CN101581475A - Air conditioner and control method thereof - Google Patents

Air conditioner and control method thereof Download PDF

Info

Publication number
CN101581475A
CN101581475A CNA2008100531147A CN200810053114A CN101581475A CN 101581475 A CN101581475 A CN 101581475A CN A2008100531147 A CNA2008100531147 A CN A2008100531147A CN 200810053114 A CN200810053114 A CN 200810053114A CN 101581475 A CN101581475 A CN 101581475A
Authority
CN
China
Prior art keywords
foreign substances
cleaning assembly
air
cleaning
filter
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.)
Pending
Application number
CNA2008100531147A
Other languages
Chinese (zh)
Inventor
阳承勋
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 Tianjin Appliances Co Ltd
Original Assignee
LG Electronics Tianjin Appliances Co Ltd
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
Application filed by LG Electronics Tianjin Appliances Co Ltd filed Critical LG Electronics Tianjin Appliances Co Ltd
Priority to CNA2008100531147A priority Critical patent/CN101581475A/en
Publication of CN101581475A publication Critical patent/CN101581475A/en
Pending legal-status Critical Current

Links

Images

Landscapes

  • Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)

Abstract

The invention relates to an air conditioner and a control method thereof. The air conditioner comprises a compressor, a condenser, an expansion valve, an evaporator, a controller, a cold medium circulation system, an air circulating and purifying system formed by a fan, a motor, an air inlet, an air outlet and a filter, a moving device, an exotic matter separator, a processing device and a control part, wherein the moving device is used for moving a movement cleaning component; the exotic matter separator is used for separating exotic matter from the movement cleaning component; the processing device is used for sucking in and processing exotic mater cleaned by the movement cleaning component; and the control part controls the moving device and moves the movement cleaning component for many times in the exotic matter separator after the filter moves to the exotic matter separator. In the invention, exotic mater adhered in the movement cleaning component rubs the exotic matter separator for many times when the movement cleaning component cleans the filter, and is cleaned by the exotic matter separator so that the movement cleaning component maintains a cleaning state and the cleaning ability is improved during the subsequent filter cleaning operation.

