[0013] Among the above, there is also a voice unit; the voice unit is composed of a Bluetooth speaker, an AI module, and a pickup; the Bluetooth speaker is set on the annular chassis; the pickup is set on the remote control; when the AI module is connected to the intelligent control system, it can perform voice switch servo and Internet AI dialogue through the pickup.

[0014] Among the above, the lighting unit also includes a branchless shadowless lamp unit, which is composed of an annular chassis, an annular light source, a light sensor, branch-shaped sub-light sources, and a dimming module; the annular chassis is provided with an annular light source, branch-shaped sub-light sources, and a dimming module; the intelligent control system is connected to the dimming module, and the dimming module is connected to the annular light source and the branch-shaped sub-light sources; at least 3 groups of branch-shaped sub-light sources are evenly distributed around the annular chassis.

[0015] Among the above, there is also a single-heat intelligent fan lamp, which includes a bracket unit, a fan unit, and a lighting unit; the bracket unit includes a base, a bracket, a wind tube, and an annular chassis; an annular chassis is provided below the base, and a wind tube is provided inside the annular chassis; the annular chassis is connected to the base through the bracket; it is characterized in that the bracket unit is provided with a fan unit, a heating unit, a lighting unit, and an intelligent control system; the fan unit is set on the base and is responsible for convection and blowing; the lighting unit is set on the lower side of the annular chassis and is responsible for lighting; the heating unit is sleeved on the base and is responsible for heating the air; the intelligent control system is set inside the base and is respectively connected to the fan unit, the heating unit, and the lighting unit, and is responsible for intelligent control of them.

[0016] Among the above, there is also a single-cool aromatherapy micro-humidifying fan lamp, which includes a bracket unit, a fan unit, and a lighting unit; the bracket unit includes a base, a bracket, a wind tube, and an annular chassis; an annular chassis is provided below the base, and a wind tube is provided inside the annular chassis; the annular chassis is connected to the base through the bracket; it is characterized in that the bracket unit is provided with a fan unit, a multi-functional water circulation system, and a lighting unit; the fan unit is set on the base and is responsible for convection and blowing; the lighting unit is set on the lower side of the annular chassis and is responsible for lighting; the multi-functional water circulation system is set inside the wind tube and has the functions of cooling, humidifying, mosquito repelling, aromatherapy, physiotherapy, and purification.

[0017] Among the above, there are also an intelligent camera, a multimedia projector, and a micro purifier; they have the functions of home care, multimedia cinema, and air purification.

[0018] Beneficial effects

[0019] A multifunctional air-conditioning fan light provided by the present invention for invention patent is composed of a fan unit, a lighting unit, a heating unit, a multifunctional water circulation system and an intelligent control system; compared with the prior art, due to the setting of the multifunctional water circulation system and the adoption of physical evaporation refrigeration, it is more environmentally friendly and energy-saving compared with an air-conditioning compressor. When used simultaneously with an air conditioner, it can greatly reduce the cooling index of the air conditioner. By adding functional evaporation water, the functions of controllable micro-humidification, aromatherapy mosquito repellent and purification physiotherapy are cleverly realized; due to the setting of the heating unit, the warm air function is realized; due to the setting of a multi-air duct unit for refined management of cold air, natural air and warm air, the overall energy consumption of the machine is lower and the noise is smaller; due to the setting of the intelligent control system, the adaptive functions of the light source brightness, fan speed, air temperature and humidity are realized; the multifunctional air-conditioning fan light of the present invention adopts a modular design and can be combined according to the needs of users to produce products of required functional models, which is very user-friendly; it has the characteristics of multi-purpose in one device, safety and environmental protection, wide application range, cost reduction, intelligence and multi-function, and can be used under non-closed working conditions; the market potential is huge. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a schematic cross-sectional structure diagram of a ceiling-mounted multifunctional air-conditioning fan light according to Embodiment 1 of the present invention for invention patent;

[0021] Figure 2 It is a schematic top view structure diagram of a ceiling-mounted multifunctional air-conditioning fan light according to Embodiment 1 of the present invention for invention patent;

[0022] Figure 3 It is a schematic bottom view structure diagram of a ceiling-mounted multifunctional air-conditioning fan light according to Embodiment 1 of the present invention for invention patent;

[0023] Figure 4 It is a schematic cross-sectional structure diagram of a branch-shaped multifunctional air-conditioning fan light according to Embodiment 2 of the present invention for invention patent;

[0024] Figure 5 It is a schematic diagram of the multi-air duct structure and the working principle of cold air according to the present invention for invention patent;

[0025] Figure 6 It is a schematic diagram of the multi-air duct structure and the working principle of warm air according to the present invention for invention patent;

[0026] Figure 7 It is a schematic cross-sectional structure diagram of the principle of the multifunctional water circulation system according to the present invention for invention patent;

[0027] Figure 8 It is a perspective view of the appearance of a capillary evaporator of the multifunctional water circulation system according to the present invention for invention patent;

[0028] Figure 9 It is a schematic side cross-sectional structure diagram of a capillary evaporator of the multifunctional water circulation system according to the present invention for invention patent;

[0029] Figure 10 Schematic diagram of the circuit of a multifunctional air-conditioning fan light for this invention patent

[0030] Figure 11 Constitution model diagram of a multifunctional air-conditioning fan light for this invention patent

