JP2001324162A - Air conditioner - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an air conditioner in which air in a dwelling space of a living room having the dwelling space, a ceiling space or an inter-wall space can be adjusted and concurrently the air in the ceiling space or in the inter-wall space can be adjusted. SOLUTION: There is provided an air conditioner having an indoor device installed at an interface portion between a living space and either a ceiling space or an inter-wall space in a living room having the living space and either the ceiling space or the inter-wall space in which the air in the living space and either the ceiling space or the inter-wall space can be adjusted.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to an air conditioner. More specifically, the present invention relates to an air conditioner capable of adjusting not only air in a living space but also air in a space above a ceiling and air in a wall.

[0002]

2. Description of the Related Art Conventionally, an air conditioner equipped with an indoor unit (indoor unit) of a ceiling embedded type has been known. This conventionally known air conditioner equipped with a ceiling embedded type indoor unit, sucks air from the living space, heats or cools the sucked air in the indoor unit embedded in the ceiling, or after dehumidifying, The air in the living space is adjusted by blowing heated or cooled or dehumidified air into the living space exclusively.

As described above, a conventionally known air conditioner having a ceiling embedded type indoor unit sucks air from a living space and heats or cools the air in the indoor unit embedded in the ceiling. After the air is heated or cooled or dehumidified, the air in the living space can be adjusted, but the air in the space above the ceiling cannot be adjusted.

For example, when a living room having a living space and a space above the ceiling is cooled using an air conditioner having a conventional ceiling-embedded indoor unit, the air conditioner having a conventional ceiling-embedded indoor unit is: After inhaling air from the living space and cooling it in the indoor unit embedded in the ceiling, the cooled air is blown out exclusively to the living space, so the air in the living space can be cooled, The air in the space cannot be cooled.

For example, when a living room having a living space and a space above the ceiling is heated using an air conditioner having a conventional ceiling-embedded indoor unit, the air conditioner having a conventional ceiling-embedded indoor unit is , Inhale air from the living space,
After heating inhaled air in the indoor unit embedded in the ceiling, the heated air is blown out exclusively to the living space, so it is possible to heat the air in the living space, but to heat the air in the space above the ceiling Can not.

[0006] Conventionally, an air conditioner equipped with an indoor unit (indoor unit) of a wall embedded type is also known. This conventionally known air conditioner equipped with a wall-embedded type indoor unit sucks air from a living space, and heats or cools or dehumidifies the sucked air in the indoor unit embedded in the wall, The air in the living space is adjusted by blowing heated or cooled or dehumidified air into the living space exclusively.

[0007] As described above, the air conditioner provided with the indoor unit of the wall-embedding type, which is conventionally known, draws air from the living space and heats or cools the air in the indoor unit having the wall embedded. After the air is heated or cooled or dehumidified, the air in the living space can be adjusted, but the air in the wall space cannot be adjusted.

For example, when a living room having a living space and a space inside a wall is cooled by using a conventional air conditioner having a wall embedded type indoor unit, the air conditioner having a conventional wall embedded type indoor unit is After inhaling air from the living space and cooling it in the indoor unit embedded in the wall, the cooled air is blown exclusively into the living space, so the air in the living space can be cooled, The air in the space cannot be cooled.

For example, when a living room having a living space and a space inside a wall is heated by using a conventional air conditioner having a wall-embedded indoor unit, the air conditioner having a conventional wall-embedded indoor unit is After inhaling the air from the living space and heating it in the indoor unit embedded in the wall, the heated air is blown out exclusively to the living space, so the air in the living space can be heated, The air in the inner space cannot be heated.

[0010]

SUMMARY OF THE INVENTION An object of the present invention is to provide an air conditioner capable of adjusting the air in a living space and the air in a space above a ceiling in a living room having a living space and a space above the ceiling. It is to be.

[0011] Similarly, an object of the present invention is to provide an air conditioner which can adjust air in a living space and air in a wall in a living room having a living space and a space in a wall. is there.

[0012] Similarly, the object of the present invention is to adjust the air in the living room, the air in the ceiling space, and the air in the wall space in a living room having a living space, a space above the ceiling, and a space inside the wall. It is an object of the present invention to provide an air conditioner capable of performing such operations.

[0013]

The above objects can be attained according to the present invention. Hereinafter, this will be described.

[0014] In one aspect of the present invention, an air conditioner according to the present invention is an air conditioner having an indoor unit (1) installed in a living room having a living space and a space above the ceiling at a boundary between the living space and the space above the ceiling. Device (1). The air conditioner (1) can include an outdoor unit (1) in addition to the indoor unit (1). The outdoor unit (1) is a known outdoor unit (outdoor unit)
Can be

The indoor unit (1) is provided with air adjusting means (X1) capable of adjusting air. In the present specification, the air adjusting means (X1) refers to means capable of performing at least one of heating air, cooling air, and dehumidifying air. In this specification, the air adjusting means (X1) includes, for example, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, and means for heating air. Means for cooling and dehumidifying can be used.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, a known means.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, means containing a heat exchanger capable of causing heat exchange between air and refrigerant.

In this specification, the air adjusting means (X1)
Can be placed in an active state and inactive.

The indoor unit (1) includes air moving means (A1) capable of moving air from the living space to the air adjusting means (X1). In the present specification, the air moving means (A1) is configured so that air is supplied from the living space to the air adjusting means (X).
1) and an air blowing means (aa1) capable of transporting air from the living space to the air adjusting means (X1).

In the indoor unit (1) according to the present invention, the air passage means (a1) may be, for example, an openable / closable air passage means. In the indoor unit (1) according to the present invention, the blower (aa1) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A1)
Can be put into operation by, for example, opening the air flow means (a1) and starting the operation of the blowing means (aa1); conversely, for example, the air flow means (a1)
1) or by blowing means (aa
By stopping the operation of 1), it can be put into the non-operation state.

The indoor unit (1) is provided with an air moving means (A2) capable of moving air from the space above the ceiling to the air adjusting means (X1). In the present specification, the air moving means (A2) is an air passage means (a) through which air can flow from the space above the ceiling to the air adjusting means (X1).
2) and means for adjusting air from the space above the ceiling (X1)
And a blowing means (aa2) capable of transporting air to the air.

In the indoor unit (1) according to the present invention, the air passage means (a2) may be, for example, an openable / closable air passage means. In the indoor unit (1) according to the present invention, the blower (aa2) can be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A2)
Can be put into operation by, for example, opening the air flow means (a2) and starting the operation of the blowing means (aa2); conversely, for example, the air flow means (a2)
Or by blowing means (aa2)
Can be put into a non-operating state by stopping the operation.

The indoor unit (1) is provided with an air moving means (B1) capable of moving air from the air adjusting means (X1) to the living space. In the present specification, the air moving means (B1) includes an air flow path means (b1) through which air can flow from the air adjustment means (X1) to the living space, and an air flow path means (X1) from the air adjustment means (X1). A blowing means (bb1) capable of transporting air to the space can be included.

In the indoor unit (1) according to the present invention, the air passage means (b1) may be, for example, an openable / closable air passage means. In the indoor unit (1) according to the present invention, the blower (bb1) can be, for example, a blower that can start operation and stop operation arbitrarily.

In the present specification, the air moving means (B1)
Can be put into operation by, for example, opening the air passage means (b1) and starting the operation of the blowing means (bb1), and conversely, for example, the air passage means (b1)
Or by blowing means (bb1)
Can be put into a non-operating state by stopping the operation.

The indoor unit (1) is provided with an air moving means (B2) capable of moving air from the air adjusting means (X1) to the space above the ceiling. In the present specification, the air moving means (B2) is an air passage means (b) through which air can flow from the air adjusting means (X1) to the space above the ceiling.
2) and a blowing means (bb2) capable of transporting air from the air adjusting means (X1) to the space above the ceiling can be included.

In the indoor unit (1) according to the present invention, the air passage means (b2) may be, for example, an openable / closable air passage means. In the indoor unit (1) according to the present invention, the blower (bb2) can be, for example, a blower that can start operation and stop operation arbitrarily.

In the present specification, the air moving means (B2)
Can be put into operation by, for example, opening the air channel means (b2) and starting the operation of the blowing means (bb2), and conversely, for example, the air channel means (b2)
Or by blowing means (bb2)
Can be put into a non-operating state by stopping the operation.

As described above, the air conditioner (1) according to the present invention comprises an air adjusting means (X1) and an air moving means (A).
1) An air conditioner having an indoor unit (1) including an air moving unit (A2), an air moving unit (B1), and an air moving unit (B2).

Using the air conditioner (1) according to the present invention, the air in the living space and the air in the space above the ceiling can be adjusted as follows, for example.

In a living room having a living space and a space above the ceiling, an indoor unit (1) is installed at a boundary between the living space and the space above the ceiling.

For adjusting the air in the living space, for example, the air adjusting means (X1), the air moving means (A1) and the air moving means (B1) are put into an operating state, and the air moving means (A2) and the air moving means (B2) are operated. ) Can be performed by placing the inactive state. By placing the air adjusting means (X1), the air moving means (A1) and the air moving means (B1) in the operating state, the air in the living space is moved to the air moving means (A
1), the air can be moved to the air adjusting means (X1), the moved air can be adjusted by the air adjusting means (X1), and the adjusted air can be moved to the living space by the air moving means (B1).

For example, when the air adjusting means (X1) operates as the air cooling means (X1c), the air in the living space is cooled, for example, by the air cooling means (X1c), the air moving means (A1) and the air moving means (X1c). B1) is put in the operating state, and the air moving means (A2) and the air moving means (B2)
Can be done by placing the inactive state. By placing the air cooling means (X1c), the air moving means (A1) and the air moving means (B1) in the operating state, the air in the living space is moved to the air cooling means (X1c) by the air moving means (A1), The moved air can be cooled by the air cooling means (X1c), and the cooled air can be moved to the living space by the air moving means (B1).

For example, when the air adjusting means (X1) operates as the air heating means (X1h), the heating of the air in the living space is performed by, for example, the air heating means (X1h), the air moving means (A1) and the air moving means. (B1) is put in the operating state, and the air moving means (A2) and the air moving means (B
2) can be performed by putting it in a non-operation state. By placing the air heating means (X1h), the air moving means (A1) and the air moving means (B1) in the operating state, the air in the living space is moved to the air heating means (X1h) by the air moving means (A1), The moved air is heated by the air heating means (X1h), and the heated air can be moved to the living space by the air moving means (B1).

For example, when the air adjusting means (X1) operates as the air dehumidifying means (X1d), the air in the living space is dehumidified by, for example, the air dehumidifying means (X1d), the air moving means (A1) and the air moving means. The means (B1) is placed in the operating state, and the air moving means (A2) and the air moving means (B
2) can be performed by putting it in a non-operation state. By placing the air dehumidifying means (X1d), the air moving means (A1) and the air moving means (B1) in the operating state, the air in the living space is moved to the air dehumidifying means (X1d) by the air moving means (A1), The moved air can be dehumidified by the air dehumidifying means (X1d), and the dehumidified air can be moved to the living space by the air moving means (B1).

