CN104697124A

CN104697124A - Natural wind air conditioner as well as control device and control method thereof

Info

Publication number: CN104697124A
Application number: CN201310666988.0A
Authority: CN
Inventors: 霍军亚; 张武军
Original assignee: Guangdong Midea Refrigeration Equipment Co Ltd
Current assignee: GD Midea Air Conditioning Equipment Co Ltd
Priority date: 2013-12-09
Filing date: 2013-12-09
Publication date: 2015-06-10
Anticipated expiration: 2033-12-09
Also published as: CN104697124B

Abstract

The invention provides a natural wind air conditioner as well as a control method and a control device for the natural wind air conditioner. The natural wind air conditioner comprises wind outlets, a wind blowing assembly, a wind direction regulating assembly and a control device, wherein the wind outlets comprise a first wind outlet and a second wind outlet; the wind blowing assembly comprises a first wind blowing fan and a second wind blowing fan, wind blown by the first wind blowing fan is conveyed out through the first wind outlet, and wind blown by the second wind blowing fan is conveyed out through the second wind outlet; the wind direction regulating assembly comprises a first wind direction regulating part and a second wind direction regulating part, the first wind direction regulating part is arranged at the first wind outlet, and the second wind direction regulating part is arranged at the second wind outlet; the first and second wind blowing fans are controlled by the control device to independently run with each other, and the first and second wind direction regulating parts are controlled by the control device to independently run with each other, so that the wind conveyed out by the first and second wind outlets forms a crossed zone, and the wind of the first and second wind outlets is synthesized into natural wind of which the size and direction are independently regulated. The wind blown by the natural wind air conditioner is closer to natural wind, the healthy condition of a user is improved, and comfortable enjoyment is brought to the user.

Description

Air conditioner supplying natural wind and control device thereof and control method

Technical field

The present invention relates to household electrical appliance technical field, particularly the control method of a kind of air conditioner supplying natural wind, a kind of air conditioner supplying natural wind and a kind of control device of air conditioner supplying natural wind.

Background technology

Air-conditioning in correlation technique, while bringing comfortable temperature environment for user, also brings puzzlement for a lot of user.Such as, in air conditioner surroundings, in order to avoid producing cold draft problem in the environment of lower temperature, usually make the air in indoor environment flow too low, change of frequency is little, the stable neutral environment of such generation can make human body lack suitable stimulation, user is declined to the adaptive capacity of Environmental variations, causes body temperature regulatory function and resistance decline, and make user easily suffer from the disease such as cold and heatstroke.And, the mechanical blowing exported due to air-conditioning and natural wind differ greatly, under user is in the neutral condition larger with natural environment difference for a long time, also can cause that human metabolism function declines, heart rate and breathing decay, respiratory mucosa resistance weaken, easily bring out breathing problem.

Chinese patent application CN1376881A proposes a kind of air conditioner supplying natural wind, with addition of volume adjusting apparatus and air channel is divided into two parts by dividing plate, wind speed is regulated by regulating two-part cross section, air channel, or use the blower fan of adjustable-speed, wind speed is changed according to the wind speed rule of specific natural wind.

Chinese patent application CN1800738A proposes a kind of air conditioner supplying natural wind, wherein common air-conditioning air outlet grate is divided into two parts, is realized the change of air-out wind speed, air quantity, wind direction by the two parts and wind blade controlling air outlet grate.

For the air conditioner supplying natural wind in above-mentioned first correlation technique, a kind of mode arranges louver in common air-conditioning, make the single breeze fan wind delivered in air channel be divided into several part to send, but, still blown by single breeze fan, the change of the total amount of wind is little, and air quantity between a few part wind and wind speed exist and influence each other, make thus the wind sent from the air outlet in air channel and natural wind far apart, comfort level is still to be modified; Another kind of mode changes air quantity by adjustable speed fan, but by means of only change fan speed, the wind sent from the air outlet in single air channel is also far apart with natural wind.

For above-mentioned second correlation technique, by the grid of common air-conditioning is divided into two parts, the wind access expansion wind sent from single air channel is realized by control two parts grid and wind blade, but, air channel remains is blown by single breeze fan, also there is restriction mutually and impact in the air quantity of the wind sent from grid two parts and wind speed, therefore, the wind sent from two parts grid and natural wind differ greatly.

There are the needs improved in above-mentioned air conditioner supplying natural wind.Present inventor finds and recognizes: for comfortable natural wind, due to turbulent flow, wind direction and size changed in the moment, so, when people is in outdoor natural wind environment, wind direction may be blow from forward, and subsequent time blows again from the side, and subsequent time is dried from front and side simultaneously.It can thus be appreciated that, if want natural wind simulating, need simultaneously from both direction simulation blowing, realize plane blowing, more advantageously, simultaneously from three direction simulation blowings, realize three-dimensional blowing, and the wind speed in multiple directions will need the same with natural wind, can control separately, realize the simulation of three large features of natural wind and mean wind speed, river intensity of flow, frequency fluctuation thus.Above-mentioned correlation technique reckons without multiple directions windward to be needed to control, and can not mutually restrict separately, thus above-mentioned correlation technique cannot be simulated natural space wind or plane wind.

Summary of the invention

For this reason, first object of the present invention is intended to solve one of technical problem in correlation technique at least to a certain extent, propose a kind of air conditioner supplying natural wind, by realizing controlling independently on two different air-out directions, and do not condition each other, intersection region can be formed to make the wind sent from the first air outlet and the second air outlet, the wind sent from the first air outlet and the second air outlet is synthesized the natural wind that size and Orientation independently regulates, the wind that air conditioner supplying natural wind is blowed out, close to natural wind, improves health degree and the comfort of user.

Second object of the present invention is intended to the control method proposing a kind of air conditioner supplying natural wind.

3rd object of the present invention is intended to the control device proposing a kind of air conditioner supplying natural wind.

For achieving the above object, a kind of air conditioner supplying natural wind that first aspect present invention embodiment proposes, comprising: air outlet, described air outlet comprises the first air outlet and the second air outlet; Air-supply assembly, described air-supply assembly comprises the first breeze fan and the second breeze fan, and the wind that described first breeze fan blows is sent by described first air outlet, and the wind that described second breeze fan blows is sent by described second air outlet; Wind direction adjusting part, described wind direction adjusting part comprises the first wind direction adjustment member and the second wind direction adjustment member, described first wind direction adjustment member is located at described first air outlet place, for regulating the first air-out direction of described first air outlet, described second wind direction adjustment member is located at described second air outlet place, for regulating the second air-out direction of described second air outlet; Control device, described control device controls described first breeze fan and described second breeze fan runs and control the first wind direction adjustment member independently of one another and described second wind direction adjustment member runs independently of one another, to make the wind sent from described first air outlet and described second air outlet that intersection region can be formed, the wind sent is synthesized the natural wind that size and Orientation independently regulates from described first air outlet and described second air outlet.

According to the air conditioner supplying natural wind of the embodiment of the present invention, the first breeze fan is controlled and the second breeze fan runs and control the first wind direction adjustment member independently of one another and the second wind direction adjustment member runs independently of one another by control device, to make the wind sent from the first air outlet and the second air outlet that intersection region can be formed, the wind sent is synthesized the natural wind that size and Orientation independently regulates from the first air outlet and the second air outlet.The wind that air conditioner supplying natural wind is blowed out, closer to natural wind, improves the health degree of user, brings comfortable enjoyment to user.

In certain embodiments, described first wind direction adjustment member regulates described first air-out direction in the first plane, and described second wind direction adjustment member regulates described second air-out direction in described first plane.Wherein, described first plane can be horizontal plane.

Further, described first wind direction adjustment member regulates described first air-out direction further in the second plane being orthogonal to described first plane, and described first wind direction adjustment member is less than the amplitude of accommodation to described first air-out direction in described first plane to the amplitude of accommodation of described first air-out direction in described second plane; Described second wind direction adjustment member regulates described second air-out direction further in described second plane, and described second wind direction adjustment member is less than the amplitude of accommodation to described second air-out direction in described first plane to the amplitude of accommodation of described second air-out direction in described second plane.

Preferably, described control device comprises: the first air blowing control unit, and described first air blowing control unit is for controlling described first breeze fan; First air-out control unit, described first air-out control unit is for controlling described first wind direction adjustment member; Second air blowing control unit, described second air blowing control unit is for controlling described second breeze fan; Second air-out control unit, described second air-out control unit is for controlling described second wind direction adjustment member.

