CN110243018A - The indoor unit of air conditioner - Google Patents
The indoor unit of air conditioner Download PDFInfo
- Publication number
- CN110243018A CN110243018A CN201910172303.4A CN201910172303A CN110243018A CN 110243018 A CN110243018 A CN 110243018A CN 201910172303 A CN201910172303 A CN 201910172303A CN 110243018 A CN110243018 A CN 110243018A
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- Prior art keywords
- lid
- display
- door closure
- door
- discharge
- Prior art date
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- Granted
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
- F24F1/0007—Indoor units, e.g. fan coil units
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/56—Remote control
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/89—Arrangement or mounting of control or safety devices
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/20—Casings or covers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/20—Casings or covers
- F24F2013/207—Casings or covers with control knobs; Mounting controlling members or control units therein
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Human Computer Interaction (AREA)
- Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
Abstract
The present invention provides a kind of indoor unit of air conditioner, and the indoor unit of air conditioner of the invention includes: cabinet body component, forms shape, front surface is in opening；Door face board, the front surface in opening of covering cabinet body component are formed with display hole in a manner of in opening along front-rear direction；And display apparatus module, it is configured at display hole, for showing the working condition of indoor unit；Display apparatus module includes: display, provides a user visual information；Display casing, display are installed on the display casing, in the position of the fixed display in door face board rear；Front glass is configured in front of display, in front of covering display apparatus module；Proximity Sensor, is configured at front glass rear, and measurement is located at the distance of the user in front of door face board；And rear lid, at rear, the one end of lid is formed with the Proximity Sensor hole for configuring Proximity Sensor, and rear lid is configured between front glass and display, to keep the interval of configuration Proximity Sensor.
Description
Technical field
The present invention relates to the indoor units of air conditioner, are more specifically related to a kind of room of air conditioner configured with display portion
Interior machine.
Background technique
The air for carrying out heat exchange with refrigerant is discharged to interior by the indoor unit of air conditioner, required so as to adjust
Room temperature.The indoor unit of air conditioner can use suction inlet sucking room air, it be carried out heat exchange with refrigerant, then
Utilize the air of discharge opening discharge heat exchange.
The indoor unit of air conditioner can be divided into ceiling-type, wall hung type and erect type according to the position of installation.?
In erect type indoor unit, discharge opening can be formed to the front of cabinet body or side, and suction inlet is formed to the rear of cabinet body.
The side in erect type indoor unit space indoors is configured towards the interior space, and front surface is towards the interior space
It is configured.Therefore, the front surface of machine can be configured with for providing a user the display of visual information and being used for indoors
Detect the Proximity Sensor of the distance of user.
In order to which display and Proximity Sensor are set to indoor unit, the front surface of machine indoors is needed to provide for revealing
The hole of display and the hole detected for Proximity Sensor out.Since display and Proximity Sensor execution are different from each other
Function, the front surface of machine can separately be formed with space for display to be arranged and for configuring low coverage indoors
Space from sensor.
In such a configuration, it is desirable to provide for the additional hole or space of display and Proximity Sensor to be arranged,
It is also required to separately be installed when being installed, accordingly, there exist the problems for having manufacturing process cumbersome.
The relevant content of erect type indoor unit is disclosed in Korean granted patent KR 10-1940534, and is disclosed aobvious
Show the content that the front of device and Proximity Sensor machine indoors is configured in a manner of separated from each other.
It is as described above in order to solve the problems, such as, it is contemplated that display and Proximity Sensor are configured at identical space
Structure may still cause the problem of being interfered each other between Proximity Sensor and display in this way.
Also, in order to apply to the additional touch function of display and in the case where install touch panel to display
Pressure under the action of, it would be possible to Proximity Sensor can be caused to be damaged or the problem of maloperation.
Summary of the invention
The first object of the present invention is to provide a kind of indoor unit of air conditioner, can be easily manufactured and be equipped with display
With the indoor unit of Proximity Sensor.
The second object of the present invention is to provide a kind of indoor unit of air conditioner, can make to be equipped with display and short distance
The space utilization of the indoor unit of sensor maximizes.
In order to solve above-described first purpose and the second purpose, display and Proximity Sensor can be configured at
Identical space.But when in order to realize touch sensor function in display and when touch panel is installed, because of the touch of user
Etc. pressure and Proximity Sensor may be caused to be damaged or the problem of maloperation.The third object of the present invention is to provide one
Kind solves the indoor unit of the air conditioner of problem described above.
The purpose of the present invention is not limited to the purpose mentioned above arrived, and those skilled in the art can be by below
The other purposes not being mentioned to are expressly understood in record.
In order to realize the purpose, the indoor unit of air conditioner of the invention includes: cabinet body component, forms shape, preceding table
Face is in opening；Door face board, cover the cabinet body component in opening front surface, along front-rear direction by opening in a manner of shape
At there is display hole；And display apparatus module, it is configured at the display hole, for showing the working condition of indoor unit；It is described
Display apparatus module includes: display, provides a user visual information；Display casing, the display are installed on the display
Device casing, in the position of the fixed display in the door face board rear；Front glass is configured in front of the display, covers
It covers in front of the display apparatus module；Proximity Sensor is configured at front glass rear, before measurement is located at the door face board
The distance of the user of side；And rear lid, it is formed in the one end of the rear lid for configuring the Proximity Sensor
Proximity Sensor hole, the rear lid is configured between the front glass and the display, to keep described in configuration
The interval of Proximity Sensor.Thereby, it is possible to which display and Proximity Sensor are configured at identical space, and can be rear
Side's lid ensures to configure the space of Proximity Sensor.
The front glass includes: the first Printing Department, is formed in the rear surface of the front glass, along the front glass
It is printed the marginal portion of glass；Second Printing Department is formed in the rear surface of the front glass, from first Printing Department to
It separates predetermined space on the inside of radial direction and is printed；And sensor exposed division, it is located at first Printing Department and described
Between second Printing Department, the sensor exposed division is not printed.Thereby, it is possible to easily verify that front glass and rear lid phase
In conjunction with region.
The Proximity Sensor is configured at sensor exposed division rear.Thereby, it is possible to make Proximity Sensor
Front is not closed out, and does not constitute influence to the beauty of the display apparatus module configured with Proximity Sensor.
The rear lid includes impressing brush portion from the front surface of the rear lid along the rear that marginal portion is printed,
Rear brush portion of impressing is printed from the outer circumference end of the rear lid to position corresponding with the medial end of second Printing Department
It sets.The place combined thereby, it is possible to understand regulation front glass and rear lid, and ensure to configure the area of Proximity Sensor
Domain.
The Proximity Sensor hole forms to the rear inside for brush portion of impressing from the upper side end of the rear lid
End.Thereby, it is possible to ensure to configure the region of Proximity Sensor.
Interval between first Printing Department and second Printing Department is greater than or equal to the Proximity Sensor edge
Up and down direction formed length.Thereby, it is possible to be formed in the beautiful range for not influencing front surface for closely sensing
The sensor exposed division of device.
The display apparatus module includes: Proximity Sensor circuit board, receives the quilt transmitted from the Proximity Sensor
The signal of identification；And reflecting plate, it is configured at the periphery of the Proximity Sensor, it is ensured that be configured at the front glass and institute
State the space of the Proximity Sensor between Proximity Sensor circuit board.Thereby, it is possible to protect Proximity Sensor to exempt from
It is influenced by external impact.
The reflecting plate has the ring-shaped of quadrangle, is configured at the short distance sensing in the Proximity Sensor hole
Device periphery.Thereby, it is possible to protect Proximity Sensor from the influence of external impact.
The Proximity Sensor circuit board extends on the upside of the rear direction of the Proximity Sensor, and is anchored on described
Display casing.Thereby, it is possible to fixed configurations Proximity Sensors.
The display casing includes: display mounting portion, rearward recessed formation, to install the display.As a result,
Display can steadily be configured.
The display apparatus module further include: touch panel is configured between the display and the rear lid, for connecing
Receive the instruction of user.Thereby, it is possible to so that display apparatus module is realized touch function.
It include the first hole in the touch panel, first hole is in the short distance sensing for being formed in the rear lid
Device hole rear forms the space for configuring the Proximity Sensor.It can also ensure that in the structure of touch panel as a result,
Configure the space of Proximity Sensor.
The display casing includes: touch panel mounting portion, is formed in the front of the display mounting portion, the touching
The a part for touching panel is inserted in the touch panel mounting portion；And touch panel fixed part, it is installed from the touch panel
The upside in portion protrudes to be formed forwards, for fixing the arrangement of the touch panel.It is aobvious thereby, it is possible to which touch panel to be fixed on
Show device casing.
The display apparatus module further includes remote control reception sensor, and the remote control reception sensor is received from positioned at outside
The signal of remote-controlled transmitter input, is formed with remote control reception gauge hole in the rear lid, the remote control reception sensor exists
The rear of the front glass is configured at the remote control reception gauge hole.Thereby, it is possible to also configure together in display apparatus module
Remote control reception sensor.
The invention also includes: inner panel is configured at the rear of the door face board, when the door face board is in the cabinet body group
On the left of part front direction or when right direction is mobile, the inner panel covers the front surface of the cabinet body component being exposed；
Discharge lid is configured in a manner of it can vertically move at the rear of the door face board, is opened and closed shape on the door face board
At front discharge opening；And discharge lid mobile module, move the discharge lid vertically；When the discharge opening
When covering to movement on the downside of the front discharge opening to open the front discharge opening, the discharge lid is configured at the display
Between module and the inner panel.Thereby, it is possible to ensure that discharge opening lid can be made to carry out between door face board and inner panel
Mobile space.
The discharge lid includes: door closure, is opened and closed the discharge opening lid；Door closure shell is formed for accommodating the door closure
At least part of space, be connected with the discharge lid mobile module, to adjust the upper and lower position of the door closure；And
Door closure mobile module is configured between the door closure shell and the door closure, make the door closure from the door closure shell forwards, backwards
Direction is mobile.Thereby, it is possible to move the door closure of discharge lid forward and backward.
When the discharge lid is configured between the display apparatus module and the inner panel, the display apparatus module
Interval between the door closure of the discharge lid is than between the door closure shell and the inner panel of the discharge lid
Every larger being formed.Discharge lid is also able to carry out movement in the case where not being in contact with display apparatus module as a result,.
The particular content of other embodiments is contained in detailed description and attached drawing.
The indoor unit of air conditioner according to the present invention, have the effect of it is one of following or its more than.
The first, the structure in identical space is configured at Proximity Sensor and display.That is, due in door face board
Display hole configures display and Proximity Sensor, without forming multiple holes in door face board, but matches together in display hole
Proximity Sensor and display are set, therefore, compared with the structure installed in additional region, manufacturing process is easy and energy
Time needed for enough shortening technique.
The second, Proximity Sensor and display are configured at identical space.That is, since Proximity Sensor is configured at
The region for setting display, without providing the additional space for configuring Proximity Sensor, therefore the space inside indoor unit
Utilization rate is high.
Third, Proximity Sensor have first hole in the Proximity Sensor hole and touch panel that are configured at rear lid
Structure, and reflecting plate is configured with around Proximity Sensor.Even if being applied as a result, because user is in order to touch to display
Plus-pressure can also be such that the impact for being applied to Proximity Sensor minimizes, so as to extend the service life of Proximity Sensor
Period.
4th, the first Printing Department, the second Printing Department and rear are formed with the face being in contact in front glass and rear lid
It impresses brush portion, so as to improve the combination precision of front glass and rear lid.Also, in addition to configuring Proximity Sensor
Region other than, expose the region printed to outside, thus in the beautiful of the part for not influencing to expose forwards
In the case of use Proximity Sensor.
Effect of the invention is not limited to the purpose mentioned above arrived, and those skilled in the art can be wanted by right
Ask the record of book that the other effects not being mentioned to are expressly understood.
Detailed description of the invention
Figure 1A is the perspective view of the indoor machine of air conditioner of one embodiment of the invention.
Figure 1B is the perspective view of the mobile state of the door component of the air conditioner of one embodiment of the invention.
Fig. 1 C be in the state that the door component of the air conditioner of one embodiment of the invention is mobile, the inclined state of sink
Perspective view.
Fig. 2 is the exploded view of the door component of one embodiment of the invention.
Fig. 3 is the rearview of the door component of one embodiment of the invention.
Fig. 4 is the main view of the discharge lid of one embodiment of the invention.
Fig. 5 is the exploded perspective view of the discharge lid of one embodiment of the invention.
Fig. 6 is a part of backsight of door component that the discharge lid of one embodiment of the invention closes the state of front discharge opening
Figure.
Fig. 7 is a part of backsight of door component of the state of the open front discharge opening of discharge lid of one embodiment of the invention
Figure.
Fig. 8 is the indoor unit perspective view for the state that the door closure of the discharge lid of one embodiment of the invention rearward moves.
Fig. 9 is the indoor unit perspective view of the state during the discharge lid of one embodiment of the invention moves downward.
Figure 10 is that the indoor unit of the state of discharge opening in front of the discharge lid of one embodiment of the invention is fully open is vertical
Body figure.
Figure 11 is the perspective view of the display apparatus module of one embodiment of the invention.
Figure 12 is the exploded perspective view of the display apparatus module of one embodiment of the invention.
Figure 13 is the sectional stereogram of the display apparatus module of one embodiment of the invention.
Figure 14 is the cross-sectional view splitted along the X2-X2 ' line of Figure 11.
Figure 15 is the figure for showing the contact surface of front glass and rear lid of the display apparatus module of one embodiment of the invention.
Figure 16 is the main view of the front glass of one embodiment of the invention and state that rear lid combines.
Figure 17 is the cross-sectional view splitted along the Y-Y ' line of Figure 16.
Figure 18 is the cross-sectional view splitted along the X-X ' line of Figure 10.
Figure 19 is the block diagram for showing the control planning between the primary structure of the air conditioner of one embodiment of the invention.
Figure 20 is to exemplify the figure of the internal structure of control unit of one embodiment of the invention.
Figure 21 is the block diagram for showing the control planning between the primary structure of the air conditioner of one embodiment of the invention.
Figure 22 is the block diagram for showing the control planning between the primary structure of the air conditioner of one embodiment of the invention.
Figure 23 is to exemplify the flow chart of the control method of air conditioner of one embodiment of the invention.
Figure 24 is to exemplify the flow chart of the control method of air conditioner of one embodiment of the invention.
Figure 25 is to exemplify the flow chart of the control method of air conditioner of one embodiment of the invention.
The explanation of appended drawing reference
I: cabinet body component；II: door component；III: blowing fan components；V: humidification component；11: top cabinet body；12: base portion；
13: lower part cabinet body；21: door face board；211a: front discharge opening；211b: display hole；22: camera model；25: discharge lid；
28: door mobile module；29: display apparatus module；291: display casing；292: front glass；293: rear lid；294: touch surface
Plate；295: display；296: Proximity Sensor module；2961: Proximity Sensor；2963: reflecting plate
Specific embodiment
The embodiment being described in detail later referring to appended attached drawing and together, it will be more clearly understood that advantages of the present invention, spy
The method for levying and realizing it.But the present invention is not limited to embodiments disclosed below, but can be by different from each other
The form of multiplicity is implemented, and only, the present embodiment is merely to completely disclose the present invention, and to technical field belonging to the present invention
Those of ordinary skill completely prompt the scope of the present invention and provide, protection scope of the present invention is only by the model of claims
It encloses and is defined.The identical appended drawing reference used throughout the specification indicates identical structural element.
In entire scope of the invention, the statement of " first, second ... " is used for specification configuration element, wants with structure
Priority or different degree between element etc. are unrelated.The direction of the upper U of attached chart display, lower D, left Le, right Ri, preceding F and rear R
Mark is not intended to and limits the scope of the invention for the convenience in explanation of the invention.Therefore, when benchmark changes
When, the direction is set in which can also be different.
Hereinafter, referring to for illustrated using the embodiment of the present invention air conditioner indoor unit attached drawing, to the present invention into
Row explanation.
<overall structure>
It is simply illustrated referring to structure on the whole of the Figure 1A to Fig. 1 C to the indoor unit of the present embodiment.