For example, when the air adjusting means (X1) operates as the air cooling and dehumidifying means (X1cd), the cooling and dehumidifying of the air in the living space is performed, for example, by the air cooling and dehumidifying means (X1).
1cd), the air moving means (A1) and the air moving means (B1) can be put in the operating state, and the air moving means (A2) and the air moving means (B2) can be put in the non-operating state. Air cooling and dehumidifying means (X1cd),
By placing the air moving means (A1) and the air moving means (B1) in the operating state, the air in the living space is moved to the air cooling and dehumidifying means (X1cd) by the air moving means (A1), and the moved air is cooled by air. The air that has been cooled and dehumidified by the dehumidifying means (X1cd) can be moved to the living space by the air moving means (B1).

In order to adjust the air in the space above the ceiling, for example, the air adjusting means (X1), the air moving means (A2) and the air moving means (B2) are put into operation, and the air moving means (A1) and the air moving means are moved. This can be done by placing the means (B1) in the inactive state. Air adjustment means (X
1) air moving means (A2) and air moving means (B
By placing 2) in the operating state, the air in the space above the ceiling is moved to the air adjusting means (X1) by the air moving means (A2), and the moved air is adjusted by the air adjusting means (X1). Can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air cooling means (X1c), the air in the space above the ceiling is cooled, for example, by the air cooling means (X1c), the air moving means (A2) and the air moving means. (B2) is put in the operating state, and the air moving means (A1) and the air moving means (B1)
Can be done by placing the inactive state. By placing the air cooling means (X1c), the air moving means (A2) and the air moving means (B2) in the operating state, the air in the space above the ceiling is moved to the air cooling means (X1c) by the air moving means (A2). The moved air can be cooled by the air cooling means (X1c), and the cooled air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air heating means (X1h), the heating of the air in the space above the ceiling is performed by, for example, the air heating means (X1h), the air moving means (A2) and the air moving means. The means (B2) is placed in the operating state, and the air moving means (A1) and the air moving means (B
This can be done by placing 1) inactive. By activating the air heating means (X1h), the air moving means (A2) and the air moving means (B2), the air in the space above the ceiling is moved to the air heating means (X1h) by the air moving means (A2). The moved air is heated by the air heating means (X1h), and the heated air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air dehumidifying means (X1d), the air in the space above the ceiling is dehumidified by, for example, the air dehumidifying means (X1d), the air moving means (A2) and the air moving means. The means (B2) is placed in the operating state, and the air moving means (A1) and the air moving means (B
This can be done by placing 1) inactive. By activating the air dehumidifying means (X1d), the air moving means (A2) and the air moving means (B2), the air in the space above the ceiling is moved to the air dehumidifying means (X1d) by the air moving means (A2). The moved air can be dehumidified by the air dehumidifying means (X1d), and the dehumidified air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air cooling and dehumidifying means (X1cd), the cooling and dehumidifying of the air in the space above the ceiling is performed by, for example, the air cooling and dehumidifying means (X1
1cd), by placing the air moving means (A2) and the air moving means (B2) in the operating state and placing the air moving means (A1) and the air moving means (B1) in the non-operating state. Air cooling and dehumidifying means (X1cd),
By placing the air moving means (A2) and the air moving means (B2) in the operating state, the air in the space above the ceiling is moved to the air cooling and dehumidifying means (X1cd) by the air moving means (A2), and the moved air is moved to the air. Cooling and dehumidifying means (X1cd)
The dehumidified air can be cooled and dehumidified, and the cooled and dehumidified air can be moved to the space above the ceiling by the air moving means (B2).

The simultaneous adjustment of the air in the living space and the air in the space above the ceiling includes, for example, air adjusting means (X1), air moving means (A1), air moving means (A2), air moving means (B1) and This can be done by simultaneously activating the air moving means (B2). Air adjusting means (X1), air moving means (A1), air moving means (A
2) air moving means (B1) and air moving means (B
2) at the same time, the air in the living space is moved by the air moving means (A1) to the air adjusting means (X).
1), and at the same time, the air in the space above the ceiling is moved to the air adjusting means (X1) by the air moving means (A2), and the moved air is adjusted by the air adjusting means (X1). The air can be moved to the living space by the means (B1) and simultaneously adjusted air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air cooling means (X1c), the simultaneous cooling of the air in the living space and the air in the space above the ceiling is performed by, for example, the air cooling means (X1c) This can be performed by simultaneously placing the moving means (A1), the air moving means (A2), the air moving means (B1) and the air moving means (B2) in the operating state. Air cooling means (X1c), air moving means (A
1) By activating the air moving means (A2), the air moving means (B1) and the air moving means (B2) simultaneously, the air in the living space is cooled by the air moving means (A1) by the air cooling means (X1c). At the same time, the air in the space above the ceiling is moved to the air cooling means (X1c) by the air moving means (A2), and the moved air is transferred to the air cooling means (X1
The air cooled by 1c) can be moved to the living space by the air moving means (B1), and the cooled air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air heating means (X1h), the simultaneous heating of the air in the living space and the air in the space above the ceiling can be performed by, for example, the air heating means (X1h). This can be performed by simultaneously operating the air moving means (A1), the air moving means (A2), the air moving means (B1) and the air moving means (B2). Air heating means (X1h), air moving means (A1), air moving means (A2), air moving means (B
1) and the air moving means (B2) are simultaneously put into the operating state, whereby the air in the living space is air-moved (A1).
At the same time, the air in the space above the ceiling is moved to the air heating means (X1h) by the air moving means (A2), and the moved air is heated by the air heating means (X1h). The heated air can be moved to the living space by the air moving means (B1), and at the same time, the heated air can be moved to the space above the ceiling by the air moving means (B2).

For example, when the air adjusting means (X1) operates as the air dehumidifying means (X1d), the simultaneous dehumidification of the air in the living space and the air in the space above the ceiling includes, for example, the air dehumidifying means (X1d) This can be performed by simultaneously operating the air moving means (A1), the air moving means (A2), the air moving means (B1) and the air moving means (B2). Air dehumidifying means (X1d), air moving means (A1), air moving means (A2), air moving means (B
1) and the air moving means (B2) are simultaneously put into the operating state, whereby the air in the living space is air-moved (A1).
At the same time, the air in the space above the ceiling is moved to the air dehumidifying means (X1d) by the air moving means (A2), and the moved air is dehumidified by the air dehumidifying means (X1d). The dehumidified air can be moved to the living space by the air moving means (B1), and the dehumidified air can be moved to the space above the ceiling by the air moving means (B2).

Further, for example, when the air adjusting means (X1) operates as the air cooling and dehumidifying means (X1cd), the simultaneous cooling and dehumidifying of the air in the living space and the air in the space above the ceiling is performed, for example, by the air cooling and dehumidifying means (X1). X1cd), air moving means (A1), air moving means (A2), air moving means (B
1) and the air moving means (B2) can be put into operation simultaneously. By simultaneously activating the air cooling and dehumidifying means (X1cd), the air moving means (A1), the air moving means (A2), the air moving means (B1) and the air moving means (B2), the air in the living space is air The moving means (A1) moves to the air-cooling and dehumidifying means (X1cd), and at the same time, the air in the space above the ceiling is removed by the air-moving means (A2).
d), and transfers the moved air to the air cooling and dehumidifying means (X1
The air that has been cooled and dehumidified by cd) can be moved to the living space by the air moving means (B1), and the cooled and dehumidified air can be simultaneously moved to the space above the ceiling by the air moving means (B2).

The living room in which the indoor unit (1) of the air conditioner (1) according to the present invention is installed is a means for connecting the living space of the living room with the space above the ceiling, for example, the space between the living space and the space above the ceiling. When the ceiling member forming the boundary has an elongated opening provided in the ceiling member, the adjusted air may be used sequentially to adjust the air in the living space first, and then adjust the air in the space above the ceiling. it can.

The sequential adjustment of the air in the living space and the air in the space above the ceiling can be performed by, for example, placing the air adjusting means (X1), the air moving means (A2) and the air moving means (B1) in the operating state, and Means (A1) and air moving means (B
2) can be performed by putting it in a non-operation state. By placing the air adjusting means (X1), the air moving means (A2) and the air moving means (B1) in an operating state and the air moving means (A1) and the air moving means (B2) in a non-operating state, the space above the ceiling is obtained. The air in the space is moved by air moving means (A
2), the air can be moved to the air adjusting means (X1), the moved air can be adjusted by the air adjusting means (X1), and the adjusted air can be moved to the living space by the air moving means (B1). At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

For example, when the air adjusting means (X1) operates as the air cooling means (X1c), the successive cooling of the air in the living space and the air in the space above the ceiling is performed by, for example, the air cooling means (X1c), The moving means (A2) and the air moving means (B1) are put in the operating state, and the air moving means (A1)
And by placing the air moving means (B2) in a non-operating state. Air cooling means (X1c),
By placing the air moving means (A2) and the air moving means (B1) in the operating state and the air moving means (A1) and the air moving means (B2) in the non-operating state, the air in the space above the ceiling can be moved by the air moving means. (A2), the air is moved to the air cooling means (X1c), and the moved air is transferred to the air cooling means (X1c).
The air cooled by 1c) can be moved to the living space by the air moving means (B1). At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

Further, for example, when the air adjusting means (X1) operates as the air heating means (X1h), the sequential heating of the air in the living space and the air in the space above the ceiling is performed, for example, by the air heating means (X1h). The air moving means (A2) and the air moving means (B1) are put in the operating state, and the air moving means (A
1) and putting the air moving means (B2) in a non-operating state. Air heating means (X1
h) air moving means (A2) and air moving means (B
By placing 1) in the operating state and placing the air moving means (A1) and the air moving means (B2) in the non-operating state, the air in the space above the ceiling is moved to the air heating means (X1h) by the air moving means (A2). The moved and moved air can be heated by the air heating means (X1h), and the heated air can be moved to the living space by the air moving means (B1). At that time, the air in the living space passes through a means for communicating the living space and the space above the ceiling, for example, an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling,
You can move from the living space to the space above the ceiling.