In certain embodiments, described air outlet also comprises the 3rd air outlet, described air-supply assembly also comprises the 3rd breeze fan, and the wind that described 3rd breeze fan blows is sent by described 3rd air outlet, described wind direction adjusting part also comprises the 3rd wind direction adjustment member, and described 3rd wind direction adjustment member is located at described 3rd air outlet place, for regulating the 3rd air-out direction of described 3rd air outlet, described control device controls described first breeze fan, described second breeze fan and described 3rd breeze fan run and control the first wind direction adjustment member independently of one another, described second wind direction adjustment member and described 3rd wind direction adjustment member run independently of one another, to make from described first air outlet, the wind that described second air outlet and described 3rd air outlet are sent can form intersection region, will from described first air outlet, the wind that described second air outlet and described 3rd air outlet are sent synthesizes the natural wind that size and Orientation independently regulates, and the direction of the natural wind of synthesis regulates the free degree more to strengthen.

By realizing controlling independently on three different air-out directions, and do not condition each other, intersection region can be formed to make the wind sent from the first air outlet, the second air outlet and the 3rd air outlet, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates, and the direction of the natural wind of synthesis regulates the free degree more to strengthen, the wind that air conditioner supplying natural wind is blowed out is more close to natural wind, improve the health degree of user, bring comfortable enjoyment to user.

Particularly, described first wind direction adjustment member regulates described first air-out direction in the first plane, described second wind direction adjustment member regulates described second air-out direction in described first plane, and described 3rd wind direction adjustment member regulates described 3rd air-out direction in the second plane being orthogonal to described first plane.Wherein, described first plane can be horizontal plane, and described second plane can be vertical plane.

Further, described first wind direction adjustment member regulates described first air-out direction further in described second plane, and described first wind direction adjustment member is less than the amplitude of accommodation to described first air-out direction in described first plane to the amplitude of accommodation of described first air-out direction in described second plane; Described second wind direction adjustment member regulates described second air-out direction further in described second plane, and described second wind direction adjustment member is less than the amplitude of accommodation to described second air-out direction in described first plane to the amplitude of accommodation of described second air-out direction in described second plane; Described 3rd wind direction adjustment member regulates described 3rd air-out direction further in described first plane, and described 3rd wind direction adjustment member is less than the amplitude of accommodation to described 3rd air-out direction in described second plane to the amplitude of accommodation of described 3rd air-out direction in described first plane.

Preferably, described control device comprises: the first air blowing control unit, and described first air blowing control unit is for controlling described first breeze fan; First air-out control unit, described first air-out control unit is for controlling described first wind direction adjustment member; Second air blowing control unit, described second air blowing control unit is for controlling described second breeze fan; Second air-out control unit, described second air-out control unit is for controlling described second wind direction adjustment member; 3rd air blowing control unit, described 3rd air blowing control unit is for controlling described 3rd breeze fan; 3rd air-out control unit, described 3rd air-out control unit is for controlling described 3rd wind direction adjustment member.

In certain embodiments, prestore sample natural wind data in described control device, described control device is blown assembly and wind direction adjusting part according to described sample natural wind Data Control.

In certain embodiments, described control device also comprises natural wind simulation unit, and described natural wind simulation unit is for generating simulating nature wind data, and described control device is blown assembly and wind direction adjusting part according to described natural wind simulating Data Control.

Be understandable that, the natural wind data prestored can be beach wind data, forest wind data, grassland wind data and park, countryside wind data, like this, can provide the type of multiple natural wind, meet the multiple demand of user, improve the experience of user.

Second aspect present invention embodiment proposes a kind of control method of air conditioner supplying natural wind, described air conditioner supplying natural wind comprises: the first air outlet, second air outlet, air-supply assembly and wind direction adjusting part, described air-supply assembly comprises the first breeze fan and the second breeze fan, described wind direction adjusting part comprises the first wind direction adjustment member and the second wind direction adjustment member, described control method comprises: control described first breeze fan and described second breeze fan runs independently of one another, to send wind that described first breeze fan blows from described first air outlet and to send from described second air outlet the wind that described second breeze fan blows, control described first wind direction adjustment member and the second wind direction adjustment member runs independently of one another, to make the wind sent from described first air outlet and described second air outlet that intersection region can be formed, the wind sent is synthesized the natural wind that size and Orientation independently regulates from described first air outlet and described second air outlet.

According to the control method of the air conditioner supplying natural wind of the embodiment of the present invention, by controlling the first breeze fan and two breeze fans run independently of one another, to send wind that the first breeze fan blows from the first air outlet and to send from the second air outlet the wind that the second breeze fan blows; Control the first wind direction adjustment member and the second wind direction adjustment member runs independently of one another, intersection region can be formed to make the wind sent from the first air outlet and the second air outlet, the wind sent from the first air outlet and the second air outlet is synthesized the natural wind that size and Orientation independently regulates, the wind that air conditioner supplying natural wind is blowed out is closer to natural wind, improve the health degree of user, bring comfortable enjoyment to user.

In certain embodiments, described air conditioner supplying natural wind also comprises the 3rd air outlet, described air-supply assembly also comprises the 3rd breeze fan, described wind direction adjusting part also comprises the 3rd wind direction adjustment member, it is characterized in that, described control method comprises: control described first breeze fan, described second breeze fan and the 3rd breeze fan and run independently of one another; Control described first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member to run independently of one another, intersection region can be formed to make the wind sent from the first air outlet, the second air outlet and the 3rd air outlet, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates, and the direction of the natural wind of synthesis regulates the free degree more to strengthen.

By realizing controlling independently on three different air-out directions, and do not condition each other, thus synthesis natural wind, the wind that air conditioner supplying natural wind is blowed out, more close to natural wind, improves the health degree of user, brings comfortable enjoyment to user.

In certain embodiments, to blow according to the sample natural wind Data Control prestored assembly and described wind direction adjusting part.

In certain embodiments, the control method of described air conditioner supplying natural wind also comprises generation simulating nature wind data, blow according to described natural wind simulating Data Control assembly and described wind direction adjusting part.

Particularly, the natural wind data prestored can be beach wind data, forest wind data, grassland wind data and park, countryside wind data, like this, can provide the type of multiple natural wind, meet the multiple demand of user, improve the experience of user.

For achieving the above object, third aspect present invention embodiment proposes a kind of control device of air conditioner supplying natural wind, comprising: the first air blowing control unit, for controlling the first breeze fan of described air conditioner supplying natural wind; Second air blowing control unit, runs independent of described first breeze fan for the second breeze fan controlling described air conditioner supplying natural wind; First air-out control unit, the first wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the first air outlet of described air conditioner supplying natural wind; Second air-out control unit, the second wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the second air outlet of described air conditioner supplying natural wind.

According to the control device of the air conditioner supplying natural wind of the embodiment of the present invention, run independent of the first breeze fan by the first breeze fan of the first air blowing control unit controls air conditioner supplying natural wind and the second breeze fan of the second air blowing control unit controls air conditioner supplying natural wind, and the air-out direction of the wind sent from the second air outlet of air conditioner supplying natural wind is regulated by the second wind direction adjustment member that the first wind direction adjustment member that the first air-out control unit controls air conditioner supplying natural wind regulates the air-out direction of the wind sent from the first air outlet of air conditioner supplying natural wind and the second air-out control unit to control air conditioner supplying natural wind, like this, this control device by realizing controlling independently on two different air-out directions, and do not condition each other, the wind sent from the first air outlet and the second air outlet is made to form intersection region, the wind sent from the first air outlet and the second air outlet is synthesized the natural wind that size and Orientation independently regulates, the wind that air conditioner supplying natural wind is blowed out is closer to natural wind, improve the health degree of user, comfortable enjoyment is brought to user.

In certain embodiments, the 3rd air blowing control unit, runs independent of described first breeze fan and the second breeze fan for the 3rd breeze fan controlling described air conditioner supplying natural wind; 3rd air-out control unit, the 3rd wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the 3rd air outlet of described air conditioner supplying natural wind.

By realizing controlling independently on three different air-out directions, and do not condition each other, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is made to form intersection region, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates, and the direction of the natural wind of synthesis regulates the free degree more to strengthen, the wind that air conditioner supplying natural wind is blowed out is more close to natural wind, improve the health degree of user, bring comfortable enjoyment to user.

In certain embodiments, the control device of described air conditioner supplying natural wind also comprises: main control unit, sample natural wind data are prestored in described main control unit, and described main control unit the first air blowing control unit, described second air blowing control unit, described 3rd air blowing control unit, described first air-out control unit, described second air-out control unit and described 3rd air-out control unit according to described sample natural wind Data Control.

In certain embodiments, described main control unit also comprises: natural wind simulation unit, for generating described simulating nature wind data; Described main control unit is used for the first air blowing control unit, described second air blowing control unit, described 3rd air blowing control unit, described first air-out control unit, described second air-out control unit and described 3rd air-out control unit according to described natural wind simulating Data Control.

Preferably, the natural wind data prestored can be beach wind data, forest wind data, grassland wind data and park, countryside wind data, like this, can provide the type of multiple natural wind, meet the multiple demand of user, improve the experience of user.

The aspect that the present invention adds and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by practice of the present invention.

