CN202709387U - Air conditioner - Google Patents

Air conditioner Download PDF

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Publication number
CN202709387U
CN202709387U CN 201220332739 CN201220332739U CN202709387U CN 202709387 U CN202709387 U CN 202709387U CN 201220332739 CN201220332739 CN 201220332739 CN 201220332739 U CN201220332739 U CN 201220332739U CN 202709387 U CN202709387 U CN 202709387U
Authority
CN
China
Prior art keywords
air
mentioned
discharge
blowing fan
control
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN 201220332739
Other languages
Chinese (zh)
Inventor
高亚凛
宋星宇
金柱想
黃星镇
金美珠
尹柱协
崔成圭
柳仲吉
林栽用
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LG Electronics Inc
Original Assignee
LG Electronics Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to KR10-2011-0108205 priority Critical
Priority to KR1020110108205A priority patent/KR101318354B1/en
Priority to KR20110138505 priority
Priority to KR10-2011-0138505 priority
Priority to KR10-2011-0138503 priority
Priority to KR20110138503 priority
Priority to KR10-2012-0048756 priority
Priority to KR1020120048756A priority patent/KR101225985B1/en
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Application granted granted Critical
Publication of CN202709387U publication Critical patent/CN202709387U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to an air conditioner which is provided with a plurality of blowing fans to form various types of airflow. According to the embodiment of the utility model, the air conditioner comprises a heat exchanger, a plurality of exhaust parts, the plurality of blowing fans and a control part, wherein the heat exchanger is used for heat exchange between air and a refrigerating agent, the exhaust parts are used for exhausting air for superheat exchange in the heat exchanger, the blowing fans are used for bowing air into the exhaust parts, and the control part is used for leading the blowing fans to rotate at different speeds so as to realize a plurality of operating modes.

Description

Air regulator
Technical field
The utility model relates to a kind of air regulator, relates in more detail possessing the air regulator that blowing fan forms multiple air flow.
Background technology
Usually, air regulator changes by the air suction inlet air amount after temperature or humidity or the degree of purification etc., to indoor discharge, builds comfortable indoor environment with this by air outlet.
Air regulator can arrange heat exchanger and pressure fan in inside, and heat exchanger is for the heat exchange of carrying out between cold-producing medium and the air; Blower-use comes heat exchanger to discharge to the outside after blowing in air amount.
These air regulators can be at indoor formation multiple air flow according to shape or opening direction and the quantity of air outlet.
The utility model content
Problem to be solved in the utility model is to provide a kind of air regulator that can utilize a plurality of blowing fans to form multiple air flow.
Another problem of the present utility model is to provide a kind of air regulator that can form according to operation mode multiple air flow.
Problem of the present utility model is not limited to above-mentioned problem, and those skilled in the art can understand the other problems of not mentioning clearly from following record.
In order to reach the problems referred to above, the air regulator according to embodiment of the present utility model comprises: heat exchanger, and it makes air and cold-producing medium carry out heat exchange; A plurality of discharge portions are discharged the air that carried out heat exchange at above-mentioned heat exchanger; A plurality of blowing fans are to above-mentioned a plurality of discharge portion blow air; And control part, it makes above-mentioned a plurality of blowing fan rotate to realize a plurality of operation modes with mutual different speed.
The concrete item of other embodiment is included in the detailed explanation and accompanying drawing.
Has a kind of or its above effect in the following effect according to air regulator of the present utility model.
The first, carry out multiple operation mode with different two blowing fans of rotating speed rotation.
The second, control independently the air that two blowing fans also can be regulated discharge according to different operation modes.
The 3rd, with two discharge fans, two the discharge motors and the heat exchanger that make that it is rotated suitably be configured in the body, can realize frivolous body with this.
The 4th, suitably to control two fans and save energy and can realize the forest wind pattern, this pattern is for generation of the sensation of brushing of natural wind.
Effect of the present utility model is not limited to above-mentioned effect, makes the utility model person of an ordinary skill in the technical field understand clearly the effect of not mentioning by the record of claims.
Description of drawings
Fig. 1 is that expression is according to the longitudinal sectional view of the air regulator of the utility model one embodiment.
Fig. 2 is that expression is according to the stereogram of the air regulator of the utility model one embodiment.
Fig. 3 is that expression is according to the front view of the air regulator of the utility model one embodiment.
Fig. 4 is that expression is according to the exploded perspective view of the air regulator of the utility model one embodiment.
Fig. 5 is that expression is according to the transverse sectional view of the air regulator of the utility model one embodiment.
Fig. 6 is that expression is cut stereogram according to the part of the first discharge portion of the air regulator of the utility model one embodiment.
Fig. 7 is that expression is according to the figure of the input part of the air regulator of the utility model one embodiment.
Fig. 8 is that expression is according to the block diagram of the air regulator of the utility model one embodiment.
Fig. 9 represents for the figure of control according to a plurality of operation modes of the air regulator of the utility model one embodiment.
Figure 10 is that expression is according to the exemplary plot of the air-flow of the air regulator formation of the utility model one embodiment.
Figure 11 is that expression is according to the flow chart of the forest wind pattern of the air regulator of the utility model one embodiment.
Figure 12 is that expression is used for control according to the figure of the forest wind pattern of the air regulator of the utility model one embodiment.
The specific embodiment
Can allow advantage of the present utility model and/or feature and realize that the method for these advantages and/or feature is clearer and more definite referring to the embodiment of drawings and detailed description.But, the utility model is not limited to following the disclosed embodiments, can implement in every way, present embodiment only is used for making disclosure of the present utility model more complete, help the utility model person of an ordinary skill in the technical field intactly to understand category of the present utility model, the utility model defines according to the category of claims.In specification full text, identical Reference numeral represents identical structural detail.
