CN111380009A - Bladeless Fan Light - Google Patents

Abstract

Provides a bladeless fan lamp with intelligent remote control, music playback, buzzer alarm in case of fire, dual power and large air volume, air filtration and negative ion dual purification, warm air and comfortable bass functions.

Description

Bladeless Fan Light

technical field

The invention relates to the technical field of fan lamps; in particular, it relates to a bladeless fan lamp, which has the functions of intelligent remote control, music playback, buzzer alarm in case of fire, dual power and large air volume, air filtration and negative ion dual purification, warm air and comfort. Bass function, etc.

Background technique

At present, most products on the market use leaf fan lights, which are not easy to scrub and have certain safety hazards. The air outlet is not stable, there is no comfort in the room, and the quality of sleep cannot be guaranteed;

The bladeless fan lamp with the publication number of CN108895039A describes a lamp body structure with hidden fan blades. The hidden fan blades are used to generate high-speed airflow, which is directly ejected from the air outlet and drives the air flow, which can solve the problem of the existing fan lamp with blades. However, in the described structure, the lighting source is designed at the bottom of the base in the middle part. Due to the needs of lighting, a relatively large lighting source volume has to be designed, which takes up too much air flow space, resulting in high-speed airflow that can drive and the air outlet between the described three-way structure and the interface of the annular main air duct is about 90° right angle air outlet, resulting in the air outlet of the three-way structure directly facing the side inner wall of the annular main air duct, Causes the airflow to rebound, causing the airflow to collide with each other to lose energy and increase the power consumption;

In a kind of environmental protection cooling and heating bladeless fan lamp with publication number CN209763005U, the same problem also occurs in the described structure, and the outlet of the air outlet duct directly faces the inner wall of the lower side of the annular air collecting duct, causing the airflow to rebound; and now The floor height of most commercial buildings is generally low, only about 2.8M. If the bladeless fan lamp is to meet the installation requirements of modern commercial buildings, the height of the lamp needs to be as small as possible, and the preferred size is within 40cm. Lamp structure, once the main body of the lamp is made small, the device and the casing for installing the power in the middle will become smaller, which may lead to a smaller area of the upper air intake mesh, less air intake, and insufficient wind, resulting in limited space for the main structure in the middle of the main body of the lamp. It cannot meet the needs of most functional installations of bladeless fan lights;

Taking the structures described in Publication No. CN108895039A and Publication No. CN209763005U as examples, the defects of the existing bladeless fan lamps include:

Without the function of blocking noise, after the motor rotates, the noise is large, which affects people's physical and mental health;

The power is small, only a single power and a single blade, the amount of air that can be compressed and accelerated is small, and the air flow is low, which cannot meet the needs of some people for large air volume;

There is no thermal insulation structure or thermal insulation material between the heating structure and the lighting source, which causes the heat to be directly transferred to the lighting source. Because the lighting source material is usually easy to age in a higher temperature environment, the service life of the lighting source is affected;

After the high-speed airflow is ejected from the air outlet, it is not driven by any components, resulting in a small amount of air driven by the high-speed airflow, and a small amount of air blown downward, which cannot well achieve the effect of the air amplifier and the Coanda effect principle;

No music playback function, can not meet the habit of modern people like listening to music;

No smoke detection and alarm function, can not automatically sense fire smoke and buzz the alarm.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a bladeless fan lamp, so as to solve the problem of the existing bladed fan lamp, which has bare fan blades, no intelligent control function, unstable air outlet, cannot supply hot air, cannot filter and purify air, and solve the problem of existing bladeless fan lamps. With or without leaf fan lights, no sound insulation structure, no heat insulation structure between the heating structure and the light source, no music playback, no smoke monitoring and alarm, small air output, difficult to replace the internal components after installation, the air intake cover cannot be disassembled and washed, and there are no various The air outlet method and the defect that the air outlet method is not strong enough to gather force;

In modern buildings, especially commercial suites and self-built houses, many indoor spaces do not have fire protection equipment on the top surface, and many people have weak awareness of fire prevention, and there is no smoke alarm at home, especially when a late fire occurs after sleeping at night It is found that the best time to escape is delayed, so the present invention combines the bladeless fan light with the smoke monitoring and alarm function, and implements the bladeless fan light with the function of automatically sensing fire smoke and buzzing the alarm.

In order to solve the above problems, the present invention provides a bladeless fan lamp, the bladeless fan lamp includes:

a fixing frame, the fixing frame is used to fix the bladeless fan lamp on the top ceiling or the top cement board;

a base assembly, the base assembly is used to protect the internal components, fix the overall structure, provide air circulation, generate accelerated air flow, provide air flow power and control each unit assembly;

The base assembly includes:

The base assembly casing is used to protect the internal unit structure and fix the internal unit structure; in order to facilitate maintenance and replacement of the internal unit components, the base assembly casing is designed as a detachable structure, which is divided into upper and lower parts. Two parts, namely the upper casing of the base assembly and the lower casing of the base assembly, the detachable structure is located at the connection part of the upper casing of the base assembly and the lower casing of the base assembly;

The upper shell of the base assembly is installed with:

Hardware unit holder;

Buck and rectifier bridge power modules;

DC-DC power module;

Intelligent control module;

Smart speaker hardware module;

Smoke detection main control chip module;

The hardware unit fixing frame is used for fixing the above-mentioned hardware modules of each unit;

The step-down and rectifier bridge power module is in the prior art, and has the ability to convert AC220V alternating current into DC120V or direct current within DC120V, and transmit the converted direct current to the DC-DC power module;

The DC-DC power supply module is in the prior art, and has the functions of providing short-circuit, overload, overvoltage, undervoltage, and overcurrent protection for the electrical unit, and delivering direct current to the intelligent control module and each electrical unit;

The intelligent control module has a control device or device that can be controlled by at least one control device or device, such as a manual switch, a smart phone, a remote control, a computer, a smart watch, an intelligent voice device, a plug, etc. The intelligent hardware module is preferred in the present invention. It has three control devices or devices that can be controlled by manual switches, smart phones, and remote controls;

The intelligent control module has at least one function of collecting data, analyzing data, transmitting data, data storage, etc., and can control the controllable unit components of the bladeless fan lamp through WIFI, Bluetooth, infrared remote control, Zigbee, Zwave, RF , air network (5G, 4G, 3G), etc. to implement remote control in at least one way; controllable items such as air heating temperature, lighting source switch, timing on, timing off, air volume, etc. Of course, the above is only schematic , can not be understood as a limitation of the present invention, for example, it can also control the volume of the smart speaker, switch music, steplessly control the lighting, etc.; the present invention preferably the intelligent control module has functions such as data collection, data analysis, data transmission, data storage, etc., and can The controllable unit components of the bladeless fan light are remotely controlled through WIFI, infrared remote control, air network (5G, 4G, 3G) and other methods;

The smart speaker hardware module is composed of circuit boards and electronic components, and has at least one of audio output, data transmission, data analysis, data storage, reception of smoke detection main control chip signals, intelligent control module signal reception, and signal transmission to speakers. Function; the preferred smart speaker hardware module of the present invention has functions such as audio output, data transmission, data analysis, data storage, receiving smoke detection main control chip signals, receiving intelligent control module signals, and sending signals to speakers;

The smoke detection main control chip module is composed of circuit boards and electronic components, and is connected to the hardware module of the smart speaker. The role of the smart speaker hardware module;

The lower shell of the base assembly is mounted with:

intake hood;

Smoke sampling induction device;

air purifier components;

Primary air heater assembly;

Noise reduction and sound insulation device;

Dual power turbine assembly;

speaker;

Lighting source at the bottom of the shell;

The air intake hood is a detachable device, which is arranged on the upper part of the lower shell of the base assembly, and is an air intake device for air flow. It has the function of fixing the upper and lower shells of the base assembly, and is composed of a detachable structure and an arc surface structure. , the arc-shaped surface structure has an air intake hole that can allow air to circulate, and the air intake hole is composed of at least one air vent that allows airflow to pass through. It has insect-proof function and can be replaced and removed. The air inlet is composed of multiple circular air inlets;