[0031] Wherein: 100. Intelligent control system, 101. Power supply module, 110. Active control module, 120. Automatic control module, 111. Wireless module, 121. Human body induction module; 130. Voice unit, 131. Bluetooth speaker, 132. Pickup, 133. AI module; 140. Bracket unit, 141. Bracket, 142. Base, 143. Ring chassis, 144. Air duct, 145. Middle column, 146. Suction top cover; 200. Multifunctional water circulation system; 210. Sterilization unit, 211. Ultraviolet lamp, 212. Cover plate, 213. Atomization chamber; 220. Strong humidification unit, 221. Ion atomizer, 222. Steam outlet, 223. Water inlet, 224. Humidity sensor; 230. Capillary evaporator, 231. Evaporation mesh, 232. Mesh frame, 233. Upper cover, 234. Lower cover, 235. Mesh groove, 236. Tension handle; 240. Automatic water supply unit, 241. Evaporated water, 242. Water inlet pipe, 243. Water outlet pipe, 244. Buoyancy valve; 250. Water storage tank, 251. Housing, 252. Card slot, 253. Duct, 254. Overflow tank, 255. Pure water; 260. Pressure water tank, 261. Intake valve, 262. Water injection port, 263. Water outlet, 264. Box body; 300. Heating unit; 310. Section switch, 320. PTC honeycomb heating element; 330. Temperature sensor, 340. Thermostat, 350. Fuse; 400. Fan unit, 401. Fan module, 402. Controller, 403. Driving motor, 404. Fan blade, 405. Air guide wheel; 410. Multi-air duct unit, 411. Cold air duct, 412. Warm air duct, 413. Air outlet, 414. Natural air duct; 420. Air duct controller, 421. Stepper motor, 422. Transmission gear, 423. Ring internal gear, 424. Air duct baffle; 500. Lighting unit, 510. Ring light source, 520. Branch light source, 530. Dimming module, 540. Light sensor; 601. Miniature camera, 602. Miniature multimedia projector, 603. Miniature air purifier.

[0032] Embodiment

[0033] The best embodiment of the present invention

[0034] As shown in Figures 1-3 and 5-11, the present invention, when used as a ceiling-mounted multifunctional air-conditioning fan lamp for a bedroom, comprises a bracket unit 140, a voice unit 130, a fan unit 400, a lighting unit 500, a heating unit 300, a multi-duct unit 410, a multi-functional water circulation system 200, an intelligent control system 100, and a multimedia projector 602. The bracket unit 140 is equipped with the voice unit 130, fan unit 400, heating unit 300, lighting unit 500; the multi-duct unit 410, multi-functional water circulation system 200, intelligent control system 100, and multimedia projector 602. The device provides multimedia theater, intelligent lighting, intelligent air blowing, intelligent cooling and heating, antibacterial and mosquito repellent, aromatherapy, intelligent humidification, and air purification functions. The bracket unit 140 includes a base 142, a bracket 141, a wind tube 144, and an annular chassis 143. The annular chassis 143 is disposed below the base 142, and the wind tube 144 is disposed inside the annular chassis 143. The annular chassis 143 is connected to the base 142 via the bracket 141. The fan unit 400 is disposed on the base 142 and is responsible for convection and blowing. The fan unit includes a fan module 401, a controller 402, and an air guide wheel 405. The fan module 401 is composed of a drive motor 403 and fan blades 404. The fan module 401 is mounted on the base 142, and the fan blades 404 are responsible for blowing downward. The air guide wheel 405 is mounted at the lower end of the wind tube 144 and is responsible for generating fluctuating natural wind.

[0035] Among them, the fan unit 400 includes a multi-air duct unit 410, which is composed of a cold air duct 411, a warm air duct 412, a natural air duct 414, and an air duct controller 420. A capillary evaporator 230 is arranged in the cold air duct 411, a PTC honeycomb heating element 320 is arranged in the warm air duct 412, and the natural air duct 414 is a hollow structure. The air duct controller 420 is composed of an air duct baffle 424 and a transmission structure, and is used to generate a warm air mode, a natural cool air mode, and a cold air micro-humidification mode. When the air duct baffle 424 seals the natural air duct 414 and opens the warm air duct 412, it is the warm air mode. When the air duct baffle 424 seals the warm air duct 412 and opens the natural air duct 414, it is the natural cool air mode. When the system enters the natural cool air mode and the multi-functional water circulation system 200 is opened, it is the cold air micro-humidification mode. The air duct baffle 424 can be toggled by hand and can be rotated by a stepper motor 421. This three-air duct structure reduces the noise of the natural air duct, increases the power of the warm air duct, and the cold air duct realizes the effects of micro-humidification, mosquito repellent, aromatherapy, and physiotherapy. This refined output of the target requirements is very user-friendly. The transmission mechanism is composed of a stepper motor 421, a transmission gear 422, and an annular internal gear 423. The stepper motor 421 is connected to the transmission gear 422, and the transmission gear 422 meshes with the annular internal gear 423. The annular internal gear 423 is arranged on the air duct baffle 424. The intelligent control system 100 is connected to the stepper motor 421. When the intelligent control system 100 detects that the warm air mode needs to be turned on, the stepper motor 421 rotates and drives the air duct baffle 424 to move upward towards the natural air duct 414. At this time, the natural air duct 414 is closed and the warm air duct 412 is opened, and the system enters the warm air mode. When the intelligent control system 100 detects that the cool air mode needs to be turned on, the stepper motor 421 rotates and drives the air duct baffle 424 to move upward towards the warm air duct 412. At this time, the natural air duct 414 is opened and the system enters the natural cool air mode. When the intelligent control system 100 detects that the cold air mode needs to be turned on, the system enters the natural cool air mode and the multi-functional water circulation system 200 is opened. At this time, the system enters the cold air micro-humidification mode.

[0036] Among them, the lighting unit 500 is arranged on the lower side of the annular chassis 143 and is responsible for lighting. The lighting unit 500 is composed of an annular light source 510, a light sensor 540, and a dimming module 530. The annular light source 510 is arranged on the lower side of the annular chassis 143. The intelligent control system 100 is connected to the dimming module 530, and the dimming module 530 is connected to the annular light source 143. It has an intelligent lighting function, the color temperature and brightness are adjustable, the lights can be turned on and off regularly, the lights can be turned on and off remotely, and when on a business trip, the lights can be remotely turned on and off through the APP to disguise that there is someone in the room, with an anti-theft function, which is very practical.