Accompanying drawing explanation

The present invention above-mentioned and/or additional aspect and advantage will become obvious and easy understand from the following description of the accompanying drawings of embodiments, wherein:

Fig. 1 is the block diagram of air conditioner supplying natural wind according to an embodiment of the invention;

Fig. 2 is the block diagram of air conditioner supplying natural wind in accordance with a preferred embodiment of the present invention;

Fig. 3 is the block diagram of air conditioner supplying natural wind in accordance with another embodiment of the present invention;

Fig. 4 is the block diagram of the air conditioner supplying natural wind according to another preferred embodiment of the present invention;

Fig. 5 is the front view of the air conditioner supplying natural wind according to the present invention's specific embodiment;

Fig. 6 is the top view of the air conditioner supplying natural wind according to the present invention's specific embodiment;

Fig. 7 is the synthesis schematic diagram synthesizing the vector M1 of natural winds according to two air outlets of the air conditioner supplying natural wind of the present invention's specific embodiment;

Fig. 8 is the synthesis schematic diagram synthesizing the vector M2 of natural winds according to two air outlets of the air conditioner supplying natural wind of the present invention's specific embodiment;

Fig. 9 is the flow chart of the control method of air conditioner supplying natural wind according to an embodiment of the invention;

Figure 10 is the flow chart of the control method of air conditioner supplying natural wind in accordance with another embodiment of the present invention;

Figure 11 is the flow chart of the control method of air conditioner supplying natural wind according to the present invention's specific embodiment;

Figure 12 is the block diagram of the control device of air conditioner supplying natural wind according to an embodiment of the invention;

Figure 13 is the block diagram of the control device of air conditioner supplying natural wind in accordance with another embodiment of the present invention;

Figure 14 is the block diagram of the control device of air conditioner supplying natural wind in accordance with a preferred embodiment of the present invention; And

Figure 15 is the block diagram of the control device of air conditioner supplying natural wind according to another preferred embodiment of the present invention.

Reference numeral:

Air outlet 10, air-supply assembly 20, wind direction adjusting part 30, control device 40, first air outlet 101, second air outlet 102, 3rd air outlet 103, first breeze fan 201, second breeze fan 202, 3rd breeze fan 203, first wind direction adjustment member 301, second wind direction adjustment member 302, 3rd wind direction adjustment member 303, natural wind simulation unit 50, normal signal simulator 501, the mapper 502 of Non-Gaussian Distribution, main control unit 400, first air blowing control unit 401, second air blowing control unit 403, 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406, adjustable range W1, W2, position A, vector X1, vector Y 1, vector M1, vector X2, vector Y 2 and vector M2.

Detailed description of the invention

Be described below in detail embodiments of the invention, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the present invention, and can not limitation of the present invention being interpreted as.

Disclosing hereafter provides many different embodiments or example is used for realizing different structure of the present invention.Of the present invention open in order to simplify, hereinafter the parts of specific examples and setting are described.Certainly, they are only example, and object does not lie in restriction the present invention.In addition, the present invention can in different example repeat reference numerals and/or letter.This repetition is to simplify and clearly object, itself does not indicate the relation between discussed various embodiment and/or setting.In addition, the various specific technique that the invention provides and the example of material, but those of ordinary skill in the art can recognize the property of can be applicable to of other techniques and/or the use of other materials.In addition, fisrt feature described below second feature it " on " structure can comprise the embodiment that the first and second features are formed as directly contact, also can comprise other feature and be formed in embodiment between the first and second features, such first and second features may not be direct contacts.

In describing the invention, it should be noted that, unless otherwise prescribed and limit, term " installation ", " being connected ", " connection " should be interpreted broadly, such as, can be mechanical connection or electrical connection, also can be the connection of two element internals, can be directly be connected, also indirectly can be connected by intermediary, for the ordinary skill in the art, the concrete meaning of above-mentioned term can be understood as the case may be.

The air conditioner supplying natural wind and the control method of air conditioner supplying natural wind and the control device of air conditioner supplying natural wind that propose according to the embodiment of the present invention are described with reference to the accompanying drawings.

Fig. 1 is the block diagram of air conditioner supplying natural wind according to an embodiment of the invention.As shown in Figure 1, this air conditioner supplying natural wind comprises: air outlet 10, air-supply assembly 20, wind direction adjusting part 30 and control device 40.Wherein, air outlet 10 comprises the first air outlet 101 and the second air outlet 102; Air-supply assembly 20 is comprised the wind that the first breeze fan 201 and the second breeze fan 202, first breeze fan 201 blow and is sent by the first air outlet 101, and the wind that the second breeze fan 202 blows is sent by the second air outlet 102.

As shown in Figure 1, wind direction adjusting part 30 comprises the first wind direction adjustment member 301 and the second wind direction adjustment member 302, first wind direction adjustment member 301 is located at the first air outlet 101 place, for regulating the first air-out direction of the first air outlet 101, second wind direction adjustment member 302 is located at the second air outlet 102 place, for regulating the second air-out direction of the second air outlet 102.Particularly, each in first wind direction adjustment member 301 and the second wind direction adjustment member 302 can comprise wind turbine and wind blade or wind-guiding grate, going out wind turbine can be such as stepper motor, and for driving the rotation of wind blade, wind blade is arranged in corresponding air outlet.

As shown in Figure 1, control device 40 controls the first breeze fan 201 and the second breeze fan 202 and runs and control the wind that the first wind direction adjustment member 301 and the second wind direction adjustment member 302 run to make to send from the first air outlet 101 and the second air outlet 102 independently of one another independently of one another and form intersection region, and by natural wind that the wind sent from the first air outlet 101 and the second air outlet 102 synthesis size and Orientation independently regulates.Thus, the wind sent from the first air outlet 101 and the second air outlet 102 can synthesize plane natural wind.

Specifically, the rotating speed that control device 40 can control the first breeze fan 201 according to natural wind data meets the Changing Pattern of natural wind with the adjustment realizing wind speed, and controls the first wind direction adjustment member 301 to regulate the first air-out direction of the wind sent from the first air outlet 101.Control device 40 can control the rotating speed of the second breeze fan 202 in the first breeze fan 201 according to natural wind Dynamic data exchange, to realize the adjustment of wind speed, thus meet the Changing Pattern of natural wind.Control device 40 controls the second wind direction adjustment member 302 independent of the first wind direction adjustment member 301, to regulate the second air-out direction of the wind sent from the second air outlet 102.Thus, the wind sent from the first air-out direction and the second air-out direction synthesizes the natural wind that size and Orientation independently regulates, and that is can synthesize plane natural wind.

Particularly, the first wind direction adjustment member 301 regulates the first air-out direction in the first plane, and the second wind direction adjustment member 302 regulates the second air-out direction in the first plane.Wherein, the first plane can be horizontal plane.Specifically, control device 40 can control wind blade in the first wind direction adjustment member 301 and the second wind direction adjustment member 302 respectively or wind-guiding grate swings, thus in horizontal plane, regulate the first air-out direction and the second air-out direction respectively.

Be understandable that, first wind direction adjustment member 301 can regulate the first air-out direction further in the second plane being orthogonal to the first plane, certainly, the first wind direction adjustment member 301 in the second plane to the amplitude of accommodation of the first air-out direction much smaller than in the first plane to the amplitude of accommodation of the first air-out direction.Correspondingly, second wind direction adjustment member 302 can regulate the second air-out direction further in the second plane, the second wind direction adjustment member 302 in the second plane to the amplitude of accommodation of the second air-out direction much smaller than in the first plane to the amplitude of accommodation of the second air-out direction.Wherein, the first plane can be horizontal plane, and the second plane can be vertical plane.

In a preferred embodiment, as shown in Figure 2, control device 40 comprises the first air blowing control unit 401, first air-out control unit 402, second air blowing control unit 403 and the second air-out control unit 404.Wherein, the first air blowing control unit 401 is for controlling the first breeze fan 201; First air-out control unit 402 is for controlling the first wind direction adjustment member 301; Second air blowing control unit 403 is for controlling the second breeze fan 202; Second air-out control unit 404 is for controlling the second wind direction adjustment member 302.

In a preferred exemplary, the first breeze fan 201 and the second breeze fan 202 can be the blower fan of adjustable rotating speed.

Particularly, first air blowing control unit 401 can according to the rotating speed of Data Control first breeze fan 201 of natural wind, realize the Boiler pressure control of the wind sent from the first air outlet 101, the wind speed of wind that first breeze fan 201 blows thus can change by the rule of natural wind, realizes the natural wind simulation on the first air-out direction.The wind turbine that goes out that first air-out control unit 402 controls the first wind direction adjustment member 301 drives wind blade to rotate, realize the adjustment of the first air-out direction, certain impact is brought on the wind speed of the wind that the first air outlet 101 is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

It should be noted that, natural wind data can be the sample natural wind data gathered in natural environment, also can be the simulating nature wind datas generated by the natural wind simulation unit that air conditioner supplying natural wind is built-in.