Below, by embodiment of the present utility model, and with reference to coming the utility model is described for the accompanying drawing that air regulator is described.
Fig. 1 is that expression is according to the longitudinal sectional view of the air regulator of the utility model one embodiment, Fig. 2 is that expression is according to the stereogram of the air regulator of the utility model one embodiment, Fig. 3 is that expression is according to the front view of the air regulator of the utility model one embodiment, Fig. 4 is that expression is according to the exploded perspective view of the air regulator of the utility model one embodiment, Fig. 5 is the transverse sectional view that represents according to the air regulator of the utility model one embodiment, and Fig. 6 is that expression is cut stereogram according to the part of the first discharge portion of the air regulator of the utility model one embodiment.
Air regulator according to an embodiment of the present utility model comprises: body 4, and it is used to form outward appearance; Heat exchanger 6, it makes air and cold-producing medium carry out heat exchange; Sucting 13, it is used for sucking the air that carries out heat exchange at heat exchanger 6; A plurality of discharge portions 8,12 are used for discharging the air that carried out heat exchange at heat exchanger 6; A plurality of blowing fans 44,12 are to a plurality of discharge portions 8,12 blow air.
Body 4 forms outward appearance.Body 4 comprises: protecgulum 70, and it is used to form the outward appearance of front surface; Bonnet 15, it is used to form the outward appearance of rear surface; A plurality of sides cover 60, are used to form the outward appearance of both sides; Base 24, it is used for supporting body 4.
Tap 68 before protecgulum 70 is formed with, and this front tap 68 passes through the air of discharging from the first discharge portion.Bonnet 15 possesses sucting 13.Bonnet 15 can form in the one mode with sucting 13.Side lid 60 possesses the second discharge portion 12.Side lid the 60 and second discharge portion 12 can form in the one mode.Base 24 supports air regulator on the ground, and possesses protecgulum 70, bonnet 15 and a plurality of side lid 60 at the upside of base 24.
Can possess the first discharge portion 8 for the air of discharging body 4 inside on the top of body 4.Can possess the second discharge portion 12 for the air of discharging body 4 inside in the both sides of body 4.Can possess air amount to the sucting 13 of the inside of body 4 in the rear surface of body 4.Can possess the first blowing fan 44 in the inside of body 4, be used for rotation the first blowing fan 44 the first air supply motor 43, the second blowing fan 46, be used for rotation the second blowing fan 46 the second air supply motor 45, be used for supporting the first air supply motor 43 and the second air supply motor 45 and forming the first blowing fan 44 and the inner panel 21 of the stream of the air that the second blowing fan 46 blows.
Inner panel 21 is incorporated into body 4 and is used for supporting the first air supply motor 43 and the second air supply motor 45.Inner panel 21 is configured in the rear of protecgulum 70.Below, take the center of body 4 as benchmark, the place ahead means a side of protecgulum 70, the rear means a side of bonnet 15, both sides or left and right sides mean a side of carrying out the side lid 60 of orthogonal with front and back, downside means a side of base 24, and upside means the side with reciprocal the first discharge portion 8 of a side of base 24.
Possess the first blowing fan 44 and the second blowing fan 46 in the inside of inner panel 21.In the inside of inner panel 21, possess along the vertical direction the first blowing fan 44 and the second blowing fan 46.The first blowing fan 44 possesses on the top of inner panel 21, and the second blowing fan 46 possesses the bottom in inner panel 21.
Inner panel 21 is formed with orifice plate 48, this orifice plate 48 be used for guiding via the air of heat exchanger 6 to the first blowing fan 44 and the second blowing fan 46.Orifice plate 48 guiding via the air on the top of heat exchanger 6 to the first blowing fan 44, and guiding via the air of the bottom of heat exchanger 6 to the second blowing fan 46.
Upside and the both sides of inner panel 21 form with opening form.The air that the first blowing fan 44 blows is to upside and two side flow of inner panel 21, and the air that the second blowing fan 46 blows is to two side flow of inner panel 21.The upside of the opening of inner panel 21 is corresponding to the first discharge portion 8, and the both sides of the opening of inner panel 21 are corresponding to the second discharge portion 12.
Sucting 13 will be provided with the indoor air intake of air regulator to the inside of body 4.Sucting 13 is configured abreast opposed to each other with heat exchanger 6.Sucting 13 comprises suction grid 19 and filter 20, above-mentioned suction grid 19 be formed with air via suction inlet 2, above-mentioned filter 20 arranges suction grid 19 and filters foreign matter.The air that suction inlet 2 by sucting 13 sucks heat exchanger 6 after filter 20 filters flows.
Heat exchanger 6 makes air and cold-producing medium carry out heat exchange.Heat exchanger 6 makes in compressor (not shown) compressed cold-producing medium and the air that is inhaled in sucting 13 carry out heat exchange to cool off or add hot-air.Heat exchanger 6 preferably is supported by the suction grid 19 of sucting 13.
Preferably, heat exchanger 6 is configured abreast with a plurality of blowing fans 44,12 that the edge disposes up and down, and is configured abreast with sucting 13.Heat exchanger 6 preferably be configured in along up and down the configuration a plurality of blowing fans 44,12 and sucting 13 between.
A plurality of blowing fans 44,12 will blow to a plurality of discharge portions 8,12 at the air that heat exchanger 6 carries out heat exchange.A plurality of blowing fans 44,12 are along being configured up and down.A plurality of blowing fans 44,12 and heat exchanger be configured abreast.
A plurality of blowing fans 44,12 comprise the first blowing fan 44 and are configured in the second blowing fan 46 of the downside of the first blowing fan 44.
The first blowing fan 44 will blow to the first discharge portion 8 and the second discharge portion 12 at the air that heat exchanger 6 carries out heat exchange.The first blowing fan 44 is configured in the downside of the first discharge portion 8.Dispose the second discharge portion 12 in the both sides of the first blowing fan 44.