Description

Air-conditioner and control method thereof
Technical field
The present invention relates to air-conditioner and filter cleaning method thereof, particularly relate to a kind of mobile cleaning assembly that is used in scavenge filter and repeatedly contact, and shake off to move the air-conditioner and the control method thereof of the foreign substances of pasting in the cleaning assembly with the foreign substances separator.
Background technology
In general, air-conditioner be a kind of compressor and condenser, expansion valve and evaporimeter of utilizing to indoor refrigeration the/make the device of warm operation, under the situation that the clean unit that is used to purify air is installed, also will possess the function in the clean room.
The clean unit of a plurality of kinds will be installed in the above-mentioned air-conditioner, the filter of the foreign substances that is used for filtered air particularly is installed, when air-conditioner is operated, by the foreign substances in the above-mentioned filter filtered air, and purify indoor, to separate above-mentioned filter subsequently, and clean or replace.
When in above-mentioned filter, being pasted with under the situation of a lot of foreign substances, will reduce the inlet capacity of its air, therefore need periodically clean or replace, but, when cleaning or replacement operation, will wait the inconvenience that brings in the use to the user, thereby long-time situation of not cleaning or replacing filter also can take place, therefore, filter cleaning is being installed in air-conditioner, and make under the situation of filter cleaning self scavenge filter, will improve the convenience that air-conditioner uses.
Japan Patent is openly announced in 2001-99479 number disclosed air conditioning filter apparatus, with the air conditioner filter that makes belt shape across accessing/batching with the position between the axle and make above-mentioned air conditioner filter in the upper and lower that respectively is arranged at indoor set near suction portion, simultaneously, drive the one side shaft by rotations such as motors, make above-mentioned air conditioner filter up and down direction move, be attached with the cleaning brush that is used for cleaning the dust that above-mentioned air conditioner filter pastes in the bottom of above-mentioned air conditioner filter, and the dust bin (dust box) that is used to reclaim the dust that drops with the brush cleaning by above-mentioned cleaning be installed below with brush in above-mentioned cleaning.
But, in Japan Patent is openly announced 2001-99479 number disclosed air conditioning filter apparatus, because air conditioner filter is rotated along with accessing axle and batching with axle, will need to make above-mentioned air conditioner filter to be rotated required space and to fail densification, simultaneously, along accessing axle when being rotated, the foreign substances of pasting in the above-mentioned air conditioner filter may drop to the position beyond the dust bin, may make the inside of air-conditioner more dirty and messy so on the contrary at above-mentioned air conditioner filter.And, part in the dust that drops with brush cleaning by cleaning may stick on above-mentioned cleaning with brush on, for the cleaning ability that prevents air conditioner filter reduces, need the above-mentioned cleaning brush of periodic cleaning, therefore exist the user to wait the inconvenience of using.
In 10-2005-0114640 number disclosed air-conditioner of Korea S's publication bulletin, it includes: suck the inlet nozzle that the dust of pasting in the air cleaner can freely carry out sliding motion in order to make; Be communicated with above-mentioned inlet nozzle, and together suck or discharge the sucking and discharging device of dust with air; Be used to be communicated with the suction hose of the retractable of above-mentioned sucking and discharging device and inlet nozzle.
Wherein, above-mentioned suction hose is made of the ripple struction of retractable, the one end will be connected in sucking and discharging device, and the other end will be connected in the side of the opposition side of above-mentioned inlet nozzle when above-mentioned sucking and discharging device is looked, thereby the intermediate portion will be shown the U-shaped bending greatly.
But, in 10-2005-0114640 number disclosed air-conditioner of Korea S's publication bulletin, show greatly under the situation of U-shaped bending at the mid portion of above-mentioned suction hose, above-mentioned suction hose occupation space will be than failing densification greatly, simultaneously, above-mentioned suction hose will cover the part in the place ahead of filter, thereby when air-conditionings such as refrigerating operation are operated, will cause air-conditioner efficiency to reduce.
Summary of the invention
In order to solve aforesaid problems of the prior art, the object of the present invention is to provide a kind of air-conditioner, when can realize densification, the flow path resistance when making the air-conditioning operation minimizes, and tremble by bullet repeatedly and to move the cleaning assembly, making to move not residually in the cleaning assembly has a foreign substances.
Another object of the present invention is to provide a kind of control method of air-conditioner, mobile cleaning assembly is maintained in the clean condition, and can improves its filter cleaning ability more.
And, another object of the present invention is to provide a kind of control method of air-conditioner, the electric power that is consumed is minimized, and not residual in filter frame as far as possible foreign substances arranged.
In order to solve above-mentioned problem, air-conditioner of the present invention includes: compressor; Condenser; Expansion valve; Evaporimeter; Controller; The coolant circulating system that constitutes and by fan; Motor; Go out, air intake vent; Air circulation and cleaning system that filter constitutes also include following several sections: be used for the mobile device that the moving filter device moves the cleaning assembly; Be used for isolating the foreign substances separator of the foreign substances of cleaning by above-mentioned mobile cleaning assembly from above-mentioned mobile cleaning assembly; Be used to suck by the foreign substances of above-mentioned mobile cleaning assembly cleaning and the treating apparatus of handling; Be used to control above-mentioned mobile device, make above-mentioned mobile cleaning assembly, in above-mentioned foreign substances separator, come and go the control part that moves repeatedly along with after above-mentioned filter moves to the foreign substances separator.
Above-mentioned filter and foreign substances separator be the left and right setting of being separated by between the left and right two ends of said filter frame.
The spatial portion that said filter frame is opened on the mobile route downside of above-mentioned mobile cleaning assembly is formed with, above-mentioned foreign substances separator is arranged in the above-mentioned spatial portion.
And, in order to solve above-mentioned problem, the control method of the air-conditioner among the present invention includes following several steps: the 1st step that the mobile cleaning assembly that is used for scavenge filter that is provided with in the air-conditioner is moved and cleans above-mentioned filter from initial position to the foreign substances separated region that is provided with the foreign substances separator; Make the mobile cleaning assembly that moves to above-mentioned foreign substances separated region in above-mentioned foreign substances separated region, come and go the 2nd step that moves repeatedly.
And, in the process of above-mentioned the 2nd step, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to above-mentioned foreign substances separated region.
In the process of above-mentioned the 1st step and in the process of above-mentioned the 2nd step, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to above-mentioned foreign substances separated region.
And, when above-mentioned mobile cleaning assembly moves to above-mentioned foreign substances separated region, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to above-mentioned foreign substances separated region, after moving to above-mentioned foreign substances separated region, above-mentioned mobile cleaning assembly when sucking setting-up time, will make above-mentioned treating apparatus stop to drive.
Also include later in above-mentioned the 2nd step and to make above-mentioned mobile cleaning assembly turn back to the 3rd step of above-mentioned initial position, above-mentioned the 2nd step will be separated setting-up time with foreign substances and be implemented, for above-mentioned treating apparatus is also driven after above-mentioned mobile cleaning assembly breaks away from the foreign substances separated region, above-mentioned suction setting-up time will be set at longer than above-mentioned foreign substances separation setting-up time.
Also include later in above-mentioned the 2nd step and to make above-mentioned mobile cleaning assembly turn back to the 3rd step of above-mentioned initial position.
And in order to solve above-mentioned problem, the control method of the air-conditioner among the present invention includes following several steps: the 1st step that the mobile cleaning assembly that is used for scavenge filter that is provided with in the air-conditioner is moved to the 2nd position from the 1st position; When above-mentioned mobile cleaning assembly moves to the 2nd position, will make above-mentioned mobile cleaning assembly between the 3rd position and the 2nd position, come and go the 2nd step that moves repeatedly.
Above-mentioned the 3rd position is the position between above-mentioned the 1st position and the 2nd position, move to the process of above-mentioned the 3rd position from above-mentioned the 1st position at above-mentioned mobile cleaning assembly, above-mentioned filter will clean by above-mentioned mobile cleaning assembly, between above-mentioned the 2nd position and the 3rd position, the foreign substances of the above-mentioned mobile cleaning assembly foreign substances separator from above-mentioned mobile cleaning components apart is contacted with above-mentioned mobile cleaning assembly being used in.
The present invention is applicable to the air-conditioner that is provided with the spatial portion that the foreign substances by above-mentioned mobile cleaning assembly cleaning drops between above-mentioned the 2nd position and the 3rd position.
And, in the process of above-mentioned the 2nd step, drive being used in the treating apparatus that between above-mentioned the 2nd position and the 3rd position, produces inhalation power and handle foreign substances.
In the process of above-mentioned the 1st step and in the process of above-mentioned the 2nd step, drive being used in the treating apparatus that between above-mentioned the 2nd position and the 3rd position, produces inhalation power and handle foreign substances.
When above-mentioned mobile cleaning assembly arrives above-mentioned the 2nd position, drive being used in the treating apparatus that between above-mentioned the 2nd position and the 3rd position, produces inhalation power and handle foreign substances, after arriving above-mentioned the 2nd position, above-mentioned mobile cleaning assembly when sucking setting-up time, will make above-mentioned treating apparatus stop to drive.
Also including after above-mentioned the 2nd step finishes makes above-mentioned mobile cleaning assembly turn back to the 3rd step of the 1st position, above-mentioned the 2nd step is separated setting-up time with foreign substances and is implemented, for above-mentioned treating apparatus is also driven after above-mentioned mobile cleaning assembly is by the 3rd position, above-mentioned suction setting-up time will be set at longer than above-mentioned foreign substances separation setting-up time.
Also including after above-mentioned the 2nd step finishes makes above-mentioned mobile cleaning assembly turn back to the 3rd step of above-mentioned the 1st position.
Advantage and good effect
According to the air-conditioner of the present invention of structure as mentioned above, when mobile cleaning assembly cleans filter, moving the foreign substances of pasting in the cleaning assembly will repeatedly rub with the foreign substances separator, and will be clean by foreign substances separator cleaning, thereby mobile cleaning assembly is maintained in the clean condition, and when subsequent filters cleaning operation, improves the cleaning ability of filter.
And, in the control method of air-conditioner of the present invention, moving the cleaning assembly comes and goes about will be repeatedly and moves, and repeatedly contact with the foreign substances separator, move the foreign substances of pasting in the cleaning assembly and will repeatedly be trembled, clean in the assembly possibility of retained foreign body matter and reach and minimize thereby can make to move by bullet.And, in the control method of air-conditioner of the present invention, when cleaning assembly bullet is trembled foreign substances treating apparatus is driven from moving, thereby will in moving the cleaning assembly, act on frictional force and inhalation power simultaneously, and can from move the cleaning assembly, be easy to separating out foreign objects matter, simultaneously, only the part in the process that mobile cleaning assembly moves drives treating apparatus, thereby can effectively suck the processing foreign substances, and the electric power that is consumed is minimized.
And, in the control method of air-conditioner of the present invention, make treating apparatus be hit by a bullet and also drive after trembling foreign substances moving the cleaning assembly, and effect have inhalation power in spatial portion, thereby can make not residually in the spatial portion has foreign substances, and spatial portion is maintained in the clean condition.
Description of drawings
Fig. 1 is the stereogram of air-conditioner one embodiment among the present invention;
Fig. 2 is the exploded perspective view of air-conditioner one embodiment among the present invention;
Fig. 3 is the open front view of front face of air-conditioner one embodiment among the present invention;
Fig. 4 is the longitudinal section of air-conditioner one embodiment among the present invention when carrying out filter cleaning;
Fig. 5 is that the major part of the filter frame that illustrates among Fig. 2 is amplified exploded perspective view;
Fig. 6 is the major part longitudinal section of the dust of the filter of air-conditioner one embodiment among the present invention when being recovered;
Fig. 7 is the major part cross-sectional view of the dust of the filter of air-conditioner one embodiment among the present invention when being recovered;
Fig. 8 is the exploded perspective view of the mobile device that illustrates among Fig. 2;