Similarly, second air blowing control unit 403 can according to the rotating speed of natural wind Data Control second breeze fan 202, realize the Boiler pressure control of the wind sent from the second air outlet 102, the wind speed of the wind that the second breeze fan 202 is blowed changes by the rule of natural wind, realizes the natural wind simulation on the second air-out direction.The wind turbine that goes out that second air-out control unit 404 controls the second wind direction adjustment member 302 drives wind blade to rotate, realize the adjustment of the second air-out direction, certain impact is brought on the wind speed of the wind that the second air outlet 102 is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

In certain embodiments, as shown in Figure 3, air outlet 10 also comprises the 3rd air outlet 103; Air-supply assembly 20 is also comprised the wind that the 3rd breeze fan the 203, three breeze fan 203 blows and is sent by the 3rd air outlet 103; Wind direction adjusting part 30 also comprises the 3rd wind direction adjustment member the 303, three wind direction adjustment member 303 and is located at the 3rd air outlet 103 place, for regulating the 3rd air-out direction of the 3rd air outlet 103.

As shown in Figure 3, control device 40 controls the first breeze fan 201, second breeze fan 202 and the 3rd breeze fan 203 runs and control the first wind direction adjustment member 301, second wind direction adjustment member 302 independently of one another and the 3rd wind direction adjustment member 303 runs independently of one another, to make the wind sent from the first air outlet 101, second air outlet 102 and the 3rd air outlet 103 form intersection region, and the wind sent from the first air outlet 101, second air outlet 102 and the 3rd air outlet 103 is synthesized natural wind.Thus, the wind sent from the first air outlet 101, second air outlet 102 and the 3rd air outlet 103 can synthesize stereo natural wind.

Specifically, control device 40 according to the rotating speed of natural wind Data Control first breeze fan 201 to realize the adjustment of wind speed, and can control the first wind direction adjustment member 301 to regulate the first air-out direction of the wind sent from the first air outlet 101; Control device 40 according to the rotating speed of natural wind Data Control second breeze fan 202 to realize the adjustment of wind speed, and can control the second wind direction adjustment member 302 to regulate the second air-out direction of the wind sent from the second air outlet 102; Control device 40 according to the rotating speed of natural wind Data Control the 3rd breeze fan 203 to realize the adjustment of wind speed, and can control the 3rd wind direction adjustment member 303 to regulate the 3rd air-out direction of the wind sent from the 3rd air outlet 103.Thus, the wind sent from the first air-out direction, the second air-out direction and the 3rd air-out direction can synthesize natural wind, that is can compound stereoscopic natural wind.

Particularly, first wind direction adjustment member 301 regulates the first air-out direction in the first plane, second wind direction adjustment member 302 regulates the second air-out direction in the first plane, and the 3rd wind direction adjustment member 303 regulates the 3rd air-out direction in the second plane being orthogonal to the first plane.Wherein, the first plane can be horizontal plane, and the second plane can be vertical plane.Specifically, the wind blade that control device 40 can control the first wind direction adjustment member 301 and the second wind direction adjustment member 302 respectively swings, thus in horizontal plane, regulate the first air-out direction and the second air-out direction respectively; The wind blade that control device 40 can control the 3rd wind direction adjustment member 303 swings up and down, thus regulates the 3rd air-out direction in the second plane being orthogonal to the first plane.

Be understandable that, 3rd wind direction adjustment member 303 can regulate the 3rd air-out direction further in the first plane, but, the 3rd wind direction adjustment member 303 in the first plane to the amplitude of accommodation of the 3rd air-out direction much smaller than in the second plane to the amplitude of accommodation of the 3rd air-out direction.

In a further advantageous embodiment, as shown in Figure 4, control device 40 comprises the first air blowing control unit 401, first air-out control unit 402, second air blowing control unit 403, second air-out control unit 404, the 3rd air blowing control unit 405 and the 3rd air-out control unit 406.Wherein, the first air blowing control unit 401 is for controlling the first breeze fan 201; First air-out control unit 402 is for controlling the first wind direction adjustment member 301; Second air blowing control unit 403 is for controlling the second breeze fan 202; Second air-out control unit 404 is for controlling the second wind direction adjustment member 302; 3rd air blowing control unit 405 is for controlling the 3rd breeze fan 203; 3rd air-out control unit 406 is for controlling the 3rd wind direction adjustment member 303.

Particularly, first air blowing control unit 401 can according to the rotating speed of natural wind Data Control first breeze fan 201, realize the Boiler pressure control of the wind sent from the first air outlet 101, the wind speed of wind that first breeze fan 201 blows thus can change by the rule of natural wind, realizes the natural wind simulation on the first air-out direction.The wind turbine that goes out that first air-out control unit 402 controls the first wind direction adjustment member 301 drives wind blade to rotate, realize the adjustment of the first air-out direction, certain impact is brought on the wind speed of the wind sent from the first air outlet 101, the fine setting of simulated implementation turbulence intensity simultaneously.

Similarly, second air blowing control unit 403 can according to the rotating speed of natural wind Data Control second breeze fan 202, realize the Boiler pressure control of the wind sent from the second air outlet 102 thus, the wind speed of the wind that the second breeze fan 202 blows can change by the rule of natural wind, realizes the natural wind simulation on the second air-out direction.The wind turbine that goes out that second air-out control unit 404 controls the second wind direction adjustment member 302 drives wind blade to rotate, realize the adjustment of the second air-out direction, certain impact is brought on the wind speed of the wind that the second air outlet 102 is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

Similarly, 3rd air blowing control unit 405 can according to the rotating speed of natural wind Data Control the 3rd breeze fan 203, realize the Boiler pressure control of the wind sent from the 3rd air outlet 103, the wind speed of the wind that the 3rd breeze fan 203 blows can change by the rule of natural wind, realizes the natural wind simulation on the 3rd air-out direction.The wind turbine that goes out that 3rd air-out control unit 406 controls the 3rd wind direction adjustment member 303 drives wind blade to rotate, realize the adjustment of the 3rd air-out direction, certain impact is brought on the wind speed of the wind that the 3rd air outlet 103 is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

By controlling independently on three different air-out directions, and do not condition each other, thus compound stereoscopic natural wind, the wind that air conditioner supplying natural wind is blowed out, more close to natural wind, improves the health degree of user, brings comfortable enjoyment to user.

In certain embodiments, sample natural wind data are prestored in control device 40, control device 40 is according to sample natural wind Data Control air-supply assembly 20 and wind direction adjusting part 30, if i.e. two air outlets synthesis natural winds and plane natural wind, then control device 40 runs and controls the first wind direction adjustment member 301 independently of one another according to sample natural wind Data Control first breeze fan 201 and the second breeze fan 202 and the second wind direction adjustment member 302 runs independently of one another.If three air outlets synthesis natural winds and stereo natural wind, then control device 40 runs and controls the first wind direction adjustment member 301, second wind direction adjustment member 302 independently of one another according to sample natural wind Data Control first breeze fan 201, second breeze fan 202 and the 3rd breeze fan 203 and the 3rd wind direction adjustment member 303 runs independently of one another.

Particularly, sample natural wind data comprise the sample data gathering natural wind from 3 different directions respectively.Wherein, sample natural wind data can comprise beach wind sample, forest wind sample data, grassland wind sample data, park, countryside wind sample data.Specifically, each sample natural wind data can gather in corresponding natural environment, such as from left and right, upper 3 direction collections independent of each other, and be stored in control device 40, the type of the sample natural wind that control device 40 can be selected according to user, and realize the control to air-supply assembly 20 and wind direction adjusting part 30 according to the corresponding sample natural wind data prestored in control device 40.

In certain embodiments, as shown in Figure 2 and Figure 4, control device 40 also comprises natural wind simulation unit 50, natural wind simulation unit 50 is for generating simulating nature wind data, control device 40 is according to natural wind simulating Data Control air-supply assembly 20 and wind direction adjusting part 30, if the natural wind that two air outlet synthesis size and Orientations independently regulate, control device 40 runs and control the first wind direction adjustment member 301 independently of one another according to natural wind simulating Data Control first breeze fan 201 and the second breeze fan 202 and the second wind direction adjustment member 302 runs independently of one another.If three air outlet synthesis natural winds, control device 40 runs and control the first wind direction adjustment member 301, second wind direction adjustment member 302 independently of one another according to natural wind simulating Data Control first breeze fan 201, second breeze fan 202 and the 3rd breeze fan 203 and the 3rd wind direction adjustment member 303 runs independently of one another.