The first blowing fan 44 is rotated by the first air supply motor.The rotating shaft of the first blowing fan 44 is connected with the first air supply motor 43.The first blowing fan 44 is preferably the turbofan of discharging towards periphery for the air that sucks the rear.The rotating shaft of the first blowing fan 44 is preferably towards horizontal direction parallel to the ground.The rotating speed of the first blowing fan 44 may change according to operation mode or indoor temperature.
The second blowing fan 46 will blow to the second discharge portion 12 at the air that heat exchanger 6 carries out heat exchange.The second blowing fan 46 can be configured on the vertical line with the first blowing fan 44, and in the present embodiment, the second blowing fan 46 is configured in the downside of the first blowing fan 44.Dispose the second discharge portion 12 in the both sides of the second blowing fan 46.
The second blowing fan 46 is rotated by the second air supply motor 45.The rotating shaft of the second blowing fan 46 is connected with the second air supply motor 45.The second blowing fan 46 is preferably the turbofan of discharging towards periphery for the air that sucks the rear.The rotating shaft of the second blowing fan 46 is preferably towards horizontal direction parallel to the ground.
The rotating speed of the second blowing fan 46 may change according to operation mode or indoor temperature.The second blowing fan 46 can be rotated with the rotating speed that is different from the first blowing fan 44 or stop according to operation mode or indoor temperature.The first blowing fan 44 and the second blowing fan 46 can carry out independent control according to operation mode or indoor temperature.The second blowing fan 46 can or be rotated soon or slowly than the first blowing fan 44, and rotates in the situation of the first blowing fan 44 and can stop the second blowing fan 46.
Preferably, be configured abreast with the first air supply motor 43 and the second air supply motor 45 that the edge disposes up and down along the first blowing fan 44 that disposes up and down and the second blowing fan 46, and be configured abreast with heat exchanger 6.The first blowing fan 44 is configured between the first air supply motor 43 and the heat exchanger 6, and the second blowing fan 46 is configured between the second air supply motor 45 and the heat exchanger 6.
A plurality of discharge portions 8,12 are used for discharging after heat exchanger 6 and cold-producing medium carry out heat exchange by a plurality of blowing fans 44,12 air that blow.A plurality of discharge portions 8,12 comprise the first discharge portion 8 of the upside that is configured in heat exchanger 6 and are configured in the second discharge portion 12 of a plurality of blowing fans 44,12 both sides.
The first discharge portion 8 is used for discharging the air that blows by the first blowing fan 44 after heat exchanger 6 and cold-producing medium carry out heat exchange.The first discharge portion 8 is configured in the top of body 4.The first discharge portion 8 is configured in the upside of the first blowing fan 44.The first discharge portion 8 disposes accordingly with the upside of the opening of inner panel 21.
Be formed with the stream that makes the Air Flow that the first blowing fan 44 blows in the inside of the first discharge portion 8, and form towards the space of front openings G, and be formed with the circular first row outlet L that air that the first blowing fan 44 is blowed is discharged to space G.
The first discharge portion 8 comprises: shell 220, and it is used to form outward appearance; Outer body 200 and inside body 32 possess in the inboard of shell 220, and the first discharge motor 260, and it is rotated outer body 200 and inside body 32.
Shell 220 forms the outward appearance of the first discharge portion 8.Shell 220 is accommodated outer body 200 and inside body 32 in inside.Shell 220 possesses first and discharges motor 260.
Outer body 200 is housed in shell with inside body 32.Outer body 200 and inside body 32 form the stream that makes the Air Flow that the first blowing fan 44 blows.To the internally air of the upside discharge of the opening of panel 21 that flows between outer body 200 and the inside body 32.
Inside body 32 forms space G, and this space G forms the cylindrical shape of hollow, and is in the state of opening.Form the circular first row outlet L that oriented space G discharges air in inside body 32.Discharge by first row outlet L to the air that flows between outer body 200 and the inside body 32.The air of discharging by first row outlet L blows to the place ahead afterwards via space G.
First discharges motor 260 changes from the wind direction of the air of first row outlet L discharge by outer body 200 and inside body 32 are rotated.First discharges motor 260 can carry out left and right sides reciprocating rotary to outer body 200 and inside body 32.First discharges motor 260 can make the air of discharging from the first row outlet L of the first discharge portion 8 carry out left and right sides reciprocating rotary.
The second discharge portion 12 is used for discharging after heat exchanger 6 and cold-producing medium carry out heat exchange the air that blows by the first blowing fan 44 and the second blowing fan 46.Dispose a plurality of the second discharge portions 12 in the both sides of body 4.The side of the second discharge portion 12 and the first blowing fan 44 and the side of the second blowing fan 46 dispose accordingly.A plurality of the second discharge portions 12 are configured in the both sides of the first blowing fan 44 and the second blowing fan 46.A plurality of the second discharge portions 12 dispose accordingly with the both sides of the opening of inner panel 21.
The second discharge portion 12 comprises: discharge grid 14, it is formed with the second row outlet 58 of discharging air; Discharge and regulate parts 67, it is configured in the wind direction of discharging grid 14 and regulating the air of discharging by second row outlet 58; Second discharges motor 66, and it makes discharge regulate parts 67 and is rotated.
Discharge grid 14 is configured in the side of body 4.Discharging grid 14 can possess at side lid 60 or with side lid 60 and form in the one mode.Discharging grid 14 possesses for the second row outlet 58 of discharging air.Second row outlet 58 forms accordingly with the side of the opening of inner panel 21, and discharges the air of discharging from the side of the first blowing fan 44 and the second blowing fan.
Discharge and regulate the wind direction that parts 67 can be regulated the air of discharging by second row outlet 58.Discharge adjusting parts 67 can export 58 to second row and carry out switch.
