CN101421563B

CN101421563B - Air conditioning apparatus

Info

Publication number: CN101421563B
Application number: CN2007800137040A
Authority: CN
Inventors: 藪知弘
Original assignee: Daikin Industries Ltd
Current assignee: Daikin Industries Ltd
Priority date: 2006-04-17
Filing date: 2007-04-17
Publication date: 2010-06-02
Anticipated expiration: 2027-04-17
Also published as: EP2014997A4; WO2007123101A1; CN101421563A; AU2007241914B2; KR101045550B1; JP4001172B1; KR20080110850A; AU2007241914A1; EP2014997A1; US20090098820A1; JP2007285604A

Abstract

An air conditioning apparatus includes a casing and a dividing cosmetic panel. The casing has a suction port and a discharge port. The dividing cosmetic panel has a plurality of dividing panels and an opening/closing moveable mechanism for varying the positions of the dividing panels relative to the suction port. The opening/closing moveable mechanism switches between a state in which the dividing panels are disposed in proximity to each other, thereby blocking air flow through the suction port, and a state in which the dividing panels are separated from each other to allow ventilation through the suction port.

Description

Aircondition

Technical field

The present invention relates to aircondition, relate in particular to and be arranged near the aircondition that uses the ceiling.

Background technology

In the past, for example knownly will regulate the indoor set of air to the aircondition of indoor supply after a kind of will room air the suction arranged, it is as indoor sets such as ceiling embedded types, and flat board is disposed with blow-off outlet and the suction inlet form along the ceiling face.

This indoor set needs to realize slimming because of near the restriction that the space is set the ceiling etc., and inner fan resistance increases easily.

To this, for example in the aircondition that the patent documentation 1 shown in is below put down in writing, proposed to adopt the velocity flow profile that makes indoor set inside become as far as possible structure uniformly, when suppressing fan resistance, make the scheme of aircondition slimming.

Patent documentation 1: Japanese patent laid-open 06-042768 communique

Yet the aircondition that above-mentioned patent documentation 1 is put down in writing is paid attention to slimming and is reduced fan resistance, but has ignored the appearance looks elegant of blow-off outlet.Therefore, indoor user can see the blow-off outlet of aircondition all the time, and outward appearance is not attractive in appearance.

Summary of the invention

In view of the above problems, the object of the present invention is to provide and a kind ofly can outward appearance be become guarantee in attractive in appearance the aircondition of ventilating.

The technical scheme that the technical solution problem is adopted

The aircondition of the 1st invention is a kind of aircondition that is configured in air-conditioning object space top, comprises shell and panel part.Shell has: first blow vent and second blow vent that flows through for the air that flows through first blow vent.Panel part has: comprise the panel of first panel and at least two panels of second panel and the movable agency that can change the relative position between first blow vent and the panel.Movable agency can switch between first state and second state.At this, under first state, the end configuration close to each other of an end of first panel and second panel and will cutting off via first blow vent flow air stream.Under second state, an end of first panel is separated from one another with an end of second panel and move towards the position different with first state, thereby at least a portion that allows air to flow through by first blow vent flows.First blow vent and second blow vent at this both can be used as suction inlet and had played a role in aircondition, also can be used as blow-off outlet and play a role.

The suction inlet of aircondition in the past exposes externally all the time in order to ensure ventilation, very showy when the air-conditioning object space is seen.

On the contrary, in the aircondition of the 1st invention, under first state, first blow vent that panel will be located at shell covers and locking.Therefore, under first state that first blow vent is capped, be panel what when the air-conditioning object space is seen, mainly see, first blow vent and other concaveconvex shape etc. become unshowy.Therefore, outward appearance is succinct, can make outward appearance become attractive in appearance.In addition, under second state, be not a panel, but first panel and the plural panel of second panel are mobile respectively, make first state switch to second state, therefore, the actuating quantity that each panel needs in order to ensure ventilation can reduce.Therefore, can prevent to cause panel to become showy, can make outward appearance become attractive in appearance because of panel moves significantly.Movable agency switches to second state that allows at least a portion air flow from first state that cuts off via first blow vent flow air stream, thereby can guarantee ventilation by changing the relative position of panel.

Thus, can become in the outward appearance that makes aircondition and guarantee ventilation in attractive in appearance.

The aircondition of the 2nd invention is in the aircondition of the 1st invention, under first state, and the face configuration close to each other of the face of the face of first panel and second panel and first blow vent.Under second state, the face of the face of first panel and second panel and the face of first blow vent are configured in respect to first state and on the position separated from one another.

At this, under second state, compare with first state, just first panel and second panel are not separated from one another, and first panel and second panel are with respect to the also separated attitude of shell.Therefore, can reduce because of panel part and the shell part that causes flowing resistance to increase close to each other.

Thus, can further reduce the flowing resistance at suction inlet place, thereby can suck effectively.

The aircondition of the 3rd invention is a kind of aircondition that is configured in air-conditioning object space top, comprises shell and panel part.Shell has: first blow vent and second blow vent that flows through for the air that flows through first blow vent.Panel part has: be first panel that rotates of center and be at least two panels of second panel that rotate of center and the movable agency that can change the relative position between first blow vent and the panel with second rotating shaft of end with first rotating shaft of end.

Movable agency can switch between first state and second state.At this, under first state, the main ventilation direction of the direction that the face of the face of first panel and second panel is faced and first blow vent is roughly the same, because of the face of the face of first panel and second panel is positioned at will be on the roughly same plane via the cut-out of first blow vent flow air stream.Under second state, first panel with first rotating shaft serve as the axle rotate and second panel with second rotating shaft serve as the axle rotate, direction that the face of the direction that the face of first panel faces and second panel faces is being overlapped when seeing with the direction of the main ventilation direction approximate vertical of first blow vent each other, thereby at least a portion that allows air to flow through by first blow vent flow.

On the contrary, in the aircondition of the 3rd invention, under first state, first blow vent that panel will be located at shell covers and locking.Therefore, under first state that first blow vent is capped, be panel what when the air-conditioning object space is seen, mainly see, first blow vent and other concaveconvex shape etc. become unshowy.Therefore, outward appearance is succinct, can make outward appearance become attractive in appearance.In addition, under second state, not a panel, but first panel and the plural panel of second panel are that rotate at the center with each rotating shaft respectively, make first state switch to second state, therefore, the actuating quantity that each panel needs in order to ensure ventilation reduces.Therefore, can prevent to cause panel to become showy, can make outward appearance become attractive in appearance because of panel moves significantly.Movable agency switches to second state that allows at least a portion air flow by changing the relative position of panel from first state that cuts off via first blow vent flow air stream.At this, because the direction of first panel and second panel is changed the direction with respect to the ventilation face approximate vertical of first blow vent, therefore, the part that constitutes the aeration resistance of first blow vent on the panel can be suppressed to lessly, can guarantee ventilation.

In addition, panel part is not by a panel but is made of a plurality of panels, and by being divided into a plurality of panels, the length that can make the downward extension of each panel under second state is short during than a panel, also can make outward appearance become attractive in appearance in this.

The aircondition of the 4th invention is that panel part also has the panel frame in the aircondition of the 3rd invention, and this panel frame is provided with the panel sliding space, will cut off via first blow-off outlet flow air stream with first panel and second panel under first state.Shell also has the shell support portion of supporting surface sheet frame.First panel also has as first sliding end end of a side opposite with first rotating shaft, that slide towards the panel sliding space.First rotating shaft is supported on the shell support portion rotationally.Second panel also has as second sliding end end of a side opposite with second rotating shaft, that slide towards the panel sliding space.Second rotating shaft is supported on the shell support portion rotationally.

At this, to be located on the shell support portion of shell, first rotating shaft of first panel and second rotating shaft of second panel are rotated.The sliding end of each panel other end slides towards the panel sliding space of panel frame.

Thus, only need utilize rotating shaft that one end is rotated and the other end is slided, can easily carry out the switching between first state and second state.

The aircondition of the 5th invention is that panel part also has in the aircondition of the 3rd invention: support the panel support portion of shell and will flow the panel frame that cuts off via the first blow-off outlet flow air with first panel and second panel.Shell also has the shell sliding space.First panel also has as first sliding end end of a side opposite with first rotating shaft, that slide towards the shell sliding space.First rotating shaft is supported in the panel support portion rotationally.Second panel also has as second sliding end end of a side opposite with second rotating shaft, that slide towards the shell sliding space.Second rotating shaft is supported in the panel support portion rotationally.

At this, to be located in the panel support portion of shell, first rotating shaft of first panel and second rotating shaft of second panel are rotated.The sliding end of each panel other end slides towards the shell sliding space of shell.

The aircondition of the 6th invention is a kind of aircondition that is configured in air-conditioning object space top, comprises shell and panel part.Shell has: first blow vent and second blow vent that flows through for the air that flows through first blow vent.Panel part has first panel, second panel and movable agency, and second panel configuration becomes the form of the public first shared rotating shaft in an end of the end of second panel and first panel, and movable agency can change the relative position between first blow vent and the panel.

Movable agency can switch between first state and second state.At this, under first state, the main ventilation direction of the direction that the face of the face of first panel and second panel is faced and first blow vent is roughly the same, because of the face of the face of first panel and second panel is positioned at will be on the roughly same plane via the cut-out of first blow vent flow air stream.Under second state, first panel and second panel are that rotate at the center with the first shared rotating shaft respectively, direction that the face of the direction that the face of first panel faces and second panel faces is being overlapped when seeing with the direction of the main ventilation direction approximate vertical of first blow vent each other, thereby at least a portion that allows air to flow through by first blow vent flow.