The indoor unit of the air conditioner of the present embodiment may include: cabinet body component I, be used to form shape, and front surface is in open
Mouthful；Door component II, for covering the front surface in opening of cabinet body component I；Blowing fan components III are configured in cabinet body component I
Side is used to form the flowing of air；Heat exchanger assembly (not shown), make the air flowed by blowing fan components III and refrigerant into
Row heat exchange；Filter assemblies VI, the air flowed on the inside of opposite cabinet body component I are filtered；Filter cleaning component VII is used
The impurity existing for the one side of removal filter assemblies VI；And humidification component V, for quilt is discharged outside cabinet body component I
The air of humidification.
The cabinet body component I of the present embodiment may include: top cabinet body 11, rearward forms suction inlet, is formed on the inside of it
For configuring the space of heat exchanger (not shown)；Base portion 12 is configured at 11 downside of top cabinet body, is formed for configuring humidification
The space of a part of structure of component V；Lower part cabinet body 13, rear and side for covering base portion 12；And side spues
Component 14a is configured between top cabinet body 11 and door component II, forms the side discharge opening 141 for the air that spues.
Base portion 12 can have its front surface in the box shape of opening.In the case where the outer peripheral edge of base portion 12 can configure
A part of portion's cabinet body 13 and side discharge component 14a.
In the state that the base portion 12 and top cabinet body 11 configured up and down combines, in base portion 12 and top cabinet body 11
Front surface configure door component II.
Lower part cabinet body 13 can be with the side and rear in covering base portion 12.
Cabinet body component I can be with further include: inner panel 15, when door component II is to the left or when right side is mobile, it is described in
Portion's panel 15 covers the front surface for the cabinet body component I being exposed.In inner panel 15, it is formed in the front with set sink 51
Hole 152 in front of sink.In inner panel 15, the front of air supply module 31 is formed with front air supply module hole in front of configuration
151.Front air supply module hole 151 can have identical with the front discharge opening 211a formed on door face board 21 described below
Area.
Door component II includes: door face board 21, for covering the front surface of indoor unit, is formed with front discharge opening in one side
211a；Door mobile module 28, moves door face board 21 along left and right directions；Discharge lid 25, for being opened and closed shape on door face board 21
At front discharge opening 211a；Discharge lid mobile module 26, moves discharge lid 25 along up and down direction；Display apparatus module
29, for showing the working condition of indoor unit, or the instruction for inputting user；And camera model 22, it is used for sensing chamber
The condition in interior space.
Wherein, the condition of the interior space may include the size of the interior space, indoor occupant number present in the interior space
Mesh, position of indoor occupant etc..It is detailed below for the specific structure of door component II.
Blowing fan components III include: front air supply module 31, for the front discharge air to indoor unit；Side air-supply mould
Block (not shown), for the two sides direction discharge air to indoor unit.The blowing fan components III of the present embodiment may include one
A front air supply module 31 and three side air supply modules.Front air supply module 31 and side air supply module are configured at heat exchange group
The front of part IV.
Front air supply module 31 is configured at the upside of side air supply module.Front air supply module 31 is formed on door face board 21
22 discharge air of front discharge opening.
The front air supply module 31 of the present embodiment can have following structure, that is, the energy when front discharge opening 22 is open
It is enough to move forwards, so that the direction of court, discharge opening institute can be rotated along upper and lower, left and right, diagonal direction.
Side air supply module is configured at the downside of front air supply module 31.The side air supply module of the present embodiment can have more
It is a to be configured up and down.Side air supply module the air of discharge can be respectively discharged by side discharge opening 14a.
Heat exchanger assembly (not shown) makes the room air being drawn into inside top cabinet body 11 and refrigerant carry out heat exchange.
Heat exchanger assembly may include: heat exchanger (not shown), carry out the refrigerant of heat exchange in the heat exchange with room air
It is flowed in machine；Refrigerant pipe (not shown), is used to form refrigerant flow path, so that refrigerant is flowed into heat exchanger or handed over from heat
It changes planes discharge.
Heat exchanger is configured at the rear of blowing fan components III.Heat exchanger can be configured at suction inlet and discharge opening 22,
Between 141, and the air of indoor unit internal flow is made to carry out heat exchange.Heat exchanger is configured at filter assemblies VI and blowing fan
Between component III.Heat exchanger can have the height pair with multiple side air supply modules and the configuration of about 31 front air supply module
The length answered.
Humidification component V can be to the humidified air that spues outside indoor unit.Humidifying component V may include: sink 51,
For storing water；Heating part (not shown) receives the water of the sink 51 of supply and is heated；Humidification discharge ozzle (is not schemed
Show), it is formed with the humidification discharge opening for the humidifying air being heated that spues；It humidifies flow channel tube (not shown), for that will heat
The humidifying air being heated in portion is guided to humidification discharge ozzle.
Sink 51 and heating part can be configured at the inner space of base portion 12.Humidify the humidification that the end of flow channel tube is formed
Discharge ozzle can be configured at the part for being formed with side discharge opening 14a.It spues as a result, to humidification discharge ozzle humidified
Air can will spue together with the air flowed to side discharge opening 14a under the action of the air supply module of side and arrive indoor unit
It is external.
Sink 51 is configured at the inside of base portion 12, when with door face board 21 to the left or right side is mobile and sink 51 is revealed
When out, sink 51 can be tilted along forward direction.
Filter assemblies VI are used to remove the impurity for the air for being flowed into suction inlet.Filter assemblies VI are in top cabinet body 11
Rear configured in a movable manner.Filter assemblies VI are configured at the suction inlet that the rear of top cabinet body 11 is formed,
And the room air for being flowed into suction inlet 111 can be filtered.Filter assemblies VI are configured in a movable manner
Portion's cabinet body 11.
The filter assemblies VI of the present embodiment include the filter for removing the impurity being drawn into the air of suction inlet
Module 61.Filter module 61 can be configured at suction inlet by filter assemblies VI, or to the side face of top cabinet body 11
Outside is configured.Filter module 61 can be at the rear for the top cabinet body 11 for being formed with suction inlet configured with multiple.
The filter assemblies VI of the present embodiment may include: filter module 61, miscellaneous in the air for removing flowing
Matter；Filter installation component (not shown), for installing filter module 61；And mobile member (not shown), for changing
The position of filter installation component.
The filter module 61 of the present embodiment can change its arrangement according to filter installation component and mobile member.
That is, filter module 61 can use filter installation component and mobile member and be configured at top cabinet body 11 rear formed
Suction inlet, or configured to the outside of the side of top cabinet body 11.
Filter cleaning component VII configures in a movable manner at the rear of filter assemblies VI, and can remove filtering
The impurity in VI outside of device assembly.The guide rail (not shown) that filter cleaning component VII can be configured along the rear of top cabinet body 11
It is moved up and down.
Filter cleaning component VII is moved up and down along guide rail, shakes off impurity existing for VI outside of filter assemblies simultaneously
It is sucked, so as to remove impurity existing for filter module 61.
Filter cleaning component VII may include: filter cleaning device 71, move along guide rail, and for removing filter
Impurity present in module 61；Power supply device (not shown) is connected to filter cleaning device using power supply line (not shown)
71, for supplying power supply to filter cleaning device 71.
<door component>
Hereinafter, being illustrated referring to door component of the Fig. 2 to Figure 18 to the present embodiment.
Door component II includes: door face board 21, is formed with front discharge opening 211a；Discharge lid 25 is spat for being opened and closed front
Export 211a；Door mobile module 28, moves door face board 21 to the left and right of cabinet body component I；Discharge lid mobile module 26,
For moving up and down the position of discharge lid 25；And display apparatus module 29, for providing room to door face board 21 with visual manner
The information of interior machine.
The door component II of the present embodiment further include: top panel 23 is incorporated into the back surface of door face board 21, is used to support the shop front
The structure of plate 21, and it is formed with panel discharge opening 23a；Lower panel 24 is incorporated into the back surface of door face board 21, is used to support the shop front
The structure of plate 21, and it is configured at 23 downside of top panel；Camera model 1900 is configured at 23 upside of top panel, for shooting interior
Image；And cable guide member 27, the upper end rotatably to be assembled relatively with the discharge lid 25, under
End rotatably to be assembled relatively with the top panel 23, for storing the cable being connected with the lid 25 that spues.
<door component-door face board>
Door face board 21 is configured at the front surface of indoor unit.Door face board 21 includes: front face 211；First side portion 212a, matches
It is placed in the left side of front face 211, for covering the left side of top panel 23 and lower panel 24；Second side face 212b, is configured at
The right side of front face 211, for covering the right side of top panel 23 and lower panel 24.
Portion 211 is formed with along front-rear direction in the front discharge opening 211a of opening and along front face 211 in front
Front-rear direction is in the display hole 211b being open.
Front discharge opening 211a and display hole 211b are arranged along up and down direction.Display hole 211b is located at front discharge
The downside of mouth 211a.Differently with the present embodiment, display hole 211b can be located on the upside of front discharge opening 211a.
Front discharge opening 211a is formed as round.The shape of front discharge opening 211a and the front shape of discharge grid 311
It is corresponding.Expose the discharge grid 311 hidden inside cabinet body component I to external by front discharge opening 211a.
When front discharge opening 211a is open, front air supply module 31 is moved along the front direction discharge opening 211a, thus
It can make the perforation of discharge grid 311 front discharge opening 211a and be protruded more forwards than door face board 21.
The left side edge in the portion 211 in front first side portion 212a is protruded rearward, and for covering front face 211
The left side of the upper surface of fixed plate 23 and lower panel 24 on back surface.
The right side edge in the portion 211 in front second side face 212b is protruded rearward, and for covering front face 211
The right side of the upper surface of fixed plate 23 and lower panel 24 on back surface.The first side portion 212a and second side face 212b is used
Expose in the side facing external of cutting top panel 23 and lower panel 24.
In the present embodiment, front face 211, first side portion 212a and second side face 212b of door face board 21 are constituted
It can make and be integrated.In the present embodiment, door face board 21 is whole can be formed by metal material.Especially, door face board 21
Entirety can be made of aluminium material.
The center position along door face board is formed in first side portion 212a and the respective end second side face 212b
The the first bending section 212a1 and the second bending section 212b1 vertically bent.In the first bending section 212a1 and the second bending section
212b1 is each and front face 211 on the inside of can configure top panel 23 and lower panel 24.
Front face 211, first side portion 212a, second side face 212b, the first bending section 212a1 and second as a result,
Facial 211 rears form the insertion space 213 being inserted into for top panel 23 and lower panel 24 to bending section 212b1 forward.Top panel 23
The insertion space 213 of 211 rear of front face formation can be clamped in lower panel 24 and configuration is fixed.
Top panel 23 and lower panel 24 can separately be made, and top panel 23 is inserted into from the upside of door face board 21
To inside door face board 21, lower panel 24 is inserted into inside door face board 21 from the downside of door face board 21.
Top panel 23 and lower panel 24 are inserted in the insertion space 213 of door face board 21 and are fixed, and are used to support door face board
21, and the deformation and bending of door face board 21 can be prevented.
In the present embodiment, top panel 23 and lower panel 24 can support the front face for being continually applied external impact
211, first side portion 212a and second side face 212b.
Top panel 23 has plate shape, and is configured at the back surface of door face board 21.Panel is formed in top panel 23 to spue
Mouth 23a, the panel discharge opening 23a are penetrated through along the front-rear direction of top panel 23, and after front discharge opening 211a
Discharge opening 211a is connected in front of Fang Yiyu.
Panel discharge opening 23a is corresponding with front discharge opening 211a.Front discharge opening 211a is located at ratio panels discharge opening 23a more
The position in front.In the present embodiment, panel discharge opening 23a and front discharge opening 211a are all formed as circle.It spits in order to prevent
The situation of air leakage out, can configure gasket (not shown) between panel discharge opening 23a and front discharge opening 211a.
The area of panel discharge opening 23a can be identical as the area of front discharge opening 211a, or spues than the front
The area of mouth 211a is larger formed.In the present embodiment, it is contemplated that the installation of the gasket can spue than the front
The diameter of mouth 211a somewhat more forms the panel discharge opening 23a.
The discharge grid 311 of front air supply module 31 penetrates through panel discharge opening 23a and front discharge opening 211a in order, spits
Grid 311 protrudes more forwards than the front surface of the door face board 21 out.
In the present embodiment, discharge lid 25 and display apparatus module 29 are set in top panel 23.
In the state that discharge lid 25 and display apparatus module 29 are assembled in top panel 23, top panel 23 can be installed
In door face board 21.
It include the display apparatus module mounting portion 232 for installing display apparatus module 29 in top panel 23.Display apparatus module peace
Dress portion 232 is used to install the display casing 291 for the display apparatus module 29 being described below.The display formed on top panel 23
Module mounting portion 232 could be formed with the hole of shape corresponding with display apparatus module casing 291.Display apparatus module mounting portion 232
It may include the fastening part (not shown) being fastened using additional fastening member (not shown) and display casing 291.
Display apparatus module 29 is fixed on the display apparatus module mounting portion 232 of top panel 23 using display casing 291.Pass through
The situation that display casing 291 protrudes display apparatus module 29 forwards in top panel 23 minimizes.
The mode that display casing 291 can penetrate through the top panel 23 along front-rear direction configures.
For display apparatus module 29 in the state of being assembled in top panel 23, part of it passes through the display hole of door face board 21
211b exposes to outside.In the state of exposing display apparatus module 29 to outside by display hole 211b, display apparatus module 29
Continuous face can be formed with the front surface of door face board 21.
That is, being configured at 292 front surface of front glass in the front of display apparatus module 29 not than door face board 21 more forwards
Protrusion, but continuous plane can be formed with the front surface of the door face board 21.
Display apparatus module 29 receives and dispatches power supply and electric signal by penetrating through the cable of top panel 23.
Discharge lid 25 can be configured at the back surface of top panel 23, and vertically along the back surface of top panel 23
It is mobile.
In front of discharge lid 25 is open after discharge opening 211a, when discharge lid 25 moves downward, discharge lid 25
Height identical with the display apparatus module 29 can be located at.
Discharge lid 25 is configured in a manner of moveable in the up-down direction relative to top panel 23.
In the present embodiment, top panel 23 and lower panel 24 are along up and down direction lamination.Especially since top panel 23 and
Lower panel 24 is assembled with one another in 21 inside of door face board, when the sliding of door component II is mobile, makes the shaking or fortune generated
Row noise minimizes.
It is assembled for this purpose, top panel 23 and lower panel 24 can be interference fitted form.In top panel 23 and lower panel 24
A panel form the panel protrusion of oriented opposite side protrusion, remaining panel is formed with convex for accommodating the panel
The panel clamping section 241 in portion out.
In the present embodiment, panel protrusion 233 is formed in top panel 23.The panel protrusion 233 is in top panel
It is protruded to downside 23 lower end.
Lower panel 24 is set to the back surface of door face board 21.Lower panel 24 is set to the insertion space 213 of door face board 21.Under
23 downside of plate located above of panel 24, is used to support top panel 23, and assembled with top panel 23.
Lower panel 24 is set in door face board 21, to prevent the deformation of door face board 21.Lower panel 24 and top panel 23 are with mistake
The fit system that is full of combines, and supports the top panel 23 in the downside of the top panel 23.
The panel clamping section with the combination clamped against one another of panel protrusion 233 of top panel 23 is formed on the upside of plate 24 below
241.Panel clamping section 241 to downside concave shape at.
The lower panel 24 is provided with a driving portion 282.
The indoor unit of the air conditioner of one embodiment of the invention may include: upper end position sensor 235a and lower end position
Sensor 235b is configured at the medial surface of door face board 21, for detecting the movement of discharge lid 25.
For example, the infrared ray IR transceiver module of upper end position sensor 235a and lower end position sensor 235b is located at
The mobile starting point (highest point) of discharge lid 25, mobile end point (minimum point), so as to detect the position of discharge lid 25
It sets.
When being normally carried out movement, discharge lid 25 can be by upper end position sensor 235a and lower end position sensor
Sensor detection in 235b.
For example, the discharge lid 25 under closed state can be detected by upper end position sensor 235a, under open state
Discharge lid 25 can be detected by lower end position sensor 235b.
According to product unlatching/closing motion instruction, the original position of discharge lid 25 is can be confirmed in control unit 800, and makes
Discharge lid 25 is mobile to opposite location.
It is following if the detection sensor of opposite location starts to detect when mobile to opposite location from original position
The control unit 800 to be illustrated can make discharge opening lid mobile module 26 carry out deceleration operating.
Also, when discharge lid 25 reaches target location (highest point or minimum point), control unit 800, which can control, to be spat
Outlet cap 25 stops.