Second discharges motor 66 makes to discharge and regulates the wind direction that parts 67 are rotated to regulate the air of discharging by second row outlet 58, and can export 58 to second row and carry out switch.Second discharges motor 66 can regulate parts 67 rotations and make the wind direction of the air of discharging from the second row outlet 58 of the second discharge portion 12 carry out left and right sides reciprocating rotary by making to discharge.
Second discharges motor 66 can regulate the open angle of discharging adjusting parts 67.Diminish along with discharging the open angle of regulating parts 67, concentrate from the air of second row outlet 58 discharges to blow to the place ahead thereupon, and, becoming greatly along with discharging the open angle of regulating parts 67, air spreads towards left and right directions thereupon.
The second discharge motor 66 cuts out second row outlet 58 by making discharge regulate parts 67 rotations, can be so that air does not export 58 discharges from the second row of the second discharge portion 12.Second discharges motor 66 regulates parts 67 rotations and makes to discharge and regulate parts 67 and close in the situation of second row outlet 58 the second discharge portion 12 and do not discharge air by making to discharge.
Fig. 7 represents the input part according to the air regulator of the utility model one embodiment.
But the operation mode of input part 310 setting air adjusters.Input part 310 can show the state of air regulator.The user of service can pass through the operation mode of input part 310 setting air adjusters, and can confirm the state of air regulator.
Input part 310 is arranged at a side of the protecgulum 70 of body 4, perhaps as present embodiment, consists of by separating the teleoperator that possesses with body 4.
Input part 310 has the button of multiple operation mode that can the input air adjuster.Operation mode comprises a kind of in general operation mode, shower pattern, air purification mode, energy-saving mode and the forest wind pattern at least.Input part 310 comprises: power knob 311, and power-on during its input is so that general operation mode begins; Forest wind button 312 is during its input, so that the forest wind pattern begins; Electricity-saving button 313 is during its input, so that energy-saving mode begins; Shower button 314 is during its input, so that shower pattern begins; Air cleaning button 315 is during its input, so that air purification mode begins.
Input part 310 can comprise the display window of button and show state, and its button is used for the target setting temperature or preengages, regulates wind speed and regulate wind direction.If the user of service by input part 310 input target temperatures, regulate wind speed or regulate wind direction, then can control a plurality of discharge portions 8,12 and/or a plurality of blowing fan 44,12.
Fig. 8 is that expression is according to the block diagram of the air regulator of an embodiment of the present utility model.
According to air regulator of the present utility model, comprising: input part 310, it can input a plurality of operation modes and the user of service sets; Control part 320, it is according to operation mode or the user of service's input by input part 310 input, controls independently a plurality of blowing fans 44,12 and a plurality of discharge portion 8,12.
Temperature sensor 340 is used for mensuration and has the indoor temperature of air regulator.Temperature sensor 340 passes to control part 320 with the indoor temperature of measuring.The indoor temperature that control part 320 is measured according to temperature sensor 340 is controlled air regulator.Control part 320 control air regulators, the temperature so that indoor temperature follows the trail of the objective.Target temperature is set by input part 310 by the user of service, is perhaps set according to operation mode by control part 320.
The first air supply motor 43 is rotated the first blowing fan 44.The first blowing fan 44 makes air via discharging by the first discharge portion 8 and the second discharge portion 12 after the heat exchanger 6 by sucting 13 air amounts.Control part 320 is regulated the rotating speed of the first blowing fan 44 by controlling the first air supply motor 43.
The second air supply motor 45 is rotated the second blowing fan 46.The second blowing fan 46 makes air via discharging by the second discharge portion 12 after the heat exchanger 6 by sucting 13 air amounts.Control part 320 is controlled the rotating speed of the second blowing fan 46 by controlling the second air supply motor 45.
Control part 320 is according to operation mode or by user of service's input that input part is realized, controls independently a plurality of blowing fans 44,12 and/or a plurality of discharge portion 8,12.Control part 320 by independently to a plurality of blowing fans 44,12 and/or a plurality of discharge portion 8,12 control, realize a plurality of operation modes.
Control part 320 rotates a plurality of blowing fans 44,12 with different respectively speed, perhaps can stop in a plurality of blowing fans 44,12 more than one.Be configured in blowing fan bottom in a plurality of blowing fans 44,12 that control part 320 can stop to dispose up and down successively.
Control part 320 is controlled a plurality of blowing fans 44,12 and/or a plurality of discharge portion 8,12 independently according to operation mode.Operation mode can be inputted by input part 310 by the user of service, and perhaps control part 320 comes automatic setting according to operating condition.User of service's input refers to that the user of service comes target setting temperature, wind speed or wind direction etc. by input part 310.
Control part 320 is set the different air quantity of the first blowing fan 44 and the second blowing fan 46 by independent control the first air supply motor 43 and the second air supply motor 45.That is, the second blowing fan 46 can be with the air quantity blow air different from the first blowing fan 44.Control part 320 is controlled independently the first air supply motor 43 and the second air supply motor 45 and is made the rotating speed of the first blowing fan 44 different from the rotating speed of the second blowing fan 46 according to operation mode or user of service's input.
Control part 320 can only start the first air supply motor 43 and stop the second air supply motor 45 according to operation mode or user of service's input, can only rotate the first blowing fan 44 and stop the second blowing fan 46.
First discharges motor 260 changes from the wind direction of the air of the first discharge portion 8 discharges by outer body 200 and inside body 32 rotations that make the first discharge portion 8.Control part 320 inputs to control the first discharge motor 260 according to operation mode or user of service, can change thus from the direction of the air of the first discharge portion 8 discharges.Control part 320 can be discharged motor 260 and makes the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by being controlled first.That is, control part 320 changes over left and right directions by controlling the first direction of discharging the air that motor 260 will discharge to the place ahead direction of space G.