The smoke sampling induction device is arranged in the inner space of the air intake hood, and at least part of the structure is in contact with the unfiltered air; the smoke sampling induction device is in the prior art, and is composed of an infrared emitting tube, a receiving photoelectric tube, a wire, and the like, It has the function of sensing the air smoke concentration and sending the signal to the smoke detection main control chip module;

The air purifier assembly is arranged inside the air intake hood, and is composed of at least one of the prior art: air negative ion generator, negative ion discharge needle, catalyst, activated carbon, synthetic fiber, HEPA high-efficiency material, etc.; The purifier assembly is composed of HEPA high-efficiency material, catalyst, air negative ion generator and negative ion discharge needle. As the preferred air purifier assembly of the present invention, it has the functions of purifying air, filtering air and generating negative ions;

Described negative air ion generator is the prior art, utilizes high voltage corona to increase negative ion composition in the air, thereby improves air quality, can promote physical health; The present invention preferably described negative air ion generator is arranged in the upper shell of base assembly inside the body;

The catalyst is the prior art, used for the oxidative decomposition of volatile organic compounds, such as: decomposing formaldehyde;

The HEPA high-efficiency material is mainly used in the prior art to capture particulate dust above 0.5um and various suspended solids;

The primary air heater assembly is an existing air heating technology, which is arranged in the inner space of the air intake hood, and is composed of a heating body (metal body, heat conducting body, heating pipe or other materials that can generate heat) and wires;

The primary air heater assembly has the ability to heat air contacting the primary air heater assembly to a temperature in the range of 5° to 97°,

In the present invention, the temperature of the air heated by the primary air heater assembly is preferably in the range of 15° to 57°;

Preferably, the noise-reducing and sound-insulating device is composed of a material capable of sound-insulating and noise-reducing or a sound-absorbing material, as shown schematically; sound-insulating foam, sound-insulating cotton, sound-insulating board, sound-insulating felt and other materials with sound-insulating or sound-absorbing effects; the material can at least Part of the noise is blocked inside the base assembly, so that the sound produced by the electric motor can be heard outside at no more than 70 decibels. To achieve the purpose of reducing noise;

Preferably, the noise-reducing and sound-insulating device of the present invention is composed of sound-insulating foam or sound-insulating cotton;

Preferably, the dual-power turbine assembly adopts the principles of aircraft turbine engines and automobile turbines, and uses two sets of motors to drive two sets of turbine blades to generate high-pressure accelerated airflow. Compared with traditional single-motor single-blade, it can generate more air intake and The characteristics of air pressure also make the air outlet of the bladeless fan lamp have more air output, thereby generating greater wind power. The dual power turbine assembly includes;

Turbine intake passage;

impeller blade;

impeller motor;

fixture rack;

Curved turbine blades;

turbo motor;

Turbine motor mount;

The turbine air intake channel is arranged in the lower casing of the base assembly, is the air intake channel, and is also the fixing device of the impeller blade and the impeller motor; the turbine air intake channel is divided into an air inlet and an air outlet, and the air intake The port is located at the front end of the impeller blade, the air outlet is located behind the air outlet of the curved turbine blade, and the inner wall of the device is a curved cylinder or a curved cylinder structure;

The minimum cross-sectional dimension of the turbine intake passage is in the range of 20mm to 270mm in width and 20mm to 570mm in height. Preferably, the minimum cross-sectional dimension of the turbine intake passage in the present invention is in the range of 50mm to 150mm in width and 60mm to 270mm in width. the height of;

The impeller blade is arranged in the turbine air inlet channel and is connected with the impeller motor; the impeller blade is a transmission device for air flow, and is composed of a plurality of curved inclined blades; after the impeller blade operates, more and more Air is compressed, accelerated and transmitted into the curved turbine blade device to generate a larger air intake;

The impeller motor is arranged in the turbine air inlet passage, and is connected with the impeller blade and the fixing device frame;

The impeller motor is a DC brushless motor ranging from DC5V to DC120V, which is a device that provides power transmission operation for the impeller blade;

The fixing device frame is arranged in the turbine air inlet passage, and has the function of fixing the impeller blade and the impeller motor;

The curved turbine blades are arranged in the turbine inlet passage and connected to the turbine motor. They are devices for air compression and acceleration. They are composed of multiple curved inclined blades, which will continuously compress and accelerate the air after operation. into the intermediate air outlet channel;

The turbine motor is arranged at the lower part of the turbine air intake passage and is connected to the turbine motor fixing frame; the turbine motor is a DC brushless motor between DC5V and DC120V, which is a device that provides power transmission operation for curved turbine blades;

The turbine motor fixing frame is connected and fixed with the bottom of the lower casing of the base assembly, and has the function of fixing the turbine motor;

The speaker is in the prior art, and has the function of receiving the signal of the hardware module of the smart speaker and converting the electrical signal into an acoustic signal. The speaker has the function of playing music and activating a buzzer alarm in the event of a fire; the speaker is preferably arranged in the present invention. at the bottom of the base assembly;

The lighting source at the bottom of the casing is composed of at least one material or light source, such as light-emitting diodes (LEDs), fluorescent lamps, semiconductor fluorescent lamps, energy-saving lamps, etc.; in the present invention, preferably, the lighting sources at the bottom of the casing are composed of light-emitting diodes (LEDs) and arranged at the bottom of the base assembly and around the speaker;

The illumination light source at the bottom of the housing can be controlled by the intelligent control module to turn on and off the brightness, color temperature, and off;

Preferably, the middle air outlet channel has the function of transmitting accelerated air flow, and delivers the accelerated air flow generated in the base assembly to the outer ring air outlet channel assembly located on the outer ring of the bladeless fan lamp;

The intermediate air outlet channel is connected to the side or bottom surface of the lower casing of the base assembly and communicated with the turbine air inlet passage; in the present invention, preferably, the intermediate air outlet channel is connected to the side surface of the lower casing of the base assembly;

The middle air outlet channel can be manufactured into a single middle air outlet channel or a plurality of middle air outlet channels according to the product requirements of the bladeless fan lamp, and the preferred number of the middle air outlet channels in the present invention is 2;

According to product requirements, the inner wall cross section and extension surface of the intermediate air outlet channel can be at least one of a curved, arc, oval, circular, special-shaped, or multi-faceted structure. The surface is an arc structure; in order to ensure the smooth circulation of the accelerated airflow, the connection structure between the inner wall and the base component is roughly an arc structure; the outer wall can be curved, arc, oval, round, special-shaped, or multi-sided according to product requirements. In the present invention, the extension structure of the outer wall is preferably an arc-shaped structure, and the connection structure between the outer wall and the base assembly is roughly an arc-shaped structure;

As a preferred embodiment of the present invention, the arc structure of the extension surface of the middle air outlet channel has the way of making the accelerated air flow entering the middle air outlet channel move in an arc shape into the outer ring air outlet channel assembly located on the outer ring of the bladeless fan lamp, so that the outer ring air outlet channel assembly The accelerated airflow inside has a single-direction movement mode, so that the accelerated airflow in the outer ring outlet channel assembly flows in a counterclockwise one-way or clockwise one-way direction, so that the accelerated airflow is not easy to collide, thereby reducing the energy loss of the accelerated airflow and the reduction of bladeless air. The power consumption of the fan lamp; in the present invention, it is preferable that the middle air outlet channel is arranged in an arc-shaped clockwise direction, so that the accelerated air flow in the middle air outlet channel enters the outer ring air outlet channel assembly in a clockwise direction;

Preferably, the outer ring air outlet channel assembly has the functions of transmitting accelerated airflow, ejecting accelerated airflow and providing artificial lighting;

The outer ring air outlet channel assembly is communicated with the middle air outlet channel, and guides the accelerated air flow in the channel to the air outlet;

The outer ring air outlet channel assembly includes:

Outer ring airflow channel;

air outlet;

Air outlet transmission;

Air outlet nozzle assembly;

Insulation layer structure;

Outer ring lighting source;

The outer ring airflow channel has the function of receiving the accelerated airflow generated in the base assembly, and the accelerated airflow circulates in the outer ring airflow channel;