[0037] The heating unit 300 is sleeved on the base 142 and is responsible for heating the air. The heating unit 300 consists of a thermostat 340, a temperature sensor 330, a sectional switch 310, a fuse 350, and a PTC honeycomb heating element 320. The intelligent control system 100 is respectively connected to the temperature sensor 330 and the sectional switch 310. The PTC honeycomb heating element 320 is connected to the thermostat 340 and the fuse 350, enabling the PTC honeycomb heating element 320 to always operate within the set heating temperature range. When an abnormal high temperature occurs, the fuse 350 melts to cut off the power supply. The PTC honeycomb heating element 320 is provided with an outer frame made of a high-temperature resistant material of PBT plus 20% GF. First, an appropriate target temperature value is set through the intelligent control system 100. When someone is within the service range and the indoor temperature is lower than the lower limit value of the set target temperature, the stepping motor 421 drives the air duct baffle 424 to rotate to the cold air duct 411. The cold air duct 411 closes while the warm air duct 412 is in a through state. At this time, the fan module 401 and the PTC honeycomb heating element 320 are automatically turned on, and the system automatically adjusts the output power of the PTC honeycomb heating element 320 according to the set target temperature value, enabling the PTC honeycomb heating element 320 to operate according to the target working line. When the indoor temperature is higher than the upper limit value of the target temperature, the system automatically shuts down. As shown in Figure (2), the PTC honeycomb heating element 320 is set in a total of 3 groups, arranged at intervals and sleeved on the base 142. Each group is 800 watts and can be set to 3 gears according to needs. Gear 1 is 800 watts, gear 2 is 1600 watts, and gear 3 is 2400 watts, which can be automatically selected by the intelligent control system 100 or actively selected through the remote control. The thermostat 340 is connected to the PTC honeycomb heating element 320 through the negative pole of the wire and is responsible for restricting the output temperature of the warm air. A thermostat 340 is provided at the air inlet of the air duct 144, and the maximum output temperature of the warm air is set to 50°C. When the output warm air exceeds 50°C, the PTC honeycomb heating element 320 enters intermittent operation. When the maximum output temperature of the PTC honeycomb heating element 320 exceeds the set 80°C, the fuse 350 automatically melts to cut off the power supply to prevent the occurrence of a fire.

[0038] Among them, the multi-functional water circulation system 200 is arranged inside the air duct 144 and has the functions of cooling, humidifying, mosquito repelling, aromatherapy, physiotherapy, and air purification; the multi-functional water circulation system 200 is composed of a pressure water tank 260, a water storage tank 204, a capillary evaporator 230, and an automatic water supply unit 240; a card slot 202 is arranged inside the water storage tank 204. When the capillary evaporator 230 is inserted into the card slot 202, the capillary evaporator 230 is connected to the pure water 241 in the water storage tank 204; an overflow tank 250 is arranged around the upper opening of the water storage tank 204. The capillary evaporator 230 is composed of an evaporation mesh 231 and a mesh frame 232; the evaporation mesh 231 is a degreased cotton mesh, and the mesh frame 232 is a heat-resistant plastic; the fine cotton mesh of the capillary evaporation mesh 231 can filter the dust in the air. According to needs, functional liquid media such as bacteriostatic agents, air fresheners, medical atomizing agents, and mosquito repellents are dropped into the pressure water tank 260 and mixed with pure water to generate functional evaporation water 241, and then slowly absorbed and evaporated by the capillary evaporator 230 through capillary action, so as to achieve the effect of slow release of the functional liquid media and realize the effects of aromatherapy, physiotherapy, mosquito repelling, and air purification.

[0039] The automatic water supply unit 240 is composed of a pressure water tank 260, a water storage tank 250, and a buoyancy valve 244; a buoyancy valve 244 is arranged inside the water storage tank 250, and a water inlet pipe 242 and a water outlet pipe 243 are arranged on the buoyancy valve 244. The water inlet pipe 242 is connected to the pressure water tank 260, and the water outlet pipe 243 is connected to the water storage tank 250; the pressure water tank 260 is provided with an air inlet valve 261 and a water injection port 262; the pressure water tank 260 is arranged above the water storage tank 250; the air inlet valve 261 can be manually controlled or electronically controlled; when the air inlet valve 261 is an electronic air inlet valve, the electronic air inlet valve is connected to the intelligent control system 100; the water storage amount of the water storage tank 250 can be controlled by controlling the opening degree of the air inlet valve 261 and then controlling the air intake amount, and then the water absorption amount of the capillary evaporator 230 can be controlled, and finally the evaporation amount of the liquid medium can be finely managed. This controllable micro-humidification function avoids the embarrassment of starting to humidify immediately under the working conditions where humidification is not required, and can effectively prevent water leakage and the phenomenon of fabric mildew caused by excessive humidity.

[0040] The multi-functional water circulation system 200 further includes a strong humidification unit 220; the strong humidification unit 220 is composed of an atomization chamber 213, an ionic atomizer 221, an atomization controller, and a humidity sensor 224; the intelligent control system 100 is connected to the humidity sensor 224 and the atomization controller; the ionic atomization chamber 213 is a semi-closed cavity composed of a cover plate 212, a capillary evaporator 230, and an overflow tank 254; the steam outlet 222 of the ionic atomizer 213 is arranged inside the atomization chamber 213; a purple light lamp 211 is arranged on the inner wall of the atomization chamber 213 for sterilizing the atomization chamber to prevent bacteria from growing in the atomization chamber under humid working conditions for a long time.