In addition, even if discharge lid 25 is not in accurate initial position, if in upper end position sensor 235a or
Lower end position sensor 235b detects discharge lid 25, and control unit 800 can be controlled based on the location information of discharge lid 25
The movement of discharge lid 25 processed.
But it may occur to sense from two between upper end position sensor 235a and lower end position sensor 235b
Device 235a, 235b can not detect the abnormal operation condition of discharge lid 25.
For example, when discharge lid 25 is located at the centre between upper end position sensor 235a and lower end position sensor 235b
When the band of position, (off) is closed in case of power supply line or is had a power failure, then such abnormal operation condition may occur.
When being abnormal operation condition, control unit 800, which can control, compensates operating.
Control unit 800 can use closing motion to carry out initialization compensation operating, so that upper end position sensor 235a
It is capable of detecting when discharge lid 25.
In the case, control unit 800 can control discharge lid mobile module 26 and be carried out with maximum (Max) step (step)
Movement.
Then, when detecting discharge lid 25 from upper end position sensor 235a, control unit 800 can be based on detecting
Location information control discharge lid 25.
Alternatively, control unit 800 can be unconditional when failing to detect discharge lid 25 from upper end position sensor 235a
Ground stops discharge lid 25, and is coped with sensor fault mode.Under sensor fault mode, control unit 800 can be with
Audio output part 840 and/or display apparatus module 29 are controlled, the message for prompting sensor fault can be exported.
<door component-discharge lid>
Discharge lid 25 is the structure for being opened and closed the front discharge opening 211a configured in door component II.
Discharge lid 25 expands the movement routine of front air supply module 31 by open front discharge opening 211a.It send in front
Wind module 31 can be by open front discharge opening 211a to protruding outside door component II.
Discharge lid 25 is located in the movement routine of front air supply module 31.When front discharge opening 211a is open, spue
It is mobile outside the movement routine of the air supply module 31 forwards of lid 25.
Discharge lid 25 includes: to be configured at front discharge opening 211a, door closure 251, forwards the front and back of discharge opening 211a
To mobile to be opened and closed front discharge opening 211a；Door closure shell 253 forms at least part of space for accommodating door closure 251,
For adjusting the upper and lower position of door closure 251；And door closure mobile module 252, it is configured between door closure shell 253 and door closure 251,
For moving door closure 251 along front-rear direction from door closure shell 253.
Door closure 251 is inserted in front discharge opening 211a, and provides the continuous face of front face 211 with door face board 21.It utilizes
The driving of door closure mobile module 252, door closure 251 can be moved rearward.In door closure 251 after front discharge opening 211a separation,
Discharge lid 25 can be made integrally to move downward by driving discharge lid mobile module 26.
When moving downward door closure 251 using discharge lid mobile module 26, front discharge opening 211a is in front and back
Upwards in opening.
As shown in figure 8, will rearward be moved from front discharge opening 211a door closure 251 due to door closure mobile module 252,
And it is open that the state that door face board 21 and door closure 251 separate in the longitudinal direction is defined as the first front.
When open in the first front, front air supply module 31 is blocked by the door closure 251, to not reveal to user
Out.
When open in the first front, front air supply module 31 is located at the rear of door closure 251.It is opened when in the first front
When putting, the door closure 251 is located at the position at the more rear than front face 211.
As shown in Figure 10, by due to discharge lid mobile module 26 door closure 251 before the rear direction of front discharge opening 211a
It is mobile on the downside of square discharge opening 211a, and front discharge opening 211a is not defined as the second front by the state that door closure 251 blocks and opens
It puts.
When open in the second front, door closure 251 is located at 31 downside front discharge opening 211a and front air supply module.When
When open in the second front, the door closure 251 is located at the position at the more rear than front face 211.
When open in the second front, front air supply module 31 is exposed by front discharge opening 211a to user.Work as place
When the second front is open, front air supply module 31 moves forwards, and discharge opening 211a can protrude outside forwards, described
It, can be towards indoor discharge air in the state that front air supply module 31 is protruded to outside door face board 21.
When open in the second front, at least one of door closure shell 253 or door closure 251 are located at display apparatus module
29 rears.When open in the second front, even if door closure 251 moves downward, it will not be interfered with display 1500.
When open in the second front, the back surface of door closure 251 and display apparatus module 29 separates specified interval.
That is, the interference in order to prevent door closure 251 and display apparatus module 29 when carrying out the second front opening operation, when being in
When first front is open, door closure 251 more can rearward be moved than 21 thickness of door face board.
Door closure 251 includes: outer door closure 2511, forms continuous face with door face board 21；Interior door closure 2512, is incorporated into outer door closure
2511 back surface is assembled with door closure mobile module 252, and using the driving force of door closure mobile module 252 come along preceding
Rear direction is mobile；Moving member 2513 is connected with interior door closure 2512, by connecing with interfering for door closure mobile module 252
Receive the driving force transmitted from door closure mobile module 252.
Moving member 2513 and the lid guiding piece 2524 of aftermentioned door closure mobile module 252 are assembled.Moving member 2513 exists
Lid guiding piece 2524 interferes when being rotated, and make to advance with door closure 251 that the moving member 2513 combines or after
It moves back.
The area and shape of outer door closure 2511 are identical as the area of front discharge opening 211a and shape.
Interior door closure 2512 is not limited to the area or shape of front discharge opening 211a.In the present embodiment, interior door closure
2512 form more widerly than outer door closure 2511.Interior door closure 2512 can play stopping for the forward direction movement for limiting outer door closure 2511
Moving part function.
When outer door closure 2511 is inserted in front discharge opening 211a, interior door closure 2512 is tightly attached to the side of front discharge opening 211a
Edge.
In the present embodiment, front discharge opening 211a and outer door closure 2511 are formed as diameter and the identical circle of shape, institute
It states interior door closure 2512 and is formed as its diameter circle bigger than front discharge opening 211a.Especially, the outer side edges of interior door closure 2512
Edge is formed flatly along up and down direction, and covers the boundary between front discharge opening 211a and outer door closure 2511.
Outer door closure 2511 can be formed by material identical with the material of door face board 21.The entirety of outer door closure 2511 can be by
Aluminum metal material is formed.The outer door closure 2511 can also be coated only in its front surface using metal material.Before only
In the case that surface is coated using metal material, the loading of door closure 251 can be reduced, and it is mobile to reduce the door closure
The operation of module 252 and discharge lid mobile module 26 loads.
The thickness of outer door closure 2511 and front face 211 is identically formed, when being inserted in front discharge opening 211a, outer door closure
2511 can form continuous face with the front surface and rear surface of front face 211.
Interior door closure 2512 is tightly attached to the back surface of outer door closure 2511, and is incorporated into the back surface of the outer door closure 2511, and
And it more wider than the diameter of outer door closure 2511 is formed.
The center of interior door closure 2512 and the center of outer door closure 2511 are consistent.
In the present embodiment, interior door closure 2512 is formed as disk form.Differently with the present embodiment, interior door closure 2512 can also
To be formed as the annular state for forming space in its center.
Interior door closure 2512 includes: core door closure 25121 (core door cover), positioned at the center of interior door closure 2512, and it is tight
It is affixed on the back surface of outer door closure 2511；Frame door closure 25122 (border doorcover) is located at than core door closure 25121 half
The position of more lateral on diameter direction, and it is tightly attached to the outer ledge of outer door closure 2511；Door closure 25123 is connected, for connecting core door
Lid 25121 and frame door closure 25122；Dowel 25124, for connecting core door closure 25121, connection door closure 25123 and frame
Door closure 25122, and protruded from connection door closure 25123 to outer 2511 side of door closure.
Dowel 25124 is configured from the center of interior door closure 2512 towards radial direction outside.Dowel 25124 is configured with more
It is a, and relative to the center of the interior door closure 2512 by angularly being configured.
The front surface of dowel 25124 can be tightly attached to the back surface of external door 1212.The back surface of dowel 25124 and company
The production of door closure 25123 is connect to be integrated.The medial surface of dowel 25124 is connected to core door closure 25121, and lateral surface is connected to frame door
Lid 25122.
When viewed from the front, core door closure 25121 is formed as round, and frame door closure 25122 is formed as annular.
The core opening portion 25121a of a part of structure insertion for door closure mobile module 252 is formed in core door closure 25121.
Due to a part of structure in core opening portion 25121a insertion door closure mobile module 252, the front and back of discharge lid 25 can be made
To minimizing thickness
Frame door closure 25122 with the outer door closure 2511 to be formed parallel to.It include frame flange in frame door closure 25122
25122a, the frame flange 25122a protrude more outward than the outer ledge of outer door closure 2511.
Frame flange 25122a is located at the position than the interior more rear side of door closure 2512.Frame flange 25122a is than interior door closure
2512 protrude more outward in the radial direction.
In the present embodiment, frame flange 25122a is formed as round along the outer ledge of outer door closure 1214.
The thickness of discharge lid 25 occupies major part in the thickness of the door component II.Therefore, make discharge lid 25
Front-rear direction minimizing thickness is the important element for making the minimizing thickness of door component II.If making the thickness of door component II
Degree minimizes, then the operation of a driving portion 282 can be made to load and minimized.
Core opening portion 25121a penetrates through outer door closure 1214 in the longitudinal direction.Aftermentioned door is inserted into core opening portion 25121a
The motor of lid mobile module 252.
Moving member 2513 is configured at interior door closure 2512.Moving member 2513 can also make with interior door closure 2512 and be integrated.
In the present embodiment, moving member 2513 is assembled in interior door closure 2512 after individually being made.Therefore, moving member
2513 configured with the package assembly for being assembled with interior door closure 2512.
Moving member 2513 includes: moving member main body 25131, protrudes configuration rearward from interior door closure 2512；Moving member draws
Guiding element 25132 inwardly or outside protrusion from moving member main body 25131 and is inserted in leading for aftermentioned lid guiding piece 2524
Track slot 25243 (guide way).
When viewed from the front, moving member main body 25131 on the whole be shaped as annular state.
The moving member fastening part 25133 being fastened with interior door closure 2512 is formed in moving member main body 25131.Moving member is tight
Gu portion 25133 is protruded to the inside of moving member main body 25131.The protrusion direction and moving member of the moving member fastening part 25133
The protrusion direction of guiding piece 25132 is opposite.
Fastening part 25121b corresponding with moving member fastening part 25133 is formed in interior door closure 2512.Fastening part 25121b
It protrudes to be formed to core opening portion 25121a.Fastening part 25121b is inserted into the inside of moving member main body 25131.
The moving member main body for being used to support the rear end of core door closure 25121 is configured in the inner peripheral surface of moving member main body 25131
Supporter 1233.
Moving member main body 25131 and the production of moving member guiding piece 25132 are integrated.The moving member main body 25131 is from door
Lid 251 protrudes configuration rearward.The moving member main body 25131, which extends to, to interference with aftermentioned lid guiding piece 2524
Length.
In the present embodiment, moving member guiding piece 25132 is mutually orthogonal with moving member main body 25131.Moving member guiding piece
25132 can configure along the direction parallel with front face 211.
The protrusion direction of moving member guiding piece 25132 can according to and the combination of lid guiding piece 2524 and it is different.In this reality
It applies in example, since moving member main body 25131 is inserted in the inside of lid guiding piece 2524, moving member guiding piece 25132 is from moving member
Main body 25131 is protruded outward.Differently with the present embodiment, the outside of lid guiding piece 2524 is located in moving member main body 25131
In the case where, guide hump is protruded to the inside of moving member main body 25131.
Moving member guiding piece 25132 is assembled in the guide-track groove 25243 of aftermentioned lid guiding piece 2524, in the lid guiding piece
2524 when being rotated, and moving member guiding piece 25132 can advance or retreat along guide-track groove 25243.
In addition, door closure shell 253 is vertically moved along top panel 23.
Door closure shell 253 includes: door closure housing body 2531, is vertically moved along top panel 23；Door closure storage
Portion 2532 is configured at door closure housing body 2531, towards front in opening, and selectively accommodates door closure 251；Mobile module is set
Portion 2533 is set, door closure housing body 2531 is configured at, towards front in opening, is connected with the door closure incorporating section 2532, matches
It is placed in the position of the more rear side than door closure incorporating section 2532, and a part of structure for configuring door closure mobile module 252.
Door closure shell 253 includes: guiding tendon 2536, for moving door closure shell 253 along top panel 23.Also,
Top panel 23 can be formed with guiding groove (not shown) along up and down direction, and the guiding groove is formed as carrying out guiding tendon 2536
It is mobile.The front-rear direction that guiding tendon 2536 can limit the discharge lid 25 moved along up and down direction moves.
Door closure shell 253 is located at the insertion space 213 of the door face board 21.
The left side and right side of door closure shell 253 be located at the first bending section 212a1 and the second bending section 212b1 it is respective before
Side, the first bending section 212a1 and each front-rear direction relative to door closure shell 253 of the second bending section 212b1 form mutual card
Only, and the situation that door closure shell 253 rearward separates is cut off.Door closure shell 253 can be slided along up and down direction and be moved, and its
Movement is then limited in the front-back direction.
Door closure housing body 2531 can be upward along the insertion space 213 that the left side and right side of door face board 21 are respectively formed
Lower direction is mobile.Door closure housing body 2531 is vertically moved using discharge lid mobile module 26.
The front-rear direction thickness of door closure housing body 2531 is less than the insertion space 213 and is formed.
When door closure mobile module 252 is run, door closure 251 can move rearward, and be accommodated in door closure incorporating section
2532.As closing front discharge opening 211a, door closure 251 is located at the position in the more front than door closure shell 253, and is located at and the shop front
On 21 same plane of plate.
The front of door closure incorporating section 2532 is in opening, with for accommodating door closure 251, it is formed as round when viewed from the front
Shape.Door closure incorporating section 2532 is from the rearward recessed formation of door closure shell 253.
The upper surface 2531a of door closure housing body 2531 is formed as curved surface, and matches in a manner of the edge to surround door closure 251
It sets.The door closure 251 can be located at the downside of upper surface 2531a.In upper surface, the downside of 2531a configures the door closure incorporating section
2532。
The center of curvature of upper surface 2531a can be consistent with the center of curvature of door closure 251.Upper surface 2531a is located at door
On the outside of the radial direction of lid 251.
In addition, being configured with door closure upper wall 231 in top panel 23, the door closure upper wall 231 and door closure shell 253 are mutually dry
It relates to, and the movement for limiting the discharge lid 25.
Door closure upper wall 231 protrudes rearward from top panel 23.
Door closure upper wall 231 can be formed as shape corresponding with the upper side of door closure shell 253.In the present embodiment, by
Be formed as arc shape when viewed from the front in the upper side of door closure shell 253, the door closure upper wall 231 is formed as having a diameter larger than
The arc shape of the door closure shell 253.
Door closure upper wall 231 is formed in such a way that the upper side for surrounding door closure shell 253 is whole.Under door closure upper wall 231
Side is glued with door closure shell 253, can cut off the leakage of interior of the cabinet air.
Door closure upper wall 231 can form the center of curvature identical with panel discharge opening 23a.Door closure upper wall 231 is formed as comparing
Panel discharge opening 23a bigger radius of curvature.
Door closure upper wall 231 can cut off interior of the cabinet air and flow to 22 side of camera model.It is straight in the cold air of cabinet body component I
It connects in the case where being supplied to 22 side of camera model, may condense in camera model 22.
In order to which the upside for limiting discharge lid 25 is mobile, it is upper that door closure upper wall 231 is preferably located in ratio panels discharge opening 23a
The position of side.
When so that upper surface 2531a is in contact with door closure upper wall 231 when the upward side of discharge lid 25 is mobile, door closure 251, face
Plate discharge opening 23a and front discharge opening 211a is configured in a manner of in a column relative to front-rear direction.Discharge lid 25 not
In the case where rising to positive position, door closure 251 is engaged by top panel 23, so that front discharge opening 211a can not be moved to.
Each side 2531b of door closure housing body 2531 is with first side portion 212a and second side face with door face board 21
The mode of 212b opposite direction configures.Side 2531b is located at the insertion space 213 of door face board 21, and can be along the insertion space
213 vertically move.
Mobile module setting unit 2533 is from the rearward recessed formation of door closure housing body 2531.Mobile module setting unit 2533
It is connected with door closure incorporating section 2532, and is located at the position of the more rear side than door closure incorporating section 2532.