Fig. 9 is the controlling party block diagram of air-conditioner one embodiment among the present invention;
Figure 10 is the mobile control of air-conditioner one embodiment among the present invention and the rough schematic that sucks control;
Figure 11 is the flow chart of air-conditioner control method one embodiment among the present invention.
The symbol description of accompanying drawing major part
2: body 4: air suction portion
6: air discharge portion 10: frame
20: front framework 21: suck grid
30: deliverying unit 70: control part
80: filter 90: filter frame
98: spatial portion 110: move the cleaning assembly
112: cleaning body 114: brush
120: mobile device 121: move and use motor
162: foreign substances separator 167: protuberance
170: suck air channel 180: cleaning inhalation power generator
182: suck with motor 222: the initial position checkout gear
224: separation point position checkout gear A: initial position
B: separation point position C: separate the starting position
The specific embodiment
Below, with reference to the accompanying drawings, the embodiment among the present invention is described in detail.
Fig. 1 is the stereogram of air-conditioner one embodiment among the present invention.
As shown in Figure 1, in the air-conditioner of present embodiment, be formed with air suction portion 4 and air discharge portion 6 in the body 2, suck air and after air conditioning is carried out in inside, will discharge air by air discharge portion 6 by air suction portion 4.Below, be that example describes with the wall-hanging air conditioner.
In body 2, air suction portion 4 can be formed at body 2 the front and above, air discharge portion 6 be formed at body 2 below; Also can make air suction portion 4 be formed at body 2 above, air discharge portion 6 be formed at body 2 below.Below, be formed at the top, the particularly upper face side of body 2 of body 2 with air suction portion 4, and the downside, the particularly situation of the following side of body 2 that make air discharge portion 6 be formed at body 2 are that example describes.
Include in the body 2: frame 10; Front framework 20; Suck grid 21; Deliverying unit 30; Front panel 40.
Wherein, frame 10 is installed on the indoor metope, and it is to form the air-supply stream that air passes through, and is used to install a kind of shell of various parts.
Front framework 20 be used for and frame 10 between form the space, it is arranged at the place ahead of frame 10.
Suck grid 21 and be used to make indoor air to be drawn into the inside of body 2, and protect its downside, form with grille-like in the air suction portion 4 of its peristome on as front framework 20.
Deliverying unit 30 is used for discharging the adjusted air in inside of guiding body 2, and it will be assemblied in frame 10 and the front framework 20 at least one by suspension arrangements such as coupling apparatus such as combination member or hooks.
Front panel 40 is used to protect the front of front framework 20, and front panel 40 is rotatable to be connected in a side in the upper and lower of front framework 20.
Fig. 2 is the exploded perspective view of air-conditioner one embodiment among the present invention; Fig. 3 is the open front view of front face of air-conditioner one embodiment among the present invention; Fig. 4 is the longitudinal section of air-conditioner one embodiment among the present invention when carrying out filter cleaning; Fig. 5 is that the major part of the filter frame that illustrates among Fig. 2 is amplified exploded perspective view; Major part longitudinal section when Fig. 6 is recovered the dust of the filter of air-conditioner one embodiment among the present invention; Fig. 7 is the major part cross-sectional view of the dust of the filter of air-conditioner one embodiment among the present invention when being recovered.
In frame 10, be formed with the stream guiding device 12 that the air that is used for being drawn into air suction portion 4 is directed to air discharge portion 6, one next door is formed with the electrical part 13 that is used to install various electric components in stream guiding device 12 left and right.
The stream guiding device 12 that forms in frame 10 is used to form the stream of fan 54 described later, and it includes: the left and right guiding device 15,16 that forwards protrudes in frame 10; Central guiding device 17 between left and right guiding device 15,16.In one in left and right guiding device 15,16 heat exchanger support 18 is installed, heat exchanger support 18 is used to support heat exchanger 60, and forms the stream of air.
In frame 10, forwards protrude in motor section 13 and to be formed with the motor mounting part 14a that is used to place and support fan electromotor 52 described later, simultaneously, forwards protrude the shell installation portion 14b that is formed with the cleaning fan drum (fan housing) 181 that is used to place and support clearing apparatus described later.
In frame 10, in electrical part 13, be equipped with: the fan electromotor 52 of pressure fan 50 described later; The mobile motor 121 of using of mobile device 120; Use the control part 70 of the control cabinet of motor 182 parts such as grade as the suction of control cleaning inhalation power generator 180.
Front framework 20 together forms the air-supply stream with frame 10, and is used for protecting the electrical part 13 of frame 10 formation.
Front framework 20 is formed with peristome with the front in the above, wherein, above peristome will play the effect of air suction portion 4, the effect of the service hatch that operation such as is used to keep in repair is played by front openings portion 5.
In front in the framework 20, the direction opening is formed with front openings portion 5 forwards, backwards in stream guiding device 12 the place aheads of frame 10, and at the place ahead upside of the stream guiding device 12 of frame 10 peristome above the direction opening is formed with up and down.
On deliverying unit 30, be formed with the Drainage Division 32 that is used for compiling the condensed water that drops from heat exchanger 60 described later, be connected with the draining that is used for condensed water is directed to the outside of body 2 in the Drainage Division 32 and connect flexible pipe 33, and 32 lower openings is formed with air outlet 6 in the Drainage Division.
The rotatable blade 34 that is provided with in deliverying unit 30, blade 34 is used to regulate the wind direction up and down by the air of air discharge portion 6, and switching air outlet 6, and, the paddle motor 35 that is used for rotating vane 34 is installed, simultaneously, the rotatable shutter 36 that is provided with the left and right sides wind direction that is used to regulate the air by air discharge portion 6.
In addition, include in the air-conditioner of present embodiment: after making its inside of passing through body 2 by air suction portion 4 suction air, will discharge the pressure fan 50 of air by air discharge portion 6; Be used for to be drawn into the air of inside of body 2 and the heat exchanger 60 that refrigerant carries out heat exchange.
Include in the pressure fan 50: be installed in the fan electromotor 52 that frame 10 particularly is formed at the motor mounting part 14a of electrical part 13; Be installed on the rotating shaft of fan electromotor 52, and be positioned at the fan 54 of stream guiding device 12; Be installed on above-mentioned frame 10, and cover the motor cover 56 of fan electromotor 52.
Wherein, fan 54 by stream guiding device 15,16,17 particularly between left and right guiding device 15,16 to the left and right the cross flow fan that forms of direction lengthening constitute.
The space that heat exchanger 60 is arranged at body 2 is the front face rear of front framework 20 particularly, thereby will be in the position between air suction portion 4 and the fan 54, and its lower end will be positioned at the upside of Drainage Division 32.
Include in the heat exchanger 60: the vertical component effect 62 that is vertically installed in the upside of Drainage Division 32; At the upside of vertical component effect 62 the place ahead rake 64 of being formed slopely of upside rearward; The top of the rake 64 rear rake 66 that is formed slopely of downside rearward forwardly.
Include in the air-conditioner of present embodiment: be arranged at the inside of above-mentioned body 2, and be used to purify the filter 80 of the air that is drawn into air suction portion 4; Along with filter 80 moves, and be used for the mobile cleaning assembly 110 of the foreign substances of scavenge filter 80; Be used for to move cleaning assembly 110 mobile device 120 that moves of direction to the left and right; Be used for isolating by moving the foreign substances separator 162 of the foreign substances of cleaning assembly 110 cleanings from moving cleaning assembly 110; Be used to suck the treating apparatus of handling by the foreign substances that moves 110 cleanings of cleaning assembly.
Include in the filter 80: the horizontal part 82 that horizontal direction forms; At the front end of horizontal part 82 its rake that is formed slopely more downwards 83 more forwards.
The filter frame 90 that is used to install filter 80 is installed in the body 2.
Filter frame 90 is arranged at the position between air suction portion 4 and the heat exchanger 60, its be formed be used for air by and the peristome 91 of filter 80 is set.
Include in the filter frame 90: the horizontal part 92 that horizontal direction forms; At the front end of horizontal part 92 its rake that is formed slopely more downwards 93 more forwards.
In filter frame 90, horizontal part 92 is in the upper horizontal setting of the rear of heat exchanger 60 rake 66, and rake 93 is arranged side by side at the place ahead upside and the place ahead rake 64 of the place ahead of heat exchanger 60 rake 64.
In filter frame 90, the spatial portion of on the mobile route downside that moves cleaning assembly 110 is formed with, opening 98, the foreign substances of separating from move cleaning assembly 110 will drop to spatial portion 98.
The side of spatial portion 98 in filter frame 90 left and right forms with the direction lengthening with the moving direction quadrature that moves cleaning assembly 110, and it will form across horizontal part 92 and rake 93 lengthenings.
Wherein, spatial portion 98 is when cleaning inhalation power generator described later is not operated, will be used to compile by moving 110 cleanings of cleaning assembly foreign substances and from moving a kind of foreign substances storage portion of foreign substances that cleaning assembly 110 separates.Spatial portion 98 can be made of slot part that is integrally formed at filter frame 90 or chest portion, also can be by forming in addition with filter frame 90, and dismounting constitutes in the casing of filter frame 90.Below, situation about being made of the chest portion that is recessed to form to downside in filter frame 90 with spatial portion 98 is that example describes.
Move cleaning assembly 110 along with filter 80 moves, isolate foreign substances the filter 80 from filter 80, and foreign substances is moved to treating apparatus 160, it is on the whole to constitute with filter 80 corresponding shape.
Move in the cleaning assembly 110 and include: be connected in mobile device 120 in order to move by mobile device 120, and with the cleaning body 112 of the shape bending identical with filter 80 and filter frame 90; Be used for isolating the foreign substances of filter 80 from filter 80, and with the foreign substances of the separating brush 114 cleared away of direction to the left and right.
Cleaning is formed with the horizontal part corresponding with the horizontal part of filter 80 in the body 112, and the rake corresponding with the rake of filter 80, and horizontal part and rake will be identical with the angle of bend of filter 80 and filter frame 90 or similarly be bent to form.
Cleaning body 112 is by when moving cleaning assembly 110 and move to the upside of spatial portion 98 of filter frame 90, and the top size and the shape that can cover spatial portion 98 constitute.
The part of brush 114 will contact with the horizontal part of above-mentioned filter 80 at the horizontal part of cleaning body 112, and remainder will contact with the rake of filter 80 at the rake of cleaning body 112.
Brush 114 is by when the cleaning body 112 that moves cleaning assembly 110 is positioned at spatial portion 98 upsides of filter frame 90, and the length lengthening that the part of its lower end can be inserted into spatial portion 98 forms, it left, right be separated by be provided with a plurality of.
Mobile device 120 can be installed on the top of filter frame 90 or the top of frame 10, also can be installed in the other shell 130.Below, with top shell 130 is installed, and the situation that filter frame 90 and mobile device 120 be installed is that example describes in shell 1 30 in frame 10.To be described in detail in the back about mobile device 120 and shell 130.
Foreign substances separator 162 is used for shaking off to move the foreign substances that the brush 114 of cleaning assembly 110 is pasted from moving cleaning assembly 110, foreign substances separator 162 is arranged at a side of filter frame 90, and will rub with the mobile cleaning assembly 110 that moves along with said filter frame 90.
Foreign substances separator 162 is used for rubbing with the brush 114 that moves cleaning assembly 110, and shakes off the dust of pasting on the brush 114.Foreign substances separator 162 is made of a plurality of separation portion 165,166 that is provided with to being separated by as the left and right directions of the moving direction that moves cleaning assembly 110, a plurality of separation portion the 165, the 166th constitutes protuberance 167 and slot part 168 respectively, and the jog structure that alternately forms to the length direction of each separation portion 165,166.
A plurality of separation portion 165,166 alternately is formed with protuberance 167 and slot part 168 to the moving directions that move cleaning assembly 110.
Promptly, the position, next door of the protuberance 167 of left side separation portion 165 is provided with the slot part 168 of right side separation portion 166 in a plurality of separation portion 165,166 in a plurality of separation portion 165,166, and the position, next door of the slot part 168 of left side separation portion 165 is provided with the protuberance 167 of right side separation portion 166 in a plurality of separation portion 165,166 in a plurality of separation portion 165,166.
In foreign substances separator 162, a plurality of separation portion 165,166 on the whole with move 110 identical being bent to form of cleaning assembly, the rear end of the horizontal part of a plurality of separation portion 165,166 will connect by circular (round) crooked rear end connecting portion 162a, the lower end of rake will connect by the lower end connecting portion 162b of circular bend, thereby constitutes a shape on the whole.