Second discharges motor 66 regulates the wind direction that the air of discharging by the second discharge portion 12 is regulated in parts 67 rotations by making to discharge, and perhaps can carry out switch to the second discharge portion 12.Second discharges motor 66 can regulate parts 67 rotations and make the wind direction of the air of discharging from the second discharge portion 12 carry out left and right sides reciprocating rotary by making to discharge.
Control part 320 inputs to control the second discharge motor 66 according to operation mode or user of service, regulate thus the wind direction of the air of discharging by the second discharge portion 12, perhaps the second discharge portion 12 is carried out switch, perhaps make the wind direction of the air of discharging from the second discharge portion carry out left and right sides reciprocating rotary.Control part 320 is controlled second according to operation mode and is discharged motor 66, can regulate thus and discharge the open angle of regulating parts 67.
33 pairs on compressor compresses at the cold-producing medium that heat exchanger 6 and air carry out heat exchange.During cooling operation, compressed cold-producing medium expands at expander (not shown) after condenser (not shown) carries out condensation in compressor 33, thus evaporation after heat exchanger and air carry out heat exchange.Heat when running, compressed cold-producing medium carries out heat exchange and is condensed at heat exchanger 6 and air in compressor 33.
Control part 320 inputs to control compressor 33 according to operation mode or user of service.Control part 320 changes the compression performance of compressor 330 according to the running of the target temperature of having set and/or operation mode change compressor 330.Compressor 330 comprises the compressor electric motor (not shown) that produces revolving force, and control part 320 changes the rotating speed of compressor electric motor according to target temperature and/or operation mode control compressor electric motor.
Fig. 9 represents to control the figure according to a plurality of operation modes of the air regulator of the utility model one embodiment, and Figure 10 represents the exemplary plot according to the formed air-flow of air regulator of the utility model one embodiment.
Below, with reference to Fig. 9 and Figure 10, respectively a plurality of operation modes are described.
(general operation mode)
With regard to general operation mode, control part 320 is discharged motor 260 so that the air of discharging from the first discharge portion 8 towards the place ahead, and is discharged motor 66 so that the second discharge portion 12 is open with suitable angle by controlling second by controlling first.And with regard to general operation mode, control part starts the first air supply motor 43 and the second air supply motor 45 all rotates the first blowing fan 44 and the second blowing fan 46.At this moment, control part 320 is rotated the first blowing fan 44 to the second blowing fans 46 quickly.
The power knob 311 that the user of service presses input part 310 comes power-on, and when perhaps removing other operation modes, input part 310 will be inputted general operation mode.When input part was inputted general operation mode, control part 320 was controlled air regulator with general operation mode.
General operation mode can carry out cooling operation or heat running, the temperature so that indoor temperature follows the trail of the objective, and adopt cooling operation in the present embodiment.
With regard to general operation mode, control part 320 is controlled the running of compressor 330 according to the target temperature of having set, and the first blowing fan 44 and the second blowing fan 46 are all rotated, so that the indoor track problems target temperature that temperature sensor 340 is measured.With regard to general operation mode, control part 320 makes the air quantity of the first blowing fan 44 more than the air quantity of the second blowing fan 46.That is, control part 320 control the first air supply motor 43 and the second air supply motors 45 are so that the first blowing fan 44 to the second blowing fans are rotated quickly.
If control part 320 makes the rotating speed of the first blowing fan 44 faster than the rotating speed of the second blowing fan 45, the air quantity of the air of then discharging by the first discharge portion is strengthened, and air is arrived at a distance.
With regard to general operation mode, control part 320 is discharged motor 260 and is made the air of discharging from the first discharge portion 8 towards the place ahead by controlling first.320 pairs first of control parts are discharged motor 260 and are controlled, so that outer body 200 and inside body 32 are towards the place ahead.
With regard to general operation mode, control part 320 is discharged motor 66 by control second, regulates the second row outlet 58 that parts 67 are opened the second discharge portion 12 so that discharge, and open with suitable angle.Discharge regulating the open angle of parts 67 can set, in the present embodiment, discharges the open angle of regulating parts 67 by strengthening, so that the to the left and right direction diffusion of air of discharging from the second discharge portion 12.
In the situation of user of service by input part 310 input left and right sides wind, control part 320 is discharged motor 66 and is rotated and discharge adjusting portion part 67 by controlling second, can make thus the wind direction of the air of discharging from the second discharge portion 12 carry out left and right sides reciprocating rotary.
(shower pattern)
With regard to shower pattern, control part 320 is discharged motor 260 so that the air of discharging from the first discharge portion 8 towards the place ahead, and is controlled second and discharged motor 66 so that the second discharge portion is open with low-angle by controlling first.With regard to shower pattern, control part 320 will be discharged the open angle of regulating parts 67 and be turned down, so that from the concentrated the place ahead that blows to of the air of the second discharge portion 12 discharges.In in shower pattern, the open angle of discharge regulating parts 67 is preferably 1/2 of open angle in the general modfel.And with regard to shower pattern, control part 320 all rotates the first blowing fan 44 and the second blowing fan 46 by starting the first air supply motor 43 and the second air supply motor.At this moment, control part 320 is rotated the second blowing fan 46 to the first blowing fans 44 quickly.
If the user of service presses the shower button of input part 310, then input part 310 will be inputted shower pattern.If input part 310 inputs have shower pattern, then control part 320 is with shower pattern control air regulator.
The user of service uses shower pattern when thinking directly to be blown to the air of discharging from air regulator in the front of air regulator.Therefore, in shower pattern, air regulator is discharged air forcefully to the dead ahead of air regulator.
With regard to shower pattern, control part 320 is arranged to low temperature with target temperature, and the running of control compressor 330 improves compression performance, and the first blowing fan 44 and the second blowing fan 46 are all rotated.