The front of mobile module setting unit 2533 is formed as round in opening when viewed from the front.Mobile module setting
The area in portion 2533 is less than the area of door closure 251, and is located at the rear side of door closure 251.The front and back of mobile module setting unit 2533
Direction thickness is less than the thickness of door closure shell 253.
In the present embodiment, when viewed from the front, the mobile module setting unit 2533 is formed as round.Mobile module is set
The center at the center and door closure 251 of setting portion 2533 is consistent.
In addition, the major part of the structure of door closure mobile module 252 is arranged in mobile module setting unit 2533.
Door closure mobile module 252 is the structure for moving door closure 251 forward and backward.Door closure mobile module 252 is
For realizing the open structure in the first front.
Door closure 251 can be moved forward and backward by the method for multiplicity.For example, door closure 251 can be with such as hydraulic cylinder
The actuator of cylinder is connected, and is moved forward and backward by the movement of the piston of the hydraulic cylinder.It is described as another example
Door closure 251 can couple (link) structure by motor and more piece to move forward and backward.
But the structure of such as coupling structure and hydraulic cylinder need to be provided with to the front of cabinet body component I it is mobile or
Therefore the structure of rotation will inevitably increase the front-rear direction thickness of door component II.
In the present embodiment, door closure mobile module 252 converts the rotary force of door closure motor by interfering, to make
The door closure 251 moves forward and backward.
The structure of such door closure mobile module 252 can make the front-rear direction minimizing thickness of door component II.
Door closure mobile module 252 includes: door closure motor 2521, positioned at the rear of door closure 251, is set to door closure shell 253,
And configure door closure motor shaft along front-rear direction；Sun gear 2522 in conjunction with door closure motor progress axis, and utilizes door
The operation of lid motor and rotated；Multiple planetary gears 2523, are assembled in door closure shell 253 in a rotatable way, and too
Positive gear 2522 is meshed, and is configured on the outside of the radial direction of sun gear 2522；Lid guiding piece 2524 is configured at door closure shell
Between body 253 and door closure 251, multiple planetary gears 2523 are located at the inside of the lid guiding piece 2524, with multiple planetary gears
2523 are meshed respectively, and when planetary gear 2523 rotates, the lid guiding piece 2524 is clockwise or square counterclockwise
To being rotated, and by making the door closure 251 advance or retreat with interfering for door closure 251.
Sun gear 2522 be pinion gear (pinion gear), sun gear 2522 lateral surface circumferentially
It is formed with tooth form.
Planetary gear 2523 is pinion gear, is circumferentially formed with tooth form in the lateral surface of planetary gear 2523.?
In the present embodiment, there are three the configurations of planetary gear 2523.Three planetary gears 2523 are engaged in the outer of sun gear 2522 respectively
Side, and rotated simultaneously when sun gear 2522 rotates.
Multiple planetary gears 2523 and sun gear 2522 are inserted in the mobile module setting unit 2533 of door closure shell 253.
It is configured in mobile module setting unit 2533 for the sun gear setting unit 2534 of the sun gear 2522 to be arranged and is used for
Each planetary gear setting unit 2535 of each planetary gear 2523 is set.
It can be inserted the rotary shaft of sun gear 2522 in sun gear setting unit 2534, the sun gear 2522 is in group
In the state of sun gear setting unit 2534, it can be rotated in place.
Door closure motor 2521 is located at the position in the more front than the sun gear 2522.The door closure motor 2521, which is located at, to be moved
Inside dynamic model block setting unit 2533.
The door closure motor shaft of door closure motor 2521 from front towards rear side configure, and be configured at door closure motor 2521
The sun gear 2522 at rear combines.
In order to which the door closure motor 2521 is fixed on door closure shell 253, it is also configured with electric machine casing 2525.In door closure electricity
In the case that machine 2521 is located at the back surface of door closure shell 253, door closure motor 2521 can be directly fastened to door closure shell 253.
Since the front-rear direction thickness for increasing discharge lid 25 is made door closure in the present embodiment by structure as described above
Motor 2521 is located inside door closure shell 253, and is configured to the electric machine casing 2525 of fixed door closure motor 2521.
Electric machine casing 2525 can be assembled in door closure shell 253.In the present embodiment, electric machine casing 2525 is to be assembled with door
The state of lid motor 2521 is inserted in inside mobile module setting unit 2533.By structure as described above, described spit can be made
The front-rear direction minimizing thickness of outlet cap 25.
Electric machine casing 2525 is located at the inside of lid guiding piece 2524, and lid guiding piece 2524 is outer in encirclement electric machine casing 2525
The form of side.
When viewed from the front, the electric machine casing 2525 is between door closure motor 2521 and lid guiding piece 2524.In the past
When rear direction is observed, electric machine casing 2525 is between door closure shell 253 and door closure 251.
In order to minimize front-rear direction length when assembling door closure motor 2521 and electric machine casing 2525, door closure motor
2521 are assembled in the form of penetrating through electric machine casing 2525.
For this purpose, electric machine casing 2525 is formed with the motor through portion 2525a penetrated through for door closure motor 2521.Motor through portion
2525a is formed along front-rear direction.Motor through portion 2525a is located at the core opening portion rear 25121a of interior door closure 2512.In group
In the state of electric machine casing 2525, door closure motor 2521 penetrates through motor through portion 2525a and is inserted in core opening portion
25121a。
Door closure motor 2521 is inserted not only through in the electric machine casing 2525 as assembled works, will also be inserted in along
Inside the works of the mobile door closure 251 of front-rear direction, therefore, the front-rear direction minimizing thickness of door component II can be made.
When from front-rear direction, the lid guiding piece 2524 is configured between door closure shell 253 and door closure 251.From just
When face is observed, the lid guiding piece 2524 is formed as the annular state along front-rear direction in opening.
Lid guiding piece 2524 can receive the rotary force transmitted from planetary gear 2523 and be rotated.It is observed from the front
When, lid guiding piece 2524 can clockwise or counterclockwise be rotated.
Lid guiding piece 2524 and door closure 251 are assembled in a manner of relatively moveable, are revolved in the lid guiding piece 2524
When turning, the door closure 251 can be made to advance or retreat by interfering.
Lid guiding piece 2524 includes: lid guidance body 25241, is formed as annular state；Guide gear 25242, along lid
The inner peripheral surface of guidance body 25241 configures, and is meshed with multiple planetary gears 2523；Guide-track groove 25243, draws along lid
The circumferencial direction of guiding element main body 25241 configures, and is assembled in a movable manner with moving member guiding piece 25132, when to suitable
Clockwise or when rotating counterclockwise, by making door closure 251 with interfering for the moving member guiding piece 25132
Advance or retreats.
When lid guiding piece 2524 using the operation of planetary gear 2523 and clockwise or rotates counterclockwise
When, the moving member 2513 of door closure 251 will be generated with the lid guiding piece 2524 to be interfered.When lid guiding piece 2524 rotates,
Moving member guiding piece 25132 is moved without rotation along guide-track groove 25243.
The gear form in a ring of guide gear 25242.Guide gear 25242 is configured at the interior of lid guidance body 25241
Circumferential surface.
In the present embodiment, guide-track groove 25243 is formed in a manner of penetrating through lid guidance body 25241.With the present embodiment
Differently, guide-track groove 25243 can be formed as flute profile state.It in the present embodiment, is the minimizing thickness for making lid guiding piece 2524,
Guide-track groove 25243 is formed in a manner of the interior outside for penetrating through lid guiding piece 2524.In the present embodiment, the moving member guiding piece
25132 are inserted in guide-track groove 25243.
In the present embodiment, the perforation direction of the guide-track groove 25243 is parallel with the front surface of door face board 21.The guide rail
The bonding position of slot 25243 and moving member guiding piece 25132 is the direction to intersect with front-rear direction.
Guide-track groove 25243 is formed along front-rear direction.Moving member guiding piece 25132 and the guide-track groove 25243 are mutually dry
It relates to, and moves the moving member guiding piece 25132 along front-rear direction using interfering.
Guide-track groove 25243 extends to form longlyer along the circumferencial direction of lid guidance body 25241, and draws in the lid
Slow curve is formed in front of the rear direction of guiding element main body 25241.Before the door closure 251 can be by the guide-track groove 25243
Rear direction length scale is advanced or is retreated.
Guide-track groove 25243 is formed in multiple positions, in the present embodiment there are three configurations.Three guide-track grooves 25243 are preferably
By being configured at equal intervals on the basis of the center of lid guiding piece 2524.
When lid guiding piece 2524 is clockwise or when rotating counterclockwise, guide-track groove 25243 and moving member draw
The generation of guiding element 25132 interferes.
Since guide-track groove 25243 configures forward and backward along the circumferencial direction of lid guiding piece 2524, when lid guiding piece
2524 rotation when, although moving member guiding piece 25132 without rotation, its advance along the guide-track groove 25243 or
It retreats.
The axis center of lid guiding piece 2524 is consistent with the axis center of sun gear 2522.Lid guiding piece 2524 is inserted in shifting
Dynamic model block setting unit 2533, and rotated inside mobile module setting unit 2533.
Guide gear 25242 is configured to circle along the inner peripheral surface of lid guidance body 25241.Guide gear 25242 with
Tooth form is formed with towards the mode of the axis center of lid guiding piece 2524.
Door closure motor 2521, multiple planetary gears 2523, sun gear 2522 are configured in the inside of lid guiding piece 2524, and
It can make the front-rear direction minimizing thickness of door closure mobile module 252 by structure as described above.
<door component-discharge lid mobile module>
Discharge lid mobile module 26a, 26b are to move discharge lid 25 along vertical direction, and be used to be configured at
The front discharge opening 211a of door face board 21 is set as the structure of the second front open state.
In the present embodiment, discharge lid mobile module 26a, 26b is respectively arranged at the left side and the right side of door closure shell 253
Side.Differently with the present embodiment, discharge lid mobile module 26a, 26b can also only be configured with one.
In the present embodiment, due to the simultaneous upper bottom for playing fixed discharge lid 25 discharge lid mobile module 26a, 26b
Discharge lid mobile module 26a, 26b or so are configured two to disperse the support loading of discharge lid 25 by the function of setting.
Discharge lid mobile module 26a, 26b can be such that discharge opening lid 25 vertically moves along door face board 21.Especially
It is that discharge lid mobile module 26a, 26b can be such that the door closure shell for being combined with door closure 251 253 integrally vertically moves
It is dynamic.
Discharge lid 25 is moved along the insertion space 213 of door face board 21.Since discharge lid 25 is configured at the shop front
Inside plate 21, the installation space of discharge lid mobile module 26a, 26b are preferably configured as 213 or less the insertion space.
In the present embodiment, discharge lid mobile module 26a, 26b are provided for being set to the thickness of door face board 21 or less
Structure.In the present embodiment, the front-rear direction of discharge lid mobile module 26a, 26b with a thickness of the door face board 21 thickness
Below.
Door closure shell 253 can use discharge lid mobile module 26a, 26b, and the downside discharge opening 211a is mobile forwards, preceding
It is open that second front may be implemented in square discharge opening 211a.
The door closure 251 for being configured at the movement routine of the front air supply module 31 towards front discharge opening 211a, which can use, to be spat
The operation of outlet cap mobile module 26a, 26b and it is mobile on the downside of discharge opening 211a forwards.
When door closure 251 is moved downward to Vertical Square, any part of door closure 251 also will not be with the front discharge opening
211a overlaps.Discharge lid mobile module 26a, 26b make the door closure shell 253 be moved to the front air supply module 31
Outside movement routine.
When open in the second front, the discharge grid 311 can be exposed by front discharge opening 211a.
Discharge lid mobile module 26a, 26b include: the first discharge lid mobile module 26a, are configured at door closure shell 253
Left side；Second discharge lid mobile module 26b, is configured at the right side of door closure shell 253.
First discharge lid mobile module 26a and the second discharge lid mobile module 26b is identical structure, and in a left side
It is right symmetrical.
Discharge lid mobile module 26a, 26b include: rack gear 234a, 234b, are configured at door face board 21 or top panel 23,
And extend longlyer along up and down direction；Gear assembly 261a, 261b are configured at discharge lid 25, with rack gear 234a, 234b phase
Engagement, and moved when being rotated along rack gear 234a, 234b；Gear drive motor 262a, 262b are configured at discharge lid
25, for providing driving force to gear assembly 261a, 261b.
Discharge lid mobile module 26a, 26b can further include for gear assembly 261a, 261b and gear driving to be arranged
The gear housing (not shown) of motor 262a, 262b.It, can be in gear housing group cogged for assembling easy to accomplish and maintenance
After component 261a, 261b and gear drive motor 262a, 262b, gear housing is assembled in door closure shell 253.
Rack gear 234a, 234b extend longlyer along the lower-upper length direction of door face board 21.Rack gear 234a, 234b are configured at
The insertion space 213 of door face board 21.
In the present embodiment, rack gear 234a, 234b are set in top panel 23.In the present embodiment, the rack gear 234a,
234b is assembled in top panel 23.Rack gear 234a, 234b are set to the portion that the insertion space 213 is inserted in plate module 23 above
Point.
Rack gear 234a, 234b with each mode facing with each other of first side portion 212a and second side face 212b to match
It sets.
In the present embodiment, there are two rack gear 234a, 234b configurations, each rack gear 234a, 234b are respectively arranged at door face board
The insertion space 213 of 21 left side and right side configuration.When being divided, rack gear 234a, 234b include: the first rack gear
214a is configured at the left side of door face board 21；Second rack gear 214b, is configured at the right side of door face board 21.
Rack gear 234a, 234b can be formed in each face faced with gear assembly 261a, 261b and gear assembly
The tooth form that 261a, 261b phase are engaged.
Top panel 23 provides the structure that can accommodate rack gear 234a, 234b.
Discharge lid 25 adjusts its height using the engagement of gear assembly 261a, 261b and rack gear 234a, 234b.It utilizes
The upper-lower height of gear assembly 261a, 261b and rack gear 234a, 234b engaged to keep discharge lid 25.
The driving force of gear drive motor 262a, 262b are not only passed to the rack gear by gear assembly 261a, 261b
234a, 234b are also used to support the loading of discharge lid 25.In the present embodiment, gear assembly 261a, 261b offer can have
The structure of the loading of effect ground support discharge opening lid 25.
Gear assembly 261a, 261b include: the 1st gear 2611a, 2611b, are configured at discharge lid 25, using being formed in
First toothed region 26111 of outer peripheral surface is engaged with rack gear 234a, 234b phase；2nd gear 2612a, 2612b, is configured at discharge opening
Lid 25 passes through including the 2-1 toothed region 26121 and 2-2 toothed region 26122 formed by radius of curvature different from each other
2-1 toothed region 26121 is meshed with the first toothed region 26111 of the 1st gear 2611a, 2611b；3rd gear 2613a, 2613b,
It is configured at discharge lid 25, including the 3-1 toothed region 26131 and 3-2 toothed region formed by tooth form different from each other
26132, it is meshed by 3-1 toothed region 26131 with the 2-2 toothed region 26122 of the 2nd gear 2612a, 2612b；Worm tooth
Take turns 2614a, 2614b, be configured at discharge lid 25, be meshed with 3-2 toothed region 26132, with gear drive motor 262a,
262b is connected and rotates, and is configured along up and down direction.
The motor shaft 2621 of gear drive motor 262a, 262b are configured along up and down direction.
In the present embodiment, gear drive motor 262a, 262b motor shaft 2621 penetrate through gear on worm 2614a,
2614b.The axis center and motor shaft 2621 of gear on worm 2614a, 2614b are configured on same line.
1st gear 2611a, 2611b is meshed respectively with rack gear 234a, 234b and the 2nd gear 2612a, 2612b.2nd tooth
Wheel 2612a, 2612b are meshed respectively with the 1st gear 2611a, 2611b and the 3rd gear 2613a, 2613b.3rd gear 2613a,
2613b is meshed respectively with the 2nd gear 2612a, 2612b and gear on worm 2614a, 2614b.
Each tooth form shape of 1st gear 2611a, 2611b, the 2nd gear 2612a, 2612b and the 3rd gear 2613a, 2613b
As pinion gear type.1st gear 2611a, 2611b, the 2nd gear 2612a, 2612b and the 3rd gear 2613a, 2613b's
Each rotary shaft is formed along front-rear direction.