In foreign substances separator 162, in the horizontal part rear end of a plurality of separation portion 165,166 and the position between the front end, be used for fixing a 169a of horizontal fixed portion that separates portion 165,166 to being provided with the moving direction direction side by side that moves cleaning assembly 110, position between the rake top and bottom connecting portion of a plurality of separation portion 165,166 is provided with the inclination fixed part 169b that is used for fixing a plurality of separation portion 165,166 to the moving direction direction side by side that moves cleaning assembly 110.
In foreign substances separator 162,169a of horizontal fixed portion and inclination fixed part 169b weld fixing with a plurality of portions 165,166 that separate respectively.
For when mobile cleaning assembly 110 moves to the upside of above-mentioned spatial portion 98, to shake off the foreign substances of pasting on the above-mentioned brush 114, and the foreign substances of shaking off is moved to above-mentioned spatial portion 98, foreign substances separator 162 will be arranged in the spatial portion 98.
In foreign substances separator 162, the upper end that makes protuberance 167 is formed at the highest as far as possible position in the inside of spatial portion 98, it will be formed at the height that the upper end that makes cleaning body 112 and protuberance 167 when cleaning body 112 move left and right does not interfere.
In addition, foreign substances separator 162 is installed on spatial portion 98 inboards or peripheral of filter frame 90, be formed with the rear end installation portion 98a that the rear end connecting portion 162a that makes foreign substances separator 162 is installed in filter frame 90 in the filter frame 90, be formed with the lower end installation portion 98b that the lower end connecting portion 162b that makes foreign substances separator 162 is installed in filter frame 90, be formed with the left side horizontal part installation portion 98c that the left-hand end that makes the 169a of horizontal fixed portion is installed in filter frame 90, be formed with the right side horizontal part installation portion 98d that the right-hand end that makes the 169a of horizontal fixed portion is installed in filter frame 90, be formed with the installation portion 98e of left side portion that the left-hand end that makes inclination fixed part 169b is installed in filter frame, be formed with the right side rake installation portion 98f that the right-hand end that makes inclination fixed part 169b is installed in filter frame 90.
Include in the treating apparatus: be used for guiding the suction guide apparatus that moves cleaning assembly 110 isolated foreign substances; Be connected in suction guide apparatus, and be used for having the suction apparatus of inhalation power to the suction guide apparatus effect.
Suction guide apparatus particularly constitutes in the spatial portion 98 suction air channel 170 of installing by being communicated in filter frame 90.
Be formed with in the spatial portion 98 of filter frame 90 and suck the peristome 99 that air channel 170 is communicated with, suction air channel 170 will be communicated with peristome 99, and be installed in the filter frame 90.
Suck in the air channel 170 and include: the air channel of opening above, bottom 171; And air channel, bottom 171 between be formed with the air channel, top 172 of the path that foreign substances and air pass through.
In sucking air channel 170, air channel, bottom 171 and air channel, top 172 are mutually in the face of forming, the inlet portion in air channel, bottom 171 and air channel, top 172 will be communicated with the peristome 99 that forms on the side plate of spatial portion 98, and the export department in air channel, bottom 171 and air channel, top 172 constitutes the shape of protruding.
Suction also includes connector 173 in the air channel 170, and connector 173 is connected by the export department that inserts air channel, bottom 171 and air channel, top 172, and will be connected with suction hose 184 described later.
Include in the suction apparatus: be used for to the cleaning inhalation power generator 180 that sucks air channel 170 generation inhalation powers; Be used for separating the foreign substances and the air of discharging, compile the dust bucket 190 that foreign substances is also only discharged air from above-mentioned cleaning inhalation power generator 180.
Cleaning inhalation power generator 180 is made of pressure fan, and it includes: cleaning fan drum 181; The rotatable cleaning fan that is arranged at the inside of above-mentioned cleaning fan drum 181; Be installed on the inside or the outside of cleaning fan drum 181, and be used to make suction that the cleaning fan is rotated with motor 182.Wherein, be connected with suction hose 184 in the inlet portion 183 that is formed at cleaning fan drum 181, export department 186 will be communicated with above-mentioned dust bucket 190.
As shown in Figure 2, include in the dust bucket 190: the disposal box 191 that one side is particularly opened above; Combine with disposal box 191, and cover the particularly top dust collection cover 192 of open surface of disposal box 191.
Be formed with in the dust bucket 190 with the export department 186 of cleaning fan drum 181 and be communicated with, and the suction inlet 193 of aspirated foreign body matter and air, and being formed with the air outlet 194 that is used for discharging the air that separates with foreign substances to the outside of dust bucket 190, its inside is formed with the next door 195 of the separation stream of formation ' U ' shape.
In dust bucket 190, suction inlet 193 and air outlet 194 are formed on the face of not facing mutually, consider the characteristic that weight drops greater than the foreign substances of air, be not formed with suction inlet 193 and air outlet 194 on the bottom surface sections of dust bucket 190, but on other face except bottom surface sections, will form suction inlet 193 and air outlet 194.
Suction inlet 193 at dust bucket 190 is formed under the facial situation, disperse by the foreign substances that suction inlet 193 downward inhaled airs may make the bottom of dust bucket 190 compile, therefore, suction inlet 193 will be formed in the side, front, rear, left and right, i.e. one side in the side, front, rear, left and right of disposal box 191.
In order to open above-mentioned front panel 40 and dust bucket 190 to be installed from the place ahead direction insertion rearward of above-mentioned front framework 20, simultaneously can take out dust bucket 190 from the place ahead of front framework 20, dust bucket 190 particularly disposal box 191 back side portion forwards, backwards the direction opening be formed with suction inlet 193.
In dust bucket 190, because suction inlet 193 is in the direction opening formation forwards, backwards of the back side of disposal box 191, air outlet 194 be formed at not opposed facing of suction inlet 193 on, air outlet 194 can be in the left surface of disposal box 191 and right flank one direction opening to the left and right forms, also can be in dust collection cover 192 up and down the direction opening form.Because the side in the left and right side of dust collection cover 192 forms air outlet 194, and form in the back side of dust collection cover 192 one under the situation of air suction inlet 193, to cause the forming degrees such as mould molding of dust collection cover 192 to reduce, and in dust collection cover 192, form under the situation of air outlet 194, the possibility that foreign substances is discharged by air outlet 194 will be minimum, air outlet 194 will be on dust bucket 190, i.e. direction opening formation up and down in the dust collection cover 192.
Next door 195 forms to facial protrusion of the inner bottom of disposal box 191 in dust collection cover 192, and isolates mutually with the bottom surface sections of disposal box 191, and it will form with the height of being separated by with the inner bottom face of disposal box 191.
Promptly, with next door 195 is benchmark, dust bucket 190 is on a left side, the rear in the side space in rightward space direction opening forwards, backwards is formed with suction inlet 193, on a left side, the upside in the opposite side space in right space direction opening up and down is formed with air outlet 194, by suction inlet 193 inhaled airs and foreign substances will be that benchmark flow into a left side with next door 195, side space in the rightward space, air and foreign substances will be separated when the lower end of turning around the next door 195, to residue in the bottom of disposal box 191 with the foreign substances of air separation, the air that separates with foreign substances will be by being the left side of benchmark with next door 195, behind the opposite side space in the rightward space, will be discharged to the upside of dust collection cover 192 by air outlet 194.
Owing to may discharge a part of foreign substances by air outlet 194, be provided with the foreign substances screen pack 196 that is used for the filter foreign substances in the air outlet 194 of dust bucket 190, foreign substances screen pack 196 will be installed on the dust collection cover 192.
Fig. 8 is the exploded perspective view of the mobile device that illustrates among Fig. 2.
As shown in Figure 8, mobile device 120 be used to make move cleaning assembly 110 to the left and right direction move, it includes: the cable 124 that is used for moving cleaning assembly 110; The cable actuated device that is used for drive cable 124.
Cable 124 is made of the member of cable shape, and its two ends are set with and will be fixed in fixed component 124a, the 124b of transmitting device 127 described later.
Include in the cable actuated device: move with motor 121; Be connected in above-mentioned mobile usefulness motor 121, and be wound with the driving rolls 122 of above-mentioned cable 124; With driving rolls 122 installation of being separated by, and be wound with the support roller 123 of above-mentioned cable 124 at the opposition side of driving rolls 122.
Move with motor 121 and insert in the motor accommodation section 131 that is contained in protrusion formation in the shell 130, and in the axle sleeve 132 that the next door of motor accommodation section 131 forms, carry out combination by combination members such as screw 133 as the joint portion.
The driving rolls 122 rotatable rotating shafts that move with motor 121 that are connected in.
The support roller 123 rotatable roller connecting portions 134 that are connected in the opposition side that is formed at motor accommodation section 131 in the shell 130.
In mobile device 120, cable 124 can be directly connected in and move cleaning assembly 110, also can connect, make cable 124 move left and right transmitting devices 127, and move about making mobile cleaning assembly 110 and transmitting device together by other transmitting device 127.For the installation of guide roller 129 described later and the left and right sides pilot operationp by guide roller 129, below, be fixed in cable 124 with transmitting device 127, and be that example describes with moving the situation that cleaning assembly 110 is connected.
In transmitting device 127, left and right cable fixed part 127a, the 127b that is formed with the fixed component 124a, the 124b that are used for fixing cable 124, and protrusion is formed with the connecting portion 127c that is connected with mobile cleaning assembly 110 by combination members such as screw 126.
In order to surround the upper plate portion and the left and right board of the cleaning body 112 that moves cleaning assembly 110, connecting portion 127c is made of the three-dimensional shape of upper plate portion and left board and right panel portion, and board is formed with the combined hole 127d that combination member 126 connects thereon.
Be connected with connector 128 in the transmitting device 127, the rotatable guide roller 129 that is connected with in the connector 128.
Connector 128 direction lengthening to the left and right forms the rotatable respectively and arranged on left and right sides that is arranged at connector 128 of guide roller 129.
In addition, guide rail 136 is installed in the shell 130, connector 128 and guide roller 129 are positioned at the inboard of guide rail 136, and by guide rail 136 guiding guide rollers 129.
Guide rail 136 is installed on by combination members such as screws and is incorporated into the angle bar (angle) 137 of shell 130 and is formed at position between the upper plate portion 138 of upper end of shell 130.
The front of guide rail 136 is in open state, forwards be bent to form upper plate portion 136b in the upper end of board 136a thereafter, and forwards be bent to form lower board unit 136c in the lower end of back board 136a, thereby will be on the whole left, right lengthening forms, connector 128 and guide roller 129 are subjected to the guiding function of guide rail 136 between upper plate portion 136b and lower board unit 136c.
Fig. 9 is the controlling party block diagram of air-conditioner one embodiment among the present invention; Figure 10 is the mobile control of air-conditioner one embodiment among the present invention and the rough schematic that sucks control.
Include in the air-conditioner of present embodiment: the input part 210 that is used to import orders such as the various air-conditioning operational orders such as cold-room operation of air-conditioner or filter cleaning; Be used to detect the checkout gear of the position of above-mentioned mobile cleaning assembly 110.
Include in the checkout gear: be installed on said filter frame 90 about in a side, be used to detect as moving the initial position checkout gear 222 of cleaning assembly 110 for the 1st position A that carries out the waiting position of filter cleaning operation; Be installed on filter frame 90 about in opposite side, in order from move cleaning assembly 110, to isolate, be used to detect separation point position checkout gear 224 as the 2nd position B that will move the position that cleaning assembly 110 moves by moving the foreign substances of cleaning assembly 110 cleanings.
Wherein, the 1st position is to move cleaning assembly 110 residing positions when beginning to carry out the filter cleaning operation, below is referred to as initial position and describes.The 2nd position is the backward position that will above-mentioned mobile cleaning assembly 110 be reversed, and below is referred to as the separation point position and describes.