[0041] The intelligent control system 100 is arranged in the base 142 and is respectively connected to the voice unit 130, the fan unit 400, the heating unit 300, the lighting unit 500, the multi-air duct unit 410, the multi-functional water circulation system 200, and the multimedia projector 602, responsible for intelligent control thereof. The intelligent control system 100 is composed of a power supply module 101, an automatic control module 120, a main control module 110, a human body sensor 121, and a wireless module 121, and has an automatic control mode and a main control mode; the automatic control module 120 is connected to the human body sensor 121, and when there is someone within the service range, the system can automatically turn on the adaptive mode; the main control module 110 is connected to the controller unit and the wireless module 111, and can perform adaptive functions on the fan speed, light source brightness, and air humidity according to the set values; it can be automatically sensed and turned on, can be turned on remotely by a remote controller, and can be turned on remotely by an APP. The control system is powered by the power supply module 101 with low voltage.

[0042] The voice unit 130 is composed of a Bluetooth speaker 131, an AI module 133, and a pickup 132; the Bluetooth speaker 131 is arranged on the annular chassis 409; the pickup 132 is arranged on the remote controller; when the AI module 133 is connected to the intelligent control system 100, voice switch servo and Internet AI dialogue can be performed through the pickup 132.

[0043] A multimedia projector 602 with multimedia cinema function is arranged on the annular chassis 143. Its cost is only 1 / 10 of that of a liquid crystal TV. The projection position and size are adjustable, and the diffused reflection light is very friendly to the eyes. The intelligent control system 100 is connected to the multimedia projector 602, and an AI dialogue function can be realized, which is very sci-fi.

[0044] When entering spring and summer seasons, according to needs, bacteriostatic agents, air fresheners, and mosquito repellent media are dropped into the pressure water tank and mixed with pure water to generate functional evaporation water 241. When the intelligent control system 100 detects that the temperature of the indoor air is higher than the set value, the warm air duct 412 is closed, and the intake valve 261 of the pressure water tank 260 is opened. The evaporation water 241 flows into the water storage tank 250 through the conduit 253 via the buoyancy valve 244. The capillary evaporator 230 absorbs water and becomes full. At this time, the fan unit 400 is turned on according to the temperature difference to select a preset gear; the air is blown downward through the air duct 144; the pure water is quickly evaporated by the blowing of the fan to achieve the purpose of cooling. By comparison: for fans with and without an evaporation net, when operating at the same gear speed, the air temperature drops by about 5 degrees Celsius. This cool natural wind makes people very comfortable. Especially during the alternating seasons of spring and summer, and summer and autumn, the temperature is slightly uncomfortable but not yet at the level of turning on the air conditioner. At this time, the multifunctional air-conditioning ceiling fan light will come in very handy. When in the hot and dry climate in midsummer, when the intelligent control system 100 detects that the humidity of the indoor air is lower than the set value, the strong humidification unit 220 is turned on. At this time, the ion atomizer 221 absorbs water from the water storage tank 204 through the water inlet 223 to generate ion vapor, which is sprayed into the atomization chamber 213 from the steam outlet 222, and then passes through the condensation and filtration of the capillary evaporator 230. Part of the ion vapor is condensed and filtered through the evaporation net and flows back to the overflow tank 254, and then flows back to the water storage tank 250 for recycling; part of the ion vapor after filtration and condensation is blown out from the air guide wheel 405 by the blowing of the fan to perform strong humidification work. When the humidity of the air reaches the set value, the strong humidification unit is turned off; a sterilization unit 210 is provided on the inner wall of the atomization chamber 213, which is composed of an ultraviolet lamp 211 and a switch control module, and is used to sterilize the atomization chamber 213. This strong humidification unit is especially useful for spaces that are not well-sealed and where air conditioners cannot be installed.

[0045] In autumn and winter, according to needs, bacteriostatic agents, air fresheners, and mosquito repellent media are dropped into the pressure water tank and mixed with pure water. When the intelligent control system 100 detects that the temperature of the indoor air is lower than the set value, the warm air duct 412 is opened and the cold air duct 411 is closed. The intelligent control system 100 automatically selects an appropriate gear according to the temperature difference value, and the PTC honeycomb heating element 320 starts to work. The fan starts to rotate at the default low gear, and the warm air blown out from the warm air duct 412 blows downward through the air guide wheel 405, immediately generating fluctuating warm air; when the intelligent control system 100 detects that the humidity of the indoor air is lower than the set value, the intake valve 261 of the pressure water tank 260 is opened, and the pure water 241 flows into the water storage tank 250 through the conduit 253 via the buoyancy valve 244. The capillary evaporator 230 absorbs water and becomes full. Due to the action of the fan, a part of the humidified cold air blows out from the cold air duct 411 and mixes with the warm air blown out from the warm air duct 412 in the air duct 144, and then blows downward through the air guide wheel 405, immediately generating fluctuating moist warm air, which is very comfortable to breathe. Medicaments or health products for atomization treatment can be dropped into the pressure water tank, which is especially suitable for the chronic disease group with weak bodies. When the intake valve 261 adopts an electronic intake valve, it is connected to the intelligent control system 100, and the evaporation amount of the capillary evaporator 230 can be automatically controlled to finely manage the humidity of the air, which is very practical. Especially in the alternating seasons of autumn and winter and winter and spring, when the temperature is slightly uncomfortable but not yet reached the level of turning on the air conditioner, the multifunctional air conditioner fan light will come in very handy.

[0046] Embodiments of the present invention

[0047] In the production process of this invention patent, except for the shell which requires a mold to be made, all the components used can be found in the industrial chain in Zhongshan, Guangdong. Its manufacturing cost is only about 1 / 10 of that of traditional air conditioners. Users can achieve functions beyond those of traditional fans and air conditioners with a very small investment, which is refreshing. The modular design adopted by the multifunctional air conditioner fan light of the present invention can, according to the user's requirements for the functions needed, produce products with the required functions through combination and matching, which is very user-friendly.