In the present embodiment, in the 2nd gear 2612a, 2612b, the diameter of 2-2 toothed region 26122 is greater than 2-1 tooth
The diameter in shape portion 26121.By configuring the diameter of 2-1 toothed region 26121 and 2-2 toothed region 26122 differently,
The engaging structure being engaged simultaneously with the 1st gear 2611a, 2611b and the 3rd gear 2613a, 2613b is provided.
In the present embodiment, the diameter of 3-1 toothed region 26131 and 3-2 toothed region 26132 is form differently.With institute
The diameter for stating the 3-2 toothed region 26132 that gear on worm 2614a, 2614b are meshed can be more straight than 3-1 toothed region 26131
Diameter is larger formed.
The shape on the whole of gear on worm 2614a, 2614b are cylindrical shape, and rotary shaft is matched along up and down direction
It sets.Gear on worm tooth form 1771, the edge gear on worm 2614a, 2614b are formed in the outer peripheral surface of gear on worm 2614a, 2614b
Up and down direction helically form.
Since the rotary shaft of gear on worm 2614a, 2614b are configured along up and down direction, gear on worm tooth form 1771
The external force of vertical direction can be supported.
It in the present embodiment, can since the rotary shaft of gear on worm 2614a, 2614b are configured along up and down direction
Support the vertical direction external force applied from the 3rd gear 2613a, 2613b.The cloth of gear on worm 2614a, 2614b in this way
It sets, no setting is required additional retainer etc., the situation that can also prevent the discharge lid 25 from moving downward by self weight.
In the present embodiment, the self weight of discharge lid 25 can be by rack gear 234a, 234b and the 1st gear 2611a, 2611b
Engagement and gear on worm 2614a, 2614b and the 3rd gear 2613a, 2613b engagement and support.
The motor shaft 2621 of gear on worm 2614a, 2614b and gear drive motor 262a, 262b are directly connected to.Gear drives
The motor shaft 2621 of dynamic motor 262a, 262b penetrate through the rotation center of gear on worm 2614a, 2614b along up and down direction.
In the present embodiment, gear drive motor 262a, 262b uses stepper motor, is able to suppress because to the 3rd gear
2613a, 2613b apply external force and gear on worm 2614a, 2614b are rotated.
Side 2531b outside protrusion of 1st gear 2611a, the 2611b to door closure housing body 2531.1st gear 2611a,
The lateral aperture 2531c that a part of 2611b is formed by the side 2531b of door closure housing body 2531 is to door closure housing body
2531 outside protrusion.
The first toothed region of the 1st gear 2611a, the 2611b protruded to outside the side 2531b of door closure housing body 2531
26111 are meshed with the rack gear toothed region 2341 of rack gear 234a, 234b.Due to the first toothed region 26111 and rack gear toothed region
2341 form along front-rear direction, keep intermeshing state in the up-down direction.
Guiding tendon 2536 is configured in front of the first toothed region 26111 and rack gear toothed region 2341.Guiding tendon 2536 is in front and back
It is located at the plane configured with described 2nd gear 2612a, 2612b on direction.
Since discharge lid mobile module 26a, 26b are vertically moved, be connected to discharge lid mobile module 26a,
The cable of 26b also inevitably will be moved vertically.
Since the front-rear direction thickness of door component II is very small compared to its width, when discharge lid mobile module 26a,
When 26b is moved up and down, it would be possible to the situation of cable entanglement occur.
Also, cable will likely be clamped between discharge lid mobile module 26a, the 26b and top panel 23 moved up and down,
To limit the operation of discharge lid mobile module 26a, 26b.To minimize problem as described above, cable can be configured with
Guiding piece 27.
The upside of cable guide member 27 is assembled in discharge lid 25, and lower side is assembled in top panel 23.
Cable guide member 27 includes: the first cable guide member 271, to be rotatably assembled in discharge lid relatively
25；Second cable guide member 272, to be rotatably assembled in top panel 23 relatively；Connection cables guiding piece 273 is with opposite
Rotatably assembled respectively with the first cable guide member 271 and the second cable guide member 272.
First cable guide member 271 includes forming the first cable guidance body for configuring the space of cable in inside
2711.First cable guidance body 2711, which is formed with, to be connected with discharge lid 25 or connection cables guiding piece 273
Bending part 2711a, 2711b of both ends different direction bendings to each other.
Second cable guide member 272 forms the space for configuring cable on the inside of being also included within, and at both ends configured with curved
The second cable guide member main body 2721 of folding part 2721a, 2721b, connection cables guiding piece 273 are also included within inside formation and are used for
The space of cable is configured, and is formed with the connection cables guidance body 2731 of bending part 2731a, 2731b at both ends.
The cable guide member 27 of the present embodiment may include: the first pin 2741, make the first cable guide member 271 and door closure shell
Body 253 rotatably to be assembled relatively；Second pin 2742 makes the first cable guide member 271 and connection cables guiding piece
273 rotatably to be assembled relatively；Third pin 2743 makes connection cables guiding piece 273 and the second cable guide member
272 rotatably to be assembled relatively；And the 4th pin 2744, make the second cable guide member 272 and top panel 23 with
It is rotatably assembled relatively.
First cable guide member 271 and connection cables guiding piece 273 form the angle within 180 degree, when discharge lid 25
When decline, the angle of the first cable guide member 271 and connection cables guiding piece 273 will become smaller.
Second cable guide member 272 and connection cables guiding piece 273 form the angle within 180 degree, when discharge lid 25
When decline, the angle of the second cable guide member 272 and connection cables guiding piece 273 will become smaller.
<door component-door mobile module>
The indoor unit of the present embodiment includes: a mobile module 28, for making door face board 21 along the right and left of cabinet body component I
To movement.
Door mobile module 28 includes: guide rail 281, door face board 21 is installed on, for guiding moving left and right for door face board 21；Door
Driving portion 282 moves door component II along left and right directions.
Guide rail 281 includes: upper rail 2811, is configured at the upside of door component II；Middle rail 2812, is configured in door component II
Between；Lower rail 2813 is configured at the downside of door component II；Top supporter 2814 is assembled in door component II, is configured at door component II
Upside, and be located at the upside of cabinet body component I；Bottom supporter 2815 is assembled in cabinet body component I, is configured at cabinet body component I
Downside, and the lower end of door component II is located at the bottom supporter 2815.
Upper rail 2811, middle rail 2812 and lower rail 2813 are configured each along left and right directions.Upper rail 2811, middle rail 2812
And lower rail 2813 is configured between door component II and cabinet body component I.
Upper rail 2811 includes: the first upper rail 28111, is configured at the back surface of door component II；And second upper rail 28112,
It is assembled in the front surface of cabinet body component I, the first upper rail 28111 is made a relative move along left and right directions.
In the present embodiment, the second upper rail 28112 can be combined with top supporter 2814, and top supporter 2814 is solid
Due to cabinet body component I.First upper rail 28111 and the second upper rail 28112 are assembled in a manner of relatively moveable.
Middle rail 2812 includes: rail 28121 in first, is configured at the back surface of door component II；And rail 28122 in second,
It is assembled in the front surface of cabinet body component I, rail 28121 in first is made a relative move along left and right directions.
Lower rail 2813 includes: the first lower rail 28131, is configured at the back surface of door component II；And second lower rail 28132,
It is assembled in the works of the front surface configuration of cabinet body component I, opposite move is carried out along left and right directions for the first lower rail 28131
It is dynamic.Second lower rail 28132 can be combined with bottom supporter 2815, and bottom supporter 2815 is fixed on cabinet body component I.
Door driving portion 282 can be set a component in door component II or cabinet body component I, and with another component
Sliding movement is realized by interfering.
Door driving portion 282 includes: rack gear 2821, is configured at door component II, and extend longlyer along left and right directions；Gear
Component 2822 is configured at the works of I side of cabinet body component, is meshed with rack gear 2821, when rotation is used along rack gear 2821
It is mobile；Gear drive motor 2823 is configured at the works of I side of cabinet body component, for providing driving force to gear assembly 2822.
Rack gear 2821 is configured in the downside of middle rail 2812 along left and right directions longlyer, with gear drive motor 2823
The mode that the gear assembly 2822 being connected can be engaged with 2821 phase of rack gear is configured at the downside of rack gear 2821.When door driving portion
When 282 operation, guide rail 281 guides the sliding of door component II mobile.Although merely with the rack gear 2821 and gear of door driving portion 282
The sliding that the operation of component 2822 also can be realized door component II is mobile, but in terms of realizing naturally sliding movement there are
Limitation, therefore, the natural movement of door component II is realized using guide rail 281.
<door component-camera model>
Camera model 22 is configured at the top of door component II, and selectively runs.Camera model 22 only at runtime to
Door component II exposes outside, and is hidden in inside door component II when not running.
Camera model 22 includes: camera model shell 221, is configured at door component II, is formed with towards upside in opening
Camera opening portion 221a；Camera 222 is configured at camera model shell 221, vertically relative to camera model shell 221
It is mobile, and selectively exposed by camera opening portion 221a.
Camera model 22 further include: camera control portion (not shown) is electrically connected with camera 222, and for controlling phase
Machine 222；Camera mobile module (not shown), is configured at camera model shell 221, and moves camera 222 vertically.
In the present embodiment, camera model shell 221 can individually be made with plate module 1110 above, and be configured
In the upside of top panel 23.Camera model shell 221 is used to cover the insertion space 213 of the rear direction formation along door face board 21
Upside.
<door component-display portion>
Display apparatus module 29 is configured at the door face board 21, through door face board 21 and visual information can be supplied to use
Family.
Display apparatus module 29 penetrates through door face board 21 and exposes part of it, and can be believed vision by the display of exposing
Breath is supplied to user.In the present embodiment, by the display hole 211b that is formed on door face board 21 by the letter of display apparatus module 29
Breath sends user to.
Touch panel 294 has can be set in the display apparatus module 29 of the present embodiment, while instruction to receive user to
User provides the relevant information such as the working condition of indoor unit.
The display apparatus module 29 of the present embodiment includes: display 295, for visual information to be supplied to user；Display
Casing 291, display 295 are installed on the display casing 291, the display that the rear for fixed door panel 21 configures
295 position；Touch panel 294 is configured at 295 front of display, for detecting the input of the contact based on user；Front glass
Glass 292 is configured at 295 front of display, for covering the front of display apparatus module 29；Proximity Sensor module 296, configuration
In the rear of front glass 292, for measuring at a distance from user；Rear lid 293, in front glass 292 and display
The interval of configuration Proximity Sensor 2961 is kept between 295.
The display apparatus module 29 of the present embodiment can be with further include: remote control reception module 297, it is external from being located at for receiving
The signal of remote-controlled transmitter input (not shown).
Display 295 can be by LCD (Liquid Crystal Display) module composition of output picture.The present embodiment
Display 295 can have the plate shape of quadrangle, and there is the circle that size is formed by by front glass 292 inside it
The display unit of shape.
Display 295 is installed on the side of display casing 291.Display 295 is installed on display casing 291 and is formed
Display mounting portion 2911.Display 295 can be bonded in display casing 291 by additional bonding component.Display
Mounting portion 2911 forms the groove portion rearward recessed from the one side of display casing 291.Display mounting portion 2911 is formed by
Groove portion can have the structure that can clamp the outer peripheral edge of display 295, so as to install display 295 and be fixed.
The structure of display 295 and touch panel 294 is fixed display casing 291, and fixed configurations are in the shop front
Plate 21.Display casing 291 is installed on the side of top panel 23.The aobvious of top panel 23 is installed and be anchored on to display casing 291
Show device mounting portion 2911.Display casing 291 includes the multiple fastening parts 2915 being fastened with top panel 23.Display casing
291 are anchored on top panel 23 by additional fastening member (not shown).
Display casing 291 can have the plate shape of quadrangle.Display casing 291 can have its up and down direction ratio
The plate shape of the longer rectangle of left and right directions.Display casing 291 can be divided into: casing top 291a, aobvious for installing
Show device 295；Casing lower part 291b, for installing the touch panel circuit board 2941 being described below；Casing 291c is connected, is used for
Casing top 291a and casing lower part 291b is connected, and for installing 2941 phase of touch panel 294 and touch panel circuit board
The touch cable 2942 of connection.
Display 295, Proximity Sensor 2961, touch panel 294, front glass 292 are installed in casing top 291a
And rear lid 293.
The display mounting portion 2911 for installing display 295 is formed in display casing 291.In casing top 291a
Form display mounting portion 2911.Display mounting portion 2911 is formed at the rear of the display casing 291 of plate shape and can be inserted
Enter the recessed slot of the quadrangle of display 295.Display mounting portion 2911 is formed by slot and formation is inserted into have four
The space of the display 295 of the plate shape of side shape.
Also, the touch panel mounting portion for being inserted into a part of touch panel 294 is formed in display casing 291
2912.Touch panel mounting portion 2912 is formed in the front of display mounting portion 2911, and considers the big of touch panel 294
It is small, it can be formed as than the broader area of display mounting portion 2911.
Direction to the lower part, which is formed with, in the upside of touch panel mounting portion 2912 protrudes the touch panel fixed part to be formed
2913.When touch panel 294 is installed on touch panel mounting portion 2912, touch panel fixed part 2913 be can be inserted in touch
The formation of panel 294 has the part in the first hole 2943.Touch panel fixed part 2913 can be with the left side that is formed in the first hole 2943
The face on right side is in contact.
In display casing 291, it could be formed in the downside of touch panel mounting portion 2912 and touch line for installing
The touch cable mounting portion 2916 of cable 2942 and touch panel circuit board mounting portion for installing touch panel circuit board 2941
2914。
It touches cable mounting portion 2916 and is configured at connection casing 291c, touch panel circuit board mounting portion 2914 is configured at machine
Shell lower part 291b.
Touch panel 294 is configured in front of display 295.Touch panel 294 can use binder or adhesive tape and show
Show that device 295 is bonding.Touch panel 294 can be constructed for the touch operation of the front glass 292 of detection user.Touch surface
The side for the multiplicity that plate 294 can be inputted using mode of printing or film bonding mode etc. by touching front glass 292
Formula.
The touch panel 294 of the present embodiment forms the plate shape of quadrangle, is formed with first in the upside of touch panel 294
Hole 2943 is formed with the second hole 2944 to configure Proximity Sensor 2961, in downside to configure remote control reception sensor 2971.
The touch panel fixed part 2913 configured to the rear of Proximity Sensor 2961 can be configured in the first hole 2943
A part.Touch panel 294 is configured to only make the region that glass 292 exposes forwards to activate its touch function.
A part of remote control reception sensor 2971 can be inserted in the second hole 2944.
Touch panel 294 is connected by touching cable 2942 with touch panel circuit board 2941.Touch panel as a result,
294 input signals received can send touch panel circuit board 2941 to by touching cable 2942.
Lower cover 293 and front glass 292 are configured in the front of touch panel 294.
Front glass 292 is for covering the display hole 211b formed on door face board 21.Front glass 292 is configured at user
Observe the front of display apparatus module 29.When user utilizes the function of touch panel 294, user can pass through contact front glass
292 carry out operating touch panel 294.
Front glass 292 can be formed by glass material.Front glass 292 has circular plate shape.Front glass 292
Configuration can be protruded more forwards than the front face 211 of door face board 21.It only, can also be with front face as another embodiment
211 form continuous face.
Front glass 292 may include the front surface 2921 exposed to the outside of indoor unit and with rear lid 293 it is opposite after
Surface 2922.
Front glass 292 includes: the first Printing Department 2923, the rear surface 2922 of front glass 292 is formed in, along front
It is printed the marginal portion of glass 292；Second Printing Department 2924 is formed in the rear surface 2922 of front glass 292, first
Printing Department 2923 separates predetermined space to radial direction inside and is printed；Sensor exposed division 2925, in the first Printing Department
2923 and second are not printed between Printing Department 2924.Between being spaced between first Printing Department 2923 and the second Printing Department 2924
Every D1 it is considered that the up and down direction length L1 of Proximity Sensor 2961 and formed.That is, the first Printing Department 2923 and second
The interval D 1 being spaced between Printing Department 2924 is larger formed than the up and down direction length L1 of Proximity Sensor 2961.
When front glass 292, rear lid 293 and Proximity Sensor 2961 and remote control reception sensor 2971 are installed on
When display casing 291, Proximity Sensor 2961 and remote control reception sensor 2971 can be configured at sensor exposed division
2925 rear.