For example, when the air adjusting means (X1) operates as the air dehumidifying means (X1d), the air in the living space and the air in the space above the ceiling are sequentially dehumidified by, for example, the air dehumidifying means (X1d). The air moving means (A2) and the air moving means (B1) are put in the operating state, and the air moving means (A
1) and putting the air moving means (B2) in a non-operating state. Air dehumidifying means (X1
d), the air moving means (A2) and the air moving means (B
1) is put in the operating state, and the air moving means (A1) and the air moving means (B2) are put in the non-operating state, whereby the air in the space above the ceiling is moved to the air dehumidifying means (X1d) by the air moving means (A2). The moved and moved air can be dehumidified by the air dehumidifying means (X1d), and the dehumidified air can be moved to the living space by the air moving means (B1). At that time, the air in the living space passes through a means for communicating the living space and the space above the ceiling, for example, an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling,
You can move from the living space to the space above the ceiling.

For example, when the air adjusting means (X1) operates as the air cooling and dehumidifying means (X1cd), the successive cooling and dehumidifying of the air in the living space and the air in the space above the ceiling can be performed by, for example, the air cooling and dehumidifying means (X1). X1cd), the air moving means (A2) and the air moving means (B1) are put in the operating state, and the air moving means (A1) and the air moving means (B2)
Inactive.
Air cooling and dehumidifying means (X1cd), air moving means (A2)
By placing the air moving means (B1) in the operating state and the air moving means (A1) and the air moving means (B2) in the non-operating state, the air in the space above the ceiling is cooled by the air moving means (A2). The air moved to the dehumidifying means (X1cd) is cooled and dehumidified by the air-cooled dehumidifying means (X1cd), and the cooled and dehumidified air is moved to the air moving means (B
1) It is possible to move to the living space. At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

Further, the living room in which the indoor unit (1) of the air conditioner (1) according to the present invention is installed is a means for communicating the living space of the living room with the space above the ceiling, for example, the living space and the space above the ceiling. When there is an elongated opening provided in the ceiling member that forms the boundary with, the adjusted air is sequentially used to adjust the air in the space above the ceiling first, and then adjust the air in the living space You can also.

The sequential adjustment of the air in the space above the ceiling and the air in the living space can be performed, for example, by placing the air adjusting means (X1), the air moving means (A1) and the air moving means (B2) in the operating state, and Means (A2) and air moving means (B
This can be done by placing 1) inactive. By placing the air adjusting means (X1), the air moving means (A1) and the air moving means (B2) in the operating state and the air moving means (A2) and the air moving means (B1) in the non-operating state, the living space is provided. Of the air to the air moving means (A
According to 1), the air can be moved to the air adjusting means (X1), the moved air can be adjusted by the air adjusting means (X1), and the adjusted air can be moved to the space above the ceiling by the air moving means (B2). At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X1) operates as the air cooling means (X1c), the successive cooling of the air in the space above the ceiling and the air in the living space is performed by, for example, the air cooling means (X1c) The moving means (A1) and the air moving means (B2) are put in the operating state, and the air moving means (A2)
And putting the air moving means (B1) in a non-operating state. Air cooling means (X1c),
By placing the air moving means (A1) and the air moving means (B2) in the operating state and the air moving means (A2) and the air moving means (B1) in the non-operating state, the air in the living space is moved to the air moving means ( A1) allows air cooling means (X
1c), and transfers the moved air to air cooling means (X1
c), and cools the cooled air by air moving means (B
2) It is possible to move to the space above the ceiling. At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X1) operates as the air heating means (X1h), the sequential heating of the air in the space above the ceiling and the air in the living space is performed by, for example, the air heating means (X1h). The air moving means (A1) and the air moving means (B2) are put in the operating state, and the air moving means (A
2) and putting the air moving means (B1) in a non-operating state. Air heating means (X1
h), air moving means (A1) and air moving means (B
The air in the living space is moved to the air heating means (X1h) by the air moving means (A1) by putting 2) in the operating state and putting the air moving means (A2) and the air moving means (B1) in the non-operating state. Then, the moved air is heated by the air heating means (X1h), and the heated air can be moved to the space above the ceiling by the air moving means (B2). At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. It is possible to move from living space to living space.

For example, when the air adjusting means (X1) operates as the air dehumidifying means (X1d), the successive dehumidification of the air in the space above the ceiling and the air in the living space can be performed by, for example, the air dehumidifying means (X1d). The air moving means (A1) and the air moving means (B2) are put in the operating state, and the air moving means (A
2) and putting the air moving means (B1) in a non-operating state. Air dehumidifying means (X1
d), the air moving means (A1) and the air moving means (B
The air in the living space is moved to the air dehumidifying means (X1d) by the air moving means (A1) by placing 2) in the operating state and the air moving means (A2) and the air moving means (B1) in the non-operating state. Then, the moved air can be dehumidified by the air dehumidifying means (X1d), and the dehumidified air can be moved to the space above the ceiling by the air moving means (B2). At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X1) operates as the air cooling and dehumidifying means (X1cd), the successive cooling and dehumidifying of the air in the space above the ceiling and the air in the living space is performed by, for example, the air cooling and dehumidifying means (X1). X1cd), the air moving means (A1) and the air moving means (B2) are put in the operating state, and the air moving means (A2) and the air moving means (B1)
Can be done manually by placing the inactive state.
Air cooling and dehumidifying means (X1cd), air moving means (A1)
By placing the air moving means (B2) in the operating state and the air moving means (A2) and the air moving means (B1) in the non-operating state, the air in the living space is air-cooled and dehumidified by the air moving means (A1). (X1cd), the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X1cd), and the cooled and dehumidified air is transferred to the air moving means (B
2) It is possible to move to the space above the ceiling. At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

As can be seen from the above description, in a living room having a living space and a space above the ceiling, a book is provided which provides an air conditioner capable of adjusting the air in the space above the living space and adjusting the air in the space above the ceiling. The subject of the invention is
This can be solved by the air conditioner (1) described above.

That is, an object of the present invention is to provide an air conditioner having an indoor unit installed at a boundary between a living space and a ceiling space in a living room having a living space and a space above the ceiling, wherein the indoor unit is: Air adjusting means (X
1) Air moving means (A1) capable of moving air from the living space to the air adjusting means (X1), and air moving means capable of moving air from the space above the ceiling to the air adjusting means (X1). (A2) The air adjusted by the air adjusting means (X1) is adjusted by the air moving means (B1) capable of moving from the air adjusting means (X1) to the living space and the air adjusting means (X1). Air,
The problem is solved by an air conditioner (referred to as aspect 1 of the present invention), comprising: an air moving means (B2) capable of moving from the air adjusting means (X1) to the space above the ceiling. Can be.

As can be seen from the above description, the air conditioner according to the first aspect of the present invention can adjust the air in the living space and can adjust the air in the space above the ceiling. It is also possible to adjust the air in the living space and the air in the space above the ceiling simultaneously.

For example, in the air conditioner according to the first aspect of the present invention, the air adjusting means (X1) is replaced by the air cooling means (X1).
When operated as c), the air conditioner according to the first aspect of the present invention can cool the air in the living space, can cool the air in the space above the ceiling, and can further cool the air in the living room. The cooling of the air in the space and the cooling of the air in the space above the ceiling can be performed simultaneously.

According to the air conditioner according to the first aspect of the present invention,
When the air in the space above the ceiling is cooled, the cooled air in the space above the ceiling can cool the ceiling member. In other words, by cooling the air in the space above the ceiling,
The ceiling of the living space can be cooled. In other words, by cooling the air in the space above the ceiling, ceiling radiation cooling (ceiling radiation cooling) can be performed in the living space.

As described above, in the air conditioner according to the first aspect of the present invention, the air adjusting means (X1) includes the air cooling means (X1c).
When operating as, the cooling of the living space can be performed by performing the cooling of the air in the living space, and the ceiling radiant cooling can be performed in the living space by performing the cooling of the air in the space above the ceiling. And then
The cooling of the living space can be performed by cooling the air in the living space, and the radiant cooling of the ceiling can be performed in the living space by cooling the air in the space above the ceiling.

In particular, in performing ceiling radiation cooling in a living space, by cooling or dehumidifying the air in the living space, it is possible to advantageously reduce or prevent dew condensation on the ceiling during ceiling radiation cooling. it can.

For example, in the air conditioner according to the first aspect of the present invention, when the air adjusting means (X1) operates as the air heating means (X1h), the air conditioning apparatus according to the first aspect of the present invention provides The heating of the air can be performed, the heating of the air in the ceiling space can be performed, and the heating of the air in the living space and the heating of the air in the ceiling space can be performed simultaneously.

With the air conditioner according to the first aspect of the present invention,
When heating the air in the space above the ceiling, the heated air in the space above the ceiling can heat the ceiling member. In other words, by heating the air in the space above the ceiling,
The ceiling of the living space can be heated. That is, by heating the air in the space above the ceiling, ceiling radiation heating (ceiling radiation heating) can be performed in the living space.

As described above, in the air conditioner according to the first aspect of the present invention, the air adjusting means (X1) includes the air heating means (X1h).
When operating as, heating of the living space can be performed by performing heating of the air in the living space, and ceiling radiant heating can be performed in the living space by performing heating of the air in the space above the ceiling. And then
The heating of the living space can be performed by heating the air in the living space, and the radiant heating of the living space can be performed by heating the air in the space above the ceiling.

[0071] In the indoor unit (1) according to the present invention, the air moving means (A1) can be placed in an operating state or in a non-operating state as described above.
In the indoor unit (1) according to the present invention, the air moving means (A
When 1) is placed in the operating state, the amount of air moving from the living space to the air adjusting means (X1) may be adjusted.

The indoor unit (1) according to the present invention can include an air amount adjusting means (C1) capable of adjusting the amount of air moving from the living space to the air adjusting means (X1). The air amount adjusting means (C1) can be, for example, a means for adjusting the amount of air to high, medium, or weak, or, for example, a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (1) according to the present invention, as described above, the air moving means (A2) can be placed in an operative state or in a non-operative state. In the indoor unit (1) according to the present invention, when the air moving means (A2) is placed in the operating state, the amount of air moving from the space above the ceiling to the air adjusting means (X1) can be adjusted. You may.

The indoor unit (1) according to the present invention may include an air amount adjusting means (C2) capable of adjusting the amount of air moving from the space above the ceiling to the air adjusting means (X1). The air amount adjusting means (C2) can be, for example, a means for adjusting the amount of air to strong, medium, or weak;
For example, it may be a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (1) according to the present invention, as described above, the air moving means (B1) can be placed in the operating state or in the non-operating state. In the indoor unit (1) according to the present invention, when the air moving means (B1) is put in the operating state, the amount of air moving from the air adjusting means (X1) to the living space can be adjusted. Is also good.

The indoor unit (1) according to the present invention can include an air amount adjusting means (D1) capable of adjusting the amount of air moving from the air adjusting means (X1) to the living space. The air amount adjusting means (D1) may be, for example, a means for adjusting the amount of air to high, medium, or weak, or may be, for example, a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (1) according to the present invention, the air moving means (B2) can be placed in an operative state or in a non-operative state as described above. In the indoor unit (1) according to the present invention, when the air moving means (B2) is placed in the operating state, the amount of air moving from the air adjusting means (X1) to the space above the ceiling can be adjusted. You may.