[0048] Embodiment 2, as shown in Figures (4 - 11), when the present invention is used as a multi-functional air-conditioning fan light for a study, it includes: a bracket unit 140, a voice unit 130, a fan unit 400, a shadowless chandelier unit, a heating unit 300, a multi-air duct unit 410, a multi-functional water circulation system 200, and an intelligent control system 100. The voice unit 130, the fan unit 400, the heating unit 300, and the lighting unit 500 are arranged on the bracket unit 140; the multi-air duct unit 410, the multi-functional water circulation system 200, and the intelligent control system 100. In addition to the functions described in Embodiment 1, it also has a shadowless chandelier lighting function. The structure of its chandelier sub-light sources has a greater width in the decorative style and a better decorative effect. By selecting the shape and color of the chandelier sub-light sources, the multi-functional air-conditioning fan light can adapt to most decoration styles; it avoids the embarrassment that although the fan is useful, it has to be discarded because the shape and grade of the traditional fan are not suitable.

[0049] Among them, the bracket unit 140 includes a base 142, a bracket 141, a middle column 145, a suction top cover 146, a wind cylinder 144, and an annular chassis 143; an annular chassis 143 is arranged below the base 142, and a wind cylinder 144 is arranged inside the annular chassis 143; the annular chassis 143 is connected to the base 142 through the bracket 141. The middle column 145 is connected to the base 142 and is arranged on the top of the base 142, and the suction top cover 146 is connected to the middle column 145 and is arranged on the top of the middle column 145, and the suction top cover 146 is installed on the ceiling.

[0050] Among them, the shadowless chandelier unit is composed of an annular chassis 143, an annular light source 510, a light sensor 540, chandelier sub-light sources 520, and a dimming module 530; the annular light source 510, the chandelier sub-light sources 520, and the dimming module 530 are arranged on the annular chassis 143; the intelligent control system 100 is connected to the dimming module 530, and the dimming module 530 is connected to the annular light source 143 and the chandelier sub-light sources 143; at least 3 groups of chandelier sub-light sources 143 are evenly distributed around the annular chassis 143. Since the light source is arranged outside the wind cylinder, in the area with a central diameter of 3 meters, it has the function of a shadowless chandelier. The light is soft and does not hurt the eyes in the shadowless environment, and it is not easy to get tired during office work and study. It is connected to the intelligent control system 100 and has a brightness self-adaptive function, which is very practical.

[0051] The described fan unit 400 is arranged on the base 142 and is responsible for convection and blowing; the fan unit includes a fan module 401, a controller 402, and a wind guide wheel 405; the fan module 401 is composed of a driving motor 403 and a fan blade 404. The fan module 401 is installed on the base 142, and the fan blade 404 blows downward; the wind guide wheel 405 is installed at the lower end of the air duct 144 and is responsible for generating fluctuating natural wind. It is very pleasant to work and study under the gentle natural wind.

[0052] The fan unit 400 includes a multi-air duct unit 410, which is composed of a cold air duct 411, a warm air duct 412, a natural air duct 414, and an air duct controller 420; a capillary evaporator 230 is arranged in the cold air duct 411, a PTC honeycomb heating element 320 is arranged in the warm air duct 412, and the natural air duct 414 is a hollow structure; the air duct controller 420 is composed of an air duct baffle 424 and a transmission structure, and is used to generate a warm air mode, a natural cool air mode, and a cold air micro-humidification mode. When the air duct baffle 424 seals the natural air duct 414 and opens the warm air duct 412, it is the warm air mode; when the air duct baffle 424 seals the warm air duct 412 and opens the natural air duct 414, it is the natural cool air mode. When the system enters the natural cool air mode and the multi-functional water circulation system 200 is opened, it is the cold air micro-humidification mode; the air duct baffle 424 can be toggled by hand and can be rotated by a stepping motor 421. This multi-air duct structure reduces the noise of the natural air duct, increases the power of the warm air duct, and the cold air duct realizes the effects of micro-humidification, mosquito repellent, aromatherapy, and physiotherapy. This refined output for target requirements is very user-friendly.

[0053] The heating unit 300 is set on the base 142 and is responsible for heating air. The heating unit 300 consists of a thermostat 340, a temperature sensor 330, a sectional switch 310, a fuse 350, and a PTC honeycomb heating element 320. The intelligent control system 100 is respectively connected to the temperature sensor 330 and the sectional switch 310. The PTC honeycomb heating element 320 is connected to the thermostat 340 and the fuse 350, so that the PTC honeycomb heating element 320 always works within the set heating temperature range. When an abnormal high temperature occurs, the fuse 350 melts to cut off the power supply. The PTC honeycomb heating element 320 is provided with an outer frame made of a high-temperature resistant material of PBT plus 20% GF. The PTC honeycomb heating element 320 is generally set in 3 - 4 groups, arranged at intervals and set on the base 142. Each group is 400 - 800 watts and can be set in 3 - 4 gears according to needs, and can be automatically selected by the intelligent control system 100 or actively selected through a remote control. The thermostat 340 is connected to the PTC honeycomb heating element 320 through the negative pole of the wire and is responsible for restricting the output temperature of the warm air. The thermostat 340 is set at the air inlet of the air duct 144, and the maximum output temperature of the warm air is set at 50°C. When the output warm air exceeds 50°C, the PTC honeycomb heating element 320 enters intermittent operation. When the maximum output temperature of the PTC honeycomb heating element 320 exceeds the set 80°C, the fuse 350 automatically melts to cut off the power supply to prevent the occurrence of fire.