In front, the rear of glass 292 configures rear lid 293.Rear lid 293 has disc-shape and is configured at front glass
The rear of glass 292.Rear lid 293 can have disc-shape, and have diameter identical with front glass 292.Only, this is only
It is one embodiment, the diameter of rear lid 293 and front glass 292 is formed in which can also be different.
Rear lid 293 can be formed by glass material identical with front glass 292.Rear lid 293 can also be by sub- gram
Dead-wood matter is formed.
At rear, the upside of lid 293 is formed with the Proximity Sensor of a part for configuring Proximity Sensor 2961
Hole 2934.The remote control reception that the downside of lid 293 is formed with a part for configuring remote control reception sensor 2971 at rear passes
Sensor hole 2935.
Rear lid 293 and front glass 292 can use binder and bonded.Rear lid 293 is configured at touch panel
294 fronts.
Rear lid 293 includes the front surface 2931 opposite with front glass 292 and the rear surface opposite with touch panel 294
2932.At rear, the front surface 2931 of lid 293 includes brush portion of impressing along the rear that the edge of rear lid 293 is printed
2933.Rear brush portion 2933 of impressing is printed from the periphery of rear lid 293 to the part for being formed with Proximity Sensor hole 2934.Afterwards
The medial end 29331 for brush portion 2933 of just impressing can have the medial end with the second Printing Department 2924 of front glass 292
29241 identical diameters.
Rear lid 293 and front glass 292 can be bonded as a result, and rear is made to impress the medial end of brush portion 2933
29331 and the medial end 29241 of the second Printing Department 2924 of front glass 292 form identical concentric circles.
When rear lid 293 and bonding front glass 292, the Proximity Sensor hole 2934 that is formed on rear lid 293
Front the visual field can be ensured to outside by sensor exposed division 2925.When rear lid 293 and front glass 292 are bonding
When, the front of the remote control reception gauge hole 2935 formed on rear lid 293 can be by sensor exposed division 2925 to outside
Ensure the visual field.
Proximity Sensor module 296 includes: Proximity Sensor 2961, for measuring at a distance from object；Low coverage
From sensor circuit board 2962, for receiving the signal being identified transmitted from Proximity Sensor 2961；Reflecting plate 2963
(reflector), it is configured at the periphery of Proximity Sensor 2961, for ensuring front glass 292 and Proximity Sensor electricity
The space of the Proximity Sensor 2961 configured between road plate 2962.
Proximity Sensor 2961 is the position for referring to measurement object object, i.e., the sensor at a distance from object.Closely
Range sensor 2961 can be realized by way of multiplicity.
For example, Proximity Sensor 2961 can be implemented as infiltration type photoelectric sensor, direct reflective photoelectric sensor,
Mirror reflective photoelectric sensor, high frequency oscillation type Proximity Sensor, capacitance-type Proximity Sensor, magnetic-type closely pass
The forms such as sensor, infrared ray Proximity Sensor.
In addition to this, Proximity Sensor 2961 can pass through the side of multiplicity known for those skilled in the art
Method is realized, and is not limited to embodiment above-mentioned.
Infrared ray Proximity Sensor can be used in the Proximity Sensor 2961 of the present embodiment.Proximity Sensor 2961
Can measure the front surface of indoor unit between user at a distance from.When user is located within presetting distance, closely sense
Device 2961 can transmit signal to Proximity Sensor circuit board 2962.
Proximity Sensor 2961 is configured at the front face of Proximity Sensor circuit board 2962.Proximity Sensor 2961
It is configured at the lower part of Proximity Sensor circuit board 2962.Proximity Sensor 2961 is configured at front 292 rear of glass.Low coverage
From the sensor formed between the first Printing Department 2923 and the second Printing Department 2924 that sensor 2961 is configured at front glass 292
2925 rear of exposed division.Proximity Sensor 2961 is configured at the Proximity Sensor hole 2934 of rear lid 293.
Proximity Sensor 2961 is installed in the face in front of it of Proximity Sensor circuit board 2962, and is received and passed from short distance
The signal that sensor 2961 is sent.Proximity Sensor circuit board 2962 can be configured at the front of touch panel fixed part 2913.
Proximity Sensor circuit board 2962 is anchored on display casing 291 using additional fastening unit 2964, thus fixed low coverage
Arrangement from sensor 2961.
In Proximity Sensor circuit board 2962, reflecting plate 2963 is configured in 2961 periphery of Proximity Sensor.Reflection
Plate 2963 is used to ensure the arrangement space of the Proximity Sensor 2961 of front 292 rear of glass configuration.Reflecting plate 2963 has
The ring-shaped of quadrangle, and Proximity Sensor 2961 is configured inside it.The thickness of reflecting plate 2963 compares Proximity Sensor
2961 front-rear direction thickness is larger formed.
Remote control reception module 297 includes: remote control reception sensor 2971, for receiving from the distant of the outside for being located at indoor unit
Control the signal of device input (not shown)；Remote control reception sensor circuit board 2972 sends and sends to for receiving from remote controler
The signal of remote control reception sensor 2971.
When open in the second front, discharge lid 25 is configured to the rear of display apparatus module 29.When in second just
When face is open, discharge lid 25 is configured between display apparatus module 29 and inner panel 15.
When open in the second front, the interval G1 between display apparatus module 29 and discharge lid 25 is than discharge lid 25
Interval G2 between inner panel 15 is larger formed.Specifically, when open in the second front, display casing
Interval G1 between 291 rear end and the front end of outer door closure 2511 is than the rear end of door closure shell 253 and the front end of inner panel 15
Between interval G2 larger formed.
Due to limiting moving in the front-back direction for discharge opening lid housing 253, discharge opening lid housing using guiding tendon 2536
253 are able to maintain and are configured at the interval of the inner panel 15 at rear.Only, it is configured at the front of discharge opening lid housing 253
Door closure 251 is incorporated into discharge opening lid housing 253 using door closure mobile module 252, and using door closure mobile module 252 with can be to
The mobile mode in the front of discharge opening lid housing 253 configures.Door closure 251 there are because of its own loading or the mobile mould of door closure
The connection relationship of block 252 and to the display apparatus module 29 for being configured at front it is rear in terms of it is mobile a possibility that, therefore, make display
Rear end of the interval G1 than door closure shell 253 and inner panel 15 between the rear end of casing 291 and the front end of outer door closure 2511
Interval G2 between front end is larger formed.
<control unit dependency structure>
The control unit of the present embodiment and associated structure are illustrated referring to Figure 19 to Figure 22.
Referring to Fig.1 9, the air conditioner of one embodiment of the invention may include: sensor portion 810, including each for detecting
The more than one sensor of kind data；Memory 815, for storing various data；Communication unit 850, with other electronic devices
It carries out wireless communication；Filter cleaning component VII；Humidify component V；Control unit 800, for controlling movement on the whole；And
Driving portion 860 is adjusted the heat exchanger, valve, wind direction being set to inside cabinet body component I according to the control of control unit 800 single
The movement of member etc. is controlled.
For example, sensor portion 810 can have the temperature inside and outside for sensing chamber more than one temperature sensor and
Dust sensor etc. for detecting the humidity sensor of humidity and for detecting air quality.
Temperature sensor can be set in suction inlet and measure room temperature, be set to the inside of cabinet body component I and measurement
Heat exchange temperature is set to certain side of discharge opening and measures the temperature of the air of discharge, is set to refrigerant piping and measures
Refrigerant temperature.
According to embodiment, sensor portion 810 may include more than one human body detection sensor.For example, sensor portion
810 may include Proximity Sensor 2961.
Proximity Sensor 2961 can detecte the people or object close into predetermined distance.
Also, Proximity Sensor 2961 can detecte the presence or absence of user and at a distance from user.
The Proximity Sensor 2961 of the present embodiment can be set in display apparatus module 29.And it is possible in cabinet body component I
Lower part, base portion 12 the additional Proximity Sensor (not shown) of front face setting.
In the case where in predetermined distance close to defined object or people, Proximity Sensor 2961 can will be close to letter
Number input to control unit 800.Proximity Sensor 2961 detects that user is close to cabinet body component I, can be generated with user's
Close to corresponding signal and export.
Also, sensor portion 810 may include for detecting the more than one of the position for the unit for including in air conditioner
Position sensor.
In addition, control unit 800 can control the movement of air conditioner based on the data that sensor portion 810 detects.
Memory 815 is for recording various information needed for the movement of air conditioner, wherein can store for control action
Control data, the relevant data of action mode, the data detected from sensor portion 810, pass through communication unit receive and dispatch data
Deng.
Memory 815 may include volatibility or non-volatile memory medium.Storage medium can be by micro- to be stored with
The data that device (micro processor) is read are managed, may include HDD (HardDisk Drive), SSD (Solid State
Disk), SDD (Silicon Disk Drive), ROM, RAM, CD-ROM, tape, floppy disk, optical data storage devices etc..
In addition, can store the data for speech recognition in memory 815, control unit 800 can be to defeated by audio
The voice input signal for entering the received user in portion 820 handles and executes speech recognition process.
In addition, simple speech recognition can be executed by air conditioner, the speech recognition that natural language handles contour level can be with
It is executed by speech recognition server system.
For example, in the case where receiving wake-up (wake up) voice signal comprising presetting calling language, air conditioner
The state be converted to for receiving phonetic order language can be translated.In the case, air conditioner only execute call language voice input with
Speech recognition process until no, and the subsequent relevant speech recognition of user speech input can pass through speech recognition server
System executes.
Since the system resource of air conditioner is there are limitation, complicated natural language identification and processing can pass through speech recognition
Server system executes.
According to embodiment, the audio files of the phonetic order of user's input, the sound of storage can store in memory 815
Source file can send speech recognition server system to by communication unit 850.Also, the audio files of storage can pass through
Presetting time is deleted after executing presetting movement.
Communication unit 850 can have more than one communication module, by utilizing regulation communication party with other electronic devices
Formula executes wireless communication, can receive and dispatch various signals.
Wherein, it is specified that communication mode can be WLAN (Wi-Fi) communication mode.Correspondingly, air conditioner institute
The communication module having can be Wi-Fi communication module, but the present invention is not defined communication mode.
Alternatively, air conditioner can have the communication module of other types or have multiple communication modules.For example, air conditioner
It may include NFC module, purple honeybee (zigbee) communication module, bluetooth (BluetoothTM) communication module etc..
Air conditioner can be by the server that includes in Wi-Fi communication module etc. and speech recognition server system or outer
Predetermined server, the portable terminal of user in portion etc. are attached, and can support the intelligent function such as remotely to monitor, remotely control
Energy.
User can confirm the relevant information of air conditioner or control air conditioner by portable terminal.
Also, communication unit 850 can be communicated, be filled by access point with access point (access point:AP) device
It sets and is connected to wireless Internet and is communicated with other devices.
Also, control unit 800 can be passed the status information of air conditioner, phonetic order of user etc. by communication unit 850
Give speech recognition server system etc..
In addition, control unit 800 can control air conditioner so that its root when receiving control signal by communication unit 850
It is acted according to the control signal received.
The rotation for the motor that driving portion 860 can be connected by control with indoor fan, to control to indoor discharge
The amount of air.For example, driving portion 860 can control circulating fan, the circulating fan for being connected to and having in the air supply module 31 of front
The rotation of the motor of other blowing fans of lower end etc..
Also, driving portion 860 can control its driving, so that heat exchanger is evaporated the refrigerant of supply or cold
It is solidifying, so that the air to periphery carries out heat exchange.
Driving portion 860 can accordingly control the valve being arranged inside cabinet body component I, wind with the control instruction of control unit 800
To the movement for adjusting unit etc..
According to embodiment, control unit 800 can also directly control the regulation unit in air conditioner.
It in addition, driving portion 860 may include motor driving part, and may include inverter etc. for driving motor.
According to embodiment, driving portion 860 can provide driving force, so that front air supply module 31 carries out spinning movement.And
And driving portion 860 can be to circulator moving portion offer power (not shown), so that front air supply module 31 is able to carry out shifting
It is dynamic.Also, driving portion 860 can control the opening and closing for being set to internal valve.According to circumstances, driving portion 860 can mention
For driving force, so that door face board 21 is to the left or right side sliding movement.According to embodiment, driving portion 860 may include circulation
Device driving portion, front panel driving portion.
Filter cleaning component VII can be set in filter module 61, and the impurity for cleaning filter module 61.
Filter cleaning component VII may include filter cleaning device 71.Filter cleaning device 71 can be along the table of filter module 61
Face is mobile, and the impurity of filter by suction module 61 in the process.Also, filter cleaning device 71 can clean filter mould
Block 61, and filter module 61 is sterilized using bactericidal lamp in the process.Filter cleaning component VII can further include
For detecting the position sensor of the position of filter cleaning device 71
Humidification component V can receive supply sink 51 water, implement provide moisture humidification, and by humidifying air to
Outside spues.Humidification component V can produce steam to humidify to air, and make humidified air and the sky by air-conditioning
Gas passes through discharge opening to indoor discharge together.
Control unit 800 may be controlled to, and handle the data of input and output, store data in memory 815, and
Pass through 850 sending and receiving data of communication unit.
Control unit 800 may be controlled to, and make air conditioner according to the input by display apparatus module 29, operation portion 830 etc.
It is acted, and controls driving portion 860 by the data transmit-receive with outdoor unit, so as to utilize the refrigerant supplied from outdoor unit
By the air of the cold temperature of air-conditioning to indoor discharge.
Control unit 800 may be controlled to, and be made based on the action mode of setting or the data measured from sensor portion 810
Front air supply module 31 spues air to outside.
Also, control unit 800 can make humidification component V be acted and humidified air spues, and control filtering
Device cleans component VII to clean to filter.
Control unit 800 can detect indoor occupant by sensor portion 810 or camera model 22, and be based on detecting
The location information of indoor occupant control air-flow.
Control unit 800 can monitor the action state of each module, and control as according to the Data Data of access and by aobvious
Show 29 output action state of device module.
Referring to Fig.1 9, the air conditioner of one embodiment of the invention can be with further include: power supply unit 870, is used for camera model 22
It receives the audio input portion 820 of the phonetic order of user, the display apparatus module 29 for showing provisioning information with imaging modality, use
In with the audio output part 840 etc. of audible output provisioning information.
Power supply unit 870 can supply action power to each unit of air conditioner.Connection can be used electricity by power supply unit 870
Source rectify and smoothly, generates voltage needed for each unit and simultaneously supply.Also, power supply unit 870 can prevent inrush current
And generate constant voltage.Also, action power can be supplied to outdoor unit (not shown) by power supply unit 870.
Audio input portion 820 can receive the audio signal of the outside of input, user speech instruction.For this purpose, audio input
More than one microphone MIC has can be set in portion 820.Also, in order to more accurately receive the phonetic order of user, audio
Multiple microphones have can be set in input unit 820.Multiple microphones can be in position different from each other in a manner of separated from each other
Configuration, the audio signal of available outside are simultaneously processed into electric signal.
Audio input portion 820 may include the processing unit that simulated sound is transformed to numerical data, or be connected to processing
Portion simultaneously inputs phonetic order progress digitization to user, so that control unit 800 or predetermined server can identify it.
In addition, the Denoising Algorithm of multiplicity can be used in audio input portion 820, to refer to for removing in the voice for inputting user
The noise (noise) generated during order.
Also, audio input portion 820 may include the structure for Audio Signal Processing, for example, being used for from each microphone
The filter that noise is removed in received audio signal, the amplifier that the signal exported from filter is amplified and exported
Deng.
Display apparatus module 29 can show information corresponding with the instruction input of user, defeated with the instruction of user with imaging modality
Enter corresponding processing result, action mode, action state, error status etc..
According to embodiment, display apparatus module 29 can constitute phase alternating layers structure with touch tablet and be made of touch screen.Herein
In the case of, display 292 is also used as to realize information based on the touch of user other than using as output device
The input unit of input.
According to embodiment, exported whether display apparatus module 29 can further include according to bright light, whether bright light color, flashing
The illumination portion of action state.
According to embodiment, air conditioner can further include additional operation portion 830.Operation portion 830 may include key, open
One or more of pass, touch input unit, and user instruction or defined data can be inputted to air conditioner.
Also, audio output part 840 can be according to the control of control unit 800, with audible output warning tones, movement mould
The prompting message of formula, action state, error status etc., information corresponding with the instruction input of user, the instruction input with user
Corresponding processing result etc..