With regard to shower pattern, control part 320 makes the air quantity of the second blowing fan 46 more than the air quantity of the first blowing fan 44.That is, 320 pairs of the second motors 45 of control part and the first air supply motor 43 are controlled, so that the second blowing fan 46 to the first blowing fans 44 are rotated quickly.
If control part 320 makes the rotating speed of the second blowing fan 46 faster than the first blowing fan 44, the air quantity of the air of then discharging by the first discharge portion 8 can reduce, and air is arrived nearby, and increase the air quantity of the air of discharging by the second discharge portion 12.
With regard to shower pattern, control part 320 is discharged motor 260 and is made the air of discharging from the first discharge portion 8 towards the place ahead by controlling first.320 pairs first of control parts are discharged motor 260 and are controlled, so that outer body 200 and inside body 32 are towards the place ahead.
With regard to shower pattern, 320 pairs second of control parts are discharged motor 66 and are controlled, and open the second discharge portion 12 so that discharge adjusting parts 67, and open with suitable angle.Discharging the open angle of regulating parts 67 can set, will discharge in the present embodiment the open angle of regulating parts 67 and turn down, so that from the concentrated the place ahead that blows to of the air of the second discharge portion 12 discharges.In the shower pattern, the open angle of discharge regulating parts 67 is preferably 1/2 of open angle in the general operation mode.
With regard to shower pattern, control part 320 makes the high-volume air quantity than the first blowing fan 44 of the second blowing fan 46 more, and turn down and discharge the open angle of regulating parts 67, so that concentrate and forwards discharge forcefully by the air of the second discharge portion 12, and the air of discharging by the first discharge portion 8 is arrived nearby.
(air purification mode)
With regard to air purification mode, 320 pairs first of control parts are discharged motor 260 and are controlled, so that the air of discharging from the first discharge portion 8 is towards the place ahead, and controls second and discharge motor 66 and close the second discharge portion, so that air can not be discharged.And with regard to air purification mode, 320 of control parts start the first air supply motor 43, and stop the second air supply motor 45, so that the second blowing fan 46 shuts down, and first blowing fan 44 that only turns round.
If the user of service presses the air cleaning button 315 of input part 310, then input part 310 will the input air purification pattern.If input part 310 inputs have air purification mode, then control part 320 is with air purification mode control air regulator.
When wanting to purify the air of a room, the user of service uses air purification mode.Therefore, in air purification mode, air regulator is by ejecting circulated air with air to a distant place.
With regard to air purification mode, control part 320 reduces compression performance or stops compressor 330 by the running of control compressor 330.With regard to air purification mode, control part 320 stops the second blowing fan 46, and only rotates the second blowing fan 44.That is, control part 320 can only start the first air supply motor 43, and can stop the second air supply motor 45.
With regard to air purification mode, control part 320 is discharged motor 260 and is made the air of discharging from the first discharge portion 8 towards the place ahead by controlling first.Control part 320 by control first discharge motor 260 so that outer body 200 and inside body 32 towards the place ahead.
With regard to air purification mode, control part 320 makes discharge regulate the second row outlet 58 that parts 67 are closed the second discharge portion 12 by controlling the second discharge motor 66.With regard to air purification mode, control part 320 makes the second discharge portion 12 can not discharge air.
With regard to air purification mode, 320 rotations of control part the first blowing fan 44, and close the second discharge portion 12, so that air is discharged towards the place ahead by the first discharge portion 8.
(energy-saving mode)
With regard to energy-saving mode, control part 320 is discharged motor 260 and is made the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by controlling first, and discharges motor 66 and make the wind direction of the air of discharging from the second discharge portion 12 carry out left and right sides reciprocating rotary by controlling second.And with regard to energy-saving mode, 320 of control parts start the first air supply motor 43, and stop the second air supply motor 45 so that the second blowing fan 46 stops, and only rotate the first blowing fan 44.
If the user of service presses the Electricity-saving button of input part 310, then input part 310 will be inputted energy-saving mode.When if input part 310 inputs have energy-saving mode, control part 320 is with node mode control air regulator.
Use energy-saving mode when wanting the electricity usage amount of minimum air adjuster.Therefore, under energy-saving mode, the air adjustment machine is discharged by dispersion air, in order to obtain maximum efficient with minimum electric power.
With regard to energy-saving mode, control part 320 is controlled the running of compressor 330, the temperature so that the indoor temperature that temperature sensor 340 is measured follows the trail of the objective according to the target temperature of setting.Usually, under energy-saving mode, control part 320 is set as the compression performance that high temperature reduces compressor 330 with target temperature.With regard to energy-saving mode, control part 320 stops the second blowing fan 46, and only rotates the first blowing fan 44.That is, 320 of control parts start the first air supply motor 43, and stop the second air supply motor 45.
With regard to energy-saving mode, control part 320 is discharged motor 260 and is made the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by controlling first.That is, control part 320 is discharged motor 260 and is come the direction of the air that the place ahead direction of subtend space G discharges to carry out left and right sides reciprocating rotary to transfer and realize changing by controlling first.
With regard to energy-saving mode, control part 320 is discharged motor 66 and is rotated and discharge adjusting portion part 67 by controlling second, makes thus the wind direction of the air of discharging from the second discharge portion 12 carry out left and right sides reciprocating rotary.
With regard to energy-saving mode, 320 rotations of control part the first blowing fan 44, and the wind direction of the air that the first discharge portion 8 is discharged to carries out left and right sides reciprocating rotary, and the wind direction of the air that the second discharge portion 12 is discharged to carries out left and right sides reciprocating rotary, thereby so that the air of low air quantity disperse and discharge to multiple direction.