The indoor unit (1) according to the present invention can include an air amount adjusting means (D2) capable of adjusting the amount of air moving from the air adjusting means (X1) to the space above the ceiling. The air amount adjusting means (D2) can be, for example, means for adjusting the amount of air to strong, medium, or weak;
For example, it may be a means for continuously adjusting the amount of air.

Therefore, the indoor unit (1) according to the present invention
Are air amount adjusting means (C1) and air amount adjusting means (C
2) At least one air amount adjusting means selected from the group consisting of the air amount adjusting means (D1) and the air amount adjusting means (D2).

As can be seen from the above description, in a living room having a living space and a space above the ceiling, an air conditioner capable of adjusting the air in the living room and the air in the space above the ceiling is provided. The object of the present invention is to
The indoor unit according to the first aspect of the present invention is further selected from the group consisting of an air amount adjusting unit (C1), an air amount adjusting unit (C2), an air amount adjusting unit (D1), and an air amount adjusting unit (D2). The problem can also be solved by an air conditioner (1) including at least one air amount adjusting means.

That is, an object of the present invention is to provide an indoor unit according to the first aspect of the present invention, wherein the indoor unit further adjusts the amount of air moving from the living space to the air adjusting unit (X1). (C1), an air amount adjusting means (C2) capable of adjusting the amount of air moving from the space above the ceiling to the air adjusting means (X1), and air flowing from the air adjusting means (X1) to the living space. Air amount adjusting means (D1) capable of adjusting the amount, and air adjusting means (X1)
An air amount adjusting means (D2) capable of adjusting the amount of air moving from the ceiling space to the space above the ceiling, and at least one air amount adjusting means selected from the group consisting of: (Referred to as aspect 2 of the present invention).

In the indoor unit (1) according to the present invention, the temperature of the air moving from the air adjusting means (X1) to the living space and the space above the ceiling may be adjusted.

The indoor unit (1) according to the present invention includes an air temperature adjusting means (T1) capable of adjusting the temperature of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. can do.

An object of the present invention is to provide an air conditioner capable of adjusting air in a living space and air in a space above a ceiling in a living room having a living space and a space above the ceiling. The air conditioner wherein the indoor unit according to (1) or (2) further includes air temperature adjusting means (T1) capable of adjusting the temperature of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. (1) can also solve the problem.

That is, an object of the present invention is that the indoor unit according to the first or second aspect of the present invention further comprises an air adjusting means (X
1) an air temperature adjusting means (T) capable of adjusting the temperature of the air moving from the living space to the living space and the space above the ceiling;
An air conditioner (referred to as aspect 3 of the present invention) characterized by comprising (1).

In the indoor unit (1) according to the present invention, the humidity of the air moving from the air adjusting means (X1) to the living space and the space above the ceiling may be adjusted.

The indoor unit (1) according to the present invention includes an air humidity adjusting means (H1) capable of adjusting the humidity of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. can do.

An object of the present invention is to provide an air conditioner capable of adjusting the air in a living space and the air in a space above a ceiling in a living room having a living space and a space above the ceiling. The indoor unit according to any one of (1) to (3), further comprises an air humidity adjusting means (H1) capable of adjusting the humidity of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. The air conditioner (1) can solve the problem.

That is, an object of the present invention is to provide an indoor unit according to any one of the first to third aspects of the present invention, wherein the indoor unit further moves the humidity of the air moving from the air adjusting means (X1) to the living space and the space above the ceiling. This can be solved by an air conditioner (referred to as aspect 4 of the present invention), which comprises an air humidity adjusting means (H1) capable of adjusting the temperature.

The indoor unit (1) according to the present invention includes a temperature detection sensor (RT) for detecting the temperature of the air in the living space, a temperature detection sensor (CT) for detecting the temperature of the air in the space above the ceiling,
Humidity detection sensor (R
H), a humidity detection sensor (CH) for detecting the humidity of air in the space above the ceiling, a condensation detection sensor (RD) for detecting condensation in the living space, and a condensation detection sensor (RD) for detecting condensation in the space above the ceiling. CD). These sensors can be known sensors.

The air conditioner (1) according to the present invention further comprises a control means (XX) for controlling the air adjusting means (X1) based on a signal obtained from the at least one sensor.
1) control means (AA) for controlling the air moving means (A1)
1) control means (AA) for controlling the air moving means (A2)
2) control means (BB) for controlling the air moving means (B1)
1) control means (BB) for controlling the air moving means (B2)
2) Control means (C) for controlling the air amount adjusting means (C1)
C1), control means (CC2) for controlling the air amount adjusting means (C2), control means (DD1) for controlling the air amount adjusting means (D1), and control means (DD2) for controlling the air amount adjusting means (D2). And at least one control means selected from the group consisting of a control means (TT1) for controlling the air temperature adjusting means (T1) and a control means (HH1) for controlling the air humidity adjusting means (H1). These control means can be known control means.

[0092] In another aspect of the present invention, an air conditioner according to the present invention includes an indoor unit (2) installed in a living room having a living space and a space in a wall, at an interface between the living space and the space in the wall. An air conditioner (2) provided. The air conditioner (2) can include an outdoor unit (2) in addition to the indoor unit (2). The outdoor unit (2) can be a known outdoor unit.

The indoor unit (2) is provided with air adjusting means (X2) capable of adjusting air. In the present specification, the air adjusting means (X2) refers to means capable of performing at least one of heating of air, cooling of air, and dehumidification of air. In the present specification, the air adjusting means (X2) includes, for example, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, and means for heating air. Means for cooling and dehumidifying can be used.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, a known means.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, means containing a heat exchanger capable of causing heat exchange between air and refrigerant.

In this specification, the air adjusting means (X2)
Can be placed in an active state and inactive.

The indoor unit (2) is provided with an air moving means (A3) capable of moving air from the living space to the air adjusting means (X2). In the present specification, the air moving means (A3) is configured such that air is supplied from the living space to the air adjusting means (X).
2) and air blowing means (aa3) capable of transporting air from the living space to the air adjusting means (X2).

In the indoor unit (2) according to the present invention, the air passage means (a3) may be, for example, an openable / closable air passage means. In the indoor unit (2) according to the present invention, the blower (aa3) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A3)
Can be put into operation by, for example, opening the air passage means (a3) and starting the operation of the blowing means (aa3); conversely, for example, the air passage means (a
3) or by blowing means (aa
By stopping the operation of 3), it can be put into a non-operation state.

The indoor unit (2) is provided with an air moving means (A4) capable of moving air from the space in the wall to the air adjusting means (X2). In the present specification, the air moving means (A4) is configured so that air is supplied from the space in the wall to the air adjusting means (X).
2) and an air blowing means (aa4) capable of transporting air from the space in the wall to the air adjusting means (X2).

In the indoor unit (2) according to the present invention, the air passage means (a4) may be, for example, an openable / closable air passage means. In the indoor unit (2) according to the present invention, the blower (aa4) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A4)
Can be put into operation by, for example, opening the air flow means (a4) and starting the operation of the blowing means (aa4); conversely, for example, the air flow means (a4)
Or by blowing means (aa4)
Can be put into a non-operating state by stopping the operation.

The indoor unit (2) is provided with an air moving means (B3) capable of moving air from the air adjusting means (X2) to the living space. In the present specification, the air moving means (B3) includes an air flow path means (b3) through which air can flow from the air adjustment means (X2) to the living space, and an air flow path means (X2) from the air adjustment means (X2). A blowing means (bb3) capable of transporting air to the space can be included.

In the indoor unit (2) according to the present invention, the air passage means (b3) may be, for example, an openable / closable air passage means. In the indoor unit (2) according to the present invention, the blower (bb3) can be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (B3)
Can be put into operation by, for example, opening the air passage means (b3) and starting operation of the blowing means (bb3), and conversely, for example, the air passage means (b3)
Or by blowing means (bb3)
Can be put into a non-operating state by stopping the operation.

The indoor unit (2) includes air moving means (B4) capable of moving air from the air adjusting means (X2) to the space in the wall. In the present specification, the air moving means (B4) includes an air passage means (b4) through which air can flow from the air adjusting means (X2) to the space in the wall, and an air moving means (X2). An air blowing means (bb4) capable of transporting air to the space in the wall can be included.

In the indoor unit (2) according to the present invention, the air passage means (b4) may be, for example, an openable / closable air passage means. In the indoor unit (2) according to the present invention, the blower (bb4) can be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (B4)
Can be put into operation by, for example, opening the air flow means (b4) and starting the operation of the blowing means (bb4); conversely, for example, the air flow means (b4)
Or by blowing means (bb4)
Can be put into a non-operating state by stopping the operation.

As described above, the air conditioner (2) according to the present invention comprises an air adjusting means (X2) and an air moving means (A).
3) An air conditioner having an indoor unit (2) including an air moving unit (A4), an air moving unit (B3), and an air moving unit (B4).

By using the air conditioner (2) according to the present invention, for example, the air in the living space can be adjusted and the air in the space in the wall can be adjusted as follows.

In a living room having a living space and a space in a wall, an indoor unit (2) is provided at a boundary between the living space and the space in the wall.
Is installed.

For adjusting the air in the living space, for example, the air adjusting means (X2), the air moving means (A3) and the air moving means (B3) are put into the operating state, and the air moving means (A4) and the air moving means (B4) are operated. ) Can be performed by placing the inactive state. By placing the air adjusting means (X2), the air moving means (A3), and the air moving means (B3) in the operating state, the air in the living space is air-moved (A
3), the air can be moved to the air adjusting means (X2), the moved air can be adjusted by the air adjusting means (X2), and the adjusted air can be moved to the living space by the air moving means (B3).

For example, when the air adjusting means (X2) operates as the air cooling means (X2c), the air in the living space is cooled, for example, by the air cooling means (X2c), the air moving means (A3) and the air moving means (X3). B3) is put in the operating state, and the air moving means (A4) and the air moving means (B4)
Can be done by placing the inactive state. By activating the air cooling means (X2c), the air moving means (A3) and the air moving means (B3), the air in the living space is moved to the air cooling means (X2c) by the air moving means (A3), The moved air can be cooled by the air cooling means (X2c), and the cooled air can be moved to the living space by the air moving means (B3).

For example, when the air adjusting means (X2) operates as the air heating means (X2h), the heating of the air in the living space is performed by, for example, the air heating means (X2h), the air moving means (A3) and the air moving means. (B3) is put in the operating state, and the air moving means (A4) and the air moving means (B
4) can be performed by putting it in a non-operation state. By activating the air heating means (X2h), the air moving means (A3) and the air moving means (B3), the air in the living space is moved to the air heating means (X2h) by the air moving means (A3), The moved air can be heated by the air heating means (X2h), and the heated air can be moved to the living space by the air moving means (B3).