Particularly, natural wind simulation unit 50 comprises the mapper 502 of normal signal simulator 501 and Non-Gaussian Distribution.Wherein, normal signal simulator 501 is for generating the random data of normal distribution; The mapper 502 of Non-Gaussian Distribution for the random data of normal distribution being mapped as the random data of Non-Gaussian Distribution, to generate simulating nature wind data.

That is, control device 40 can a built-in natural wind simulation unit 50, automatically can generate the Non-Gaussian Distribution wind speed frequency spectrum of natural wind simulating thus, and according to generated natural wind simulating wind speed spectrum control air-supply assembly 20 and wind direction adjusting part 30.And normal signal simulator 501 is for generating the random number of one group of normal distribution, the mapper 502 of Non-Gaussian Distribution, by the random number of normal distribution, is mapped as the random number of Non-Gaussian Distribution.This is because the natural wind of reality is the random number of Non-Gaussian Distribution, the random number after mapping is closer to the wind speed frequency spectrum data of natural wind.

Like this, the type of multiple natural wind can be provided, meet the multiple demand of user, improve the experience of user.

Below with two independent air outlet synthesis natural winds, namely plane natural wind is example, describes the air conditioner supplying natural wind according to the embodiment of the present invention in a specific embodiment.As shown in Figure 5 and Figure 6, first air outlet 101 can be positioned at left side, second air outlet 102 can be positioned at right side, and the first air-out direction of the wind sent from the first air outlet 101 has certain adjustable range W1, the second air-out direction of the wind sent from the second air outlet 102 also has certain adjustable range W2.

In a preferred embodiment, as shown in Figure 7 and Figure 8, suppose to synthesize natural wind at position A, such as plane natural wind, and according to wind speed and direction, the schematic vector diagram of the wind that the first air outlet 101 and the second air outlet 102 are sent can be drawn respectively, to synthesize the schematic vector diagram of natural wind.

Such as, at the first Preset Time, the Vector modulation of natural wind as shown in Figure 7.The wind that the first air outlet 101 being positioned at left side is sent is vector X1, and the wind that the second air outlet 102 being positioned at right side is sent is vector Y 1, and vector X1 and vector Y 1 are the vector M1 of natural wind after synthesizing.

And for example, at the second Preset Time, the Vector modulation of natural wind as shown in Figure 8.The wind that the first air outlet 101 being positioned at the left side is sent is vector X2, and the wind that the second air outlet 102 being positioned at the right side is sent is vector Y 2, like this, and the vector M2 of vector X2 and the 2-in-1 Cheng Houwei natural wind of vector Y.

The size in the time interval of the 1st Preset Time and the 2nd Preset Time determines primarily of the time precision of the collection of sample natural wind data and the governing speed of air-supply assembly 20.Certainly, the time interval is less, then the natural wind that air conditioner supplying natural wind is sent gets over the natural wind close to reality, and the such as time interval can be 0.1 second.

Like this, according to sample natural wind data or simulating nature wind data, control device 40 controls air-supply assembly 20 and wind direction adjusting part 30, at the first Preset Time, the wind that air conditioner supplying natural wind blows out is the vector M1 of natural wind, at the second adjacent Preset Time, the wind blowed out is the vector M2 of natural wind, at the 3rd adjacent Preset Time, the wind blowed out is the vector M3 of natural wind, the vector of the equally spaced natural wind according to the change of natural wind rule is sent continuously from air conditioner supplying natural wind so in a large number, for position A synthesize natural wind sequence just close to the natural wind of reality.

In another embodiment, with three independent air outlet synthesis natural winds, namely stereo natural wind is example, suppose at position A ' by three air outlet synthesis natural winds, such as stereo natural wind, then according to wind speed and direction, the schematic vector diagram of the wind that the first air outlet 101, second air outlet 102 and the 3rd air outlet 103 are sent also can be drawn respectively, to synthesize the schematic vector diagram of natural wind.

Such as, at the first Preset Time, the wind sent from the first air outlet 101 is vector X1 ', the wind sent from the second air outlet 102 is vector Y 1 ', the wind sent from the 3rd air outlet 103 is vector Z1 ', like this, vector X1 ', vector Y 1 ' and vector Z1 ' are the vector M1 ' of natural wind after synthesizing.

And for example, at the second Preset Time, the wind sent from the first air outlet 101 is vector X2 ', the wind sent from the second air outlet 102 is vector Y 2 ', the wind sent from the 3rd air outlet 103 is vector Z2 ', like this, vector X2 ', vector Y 2 ' and vector Z2 ' are the vector M2 ' of natural wind after synthesizing.

Like this, according to sample natural wind data or simulating nature wind data, control device 40 controls air-supply assembly 20 and wind direction adjusting part 30, at the first Preset Time, the wind that air conditioner supplying natural wind blows out is the vector M1 ' of natural wind, at the second adjacent Preset Time, the wind blowed out is the vector M2 ' of natural wind, at the 3rd adjacent Preset Time, the wind blowed out is the vector M3 ' of natural wind, the vector of the equally spaced natural wind according to the change of natural wind rule is sent continuously from air conditioner supplying natural wind so in a large number, the natural wind sequence of synthesizing for position A ' is just closer to the natural wind of reality.

To sum up, according to the air conditioner supplying natural wind of the embodiment of the present invention, control the first breeze fan and the second breeze fan by control device to run and control the wind that the first wind direction adjustment member and the second wind direction adjustment member run to make to send from the first air outlet and the second air outlet independently of one another independently of one another and form intersection region, and the wind sent from the first air outlet and the second air outlet is synthesized natural wind, or control the first breeze fan by control device, second breeze fan and the 3rd breeze fan run and control the first wind direction adjustment member independently of one another, second wind direction adjustment member and the 3rd wind direction adjustment member run to make from the first air outlet independently of one another, the wind that second air outlet and the 3rd air outlet are sent forms intersection region, and will from the first air outlet, the wind that second air outlet and the 3rd air outlet are sent synthesizes natural wind.Therefore, this air conditioner supplying natural wind by realizing controlling independently on two different air-out directions or on three different air-out directions, and do not condition each other, thus synthesis natural wind, the wind that air conditioner supplying natural wind is blowed out is closer to natural wind, improve the health degree of user, bring comfortable enjoyment to user.In addition, by providing the type of multiple natural wind, meeting the multiple demand of user, improving the experience of user.

Fig. 9 is the flow chart of the control method of air conditioner supplying natural wind according to an embodiment of the invention.Air conditioner supplying natural wind comprises: the first air outlet, the second air outlet, air-supply assembly and wind direction adjusting part, and air-supply assembly comprises the first breeze fan and the second breeze fan, and wind direction adjusting part comprises the first wind direction adjustment member and the second wind direction adjustment member.As shown in Figure 9, this control method comprises:

S1: control the first breeze fan and the second breeze fan runs independently of one another, to send wind that the first breeze fan blows and to send from the second air outlet the wind that the second breeze fan blows from the first air outlet.

Specifically, according to natural wind data, the rotating speed controlling the first breeze fan meets the Changing Pattern of natural wind with the adjustment realizing wind speed; The rotating speed controlling the second breeze fan independent of the first breeze fan meets the Changing Pattern of natural wind with the adjustment realizing wind speed.

S2: control the first wind direction adjustment member and the second wind direction adjustment member runs independently of one another, to make the wind sent from the first air outlet and the second air outlet form intersection region, and the wind sent from the first air outlet and the second air outlet is synthesized the natural wind that size and Orientation can independently regulate.

Specifically, wind direction adjusting part can comprise wind turbine and wind blade or wind-guiding grate, and going out wind turbine can be such as stepper motor, rotates for driving wind blade.Like this, the first wind direction adjustment member is controlled to regulate the first air-out direction of the wind sent from the first air outlet; The second wind direction adjustment member is controlled to regulate the second air-out direction of the wind sent from the second air outlet independent of the first wind direction adjustment member.Thus, the wind sent from the first air-out direction and the second air-out direction synthesizes the natural wind that size and Orientation can independently regulate.That is, the wind sent from the first air-out direction and the second air-out direction can synthesize plane natural wind.

In certain embodiments, as shown in Figure 10, air conditioner supplying natural wind also comprises the 3rd air outlet, and air-supply assembly also comprises the 3rd breeze fan, and wind direction adjusting part also comprises the 3rd wind direction adjustment member.As shown in Figure 10, this control method comprises:

S10: control the first breeze fan, the second breeze fan and the 3rd breeze fan and run independently of one another.

Specifically, according to natural wind data, the rotating speed controlling the first breeze fan meets the Changing Pattern of natural wind with the adjustment realizing wind speed; The rotating speed controlling the second breeze fan meets the Changing Pattern of natural wind with the adjustment realizing wind speed; The rotating speed controlling the second breeze fan meets the Changing Pattern of natural wind with the adjustment realizing wind speed.

S20: control the first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member and run independently of one another, to make the wind sent from the first air outlet, the second air outlet and the 3rd air outlet form intersection region, and the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is synthesized natural wind.