On the contrary, in the aircondition of the 6th invention, under first state, first blow vent that panel will be located at shell covers and locking.Therefore, under first state that first blow vent is capped, be panel what when the air-conditioning object space is seen, mainly see, first blow vent and other concaveconvex shape etc. become unshowy.Therefore, outward appearance is succinct, can make outward appearance become attractive in appearance.In addition, under second state, be not first panel, second panel is that rotate at the center with shared rotating shaft also, makes from first state and switches to second state, therefore, the actuating quantity that each panel needs in order to ensure ventilation reduces.Therefore, can prevent to cause panel to become showy, can make outward appearance become attractive in appearance because of panel moves significantly.Movable agency switches to second state that allows at least a portion air flow by changing the relative position of panel from first state that cuts off via first blow vent flow air stream.At this, because the direction of first panel and second panel is changed the direction with respect to the ventilation face approximate vertical of first blow vent, therefore, the part that constitutes the aeration resistance of first blow vent on the panel can be suppressed to lessly, can guarantee ventilation.

The aircondition of the 7th invention is that panel part also has in the aircondition of the 6th invention: the 3rd panel and the fourth face plate that disposes with the form that constitutes the second shared shared rotating shaft of end and the end of the 3rd panel.The direction that movable agency is faced at the face of the face of the face of the face that forms first panel under first state, second panel, the 3rd panel and fourth face plate is roughly the same with the main ventilation direction of first blow vent, will flow the state of cut-out via the first blow vent flow air because of the face of the face of the face of the face of first panel, second panel, the 3rd panel and fourth face plate is positioned on the roughly same plane.In addition, form under second state that to make first panel and second panel be that the center is rotated respectively and become roughly overlapping and make the 3rd panel and the fourth face plate is that the center is rotated respectively and become roughly overlapping state with the second shared rotating shaft respectively with the first shared rotating shaft.

At this, first panel and second panel-centralized to together, the 3rd panel and fourth face plate be brought together and become overlap condition respectively, the panel that respectively is brought together is in the position relation with the first blow vent approximate vertical each other.Therefore, compare when disposing with the form of extending downwards individually respectively with first panel, second panel, the 3rd panel and fourth face plate, like this when being brought together the form configuration of extending downwards the back, can under second state, suppress from the flowing resistance of inhaled air on every side.

In addition, by being brought together like this, the number of panel that covers first blow vent is many more, just can make the part of the downward extension of a panel become short more.

The aircondition of the 8th invention is that panel part also has the panel frame in the aircondition of the 6th invention, and this panel frame is provided with the panel sliding space, will cut off via first blow-off outlet flow air stream with first panel and second panel under first state.Shell also has the shell support portion of supporting surface sheet frame.First panel also has as first sliding end end of a side opposite with shared rotating shaft, that slide towards the panel sliding space.Second panel also has as second sliding end end of a side opposite with shared rotating shaft, that slide towards the panel sliding space.Shared rotating shaft is supported in the panel support portion rotationally.

At this, to be located on the shell support portion of shell, the shared shared rotating shaft of first panel and second panel is rotated.The sliding end of each panel other end slides towards the panel sliding space of panel frame.

The aircondition of the 9th invention is that panel part also has in the aircondition of the 6th invention: support the panel support portion of shell and will flow the panel frame that cuts off via the first blow-off outlet flow air with first panel and second panel.Shell also has the shell sliding space.First panel also has as first sliding end end of a side opposite with shared rotating shaft, that slide towards the shell sliding space.Second panel also has as second sliding end end of a side opposite with shared rotating shaft, that slide towards the shell sliding space.Shared rotating shaft is supported in the panel support portion rotationally.

At this, to be located in the panel support portion of panel part, the shared shared rotating shaft of first panel and second panel is rotated.The sliding end of each panel other end slides towards the shell sliding space of shell.

The aircondition of the 10th invention is a kind of aircondition that is configured in air-conditioning object space top, comprises shell and panel part.Shell has: first blow vent, the cut-out portion that is located at first blow vent and cut-out ventilation partly and second blow vent that flows through for the air that flows through first blow vent.Panel part has: corresponding peristome of cut-out that shape and the first blow vent corresponding panel, shape and cut-out portion are corresponding and the movable agency that can change the relative position between first blow vent and the panel.Movable agency can switch between first state and second state.At this, under first state, the circumference of panel is to dispose with the corresponding form of circumference of first blow vent, and the circumference that cuts off corresponding peristome cuts off thereby will flow via the first blow vent flow air with the form configuration corresponding with the circumference of cut-out portion.Under second state, position relation between the circumference of position relation between the circumference of the circumference of panel and first blow vent and the circumference that cuts off corresponding peristome and cut-out portion becomes the state different with first state, thereby it is mobile by at least a portion of first blow vent to allow air to flow through.

At this, when utilizing movable agency to switch to first state, the cut-out portion of panel and shell is chimeric, becomes via the cut state of the ventilation of first blow vent.When utilizing movable agency to switch to second state, each panel becomes the state that separates with shell, and air is through cutting off corresponding peristome, avoid cut-out portion and flow through first blow vent, thereby can guarantee ventilation.

Like this, under first state,, therefore seem succinct, can make outward appearance become attractive in appearance because shell and panel part become chimerism.In addition, under second state, not to guarantee ventilation, but guarantee to ventilate because of the stream that forms that misplaces between the position of first blow vent and the position that cuts off corresponding peristome when utilizing movable agency that first state is switched to second state via the gap of the horizontal direction that forms because of the separating distance between panel part and the shell.Thus,, only need make the position of each first blow vent and the position relation between the position of corresponding peristome cut off produces dislocation and get final product,, also can guarantee to ventilate even panel part is too separated with respect to shell in order to ensure ventilation.Thus, can suppress the fall of panel part under second state less, can guarantee ventilation easily.

In addition,, therefore can suppress the such constriction of ceiling reduction that indoor people experiences from ceiling decline because of panel part, also can make outward appearance become attractive in appearance in this owing to can suppress the fall of panel part.

The aircondition of the 11st invention is to invent to any aircondition of the 10th invention the 1st, and first blow vent plays a role as the suction inlet that enters in the shell, and second blow vent plays a role as the blow-off outlet of giving vent to anger from shell.

At this, when guaranteeing that portion flows to the air stream of blow-off outlet from suction inlet in the enclosure, can before moving, panel part cover suction inlet so that outward appearance becomes attractive in appearance.For example, even when being provided with grid of having filter etc. in first blow vent as suction inlet, panel also can cover them.

The aircondition of the 12nd invention is to invent to any aircondition of the 11st invention the 1st, and movable agency makes panel and the shell under second state separated from one another, so that second blow vent enlarges.

At this, under second state, panel separates with shell by the effect of movable agency, thereby the distance between itself and the shell is enlarged, and second blow vent enlarges.Therefore, can reduce second blow vent flowing resistance on every side.

Thus, can more easily guarantee the air stream of second blow vent.

The aircondition of the 13rd invention is that movable agency covers the panel configuration under second state position of second blow vent when overlooking in the aircondition of the 12nd invention.

At this, under second state, panel part moves because of the effect of movable agency, thereby is configured on the position that covers second blow vent when overlooking.Therefore, panel can cover second blow vent under second state.

Thus, owing to can cover second blow vent, therefore can make the outward appearance under second state become attractive in appearance.

The aircondition of the 14th invention is in any aircondition of the 12nd invention or the 13rd invention, also comprises angle adjusting mechanism, and this angle adjusting mechanism changes near second blow vent under second state panel with respect to the angle of inclination of shell.

At this, can utilize angle adjusting mechanism to tilt near making second blow vent of panel self with respect to shell.Therefore, the direction that can flow the air that flows through second blow vent is regulated.

Thus, the direction that can flow the air that flows through second blow vent is regulated.

In addition, even, blow out wind and also can directly not blow to the user, can reduce the air-flow sense blow-off direction being adjusted to when forming touring stream along the ceiling face.

In addition, when adopting the structure that can influence near the air stream first blow vent,, can further reduce the suction resistance of aircondition, also can actively promote to suck according to the heeling condition of panel by the gradient of regulating near the panel second blow vent.

The aircondition of the 15th invention be in the 12nd invention to any aircondition of the 14th invention, the baffle plate that also is included under second state between shell and panel, the direction of the air stream that flows through second blow vent is regulated.

At this, under second state that panel moves with the form of opening first blow vent, the direction that baffle plate can flow the air that flows through second opening is regulated.

Thus, not only can also can change the heeling condition of baffle plate, therefore, can regulate the ventilation direction more meticulously according to the position at panel place to regulating from the airflow direction of second blow vent.

In addition,, also can utilize baffle plate that air supply direction is finely tuned and suppress blow out air and directly blow to the ceiling face, prevent that the ceiling face from making dirty even when utilizing panel to form touring stream.

The aircondition of the 16th invention is to invent to any aircondition of the 15th invention the 1st, and the surface of panel is the shape of general planar.In addition, panel becomes the general plane shape and covers first blow vent under first state.

At this, the surface of panel is the shape of general planar, and panel becomes the general plane shape and covers and seal first blow vent under first state.Therefore, the appreciable part of user that is positioned at the air-conditioning object space becomes smooth, and outward appearance is become succinctly, therefore can make outward appearance become attractive in appearance.