The air outlet has the function of ejecting the accelerated air flow in the air flow channel of the outer ring; and the air outside the air outlet channel assembly of the outer ring is attracted by the accelerated air flow ejected from the air outlet, mixed and ejected, thereby producing a larger air flow. air flow;

The airflow outlet is arranged on the inner wall or the outer wall of the outer ring airflow channel, and extends at least partially around the outer ring airflow channel, and the cross section of the airflow outlet is at least one of straight, arc, curved, special-shaped, polygonal, etc. This structural shape, the present invention preferably the airflow outlet is arranged on the inner wall and the outer wall of the outer ring airflow channel, partially extending around the airflow channel, and the cross section is approximately arc-shaped;

The air outlet is arranged in a structure with the principle of an air amplifier. A small amount of compressed air is used as a power source to drive the surrounding air to flow to form a high-pressure and high-speed air flow. The air flow rate blown downward is 2 to 57 times the air consumption of the air outlet. ; The present invention preferably blows down the airflow that is about 5 times to 27 times the air consumption of the airflow outlet;

The airflow outlet has at least one airflow outlet, and the present invention preferably has two airflow outlets, namely airflow outlet 1 and airflow outlet 2; The function of ejecting airflow from a single airflow outlet; when only airflow outlet 1 ejects airflow, the airflow is a centralized ejection, and the ejection distance is far and the scope is smaller; when airflow outlet 1 and airflow outlet 2 eject simultaneously, the airflow is diffused Type injection, the injection distance is relatively short and the range is large;

The minimum cross-sectional opening size of the airflow outlet is in the range of 0.5 mm to 27 mm in width. The preferred airflow outlet of the present invention has a minimum cross-sectional opening size of about 1.3 mm in width. The preferred airflow outlet of the present invention has a minimum cross-sectional opening size of about 1.3 mm. 5mm width;

The air outlet transmission device is arranged inside the air outlet channel assembly of the outer ring, and is composed of at least one electric motor and a transmission structural member, and the transmission structural member extends at least partially around the air flow channel of the outer ring; The number of transmission structural parts is 2;

The airflow outlet transmission device has the function of closing and opening the first airflow outlet or the second airflow outlet;

The air outlet transmission device enables the air outlet one or the air outlet two to have the function of opening and closing through the movement of the motor and the transmission structure;

The airflow outlet transmission device has the function of guiding the accelerated airflow in the airflow channel of the outer ring to the airflow outlet 1 or the airflow outlet 2, or to the airflow outlet 1 and the airflow outlet 2 simultaneously;

Preferably, the air outlet nozzle assembly has the function of making the accelerated air flow in the outer ring air flow channel to be annularly ejected at a certain angle, and has the function of draining the external air;

The airflow outlet nozzle assembly is arranged on the surface of the airflow outlet or the outer ring air outlet channel assembly housing; the airflow outlet nozzle assembly includes:

It has a sloping nozzle plate that makes the air flow circularly sprayed at a certain angle;

The inclined surface structure on the upper part of the inclined nozzle plate;

The lower part of the inclined nozzle plate has a guiding surface structure with Coanda effect;

The number of the inclined nozzle plates is between 1 and 2770, the airflow is divided into 1 to 2770 strands, and the divided airflow is sprayed onto the guide surface structure with Coanda effect in the lower part of the inclined nozzle plate; the preferred inclined nozzle in the present invention The number of plates is 57, and the airflow is divided into 57 strands;

The inclined nozzle plate forms an included angle with the line R-R of the substantially horizontal plane of the bladeless fan lamp, and the included angle has an angle range of 0° to 90°, when the included angle is between 30° and 60°, the inclined nozzle plate is At least a part of the accelerated air flow is sprayed out at an inclined angle, and the surrounding air is driven to form an annular rotating air flow; the preferred spray angle of the present invention is 45°;

The size of the beveled nozzle plate is in the range of 0.5mm to 50mm in height, the width is in the range of 0.2mm to 10mm and the length is in the range of 1mm to 77mm; it is preferred in the present invention that the minimum dimension of the cross-section of the beveled nozzle plate is 1.2mm in height , 1mm wide, 17mm long;

The inclined surface structure is arranged as a plane or arc surface structure with a certain inclination angle, which is a structure with the principle of air amplifier, and has the ability to drain the air outside the bladeless fan lamp assembly to the air outlet and eject it from the air outlet. The accelerated air flow is mixed and blown to the guiding surface structure of the lower part of the inclined nozzle plate;

The guide surface structure is arranged as a plane or arc surface structure with a certain inclination angle; the guide surface structure is a structure with the Coanda effect principle; at least part of the accelerated airflow ejected from the air outlet is blown out after being guided by the guide surface structure ;

The guide surface structure includes at least a part of the outer surface of the outer ring air outlet channel or a part of the outer surface of the outer ring illumination light source;

The airflow outlet nozzle assembly is arranged as an air amplifier principle structure with Coanda effect. A small amount of compressed air is used as a power source to drive the surrounding air flow of the bladeless fan to form a high-pressure and high-speed airflow, which has the effect of blowing out the lower part of the bladeless fan lamp. The air flow is in the range of 2 to 57 times the air consumption of the air outlet, and the present invention preferably makes the air flow from the lower part of the bladeless fan lamp about 2 to 27 times the air consumption of the air outlet;

Preferably, the airflow outlet nozzle assembly is arranged in a structure with the principle of cyclone acceleration, and the inclined nozzle plate is used to eject an inclined accelerated airflow, so that the airflow generates a circular rotation, thereby generating a cyclone acceleration principle similar to a tornado, so that the ejected accelerated airflow The airflow is more energetic and dynamic, thereby driving more air around the bladeless fan light to blow down to generate a larger air volume;

Preferably, the heat insulation layer structure is arranged between the outer ring airflow channel and the outer ring lighting light source, and has the function of blocking the internal temperature of the outer ring airflow channel, so that at least part of the temperature is not transferred to the outer ring lighting source;

Because the material of the lighting source is usually easy to age in a higher temperature environment and affect the service life, the heat insulation layer structure has the function of protecting the lighting source;

The heat insulating layer structure is composed of at least one material or structure, such as a heat insulating material and a central vacuum structure. Preferably, the heat insulating layer structure in the present invention is composed of both the heat insulating material and the central vacuum structure;

The heat insulating material is made of prior art materials, such as porous materials, heat-reflecting materials, and vacuum materials;

The middle vacuum structure is an existing heat insulation technology, the cross section of the middle vacuum structure is an annular hollow structure, and part of the air in the middle space of the structure is extracted to form a state of approximately vacuum;

the middle vacuum structure extends at least partially around the outer ring airflow channel;

the outer ring illumination light source is arranged on the heat insulating layer structure and extends at least partially around the outer ring air flow channel;

The outer ring illumination light source is composed of an illumination housing and a light source;

The lighting housing has the function of protecting and shielding the light source and circuit board components inside it;

The lighting shell can be round, square, oval, polygonal, annular, special-shaped, strip-shaped, strip-shaped ring, strip-shaped oval, strip-shaped special-shaped, flat, flat-shaped, etc. according to product requirements. The housing is made of fully transparent or translucent material, and the present invention preferably the lighting housing is an annular circular structure as a whole, and is made of translucent material;

the light source is inside the lighting housing;

The light source is the existing lighting technology, and is composed of at least one material or light source, such as light emitting diodes (LEDs), fluorescent lamps, semiconductor fluorescent lamps, energy-saving lamps, etc.; in the present invention, preferably, the light sources are composed of light emitting diodes (LEDs);

The illumination light source at the bottom of the casing can be controlled by the intelligent control module to turn on and off the brightness;

Preferably, the secondary air heater assembly, which is based on the existing air heating technology, is arranged in the middle air outlet channel or the outer ring air outlet channel assembly. In the present invention, the secondary air heater assembly is preferably arranged in the in the inner space of the middle air outlet channel, and at least a part of it extends around the middle air outlet channel;

The secondary air heater assembly is composed of a heating body (metal body, heat conducting body, heating pipe or other heat-generating materials without limitation) and a wire connecting line;

The heating body of the secondary air heater assembly is at least partially located inside the middle air outlet channel or the outer ring air outlet channel assembly, and part is in contact with the air flow in the middle air outlet channel or the outer ring air outlet channel assembly;

The secondary air heater assembly has the function of heating the air contacting the secondary air heater assembly to a temperature in the range of 5° to 220°, and making the accelerated air flow blown out from the air outlet mixed with the outside air and then blown toward the air. The airflow temperature of the human body does not exceed 65 degrees;

In the present invention, preferably, the temperature of the air stream heated by the secondary air heater assembly and the air stream blown out after mixing with the outside air does not exceed 55°.