Specifically, wind direction adjusting part can comprise wind turbine and wind blade or wind-guiding grate, goes out wind turbine such as stepper motor and rotates for driving wind blade.Like this, the first wind direction adjustment member is controlled to regulate the first air-out direction of the wind sent from the first air outlet; Control the second wind direction adjustment member to regulate the second air-out direction of the wind sent from the second air outlet; Control the 3rd wind direction adjustment member to regulate the 3rd air-out direction of the wind sent from the 3rd air outlet.Thus, the wind sent from the first air-out direction, the second air-out direction and the 3rd air-out direction synthesizes natural wind.That is, the wind sent from the first air-out direction, the second air-out direction and the 3rd air-out direction can synthesize stereo natural wind.

By realizing controlling independently on three different air-out directions, and do not condition each other, make from the first air outlet, the wind that second air outlet and the 3rd air outlet are sent can form intersection region, and will from the first air outlet, the wind that second air outlet and the 3rd air outlet are sent synthesizes the natural wind that size and Orientation independently regulates, and the direction of resultant wind regulates the free degree more to strengthen, also the natural wind namely synthesized can be plane natural wind, the wind that air conditioner supplying natural wind is blowed out is more close to natural wind, improve the health degree of user, comfortable enjoyment is brought to user.

In certain embodiments, the control method of air conditioner supplying natural wind also comprises the sample natural wind Data Control air-supply assembly and wind direction adjusting part according to prestoring.Wherein, sample natural wind data comprise and gather natural wind data respectively from 3 different directions.

Specifically, sample natural wind data can comprise beach wind sample, forest wind sample data, grassland wind sample data, park, countryside wind sample data.Each sample natural wind data can gather in corresponding natural environment, such as store from left and right, upper 3 direction collections independent of each other, the type of the sample natural wind then can selected according to user, and realize the control to air-supply assembly and wind direction adjusting part according to the corresponding sample natural wind data stored.

Particularly, the control method of above-mentioned air conditioner supplying natural wind also comprises generation simulating nature wind data, according to natural wind simulating Data Control air-supply assembly and wind direction adjusting part.Wherein, generate natural wind simulating data to comprise: the random data generating normal distribution; The random data of normal distribution is mapped as the random data of Non-Gaussian Distribution, to generate simulating nature wind data.Like this, the natural wind due to reality is the random number of Non-Gaussian Distribution, and the random number after mapping is closer to the wind speed frequency spectrum data of natural wind.

Below according to one particularly embodiment the control method of air conditioner supplying natural wind is described.As shown in figure 11, the control method of air conditioner supplying natural wind comprises:

S101: select the natural wind type expected.

Particularly, natural wind type can be divided into sample natural wind and natural wind simulating, and wherein, sample natural wind can be beach wind, forest wind, grassland wind, park, countryside wind.

S102: judge whether the natural wind type selected is natural wind simulating.

If so, be namely natural wind simulating, then perform step S103; If not, be namely sample natural wind, then perform step S104.

S103: generate simulating nature wind data, performs step S105.

S104: obtain the corresponding sample natural wind data prestored.

That is, according to the natural wind type that step S101 selects, when selecting any one of beach wind, forest wind, grassland wind, park, countryside wind, according to the corresponding sample natural wind Data Control air-supply assembly prestored and wind direction adjusting part; When user selects natural wind simulating, generate the random wind speed frequency spectrum data of Non-Gaussian Distribution, namely generate simulating nature wind data, according to natural wind simulating Data Control air-supply assembly and wind direction adjusting part.

S105: select the air supply mode expected.

Particularly, the air supply mode of above-mentioned air conditioner supplying natural wind can be divided into two air outlet synthesis natural winds or three air outlet synthesis natural winds.Also namely, the air supply mode of above-mentioned air conditioner supplying natural wind can be divided into plane natural wind or stereo natural wind.

S106: judge whether the air supply mode selected is three air outlet synthesis natural winds.

If so, be three air outlet synthesis natural winds, then perform step S107; If not, be two air outlet synthesis natural winds, then perform step S108.

S107: control the first breeze fan, the second breeze fan and the 3rd breeze fan and control the first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member, synthesizing natural wind to make the wind sent from the first air outlet, the second air outlet and the 3rd air outlet.Terminate.

That is, according to the simulating nature wind data of the sample natural wind data prestored or generation, control the first breeze fan, the second breeze fan and the 3rd breeze fan to run independently of one another, and control the first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member run independently of one another, synthesize natural wind to make the wind sent from the first air outlet, the second air outlet and the 3rd air outlet.

S108: control the first breeze fan and the second breeze fan and control the first wind direction adjustment member and the second wind direction adjustment member, synthesizing natural wind to make the wind sent from the first air outlet and the second air outlet.

That is, according to the simulating nature wind data of the sample natural wind data prestored or generation, control the first breeze fan and the second breeze fan runs independently of one another, and control the first wind direction adjustment member and the second wind direction adjustment member and run independently of one another, the natural wind synthesizing direction and size to make the wind sent from the first air outlet and the second air outlet and can independently regulate.That is, the wind sent from the first air outlet and the second air outlet forms intersection region, and the wind sent from the first air outlet and the second air outlet is synthesized plane natural wind.

To sum up, according to the control method of the air conditioner supplying natural wind of the embodiment of the present invention, by controlling the first breeze fan and the second breeze fan runs and control the first wind direction adjustment member independently of one another and the second wind direction adjustment member runs independently of one another, intersection region can be formed to make the wind sent from the first air outlet and the second air outlet, and the wind sent from the first air outlet and the second air outlet is synthesized the natural wind that size and Orientation independently regulates, or control the first breeze fan, second breeze fan and the 3rd breeze fan run and control the first wind direction adjustment member independently of one another, second wind direction adjustment member and the 3rd wind direction adjustment member run independently of one another, to make from the first air outlet, the wind that second air outlet and the 3rd air outlet are sent can form intersection region, and will from the first air outlet, the wind that second air outlet and the 3rd air outlet are sent synthesizes the natural wind that size and Orientation independently regulates, and the direction of resultant wind regulates the free degree more to strengthen.Therefore, this control method by realizing controlling independently on two different air-out directions or on three different air-out directions, and does not condition each other, thus the wind that air conditioner supplying natural wind is blowed out is closer to natural wind, improve the health degree of user, bring comfortable enjoyment to user.In addition, by providing the type of multiple natural wind, meeting the multiple demand of user, improving the experience of user.

Figure 12 is the block diagram of the control device of air conditioner supplying natural wind according to an embodiment of the invention.As shown in figure 12, the control device 40 of air conditioner supplying natural wind comprises: the first air blowing control unit 401, second air blowing control unit 403, first air-out control unit 402 and the second air-out control unit 404.Wherein, the first air blowing control unit 401 is for controlling the first breeze fan of air conditioner supplying natural wind; Second air blowing control unit 403 runs independent of the first breeze fan for the second breeze fan controlling air conditioner supplying natural wind; First air-out control unit 402 regulates the air-out direction of the wind sent from the first air outlet of air conditioner supplying natural wind for the first wind direction adjustment member controlling air conditioner supplying natural wind; Second air-out control unit 404 regulates the air-out direction of the wind sent from the second air outlet of air conditioner supplying natural wind for the second wind direction adjustment member controlling air conditioner supplying natural wind.

Particularly, first air blowing control unit 401 can according to the rotating speed of natural wind Data Control first breeze fan, realize the Boiler pressure control of the wind sent from the first air outlet, the wind speed of the wind that the first breeze fan is blowed changes by the rule of natural wind, realizes the natural wind simulation on the first air-out direction.First air-out control unit 402 control the first wind direction adjustment member namely control the first wind direction adjustment member go out wind turbine drive wind blade rotate, realize the adjustment of the first air-out direction, certain impact is brought on the wind speed of the wind that the first air outlet is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

Similarly, second air blowing control unit 403 can according to the rotating speed of natural wind Data Control second breeze fan, realize the Boiler pressure control of the wind sent from the second air outlet, the wind speed of the wind that the second breeze fan is blowed changes by the rule of natural wind, realizes the natural wind simulation on the second air-out direction.Second air-out control unit 404 control the second wind direction adjustment member namely control the second wind direction adjustment member go out wind turbine drive wind blade rotate, realize the adjustment of the second air-out direction, certain impact is brought on the wind speed of the wind that the second air outlet is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

Further, the first breeze fan and the second breeze fan run independently of one another, and the first wind direction adjustment member and the second wind direction adjustment member run independently of one another, thus realize controlling, and can not mutually restrict separately on the first air-out direction and the second air-out direction.