The invention effect

In the aircondition of the 1st invention, can become in the outward appearance that makes aircondition and guarantee ventilation in attractive in appearance.

In the aircondition of the 2nd invention,, can suck efficiently by further reducing the flowing resistance of suction inlet.

In the aircondition of the 3rd invention, can become in the outward appearance that makes aircondition and guarantee ventilation in attractive in appearance.

In the aircondition of the 4th invention, the 5th invention, only need utilize rotating shaft that one end is rotated and the other end is slided, can easily between first state and second state, switch.

In the aircondition of the 6th invention, can become in the outward appearance that makes aircondition and guarantee ventilation in attractive in appearance.

In the aircondition of the 7th invention, under second state, can suppress from the flowing resistance of inhaled air on every side.

In the aircondition of the 8th invention, the 9th invention, only need utilize rotating shaft that one end is rotated and the other end is slided, can easily between first state and second state, switch.

In the aircondition of the 10th invention, can become in the outward appearance that makes aircondition and guarantee ventilation in attractive in appearance.

In the aircondition of the 11st invention, when guaranteeing to flow to the air stream of blow-off outlet from suction inlet, can before moving, panel part cover suction inlet so that outward appearance becomes attractive in appearance.

In the aircondition of the 12nd invention, can more easily guarantee the air stream of second blow vent.

In the aircondition of the 13rd invention,, can make the outward appearance under second state become attractive in appearance by covering second blow vent.

In the aircondition of the 14th invention, the direction that can flow the air that flows through second blow vent is regulated.

In the aircondition of the 15th invention, not only can also can change the heeling condition of baffle plate according to the position at panel place to regulating from the airflow direction of second blow vent, therefore, can regulate the ventilation direction more meticulously.

In the aircondition of the 16th invention, the appreciable part of user that is positioned at the air-conditioning object space becomes smooth, and outward appearance is become succinctly, therefore can make outward appearance become attractive in appearance.

Description of drawings

Fig. 1 is the stereoscopic figure that the ceiling of the present invention's the 1st example is provided with the type aircondition.

Fig. 2 is the side sectional view of the enclosure of aircondition.

Fig. 3 is the summary vertical view cutaway drawing of aircondition, is the figure that the state of top board has been pulled down in expression.

Fig. 4 (a) is the stereogram of cutting apart decoration panel under the halted state, and Fig. 4 (b) is the stereogram of cutting apart decoration panel under the running status.

Fig. 5 is the vertical view of bottom surface of the shell of aircondition.

Fig. 6 is the vertical view of cutting apart decoration panel under the halted state.

Fig. 7 is the vertical view of cutting apart decoration panel under the running status.

Fig. 8 (a) is the summary side sectional view of the enclosure under the halted state, and Fig. 8 (b) is the summary side sectional view of the enclosure under the running status.

Fig. 9 (a) is the stereogram of cutting apart decoration panel that the aircondition of variation (A) is in halted state, and Fig. 9 (b) is the stereogram of cutting apart decoration panel that the aircondition of variation (A) is in running status.

Figure 10 (a) is the summary side sectional view that the aircondition of variation (B) is in halted state, and Figure 10 (b) is the summary side sectional view that the aircondition of variation (B) is in running status.

Figure 11 is the summary side sectional view of the aircondition of variation (C).

Figure 12 (a) is the summary side sectional view that the aircondition of variation (C) is in halted state, and Figure 12 (b) is the summary side sectional view that the aircondition of variation (C) is in running status.

Figure 13 is the summary side sectional view of the aircondition of variation (D).

Figure 14 (a)～Figure 14 (d) is the summary side sectional view of the aircondition of variation (D).

Figure 15 (a) is the summary side sectional view that the aircondition of the 2nd example is in halted state, and Figure 15 (b) is the summary side sectional view that the aircondition of the 2nd example is in running status.

Figure 16 is the key diagram stage by stage of the fixed fold mechanism of shell side.

Figure 17 is the key diagram stage by stage of the fixed fold mechanism of panel side of the variation (A) of the aircondition of the 2nd example.

Figure 18 (a) be the aircondition of the 2nd example variation (B) do not have the panel frame time an example, Figure 18 (b) be the aircondition of the 2nd example variation (B) do not have the panel frame time another example.

Figure 19 (a) is the summary side sectional view that the aircondition of the 3rd example is in halted state, and Figure 19 (b) is the summary side sectional view that the aircondition of the 3rd example is in running status.

Figure 20 is the partial enlarged drawing of slide opening and closing movable agency of the aircondition of the 3rd example.

Figure 21 (a) is the variation (A) of the aircondition of the 3rd example, Figure 21 (b) is the variation (B) of the aircondition of the 3rd example, Figure 21 (c) is the variation (C) of the aircondition of the 3rd example, and Figure 21 (d) is the variation (D) of the aircondition of the 3rd example.

Figure 22 (a) is the summary side sectional view that the aircondition of another example (A) is in halted state, and Figure 22 (b) is the summary side sectional view that the aircondition of another example (A) is in running status.

Figure 23 is the aircondition of another example (B).

Figure 24 is the partial enlarged drawing of the aircondition of another example (B).

(symbol description)

1 aircondition

3 shells

4 cut apart decoration panel (panel part)

33 base plates (panel frame)

34 suction inlets (first blow vent)

35 blow-off outlets (second blow vent)

38 shell support portions

39 curtain-shaped cover members (shielding portion)

41 cut apart panel (first～the 4th cuts apart panel)

43 open and close movable agency (switching movable agency)

44 angle adjusting mechanisms

45 baffle plates (first～the 4th baffle plate)

48 panel support portions

49 blocking corresponding openings (interdicting corresponding peristome)

The 243 folding movable agencies (fold mechanism) that open and close

343 slide opening and closing movable agencies (direction change mechanism)

504 chimeric decoration panels

The S sliding space

The specific embodiment

The overview of＜invention 〉

The invention provides a kind of aircondition that suction inlet is occurred by moving of panel.Aircondition of the present invention adopts is to utilize the panel of general plane shape to cover the structure of suction inlet under off-duty halted state.That is, under the state that suction inlet is capped, mainly can see the panel of general plane shape in appearance, opening and jog are not easy to see, and be very succinct.The invention is characterized in, can make the outward appearance of aircondition become attractive in appearance thus.In addition, feature of the present invention also is, can utilize switching mechanism that panel and whole circumference are moved together suction inlet is occurred, thereby fully guarantee ventilation.

Below, illustrate that with reference to accompanying drawing ceiling of the present invention is provided with each example of type aircondition.

＜the 1 example 〉

(ceiling is provided with the essential structure of type aircondition)

Fig. 1 is the stereoscopic figure (ceiling is not shown) that the ceiling of the present invention's the 1st example is provided with type aircondition 1.

Aircondition 1 is a ceiling embedded air-conditioner, mainly by the shell 3 of taking in various constitution equipments in inside with cut apart decoration panel 4 and constitute.

As represent that summary side cross-section shown in Figure 2 of aircondition 1, shell 3 for example insert the ceiling U of air conditioning chamber and go up in the opening that forms and be configured.Inside at shell 3 mainly disposes: the air in the air conditioning chamber is sucked in the shell 3 and with its Air Blast fan 5 that blows out towards peripheral direction and the heat exchanger 6 that disposes with the form of the peripheral part that surrounds Air Blast fan 5.O among Fig. 2 represents the rotation or the pivot of Air Blast fan 5.In this case, be configured in the opening of shell 3 ceiling-mounted U.

As shown in Figures 2 and 3, shell 3 is the box-shaped body of the lower surface opening of the roughly anistree shape that alternately forms of long limit and minor face when overlooking, and has: the top board 31 of the roughly anistree shape that long limit and minor face alternately form continuously, the side plate 32 that extends towards the below from the circumference of top board 31 and the base plate 33 that extends and constitute the plane from the circumference of the side plate 32 of shell.

As shown in Figure 2, be formed with on this base plate 33: a plurality of (being four this example) blow-off outlet 35a～35d that forms at suction inlet 34 that its substantial middle sucks the air in the air conditioning chamber and with the form of surrounding suction inlet 34 and air is blown out in the air conditioning chamber in shell 3.In this example, suction inlet 34 is openings of essentially rectangular or circular.Blow-off outlet 35a～35d is respectively the opening of the essentially rectangular that slenderly extends of each circumference along base plate 33.Also be provided with the suction grid 36 of essentially rectangular on shell 3, this suction grid 36 is to cover suction inlet 34 and to be blown the form configuration that a mouthful 35a～35d surrounds.In addition, also be provided with the filter 37 of the dust of seizure from suction inlet 34 inhaled airs at the upside of the suction grid 36 of suction inlet 34.

Shown in Fig. 1 and Fig. 4 etc., cutting apart decoration panel 4 cuts apart panel 41 (first cut apart panel 41a, second cut apart panel 41b, the 3rd cut apart panel 41c and the 4th and cut apart panel 41d) by a plurality of (being four) and constitutes in this example, cutting apart panel for these four becomes tabular (flat board) overlooked in the form of a substantially rectangular after the combination on same plane roughly, be arranged to suction grid 36 sealings with suction inlet 34.As shown in Figure 6, under the halted state of aircondition 1, respectively cut apart panel and focus on central authorities and cover suction inlet 34.Under the running status of aircondition 1, as shown in Figure 7, respectively cut apart panel 41a～41d to move from the open radially form of central authorities, suction inlet 34 is opened.As shown in Figure 8, this switching movable agency 43 of cutting apart decoration panel 4 has support component 42a～42d, and this support component 42a～42d is used for being supported on shell 3 with respectively cutting apart panel 41a～41d.This support component 42 moves the position of cutting apart panel 41 by the effect that opens and closes movable agency 43, thereby suction inlet is opened and closed.