[0054] The multi-functional water circulation system 200 is set inside the air duct 144 and has the functions of cooling, humidifying, mosquito repelling, aromatherapy, physiotherapy, and air purification. The multi-functional water circulation system 200 consists of a pressure water tank 260, a water storage tank 204, a capillary evaporator 230, and an automatic water supply unit 240. A card slot 202 is set inside the water storage tank 204. When the capillary evaporator 230 is inserted into the card slot 202, the capillary evaporator 230 is connected to the pure water 241 in the water storage tank 204. An overflow groove 250 is set around the upper opening of the water storage tank 204. The capillary evaporator 230 consists of an evaporation mesh 231 and a mesh frame 232. The evaporation mesh 231 is a degreased cotton mesh, and the mesh frame 232 is a heat-resistant plastic. The fine cotton mesh of the capillary evaporation mesh 231 can filter the dust in the air. According to needs, functional liquid media such as bacteriostatic agents, air fresheners, medical atomizing agents, and mosquito repellents are dropped into the pressure water tank 260 and mixed with pure water to generate functional evaporation water 241. Then the capillary evaporator 230 slowly absorbs and evaporates it through capillary action, so as to achieve the effect of slow release of the functional evaporation water 241 and realize the effects of aromatherapy, physiotherapy, mosquito repelling, and air purification. According to needs, when a refreshing functional evaporation water is added to the pressure water tank 260, one will not feel sleepy during work or study, achieving twice the result with half the effort, which is very practical.

[0055] The automatic water supply unit 240 consists of a pressure water tank 260, a water storage tank 250, and a buoyancy valve 244. A buoyancy valve 244 is arranged inside the water storage tank 250. An inlet pipe 242 and an outlet pipe 243 are arranged on the buoyancy valve 244. The inlet pipe 242 is connected to the pressure water tank 260, and the outlet pipe 243 is connected to the water storage tank 250. The pressure water tank 260 is provided with an air inlet valve 261 and a water injection port 262. The pressure water tank 260 is arranged above the water storage tank 250. The air inlet valve 261 can be manually controlled or electronically controlled. When the air inlet valve 261 is an electronic air inlet valve, the electronic air inlet valve is connected to the intelligent control system 100. The water storage capacity of the water storage tank 250 can be controlled by controlling the opening degree of the air inlet valve 261 to control the air intake, and then the water absorption of the capillary evaporator 230 can be controlled, and finally the evaporation amount of the evaporation water 241 can be finely managed. This controllable micro-humidification function avoids the embarrassment of starting humidification immediately when it is not needed, and can effectively prevent water leakage and the phenomenon of fabric mildew caused by excessive humidity. The multi-functional water circulation system 200 also includes a strong humidification unit 220. The strong humidification unit 220 consists of an atomization chamber 213, an ionic atomizer 221, an atomization controller, and a humidity sensor 224. The intelligent control system 100 is connected to the humidity sensor 224 and the atomization controller. The ionic atomization chamber 213 is a semi-closed cavity composed of a cover plate 212, a capillary evaporator 230, and an overflow tank 254. The steam outlet 222 of the ionic atomizer 213 is arranged inside the atomization chamber 213. A purple light lamp 211 is arranged on the inner wall of the atomization chamber 213 for sterilizing the atomization chamber to prevent bacteria from growing in the atomization chamber under humid conditions for a long time.

[0056] The intelligent control system 100 is arranged inside the base 142 and is respectively connected to the voice unit 130, the fan unit 400, the heating unit 300, the lighting unit 500, the multi-air duct unit 410, the multi-functional water circulation system 200, and the multimedia projector 602, responsible for intelligent control thereof. The intelligent control system 100 consists of a power supply module 101, an automatic control module 120, a proactive control module 110, a human body sensor 121, and a wireless module 121, and has an automatic control mode and a proactive control mode. The automatic control module 120 is connected to the human body sensor 121. When someone is within the service range, the system can automatically turn on the adaptive mode. The proactive control module 110 is connected to the controller unit and the wireless module 111, and can perform adaptive functions on the fan speed, light source brightness, and air humidity according to the set values. It can be automatically sensed and turned on, can be turned on remotely by a remote control, and can be turned on remotely by an APP. The control system is powered by the power supply module 101 with low voltage.

[0057] Among them, the voice unit 130 is composed of a Bluetooth speaker 131, an AI module 133, and a pickup 132; the Bluetooth speaker 131 is arranged on the annular chassis 409; the pickup 132 is arranged on the remote control; when the AI module 133 is connected to the intelligent control system 100, voice switch servo and Internet AI conversation can be executed through the pickup 132. The mobile phone can be connected to the Bluetooth speaker, which is very helpful for listening and reading learning.

[0058] Embodiment 3, as shown in FIGS. (1-11), when used as a single-warm intelligent fan light, it includes: a bracket unit 140, a fan unit 400, a heating unit 300, and a lighting unit 500; the bracket unit 140 includes a base 142, a bracket 141, a wind tube 144, and an annular chassis 143; an annular chassis 143 is arranged below the base 142, and a wind tube 144 is arranged inside the annular chassis 143; the annular chassis 143 is connected to the base 142 through the bracket 141; characterized in that, a fan unit 400, a heating unit 300, a lighting unit 500, and an intelligent control system 100 are arranged on the bracket unit; the fan unit 400 is arranged on the base 142 and is responsible for convection and blowing; the lighting unit 500 is arranged on the lower side of the annular chassis 143 and is responsible for lighting; the heating unit 300 is sleeved on the base 142 and is responsible for heating the air; the intelligent control system 100 is arranged in the base 142 and is respectively connected to the fan unit 400, the heating unit 300, and the lighting unit 500, and is responsible for intelligent control thereof. The modular combination application of the bracket unit 140, the intelligent control system 100, the fan unit 400, the heating unit 300, and the lighting unit 500 has the functions of intelligent cooling, warm air, and intelligent lighting; there is a wind feeling in summer and no fear of cold in winter, which can effectively relieve the problem of respiratory discomfort caused by cold air, and is suitable for application in spaces such as restaurants, living rooms, and public places where people do not stay for a long time.