(forest wind pattern)
With regard to the forest wind pattern, control part 320 is discharged motor 260 and is made the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by controlling first, and discharge motor 66 and close the second discharge portion 12 by controlling second, so that air can not be discharged.And 320 of control parts start the first air supply motor 43, and stop the second air supply motor 45, so that the second blowing fan 46 stops, and only rotate the first blowing fan 44.
With reference to Figure 11 and Figure 12 the forest wind pattern is described in detail.
Figure 11 represents the flow chart according to the forest wind pattern of the air regulator of the utility model one embodiment, and Figure 12 represents the figure according to the control of the forest wind pattern of the air regulator of the utility model one embodiment.
If the user of service presses the forest wind button 312 of input part 310, then input part 310 will be inputted forest wind pattern (step S110).If input part 310 inputs have the forest wind pattern, then control part 320 is with forest wind pattern control air regulator.
When need to being similar to the wind of natural wind, the user of service uses the forest wind pattern.In the forest wind pattern, air regulator is discharged the air of temperature, wind direction and the air quantity of nature with minimum electric power.
If input part 310 inputs have forest wind pattern, then control part 320 target setting temperature (step S120).The indoor temperature target setting temperature that control part 320 is measured according to temperature sensor 340.If the indoor temperature that temperature sensor 340 is measured is lower than the minimum target temperature of having set, then control part 320 is set as minimum target temperature with target temperature.If the indoor temperature that temperature sensor 340 is measured is identical with the minimum target temperature of having set or reach it when above, then target temperature is set as current indoor temperature.The minimum target temperature of present embodiment is 22 ℃.
Control part 320 is carried out three-dimensional running (step S130).In the three-dimensional operation process, control part 320 starts the first air supply motor 43 and the second air supply motor 45, and starts the first discharge motor 260, starts second and discharges motor 66, and control the running of compressor 330 according to target temperature.
The target temperature that control part 320 is set according to the running that is used for control compressor 330 is controlled the running of compressor 330, the temperature so that the indoor temperature that temperature sensor 340 is measured follows the trail of the objective.Control part 320 all starts the first air supply motor 43 and the second air supply motor 45 all rotates the first blowing fan 44 and the second blowing fan 46.
Control part 320 is discharged motor 260 and is made the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by starting first.That is, control part 320 by control first discharge direction that motor 260 makes the air of discharging to the place ahead direction of space G to the left and right direction rotation realize changing.
Control part 320 is discharged motor 66 so that discharge and regulate parts 67 and be rotated by starting second, makes thus the wind direction of the air of discharging from the second discharge portion 12 carry out left and right sides reciprocating rotary.
Control part 320 increases target temperature and resets fixed (step S140).If from the time point below the indoor temperature that temperature sensor 340 is measured or the time point identical with it, through the very first time of having set, then control part 320 rises to set point of temperature with target temperature, even perhaps indoor temperature is higher than target temperature, if through the second setting-up time, also target temperature is risen to set point of temperature after the target setting temperature.
In the present embodiment, if from indoor temperature is lower than target temperature or the time point identical with it, through ten minutes, then control part 320 rises to 1 ℃ with target temperature, if perhaps after the target setting temperature, through 50 minutes, then target temperature is risen to 1 ℃.
Control part 320 judges that target temperature is whether identical with the design temperature of having set or reach (step S150) more than it.Control part 320 with target temperature be increased to its identical with the design temperature of having set or be higher than the design temperature of having set till.The design temperature of present embodiment is 26 ℃.
Judge that according to embodiment target temperature is whether identical with the design temperature of having set or reach more than it, and judge that indoor temperature that temperature sensor 340 measures is whether identical with design temperature or reach below it.That is, target temperature is identical with the design temperature of having set or reach more than it, and perhaps indoor temperature is identical with design temperature or reach it when following, carries out step S160.
Target temperature is identical with the design temperature of having set or reach it when above, and control part 320 is carried out the running (step S160) of one dimensions.Control part 320 starts the first air supply motor 43 in the running of one dimension, and stops the second air supply motor 45, and starts the first discharge motor 260, stops second and discharges motor 66, and the running of compressor 330 is minimized (step S160).
Control part 320 makes the compression performance of compressor 330 realize minimizing by the running of minimum compressor 330.320 of control parts start the first air supply motor 43, and stop the second air supply motor 45, and stop the second blowing fan 46, and only rotate the first blowing fan 44.
Control part 320 makes the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary by controlling the first discharge motor 260.That is, control part 320 is discharged motor 260 and is come the direction of the air that the place ahead direction of subtend space G discharges to carry out left and right directions to rotate to realize to change by controlling first.Control part 320 makes discharge regulate the second row outlet 58 that parts 67 are closed the second discharge portion 12 by controlling the second discharge motor 66.Control part 320 stops air to be discharged by the second discharge portion 12.
With reference to Figure 14,320 of control parts start the first blowing fan 44, and close the second discharge portion 12, and make the wind direction of the air of discharging from the first discharge portion 8 carry out left and right sides reciprocating rotary, so that air disperses to a distant place and discharges.
Control part 320 is judged the whether value larger or identical with it (step S170) that draws than add the setting a that has set at design temperature of indoor temperature that temperature sensor 340 measures.Wherein, setting is 2 ℃, judges that with this control part 320 whether indoor temperature is greater than 28 ℃ or identical with it.
When the value that indoor temperature draws than adding setting at design temperature is larger or identical with it, control part 320 turns back to step S130, start the first blowing fan 44, and start the second blowing fan 46, start first and discharge motor 260, and start the second discharge motor 66, and according to target temperature the running of compressor 330 is controlled.
During value that indoor temperature draws less than adding setting at design temperature, control part 320 is kept the step S160 of current operating condition.
Control part 320 can judge whether target temperature is lower than design temperature according to embodiment.That is, target temperature is lower than in the situation of design temperature, and control part 320 turns back to step S130, and target temperature is higher than in design temperature or the situation identical with it keeps step S160.