Respectively cut apart near leg-of-mutton two summits of panel 41a～41d cutly and be pentagon, concentrate on the form configuration of the central correspondence position that sucks grid 36 with a summit of remainder.Respectively cut apart panel 41a～41d by inlet hole 34 being opened and closed with radial the moving of form separated from one another.

As shown in Figure 8, support component 42 is made of the first support component 42a, the second support component 42b, the 3rd support component 42c and four parts of the 4th support component 42d with respectively to cut apart panel 41a～41d corresponding.Under halted state, shown in Fig. 8 (a), this support component 42 is positioned at the inside of shell 3.And under running status, shown in Fig. 8 (b), this support component 42 is moved by switching movable agency 43 with cutting apart panel 41, is released and extension downwards from the inside of shell 3, and extends to assigned position, to be supported cutting apart panel 41.

As shown in Figure 8, opening and closing movable agency 43 is to make respectively to cut apart the mechanism that panel 41 relatively moves with respect to described shell, panel 41a～41d is corresponding with respectively cutting apart, and opens and closes movable agency 43a, the second switching movable agency 43b, the 3rd switching movable agency 43c and four switchings of the 4th switching movable agency 43d movable agency 43 by first and constitutes.This switching movable agency 43 by each support component 42a～42d make respectively cut apart panel 41a～41d towards from the center with radial direction separated from one another and respectively cut apart panel 41a～41d and leave and the direction (short transverse) that descends moves from the suction inlet 34 of shell 3.Like this,, can reduce near the flowing resistance the suction inlet 34 of shell 3, become the state that can suck while respectively cut apart separated from one another also the making of panel 41 and respectively cut apart panel 41 and leave from the suction inlet 34 of shell 3 by making.

As shown in Figure 8, angle adjusting mechanism 44 is to respectively cutting apart the mechanism that panel 41a～41d regulates with respect to the angle of inclination of each blow-off outlet 35a～35d.This angle adjusting mechanism 44 is with respectively to cut apart panel 41a～41d corresponding, by four angle adjusting mechanisms 44, promptly the first angle adjusting mechanism 44a, the second angle adjusting mechanism 44b, third angle degree governor motion 44c and the 4th angle adjusting mechanism 44d constitute.This angle adjusting mechanism 44 is provided with as an end that supports the support component 42 of respectively cutting apart panel 41a～41d.In addition, as shown in Figure 8, can to cut apart panel 41 be that fulcrum is rotated with the bottom of support component 42 by making on the position of angle adjusting mechanism 44 when aircondition 1 is in running status, make and cut apart panel 41 and tilt, to regulate blowing out angle with respect to the blow-off outlet 35 of shell 3.Support component 42 is moved and make and respectively cut apart panel 41a～41d and also move by opening and closing movable agency 43, angle adjusting mechanism 44 as axial, makes support component 42 and the length direction of cutting apart the coupling part between the panel 41 cut apart panel 41 rotations.

As shown in Figure 8, baffle plate 45 has the first baffle plate 45a, second baffle 45b, the 3rd baffle plate 45c and four baffle plates of the 4th baffle plate 45d with respectively to cut apart panel 41a～41d corresponding.Each baffle plate 45a～45d is arranged to follow respectively cuts apart panel 41a～41d action, and when halted state became running status, each baffle plate 45a～45d was opening and closing moving and move under movable agency 43 effects along with cutting apart panel 41 at aircondition 1.Particularly, as shown in Figure 8, when aircondition 1 is in halted state, each baffle plate 45a～45d is incorporated in the inside of shell 3, when aircondition 1 becomes running status, each baffle plate 45a～45d moves along with cutting apart moving of panel 41, comes between blow-off outlet 35a～35d of cutting apart panel 41 and shell 3.In addition, each baffle plate 45a～45d by with the roughly the same direction of the length direction of above-mentioned angle adjusting mechanism 44 for axially changing angle with respect to shell 3, the direction of the air stream that blows out from blow-off outlet 35a～35d is finely tuned.

As shown in Figures 2 and 3, Air Blast fan 5 sucks the air in the air conditioning chamber in the shell 3 by the suction inlet 34 of shell 3, and it is blown out towards peripheral direction.In this example, what Air Blast fan 5 adopted is turbofan, has: be arranged on the fan motor 51 of substantial middle of top board 31 of shell 3 and the impeller 52 that links and be driven in rotation with fan motor 51.Impeller 52 has: a plurality of blades 54 of the discoideus end plate 53 that links with fan motor 51, the peripheral part that is arranged on end plate 53 lower surfaces and be arranged on blade 54 downsides and have the discoideus end ring 55 of opening in central authorities.Air Blast fan 5 can be by blade 54 rotation and via the opening of end ring 55 inside, and the outer circumferential side of the air in the intake impeller 52 towards impeller 52 blown out air intake impeller 52.

As shown in Figures 2 and 3, in this example, heat exchanger 6 is heat-exchanger panels of the intersection fin tube type that is bent to form of the form with the peripheral part that surrounds Air Blast fan 5, is connected with the outdoor unit that is arranged on outdoor grade (not shown) via refrigerant piping.The evaporimeter of the cold-producing medium that heat exchanger 6 flows as portion within it when refrigerating operaton plays a role, and the condenser of the cold-producing medium that flows as portion within it when heating operation plays a role.Thus, heat exchanger 6 can with carried out heat exchange by Air Blast fan 5 via the air that suction inlet 34 sucks in the shells 3, when refrigerating operaton, air is cooled off, when heating operation, air is heated.

As shown in Figures 2 and 3, dispose drip tray 7 at the downside of heat exchanger 6, this drip tray 7 is used for being undertaken on the condensed water that heat exchanger 6 is produced by airborne condensate moisture.

As shown in Figure 3, drip tray 7 is installed in the below of shell 3.Drip tray 7 has: with the morphogenetic inlet hole 71 that is communicated with the suction inlet 34 of shell 3, blow out hole 72a～72d and be formed on the downside of heat exchanger 6 and accept the condensed water holding groove 73 of condensed water with morphogenetic four of being communicated with the blow-off outlet 35a～35d of shell 3.

Dispose horn mouth 8 in inlet hole 71, this horn mouth 8 is used for and will guides from the impeller 52 of suction inlet 34 inhaled airs to Air Blast fan 5.

In addition, on shell 3, be formed with: the suction passage 2a that arrives Air Blast fan 5 from suction inlet 34 via sucking grid 36, filter 37 and horn mouth 8; And from Air Blast fan 5 via heat exchanger 6 and blow out hole 72a～72d and arrive blow-off outlet 35a～35d blow out stream 2b.

(the operation of air conditioner action of aircondition)

The operation of air conditioner action of aircondition 1 is described below with reference to Fig. 1 and Fig. 2.

At this, as mentioned above, the state of aircondition 1 roughly is divided into halted state and running status two states.

Under running status, under halted state, be configured in the locational panel 41a～41d of respectively cutting apart that covers suction inlet 34 and move because of the effect that opens and closes movable agency 43, suction inlet 34 and blow-off outlet 35a～35d are opened.In case the position when respectively cutting apart panel 41a～41d and laying respectively at running status, fan motor 51 just can drive, impeller 52 rotations of Air Blast fan 5.In addition, when fan motor 51 drove, cold-producing medium was supplied with in outdoor unit (not shown) heat exchanger 6.At this, heat exchanger 6 plays a role as evaporimeter when refrigerating operaton, plays a role as condenser when heating operation.Along with the rotation of impeller 52, the air in the air conditioning chamber is inhaled in the shell 3 from suction inlet 34 via sucking path 52a.This air that is inhaled into is blown out and arrives heat exchanger 6 towards outer circumferential side by impeller 52, and after being cooled in heat exchanger 6 or heating, blows out in the air conditioning chamber from blow-off outlet 35a～35d via blowing out stream 2b.Like this to freezing in the air conditioning chamber or heating.

(cutting apart the on-off action that decoration panel utilizes switching mechanism to carry out)

-halted state-

Under the halted state of aircondition 1, shown in Fig. 1, Fig. 4 and Fig. 8 (a), cut apart respectively that panel 41a～41d is positioned at that suction inlet 34 with shell 3 covers and the position of locking on.Under this halted state, the panel 41a～41d of respectively cutting apart of cutting apart panel 4 is positioned at roughly the same height when overlooking, and the panel 41a～41d integral body of cutting apart of four general plane shapes is adjusted to and is positioned at roughly the same height.Therefore, from indoor seeing the time, what mainly see is to cut apart panel 4.Therefore, under halted state, suction inlet 34 becomes inconspicuous flat condition, is being positioned at indoor user, and aircondition 1 is succinct, can make outward appearance become attractive in appearance.Thus, can make indoor ceiling face integral body become succinct.

-running status-

Under the running status of aircondition 1, shown in Fig. 4, Fig. 7 and Fig. 8 (b), cut apart first of panel 4 and cut apart panel 41a, second and cut apart panel 41b, the 3rd and cut apart panel 41c, the 4th to cut apart panel 41d and shell 3 separated from one another respectively.Thus, can suck via the inside of suction inlet 34, and can blow out via blow-off outlet 35a～35d to shell 3.