[0059] Embodiment 4, as shown in Figures (1-11), when used as a single-cooling aromatherapy micro-humidifying fan light, it includes a bracket unit 140, a multi-functional water circulation system 200, a fan unit 400, and a lighting unit 500; the bracket unit 140 includes a base 142, a bracket 141, a wind tube 144, and an annular chassis 143; an annular chassis 143 is provided below the base 142, and a wind tube 144 is provided inside the annular chassis 143; the annular chassis 143 is connected to the base 142 through the bracket 141; it is characterized in that a fan unit 400, a multi-functional water circulation system 200, and a lighting unit 500 are provided on the bracket unit; the fan unit 400 is provided on the base 142 and is responsible for convection and blowing; the lighting unit 500 is provided on the lower side of the annular chassis 143 and is responsible for lighting; the multi-functional water circulation system 200 is provided inside the wind tube 144 and has the functions of cooling, humidifying, mosquito repelling, aromatherapy, physiotherapy, and purification. By combining and applying the bracket unit 140, the fan unit 400, the multi-functional water circulation system 200, and the lighting unit 500 modules, and dropping functional liquid media such as bacteriostatic agents, air fresheners, sedatives, and mosquito repellents into the pressure water tank 260 as needed to mix with pure water to generate functional evaporated water 241, a fan light with functions of cold air, humidification, mosquito repelling, calming the nerves, and purifying the air can be obtained, which can effectively relieve the respiratory discomfort caused by hot air in a non-enclosed environment without air conditioning and is suitable for application in spaces such as dressing rooms and consulting rooms where people do not stay for a long time in mobile office places.

[0060] Embodiment 5, as shown in Figures (1-11), the intelligent camera 601 and the micro-purifier 603 modules can be combined as needed; in addition to having the functions of Embodiment 1 and Embodiment 2, the multi-functional air-conditioning fan light has the functions of home care and air purification, which is very practical.

[0061] Industrial Applicability

[0062] The present invention can be used to produce multi-functional air-conditioning fan lights.

[0063] Free Content of Sequence Listing

[0064] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. The multi-functional water circulation system and the multi-air duct unit defined herein can also be implemented in other types of fan embodiments. Therefore, the present utility model will not be limited to the embodiments shown herein, but rather to the broadest scope consistent with the principles disclosed herein.

Claims

1. A multifunctional air-conditioning fan light, comprising a bracket unit (140), a fan unit (400) and a lighting unit (500); characterized in that, Among them, a fan unit (400), a multi-air duct unit (410), a heating unit (300), a multi-functional water circulation system (200), and a lighting unit (500) are provided on the bracket unit; Among them, a multi-air duct unit (410) is provided at the air inlet of the fan unit (400). The multi-air duct unit (410) includes a cold air duct (411), a warm air duct (412), a natural air duct (414), and an air duct controller (420). A multi-functional water circulation system (200) is provided in the cold air duct (411), a heating unit (300) is provided in the warm air duct (412), and the natural air duct (414) is a hollow structure. The air duct controller (420) is composed of an air duct baffle (424) and a transmission structure. When the air duct baffle (424) seals the natural air duct (414) and opens the warm air duct (412), it is in the warm air mode. When the air duct baffle (424) seals the warm air duct (412) and opens the natural air duct (414), it is in the natural cool air mode. When it enters the natural cool air mode and the multi-functional water circulation system (200) is turned on, it is in the cold air slightly humidifying mode. The air duct baffle (424) can be toggled by hand or rotated by a stepper motor (421); Among them, the multi-functional water circulation system (200) is composed of a pressure water tank (260), a water storage tank (204), a capillary evaporator (230), and an automatic water supply unit (240). A card slot (202) is provided inside the water storage tank (204). When the capillary evaporator (230) is inserted into the card slot (202), the capillary evaporator (230) is connected to the pure water (241) in the water storage tank (204). The pressure water tank (260) is connected to the water storage tank (204) through the automatic water supply unit (240) and is responsible for continuously supplying water to the capillary evaporator (230).

2. A multifunctional air-conditioning fan light according to claim 1, wherein a base is provided on the bracket unit; it is further characterized in that, Among them, an intelligent control system (100) is also provided on the base and is connected to the fan unit (400), the lighting unit (500), the heating unit (300), and the multi-functional water circulation system (200) to be responsible for intelligent control thereof. The intelligent control system (100) is composed of an automatic control module (120), a main control module (110), a human body sensor (121), and a wireless module (121), and has an automatic control mode and a main control mode. The automatic control module (120) is connected to the human body sensor (121). When someone is within the service range, the system can automatically turn on the adaptive mode. The main control module (110) is connected to the controller unit and the wireless module (111), and can perform adaptive functions on the fan speed, light source brightness, and air humidity according to the set values. It can be automatically sensed and turned on, or can be turned on remotely through a remote control, or can be turned on remotely through an APP.

3. The multifunctional air-conditioning fan light according to claim 1 is further characterized in that, The drive mechanism of the multi-air duct unit (410) consists of a stepper motor (421), a transmission gear (422), and an annular internal gear (423); the stepper motor (421) is connected to the transmission gear (422), and the transmission gear (422) meshes with the annular internal gear (423); the annular internal gear (423) is arranged on the air duct baffle (424); where The intelligent control system (100) is connected to the stepper motor (421); when the intelligent control system (100) detects that the warm air mode needs to be turned on, the stepper motor (421) rotates and drives the air duct baffle (424) to move upward towards the natural air duct (414). At this time, the natural air duct (414) is closed and the warm air duct (412) is opened, and the system enters the warm air mode; when the intelligent control system (100) detects that the cool air mode needs to be turned on, the stepper motor (421) rotates and drives the air duct baffle (424) to move upward towards the warm air duct (412). At this time, the natural air duct (414) is opened and the system enters the natural cool air mode; when the intelligent control system (100) detects that the cold air mode needs to be turned on, the system enters the natural cool air mode and the multi-functional water circulation system (200) is turned on. At this time, the system enters the cold air micro-humidification mode.