Description of drawings

Embodiments of the invention will now be described, by way of example, with reference to the accompanying drawings, in which:

Figure 1 is a top view of a bladeless fan light;

Figure 2 is a front view of the bladeless fan light;

Figure 3 is a bottom view of the bladeless fan light;

Figure 4 is a right side cross-sectional view taken along line A-A in Figure 2 showing a cross-section of the bladeless fan light's mount, base assembly, middle outlet channel and outer ring outlet channel assembly;

Figure 5 is an underside cross-sectional view taken along line B-B in Figure 2 showing a cross-section of the base assembly, the middle outlet channel and the outer ring outlet channel assembly of the bladeless fan light;

Figure 6 is a right side cross-sectional view taken along line C-C in Figure 3 showing a cross-section of the middle outlet passage of the bladeless fan light;

Figure 7 is a right side cross-sectional view taken along line D-D in Figure 3 showing a cross-section of the outer ring outlet air channel assembly and air outlet nozzle assembly of the bladeless fan lamp;

Figure 8 is a left side cross-sectional view taken along line E-E in Figure 3 showing a cross-section of the outer ring outlet channel assembly and outer housing surface of the bladeless fan light;

Figure 9 is a close-up of the internal structure of the area H shown in Figure 8, which shows the outer ring air outlet channel assembly and the air outlet nozzle assembly of the bladeless fan lamp;

1 to 9 wherein the line R-R is the line of the substantially horizontal plane of the bladeless fan lamp.

Detailed ways

The technical solutions in the embodiments of the present invention will be described in detail below with reference to the accompanying drawings in the embodiments of the present invention, and the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments;

Figure 1 shows a top view of a bladeless fan light showing the base assembly, the middle air outlet, and the top outer housing of the outer ring air outlet assembly, including:

The fixing frame 1001 is used to fix the bladeless fan lamp on the top ceiling or the top cement board;

The upper casing 1002 of the base assembly is used to protect and fix the inner unit of the base assembly;

The middle air outlet channel 2001 is used to deliver the accelerated air flow generated in the base assembly to the outer ring air flow channel 3100;

Figure 2 shows a front view of the bladeless fan light showing the base assembly and the side outer housing of the outer ring outlet channel assembly including:

The base assembly upper casing 1002 and the base assembly lower casing 1003 are used to protect and fix the internal unit assembly;

The air intake hood 1004 is arranged on the lower casing 1003 of the base assembly, and has the functions of allowing air to circulate, insect-proof, replaceable, removable and washable, etc. Most of the air flow is entered by the intake hood 1004;

The outer ring airflow channel 3100 is used to receive the accelerated airflow generated in the base assembly and to circulate the accelerated airflow;

The outer ring lighting source 3200 is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the outer ring lighting source 3200 to Implement the adjustment and control of the light source of the bladeless fan lamp assembly;

Figure 3 shows a bottom view of the bladeless fan light showing the base assembly, the middle air outlet channel, and the bottom outer housing of the outer ring air outlet channel assembly, including:

The lighting source 1005 at the bottom of the casing is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the lighting source 100 at the bottom of the casing , to implement the adjustment and control of the light source of the bladeless fan lamp assembly;

The speaker 1006 is used to start the buzzer alarm when playing music and fire; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls the signal output of the smart speaker hardware module 1011 and the volume of the speaker 1006 , to realize the adjustment and control of the volume of the bladeless fan light;

The middle air outlet channel 2001 is used to deliver the accelerated air flow generated in the base assembly to the outer ring air flow channel 3100;

The outer ring lighting source 3200 is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the outer ring lighting source 3200 to Implement the adjustment and control of the light source of the bladeless fan lamp assembly;

Figure 4 shows a right side cross-sectional view taken along line A-A in Figure 2 showing a cross-section of the bladeless fan light's mounting bracket, base assembly, middle outlet channel and outer ring outlet channel assembly, wherein include:

The fixing frame 1001 is used to fix the bladeless fan lamp on the top ceiling or the top cement board;

The hardware unit fixing frame 1007 is arranged in the upper casing 1002 of the base assembly for fixing the hardware modules of each unit;

The step-down and rectifier bridge power module 1008 is used to convert AC220V alternating current into DC120V or DC120V or less, and transmit the converted direct current to the DC-DC power module 1009;

The DC-DC power supply module 1009 is used to provide short-circuit, overload, over-voltage, under-voltage, and over-current protection for the electrical unit, and to transmit DC power to the intelligent control module and each electrical unit;

The intelligent control module 1010 is used to implement and control each power consumption unit and has functions such as data collection, data analysis, data transmission, and data storage;

The smart speaker hardware module 1011 is used to implement the control of the speaker components and has the functions of audio output, data transmission, data storage, receiving the signal of the smoke detection main control chip 1012, receiving the signal of the intelligent control module 1010, and transmitting the signal to the speaker 1006;

The smoke detection main control chip module 1012 is used to receive the signal change of the smoke sampling sensing device 1013, determine the signal change amount to confirm whether a fire alarm occurs, and transmit the signal to the smart speaker hardware module 1011;

The smoke sampling sensing device 1013 is used to sense the smoke concentration in the air, and send the signal to the smoke detection main control chip module 1012;

The detachable structure 1100 is used for the disassembly and assembly of the upper casing 1002 of the base assembly and the lower casing 1003 of the base assembly, so as to facilitate the replacement and maintenance of the internal unit of the base assembly;

The air purifier assembly is used to purify the air, filter the air and generate negative ions. It is composed of an air negative ion generator 1014, a negative ion discharge needle 1015, a catalyst 1016, and a HEPA high-efficiency material 1017. The air negative ion generator 1014 and the negative ion discharge needle 1015 is the prior art, utilizes high-voltage corona to increase the negative ion components in the air, thereby improving the air quality, and can promote physical health; the catalyst 1016 is the prior art, used for the oxidative decomposition of volatile organic compounds, such as: decomposing Formaldehyde; the HEPA high-efficiency material 1017 is the prior art and is mainly used to capture particulate dust above 0.5um and various suspended solids;

The primary air heater assembly 1018 is used to heat the air flow inside the base assembly, the air flow entering by the intake hood 1004 and the air cleaner assembly is heated by the primary air heater assembly 1018; the user sends a control signal through the control device or device To the intelligent control module 1010, the intelligent control module 1010 controls and adjusts the temperature of the primary air heater assembly 2002 to realize the adjustment and control of the air temperature of the bladeless fan lamp;

The noise reduction and sound insulation device 1019 is used for noise reduction and sound insulation, and at least part of the noise is blocked inside the base assembly, so that the sound produced by the electric motor can be heard outside by no more than 70 decibels. Around, block the impeller blade 1021, the impeller motor 1022, the curved turbine blade 1024, the turbine motor 1025, and the sound generated during operation has achieved the purpose of reducing noise;

The dual-power turbine assembly is used to generate accelerated airflow with pressure. It adopts the principle of aircraft turbine engine and the principle of automobile turbine. Two sets of motors are used to drive two sets of turbine blades to generate accelerated airflow with pressure, so that the air outlet has more airflow, so that the The bladeless fan light has more wind power, and the dual power turbine components include:

The turbine air inlet passage 1020, as the air inlet passage, is divided into an air inlet and an air outlet. The air inlet is located at the front end of the impeller blade 1021, and the air outlet is located behind the air outlet of the curved turbine blade 1024. The air flow enters and passes through the air inlet. After the compression of the impeller blade 1021 and the curved turbine blade 1024 is accelerated, it is delivered to the intermediate air outlet channel 2001 through the air outlet;