Control part 70 is according to the input operation control air-conditioner of above-mentioned input part 210, when beginning to clean operation, control part 70 will be controlled the mobile of mobile device 120 and carry out positive rotation with motor 121, thereby make mobile cleaning assembly 110 move to separation point position B from initial position A; When moving cleaning assembly 110 arrival separation point position B, control part 70 will be controlled the mobile of mobile device 120 and just carry out repeatedly/contrary rotation with motor 121, move cleaning assembly 110 round moving repeatedly on foreign substances separator 162 thereby make, and contact for more than 162 time with the foreign substances separator; When the mobile repeatedly round move operation that cleans assembly 110 finishes, control part 70 will be controlled the mobile of mobile device 120 and carry out contrary the rotation with motor 121, thereby make the mobile assembly 110 that cleans turn back to initial position A again.
In the moving area that moves cleaning assembly 110, (A: the 1st position) to carry out the 3rd position (C: hereinafter referred to as separating the starting position) of position contacting be the filter cleaning zone to moving 110 beginnings of cleaning assembly and foreign substances separator 162 from initial position; Open the separation point position (B: be the foreign substances separated region the 2nd position) of the position of (switching on) separation point position checkout gear 224 from separating starting position C to moving cleaning assembly 110.
During the T1 as shown in figure 10, control part 70 can drive cleaning inhalation power generator 180 when mobile cleaning assembly 110 is mobile in the foreign substances separated region and in the filter cleaning zone.During the T2 as shown in figure 10, control part 70 also can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening (ON) separation point position checkout gear 224, after cleaning inhalation power generator 180 is driven, moving repeatedly coming and going mobile end and moving cleaning assembly 110 again when initial position A returns of cleaning assembly 110, make cleaning inhalation power generator 180 stop to drive.During the T3 as shown in figure 10, control part 70 also can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, cleaning inhalation power generator 180 is driven, and subsequently when moving cleaning assembly 110 and turn back to initial position A, make cleaning inhalation power generator 180 stop to drive.During the T4 as shown in figure 10, control part 70 also can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, cleaning inhalation power generator 180 is driven, and moving cleaning assembly 110 by in the process in filter cleaning zone subsequently, make cleaning inhalation power generator 180 stop to drive.
Below, will the effect of the present invention that constitute as mentioned above be described.
Figure 11 is the flow chart of air-conditioner control method one embodiment among the present invention.
At first, when the operation accumulated time by input part 210 direct input cleaning orders or air-conditioner reaches the condition of the satisfied cleaning operations that preset such as situation more than the setting-up time, control part 70 will drive the mobile of mobile device 120 and use motor 121 (S1) (S2).
Be positioned at initial position A as illustrated in Figure 3 when moving cleaning assembly 110, be under the situation of left upper portion of filter frame 90, it is forward mode that control part 70 will make mobile the driving with motor 121 positive rotation, move to separation point position B so that move cleaning assembly 110, at this moment, moving cleaning assembly 110 will slide mobile to separation point position B from initial position A to the right.
Slide to the right when mobile moving cleaning assembly 110, the foreign substances such as dust of pasting in the filter 80 will be separated from filter 80 by right side, central authorities, the left side brush 114 that moves cleaning assembly 110.
The foreign substances of separating in the filter 80 will stick on right side, central authorities, the left side brush 114 that moves cleaning assembly 110, and the direction cleaning is moved to the right.Break away from the filter cleaning zone also by the foreign substances separated region along with moving cleaning assembly 110, promptly, by separation starting position C and when separation point position B moves, by moving the foreign substances of cleaning assembly 110 cleanings and moving the foreign substances of stickup in the cleaning assembly 110, will by with the contacting of the protuberance 167 of foreign substances separator 162, and separate from moving cleaning assembly 110.
Promptly, the foreign substances of pasting in the brush 114 that moves cleaning assembly 110 and the brush 114 will and contact with protuberance 167 frictions of foreign substances separator 162, at this moment, by brush 114 by protuberance 167 flexural deformations after the operation that recovers of elasticity, the foreign substances of pasting in the brush 114 will be hit by a bullet from brush 114 and be trembled and separate.
Continue to move when moving cleaning assembly 110, and when being positioned at separation point position B, moving cleaning assembly 110 and will open separation point position checkout gear 224, in the control part 70 input is used to point out the signal that moves cleaning assembly 110 arrival separation point position B.
When the separation point position of moving cleaning assembly 110 is detected, control part 70 will stop to move a direction move operation of cleaning assembly 110, for the retained foreign body matter that moves cleaning assembly 110 being contacted with foreign substances separator 162 once more and separating, control part 70 will be controlled to move with motor 121 and carry out contrary rotation/positive rotation operation (S3) repeatedly (S4) by set point number.
Below, the contrary rotation/positive rotation repeatable operation that moves with motor 121 was described in detail with corresponding with it separating of foreign substances.
Moving when carrying out against rotary manipulation with motor 121, the mobile cleaning assembly 110 that is positioned at separation point position B will retreat to separating starting position C from separation point position B, the brush 114 of above-mentioned mobile cleaning assembly 110 will be to recovering with direction flexural deformation and elasticity opposite when separating starting position C and move to separation point position B, at this moment, by the rightabout flexural deformation and the elastic recovery operation of brush 114, foreign substances residual in the brush 114 will be separated from brush 114.
When control move carry out contrary rotary manipulation with motor 121 after during through contrary rotation setting-up time (for example, 10 seconds), control part 70 will make and above-mentionedly mobilely stop to carry out contrary rotation with motor 121, at this moment, move and will clean assembly 110 and will stay in separation starting position C.
Wherein, contrary rotation setting-up time is the time that arrives separation starting position C by the mobile cleaning assembly 110 of settings such as test from separation point position B back.
In addition, control part 70 makes mobile stopping with motor 121 after rotation, will make once more to move and carry out positive rotation with motor 121.Moving when carrying out positive rotation with motor 121, being positioned at the mobile cleaning assembly 110 that separates starting position C will advance to separation point position B from separating starting position C again, move cleaning assembly 110 brush 114 will to initial direction identical when separation point position B moves once more after the flexural deformation elasticity recover, at this moment, residual foreign substances will be bent and deformed with the repeatable operation of elasticity recovery and separate from brush 114 in the brush 114, along with the increased frequency that the flexural deformation and the elasticity of above-mentioned brush 114 are recovered, the possibility of retained foreign body matter will reduce gradually in the brush 114.
Subsequently, control part 70 make move carry out positive rotation with motor 121 after through the positive rotation setting-up time (for example, 10 seconds) time, can make to move and stop to carry out the positive rotation operation with motor 121, also can control move carry out positive rotation with motor 121 after, when mobile cleaning assembly 110 is opened separation point position checkout gear 224, make mobile cleaning assembly 121 stop to carry out positive rotation and operate.Describe for convenience, below with move in positive rotation control with behind the motor 121 through the positive rotation setting-up time (for example, 10 seconds) time, make to move and stop to carry out positive rotation with motor 121, at this moment, moving cleaning assembly 110 is that example describes from the situation of separating starting position C and arriving separation point position B.
As mentioned above, when mobile cleaning assembly 110 arrives separation point position B once more from separation point position B and after separating starting position C counter-rotating, 1 the round move operation that moves cleaning assembly 110 will finish, and control part 70 will make the mobile set point number that carries out repeatedly of coming and going of above-mentioned mobile cleaning assembly 110.
Wherein, when set point number is 2 times, moves cleaning assembly 110 and will and separate starting position C at separation point position B and come and go and move 2 times, when set point number is 3 times, move cleaning assembly 110 will separation point position B with separate starting position C round mobile 3 times.In order to make above-mentioned mobile cleaning assembly 110 clean cleaning foreign substances, and make the whole time minimization of cleaning operation, set point number preferably is set at 3 times.
As mentioned above, come and go mobile set point number when moving cleaning assembly 110, and when mobile cleaning assembly 110 is positioned at separation point position B, retreat into initial position A in order to make mobile cleaning assembly 110, control part 70 will make to move with motor 121 and carry out against rotary manipulation (S5).
Move cleaning assembly 110 will from separation point position B to the initial position A separation point position B and separate between the C of starting position and move, the brush 114 that moves cleaning assembly 110 will rub with the protuberance 167 of foreign substances separator 162 and contact at last, brush 114 recovers after with last elastic bending, and shakes off foreign substances.
When moving when proceeding with the contrary rotation control of motor 121, moving cleaning assembly 110 will be by separation starting position C, and disengaging foreign substances separated region, subsequently will be via the filter cleaning zone, and retreat to initial position A.
Moving cleaning assembly 110 moves to initial position A and opens initial position checkout gear 222, be used to point out mobile cleaning assembly 110 to arrive the signal of initial position A input in the control part 70, the mobile control of moving cleaning assembly 110 will finish, simultaneously, filter cleaning operation also will the end (S8) (S9) (S10).
In addition, in the air conditioner filters cleaning method of present embodiment, together carry out the suction control operation that treating apparatus particularly cleans inhalation power generator 180 with the mobile control of moving cleaning assembly 110.Below, the suction control operation of cleaning inhalation power generator 180 is described in detail.
At first, during the T1 as shown in figure 10, when mobile cleaning assembly 110 was mobile in the foreign substances separated region and in the filter cleaning zone, control part 70 can make cleaning inhalation power generator 180 drive.
Promptly, control part 70 is when filter cleaning operation beginning, promptly, to move that to drive with motor 121 positive rotation be forward mode and when moving cleaning assembly 110 and closing (OFF) initial position checkout gear 222, make to suck and proceed to drive with motor 182, when filter cleaning EO, promptly, with move carry out set point number repeatedly with the contrary rotation/positive rotation driving of motor 121 after, when the contrary rotation of initial position A drives to " fall back " mode" and moves cleaning assembly 110 and open initial position checkout gears 222, make to suck to stop to drive with motor 182.
When suction drives with motor 182, the cleaning fan is rotated in the process that mobile cleaning assembly 110 moves all the time, to produce inhalation power in suction hose 184 and suction air channel 170 and the spatial portion 98, moving cleaning assembly 110 through between the time as the separation starting position C of foreign substances separated region and separation point position B, brush 114 by moving cleaning assembly 110 is to the foreign substances of spatial portion 98 cleanings and the foreign substances of trembling from brush 114 bullets that move cleaning assembly 110 by foreign substances separator 162, to together pass through spatial portion 98 successively and suck air channel 170 and suction hose 184 with air, and be drawn in the cleaning fan drum 181.The air and the foreign substances that are drawn into cleaning fan drum 181 will move to the inside of dust bucket 190 by cleaning fan drum 181, and when passing through the inside of dust bucket 190, air will separate with foreign substances subsequently.At this moment, the air that separates with foreign substances will be discharged to the outside of dust bucket 190 by the air outlet 194 of dust bucket 190, then be piled up in the lower inside of dust bucket 190 with the foreign substances of air separation.
In addition, during the T2 as shown in figure 10, control part 70 can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, after cleaning inhalation power generator 180 is driven, when moving repeatedly coming and going EO and moving cleaning assembly 110 again when initial position A returns of cleaning assembly 110, will make cleaning inhalation power generator 180 stop to drive.
Promptly, control part 70 is when filter cleaning operation beginning, promptly, to move that to drive with motor 121 positive rotation be forward mode and when moving cleaning assembly 110 and closing initial position checkout gear 222, make to suck and do not drive with motor 182, but when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, make to suck and drive with motor 182, when mobile cleaning assembly 110 carries out against the driving of rotation/positive rotation by set point number repeatedly, promptly, when set point number unlatching separation point position checkout gear 224 is pressed in checkout gears 224 backs, mobile cleaning assembly 110 initial unlatching separation point position, will make to suck to stop to drive with motor 182.