4. The multifunctional air-conditioning fan light according to claim 1, further characterized in that, The multi-functional water circulation system (200) mentioned above consists of a pressure water tank (260), a water storage tank (204), a capillary evaporator (230), and an automatic water supply unit (240); a card slot (202) is arranged inside the water storage tank (204). When the capillary evaporator (230) is inserted into the card slot (202), the capillary evaporator (230) is connected to the pure water (241) in the water storage tank (204); an overflow groove (250) is arranged around the upper opening of the water storage tank (204); the capillary evaporator (230) consists of an evaporation mesh (231) and a mesh frame (232); the evaporation mesh (231) is a degreased cotton mesh, and the mesh frame (232) is a heat-resistant plastic; according to needs, functional liquid media such as bacteriostatic agents, air fresheners, medical atomizers, and mosquito repellents are dropped into the pressure water tank (260) and mixed with pure water, and then slowly absorbed and evaporated by the capillary evaporator (230) through capillary action, so as to achieve the effect of slow release of the functional liquid media; the automatic water supply unit (240) consists of a pressure water tank (260), a water storage tank (250), and a buoyancy valve (244); a buoyancy valve (244) is arranged inside the water storage tank (250), and an inlet pipe (242) and an outlet pipe (243) are arranged on the buoyancy valve (244). The inlet pipe (242) is connected to the pressure water tank (260), and the outlet pipe (243) is connected to the water storage tank (250); the pressure water tank (260) is provided with an air inlet valve (261) and a water injection port (262); the pressure water tank (260) is arranged above the water storage tank (250); the air inlet valve (261) can be manually controlled or electronically controlled; where When the intake valve (261) is an electronic intake valve, the electronic intake valve is connected to the intelligent control system (100); the water storage capacity of the water storage tank (250) can be controlled by controlling the opening degree of the intake valve (261) and thus the intake air volume, and then the water absorption capacity of the capillary evaporator (230) can be controlled, and finally the evaporation amount of the liquid medium can be finely managed.

5. The multifunctional air-conditioning fan light according to claim 1, further characterized in that, The multifunctional water circulation system (200) also includes a strong humidification unit (220); the strong humidification unit (220) is composed of an atomization chamber (213), an ionic atomizer (221), an atomization controller, and a humidity sensor (224); the intelligent control system (100) is connected to the humidity sensor (224) and the atomization controller; the ionic atomization chamber (213) is a semi-closed cavity composed of a cover plate (212), a capillary evaporator (230), and an overflow tank (254); the steam outlet (222) of the ionic atomizer (213) is arranged inside the atomization chamber (213); a purple light lamp (211) is arranged on the inner wall of the atomization chamber (213) for sterilizing the atomization chamber to prevent bacteria from growing in the humid working condition of the atomization chamber for a long time.

6. The multifunctional air-conditioning fan light according to claim 1, further characterized in that, It also includes a voice unit (130); the voice unit (130) is composed of a Bluetooth speaker (131), an AI module (133), and a pickup (132); the Bluetooth speaker (131) is arranged on the annular chassis (409); the pickup (132) is arranged on the remote controller; when the AI module (133) is connected to the intelligent control system (100), the voice switch servo and Internet AI dialogue can be executed through the pickup (132).

7. A multifunctional air-conditioning fan light according to claim 1, further characterized in that, The lighting unit (500) also includes a branched shadowless lamp unit, which is composed of an annular chassis (143), an annular light source (510), a light sensor (540), a branched sub-light source (520), and a dimming module (530); the annular light source (510), the branched sub-light source (520), and the dimming module (530) are arranged on the annular chassis (143); the intelligent control system (100) is connected to the dimming module (530), and the dimming module (530) is connected to the annular light source (143) and the branched sub-light source (143); the branched sub-light source (520) is at least 3 groups and is evenly distributed around the annular chassis (143).

8. A multifunctional air-conditioning fan light according to claim 1, further comprising a single-heat intelligent fan light, including a bracket unit (140), a fan unit (400) and a lighting unit (500); wherein the bracket unit (140) includes a base (142), a bracket (141), a wind cylinder (144) and an annular chassis (143); wherein an annular chassis (143) is provided below the base (142), and a wind cylinder (144) is provided inside the annular chassis (143); the annular chassis (143) is connected to the base (142) through the bracket (141); the bracket unit is provided with a fan unit (400), a heating unit (300), a lighting unit (500) and an intelligent control system (100); the fan unit (400) is arranged on the base (142) and is responsible for convection and blowing; the lighting unit (500) is arranged on the lower side of the annular chassis (143) and is responsible for lighting; wherein the heating unit (300) is sleeved on the base (142) and is responsible for heating air; wherein the intelligent control system (100) is arranged inside the base (142) and is respectively connected to the fan unit (400), the heating unit (300) and the lighting unit (500) and is responsible for intelligent control thereof.

9. A multifunctional air-conditioning fan light according to claim 1, further comprising a single-cooling aromatherapy micro-humidifying fan light, including a bracket unit (140), a fan unit (400) and a lighting unit (500); wherein the bracket unit (140) includes a base (142), a bracket (141), a wind cylinder (144) and an annular chassis (143); wherein an annular chassis (143) is provided below the base (142), and a wind cylinder (144) is provided inside the annular chassis (143); the annular chassis (143) is connected to the base (142) through the bracket (141); the bracket unit is provided with a fan unit (400), a multifunctional water circulation system (200) and a lighting unit (500); the fan unit (400) is arranged on the base (142) and is responsible for convection and blowing; the lighting unit (500) is arranged on the lower side of the annular chassis (143) and is responsible for lighting; the multifunctional water circulation system (200) is arranged inside the wind cylinder (144) and has the functions of cooling, humidifying, mosquito repelling, aromatherapy, physiotherapy and purification.

10. The multifunctional air-conditioning fan light according to claim 1, further characterized in that, It further includes an intelligent camera (601), a multimedia projector (602) and a micro-purifier (603); and has the functions of home care, multimedia cinema and air purification.

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