The impeller blade 1021 is used to transmit, compress and accelerate the air flow. It is composed of multiple curved inclined blades. After operation, it will continuously compress and accelerate more air into the curved turbine blades 1024 to generate a larger intake air volume. ;

The impeller motor 1022 is a DC brushless motor ranging from DC5V to DC120V, and has the function of providing power transmission operation for the impeller blade 1021; the user sends a control signal to the intelligent control module 1010 through the control device or device, which is then controlled by the intelligent control module 1010 Adjust the speed of the impeller motor 1022 to realize the adjustment and control of the air volume of the air outlet of the bladeless fan lamp;

The fixing device frame 1023 is arranged in the turbine inlet passage 1020 for fixing the impeller blades and the impeller motor;

The curved turbine blade 1024 is used to transmit, compress and accelerate the air flow, and is composed of a plurality of curved inclined blades. After operation, the air will be continuously compressed and accelerated into the intermediate air outlet channel 2001;

The turbine motor 1025 is a DC brushless motor ranging from DC5V to DC120V, and has the function of providing power transmission operation for the curved turbine blade 1024; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 sends a control signal to the intelligent control module 1010. Control and adjust the speed of the turbine motor 1025 to realize the adjustment and control of the air volume of the air outlet of the bladeless fan lamp;

Turbine motor fixing frame 1026; used to fix the turbine motor;

The lighting source 1005 at the bottom of the casing is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the lighting source 1005 at the bottom of the casing , to implement the adjustment and control of the light source of the bladeless fan lamp assembly;

Speaker 1006, the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls the signal output of the smart speaker hardware module 1011 and the volume of the speaker 1006 to adjust the volume of the bladeless fan light control;

The middle air outlet channel 2001 is used to deliver the accelerated air flow generated in the base assembly to the outer ring air flow channel 3100;

The secondary air heater assembly 2002 is installed on the intermediate air outlet channel 2001 and is used to heat the air flow in the intermediate air outlet channel 2001; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 sends a control signal to the intelligent control module 1010. Control and adjust the temperature of the secondary air heater assembly 2002 to realize the adjustment and control of the air temperature of the bladeless fan lamp;

The outer ring air flow channel 3100 is used to receive the accelerated air flow generated in the base assembly and to circulate the accelerated air flow and then deliver it to the air flow outlet one 3501 and the air flow outlet two 3502;

The heat insulation layer structure 3300 is used to block the temperature of the outer ring airflow channel 3100, so that at least part of the temperature is not transferred to the outer ring lighting light source 3200, so that the outer ring lighting light source 3200 is not affected by the airflow temperature inside the outer ring airflow channel 3100 ;

The outer ring lighting source 3200 is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the outer ring lighting source 3200 to Implement the adjustment and control of the light source of the bladeless fan lamp assembly;

Figure 5 is an underside cross-sectional view taken along line B-B in Figure 2 showing a cross-section of the base assembly, the middle outlet channel and the outer ring outlet channel assembly of the bladeless fan light, including:

The noise reduction and sound insulation device 1019 is used for noise reduction and sound insulation, and at least part of the noise is blocked inside the base assembly, so that the sound produced by the electric motor can be heard outside by no more than 70 decibels. Around, block the impeller blade 1021, the impeller motor 1022, the curved turbine blade 1024, the turbine motor 1025, and the sound generated during operation has achieved the purpose of reducing noise;

The curved turbine blade 1024 is used to transmit, compress and accelerate the air flow, and is composed of a plurality of curved inclined blades. After operation, the air will be continuously compressed and accelerated into the intermediate air outlet channel 2001;

The turbine motor 1025 is a DC brushless motor ranging from DC5V to DC120V, and has the function of providing power transmission operation for the curved turbine blade 1024; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 sends a control signal to the intelligent control module 1010. Control and adjust the speed of the turbine motor 1025 to realize the adjustment and control of the air volume of the air outlet of the bladeless fan lamp;

The middle air outlet channel 2001 is used to deliver the accelerated air flow generated in the base assembly to the outer ring air flow channel 3100;

The secondary air heater assembly 2002 is installed on the intermediate air outlet channel 2001 and is used to heat the air flow in the intermediate air outlet channel 2001; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 sends a control signal to the intelligent control module 1010. Control and adjust the temperature of the secondary air heater assembly 2002 to realize the adjustment and control of the air temperature of the bladeless fan lamp;

The outer ring air flow channel 3100 is used to receive the accelerated air flow generated in the base assembly, and to circulate the accelerated air flow and then deliver it to the air flow outlet one 3501 and the air flow outlet two 3502;

The airflow outlet transmission device is composed of a motor 3401 and a transmission structural member 3402, and through the movement of the motor 3401 and the transmission structural member 3402, the airflow outlet 2 3502 has the function of closing or opening; the accelerated airflow in the outer ring airflow channel 3100 passes through the transmission structure The guidance of the component 3402 has the function of delivering to the airflow outlet 1 3501 and the airflow outlet 2 3502 at the same time or only to the airflow outlet 3501; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent The control module 1010 controls and adjusts the forward and reverse rotation directions of the motor 3401, and drives the movement of the transmission structure 3402, so as to realize the adjustment and control of the air outlet mode of the air outlet of the bladeless fan lamp;

Figure 6 is a right side cross-sectional view taken along line C-C in Figure 3 showing a cross-section of the middle outlet passage of the bladeless fan light including:

The middle air outlet channel 2001 is used to deliver the accelerated air flow generated in the base assembly to the outer ring air flow channel 3100;

The secondary air heater assembly 2002 is arranged on the middle air outlet channel 2001 and is used to heat the air flow in the middle air outlet channel 2001; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 sends a control signal to the intelligent control module 1010. Control and adjust the temperature of the secondary air heater assembly 2002 to realize the adjustment and control of the air temperature of the bladeless fan lamp;

Figures 7 to 9 show the cross section of the outer ring outlet channel assembly, the outer housing surface and the air outlet nozzle assembly of the bladeless fan light, including:

The outer ring air flow channel 3100 is used to receive the accelerated air flow generated in the base assembly and to circulate the accelerated air flow and then deliver it to the air flow outlet one 3501 and the air flow outlet two 3502;

The outer ring airflow channel 3100 includes: a right outer surface 3101, a top side outer surface 3102, a left guide surface structure 3104, a top side inclined surface structure 3103, etc. of the outer ring airflow channel 3100;

The airflow outlet is used to eject the accelerated airflow in the outer ring airflow channel 3100; and the air outside the outer ring air outlet channel assembly is attracted by the accelerated airflow ejected from the airflow outlet, mixed and then ejected, resulting in a larger air flow;

The airflow outlet includes: airflow outlet one 3501 and airflow outlet two 3502;

The airflow outlet nozzle assembly is used to make the accelerated airflow in the outer ring airflow channel 3100 perform annular spraying at a certain angle, and has the effect of draining the external air;

The airflow outlet nozzle assembly includes:

Inclined nozzle plate 3601, which can make the accelerated airflow to spray annularly at a certain angle,

The inclined surface structure 3103 on the upper part of the inclined nozzle plate 3601,

The lower part of the inclined nozzle plate 3601 has a guide surface structure 3104 with Coanda effect,

The lower part of the second airflow outlet 3502 has a guide surface structure 3105 with Coanda effect,

The inclined nozzle plate 3601 forms an included angle Y with the line R-R of the substantially horizontal plane of the bladeless fan lamp, and the included angle Y has an angle range of 0° to 90°. When the included angle is between 30° and 60°, the The inclined nozzle plate 3601 makes at least a part of the accelerated air flow ejected at an inclined angle, and drives the surrounding air to form an annular air flow; the preferred angle Y of the present invention is 45°;

The inclined surface structure 3103 is arranged as a plane or arc surface structure with a certain inclined angle. This structure is a structure with the principle of an air amplifier, and has the ability to divert the air outside the bladeless fan lamp to the airflow outlet one 3501 or the airflow outlet two. 3502 or both, and mixed with the accelerated airflow ejected from the airflow outlet 1 3501 or the airflow outlet 2 3502 or both, and then blown to the guide surface structure 3104 or the guide surface structure 3105 at the lower part of the inclined nozzle plate 3601;