For example, when the air adjusting means (X2) operates as the air dehumidifying means (X2d), the air in the living space is dehumidified by, for example, the air dehumidifying means (X2d), the air moving means (A3) and the air moving means. (B3) is put in the operating state, and the air moving means (A4) and the air moving means (B
4) can be performed by putting it in a non-operation state. By activating the air dehumidifying means (X2d), the air moving means (A3) and the air moving means (B3), the air in the living space is moved to the air dehumidifying means (X2d) by the air moving means (A3), The moved air can be dehumidified by the air dehumidifying means (X2d), and the dehumidified air can be moved to the living space by the air moving means (B3).

Further, for example, when the air adjusting means (X2) operates as the air cooling and dehumidifying means (X2cd), the cooling and dehumidifying of the air in the living space is performed, for example, by the air cooling and dehumidifying means (X2cd).
cd), air moving means (A3) and air moving means (B
3) can be performed by placing the air moving means (A4) and the air moving means (B4) in a non-operating state. The air in the living space is moved to the air-cooling and dehumidifying means (X2cd) by the air-moving means (A3) by placing the air-cooling and dehumidifying means (X2cd), the air moving means (A3), and the air-moving means (B3) in the operating state. Then, the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X2cd), and the cooled and dehumidified air is transferred to the air moving means (B
3) It is possible to move to the living space.

The air in the space in the wall is adjusted by, for example, placing the air adjusting means (X2), the air moving means (A4) and the air moving means (B4) in the operating state, and adjusting the air moving means (A).
3) and putting the air moving means (B3) in a non-operating state. Air adjusting means (X2),
By placing the air moving means (A4) and the air moving means (B4) in the operating state, the air in the in-wall space is moved to the air adjusting means (X2) by the air moving means (A4), and the moved air is air-conditioned. The air adjusted by the means (X2) and adjusted air can be moved to the in-wall space by the air moving means (B4).

For example, when the air adjusting means (X2) operates as the air cooling means (X2c), the cooling of the air in the wall space is performed by, for example, the air cooling means (X2c), the air moving means (A4) and the air moving means. (B4) is put in the operating state, and the air moving means (A3) and the air moving means (B3)
Can be done by placing the inactive state. By activating the air cooling means (X2c), the air moving means (A4) and the air moving means (B4), the air in the wall space is moved to the air cooling means (X2c) by the air moving means (A4). The moved air can be cooled by the air cooling means (X2c), and the cooled air can be moved to the in-wall space by the air moving means (B4).

Further, for example, when the air adjusting means (X2) operates as the air heating means (X2h), the heating of the air in the wall space is performed by, for example, the air heating means (X2h), the air moving means (A4) and the air moving means. The means (B4) is placed in the operating state, and the air moving means (A3) and the air moving means (B
3) can be performed by putting it in a non-operation state. By activating the air heating means (X2h), the air moving means (A4) and the air moving means (B4), the air in the space in the wall is moved to the air heating means (X2h) by the air moving means (A4). The moved air can be heated by the air heating means (X2h), and the heated air can be moved to the in-wall space by the air moving means (B4).

Further, for example, when the air adjusting means (X2) operates as the air dehumidifying means (X2d), the dehumidification of the air in the space in the wall is performed by, for example, the air dehumidifying means (X2d), the air moving means (A4) and the air moving means. The means (B4) is placed in the operating state, and the air moving means (A3) and the air moving means (B
3) can be performed by putting it in a non-operation state. By activating the air dehumidifying means (X2d), the air moving means (A4) and the air moving means (B4), the air in the wall space is moved to the air dehumidifying means (X2d) by the air moving means (A4). The moved air can be dehumidified by the air dehumidifying means (X2d), and the dehumidified air can be moved to the space in the wall by the air moving means (B4).

For example, when the air adjusting means (X2) operates as the air cooling and dehumidifying means (X2cd), the cooling and dehumidifying of the air in the space in the wall is performed by, for example, the air cooling and dehumidifying means (X2 cd
cd), air moving means (A4) and air moving means (B
4) in the operating state, and the air moving means (A3) and the air moving means (B3) in the non-operating state. By activating the air cooling and dehumidifying means (X2cd), the air moving means (A4) and the air moving means (B4), the air in the wall space is converted to the air cooled and dehumidifying means (X2cd) by the air moving means (A4). The moved air is cooled and dehumidified by the air cooling and dehumidifying means (X2cd), and the cooled and dehumidified air is transferred to the air moving means (B
4) can move to the space in the wall.

The simultaneous adjustment of the air in the living space and the air in the space in the wall can be performed, for example, by air adjusting means (X2), air moving means (A3), air moving means (A4), and air moving means (B).
3) and the air moving means (B4) can be operated simultaneously. Air adjustment means (X
2), air moving means (A3), air moving means (A4),
By simultaneously operating the air moving means (B3) and the air moving means (B4), the air in the living space is moved to the air adjusting means (X2) by the air moving means (A3), and the air in the in-wall space is simultaneously operated. Is moved to the air adjusting means (X2) by the air moving means (A4), the moved air is adjusted by the air adjusting means (X2), and the adjusted air is moved to the living space by the air moving means (B3). The adjusted air can be moved to the space in the wall by the air moving means (B4).

For example, when the air adjusting means (X2) operates as the air cooling means (X2c), the simultaneous cooling of the air in the living space and the air in the wall space is performed by, for example, the air cooling means (X2c) This can be performed by simultaneously placing the moving means (A3), the air moving means (A4), the air moving means (B3) and the air moving means (B4) in the operating state. Air cooling means (X2c), air moving means (A
3) By activating the air moving means (A4), the air moving means (B3) and the air moving means (B4) simultaneously, the air in the living space is cooled by the air moving means (A3) by the air cooling means (X2c). At the same time, the air in the space in the wall is simultaneously cooled by the air cooling means (X4) by the air moving means (A4).
2c), and transfers the moved air to the air cooling means (X2
c), and cools the cooled air by air moving means (B
3), the air can be moved to the living space, and at the same time, the cooled air can be moved to the space in the wall by the air moving means (B4).

Further, for example, when the air adjusting means (X2) operates as the air heating means (X2h), the simultaneous heating of the air in the living space and the air in the wall space is performed by, for example, the air heating means (X2h). It can be performed by simultaneously operating the air moving means (A3), the air moving means (A4), the air moving means (B3) and the air moving means (B4). Air heating means (X2h), air moving means (A
3) By activating the air moving means (A4), the air moving means (B3) and the air moving means (B4) simultaneously, the air in the living space is heated by the air moving means (A3) to the air heating means (X2h). At the same time, the air in the space in the wall is simultaneously moved by the air moving means (A4) to the air heating means (X).
2h), and transfers the moved air to air heating means (X2
h), and the heated air is removed by air moving means (B
3), the heated air can be moved to the interior space by the air moving means (B4) at the same time.

For example, when the air adjusting means (X2) operates as the air dehumidifying means (X2d), the simultaneous dehumidification of the air in the living space and the air in the wall space is performed by, for example, the air dehumidifying means (X2d). It can be performed by simultaneously operating the air moving means (A3), the air moving means (A4), the air moving means (B3) and the air moving means (B4). Air dehumidifying means (X2d), air moving means (A
3) By activating the air moving means (A4), the air moving means (B3) and the air moving means (B4) simultaneously, the air in the living space is dehumidified by the air moving means (A3) (X2d). At the same time, the air in the space in the wall is removed by the air moving means (A4).
2d), and transfers the moved air to air dehumidifying means (X2
d), and the dehumidified air is transferred to the air moving means (B
3), the air can be moved to the living space, and at the same time, the dehumidified air can be moved to the in-wall space by the air moving means (B4).

For example, when the air adjusting means (X2) operates as the air cooling and dehumidifying means (X2cd), the simultaneous cooling and dehumidifying of the air in the living space and the air in the wall space is performed by, for example, the air cooling and dehumidifying means (X2). X2cd), air moving means (A
3), by simultaneously operating the air moving means (A4), the air moving means (B3) and the air moving means (B4). By simultaneously activating the air cooling and dehumidifying means (X2cd), the air moving means (A3), the air moving means (A4), the air moving means (B3) and the air moving means (B4), the air in the living space is air Transportation (A
Move to the air cooling and dehumidifying means (X2cd) by 3),
At the same time, the air in the space in the wall is moved to the air cooling and dehumidifying means (X2cd) by the air moving means (A4), and the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X2cd).
The cooled and dehumidified air can be moved to the living space by the air moving means (B3), and at the same time, the cooled and dehumidified air can be moved to the in-wall space by the air moving means (B4).

The living room in which the indoor unit (2) of the air conditioner (2) according to the present invention is installed is a means for communicating the living space of the living room with the space in the wall, for example, the communication between the living space and the space in the wall. When there is an elongated opening provided in the wall member forming the boundary, the adjusted air is sequentially used to adjust the air in the living space first, and then to adjust the air in the space in the wall. it can.

The sequential adjustment of the air in the living space and the air in the wall space is performed by, for example, placing the air adjusting means (X2), the air moving means (A4) and the air moving means (B3) in the operating state, and Means (A3) and air moving means (B4)
Inactive.
By placing the air adjusting means (X2), the air moving means (A4) and the air moving means (B3) in the operating state and the air moving means (A3) and the air moving means (B4) in the non-operating state, Air in the space is moved by air (A4)
Thus, the air can be moved to the air adjusting means (X2), the moved air can be adjusted by the air adjusting means (X2), and the adjusted air can be moved to the living space by the air moving means (B3). At this time, the air in the living space passes from the living space to the wall through a means for communicating the living space and the space in the wall, for example, an elongated opening provided in a wall member that forms a boundary between the living space and the space in the wall. You can move to the inner space.

For example, when the air adjusting means (X2) operates as the air cooling means (X2c), the successive cooling of the air in the living space and the air in the wall space is performed by, for example, the air cooling means (X2c) This can be performed by placing the moving means (A4) and the air moving means (B3) in the operating state, and placing the air moving means (A3) and the air moving means (B4) in the non-operating state. By placing the air cooling means (X2c), the air moving means (A4) and the air moving means (B3) in the operating state and the air moving means (A3) and the air moving means (B4) in the non-operating state, The air in the space is cooled by an air cooling means (X2) by an air moving means (A4).
c) and transfers the moved air to air cooling means (X2c)
And air cooled by the air moving means (B3).
Can move to the living space. At this time, the air in the living space passes from the living space to the wall through a means for communicating the living space and the space in the wall, for example, an elongated opening provided in a wall member that forms a boundary between the living space and the space in the wall. You can move to the inner space.