As halted state,, respectively cut apart panel 41a～41d and when overlooking, also keep and blow-off outlet 35a～35d position overlapped relation even under running status.Thus, not only under halted state, also can't see blow-off outlet 35a～35d in running status nutation apparent time, this can make outward appearance become attractive in appearance.

In addition, under this running status, angle adjusting mechanism 44 makes respectively cuts apart the blow-off outlet 35a～35d inclination of panel 41a～41d with respect to shell 3, can realize blow-off direction is adjusted to along the touring stream of the direction of ceiling face.When forming touring stream like this, can prevent that the wind that blows out via blow-off outlet 35a～35d from directly blowing to and be positioned at indoor user, can reduce the air-flow sense.

In addition, shown in Fig. 8 (b), respectively cut apart panel 41a～41d with respect to the touring stream that shell 3 tilts to realize via blow-off outlet 35a～35d by making, respectively cutting apart panel 41a～41d can make suction inlet 34 suck air easily to the air channeling conduct.

-from halted state to the transition of running status-

Aircondition 1 be from the transition of the halted state shown in Fig. 8 (a) from halted state to the transition of running status to the running status shown in Fig. 8 (b), open and close movable agency 43 and make each support component 42a～42d and respectively cut apart panel 41a～41d and move with respect to shell 3.In addition, when carrying out this action, open and close movable agency 43 and make and respectively cut apart panel 41a～41d and move with form separated from one another.

In case respectively cutting apart panel 41a～41d moves, perhaps angle adjusting mechanism 44 plays a role when cutting apart panel 41a～41d and moving, respectively cut apart panel 41a～41d just under halted state, become with the outside of the moving direction of respectively cutting apart panel below and form above inboard the becoming tilts with respect to shell 3.

In addition, move and become heeling condition in case respectively cut apart panel 41a～41d, the angle of each baffle plate 45a～45d is just adjusted, can control the blow-off direction that blows out from each blow-off outlet 35a～35d.At this, when the baffle plate 45 that is positioned at shell 3 inside under the halted state along with respectively cut apart panel 41a～41d under the effect that opens and closes movable agency 43 move and when becoming running status, baffle plate 45 is just come and is respectively cut apart between panel 41a～41d and the shell 3, to regulating from the flow direction of respectively cutting apart the blow out air that flows through between panel 41 and the shell 3.

(feature of the aircondition of the 1st example)

(1) in the past, the suction inlet of aircondition that is arranged on indoor grade was for guaranteeing that sucking air via suction inlet exposed all the time, in that to be positioned at indoor user very showy.

On the contrary, be provided with in the type aircondition at the ceiling of the 1st example, not only overlapping when cutting apart panel 41 and overlooking under halted state with blow-off outlet 35a～35d, also suction inlet 34 is covered and lockings.Therefore, from indoor seeing the time, what see is to cut apart decoration panel, and it is unshowy that suction inlet 34 becomes.In addition, the surface of cutting apart decoration panel 4 is smooth shape, when suction inlet 34 being covered and be configured to during locking the general plane shape under halted state.Therefore, the appreciable part of user that is positioned at the air-conditioning object space is even shape.Therefore, outward appearance is succinct, can make outward appearance become attractive in appearance.

In addition, the position of the circumference of respectively cutting apart panel 41a～41d is moved, make from suction inlet 34 and switched to the running status that suction inlet 34 is opened, thereby guaranteed ventilation by the halted state of locking by opening and closing movable agency 43.For cutting apart decoration panel 4, under running status owing to cross the effect open and close movable agency 43, cut apart panel 41 each other distance and and blow-off outlet 35a～35d between distance than big under the halted state.Therefore, can reduce the flowing resistance around suction inlet 34 and the blow-off outlet 35a～35d, can further improve via suction inlet 34 and suck air and via the efficient of blow-off outlet 35a～35d blow out air.

Adopt said structure, not only, also can under running status, fully guarantee aeration status in its appearance looks elegant when the aircondition 1 that is in halted state is seen in the indoor.

In addition, cutting apart decoration panel 4 is divided into first and cuts apart panel 41a～4th and cut apart the panel of four panels of panel 41d and move and open suction inlet 34 by making.Therefore, if, compare during then with a panel, when the panel that is divided into four, can be suppressed to a required amount of movement of panel less with a panel with when being divided into four panel suction inlet 34 being opened with same degree.Thus, can suppress to make degraded appearance cause outward appearance not attractive in appearance, can guarantee aeration status effectively because of respectively cutting apart the amount of movement that panel 41a～the 41d needs are bigger.

In addition, open and close movable agency 43 and make and respectively cut apart the circumference integral body that panel 41a～41d comprises panel and move, any end of respectively cutting apart panel 41a～41d all is not fixed in shell 3.Therefore, under running status, can reduce near the flowing resistance the suction inlet 34 effectively, form good suction condition.

(2) ceiling at the 1st example is provided with in the type aircondition 1, under running status, cuts apart decoration panel 4 and is moved by switching movable agency 43, thereby keep the state that blow-off outlet 35a～35d is covered when overlooking.Therefore, cut apart decoration panel 4 and under running status, cover blow-off outlet 35a～35d.Thus, blow-off outlet 35a～35d crested can make the outward appearance under the running status become attractive in appearance.

(3) as shown in Figure 8, what the ceiling of the 1st example was provided with type aircondition 1 cuts apart decoration panel 4 under the running status that moves to the position of opening suction inlet 34, utilize angle adjusting mechanism 44 to regulate angle with respect to the blow-off outlet 35a～35d of shell 3, thus can be to regulating to the indoor air stream that blows out from each blow-off outlet 35a～35d.In addition, cut apart at this and to be respectively arranged with baffle plate 45a～45d on panel 41a～41d respectively cutting apart of decoration panel 4, but utilize baffle plate 45 also the convection current direction of crossing the air stream of blow-off outlet 35a～35d regulate.

Thus, not only can also can carry out more careful adjusting to the ventilation direction according to the position of cutting apart decoration panel 4 to regulating from the airflow direction of blow-off outlet 35a～35d by the heeling condition that changes baffle plate 45a～45d.In addition, realized touring stream even utilize angle adjusting mechanism 44 that blow out air is flowed along the direction of ceiling face, as shown in Figure 8, also can utilize baffle plate 45a～45d that air supply direction is finely tuned and avoid blow out air directly to blow to the ceiling face, prevent that the ceiling face from being made dirty.

(variation of the aircondition of the 1st example)

An example of the present invention has been described above, but the present invention is not limited to above-mentioned example, can in the scope that does not break away from inventive concept, carries out various changes.

(A) be to cut apart decoration panel 4 to cut apart panel 41a～4th by first and cut apart the structure that four panels of panel 41d constitute in aircondition 1 illustrated of above-mentioned the 1st example.

But the present invention is not limited thereto, but cut apart decoration panel 4 for example also shown in the image pattern 9 like that, cut apart panel 141a and second by first and cut apart two of panel 141b and cut apart panel and constitute.Even in this case, also can be by under halted state, suction inlet 34 is covered and locking like that shown in the image pattern 9 (a), and the suction inlet 34 that makes under running status like that shown in the image pattern 9 (b) is opened, to blow out from blow-off outlet 135a, 135b both direction, guarantee ventilation thus, the same with the 1st example, can guarantee ventilation in attractive in appearance in that outward appearance is become.

(B) in the aircondition 1 of above-mentioned the 1st example, to cut apart decoration panel 4 and have angle adjusting mechanism 44, the direction that can flow the air that blows out via blow-off outlet 35a～35d is regulated.

But the present invention is not limited thereto, also can be structure as shown in figure 10, promptly cuts apart decoration panel 4 and do not have angle adjusting mechanism 44 in the 1st example, cuts apart panel 41 and keep angle with respect to shell 3.In this case, owing to from the halted state to the running status, can keep the even shape of ceiling face, therefore can make outward appearance become attractive in appearance.

(C) in the aircondition 1 of above-mentioned the 1st example, illustrational be have under halted state in the inside of shell 3, in the structure of coming the baffle plate 45 between divisional plane plate 41 and the shell 3 under the running status.

But the present invention is not limited thereto, also can be such, the structure that the baffle plate 45 in the 1st example is not set shown in the image pattern 11.For example, as shown in figure 11, also can only utilize 44 pairs of directions of angle adjusting mechanism to regulate from the blow out air stream of blow-off outlet 35a～35d.

In addition, but also shown in the image pattern 12 like that, each baffle plate 145a～145d be configured under halted state almost and cut apart panel 41 position contacting, and it is come under running status between divisional plane plate 41 and the shell 3.In this case, different during with the 1st example, the air that flows through blow-off outlet 35a～35d flows through between shell 3 and baffle plate 145a～145d, by regulating the inclined degree of this baffle plate 145a～145d, can regulate blow-off direction.

(D) in the aircondition 1 of above-mentioned the 1st example, illustrational be by being arranged on shell 3 inside heat exchanger 6 suck carry out between air and the cold-producing medium heat exchange, and will regulate after air to the structure of indoor supply.

But the present invention is not limited thereto, also can be structure as shown in figure 13, promptly when having a plurality of blow-off outlet 35a～35d, makes and will dissimilate with the temperature that the air that blows out from each blow-off outlet 35a～35d carries out the cold-producing medium of heat exchange.