The guide surface structure 3104 and the guide surface structure 3105 are arranged as a plane or arc surface structure with a certain inclination angle, and the structure is a structure with the Coanda effect principle;

The air outlet nozzle assembly is arranged in the principle structure of an air amplifier with Coanda effect. A small amount of compressed air is used as a power source to drive the surrounding air to flow to form a high-pressure and high-speed air flow. The amount of air blown downward is the air consumption of the air outlet. In the range of 2 to 57 times, the air flow rate blown downwards in the present invention is preferably in the range of 2 times to 27 times the air consumption of the air outlet one 3501 and the air outlet two 3502;

The airflow outlet nozzle assembly is arranged in a structure with the principle of cyclone acceleration, and the inclined nozzle plate 3601 is used to eject an inclined accelerated airflow, so that the airflow can be rotated in a ring shape, thereby generating a cyclone acceleration principle similar to a tornado, so that the accelerated airflow ejected More energy and driving force, thus driving more air around the bladeless fan lamp to blow down and generating a larger air volume;

The heat insulation layer structure 3300 is used to block the temperature of the outer ring airflow channel 3100, so that at least part of the temperature is not transferred to the outer ring lighting light source 3200, so that the outer ring lighting light source 3200 is not affected by the airflow temperature inside the outer ring airflow channel 3100 ;

The heat insulating layer structure 3300 includes: a middle vacuum structure 3301 and a heat insulating material 3302;

The insulating material 3302 is composed of materials of the prior art such as porous materials, heat-reflecting materials and vacuum materials;

The middle vacuum structure 3301 is the existing heat insulation technology, and part of the air in the middle space of the structure is extracted to form a state of approximately vacuum;

The outer ring lighting source 3200 is used to generate artificial lighting; the user sends a control signal to the intelligent control module 1010 through the control device or device, and then the intelligent control module 1010 controls and adjusts the on, off, brightness and color temperature of the outer ring lighting source 3200 to Implement the adjustment and control of the light source of the bladeless fan lamp assembly;

The outer ring illumination light source 3200 includes: a light source 3201 and an illumination housing

The light source 3201 is an existing lighting technology, and is composed of at least one material or light source, such as light-emitting diodes (LEDs), fluorescent lamps, semiconductor fluorescent lamps, energy-saving lamps, etc. The light source 3201 is preferably composed of light-emitting diodes (LEDs) in the present invention;

The lighting housing includes: a right lighting housing surface 3202, a bottom lighting housing surface 3203 and a left lighting housing surface 3204;

The lighting shell is composed of fully transparent or translucent materials, and preferably the lighting shell is composed of translucent materials in the present invention;

A bladeless fan lamp, as generally described with reference to Figures 1 to 9;

The above embodiments do not limit the protection scope of the present invention, and those in the technical field can make equal modifications and changes without departing from the overall concept of the present invention, all still fall within the scope of the present invention.

Claims (11)

1. A bladeless fan lamp for generating airflow and artificial lighting, the bladeless fan lamp comprising:

a base assembly;

a middle air outlet channel;

an outer ring airflow channel;

an airflow outlet;

an illumination light source;

the base component has the functions of protecting internal components, blocking internal noise transmission, fixing the whole structure, facilitating assembly and disassembly, providing air circulation, generating compressed accelerated airflow and controlling each unit component; the base assembly comprises; the device comprises a base shell, an intelligent control module, an air inlet cover, a turbine air inlet channel, a motor, a curved turbine blade and a noise reduction and sound insulation device;

the base shell is used for protecting and fixing the internal unit element of the base assembly;

the intelligent control module is used for controlling each power utilization unit and has at least one of the functions of data acquisition, data analysis, data transmission, data storage and the like;

the air inlet hood is arranged at the upper part of the base shell and has the function of circulating air, the air inlet hood at least consists of an air inlet, and at least part of air flow in the base component enters from the air inlet hood;

the turbine air inlet channel is used as an air inlet channel of air flow, has the function of conveying accelerated air flow, and is divided into an air inlet and an air outlet, and the air flow enters from the air inlet, is compressed and accelerated by the curved turbine blades and then is conveyed to the middle air outlet channel from the air outlet;

the motor is arranged in the turbine air inlet channel and has the function of providing power transmission for the curved turbine blade;

the curved turbine blades are arranged in the turbine air inlet channel, have the functions of transmitting, compressing and accelerating air flow, consist of a plurality of curved inclined blades, and can continuously compress and accelerate the air to be transmitted into the middle air outlet channel after operation;

the noise reduction and sound insulation device has the function of blocking noise transmission in the base component, at least partial noise is blocked in the base component, and the sound generated by the motor can be heard outside no more than 70 decibels;

the noise reduction and sound insulation device is at least partially arranged around the turbine air inlet channel, the motor and the curved turbine blade assembly, and can block the sound generated by the motor and the curved turbine blade during operation to achieve the purpose of reducing the noise, and the noise reduction and sound insulation device can at least isolate the noise within the range of 1-87 decibels;

the height difference between the lower bottom surface of the base component and the lower bottom surface of the outer ring airflow channel is in the range of 0mm to 270 mm;

the side surface or the bottom surface of the base assembly is connected with the middle air outlet channel, and the turbine air inlet channel in the base assembly is communicated with the middle air outlet channel;

the base component has a fixing function for at least one of the lighting source, the smoke monitoring alarm, the intelligent sound box component, the heating component, the air purifier component and the like;

the middle air outlet channel is a communication channel between the base assembly and the outer ring air flow channel and has the function of transmitting and accelerating air flow; the middle air outlet channel conveys accelerated airflow generated in the base assembly to an outer ring airflow channel positioned on the outer ring of the bladeless fan lamp;

the middle air outlet channel is connected with the side surface or the bottom surface of the lower shell of the base component;

the middle air outlet channel has the functions of fixing, supporting or supporting the outer ring air flow channel and the outer ring lighting source;

the number of the intermediate air outlet channels ranges from 1 to 17;

the outer ring airflow channel has the function of receiving accelerated airflow generated in the base assembly and accelerates the airflow to circulate in the outer ring airflow channel;

the outer ring airflow channel is communicated with the middle air outlet channel and the airflow outlet, and conveys airflow in the outer ring airflow channel to the airflow outlet;

the outer ring airflow channel has the function of enabling airflow to flow in the anticlockwise direction or the clockwise direction;

the outer ring air flow channel has a fixing function for an outer ring lighting source;

the airflow outlet has the function of ejecting accelerated airflow in the outer ring airflow channel; the external air of the bladeless fan lamp is sucked by the accelerated airflow jetted from the airflow outlet, mixed and jetted, and accordingly larger airflow is generated;

the airflow outlets are communicated with the outer ring airflow channel, the number of the airflow outlets comprises at least 1 air outlet, and the minimum cross-sectional opening size of the airflow outlets is in the range of 0.5mm to 25mm in width;

the airflow outlet has the function of enabling airflow to be annularly sprayed;

the airflow outlet is arranged on the inner wall or the outer wall of the outer ring airflow channel and at least partially extends around the outer ring airflow channel, the cross section of the airflow outlet is in at least one structural shape of straight strip shape, arc shape, curved shape, special shape, polygon and the like,

the airflow outlet is arranged in a structure with an air amplifier principle, a small amount of compressed air is used as a power source to drive surrounding air to flow to form high-pressure and high-speed airflow, and the downward blowing airflow is in a range of 2-57 times of the airflow consumption of the airflow outlet;

the illumination light source includes: the shell bottom lighting source or the outer ring lighting source or both have the function of generating artificial lighting;

the illumination light source consists of an illumination shell and a light source;

the lighting shell has the function of protecting and shielding the light source or the circuit board element inside the lighting shell;

the illumination shell is made of a fully transparent or semitransparent material;

the light source is arranged in the lighting shell and is composed of at least one material or light source of a Light Emitting Diode (LED), a fluorescent lamp, a semiconductor fluorescent lamp, an energy-saving lamp and the like;

the lighting source comprises at least 1 lighting source arranged on the structure of the outer ring airflow channel;

the outer ring illumination source extends at least partially around the outer ring airflow channel and has a minimum cross-sectional dimension in the range of 5mm to 300mm in width and height;

the bladeless fan lamp is characterized in that at least 1 electric unit element is provided with at least one control device or device which can be controlled by a manual switch, a smart phone, a remote controller, a computer, a smart watch, a smart voice device, a plug and the like, and the intelligent hardware module can be controlled, and at least 1 electric unit element in the bladeless fan lamp is controlled by at least one control mode of manual control, automatic control, intelligent control, remote control and the like;

the space between the base component and the outer ring airflow channel of the bladeless fan lamp and the upper part and the lower part of the space between the base component and the outer ring airflow channel are hollow structures which can allow airflow to flow up and down except the space occupied by the middle air outlet channel;

the bladeless fan lamp is provided with a device capable of providing illumination and generating air flow simultaneously.