For example, when the air adjusting means (X2) operates as the air heating means (X2h), the sequential heating of the air in the living space and the air in the wall space is performed by, for example, the air heating means (X2h). The air moving means (A4) and the air moving means (B3) are put in the operating state, and the air moving means (A
3) and putting the air moving means (B4) in a non-operating state. Air heating means (X2
h), the air moving means (A4) and the air moving means (B)
3) is put in the operating state, and the air moving means (A3) and the air moving means (B4) are put in the non-operating state, so that the air in the wall space is sent to the air heating means (X2h) by the air moving means (A4). The moved and moved air can be heated by the air heating means (X2h), and the heated air can be moved to the living space by the air moving means (B3).
At this time, the air in the living space passes from the living space to the wall through a means for communicating the living space and the space in the wall, for example, an elongated opening provided in a wall member that forms a boundary between the living space and the space in the wall. You can move to the inner space.

For example, when the air adjusting means (X2) operates as the air dehumidifying means (X2d), the sequential dehumidification of the air in the living space and the air in the wall space is performed by, for example, the air dehumidifying means (X2d). The air moving means (A4) and the air moving means (B3) are put in the operating state, and the air moving means (A
3) and putting the air moving means (B4) in a non-operating state. Air dehumidifying means (X2
d), the air moving means (A4) and the air moving means (B)
By placing 3) in the operating state and placing the air moving means (A3) and the air moving means (B4) in the non-operating state, the air in the space above the ceiling is moved to the air dehumidifying means (X2d) by the air moving means (A4). The moved and moved air can be dehumidified by the air dehumidifying means (X2d), and the dehumidified air can be moved to the living space by the air moving means (B3). At this time, the air in the living space passes from the living space to the wall through a means for communicating the living space and the space in the wall, for example, an elongated opening provided in a wall member that forms a boundary between the living space and the space in the wall. You can move to the inner space.

Further, for example, when the air adjusting means (X2) operates as the air cooling and dehumidifying means (X2cd), the successive cooling and dehumidifying of the air in the living space and the air in the wall space is performed by, for example, the air cooling and dehumidifying means (X2). X2cd), air moving means (A
4) and the air moving means (B3) are set in the operating state, and the air moving means (A3) and the air moving means (B4) are set in the non-operating state. By placing the air cooling and dehumidifying means (X2cd), the air moving means (A4) and the air moving means (B3) in the operating state and the air moving means (A3) and the air moving means (B4) in the non-operating state, Air in the inner space is moved by air (A4)
Thus, the air can be moved to the air cooling and dehumidifying means (X2cd), the moved air can be cooled and dehumidified by the air cooling and dehumidifying means (X2cd), and the cooled and dehumidified air can be moved to the living space by the air moving means (B3). At this time, the air in the living space passes from the living space to the wall through a means for communicating the living space and the space in the wall, for example, an elongated opening provided in a wall member that forms a boundary between the living space and the space in the wall. You can move to the inner space.

Further, the living room in which the indoor unit (2) of the air conditioner (2) according to the present invention is installed is a means for communicating the living space of the living room with the space inside the wall, for example, the living space and the space inside the wall. When there is an elongated opening provided in the wall member that forms the boundary with, the adjusted air is sequentially used to adjust the air in the space inside the wall first, and then adjust the air in the living space You can also.

The sequential adjustment of the air in the wall space and the air in the living space can be performed by, for example, placing the air adjusting means (X2), the air moving means (A3) and the air moving means (B4) in the operating state, and Means (A4) and air moving means (B3)
Inactive.
By placing the air adjusting means (X2), the air moving means (A3) and the air moving means (B4) in the operating state and the air moving means (A4) and the air moving means (B3) in the non-operating state, the living space is provided. Air moving means (A3)
Thus, the air can be moved to the air adjusting means (X2), the moved air can be adjusted by the air adjusting means (X2), and the adjusted air can be moved to the in-wall space by the air moving means (B4). At that time, the air in the space in the wall passes through the means for communicating the living space and the space in the wall, for example, an elongate opening provided in a wall member forming a boundary between the living space and the space in the wall, and the space in the wall. From the living space.

For example, when the air adjusting means (X2) operates as the air cooling means (X2c), the successive cooling of the air in the wall space and the air in the living space is performed by, for example, the air cooling means (X2c) This can be performed by placing the moving means (A3) and the air moving means (B4) in an operating state, and placing the air moving means (A4) and the air moving means (B3) in a non-operating state. By placing the air cooling means (X2c), the air moving means (A3) and the air moving means (B4) in an operating state and the air moving means (A4) and the air moving means (B3) in a non-operating state, a living space is provided. Is cooled by an air cooling means (X2) by an air moving means (A3).
c) and transfers the moved air to air cooling means (X2c)
And air cooled by the air moving means (B4).
Can move to the space inside the wall. At that time, the air in the space in the wall passes through the means for communicating the living space and the space in the wall, for example, an elongate opening provided in a wall member forming a boundary between the living space and the space in the wall, and the space in the wall. From the living space.

For example, when the air adjusting means (X2) operates as the air heating means (X2h), the sequential heating of the air in the wall space and the air in the living space can be performed by, for example, the air heating means (X2h), The air moving means (A3) and the air moving means (B4) are put in the operating state, and the air moving means (A
4) and putting the air moving means (B3) in an inactive state. Air heating means (X2
h), the air moving means (A3) and the air moving means (B
The air in the living space is moved to the air heating means (X2h) by the air moving means (A3) by placing the air moving means (A4) and the air moving means (B3) in the non-operating state while placing 4) in the operating state. Then, the moved air is heated by the air heating means (X2h), and the heated air can be moved to the in-wall space by the air moving means (B4).
At that time, the air in the space in the wall passes through the means for communicating the living space and the space in the wall, for example, an elongate opening provided in a wall member forming a boundary between the living space and the space in the wall, and the space in the wall. From the living space.

For example, when the air adjusting means (X2) operates as the air dehumidifying means (X2d), the sequential dehumidification of the air in the wall space and the air in the living space can be performed by, for example, the air dehumidifying means (X2d). The air moving means (A3) and the air moving means (B4) are put in the operating state, and the air moving means (A
4) and putting the air moving means (B3) in an inactive state. Air dehumidifying means (X2
d), the air moving means (A3) and the air moving means (B)
The air in the living space is moved to the air dehumidifying means (X2d) by the air moving means (A3) by placing the air moving means (A4) and the air moving means (B3) in the non-operating state by placing 4) in the operating state. Then, the moved air can be dehumidified by the air dehumidifying means (X2d), and the dehumidified air can be moved to the space in the wall by the air moving means (B4).
At that time, the air in the space in the wall passes through the means for communicating the living space and the space in the wall, for example, an elongate opening provided in a wall member forming a boundary between the living space and the space in the wall, and the space in the wall. From the living space.

Further, for example, when the air adjusting means (X2) operates as the air cooling and dehumidifying means (X2cd), the successive cooling and dehumidifying of the air in the wall space and the air in the living space is performed by, for example, the air cooling and dehumidifying means (X2). X2cd), air moving means (A
3) and the air moving means (B4) are put in the operating state, and the air moving means (A4) and the air moving means (B3) are put in the non-operating state. The air cooling and dehumidifying means (X2cd), the air moving means (A3) and the air moving means (B4) are put in the operating state, and the air moving means (A4) and the air moving means (B3) are put in the non-operating state. Air moving means in space (A3)
Thus, the air can be moved to the air cooling and dehumidifying means (X2cd), the moved air can be cooled and dehumidified by the air cooling and dehumidifying means (X2cd), and the cooled and dehumidified air can be moved to the space in the wall by the air moving means (B4). At that time, the air in the space in the wall passes through the means for communicating the living space and the space in the wall, for example, an elongate opening provided in a wall member forming a boundary between the living space and the space in the wall, and the space in the wall. From the living space.

As can be seen from the above description, in a living room having a living space and a space in a wall, a book is provided which provides an air conditioner capable of adjusting the air in the living space and the air in the space in the wall. The object of the invention can be solved by the air conditioner (2) described above.

That is, an object of the present invention is to provide an air conditioner including an indoor unit installed at a boundary between a living space and a space inside a wall of a living room having a living space and a space inside a wall, wherein the indoor unit is Air adjusting means (X
2), an air moving means (A3) capable of moving air from the living space to the air adjusting means (X2), and an air moving means capable of moving air from the space in the wall to the air adjusting means (X2). (A4) The air adjusted by the air adjusting means (X2) is adjusted by the air moving means (B3) capable of moving from the air adjusting means (X2) to the living space, and the air adjusting means (X2). An air conditioner (referred to as a fifth aspect of the present invention), comprising: an air moving means (B4) capable of moving air from the air adjusting means (X2) to the space in the wall.
Can be solved.

As can be seen from the above description, the air conditioning system according to the fifth aspect of the present invention can adjust the air in the living space or the air in the wall. It is possible to adjust the air in the living space and the air in the wall space at the same time.

For example, in the air conditioner according to the fifth aspect of the present invention, the air adjusting means (X2) is replaced by the air cooling means (X2).
When operated as c), the air conditioner according to the fifth aspect of the present invention can cool the air in the living space, can cool the air in the wall space, and can further cool the air in the wall. The cooling of the air in the space and the cooling of the air in the in-wall space can be performed simultaneously.

According to the air conditioner according to the fifth aspect of the present invention,
When the cooling of the air in the wall space is performed, the cooled air in the space in the wall can cool the wall member. In other words, by cooling the air in the space in the wall, the wall in the living space can be cooled. That is, by cooling the air in the wall space, wall radiation cooling (wall radiation cooling) can be performed in the living space.

As described above, in the air conditioner according to the fifth aspect of the present invention, the air adjusting means (X2) is replaced by the air cooling means (X2c).
When operating as, cooling of the living space can be performed by performing cooling of the air in the living space, and wall radiation cooling can be performed in the living space by performing cooling of the air in the wall space. In addition, the cooling of the living space can be performed by cooling the air in the living space, and the wall radiation cooling can be performed in the living space by cooling the air in the space in the wall.

In particular, when wall radiation cooling is performed in a living space, cooling or dehumidification of the air in the living space can be advantageously performed to reduce or prevent dew condensation on the wall during wall radiation cooling. it can.

For example, in the air conditioner according to the fifth aspect of the present invention, when the air adjusting means (X2) operates as the air heating means (X2h), the air conditioning apparatus according to the fifth aspect of the present invention provides The heating of the air can be performed, the heating of the air in the wall space can be performed, and the heating of the air in the living space and the heating of the air in the wall space can be performed simultaneously.

According to the air conditioner according to the fifth aspect of the present invention,
When the heating of the air in the wall space is performed, the heated air in the space in the wall can heat the wall member. In other words, the wall of the living space can be heated by heating the air in the space in the wall. That is, by heating the air in the space in the wall, wall radiation heating (wall radiation heating) can be performed in the living space.