For example, but shown in the image pattern 13 like that, the temperature of the cold-producing medium that will flow near the heat exchanger 6a that is positioned at the blow-off outlet 35a is set lowlyer, the air that blows out from blow-off outlet 35a is turned cold, and the temperature of the cold-producing medium that will flow near the heat exchanger 6c that is positioned at another blow-off outlet 35c sets higherly, makes the air ratio that blows out from blow-off outlet 35c warm from the air that blow-off outlet 35a blows out.In this case, when having a plurality of blow-off outlet 35a～35d, may be adjusted to the temperature that blows out that meets the hobby that is positioned at the user on the direction that blows out via blow-off outlet 35a～35d, the air of the different preferred temperatures that a plurality of users want can be provided.

In addition, it also can be the structure shown in Figure 14 (a)～Figure 14 (d), promptly also comprise condensed water guide 66, this condensed water guide 66 regulates on one side so that the temperature difference of the cold-producing medium that flows on the diverse location of the refrigerant piping of heat exchanger 6, on one side the condensed water that will around any refrigerant piping, produce guide the different refrigerant piping of another refrigerant temperature into.The configuration of heat exchanger 6 in this case is not special to be limited, in addition, the structure of condensed water guide 66 is so long as can guide to the condensed water that produces can get final product its part of carrying out the refrigerant piping of recuperation of heat utilization from the part that produces this condensed water.

For example, but shown in the image pattern 14 (a) like that, also comprise the heat exchanger e that is configured in directly over the suction inlet 34, comprise the heat exchanger 6a～6d that is provided with accordingly with blow-off outlet 35a～35d, the condensed water that utilizes condensed water guide 66 to reclaim to produce by heat exchanger 6c in the configuration of the inner inclination of shell 3 and with it towards heat exchanger 6a guiding in the inner inclination configuration of shell 3, in heat exchanger 6a, carry out recuperation of heat.

In addition, also can be shown in Figure 14 (b), do not have the structure of above-mentioned heat exchanger 6e, perhaps shown in Figure 14 (c), heat exchanger 6 does not tilt in the inside of shell 3, perhaps shown in Figure 14 (d),

heat exchanger

6a, 6c separate configuration in the inside of shell 3, and connect by condensed water guide 66.In the temperature difference that makes in refrigerant piping the cold-producing medium that flows like this so that not simultaneously via the temperature of the blow out air of each blow-off outlet 35a～35d of shell 3, utilize the condensed water that produces, carry out the recuperation of heat operation by condensed water guide 66, can improve the thermal efficiency of aircondition 1.

＜the 2 example 〉

The ceiling that the present invention's the 2nd example is described below with reference to Figure 15～Figure 17 is provided with type aircondition 200.

The common ground that the ceiling of the 2nd example is provided with type aircondition 200 and aircondition 1 the 1st example in this description will be omitted.

The decoration panel 4 of cutting apart of aircondition 200 comprises being configured in and sucks first of grid 36 belows and cut apart panel 241a～4th and cut apart panel 241d, is respectively to cut apart panel 241a～241d with the maximum difference of the aircondition 1 of the 1st example and has the folding movable agency 243a～243d that opens and closes respectively.

Shown in Figure 15 (b) and Figure 16 (a)～Figure 16 (e) (the local amplification view of the part shown in " P " among Figure 15 (a)), this folding movable agency 243a～243d that opens and closes is roughly disposing with the folding parallel towards each other form of folding shaft that opens and closes movable agency 243 on the same plane.

In addition, the folding movable agency 243a～243d that opens and closes extends setting along its length near the central authorities of cutting apart panel 241a～241d.The folding movable agency 243a～243d that opens and closes is cut apart length direction panel 241a～241d and is folded as axially making.

At this, the folding movable agency 243a～243d that opens and closes can rotate with respect to shell 3, but plays a role as the stiff end that the position is fixed.In addition, as shown in figure 16, the both ends of respectively cutting apart panel 241a～241d are as playing a role with respect to the free end that the panel frame 33 that is provided with sliding space S is free to slide.

Under halted state, shown in Figure 15 (a) and Figure 16 (a), respectively cut apart panel 241a～241d and be accommodated among the sliding space S on the panel frame 33 with not folding form, and continuous each other on same plane roughly, thus suction inlet 234 covered.

In addition, under running status, shown in Figure 15 (b) and Figure 16 (b)～Figure 16 (e), respectively cut apart panel 241a～241d and utilize each folding movable agency 243a～243d that opens and closes to fold when folding (in Figure 16 (b), Figure 16 (c), Figure 16 (d), Figure 16 (e), represented stage by stage state).Respectively cut apart panel 241a～241d and keep that each that play a role as stiff end is folding to open and close the state that movable agency 243a～243d is supported by shell 3.Slide in sliding space S as the both ends of respectively cutting apart panel 241a～241d that free end plays a role, thus close to each other, make thus that respectively to cut apart panel 241a～241d folding.At this moment, panel frame 33 and the both ends of respectively cutting apart panel 241a～241d descend with respect to shell 3.Suction inlet 234 is opened.

In addition, blow out via each the blow-off outlet 235a～235d that between panel frame 33 after the decline and shell 3, produces from suction inlet 234 inhaled airs.

(feature of the aircondition of the 2nd example)

Ceiling at the 2nd example is provided with in the type aircondition 200, cuts apart decoration panel 4 and has each folding movable agency 243a～243d that opens and closes.Each is folding to open and close movable agency 243a～243d and respectively cuts apart panel 241a～241d when halted state switches to running status making, and folds into the position vertical with suction inlet 34.Thus, compare, reduced the part that the air stream that will flow through suction inlet 234 is had obstruction with halted state.

In addition, compare, under folded state, can shorten the length of the part of extending from suction inlet 34 downwards with under not folding situation, making the occasion of respectively cutting apart panel 241a～241d and become respectively plumbness.Thus, can reduce the flowing resistance around the suction inlet 34, easily from around suck.

In addition, each is folding to open and close movable agency 243a～243d and is separately positioned on and is divided into a plurality of cutting apart on panel 241a～241d, and makes that respectively to cut apart panel 241a～241d folding respectively.Therefore, and cut apart panel with one and compare when folding, can reduce the numerical value of flowing resistance in the doubling mode.

In addition, owing to be not folding panel, but folding respectively a plurality of panel 241a～241d of cutting apart, therefore, under folded state, can further shorten the length of the part of extending from suction inlet 34 downwards, further reduce the flowing resistance around the suction inlet 34, easier from around suck.

Thus, little from halted state to the required actuating quantity of respectively cutting apart panel 241a～241d of running status transition, can suppress to make outward appearance become attractive in appearance downwards from the outstanding degree of suction inlet 34.

(variation of the aircondition of the 2nd example)

(A) be that each folding movable agency 243a～243d that opens and closes plays a role, respectively cuts apart the structure that the both ends of panel 241a～241d play a role as the free end that can slide with respect to the sliding space S of panel frame 33 as the stiff end with respect to shell 3 in aircondition 200 illustrated of above-mentioned the 2nd example.

But the present invention is not limited thereto, for example, adopts structure as shown in figure 17 also can obtain identical effect.Promptly, but also shown in image pattern 17 (a)～Figure 17 (c) like that, adopt each folding movable agency 243a～243d that opens and closes to play a role, respectively cut apart the structure that the both ends of panel 241a～241d play a role as the free end that slides with respect to the sliding space S on the shell 3 as stiff end with respect to panel frame 33.

(B) while in the aircondition 200 of above-mentioned the 2nd example the explanation be below running status sheet frame 33 with respect to respectively cutting apart the structure that panel 241a～241d slides and descends.

But the present invention is not limited thereto, for example also can be the structure that panel frame 33 is not set as shown in figure 18.

It can be the structure shown in Figure 18 (a), promptly having the folding end of respectively cutting apart panel 241a～241d that opens and closes movable agency 243a～243d respectively slides with respect to the sliding space S that is arranged on the shell 3, and each folding movable agency 243a～243d that opens and closes is descended, thereby suction inlet 34 is opened.

In addition, it also can be the structure shown in Figure 18 (b), promptly have respectively folding open and close movable agency 243a～243d cut apart respectively that each of panel 241a～241d is folding to open and close support component 247a～247d that movable agency 243a～243d is set at respectively on the shell 3 and support, make under this state that respectively to cut apart panel 241a～241d folding, thereby suction inlet 34 is opened.

＜the 3 example 〉

The ceiling that the present invention's the 3rd example is described below with reference to Figure 19 and Figure 20 is provided with type aircondition 300.

The common ground that the ceiling of the 3rd example is provided with type aircondition 300 and aircondition 1 the 1st example in this description will be omitted.

The decoration panel 4 of cutting apart of aircondition 300 comprises being configured in and sucks first of grid 36 belows and cut apart panel 341a～4th and cut apart panel 341f, is respectively to cut apart panel 341a～341f with the maximum difference of the aircondition 1,200 of the 1st, the 2nd example and has slide opening and closing movable agency 343a～343f respectively.

As Figure 19 (a), Figure 19 (b) and shown in Figure 20, this slide opening and closing movable agency 343a～343f is the mechanism relevant with the both ends of respectively cutting apart panel 341a～341f, has: the end parts that will respectively cut apart panel 341a～341f is as the mechanism that rotatably is supported on the mechanism that the stiff end on the shell 3 plays a role and will play a role as the free end that slides with respect to the sliding space S that is arranged on the panel frame 33 other end part that will cut apart panel 341a～341f.