2. The bladeless fan lamp of claim 1, wherein the base housing is of a large upper and small lower approximately cylindrical or elliptical cylindrical configuration, or of an approximately cylindrical or elliptical cylindrical configuration;

the base housing cross-sectional diameter dimension is in the range of 50mm to 470mm wide and the base housing height dimension is in the range of 70mm to 700mm high;

the base component shell consists of a base component upper shell and a base component lower shell;

the base component shell is provided with a detachable structure which is convenient for maintaining and replacing the internal unit element, and the detachable structure is positioned at the connecting part of the upper shell and the lower shell;

at least one of a voltage reduction and rectification bridge power supply module, a DC-DC power supply module, an intelligent control module, an intelligent sound box hardware module, a smoke detection main control chip module and the like is arranged in the upper shell of the base component;

at least one of a smoke sampling induction device, an air purifier component, a heating component, a noise reduction and sound insulation device, a motor, a curved turbine blade, an air inlet channel and the like is arranged in the lower shell of the base component;

the air inlet cover is a detachable device, is arranged at the upper part of the lower shell of the base assembly, is an air inlet device of airflow, has the function of fixing the upper shell and the lower shell of the base assembly, and consists of a detachable structure and an arc-shaped surface structure, wherein the arc-shaped surface structure is provided with an air inlet hole for air circulation, and the air inlet hole at least consists of 1 vent through which the airflow can pass, has an insect prevention function, and has a replaceable unpicking and washing function;

the number of the air inlet hoods is between 1 and 10, and the cross-sectional structure size is between the width of 107mm and 470mm and the height of 10mm and 470 mm.

3. The bladeless fan lamp assembly of claim 1, wherein the intermediate outlet channel inner wall has a minimum cross-sectional dimension in a range of 3mm to 270mm in width and height;

the minimum cross-sectional dimension of the outer wall of the middle air outlet channel ranges from 7mm to 277mm in width and height;

the middle air outlet channel extends for a length with a length dimension ranging from 20mm to 670 mm;

the middle air outlet channel has the function of enabling the accelerated airflow to flow in the outer ring air flow channel in the anticlockwise or clockwise direction;

the extension surface structure of the inner wall and the outer wall of the middle air outlet channel has at least one structure of a circle, a curved surface, an ellipse, a curved shape, an arc shape, a polygon, a special shape and the like;

the connecting structure of the middle air outlet channel and the inner wall of the base is of at least one structure of a circle, an ellipse, a polygon, a special shape, an arc surface shape, a curved surface shape and the like.

4. The bladeless fan lamp according to claim 1, wherein the outer annular air flow channel inner wall has a minimum cross-sectional dimension in a range of width and height from 3mm to 270 mm;

the minimum cross-sectional dimension of the outer wall of the outer ring airflow channel ranges from 7mm to 277mm in width and height;

the outer ring airflow channel is at least partially arranged into an inclined surface structure, the inclined surface structure is arranged into a plane or a cambered surface with a certain inclined angle, the inclined surface structure has a structure based on the air amplifier principle, and has a guide surface structure which can guide the air outside the bladeless fan lamp assembly to the airflow outlet and mix with the accelerated airflow sprayed by the airflow outlet and blow the air to the lower part of the inclined nozzle plate;

the guide surface structure is arranged as a plane or arc structure with a certain inclination angle, and is arranged as a structure with the coanda effect principle;

the guide surface structure at least comprises a part of outer surface of the outer ring air outlet channel or a part of outer surface of the outer ring illumination light source;

the connection structure of the outer ring airflow channel and the inner wall of the middle air outlet channel has at least one structure of a circle, an ellipse, a polygon, a special shape, an arc surface shape, a curved surface shape and the like.

5. The bladeless fan lamp of claim 1 or 4, wherein a thermal insulation layer structure is provided between the outer-ring airflow channel and the outer-ring illumination light source;

the heat insulation layer structure has the function of isolating the temperature in the outer ring airflow channel, so that at least part of the temperature is not transmitted to the outer ring illumination light source;

the heat insulation layer structure is made of at least one material or structure of heat insulation materials, a middle part vacuum structure and the like, and at least part of the structure extends around the outer ring airflow channel;

the height dimension of the cross section of the heat insulation layer structure ranges from 1mm to 270mm, and the width dimension ranges from 7mm to 277 mm;

the outer ring illumination source is disposed on the insulation layer structure and extends at least partially around the outer ring airflow channel.

6. The bladeless fan lamp of claim 1, wherein a dual power turbine assembly is disposed in the base assembly;

the dual power turbine assembly having the effect of enhancing the pressure and velocity of the accelerating airflow in the bladeless fan lamp, the dual power turbine assembly comprising:

a turbine inlet passage;

impeller blades;

an impeller motor;

a fixing device frame;

a curved turbine blade;

a turbine motor;

a turbo motor mount;

the turbine air inlet channel is arranged in the lower shell of the base component, is an air inlet channel of air flow and is also a fixing device of the impeller blades and the impeller motor; the turbine air inlet channel is divided into an air inlet and an air outlet, the air inlet is positioned at the front end of the impeller blade, the air outlet is positioned behind the air outlet of the curved turbine blade, and the inner wall of the device is of a curved surface cylinder or a cambered surface cylinder structure;

the minimum cross-sectional dimension of the turbine air inlet channel is in the range of 20mm to 270mm in width and 20mm to 570mm in height;

the impeller blades are arranged in the turbine air inlet channel and connected with an impeller motor; the impeller blade is a transmission device of airflow and consists of a plurality of inclined blades with curved surfaces; after the impeller blades operate, more air can be continuously compressed and transmitted into the curved turbine blade device in an accelerating manner, so that a larger air inflow is generated;

the impeller motor is arranged in the turbine air inlet channel and is connected with the impeller blades and the fixing device frame;

the impeller motor is a direct-current brushless motor between DC5V and DC120V, and is a device for providing power transmission operation for impeller blades;

the fixing device frame is arranged in the turbine air inlet channel and has the functions of fixing the impeller blades and the impeller motor;

the curved turbine blades are arranged in the turbine air inlet channel, are connected with a turbine motor, are used for compressing and accelerating air flow, consist of a plurality of curved inclined blades, and can continuously compress and accelerate the air to be transmitted into the middle air outlet channel after operation;

the turbine motor is arranged at the lower part of the turbine air inlet channel and is connected with a turbine motor fixing frame; the turbine motor is a direct-current brushless motor between DC5V and DC120V, and is a device for providing power transmission operation for curved turbine blades;

the turbine motor fixing frame is fixedly connected with the bottom of the lower shell of the base component and has the function of fixing the turbine motor;

the dual power turbine assembly is disposed inside the base assembly.