As described above, in the air conditioner according to the fifth aspect of the present invention, the air adjusting means (X2) has the air heating means (X2h).
When operating as, heating of the living space can be performed by performing heating of the air in the living space, and wall radiant heating can be performed in the living space by performing heating of the air in the wall space. Furthermore, it is possible to heat the living space by heating the air in the living space, and simultaneously perform the radiant heating in the living space by heating the air in the space in the wall.

[0149] In the indoor unit (2) according to the present invention, the air moving means (A3) can be placed in an operating state or in a non-operating state as described above.
In the indoor unit (2) according to the present invention, the air moving means (A
When 3) is placed in the operating state, the amount of air moving from the living space to the air adjusting means (X2) may be adjusted.

The indoor unit (2) according to the present invention can include an air amount adjusting means (C3) capable of adjusting the amount of air moving from the living space to the air adjusting means (X2). The air amount adjusting means (C3) may be, for example, means for adjusting the amount of air to high, medium, or weak, or may be, for example, means for continuously adjusting the amount of air.

Similarly, in the indoor unit (2) according to the present invention, the air moving means (A4) can be placed in the operating state or in the non-operating state as described above. In the indoor unit (2) according to the present invention, when the air moving means (A4) is put in the operating state, the amount of air moving from the space in the wall to the air adjusting means (X2) can be adjusted. You may.

The indoor unit (2) according to the present invention can include an air amount adjusting means (C4) capable of adjusting the amount of air moving from the space in the wall to the air adjusting means (X2). The air amount adjusting means (C4) may be, for example, means for adjusting the amount of air to high, medium, or weak, or may be, for example, means for continuously adjusting the amount of air.

Similarly, in the indoor unit (2) according to the present invention, as described above, the air moving means (B3) can be put into an operative state or put into an inactive state. In the indoor unit (2) according to the present invention, when the air moving means (B3) is put in the operating state, the amount of air moving from the air adjusting means (X2) to the living space can be adjusted. Is also good.

The indoor unit (2) according to the present invention can include an air amount adjusting means (D3) capable of adjusting the amount of air moving from the air adjusting means (X2) to the living space. The air amount adjusting means (D3) can be, for example, a means for adjusting the amount of air to high, medium, or weak, or, for example, a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (2) according to the present invention, as described above, the air moving means (B4) can be placed in the operating state or in the non-operating state. In the indoor unit (2) according to the present invention, when the air moving means (B4) is put in the operating state, the amount of air moving from the air adjusting means (X2) to the space in the wall can be adjusted. You may.

The indoor unit (2) according to the present invention can be provided with an air amount adjusting means (D4) capable of adjusting the amount of air moving from the air adjusting means (X2) to the space in the wall. The air amount adjusting means (D4) can be, for example, means for adjusting the amount of air to high, medium, or weak, or, for example, means for continuously adjusting the amount of air.

Accordingly, the indoor unit (2) according to the present invention
Are the air amount adjusting means (C3) and the air amount adjusting means (C
4) At least one air amount adjusting means selected from the group consisting of the air amount adjusting means (D3) and the air amount adjusting means (D4).

As can be seen from the above description, an air conditioner capable of adjusting the air in the living space and the air in the wall in a living room having a living space and a space in the wall is provided. The object of the present invention is that the indoor unit according to aspect 5 of the present invention further comprises an air amount adjusting means (C3), an air amount adjusting means (C4), an air amount adjusting means (D3), and an air amount adjusting means (D4). The air conditioner (2) including at least one air amount adjusting means selected from the group consisting of:

That is, an object of the present invention is that the indoor unit according to the fifth aspect of the present invention further comprises an air amount adjusting means capable of adjusting the amount of air moving from the living space to the air adjusting means (X2). (C3) an air amount adjusting means (C4) capable of adjusting the amount of air moving from the space in the wall to the air adjusting means (X2); An air amount adjusting means (D3) capable of adjusting the amount, and an air amount adjusting means (D4) capable of adjusting the amount of air moving from the air adjusting means (X2) to the space in the wall. The problem can be solved by an air conditioner (aspect 6 of the present invention), comprising at least one air amount adjusting means selected from the group.

In the indoor unit (2) according to the present invention, the temperature of the air moving from the air adjusting means (X2) to the living space and the space in the wall may be adjusted.

The indoor unit (2) according to the present invention includes an air temperature adjusting means (T2) capable of adjusting the temperature of air moving from the air adjusting means (X2) to the living space and the space in the wall. can do.

An object of the present invention is to provide an air conditioner capable of adjusting air in a living space and adjusting air in a space in a wall in a living room having a living space and a space in a wall. The indoor unit according to 5 or 6,
Furthermore, the invention is also solved by an air conditioner (2) including an air temperature adjusting means (T2) capable of adjusting the temperature of air moving from the air adjusting means (X2) to the living space and the space in the wall. Can be.

That is, the object of the present invention is that the indoor unit according to the fifth or sixth aspect of the present invention further comprises an air adjusting means (X
2) air temperature adjusting means (T) capable of adjusting the temperature of air moving from the living space to the living space and the space in the wall.
2), which can be solved by an air conditioner (referred to as aspect 7 of the present invention).

In the indoor unit (2) according to the present invention, the humidity of the air moving from the air adjusting means (X2) to the living space and the in-wall space may be adjusted.

The indoor unit (2) according to the present invention includes an air humidity adjusting means (H2) capable of adjusting the humidity of the air moving from the air adjusting means (X2) to the living space and the space in the wall. can do.

An object of the present invention is to provide an air conditioner capable of adjusting the air in the living space and the air in the wall space in a living room having a living space and a space in the wall. The indoor unit according to any one of 5 to 7, further includes an air humidity adjusting means (H2) capable of adjusting the humidity of air moving from the air adjusting means (X2) to the living space and the space in the wall. The problem can also be solved by the air conditioner (2).

That is, an object of the present invention is to provide an indoor unit according to any one of aspects 5 to 7 of the present invention, wherein the indoor unit further moves the humidity of air moving from the air adjusting means (X2) to the living space and the space in the wall. This can be solved by an air conditioner (referred to as aspect 8 of the present invention), which comprises an air humidity adjusting means (H2) capable of adjusting the temperature.

An indoor unit (2) according to the present invention includes a temperature detection sensor (RT) for detecting the temperature of air in a living space, a temperature detection sensor (WT) for detecting a temperature of air in a space inside a wall, Humidity detection sensor (R
H), a humidity detection sensor (WH) for detecting the humidity of the air in the wall space, a condensation detection sensor (RD) for detecting condensation in the living space, and a condensation detection sensor (RD) for detecting the condensation in the wall space. At least one selected from the group consisting of WD)
One sensor may be provided. These sensors can be known sensors.

The indoor unit (2) according to the present invention includes a control unit (XX) for controlling the air adjusting unit (X2) based on a signal obtained from the at least one sensor.
2) control means (AA) for controlling the air moving means (A3)
3) control means (AA) for controlling the air moving means (A4)
4) control means (BB) for controlling the air moving means (B3)
3) control means (BB) for controlling the air moving means (B4)
4) control means (C3) for controlling the air amount adjusting means (C3)
C3), control means (CC4) for controlling the air amount adjusting means (C4), control means (DD3) for controlling the air amount adjusting means (D3), and control means (DD4) for controlling the air amount adjusting means (D4). And at least one control means selected from the group consisting of a control means (TT2) for controlling the air temperature adjusting means (T2) and a control means (HH2) for controlling the air humidity adjusting means (H2). These control means can be known control means.

In still another aspect of the present invention, an air conditioner according to the present invention comprises a living room having a living space, a space above a ceiling, and a space inside a wall. An air conditioner (3) including an indoor unit (3) installed at a boundary. The air conditioner (3) can include an outdoor unit (3) in addition to the indoor unit (3). The outdoor unit (3) can be a known outdoor unit.

[0171] The indoor unit (3) is provided with air adjusting means (X3) capable of adjusting air. In this specification, the air adjusting means (X3) refers to means capable of performing at least one of heating of air, cooling of air, and dehumidification of air. In this specification, the air adjusting means (X3) includes, for example, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, and means for heating air. Means for cooling and dehumidifying can be used.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, a known means.

In this specification, means for heating air, means for cooling air, means for dehumidifying air, means for cooling and dehumidifying air, means for heating and cooling air, means for heating and cooling and dehumidifying air, etc. Can be, for example, a means containing a heat exchanger capable of causing heat exchange between air and refrigerant.

In this specification, the air adjusting means (X3)
Can be placed in an active state and inactive.

The indoor unit (3) includes air moving means (A5) capable of moving air from the living space to the air adjusting means (X3). In the present specification, the air moving means (A5) is configured so that air is supplied from the living space to the air adjusting means (X5).
3) and an air blowing means (aa5) capable of transporting air from the living space to the air adjusting means (X3).

In the indoor unit (3) according to the present invention, the air passage means (a5) may be, for example, an openable / closable air passage means. In the indoor unit (3) according to the present invention, the blower (aa5) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A5)
Can be put into operation by, for example, opening the air flow means (a5) and starting the operation of the blowing means (aa5); conversely, for example, the air flow means (a5)
5) or by blowing means (aa
By stopping the operation of 5), it can be put in a non-operation state.

The indoor unit (3) is provided with an air moving means (A6) capable of moving air from the space above the ceiling to the air adjusting means (X3). In the present specification, the air moving means (A6) is an air passage means (a) through which air can flow from the space above the ceiling to the air adjusting means (X3).
6) and air conditioning means (X3) from the space above the ceiling
And a blowing means (aa6) capable of transporting air to the air.

In the indoor unit (3) according to the present invention, the air passage means (a6) may be, for example, an openable and closable air passage means. In the indoor unit (3) according to the present invention, the blower (aa6) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A6)
Can be put into operation by, for example, opening the air flow means (a6) and starting the operation of the blowing means (aa6); conversely, for example, the air flow means (a6)
Or by blowing means (aa6)
Can be put into a non-operating state by stopping the operation.

The indoor unit (3) is provided with an air moving means (A7) capable of moving air from the space in the wall to the air adjusting means (X3). In the present specification, the air moving means (A7) is configured so that air is supplied from the space in the wall to the air adjusting means (X).
3) and air blowing means (aa7) capable of transporting air from the space in the wall to the air adjusting means (X3).

In the indoor unit (3) according to the present invention, the air passage means (a7) may be, for example, an openable / closable air passage means. In the indoor unit (3) according to the present invention, the blower (aa7) may be, for example, a blower that can start operation and stop operation arbitrarily.

In this specification, the air moving means (A7)
Can be put into operation by, for example, opening the air flow means (a7) and starting the operation of the blowing means (aa7); conversely, for example, the air flow means (a7)
7) or by blowing means (aa
By stopping the operation of 7), it can be put into a non-operation state.