In certain embodiments, as shown in figure 13, the control device 40 of air conditioner supplying natural wind also comprises: the 3rd air blowing control unit 405 and the 3rd air-out control unit 406.Wherein, the 3rd air blowing control unit 405 runs independent of the first breeze fan and the second breeze fan for the 3rd breeze fan controlling air conditioner supplying natural wind; 3rd air-out control unit 406 regulates the air-out direction of the wind sent from the 3rd air outlet of air conditioner supplying natural wind for the 3rd wind direction adjustment member controlling air conditioner supplying natural wind.

Particularly, 3rd air blowing control unit 405 also can according to the rotating speed of natural wind Data Control the 3rd breeze fan, realize the Boiler pressure control of the wind sent from the 3rd air outlet, the wind speed of the wind that the 3rd breeze fan is blowed changes by the rule of natural wind, realizes the natural wind simulation on the 3rd air-out direction.3rd air-out control unit 406 controls the 3rd wind direction adjustment member and namely controls out the rotation of wind turbine driving wind blade, realize the adjustment of the 3rd air-out direction, certain impact is brought on the wind speed of the wind that the 3rd air outlet is sent, the fine setting of simulated implementation turbulence intensity simultaneously.

First breeze fan, the second breeze fan and the 3rd breeze fan run independently of one another, first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member run independently of one another, thus realize controlling, and can not mutually restrict separately on the first air-out direction, the second air-out direction and the 3rd air-out direction.

By realizing controlling independently on three different air-out directions, and do not condition each other, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is made to form intersection region, the wind sent from the first air outlet, the second air outlet and the 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates, and the direction of resultant wind regulates the free degree more to strengthen.The wind that air conditioner supplying natural wind is blowed out, more close to natural wind, improves the health degree of user, brings comfortable enjoyment to user.

In preferred embodiments more of the present invention, as shown in Figure 14 and Figure 15, the control device of above-mentioned air conditioner supplying natural wind also comprises main control unit 400, can prestore sample natural wind data in main control unit 400, and main control unit 400 is according to sample natural wind Data Control first air blowing control unit 401, second air blowing control unit 403, the 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406.

If two air outlet synthesis natural winds, namely synthesize plane natural wind, then main control unit 400 according to sample natural wind Data Control first air blowing control unit 401, second air blowing control unit 403, first air-out control unit 402 and the second air-out control unit 404 to control the first breeze fan, the second breeze fan, the first wind direction adjustment member and the second wind direction adjustment member respectively.

If three air outlet synthesis natural winds, i.e. compound stereoscopic natural wind, then main control unit 400 according to sample natural wind Data Control first air blowing control unit 401, second air blowing control unit 403, the 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406 to control the first breeze fan, the second breeze fan and the 3rd breeze fan, the first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member respectively.

Particularly, sample natural wind data comprise the sample data gathering natural wind from 3 different directions respectively.Wherein, sample natural wind data can comprise beach wind sample, forest wind sample data, grassland wind sample data, park, countryside wind sample data.Specifically, each sample natural wind data can gather in corresponding natural environment, such as from left and right, upper 3 direction collections independent of each other, and be stored in main control unit 400, the type of the sample natural wind that main control unit 400 can be selected according to user, and realize the control to the first air blowing control unit 401, second air blowing control unit 403, the 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406 according to the sample data of the corresponding natural wind prestored.

In some preferred embodiments, as shown in Figure 14 and Figure 15, main control unit 400 also comprises natural wind simulation unit 50.Natural wind simulation unit 50 is for generating simulating nature wind data; Main control unit 400 is for according to natural wind simulating Data Control first air blowing control unit 401, second air blowing control unit 403, the 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406.

Particularly, as shown in Figure 14 and Figure 15, natural wind simulation unit 50 comprises the mapper 502 of normal signal simulator 501 and Non-Gaussian Distribution.Normal signal simulator 501 is for generating the random data of normal distribution; The mapper 502 of Non-Gaussian Distribution for the random data of normal distribution being mapped as the random data of Non-Gaussian Distribution, to generate simulating nature wind data.

That is, main control unit 400 can a built-in natural wind simulation unit 50, the Non-Gaussian Distribution wind speed frequency spectrum of automatic generation natural wind simulating, and according to generated natural wind simulating wind speed spectrum control first air blowing control unit 401, second air blowing control unit 403, the 3rd air blowing control unit 405, first air-out control unit 402, second air-out control unit 404 and the 3rd air-out control unit 406.And normal signal simulator 501 is for generating the random number of one group of normal distribution, the mapper 502 of Non-Gaussian Distribution, by the random number of normal distribution, is mapped as the random number of Non-Gaussian Distribution.This is because the natural wind of reality is the random number of Non-Gaussian Distribution, the random number after mapping is closer to the wind speed frequency spectrum data of natural wind.

According to the control device of the air conditioner supplying natural wind of the embodiment of the present invention, run independent of the first breeze fan by the first breeze fan of the first air blowing control unit controls air conditioner supplying natural wind and the second breeze fan of the second air blowing control unit controls air conditioner supplying natural wind; And regulated the air-out direction of the wind sent from the second air outlet of air conditioner supplying natural wind by the second wind direction adjustment member that the first wind direction adjustment member that the first air-out control unit controls air conditioner supplying natural wind regulates the air-out direction of the wind sent from the first air outlet of air conditioner supplying natural wind and the second air-out control unit to control air conditioner supplying natural wind, or also to be run independent of the first breeze fan and the second breeze fan by the 3rd breeze fan of the 3rd air blowing control unit controls air conditioner supplying natural wind and the 3rd wind direction adjustment member that the 3rd air-out control unit controls air conditioner supplying natural wind regulates the air-out direction of the wind sent from the 3rd air outlet of air conditioner supplying natural wind.Like this, this control device by realizing controlling independently on two different air-out directions or on three different air-out directions, and do not condition each other, thus by two air outlet synthesis natural winds or by three air outlet synthesis natural winds, the wind that air conditioner supplying natural wind is blowed out is closer to natural wind, improve the health degree of user, bring comfortable enjoyment to user.In addition, by providing the type of multiple natural wind, meeting the multiple demand of user, improving the experience of user.

Be understandable that, in the present invention, describe and can be understood in flow chart or in this any process otherwise described or method, represent and comprise one or more for realizing the module of the code of the executable instruction of the step of specific logical function or process, fragment or part, and the scope of the preferred embodiment of the present invention comprises other realization, wherein can not according to order that is shown or that discuss, comprise according to involved function by the mode while of basic or by contrary order, carry out n-back test, this should understand by embodiments of the invention person of ordinary skill in the field.

In flow charts represent or in this logic otherwise described and/or step, such as, the sequencing list of the executable instruction for realizing logic function can be considered to, may be embodied in any computer-readable medium, for instruction execution system, device or equipment (as computer based system, comprise the system of processor or other can from instruction execution system, device or equipment instruction fetch and perform the system of instruction) use, or to use in conjunction with these instruction execution systems, device or equipment.With regard to this description, " computer-readable medium " can be anyly can to comprise, store, communicate, propagate or transmission procedure for instruction execution system, device or equipment or the device that uses in conjunction with these instruction execution systems, device or equipment.The example more specifically (non-exhaustive list) of computer-readable medium comprises following: the electrical connection section (electronic installation) with one or more wiring, portable computer diskette box (magnetic device), random-access memory (ram), read-only storage (ROM), erasablely edit read-only storage (EPROM or flash memory), fiber device, and portable optic disk read-only storage (CDROM).In addition, computer-readable medium can be even paper or other suitable media that can print described program thereon, because can such as by carrying out optical scanner to paper or other media, then carry out editing, decipher or carry out process with other suitable methods if desired and electronically obtain described program, be then stored in computer storage.

Should be appreciated that each several part of the present invention can realize with hardware, software, firmware or their combination.In the above-described embodiment, multiple step or method can with to store in memory and the software performed by suitable instruction execution system or firmware realize.Such as, if realized with hardware, the same in another embodiment, can realize by any one in following technology well known in the art or their combination: the discrete logic with the logic gates for realizing logic function to data-signal, there is the special IC of suitable combinational logic gate circuit, programmable gate array (PGA), field programmable gate array (FPGA) etc.

Those skilled in the art are appreciated that realizing all or part of step that above-described embodiment method carries is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, this program perform time, step comprising embodiment of the method one or a combination set of.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing module, also can be that the independent physics of unit exists, also can be integrated in a module by two or more unit.Above-mentioned integrated module both can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.If described integrated module using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.

The above-mentioned storage medium mentioned can be read-only storage, disk or CD etc.

In the description of this description, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present invention or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.

Although illustrate and describe embodiments of the invention, for the ordinary skill in the art, be appreciated that and can carry out multiple change, amendment, replacement and modification to these embodiments without departing from the principles and spirit of the present invention, scope of the present invention is by claims and equivalency thereof.