When sucking the control operation of using motor 182, to inhalation power be arranged from moving begin to act on when cleaning assembly 110 arrives separation point position B at first in spatial portion 98 and suction air channel 170 and the suction hose 184, at this moment, the foreign substances that drops to spatial portion 98 will be passed through spatial portion 98 successively and suck air channel 170 and suction hose 184, and obtain following processing.In the process that moves cleaning assembly 110 round mobile set point number between separation point position B and separation starting position C, in spatial portion 98 and suction air channel 170 and the suction hose 184 the continuation effect there is inhalation power, by with the friction and the inhalation power of foreign substances separator 162, move foreign substances residual in the brush 114 of cleaning assembly 110 and will from the brush 114 that moves cleaning assembly 110, separate and obtain handling.In addition, when move cleaning assembly 110 at separation point position B and separate come and go mobile set point number between the C of starting position after when initial position A moves, suck and will stop to drive, and aspirated foreign body matter no longer with motor 182.
And, during the T3 as shown in figure 10, control part 70 can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, cleaning inhalation power generator 180 is driven, when mobile cleaning assembly 110 turns back to initial position A, make cleaning inhalation power generator 180 stop to drive subsequently.
Promptly, control part 70 is when filter cleaning operation beginning, promptly, to move that to drive with motor 121 positive rotation be forward mode and when moving cleaning assembly 110 and closing initial position checkout gear 222, make to suck and do not drive with motor 182, but when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, make to suck and drive with motor 182, when the filter cleaning EO, promptly, after mobile contrary rotation/positive rotation driving with motor 121 is carried out set point number repeatedly, to make and move with motor 121 when initial position A is " fall back " mode" and mobile cleaning assembly 110 unlatching initial position checkout gears 222 against the rotation driving, and make to suck to stop to drive with motor 182.
When sucking the control operation of using motor 182, spatial portion 98 and suck in air channel 170 and the suction hose 184 from moving the cleaning assembly 110 initial separation point position B of arrival and begin effect inhalation power is arranged, at this moment, drop to the foreign substances of spatial portion 98 will be successively by spatial portion 98 with suck air channel 170 and suction hose 184 and obtain following processing.In the process that moves cleaning assembly 110 round mobile set point number between separation point position B and separation starting position C, in spatial portion 98 and suction air channel 170 and the suction hose 184 the continuation effect there is inhalation power, by with the friction and the inhalation power of foreign substances separator 162, move foreign substances residual in the brush 114 of cleaning assembly 110 and will separate from the brush 114 that moves cleaning assembly 110 and obtain handling.Subsequently, moving cleaning assembly 110 disengaging separation point position B and separating between the C of starting position, and separating between starting position C and the initial position A in the process that initial position A moves, in spatial portion 98 and suction air channel 170 and the suction hose 184 the continuation effect is had inhalation power, residual foreign substances will continue to obtain handling by sucking air channel 170 and suction hose 184 in the spatial portion 98.The suction of foreign substances and processing operation will be proceeded, arrive initial position A up to moving cleaning assembly 110, when moving cleaning assembly 110 arrival initial position A and opening initial position checkout gear 222, suction will stop to drive with motor 182, will no longer act on inhalation power in the spatial portion 98.
And, during the T4 as shown in figure 10, control part 70 can be when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, cleaning inhalation power generator 180 is driven, subsequently, moving cleaning assembly 110 by in the process in filter cleaning zone, promptly, mobile cleaning assembly 110 in the process that initial position A moves, makes cleaning inhalation power generator 180 stop to drive (S4) (S5) between separation starting position C and initial position A.
Promptly, when filter cleaning operation beginning, control part 70 transfers forward mode to and moves when cleaning assembly 110 and closing initial position checkout gear 222 moving with motor 121 dextrorotations, make to suck and do not drive with motor 182, but when moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224, make to suck and drive with motor 182, move contrary rotation/positive rotation with motor 121 drive carry out set point number repeatedly after to initial position A when rotating to be " fall back " mode", make suction stop to drive with motor 182.
In order to carry out control operation, control part 70 can be by separating the signal of the other centre position checkout gear of installing between starting position C and the initial position A, detect the position of moving cleaning assembly 110, and make suction stop to drive with motor 182, also can be in advance by detections such as tests, set, after storage is moved the cleaning assembly 110 initial separation point position B of arrival and is opened separation point position checkout gear 224, moving cleaning assembly 110 comes and goes repeatedly between starting position C and the separation point position B and is separating time between starting position C and the initial position A separating, and when the mobile time of cleaning after assembly 110 arrives separation point position B at first and opens separation point position checkout gear 224 reaches setting-up time, make to suck to stop to drive with motor 182.Below, situation about comparing with time after moving the cleaning assembly 110 initial separation point position B of arrival and opening separation point position checkout gear 224 and setting-up time is that example describes.
When the time behind the mobile cleaning assembly 110 initial unlatching separation point position checkout gears 224 is setting-up time (for example, 2 minutes), control part 70 will make to suck and stop to drive (S6) (S7) with motor 182.
When sucking the control operation of using motor 182, spatial portion 98 and suction air channel 170 and suction hose 184 have inhalation power from moving to begin to act on when cleaning assembly 110 arrives separation point position B at first, at this moment, drop to the foreign substances of spatial portion 98 will be successively by spatial portion 98 with suck air channel 170 and suction hose 184 and obtain following processing.Moving cleaning assembly 110 at separation point position B with separate in the process of the round mobile set point number of starting position C, in spatial portion 98 and suction air channel 70 and the suction hose 184 the continuation effect there is inhalation power, with the effect of the friction of foreign substances separator 162 and inhalation power under, move foreign substances residual in the brush 114 of cleaning assembly 110 and will separate from the brush 114 that moves cleaning assembly 110 and obtain handling.Subsequently, moving cleaning assembly 110 disengaging separation point position B and separating between the C of starting position, and separating between starting position C and the initial position A in the process that initial position A moves, time after moving that cleaning assembly 110 is initial to open separation point position checkout gears 224 be setting-up time (for example, 2 minutes) before the time, at certain hour (for example, 30 seconds) interior spatial portion 98 and suck in air channel 170 and the suction hose 184 the continuation effect is had inhalation power, residual foreign substances will continue to handle by sucking air channel 170 and suction hose 184 in the spatial portion 98, before moving cleaning assembly 110 arrival initial position A, time after moving cleaning assembly 110 initial unlatching separation point position checkout gears 224 (for example reaches setting-up time, 2 minutes) time, suction will stop to drive with motor 182, will no longer act on inhalation power in the spatial portion 98.
And, except control operation, during the T5 as shown in figure 10, control part 70 can wait by test and detect mobile cleaning assembly 110 from the initial time by separation starting position C of initial position A back, and be set, be stored as and suck the beginning setting-up time, detect last time by testing to wait simultaneously, and be set, be stored as the suction end setup time by separation starting position C.And, be forward mode and move cleaning assembly 110 and close the time of initial position checkout gear 222 at first and begin to arrive and suck when beginning setting-up time moving to drive with motor 121 positive rotation, to make to suck and drive with motor 182, and the time that begins when closing initial position checkout gear 222 arrival suction end setup made to suck to stop to drive with motor 182 during the time.
And, during the T6 as shown in figure 10, control part 70 also can with drive above-mentioned suction with motor 182 after with its time that stops to drive be controlled to be shorter than be longer than T5 during the T1 that illustrates among Figure 10 again simultaneously during.
Promptly, control part 70 can wait by test and detects that to move cleaning assembly 110 initial by separating the time before the C of starting position from initial position A back, and be set, be stored as and suck the beginning setting-up time, wait by test to detect at last by separating the time that arrives behind the C of starting position before the initial position A, and be set, be stored as and suck the end setup time.And, be forward mode and move cleaning assembly 110 and close the time of initial position checkout gear 222 and begin to arrive when sucking the beginning setting-up time will moving to drive with motor 121 positive rotation, to make to suck and drive with motor 182, and the time that begins when closing initial position checkout gear 222 arrival suction end setup will make to suck to stop to drive with motor 182 during the time.
In addition, in the suction control operation of the air-conditioner of present embodiment, in during the T1 ~ T6 that in Figure 10, illustrates, the electric power that sucks short more its consumption of driving time of using motor 182 is just few more, suck with the driving time of motor 182 longly more, the residual possibility of the foreign substances in the spatial portion 98 is just more little.Therefore, suck with the driving of motor 182 and stop preferably to make the minimized while of the electric power that is consumed, make spatial portion 98 interior residual foreign substances minimized.
Under the situation about during cleaning inhalation power generator 180 is with T2 shown in Figure 10, driving, in the process of filter cleaning operation, move cleaning assembly 110 initial by the process of separating starting position C and separation point position B in and at last by the process of separating starting position C and separation point position B in, to not act on inhalation power in the spatial portion 98, though what reduce its foreign substances inlet capacity, the electric power of its consumption is with minimum; Under the situation about during cleaning inhalation power generator 180 is with T3 shown in Figure 10, driving, in the process of filter cleaning operation, in moving cleaning assembly 110 initial processes by separation starting position C and separation point position B, to not act on inhalation power in the spatial portion 98, though begin aspirated foreign body matter rapidly in the early stage, and consume relative more electric power when comparing with the situation of cleaning inhalation power generator 180 in the T2 drive, but it can suck the foreign substances that drops to spatial portion 98, and before arriving initial position A, can continue aspirated foreign body matter, thereby when comparing with the situation of cleaning inhalation power generator 180 in the T2 drive, the residual possibilities of foreign substances will be littler in the spatial portion 98.
In addition, under the situation about during cleaning inhalation power generator 180 is with T4 as shown in figure 10, driving, in the process of filter cleaning operation, in moving cleaning assembly 110 initial processes by separation starting position C and separation point position B, to not act on inhalation power in the spatial portion 98, though begin aspirated foreign body matter rapidly in the early stage, and with consume relative more electric power relatively the time in the situation of T2 drive cleaning inhalation power generator 180, but it can suck the foreign substances that drops to spatial portion 98, and after particularly separating starting position C, mobile cleaning assembly 110 disengaging foreign substances separated regions also can continue aspirated foreign body matter within a certain period of time, thereby when comparing with the situation of cleaning inhalation power generator 180 in the T2 drive, the residual possibility of foreign substances in its spatial portion 98 will be littler, and with in the situation of T3 drive cleaning inhalation power generator 180 relatively the time, the electric power that it consumed will be littler.
In addition, under the situation that cleaning inhalation power generator 180 drove with as shown in figure 10 T5 time, separating in the process that moves between starting position C and the separation point position B at mobile cleaning assembly 110, in the spatial portion 98 the continuation effect there is inhalation power, thereby can begin to suck rapidly and handle foreign substances in the early stage, and till moving cleaning assembly 110 last disengaging separation starting position C, continue to suck and handle foreign substances, thereby can make the residual possibility of the minimized while foreign substances of the electric power that is consumed relatively low.But, move cleaning assembly 110 break away from separate starting position C after, will no longer act on inhalation power in the spatial portion 98, thereby the foreign substances when moving cleaning assembly 110 and breaking away from the moment of separating starting position C may residually have been arranged.
And, under the situation about during cleaning inhalation power generator 180 is with T6 as shown in figure 10, driving, with T5 during in drive cleaning inhalation power generator 180 situation relatively the time, though the residual possibility of foreign substances is lower, it will consume relatively more electric power.
In addition, air-conditioner in the present embodiment is except sucking control operation, also can be after mobile being all over of moving cleaning assembly 110, promptly, move cleaning assembly 110 from initial position A and carry out the cleaning of filter and the lock out operation of foreign substances and turn back to initial position A after, stop to drive after above-mentioned suction is driven by the suction setting-up time with motor 182.