More than preferred embodiment of the present utility model is illustrated and illustrates, but the utility model is not limited to above-mentioned specific embodiment, in the situation that does not break away from the purport of the present utility model of asking in claims, the utility model person of an ordinary skill in the technical field can implement various deformation, should be understood that, these distortion are implemented and can not be understood separately, then can not break away from technological thought of the present utility model or prospect.

Claims (15)

1. an air regulator is characterized in that, comprising:
Heat exchanger, it makes air and cold-producing medium carry out heat exchange;
A plurality of discharge portions are discharged the air that carries out heat exchange at above-mentioned heat exchanger;
A plurality of blowing fans are to above-mentioned a plurality of discharge portion blow air; And
Control part, it makes above-mentioned a plurality of blowing fan rotate to realize a plurality of operation modes with mutual different speed.
2. air regulator according to claim 1 is characterized in that, above-mentioned a plurality of discharge portions comprise:
The first discharge portion is configured in the upside of above-mentioned heat exchanger; And
A plurality of the second discharge portions are configured in the both sides of above-mentioned a plurality of blowing fans.
3. air regulator according to claim 1 is characterized in that, above-mentioned a plurality of blowing fans are along up and down configuration.
4. air regulator according to claim 3 is characterized in that, above-mentioned a plurality of blowing fans and above-mentioned heat exchanger dispose abreast.
5. air regulator according to claim 3 is characterized in that,
Also comprise sucting, this sucting is used for sucking the air that will carry out at above-mentioned heat exchanger heat exchange,
Above-mentioned heat exchanger arrangement is between above-mentioned a plurality of blowing fans and above-mentioned sucting.
6. air regulator according to claim 2 is characterized in that,
Above-mentioned a plurality of blowing fan comprises:
The first blowing fan; And
The second blowing fan, it is configured in the downside of above-mentioned the first blowing fan.
7. air regulator according to claim 6 is characterized in that, above-mentioned control part makes above-mentioned the second blowing fan be rotated quickly than above-mentioned the first blowing fan.
8. air regulator according to claim 7 is characterized in that, above-mentioned control part makes the air of discharging from above-mentioned the first discharge portion towards the place ahead, and open above-mentioned the second discharge portion, realizes thus general operation mode.
9. air regulator according to claim 6 is characterized in that, above-mentioned control part makes above-mentioned the first blowing fan be rotated quickly than above-mentioned the second blowing fan.
10. air regulator according to claim 9 is characterized in that, above-mentioned control part makes the air of discharging from above-mentioned the first discharge portion towards the place ahead, makes the air of discharging from above-mentioned the second discharge portion towards the place ahead, realizes thus shower pattern.
11. air regulator according to claim 6 is characterized in that, above-mentioned control part makes above-mentioned the first blowing fan be rotated quickly than above-mentioned the second blowing fan.
12. air regulator according to claim 11 is characterized in that, above-mentioned control part makes the air of discharging from above-mentioned the first discharge portion towards the place ahead, and stops air to be discharged from above-mentioned the second discharge portion, realizes thus air purification mode.
13. air regulator according to claim 11, it is characterized in that, above-mentioned control part makes the air of discharging from above-mentioned the first discharge portion towards the place ahead, and makes the wind direction of the air of discharging from above-mentioned the second discharge portion carry out left and right sides reciprocating rotary, realizes thus energy-saving mode.
14. air regulator according to claim 11 is characterized in that, above-mentioned control part makes from the wind direction of the air of above-mentioned the first discharge portion discharge and carries out left and right sides reciprocating rotary, and stops air to be discharged from above-mentioned the second discharge portion, realizes thus the forest wind pattern.
15. an air regulator is characterized in that, comprising:
Heat exchanger, it makes air and cold-producing medium carry out heat exchange;
A plurality of blowing fans blow the air that carried out heat exchange at above-mentioned heat exchanger;
The first discharge portion is formed with and makes the circular outlet that carried out the Bas Discharged of heat exchange at above-mentioned heat exchanger;
The second discharge portion disposes accordingly with the side of above-mentioned a plurality of blowing fans, and discharges air; And
Control part, it controls above-mentioned a plurality of blowing fan independently according to different operation modes.
CN 201220332739 2011-10-21 2012-07-09 Air conditioner Expired - Fee Related CN202709387U (en)

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KR10-2011-0108205 2011-10-21
KR1020110108205A KR101318354B1 (en) 2011-10-21 2011-10-21 Air conditioner
KR10-2011-0138503 2011-12-20
KR20110138503 2011-12-20
KR20110138505 2011-12-20
KR10-2011-0138505 2011-12-20
KR10-2012-0048756 2012-05-08
KR1020120048756A KR101225985B1 (en) 2011-12-20 2012-05-08 An air conditioner

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KR20150047371A (en) * 2013-10-24 2015-05-04 엘지전자 주식회사 Air conditioner
CN105157166A (en) * 2015-08-19 2015-12-16 广东美的制冷设备有限公司 Air purification method, controller, air purification device and air-conditioner
JP6079852B1 (en) * 2015-10-30 2017-02-15 ダイキン工業株式会社 Air conditioner
CN110762730B (en) * 2019-10-16 2020-08-28 宁波奥克斯电气股份有限公司 Natural wind simulation method and device and air conditioner
CN110848812B (en) * 2019-11-29 2021-07-20 广东美的制冷设备有限公司 Air conditioner and control method and device thereof

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AU601850B2 (en) * 1987-09-03 1990-09-20 Mitsubishi Denki Kabushiki Kaisha An airflow control device
JPH1163629A (en) * 1997-08-07 1999-03-05 Toshiba Corp Air conditioner
KR100909244B1 (en) * 2008-03-14 2009-07-27 엘지전자 주식회사 Air conditioner
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