7. The bladeless fan lamp of claim 1, wherein a smart sound box assembly is disposed in the base assembly,

the intelligent sound box assembly has a sound box playing function and a smoke monitoring and alarming function; the smart sound box assembly comprises:

the intelligent sound box hardware module;

a smoke detection main control chip module;

a smoke sampling sensing device;

a speaker;

the intelligent sound box hardware module is composed of a circuit board and an electronic element and has at least one of the functions of audio output, data transmission, data analysis and data storage, receiving a smoke detection main control chip signal, receiving an intelligent control module signal, sending a signal to a loudspeaker and the like;

the smoke detection main control chip module consists of a circuit board and an electronic element, is connected with the intelligent sound box hardware module, and has the functions of receiving the signal change of the smoke sampling induction device, judging the signal change quantity to confirm whether a fire alarm occurs and transmitting the signal to the intelligent sound box hardware module;

at least part of the structure of the smoke sampling sensing device is contacted with unfiltered air, so that the smoke sampling sensing device has the functions of sensing the smoke concentration of the air and sending a signal to the smoke detection main control chip module;

the smoke sampling induction device is composed of at least one of an infrared transmitting tube, a receiving photoelectric tube, a lead and the like;

the loudspeaker has the functions of receiving the signal of the intelligent sound box hardware module and converting the electric signal into an acoustic signal;

the loudspeaker plays music and starts a buzzing alarm in case of fire;

at least one of the intelligent sound box hardware module, the smoke detection main control chip module, the smoke sampling induction device, the loudspeaker and the like is arranged in the base component.

8. The bladeless fan lamp of claim 1, wherein an air purifier assembly is disposed in the base assembly, and an air heater assembly is disposed in the intermediate air outlet channel;

the air purifier component has the functions of filtering air in the bladeless fan lamp and purifying negative ions; the air heater assembly has the function of heating air in the bladeless fan lamp;

the air purifier assembly is disposed within the base assembly and extends at least partially around a space within the base assembly;

the air purifier component comprises a negative ion generator and at least one of active carbon, synthetic fiber, HEPA high-efficiency material, catalyst and the like;

the air heater assembly is arranged on the inner wall or the outer wall of the middle air outlet channel, and at least one part of the air heater assembly extends around the middle air outlet channel;

the air heater assembly is at least partially positioned in the middle air outlet channel and at least partially contacted with the air in the middle air outlet channel;

the air heater assembly heats the air entering the middle air outlet channel to the temperature in the range of 5-200 degrees, and the temperature of the air flow blown to the human body after the accelerated air flow blown out from the air flow outlet of the bladeless fan lamp is mixed with the external air is not more than 65 degrees;

the air heater assembly comprises at least one heating body;

the air heater assembly and the air purifier assembly have the function of heating after purifying and filtering air in the bladeless fan lamp.

9. A outer perimeter airflow channel assembly for implementing the bladeless fan lamp of claim 1 or 4, wherein said outer perimeter airflow channel assembly has two air outlets, both air outlets having the function of being able to emit an airflow simultaneously under actuator control or to emit an airflow only from a single air outlet under actuator control, said outer perimeter airflow channel assembly comprising;

an outer ring airflow channel;

a first airflow outlet;

an airflow outlet II;

an airflow outlet transmission;

the outer ring airflow channel has the function of receiving accelerated airflow generated in the base assembly and accelerates the airflow to circulate in the outer ring airflow channel;

the first airflow outlet has the function of ejecting accelerated airflow in the outer ring airflow channel, and air outside the outer ring air outlet channel assembly is sucked and mixed by the accelerated airflow ejected by the first airflow outlet and then ejected out, so that larger airflow is generated;

the first airflow outlet is provided with at least one airflow outlet, and the minimum cross-section opening size of the airflow outlet is in the range of 0.5mm to 27mm in width;

the air outlet II has the function of ejecting accelerated air flow in the outer ring air flow channel, and air outside the outer ring air outlet channel assembly is sucked by high-speed air flow ejected from the air outlet II, mixed and ejected, so that larger air flow is generated;

the second airflow outlet is provided with at least one airflow outlet, and the minimum cross section opening size of the airflow outlet is in the range of 0.5mm to 27mm in width;

the first airflow outlet and the second airflow outlet have the functions of simultaneously ejecting airflow or ejecting airflow only through a single airflow outlet;

the airflow outlet transmission device is arranged inside the outer ring airflow channel, at least consists of one motor, and the formed structural part at least partially extends around the outer ring airflow channel;

the airflow outlet transmission device has the function of closing or opening the airflow outlet I or the airflow outlet II;

the airflow outlet transmission device has the function of guiding the accelerated airflow in the outer ring airflow channel to the airflow outlet I or the airflow outlet II or simultaneously guiding the accelerated airflow to the airflow outlet I and the airflow outlet II;

the airflow outlet transmission device enables the first airflow outlet or the second airflow outlet to have the opening and closing functions through the movement of the structural part.

10. An arc-shaped middle air outlet channel structure for implementing the bladeless fan lamp according to claim 1 or 3, wherein the arc-shaped middle air outlet channel structure is arranged between the outer ring air flow channel and the base assembly and is connected with the outer ring air flow channel and the base assembly, has an integral inner wall extending surface with an arc-shaped or curved structure, and has a function of conveying accelerated air flow generated in the base assembly into the outer ring air flow channel in an arc-shaped motion manner so that the accelerated air flow in the outer ring air flow channel flows in a counterclockwise single direction or a clockwise single direction; the arc-shaped middle air outlet channel structure comprises:

an air inlet structure;

an intermediate structure;

an air outlet arrangement;

the air inlet structure is connected with the base component, and accelerated airflow in the base component enters from the air inlet structure and is then conveyed to the middle structure;

the size relationship between the air inlet structure and the middle structure is that the maximum cross section width dimension of the inner wall of the air inlet structure is larger than the minimum cross section width dimension of the inner wall of the middle structure;

the connecting structure of the inner wall of the air inlet structure and the inner wall of the base component is an arc-shaped structure;

the size relationship between the air outlet structure and the middle structure is that the maximum cross section width dimension of the inner wall of the air outlet structure is larger than the minimum cross section width dimension of the inner wall of the middle structure;

and the inner wall of the air outlet structure and the inner wall of the outer ring airflow channel are connected in an arc structure.

11. An airflow outlet nozzle assembly for implementing the bladeless fan lamp of claim 1 or 4, wherein said airflow outlet nozzle assembly is arranged in the outer circumferential airflow channel and has the effect of at least partially imparting an annular rotation to the airflow emitted by the airflow outlet, said airflow outlet nozzle assembly comprising:

the nozzle plate is provided with a bevel nozzle plate which enables air flow to perform annular injection at a certain angle;

an inclined plane structure on the upper part of the inclined plane nozzle plate;

a guide surface structure of a lower portion of the inclined nozzle plate;

the number of the inclined nozzle plates is between 1 and 2770, the airflow is divided into 1 to 2770 strands, and the divided airflow is sprayed to the guide surface structure at the lower part of the inclined nozzle plates;

the inclined nozzle plate forms an included angle with a line R-R of a substantially horizontal plane of the bladeless fan lamp, the included angle has an angle range of 0-90 degrees, and when the included angle is 30-60 degrees, the inclined nozzle plate enables at least a part of accelerated airflow to be ejected out in an inclined angle and drives surrounding air to form annular rotating airflow;

the size of the bevel nozzle plate ranges from 0.5mm to 50mm in height, and ranges from 0.2mm to 10mm in width and ranges from 1mm to 77mm in length;

the inclined plane structure is arranged to be a plane or cambered surface structure with a certain inclination angle, the structure is a structure with an air amplifier principle, and the structure is provided with a guide surface structure which can guide air outside the bladeless fan lamp assembly to the air flow outlet, mix with accelerated air flow sprayed by the air flow outlet and blow to the lower part of the inclined plane nozzle plate;

the guide surface structure is arranged as a planar or cambered surface structure with a certain inclination angle; at least part of the accelerated airflow jetted out from the airflow outlet is blown out after being guided by the guide surface structure;

the guide surface structure comprises a part of outer surface of the outer ring air outlet channel or a part of outer surface of the outer ring illumination light source;

the airflow outlet nozzle assembly is arranged to use a small amount of compressed air as a power source to drive the ambient air of the bladeless fan lamp to flow to form a high-pressure and high-speed airflow, and the airflow quantity blown out of the lower portion of the bladeless fan lamp is 2-57 times of the airflow consumption of the airflow outlet.

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