Claims (17)

1. an air-conditioner includes: compressor; Condenser; Expansion valve; Evaporimeter; The coolant circulating system that controller constitutes and by fan; Motor; Go out, air intake vent; Air circulation and cleaning system that filter constitutes is characterized in that, also include following several sections: be used for the mobile device that the moving filter device moves the cleaning assembly; Be used for isolating by moving the foreign substances separator of the foreign substances of cleaning the assembly cleaning from moving the cleaning assembly; Be used to suck by foreign substances that moves the cleaning of cleaning assembly and the treating apparatus of handling; Be used to control mobile device, make and move the cleaning assembly, in the foreign substances separator, come and go the control part that moves repeatedly along with after filter moves to the foreign substances separator.
2. air-conditioner according to claim 1 is characterized in that: its filter and foreign substances separator be the left and right setting of being separated by between the left and right two ends of filter frame.
3. air-conditioner according to claim 1 is characterized in that: the spatial portion that its filter frame is opened on the mobile route downside that moves the cleaning assembly is formed with, the foreign substances separator is arranged in the spatial portion.
4. the control method of an air-conditioner is characterized in that, it includes following several steps:
The mobile cleaning assembly that is used for scavenge filter that is provided with in the air-conditioner is moved also the 1st step of scavenge filter from initial position to the foreign substances separated region that is provided with the foreign substances separator; Make the mobile cleaning assembly that moves to the foreign substances separated region in the foreign substances separated region, come and go the 2nd step that moves repeatedly.
5. the control method of air-conditioner according to claim 4 is characterized in that: in the process of the 2nd step, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to above-mentioned foreign substances separated region.
6. the control method of air-conditioner according to claim 4 is characterized in that: in the process of above-mentioned the 1st step and in the process of the 2nd step, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to the foreign substances separated region.
7. the control method of air-conditioner according to claim 4, it is characterized in that: when mobile cleaning assembly moves to the foreign substances separated region, drive being used in the treating apparatus that produces inhalation power and handle foreign substances to the foreign substances separated region, after moving the cleaning assembly to move to the foreign substances separated region, when sucking setting-up time, will make treating apparatus stop to drive.
8. the control method of air-conditioner according to claim 7, it is characterized in that: also include later on to make in the 2nd step and move the 3rd step that the cleaning assembly turns back to initial position, the 2nd step will be separated setting-up time with foreign substances and be implemented, for treating apparatus is also driven after moving cleaning assembly disengaging foreign substances separated region, suck setting-up time and will be set at longer than above-mentioned foreign substances separation setting-up time.
9. according to the control method of claim 4 any one described air-conditioner to the claim 6, it is characterized in that: also include later on to make in the 2nd step and move the 3rd step that the cleaning assembly turns back to initial position.
10. the control method of an air-conditioner is characterized in that, includes following several steps: the 1st step that the mobile cleaning assembly that is used for scavenge filter that is provided with in the air-conditioner is moved to the 2nd position from the 1st position; When mobile cleaning assembly moves to the 2nd position, make and move cleaning assembly round mobile the 2nd step repeatedly between the 3rd position and the 2nd position.
11. the control method of air-conditioner according to claim 10, it is characterized in that: the 3rd position is the position between above-mentioned the 1st position and the 2nd position, move to the process of above-mentioned the 3rd position from the 1st position at mobile cleaning assembly, filter will clean by moving the cleaning assembly, between the 2nd position and the 3rd position, the foreign substances that is used in moving the cleaning assembly is contacted with mobile cleaning assembly from the foreign substances separator that moves the cleaning components apart.
12. the control method of air-conditioner according to claim 10 is characterized in that: the control method of air-conditioner is applicable to the air-conditioner that is provided with the spatial portion that drops by the foreign substances that moves the cleaning of cleaning assembly between above-mentioned the 2nd position and the 3rd position.
13. the control method of air-conditioner according to claim 10 is characterized in that: in the process of the 2nd step, drive with being used in the treating apparatus that between above-mentioned the 2nd position and the 3rd position, produces inhalation power and handle foreign substances.
14. the control method of air-conditioner according to claim 10 is characterized in that: in the process of the 1st step and in the process of the 2nd step, drive with being used in the treating apparatus that between the 2nd position and the 3rd position, produces inhalation power and handle foreign substances.
15. the control method of air-conditioner according to claim 10, it is characterized in that: when mobile cleaning assembly arrives the 2nd position, drive being used in the treating apparatus that between the 2nd position and the 3rd position, produces inhalation power and handle foreign substances, after moving the cleaning assembly to arrive the 2nd position, when sucking setting-up time, will make treating apparatus stop to drive.
16. the control method of air-conditioner according to claim 15, it is characterized in that: after the 2nd step finishes, also include to make and move the 3rd step that the cleaning assembly turns back to the 1st position, the 2nd step is separated setting-up time in foreign substances and is implemented, for treating apparatus is also driven after mobile cleaning assembly is by the 3rd position, suck setting-up time and be set at longer than foreign substances separation setting-up time.
17. the control method according to claim 10 air-conditioner of any one to the claim 15 is characterized in that: after the 2nd step finishes, also include to make and move the 3rd step that the cleaning assembly turns back to the 1st position.
CNA2008100531147A 2008-05-13 2008-05-13 Air conditioner and control method thereof Pending CN101581475A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNA2008100531147A CN101581475A (en) 2008-05-13 2008-05-13 Air conditioner and control method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNA2008100531147A CN101581475A (en) 2008-05-13 2008-05-13 Air conditioner and control method thereof