Claims

1. an air conditioner supplying natural wind, is characterized in that, comprising:

Air outlet, described air outlet comprises the first air outlet and the second air outlet;

Air-supply assembly, described air-supply assembly comprises the first breeze fan and the second breeze fan, and the wind that described first breeze fan blows is sent by described first air outlet, and the wind that described second breeze fan blows is sent by described second air outlet;

Wind direction adjusting part, described wind direction adjusting part comprises the first wind direction adjustment member and the second wind direction adjustment member, described first wind direction adjustment member is located at described first air outlet place, for regulating the first air-out direction of described first air outlet, described second wind direction adjustment member is located at described second air outlet place, for regulating the second air-out direction of described second air outlet;

Control device, described control device controls described first breeze fan and described second breeze fan runs and control described first wind direction adjustment member independently of one another and described second wind direction adjustment member runs independently of one another, to make the wind sent from described first air outlet and described second air outlet form intersection region, and the wind sent from described first air outlet and described second air outlet is synthesized the natural wind that size and Orientation independently regulates.

2. air conditioner supplying natural wind as claimed in claim 1, it is characterized in that, described first wind direction adjustment member regulates described first air-out direction in the first plane, and described second wind direction adjustment member regulates described second air-out direction in described first plane.

3. air conditioner supplying natural wind as claimed in claim 2, it is characterized in that, described first plane is horizontal plane.

4. air conditioner supplying natural wind as claimed in claim 2, it is characterized in that, described first wind direction adjustment member regulates described first air-out direction further in the second plane being orthogonal to described first plane, and described first wind direction adjustment member is less than the amplitude of accommodation to described first air-out direction in described first plane to the amplitude of accommodation of described first air-out direction in described second plane;

Described second wind direction adjustment member regulates described second air-out direction further in described second plane, and described second wind direction adjustment member is less than the amplitude of accommodation to described second air-out direction in described first plane to the amplitude of accommodation of described second air-out direction in described second plane.

5. air conditioner supplying natural wind as claimed in claim 1, it is characterized in that, described control device comprises:

First air blowing control unit, described first air blowing control unit is for controlling described first breeze fan;

First air-out control unit, described first air-out control unit is for controlling described first wind direction adjustment member;

Second air blowing control unit, described second air blowing control unit is for controlling described second breeze fan;

Second air-out control unit, described second air-out control unit is for controlling described second wind direction adjustment member.

6. air conditioner supplying natural wind as claimed in claim 1, is characterized in that,

Described air outlet also comprises the 3rd air outlet;

Described air-supply assembly also comprises the 3rd breeze fan, and the wind that described 3rd breeze fan blows is sent by described 3rd air outlet;

Described wind direction adjusting part also comprises the 3rd wind direction adjustment member, and described 3rd wind direction adjustment member is located at described 3rd air outlet place, for regulating the 3rd air-out direction of described 3rd air outlet;

Described control device control described first breeze fan, described second breeze fan and described 3rd breeze fan run and control the first wind direction adjustment member, described second wind direction adjustment member and described 3rd wind direction adjustment member independently of one another and run independently of one another, to make the wind sent from described first air outlet, described second air outlet and described 3rd air outlet form intersection region, and the wind sent from described first air outlet, described second air outlet and described 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates.

7. air conditioner supplying natural wind as claimed in claim 6, it is characterized in that, described first wind direction adjustment member regulates described first air-out direction in the first plane, described second wind direction adjustment member regulates described second air-out direction in described first plane, and described 3rd wind direction adjustment member regulates described 3rd air-out direction in the second plane being orthogonal to described first plane.

8. air conditioner supplying natural wind as claimed in claim 7, it is characterized in that, described first plane is horizontal plane, and described second plane is vertical plane.

9. air conditioner supplying natural wind as claimed in claim 7, it is characterized in that, described first wind direction adjustment member regulates described first air-out direction further in described second plane, and described first wind direction adjustment member is less than the amplitude of accommodation to described first air-out direction in described first plane to the amplitude of accommodation of described first air-out direction in described second plane;

Described second wind direction adjustment member regulates described second air-out direction further in described second plane, and described second wind direction adjustment member is less than the amplitude of accommodation to described second air-out direction in described first plane to the amplitude of accommodation of described second air-out direction in described second plane;

Described 3rd wind direction adjustment member regulates described 3rd air-out direction further in described first plane, and described 3rd wind direction adjustment member is less than the amplitude of accommodation to described 3rd air-out direction in described second plane to the amplitude of accommodation of described 3rd air-out direction in described first plane.

10. air conditioner supplying natural wind as claimed in claim 6, it is characterized in that, described control device comprises:

Second air-out control unit, described second air-out control unit is for controlling described second wind direction adjustment member;

3rd air blowing control unit, described 3rd air blowing control unit is for controlling described 3rd breeze fan;

3rd air-out control unit, described 3rd air-out control unit is for controlling described 3rd wind direction adjustment member.

11. air conditioner supplying natural winds according to any one of claim 1-10, is characterized in that, prestore sample natural wind data in described control device, and described control device is blown assembly and wind direction adjusting part according to described sample natural wind Data Control.

12. air conditioner supplying natural winds according to any one of claim 1-10, it is characterized in that, described control device also comprises: natural wind simulation unit, described natural wind simulation unit is for generating simulating nature wind data, and described control device is blown assembly and wind direction adjusting part according to described natural wind simulating Data Control.

The control method of 13. 1 kinds of air conditioner supplying natural winds, described air conditioner supplying natural wind comprises: the first air outlet, second air outlet, air-supply assembly and wind direction adjusting part, described air-supply assembly comprises the first breeze fan and the second breeze fan, described wind direction adjusting part comprises the first wind direction adjustment member and the second wind direction adjustment member, and it is characterized in that, described control method comprises:

Control described first breeze fan and described second breeze fan runs independently of one another, to send wind that described first breeze fan blows from described first air outlet and to send from described second air outlet the wind that described second breeze fan blows;

Control described first wind direction adjustment member and the second wind direction adjustment member runs independently of one another, to make the wind sent from described first air outlet and described second air outlet form intersection region, and the wind sent from described first air outlet and described second air outlet is synthesized the natural wind that size and Orientation independently regulates.

The control method of 14. air conditioner supplying natural winds as claimed in claim 13, described air conditioner supplying natural wind also comprises the 3rd air outlet, and described air-supply assembly also comprises the 3rd breeze fan, and described wind direction adjusting part also comprises the 3rd wind direction adjustment member, it is characterized in that, described control method comprises:

Control described first breeze fan, described second breeze fan and the 3rd breeze fan to run independently of one another;

Control described first wind direction adjustment member, the second wind direction adjustment member and the 3rd wind direction adjustment member to run independently of one another, to make the wind sent from described first air outlet, described second air outlet and described 3rd air outlet form intersection region, and the wind sent from described first air outlet, described second air outlet and described 3rd air outlet is synthesized the natural wind that size and Orientation independently regulates.

The control method of 15. air conditioner supplying natural winds as claimed in claim 13, is characterized in that, blow according to the sample natural wind Data Control prestored assembly and described wind direction adjusting part.

The control method of 16. air conditioner supplying natural winds as claimed in claim 13, is characterized in that, also comprises and generates simulating nature wind data, blow according to described natural wind simulating Data Control assembly and described wind direction adjusting part.

The control device of 17. 1 kinds of air conditioner supplying natural winds, is characterized in that, comprising:

First air blowing control unit, for controlling the first breeze fan of described air conditioner supplying natural wind;

Second air blowing control unit, runs independent of described first breeze fan for the second breeze fan controlling described air conditioner supplying natural wind;

First air-out control unit, the first wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the first air outlet of described air conditioner supplying natural wind;

Second air-out control unit, the second wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the second air outlet of described air conditioner supplying natural wind.

The control device of 18. air conditioner supplying natural winds as claimed in claim 17, is characterized in that, also comprise:

3rd air blowing control unit, runs independent of described first breeze fan and the second breeze fan for the 3rd breeze fan controlling described air conditioner supplying natural wind;

3rd air-out control unit, the 3rd wind direction adjustment member for controlling described air conditioner supplying natural wind regulates the air-out direction of the wind sent from the 3rd air outlet of described air conditioner supplying natural wind.

19. as described in claim 17 or 18 control device of air conditioner supplying natural wind, it is characterized in that, also comprise:

Main control unit, sample natural wind data are prestored in described main control unit, and described main control unit the first air blowing control unit, described second air blowing control unit, described 3rd air blowing control unit, described first air-out control unit, described second air-out control unit and described 3rd air-out control unit according to described sample natural wind Data Control.

The control device of 20. air conditioner supplying natural winds as claimed in claim 19, it is characterized in that, described main control unit also comprises:

Natural wind simulation unit, for generating described simulating nature wind data; Described main control unit is used for the first air blowing control unit, described second air blowing control unit, described 3rd air blowing control unit, described first air-out control unit, described second air-out control unit and described 3rd air-out control unit according to described natural wind simulating Data Control.