In addition, each slide opening and closing movable agency 343a～343f is each other with the identical form configuration of main glide direction (as the glide direction of horizontal direction).At this, as Figure 19 and shown in Figure 20, respectively cut apart the form configuration that panel 341a～341c slides with the end in left side in scheming, respectively cut apart the form configuration that panel 341d～341f slides with the end on right side in scheming.

At this, under halted state, shown in Figure 19 (a), respectively cut apart panel 341a～341f and under skid-resistant situation, be accommodated among the sliding space S on the panel frame 33, and continuous each other on same plane roughly, thus suction inlet 334 covered.

In addition, under running status, as Figure 19 (b) and shown in Figure 20, an end of respectively cutting apart panel 341a～341f slides with respect to the sliding space S that is arranged on the panel frame 33 by the effect of each slide opening and closing movable agency 343a～343f, makes respectively to cut apart panel 341a～341f and become the position relation vertical with suction inlet 334.At this moment, panel frame 33 and the both ends of respectively cutting apart panel 341a～341f descend with respect to shell 3.Suction inlet 334 is opened.

In addition, blow out via each the blow-off outlet 335a～335d that between panel frame 33 after the decline and shell 3, produces from suction inlet 334 inhaled airs.

(feature of the aircondition of the 3rd example)

Ceiling at the 3rd example is provided with in the type aircondition 300, respectively cut apart panel 341a～341f and under running status, change the position by the effect of slide opening and closing movable agency 343a～343f, thereby towards with the direction of suction inlet 334 approximate vertical.Therefore, compare with halted state, respectively cutting apart among panel 341a～341f has the part of obstruction to reduce to the air stream that will flow through suction inlet 334.

In addition, each slide opening and closing movable agency 343a～343f plays a role respectively being divided into a plurality of panel 341a～341f ends separately of cutting apart, and makes respectively to cut apart panel 341a～341f and slide respectively.Therefore, and by making one to cut apart panel and slide and compare when opening suction inlet 334, slide and open opening 334, can reduce flowing resistance by making a plurality of panel 341a～341f of cutting apart.

In addition, owing to be not that a panel is slided, but a plurality of panel 341a～341f of cutting apart are slided respectively, therefore, under sliding mode, can further shorten the length of the part of extending from suction inlet 334 downwards, further reduce the flowing resistance around the suction inlet 334, easier from around suck.

Thus, little from halted state to the required actuating quantity of respectively cutting apart panel 341a～341f of running status transition, can suppress to make outward appearance become attractive in appearance downwards from the outstanding degree of suction inlet 334.

In addition, make and cut apart

panel

341a, 31b, 341c configuration parallel to each other, and make separately and cut apart

panel

341d, 341e, 341f configuration parallel to each other.By under the state that they are remained parallel to each other, utilizing slide opening and closing movable agency 343a～343f to open and close, even, also can reduce the flowing resistance of suction inlet 334 the carrying out in the process of on-off action.

(variation of the aircondition of the 3rd example)

(A) while aircondition 300 illustrated of above-mentioned the 3rd example be below running status sheet frame 33 with respect to respectively cutting apart the structure that panel 341a～341f slides and descends.

But the present invention is not limited thereto, for example also can be the structure that panel frame 33 is not set shown in Figure 21 (a).

(B) in addition, but also shown in the image pattern 21 (b) like that, the panel 341a～341f of respectively cutting apart with each slide opening and closing movable agency 343a～343f is separately positioned among the sliding space S on the panel frame 33, and the part that does not play a role as stiff end is also passable.

(C) in addition, it also can be the structure shown in Figure 21 (c), promptly in respectively cutting apart slide opening and closing movable agency 343a～343f that panel 341a～341f had, one end plays a role as stiff end on panel frame 33, plays a role as free end among the sliding space S that the other end is provided with on shell 3.

(D) in addition, but also shown in the image pattern 21 (d) like that, in respectively cutting apart slide opening and closing movable agency 343a～343f that panel 341a～341f had, one end plays a role as stiff end on shell 3, play a role as free end among the sliding space S that the other end is provided with on panel frame 33, respectively cutting apart panel 341a～341f not necessarily will be with relation configuration parallel to each other.

＜other example 〉

(A) the present invention's ceiling of being not limited to above-mentioned the 1st～the 3rd example is provided with type aircondition 1,200,300, for example also can be as shown in figure 22, ceiling is provided with type aircondition 400.The common ground that this ceiling is provided with type aircondition 400 and aircondition 1 the 1st example in this description will be omitted.

As shown in figure 22, the decoration panel 4 of cutting apart of aircondition 400 has first and cuts apart panel 441a～4th and cut apart panel 441d.Respectively cut apart panel 441a～441d and have rotating open-close movable agency 444a～444d respectively, when aircondition 400 is in halted state and when being in running status, rotation status is adjusted to difference.

In the aircondition 400 under halted state, shown in Figure 22 (a), when overlooking, first cut apart panel 441a～4th cut apart panel 441d on the periphery of the shell 3 that is disposed at the ceiling face respectively the lower surface along shell 3 be configured to the general plane shape.

In addition, in the aircondition 400 under running status, shown in Figure 22 (b), first cuts apart panel 441a～4th cuts apart panel 441d and rotates by the effect of each rotating open-close movable agency 444a～444d, occurs suction inlet 434a～434d respectively in the lower surface inboard of shell 3.Meanwhile, in the lower surface outside of shell 3 blow-off outlet 435a～435d appears respectively.

Under this running status, by driving Air Blast fan 5, flow through to suck grid 36 and be filtered device 37 and remove dust via the suction inlet 434a～room air of 434d suction shell 3 inside, and by and the cold-producing medium that in heat exchanger 6, flows between carry out heat exchange and be conditioned temperature, blow out towards indoor via each blow-off outlet 435a～435d then.

Like this, in aircondition 400, also only need utilize rotating open-close movable agency 444a～444d to make respectively to cut apart panel 441a～441d rotation and just can guarantee suction inlet 434a～434d and blow-off outlet 435a～435d, therefore, the same with the aircondition 1,200,300 of above-mentioned the 1st～the 3rd example, can seem succinctly, make at the ceiling face outward appearance become attractive in appearance in, guarantee the ventilation that air conditioning is used easily.

(B) in addition, also can type aircondition 500 be set as Figure 23 and shown in Figure 24, ceiling.The common ground that this ceiling is provided with type aircondition 500 and aircondition 1 the 1st example in this description will be omitted.

The chimeric decoration panel 504 of aircondition 500 as shown in figure 23, shell 3 is provided with and cuts off parts 39a～39f, these cut-outs parts 39a～39f is used for cutting off partly the air that circulates via suction inlet 534.As shown in figure 23, these cut-out parts 39a～39f stops up the parts (parts that the paper internal direction in Figure 23 is extended) that the form of suction inlet 534 extends parallel to each other with the part.Cut off parts 39a～39f owing to be provided with in suction inlet 534, therefore, room air is avoided this cut-out parts 39a～39e and is flow through suction inlet 534a～534e when operation, thereby sucks the inside of shell 3.In addition, as shown in figure 23, chimeric decoration panel 504 is provided with accordingly with the cut-out parts 39a～39f of shell 3 and cuts off corresponding opening 49a～49f, cut off to be provided with a plurality of gomphosis part 541a～541e between corresponding opening 49a～49f at this, these a plurality of gomphosis part 541a～541e extend parallel to each other with the form corresponding with the vent portion of suction inlet 534a～534e.

When aircondition 500 is in halted state, shown in Figure 24 (a), gomphosis part 541a～the 541e of this chimeric decoration panel 504 is chimeric and the circulation of air is cut off with the cut-out parts 39a～39f of shell 3 respectively, has been made of the face of general planar the lower surface of each gomphosis part 541a～541e and lower surface that each cuts off parts 39a～39f.Thus, under halted state, when seeing the ceiling face from the indoor, it is succinct that the lower surface of aircondition 500 seems to become.In addition, when aircondition 500 was in running status, shown in Figure 24 (b), the gomphosis part 541a～541e of this chimeric decoration panel 504 became the state that descends with respect to shell 3 by the action that opens and closes movable agency 543.Thus, under running status, by driving Air Blast fan 5, shown in Figure 24 (b), room air flows through and cuts off corresponding opening 49a～49f and flow through suction inlet 534a～534e, thereby sucks the inside of shell 3.Inhaled air flows through to suck grid 36 and be filtered device 37 and removes dust like this, and by and carry out between the mobile cold-producing medium heat exchanger 6 in that heat exchange is conditioned temperature after blown out towards indoor once more by each blow-off outlet 535a～535d.

Like this, the aircondition 500 also aircondition 1,200,300 with above-mentioned the 1st～the 3rd example is the same, and the ceiling face is seemed succinctly, can make outward appearance become attractive in appearance.In addition, be not that gap via the formed horizontal direction of separating distance between chimeric decoration panel 4 and the shell 3 sucks room air under running status, but the stream that is produced via the position of each suction inlet 534a～534e when halted state becomes running status and dislocation relation between the position that cuts off corresponding opening 49a～49f suck room air.Thus, if the position that can guarantee each suction inlet 534a～534e concerns with dislocation between the position that cuts off corresponding opening 49a～49f, just can guarantee room air is sucked in the shell 3, and need not to make chimeric decoration panel 504 with respect to shell 3 over-separation.Thus, can suppress lessly in the slippage under the running status chimeric decoration panel 504, guarantee ventilation easily.Owing to can suppress the slippage of chimeric decoration panel 504, can prevent that therefore indoor people from experiencing the such constriction of ceiling reduction because of chimeric decoration panel 504 descends from ceiling, also can make outward appearance become attractive in appearance in this.