In addition, audio output part 840 can will be audio signal from the converting electrical signal of control unit 800 and export.For
This, can be set loudspeaker etc..
Camera model 22 may include at least one camera and shoot indoor environment.Camera for shoot air conditioner periphery,
External environment etc., in order to improve shooting efficiency, such camera can also be provided with multiple by each position.
For example, camera may include: imaging sensor (for example, CMOS image sensor), including at least one optics
Lens and the multiple optical diodes being imaged using the light by optical lens (photodiode, for example, pixel) and constitute；
Digital signal processor (DSP:Digital Signal Processor), constitutes shadow based on the signal exported from optical diode
Picture.Digital signal processor stepping can generate static image, additionally it is possible to generate the dynamic image being made of the frame of static image.
In addition, camera is shot and the image obtained can store in memory 815.
According to embodiment, the position of user can be detected based on the image obtained from camera model 22.
Camera model 22 is set to door face board 21, and the upper panel in cabinet body according to circumstances can be set.Also, camera
Module 22 is placed in inside cabinet body component I when without movement, and can also be made going up and down laggard action.
Control unit 800 can be made of one or more microprocessor (Micro Processor).
Referring to Figure 20, control unit 800 can include: main control unit 801, camera model control unit 802, electricity according to function
It is clear that control unit 803, lighting control section 804, display apparatus module control unit 805, humidification component control unit 806, filter are supplied in source
Sweep component control unit 807 etc..
Each control unit (801 to 807) can be made of a microprocessor, and can be respectively arranged at each module.For example,
Camera model 22, filter cleaning component VII, humidification component V can be controlled by a microprocessor.
According to embodiment, main control unit 801 can apply control instruction to remaining control unit (802 to 807), from each control
Portion receives data and is handled.Main control unit 801 and remaining control unit (802 to 807) can use universal serial bus BUS form
Be connected simultaneously sending and receiving data.
According to embodiment, microprocessor can be set in each module, to quickly handle itself movement of corresponding module.
For example, display apparatus module control unit 805 can be set in display apparatus module 29, and in the humidification setting humidification component control of component V
Portion 806 controls its movement.
In addition, the block diagram of control unit 800 shown in Figure 20 is the block diagram for one embodiment of the invention.Each knot of block diagram
Structure element can be integrated according to the configuration of the unit in the control unit 800 and air conditioner actually realized, add or
It omits.I.e., it is possible to which more than two structural elements are integrated into a structural element as needed, or a structure is wanted
Element is subdivided into more than two structural elements and constitutes.Also, the function of executing in each piece is used to illustrate the embodiment of the present invention,
Specific movement or device, which are not intended to, limits interest field of the invention.
Referring to Figure 21, air conditioner may include: camera model 22；Sensor portion 810, for detecting various data；Audio
Input unit 820, for receiving the phonetic order of user；Operation portion 830；Memory 815, for storing various data；Communication unit
850, for being carried out wireless communication with other electronic devices；Driving portion 860, for executing the movement realized in air conditioner；Display
Device module 29, for showing provisioning information with imaging modality；Audio output part 840, for exporting provisioning information with audible；
Humidify component V；Filter cleaning component VII；Control unit 800, for controlling movement on the whole；And processor 880.
The internal frame diagram of the air conditioner of Figure 21 is approximate with Figure 19, and difference is, is additionally provided with processor 880, and sound
Frequency input unit 820, audio output part 840, communication unit 850 and processor 880 are set to the voice as a single module
In identification module 819.
According to embodiment, speech recognition module 819 may include communication unit 850 and processor 880, audio input portion 820
Additional unitary module is configured to audio output part 840.
In addition, processor 880 can control audio input portion 820, audio output part 840, communication unit 850 etc..
Hereinafter, being described centered on the difference with Figure 19.
Processor 880 can be handled the voice input signal by the received user in audio input portion 820, and be held
Row speech recognition process.
For example, in the case where receiving wake-up (wake up) voice signal comprising presetting calling language, processor
880 can be converted to the state for receiving phonetic order language.In the case, processor 880, which only executes, calls language voice defeated
Speech recognition process until whether entering, and subsequent user speech inputs relevant speech recognition and can be taken by speech recognition
Business device system executes.
Processor 880 may be controlled to, by the voice of the user inputted after the identification of wake-up (wake up) voice signal
Instruction is sent to speech recognition server system by communication unit 850.
Also, processor 880 can be passed the status information of air conditioner, phonetic order of user etc. by communication unit 850
Give speech recognition server system etc..
In addition, processor 880 sends control unit to for signal is controlled when receiving control signal by communication unit 850
800, control unit 800 can control air conditioner so that it is acted according to the control signal received.
As a result, by speech recognition module 819 be able to carry out voice data obtain, with the communication of server system and
Corresponding sound output.
In addition, speech recognition module 819 other than air conditioner, can also be attached at the electronic device of multiplicity.Or
It can be used as additional device to use, rather than be attached at other electronic devices.
The air conditioner of one embodiment of the invention can receive the voice input of user, and speech recognition server system can be with
Voice by identifying, analyzing user inputs to control air conditioner.
User can also control air conditioner without operating portable terminal, remote control apparatus as a result,.
Referring to Fig. 6 to Fig. 7, Figure 22, the air conditioner of one embodiment of the invention may include: door face board 21, be used to form
The appearance of front face；Discharge lid 25 is configured at door face board 21, moves and be opened and closed along up and down direction；Gear driving electricity
Machine 262a, 262b, to for driving discharge lid mobile module 26a, 26b of discharge lid 25 to provide power；Position sensor
Portion 235 is configured at the medial surface of door face board 21, the upper end position sensor 235a including the movement for detecting discharge lid 25
With lower end position sensor 235b；And control unit 800, it is based on upper end position sensor 235a and lower end position sensor 235b
Detection data control the rotation of gear drive motor 262a, 262b.
It on one side may include for driving electricity according to gear drive motor 262a, 262b, gear in the inside of door face board 21
The rotation of machine 262a, 262b and make discharge lid 25 to the mobile gear part in upside or downside direction, track component, stop
Part (stopper) component etc..
Control unit 800 can open or close discharge lid 25 by rotation gear drive motor 262a, 262b.
Control unit 800 can open based on product (on) instruction control downward side direction of discharge lid 25 movement and be beaten
It opens, and (off) instruction control upward side direction of discharge lid 25 movement is closed based on product and is closed.
In the present specification, product closes the power supply closing for the power supply that (off) instruction can be for closing air conditioner
(power off) input.Alternatively, product close (off) instruction be also possible to and make front air supply module 31 without movement and
The corresponding instruction of the AD HOC for being in close state discharge lid 25.
In the present specification, product opens the electric power starting (power that (on) instruction can be to turn on the power supply of air conditioner
On it) inputs.It can be alternatively, product opens (on) instruction and make discharge lid 25 be opened and carry out front air supply module 31
The corresponding instruction of the AD HOC of movement.
In addition, when being opened or closed when discharge lid 25 is mobile along up and down direction sliding (sliding), in overswing
Noise will likely occur in the case where (overswing) to retainer (stopper).
Such noise will likely bring user's discomfort, and reduce product reliability.Therefore, it is prompted in the present invention
The scheme that can easily confirm its position when the up and down direction of discharge lid 25 slides mobile and accurately be controlled.
For this purpose, the air conditioner of one embodiment of the invention may include: position sensor portion 235, it is configured at door face board 21
Medial surface, upper end position sensor 235a and lower end position sensor including the movement for detecting discharge lid 25
235b。
The present invention, without limiting, and is available with the mode of multiplicity to the detection mode of position sensor portion 235
Sensor.
For example, upper end position sensor 235a and lower end position sensor 235b can be by infrared ray IR transceiver module structure
At.It is (minimum by making infrared ray IR transceiver module be located at the mobile starting point (highest point) of discharge lid 25, mobile end point
Point) position of discharge lid 25 is detected, control unit 800 can control gear drive motor based on the location information detected
262a、262b。
It is spat alternatively, position sensor portion 235 can use Hall (Hall) IC, trigger switch, rotary switch etc. to detect
Whether the opening and closing of outlet cap 25 and/or position.
Sensor portion 810 may include position sensor portion 235, and control unit 800 can be based on position sensor portion 235
Detection data controls air conditioner.
According to embodiment, control unit 800 may include: first control units 245, for controlling 235 He of position sensor portion
The movement of discharge lid 25；Second control unit (not shown), for controlling front air supply module 31.
According to embodiment, first control units 245 can be the display apparatus module control unit for controlling display apparatus module 29
805。
With the upper end position sensor 235a and lower end position sensor 235b of the medial surface that is configured at door face board 21 and
The hithermost plate of gear drive motor 262a, 262b can be the plate (board) for being set to display apparatus module 29.
Therefore, by making the display apparatus module control unit 805 for being set to display apparatus module 29 to upper end position sensor
The data detected in 235a and lower end position sensor 235b are received, are handled, and control gear drive motor 262a,
The rotation of 262b can more briefly constitute connection structure, and improve processing speed.
In addition, the second control unit can be main control unit 801.Main control unit 801 can be to the wind of front air supply module 31
Fan driving, mobile, rotation are controlled.According to embodiment, driving portion 860 can be according to the control of main control unit 801 and to preceding
At least one of the fan driving of square air supply module 31, mobile, rotation are controlled.
Front air supply module 31 may include: circulating fan 810；Circulator rotating part 820 can at least make circulating fan
810 are rotated, so as to turn the direction change of 810 courts of circulating fan；Circulator moving portion 830 can at least make circulated air
Fan 810 is moved.
Circulator rotating part 820 may include the two axis rotation knot using double joint (joint), gear & rack structure
Structure.Thereby, it is possible to keep the direction of 31 entirety of front air supply module or at least 810 courts of circulating fan free to the direction of multiplicity
Ground rotation.
Circulator moving portion 830 may include the motor and mechanism knot for making front air supply module 31 advance or retreat
Structure object.For example, circulator moving portion 830 may include stepping (step) motor, send front with the rotation of stepper motor
Wind module 31 mobile gear part, track component etc..
Front air supply module 31 can be acted according to the control of main control unit 801.Main control unit 801 can basis
The user location detected in upper end Proximity Sensor and/or camera model 22 controls front in a manner of intelligence (smart)
Air supply module 31.
For example, control front air supply module 31 makes circulated air towards after rotating upward when detecting user at a distance
Fan 810 is driven, so as to further transmit air close to user in refrigeration, air cleaning.
Front air supply module 31 can carry out retrogressing movement based on product out code, and open (on) based on product and refer to
It enables to carry out advance movement.
Control unit 800 can open based on product (on) instruction control downward side direction of discharge lid 25 movement and be beaten
It opens, and (off) instruction control upward side direction of discharge lid 25 movement is closed based on product and is closed.
Display apparatus module control unit 805 can open (on) instruction control downward side direction of discharge lid 25 based on product and move
It moves and is opened, and (off) instruction control upward side direction of discharge lid 25 movement is closed based on product and is closed.
In the air conditioner of one embodiment of the invention, after discharge lid 25 is opened, front air supply module 31 can be with
Advance, which goes forward side by side to take action, to be made.
When the product closing (off) that user is inputted or received by the touch input of display apparatus module 29 using voice
When instruction, front air supply module 31 can be retreated and is placed in inside cabinet body component I.
In addition, control unit 800 can pass through acknowledgement bit before discharge lid 25 and front air supply module 31 carry out movement
The detection data of sensor portion 235 is set to judge the current location of discharge lid 25.
For example, ought only be examined in the upper end position sensor 235a for the mobile starting point (highest point) for being configured at discharge lid 25
When measuring discharge lid 25, control unit 800 may determine that be closed for discharge lid 25.
Also, control unit 800 can judge discharge lid 25 from spitting according to the detected value of upper end position sensor 235a
The mobile starting point (highest point) of outlet cap 25 is how far apart.
In addition, ought only be examined in the lower end position sensor 235b for the mobile end point (minimum point) for being configured at discharge lid 25
When measuring discharge lid 25, control unit 800 may determine that be opened for discharge lid 25.
Also, control unit 800 can judge discharge lid 25 from spitting according to the detected value of lower end position sensor 235b
The mobile end point (minimum point) of outlet cap 25 is how far apart.
Control unit 800 can carry out the discharge opening of up and down direction according to the current location of discharge lid 25 and action command
The sliding movement of lid 25.
For example, display apparatus module control unit 805 can open touching instruction, control according to the product based on display apparatus module 29
Discharge lid 25 processed is moved downward and is opened.
Display apparatus module control unit 805 can close touching instruction according to the product based on display apparatus module 29, and control is spat
The upward side of outlet cap 25 is mobile and is closed.
Also, display apparatus module control unit 805 can movement according to the control of main control unit 801 and to discharge lid 25
It is controlled.
In addition, control unit 800 can when detecting discharge lid 25 in predetermined position corresponding with unlatching/closing motion
To control the rotation speed for reducing gear drive motor 262a, 262b, when discharge lid 25 reaches presetting starting point (highest
Point) or when end point (minimum point), can control gear drive motor 262a, 262b so that it is finally stopped rotation.
When receiving product unlatching (on) instruction and upper end position sensor 235a detects discharge lid 25, control unit
800 may be controlled to keep the downward side direction of discharge lid 25 mobile.
That is, before opening (on) instruction according to product and starting to carry out opening (open) movement of discharge lid 25, control
Portion 800 judges the initial position of discharge lid 25, when there is no when having abnormal, can start to be opened (open) movement.
During mobile to specified position from initial position, control unit 800 be may be controlled to, and make gear drive motor
262a, 262b are rotated by presetting maximum set value.Control unit 800 can be driven to, and be made based on gear drive motor
The amount of movement of the discharge lid 25 of 262a, 262b reaches maximum (Max).And it can be driven to, make based on gear drive motor
The movement speed and/or amount of movement of 262a, 262b reach maximum (Max).
In addition, (on) instruction is opened according to product and after starting to carry out opening (open) movement of discharge lid 25,
When lower end position sensor 235b detects discharge lid 25, control unit 800 be may be controlled to, and make gear drive motor
The rotation speed of 262a, 262b reduce.
Also, when lower end position sensor 235b detects that discharge lid 25 reaches presetting minimum point, control
Portion 800 can control gear drive motor 262a, 262b stopping.
When discharge lid 25 stops suddenly, noise may occur in gear drive motor 262a, 262b.
Also, discharge lid 25 continues to promote retainer in a manner of overswing, so as to which noise occurs.
Therefore, by making discharge lid 25 slow down before being fully opened, can further decrease overswing and
A possibility that noise occurs.
When receive close (off) instruction and when lower end position sensor 235b detects discharge lid 25, control unit
800 can control the movement of the upward side direction of discharge lid 25.
That is, (off) instruction is closed according to product and before starting to carry out closing (close) movement of discharge lid 25,
Control unit 800 may determine that the initial position of discharge lid 25, when being not present has abnormal, can start to be closed
(close) it acts.
In the case, during mobile to specified position from initial position, control unit 800 also be may be controlled to, and make tooth
Wheel drive motor 262a, 262b is rotated by presetting maximum set value.Control unit 800 can be driven to, and be made based on tooth
The amount of movement of the discharge lid 25 of wheel drive motor 262a, 262b reaches maximum (Max).And it is possible to be driven to, make based on tooth
The movement speed and/or amount of movement of wheel drive motor 262a, 262b reach maximum (Max).
In addition, acting it in the closing (close) closed (off) instruction according to product and start to carry out discharge lid 25
Afterwards, when upper end position sensor 235a detects discharge lid 25, control unit 800 be may be controlled to, and make gear driving electricity
The rotation speed of machine 262a, 262b reduce.
Also, when upper end position sensor 235a detects that discharge lid 25 reaches presetting highest point, control
Portion 800 can control gear drive motor 262a, 262b stopping.
By making to slow down before being fully closed in discharge lid 25, overswing and noise can be further decreased
A possibility that generation.
Also, before discharge lid 25 is fully closed, also provides and is able to use time and chance that family removes hand,
A possibility that safety accidents such as clamp hand accident occur can be further decreased.
In the movement that discharge lid 25 is opened, start to detect discharge lid 25 in lower end position sensor 235b
When, display apparatus module control unit 805 can make the RPM of gear drive motor 262a, 262b slow down.Also, display mould
Block control portion 805 can control discharge lid 25 and stop in end point (minimum point) position.