Publications (1)

Publication Number Publication Date
CN101581475A true CN101581475A (en) 2009-11-18

Family

ID=41363735

Family Applications (1)

Application Number Title Priority Date Filing Date
CNA2008100531147A Pending CN101581475A (en) 2008-05-13 2008-05-13 Air conditioner and control method thereof

Country Status (1)

Country Link
CN (1) CN101581475A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113027814A (en) * 2021-03-25 2021-06-25 珠海格力电器股份有限公司 Cross-flow fan blade, air conditioner, control method and control device of cross-flow fan blade

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113027814A (en) * 2021-03-25 2021-06-25 珠海格力电器股份有限公司 Cross-flow fan blade, air conditioner, control method and control device of cross-flow fan blade

Similar Documents

Publication Publication Date Title
CN215832056U (en) Indoor air conditioner
CN101957049B (en) Indoor unit of air conditioner
CN100586534C (en) Air conditioner indoor unit with automatic cleaning filter screen function
CN108253525A (en) The control method of air conditioner and air conditioner
CN101535734A (en) Air conditioner
US7862636B2 (en) Ceiling type air conditioner
CN102483254B (en) Air conditioner
JP2010210191A (en) Air conditioning device
US8007553B2 (en) Ceiling type air conditioner
CN101576286A (en) Air conditioner
KR100905312B1 (en) Air conditioner
KR101633789B1 (en) Air conditioner
WO2009028766A2 (en) Air conditioner
CN101576287B (en) Air conditioner
CN101581475A (en) Air conditioner and control method thereof
CN215832058U (en) Indoor air conditioner
KR100919157B1 (en) Air conditioner
KR20090044786A (en) Air conditioner
KR101362317B1 (en) Air conditioner
KR20090022103A (en) Air conditioner
KR20090052609A (en) Air conditioner and control method of the same
CN101581468A (en) Air conditioner
CN101581476B (en) Wall-type air conditioner
KR101306127B1 (en) Air conditioner
JP2008180461A (en) Indoor unit and air conditioner

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication

Application publication date: 20091118