Industrial utilizability

If employing the present invention then can guarantee ventilation in attractive in appearance in that outward appearance is become, so the present invention is particularly useful for being configured on the position that the user sees easily, requires the aircondition of appearance looks elegant.

Claims

1. an aircondition (1) is configured in air-conditioning object space top, it is characterized in that, comprising:

Shell (3), this shell (3) have first blow vent (34) and second blow vent that flows through for the air that flows through described first blow vent (34) (35a～35d); And

Panel part (4), this panel part (4) have the panel (41) that comprises first panel (41a, 41b, 41c, 41d) and at least two panels of second panel (41a, 41b, 41c, 41d) and change described first blow vent (34) and described panel (41) between the movable agency (43) of relative position

Described movable agency (43) switches between first state and second state, under described first state, the one end configuration close to each other of one end of described first panel and described second panel and will cutting off via described first blow vent (34) flow air stream, under described second state, move the permission air thereby an end of an end of described first panel and described second panel is separated from one another towards the position different and flow through mobile by at least a portion of described first blow vent (34) with described first state.

2. aircondition as claimed in claim 1 (1) is characterized in that,

Under described first state, the face configuration close to each other of the face of the face of described first panel and described second panel and described first blow vent,

Under described second state, the face of the face of described first panel and described second panel and the face of described first blow vent are configured in respect to described first state and on the position separated from one another.

3. an aircondition (1) is configured in air-conditioning object space top, it is characterized in that, comprising:

Panel part (4), this panel part (4) have first rotating shaft with the end be first panel (41a, 41b, 41c, 41d) that rotates of center and with second rotating shaft of end be at least two panels of second panel (41a, 41b, 41c, 41d) of rotating of center and change described first blow vent (34) and described panel (41) between the movable agency (43) of relative position

Described movable agency (43) switches between first state and second state, under described first state, the main ventilation direction of direction that the face of the face of described first panel and described second panel is faced and described first blow vent is roughly the same, because of the face of the face of described first panel and described second panel is positioned on the roughly same plane and will cuts off via described first blow vent (34) flow air stream, under described second state, described first panel serves as that axle rotates with described first rotating shaft, described second panel serves as that axle rotates with described second rotating shaft, direction that the face of direction that the face of described first panel faces and described second panel faces is being overlapped when seeing with the direction of the main ventilation direction approximate vertical of described first blow vent each other, thereby at least a portion that allows air to flow through by described first blow vent (34) flow.

4. aircondition as claimed in claim 3 (1) is characterized in that,

Described panel part (4) also has panel frame (33), and this panel frame (33) is provided with panel sliding space (S), under described first state, will cut off via described first blow vent (34) flow air stream with described first panel and described second panel,

Described shell (3) also has the shell support portion (38) of supporting described panel frame (33),

Described first panel also has as first sliding end end of a side opposite with described first rotating shaft, that slide towards described panel sliding space (S),

Described first rotating shaft is supported on the described shell support portion (38) rotationally,

Described second panel also has as second sliding end end of a side opposite with described second rotating shaft, that slide towards described panel sliding space (S),

Described second rotating shaft is supported on the described shell support portion (38) rotationally.

5. aircondition as claimed in claim 3 (1) is characterized in that,

Described panel part (4) also has: supports the panel support portion (48) of described shell and will flow the panel frame (33) that cuts off via described first blow vent (34) flow air with described first panel and described second panel,

Described shell (3) also has shell sliding space (S),

Described first panel also has as first sliding end end of a side opposite with described first rotating shaft, that slide towards described shell sliding space (S),

Described first rotating shaft is supported in the described panel support portion (48) rotationally,

Described second panel also has as second sliding end end of a side opposite with described second rotating shaft, that slide towards described shell sliding space (S),

Described second rotating shaft is supported in the described panel support portion (48) rotationally.

6. an aircondition (1) is configured in the top of air-conditioning object space, it is characterized in that, comprising:

Panel part (4), this panel part (4) has the first panel (41a, 41b, 41c, 41d), second panel (the 41a, 41b, 41c, 41d) and movable agency (43), the described second panel (41a, 41b, 41c, 41d) be configured to the described second panel (41a, 41b, 41c, the form of the public first shared rotating shaft in one end of end 41d) and described first panel, described movable agency (43) changes the relative position between described first blow vent (34) and the described panel (41)

Described movable agency (43) switches between first state and second state, under described first state, the main ventilation direction of direction that the face of the face of described first panel and described second panel is faced and described first blow vent is roughly the same, because of the face of the face of described first panel and described second panel is positioned on the roughly same plane and will cuts off via described first blow vent (34) flow air stream, under described second state, described first panel and described second panel are that rotate at the center with the described first shared rotating shaft respectively, direction that the face of direction that the face of described first panel faces and described second panel faces is being overlapped when seeing with the direction of the main ventilation direction approximate vertical of described first blow vent each other, thereby at least a portion that allows air to flow through by described first blow vent (34) flow.

7. aircondition as claimed in claim 6 (1) is characterized in that,

Described panel part (4) also has: the 3rd panel and the fourth face plate that disposes with the form that constitutes the second shared shared rotating shaft of end and the end of described the 3rd panel,

Described movable agency (43) is under described first state, the face of described first panel, the face of described second panel, the main ventilation direction of direction that the face of the face of described the 3rd panel and described fourth face plate is faced and described first blow vent is roughly the same, face because of described first panel, the face of described second panel, the face of the face of described the 3rd panel and described fourth face plate is positioned on the roughly same plane and will cuts off via described first blow vent (34) flow air stream, under described second state, described first panel and described second panel respectively with the described first shared rotating shaft be the center rotate become roughly overlapping, and make described the 3rd panel and described fourth face plate respectively with the described second shared rotating shaft be the center rotate become roughly overlapping.

8. aircondition as claimed in claim 6 (1) is characterized in that,

Described first panel also has as first sliding end end of a side opposite with described shared rotating shaft, that slide towards described panel sliding space (S),

Described second panel also has as second sliding end end of a side opposite with described shared rotating shaft, that slide towards described panel sliding space (S),

Described shared rotating shaft is supported in the described panel support portion (48) rotationally.

9. aircondition as claimed in claim 6 (1) is characterized in that,

Described shell (3) also has shell sliding space (S),

Described first panel also has as first sliding end end of a side opposite with described shared rotating shaft, that slide towards described shell sliding space (S),

Described second panel also has as second sliding end end of a side opposite with described shared rotating shaft, that slide towards described shell sliding space (S),

10. an aircondition (1) is configured in air-conditioning object space top, it is characterized in that, comprising:

Shell (3), this shell (3) have first blow vent (534,534a～534e), be located at described first blow vent (534) and cut off partly ventilation cut-out portion (39,39a～39f) and for flowing through described first blow vent (second blow vent that the air of 534a～534e) flows through (535a～535d); And

Panel part (4), this panel part (4) have shape and described first blow vent (corresponding panel of 534a～534e) (541, the corresponding peristome of cut-out that 541a～541e), shape are corresponding with described cut-out portion (49,49a～49f) and change described first blow vent (534a～534e) and the described panel (movable agency (543) of the relative position between the 541a～541e)

Described movable agency (543) switches between first state and second state, under described first state, described panel (circumference of 541a～541e) with (the corresponding form configuration of circumference of 534a～534e) of described first blow vent, the corresponding peristome of described cut-out (circumference of 49a～49f) with (the corresponding form configuration of circumference of 39a～39f) of described cut-out portion, thereby will be via described first blow vent (534a～534e) flow air stream cut-out, under described second state, ((((the position relation between the circumference of 39a～39f) becomes and the different state of described first state, and (at least a portion of 534a～534e) is mobile by described first blow vent thereby allow air to flow through for the circumference of 49a～49f) and described cut-out portion for position relation between the circumference of 534a～534e) and the corresponding peristome of described cut-out for the circumference of 541a～541e) and described first blow vent to make described panel.

11. aircondition as claimed in claim 10 (1) is characterized in that,

Described first blow vent (534,534a～534e) plays a role as the suction inlet that enters in the described shell (3),

Described second blow vent (535a～535d) play a role as the blow-off outlet of giving vent to anger from described shell (3).

12. aircondition as claimed in claim 11 (1) is characterized in that, described movable agency (543) makes described panel (541) and the described shell (3) under described second state separated from one another, so that described second blow vent enlarges.

13. aircondition as claimed in claim 12 (1) is characterized in that, described movable agency (543) is configured in the described panel (541) under described second state and covers described second blow vent when overlooking (on the position of 535a～535d).

14. aircondition as claimed in claim 13 (1), it is characterized in that, also comprise angle adjusting mechanism (44), (near the described panel (541) the 535a～535d) is with respect to the angle of inclination of described shell (3) changing described second blow vent under described second state for this angle adjusting mechanism (44).

15. aircondition as claimed in claim 14 (1), it is characterized in that, also be included in be positioned under described second state between described shell (3) and the described panel (541), to flowing through the described second blow vent (baffle plate (45) that the direction of the air stream of 535a～535d) is regulated.

16. aircondition as claimed in claim 15 (1) is characterized in that, the surface of described panel (541) is the shape of general planar, under described first state, become the general plane shape cover described first blow vent (534,534a～534e).