In the movement that discharge lid 25 is closed, when upper end position sensor 235a starts to detect discharge lid 25,
Display apparatus module control unit 805 can make the RPM of gear drive motor 262a, 262b slow down.Also, display apparatus module control
Portion 805 processed can control discharge lid 25 and stop in starting point (highest point) position.
Thereby, it is possible to realize the accurate position control of discharge lid 25 and the design of anti-overswing, and it can prevent, reduce
The noise that may occur during discharge lid 25 opens or closes.
Also, during discharge lid 25 opens or closes, it is made to slow down in specific position, thus can also
Reduce a possibility that safety accident occurs.For example, during discharge lid 25 is closed, from as final plant closure position
The specified position that starting point (highest point) position is spaced starts that the RPM of gear drive motor 262a, 262b is made to slow down, from
And it can reduce a possibility that clamp hand safety accident occurs.
In addition, opened with product/closing motion instruction corresponding 25 initial position of discharge lid confirmation during, may
It can occur can not to detect the unusual condition of discharge lid 25.Such unusual condition may be because of power failure, initialization, mechanism card
Only etc. reasons and occur.
During initial position confirmation, if upper end position sensor 235a and lower end position sensor 235b fail to examine
Discharge lid 25 is measured, then it is mobile to can control the upward side direction of discharge lid 25 for control unit 800.
That is, if the upper end position sensor 235a and lower end position sensor 235b that are configured in a manner of being spaced not
It can detect discharge lid 25, then it is mobile to can control the upward side direction of discharge lid 25 for control unit 800, and confirms upper end position
Whether it is able to detect in sensor 235a.
In the case, control unit 800 may be controlled to, and make gear drive motor 262a, 262b by presetting maximum
Setting value is rotated.
In addition, the upper side direction with discharge lid 25 is mobile, when detecting discharge opening in upper end position sensor 235a
When lid 25, the control of control unit 800 is to reduce the rotation speed of gear drive motor 262a, 262b, so as to reduce exception
The overswing and noise that situation reply process lunch may occur.
In the case, when detecting that discharge lid 25 reaches presetting highest point in upper end position sensor 235a
When, control unit 800 also can control gear drive motor 262a, 262b stopping.
In addition, even if the upper side direction for having carried out discharge lid 25 is mobile, if failed in upper end position sensor 235a
Detect discharge lid 25, then control unit 800 can control gear drive motor 262a, 262b stopping.
That is, even if moving the upward side direction of discharge lid 25 by maximum value to detect discharge lid 25 again
It is dynamic, if the detection of discharge lid 25 fails, it can no longer make discharge lid 25 be moved.
The situation can be judged as sensor fault.In the case, audio output part 840 can be exported in a manner of sound equipment
For prompting the information of the failure in position sensor portion 235.Also, display apparatus module 29 can be shown for prompting position sensing
The information of the failure in device portion 235.
Thereby, it is possible to neatly cope with the parameters such as power failure, initialization, mechanism locking, and improve the noise of mechanism overswing.
Also, if it is the position for failing acquisition position signal after the maximum of gear drive motor 262a, 262b (Max) step
Sensor 235a, 235b failure is set, then stops gear drive motor 262a, 262b, so as to cope with additional noise hair
Raw and fault mode.
And it is possible to which sensor fault is prompted to user.
In addition, during discharge lid 25 is closed, it would be possible to which the hand that user occurs is sandwiched into discharge opening and is closing
The safety accident between discharge lid 25 closed.
Such situation in order to prevent, the air conditioner of one embodiment of the invention can be with further include: Proximity Sensor is (not
Diagram), it is configured at door face board 21, and for detecting whether approaching of user.Alternatively, can be by including more than one camera
Camera model 22 obtain the location information of user.
In the case, control unit 800 can be based on the data detected in Proximity Sensor and/or camera model 22
To control the on-off action of discharge lid 25.
Also, control unit 800 can be controlled based on the data detected in Proximity Sensor and/or camera model 22
The movement of front air supply module 31.
It according to the present invention, can by controlling driving, movement, the rotation of front air supply module 31 based on user location
Realize the gas flow optimized optimized for the position of user.
<control method>
Referring to Figure 23, air conditioner can receive product and open (on) action command (step S110).
User can use voice input or by the side such as the touch input of display apparatus module 29 or remote controller operation
Method carrys out input product and opens (on) action command.
(on) action command is opened according to product, upper end position sensor 235a can detecte the initial bit of discharge lid 25
Set (step S120).
That is, opening (on) action command according to product, control unit 800 confirms the detection data of upper end position sensor 235a
(step S120), when there is no when having abnormal, may be controlled to start to be opened (open) movement (step S130).
In the case, during mobile to specified position from initial position, control unit 800 be may be controlled to, and make gear
Driving motor 262a, 262b press maximum (Max) step and are driven (step S930).For example, control unit 800 can be driven to, make
The amount of movement of discharge lid 25 based on gear drive motor 262a, 262b reaches maximum (Max).
Then, when lower end position sensor 235b detects discharge lid 25 (step S140), control unit 800 can be with
Control is that the RPM of gear drive motor 262a, 262b is made to reduce (step S150).
Also, when lower end position sensor 235b detects that discharge lid 25 reaches presetting minimum point, control
Portion 800 can control gear drive motor 262a, 262b and stop (step S160).
The overswing and noise that thereby, it is possible to prevent to occur in the opening procedure of discharge lid 25.
Referring to Figure 24, air conditioner can receive product and close (off) action command (step S210).
User can use voice input or by the side such as the touch input of display apparatus module 29 or remote controller operation
Method carrys out input product and closes (off) action command.
(off) action command is closed according to product, lower end position sensor 235b can detecte the initial of discharge lid 25
Position (step S220).
That is, closing (off) action command according to product, control unit 800 confirms the testing number of lower end position sensor 235b
According to (step S220), when there is no when having abnormal, may be controlled to start to be closed (close) movement (step S230).
In the case, during mobile to specified position from initial position, control unit 800 can control illegal, make tooth
Wheel drive motor 262a, 262b press maximum (Max) step and are driven (step S1430).For example, control unit 800 can be driven to,
The amount of movement of the discharge lid 25 based on gear drive motor 262a, 262b is set to reach maximum (Max).
Then, when upper end position sensor 235a detects discharge lid 25 (step S240), control unit 800 can be with
Control is that the RPM of gear drive motor 262a, 262b is made to reduce (step S250).
Also, when upper end position sensor 235a detects that discharge lid 25 reaches presetting highest point, control
Portion 800 can control gear drive motor 262a, 262b and stop (step S260).
The overswing and noise that thereby, it is possible to prevent to occur in the closing process of discharge lid 25.
Referring to Figure 25, it is between upper end position sensor 235a and lower end position sensor 235b in discharge lid 25
In the case where the region of middle position, when the unusual conditions such as power supply line disconnection (off) either has a power failure or initialization is reset occur,
Operation condition (step S310) will likely be abnormal.
Under the conditions of such abnormal operation, upper end position sensor 235a and lower end position sensor 235b will can not
Detect discharge lid 25 (step S320).
In the case, control unit 800 can use closing motion to carry out initialization compensation operating, so as to upper
End position sensor 235a detects discharge lid 25.In the case, control unit 800 may be controlled to, and make gear driving electricity
Machine 262a, 262b press maximum (Max) stepping action and make (step S330).
When upper end position sensor 235a starts to detect discharge lid 25 (step S340), control unit 800 can be with
Control is that the RPM of gear drive motor 262a, 262b is made to reduce (step S350).
Also, when upper end position sensor 235a detects that discharge lid 25 reaches presetting highest point, control
Portion 800 can control gear drive motor 262a, 262b and stop (step S360).
In addition, control unit 800 can be unconditional when upper end position sensor 235a fails to detect discharge lid 25
Ground stops discharge lid 25, and is coped with using sensor fault mode.Under sensor fault mode, control unit 800 can
To control audio output part 840 and/or display apparatus module 29, the message for prompting sensor fault can be exported.
Even if being abnormal situation as a result, reply can also be effectively performed.
At least one embodiment in embodiment according to the present invention, can provide can prevent noise and safety accident
Air conditioner and its control method.
Also, at least one embodiment in embodiment according to the present invention can be utilized when product is opened/closed
The detection data in turn detected in upper end position sensor and lower end position sensor is electric to efficiently control circulator door
Machine.
Also, at least one embodiment in embodiment according to the present invention can effectively cope with upper end position sensing
The unusual condition of circulator door can not be detected in device and lower end position sensor.
Also, at least one embodiment in embodiment according to the present invention with multiplicity and can efficiently control air-flow.
Also, at least one embodiment in embodiment according to the present invention is capable of providing speech identifying function, humidification function
The function of the multiplicity such as energy.
Also, at least one embodiment in embodiment according to the present invention can be by inside when without movement
Module cleaning and safely storage manage.
Also, at least one embodiment in embodiment according to the present invention, according to the location information of the user detected
It is acted, so as to improve the ease of use of user.
The structure of embodiment as described above is not applicable in the air conditioner of one embodiment of the invention in a limiting fashion
And method, but can also selectively be combined and be constituted by all or part of each embodiment, so as to realize reality
Apply the deformation of the multiplicity of example.
In addition, the control method of the air conditioner of the embodiment of the present invention can be by the processor in the medium having program recorded thereon
The code that can be read is realized.The storage medium that processor can be read includes the institute for being stored with the data that can be read by processor
There is the storage device of type.The example for the medium that processor can be read has ROM, RAM, CD-ROM, tape, floppy disk, optical data storage
Device etc., and also include the situation that transmission based on internet etc. is realized in the form of carrier wave.Also, what processor can be read
Storage medium can be scattered in the computer system using network connection, be stored with the code that processor can be read with a scattered manner
And it runs.
The preferred embodiment of the present invention is shown and is illustrated above, but the present invention is not limited to the above
Specific embodiment, in without departing substantially from claims in the range of the technical idea of claimed invention, the present invention
The those of ordinary skill of affiliated technical field can implement the deformation of multiplicity to it, and such deformation implementation should not be detached from
Technical idea or prospect of the invention and individually understood.
Claims (17)
1. a kind of indoor unit of air conditioner, wherein
Include:
Cabinet body component forms shape, and front surface is in opening；
Door face board covers the front surface in opening of the cabinet body component, is formed in a manner of in opening along front-rear direction
Display hole；And
Display apparatus module is configured at the display hole, for showing the working condition of indoor unit,
The display apparatus module includes:
Display provides a user visual information；
Display casing, the display are installed on the display casing, in the fixed display in the door face board rear
Position；
Front glass is configured in front of the display, is covered in front of the display apparatus module；
Proximity Sensor, is configured at front glass rear, and measurement is located at the distance of the user in front of the door face board；With
And
Rear lid is formed with the Proximity Sensor for configuring the Proximity Sensor in the one end of the rear lid
Hole, the rear lid are configured between the front glass and the display, to keep configuring the Proximity Sensor
Interval.
2. the indoor unit of air conditioner according to claim 1, wherein
The front glass includes:
First Printing Department is formed in the rear surface of the front glass, is printed along the marginal portion of the front glass；
Second Printing Department is formed in the rear surface of the front glass, separates from first Printing Department to radial direction inside
Predetermined space and printed；And
Sensor exposed division, between first Printing Department and second Printing Department, the sensor exposed division not by
Printing.
3. the indoor unit of air conditioner according to claim 2, wherein
The Proximity Sensor is configured at sensor exposed division rear.
4. the indoor unit of air conditioner according to claim 2, wherein
The rear lid includes impressing brush portion from the front surface of the rear lid along the rear that marginal portion is printed,
Rear brush portion of impressing is printed from the outer circumference end of the rear lid to corresponding with the medial end of second Printing Department
Position.
5. the indoor unit of air conditioner according to claim 4, wherein
The Proximity Sensor hole forms to the rear medial end for brush portion of impressing from the upper side end of the rear lid.
6. the indoor unit of air conditioner according to claim 2, wherein
Interval between first Printing Department and second Printing Department is greater than or equal to the Proximity Sensor along upper
The length that lower direction is formed.
7. the indoor unit of air conditioner according to claim 1, wherein
The display apparatus module includes:
Proximity Sensor circuit board receives the identified signal transmitted from the Proximity Sensor；And
Reflecting plate is configured at the periphery of the Proximity Sensor, it is ensured that is configured at the front glass and the short distance passes
The space of the Proximity Sensor between sensor circuit board.
8. the indoor unit of air conditioner according to claim 7, wherein
The reflecting plate has the ring-shaped of quadrangle, is configured at the Proximity Sensor week in the Proximity Sensor hole
Edge.
9. the indoor unit of air conditioner according to claim 7, wherein
The Proximity Sensor circuit board extends on the upside of the rear direction of the Proximity Sensor, and is anchored on the display
Device casing.
10. the indoor unit of air conditioner according to claim 1, wherein
The display casing includes:
Display mounting portion, rearward recessed formation, to install the display.
11. the indoor unit of air conditioner according to claim 10, wherein
The display apparatus module further include:
Touch panel is configured between the display and the rear lid, for receiving the instruction of user.
12. the indoor unit of air conditioner according to claim 11, wherein
It include the first hole in the touch panel, first hole is in the Proximity Sensor hole for being formed in the rear lid
Rear forms the space for configuring the Proximity Sensor.
13. the indoor unit of air conditioner according to claim 11, wherein
The display casing includes:
Touch panel mounting portion, is formed in the front of the display mounting portion, and a part of the touch panel is inserted in institute
State touch panel mounting portion；And
Touch panel fixed part protrudes to be formed from the upside of the touch panel mounting portion, forwards for fixing the touch
The arrangement of panel.
14. the indoor unit of air conditioner according to claim 1, wherein
The display apparatus module further includes remote control reception sensor, and the remote control reception sensor is received from the remote control for being located at outside
The signal of transmitter input,
It is formed with remote control reception gauge hole in the rear lid, the remote control reception sensor is at the rear of the front glass
It is configured at the remote control reception gauge hole.
15. the indoor unit of air conditioner according to claim 1, wherein
Further include:
Inner panel is configured at the rear of the door face board, when the door face board on the left of the cabinet body component front direction or
When right direction is mobile, the inner panel covers the front surface of the cabinet body component being exposed；
Discharge lid is configured in a manner of it can vertically move at the rear of the door face board, is opened and closed the door face board
The front discharge opening of upper formation；And
Discharge lid mobile module moves the discharge lid vertically,
When the discharge lid is moved to the front discharge opening downside to open the front discharge opening, the discharge lid
It is configured between the display apparatus module and the inner panel.
16. the indoor unit of air conditioner according to claim 15, wherein
The discharge lid includes:
Door closure is opened and closed the discharge opening lid；
Door closure shell forms at least part of space for accommodating the door closure, with the discharge lid mobile module phase
Connection, to adjust the upper and lower position of the door closure；And
Door closure mobile module is configured between the door closure shell and the door closure, make the door closure from the door closure shell to
Front-rear direction is mobile.
17. the indoor unit of air conditioner according to claim 16, wherein
When the discharge lid is configured between the display apparatus module and the inner panel, the display apparatus module and institute
State the interval between the door closure of discharge lid more than the interval between the door closure shell and the inner panel of the discharge lid
The earth is formed.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR20180026954 | 2018-03-07 | ||
| KR10-2018-0026954 | 2018-03-07 | ||
| KR1020190024277A KR102239327B1 (en) | 2018-03-07 | 2019-02-28 | Indoor Unit for Air Conditioner |
| KR10-2019-0024277 | 2019-02-28 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110243018A true CN110243018A (en) | 2019-09-17 |
| CN110243018B CN110243018B (en) | 2021-10-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910172303.4A Active CN110243018B (en) | 2018-03-07 | 2019-03-07 | Indoor unit of air conditioner |
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| CN (1) | CN110243018B (en) |
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| CN113757141A (en) * | 2020-06-02 | 2021-12-07 | Lg电子株式会社 | Fan device for air conditioner |
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| WO2017221326A1 (en) * | 2016-06-21 | 2017-12-28 | 三菱電機株式会社 | Opening/closing cover detection device |
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| CN111911999A (en) * | 2020-05-22 | 2020-11-10 | 海信（山东）空调有限公司 | Air conditioner and method for controlling air outlet direction |
| CN111911999B (en) * | 2020-05-22 | 2023-07-07 | 海信空调有限公司 | Air conditioner and method for controlling air outlet direction |
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