The indoor unit (3) includes an air moving means (B5) capable of moving air from the air adjusting means (X3) to the living space. In the present specification, the air moving means (B5) includes an air flow path means (b5) through which air can flow from the air adjusting means (X3) to the living space, and an air flow controlling means (X3). A blowing means (bb5) capable of transporting air to the space can be included.

In the indoor unit (3) according to the present invention, the air passage means (b5) may be, for example, an openable / closable air passage means. In the indoor unit (3) according to the present invention, the blower (bb5) can be, for example, a blower that can start operation and stop operation arbitrarily.

In the present specification, the air moving means (B5)
Can be put into operation by, for example, opening the air passage means (b5) and starting the operation of the blowing means (bb5); conversely, for example, the air passage means (b5)
Or by blowing means (bb5)
Can be put into a non-operating state by stopping the operation.

The indoor unit (3) is provided with an air moving means (B6) capable of moving air from the air adjusting means (X3) to the space above the ceiling. In the present specification, the air moving means (B6) includes an air flow path means (b) through which air can flow from the air adjusting means (X3) to the space above the ceiling.
6) and a blowing means (bb6) capable of transporting air from the air adjusting means (X3) to the space above the ceiling can be included.

In the indoor unit (3) according to the present invention, the air passage means (b6) may be, for example, an openable / closable air passage means. In the air conditioner (3) according to the present invention, the blower (bb6) can be, for example, a blower that can start operation and stop operation arbitrarily.

In the present specification, the air moving means (B6)
Can be put into operation by, for example, opening the air flow means (b6) and starting operation of the blowing means (bb6), and conversely, for example, the air flow means (b6)
Or by blowing means (bb6)
Can be put into a non-operating state by stopping the operation.

The indoor unit (3) is provided with an air moving means (B7) capable of moving air from the air adjusting means (X3) to the space in the wall. In the present specification, the air moving means (B7) includes an air passage means (b7) through which air can flow from the air adjusting means (X3) to the space in the wall, and an air moving means (X3). A blower (bb7) capable of transporting air to the space in the wall can be included.

In the indoor unit (3) according to the present invention, the air passage means (b7) may be, for example, an openable / closable air passage means. In the indoor unit (3) according to the present invention, the blower (bb7) can be, for example, a blower that can start operation and stop operation arbitrarily.

In the present specification, the air moving means (B7)
Can be put into operation by, for example, opening the air flow means (b7) and starting the operation of the blowing means (bb7); conversely, for example, the air flow means (b7)
Or by blowing means (bb7)
Can be put into a non-operating state by stopping the operation.

As described above, the air conditioner (3) according to the present invention comprises the air adjusting means (X3) and the air moving means (A).
5) air moving means (A6), air moving means (A7),
The air conditioner includes an indoor unit (3) including an air moving unit (B5), an air moving unit (B6), and an air moving unit (B7).

By using the air conditioner (3) according to the present invention, for example, the air in the living space and the air in the space above the ceiling and in the wall can be adjusted as follows.

In a living room having a living space, a space above the ceiling, and a space inside the wall, an indoor unit (3) is installed at a boundary between the living space, the space above the ceiling, and the space inside the wall.

To adjust the air in the living space, for example, the air adjusting means (X3), the air moving means (A5) and the air moving means (B5) are put into an operating state, and the air moving means (A6) and the air moving means (A7) are set. ) And the air moving means (B6) and the air moving means (B7) are inactive. By putting the air adjusting means (X3), the air moving means (A5) and the air moving means (B5) in the operating state,
The air in the living space is moved to the air adjusting means (X3) by the air moving means (A5), the moved air is adjusted by the air adjusting means (X3), and the adjusted air is transferred to the living space by the air moving means (B5). You can move.

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the air in the living space is cooled, for example, by the air cooling means (X3c), the air moving means (A5), and the air moving means (X5). B5) is put in the operating state, and the air moving means (A6) and the air moving means (A7) and the air moving means (B6) and the air moving means (B7) are put in the non-operating state. Air cooling means (X3
c), air moving means (A5) and air moving means (B)
5), the air in the living space is moved to the air cooling means (X3c) by the air moving means (A5), and the moved air is cooled by the air cooling means (X3c). It is possible to move to the living space by the air moving means (B5).

For example, when the air adjusting means (X3) operates as the air heating means (X3h), the heating of the air in the living space is performed by, for example, the air heating means (X3h), the air moving means (A5) and the air moving means. (B5) is put in the operating state, and the air moving means (A6) and the air moving means (A7) and the air moving means (B6) and the air moving means (B7) are put in the non-operating state. Air heating means (X3
h), air moving means (A5) and air moving means (B)
By placing 5) in the operating state, the air in the living space is moved to the air heating means (X3h) by the air moving means (A5), and the moved air is heated by the air heating means (X3h). It is possible to move to the living space by the air moving means (B5).

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the air in the living space is dehumidified by, for example, the air dehumidifying means (X3d), the air moving means (A5) and the air moving means. (B5) is put in the operating state, and the air moving means (A6) and the air moving means (A7) and the air moving means (B6) and the air moving means (B7) are put in the non-operating state. Air dehumidifying means (X3
d), the air moving means (A5) and the air moving means (B
By placing 5) in the operating state, the air in the living space is moved to the air dehumidifying means (X3d) by the air moving means (A5), and the moved air is dehumidified by the air dehumidifying means (X3d). It is possible to move to the living space by the air moving means (B5).

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), the cooling and dehumidifying of the air in the living space is performed by, for example, the air cooling and dehumidifying means (X3
cd), the air moving means (A5) and the air moving means (B
5) is put in the operating state, and the air moving means (A6) and the air moving means (A7) and the air moving means (B6) and the air moving means (B7) are put in the inactive state. The air in the living space is moved to the air-cooling and dehumidifying means (X3cd) by the air-moving means (A5) by placing the air-cooling and dehumidifying means (X3cd), the air moving means (A5), and the air-moving means (B5) in the operating state. Then, the moved air can be cooled and dehumidified by the air cooling and dehumidifying means (X3cd), and the cooled and dehumidified air can be moved to the living space by the air moving means (B5).

For adjusting the air in the space above the ceiling, for example, the air adjusting means (X3), the air moving means (A6) and the air moving means (B6) are put into an operating state, and the air moving means (A5) and the air moving means (A5) are operated. This is done by placing the means (A7) and the air moving means (B5) and the air moving means (B7) in a non-operating state. By placing the air adjusting means (X3), the air moving means (A6) and the air moving means (B6) in an operating state, the air in the space above the ceiling is moved to the air moving means (A6).
Thus, the air can be moved to the air adjusting means (X3), the moved air can be adjusted by the air adjusting means (X3), and the adjusted air can be moved to the space above the ceiling by the air moving means (B6).

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the air in the space above the ceiling is cooled by, for example, the air cooling means (X3c), the air moving means (A6) and the air moving means. (B6) is put in the operating state, and the air moving means (A5) and the air moving means (A7) and the air moving means (B5) and the air moving means (B7) are put in the non-operating state. Air cooling means (X3
c), the air moving means (A6) and the air moving means (B
6), the air in the space above the ceiling is cooled by the air moving means (A6) by the air cooling means (X3c).
And the moved air is cooled by the air cooling means (X3c), and the cooled air can be moved to the space above the ceiling by the air moving means (B6).

For example, when the air adjusting means (X3) operates as the air heating means (X3h), the air in the space above the ceiling is heated, for example, by the air heating means (X3h), the air moving means (A6) and the air moving means. The means (B6) is put in the operating state, and the air moving means (A5) and the air moving means (A7)
And by placing the air moving means (B5) and the air moving means (B7) in a non-operating state. Air heating means (X
3h), air moving means (A6) and air moving means (B
6), the air in the space above the ceiling is moved by the air moving means (A6) to the air heating means (X3h).
And the moved air is heated by the air heating means (X3h), and the heated air can be moved to the space above the ceiling by the air moving means (B6).

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the air in the space above the ceiling is dehumidified by, for example, the air dehumidifying means (X3d), the air moving means (A6) and the air moving means. The means (B6) is placed in the operating state, and the air moving means (A5) and the air moving means (A7)
And by placing the air moving means (B5) and the air moving means (B7) in a non-operating state. Air dehumidifying means (X
3d), the air moving means (A6) and the air moving means (B
6), the air in the space above the ceiling is removed by the air moving means (A6) by the air dehumidifying means (X3d).
And the moved air can be dehumidified by the air dehumidifying means (X3d), and the dehumidified air can be moved to the space above the ceiling by the air moving means (B6).

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), the cooling and dehumidifying of the air in the space above the ceiling is performed by, for example, the air cooling and dehumidifying means (X
3cd), the air moving means (A6) and the air moving means (B6) are put in the operating state, and the air moving means (A5) and the air moving means (A7) and the air moving means (B5) and the air moving means (B7) are This is done by leaving it inactive. Air cooling and dehumidifying means (X3cd), air moving means (A
6) and the air moving means (B6) in the operating state, the air in the space above the ceiling is moved by the air moving means (A6) to the air-cooled dehumidifying means (X3cd), and the moved air is cooled by the air-cooled dehumidifying means ( X3cd), the air cooled and dehumidified can be moved to the space above the ceiling by the air moving means (B6).

For adjusting the air in the space in the wall, for example, the air adjusting means (X3), the air moving means (A7) and the air moving means (B7) are set in the operating state, and the air moving means (A
5), air moving means (A6) and air moving means (B)
5) and placing the air moving means (B6) in a non-operating state. Air adjusting means (X3), air moving means (A
7) and placing the air moving means (B7) in the operating state, the air in the in-wall space is moved to the air adjusting means (X3) by the air moving means (A7), and the moved air is moved to the air adjusting means (X3). The adjusted air can be moved to the space in the wall by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the cooling of the air in the space in the wall is performed by, for example, the air cooling means (X3c), the air moving means (A7) and the air moving means (B7) is put in the operating state, and the air moving means (A5) and the air moving means (A6) and the air moving means (B5) and the air moving means (B6) are put in the non-operating state. Air cooling means (X3
c), the air moving means (A7) and the air moving means (B)
7) in the operating state, the air in the space in the wall is moved to the air cooling means (X3c) by the air moving means (A7), and the moved air is cooled by the air cooling means (X3c). Can be moved to the space in the wall by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air heating means (X3h), the heating of the air in the space in the wall is performed by, for example, the air heating means (X3h), the air moving means (A7) and the air moving means. This is accomplished by placing the means (B7) in an operative state and placing the air moving means (A5) and the air moving means (A6) and the air moving means (B5) and the air moving means (B6) in a non-operating state. Air heating means (X3
h), air moving means (A7) and air moving means (B)
7), the air in the wall space is moved to the air heating means (X3h) by the air moving means (A7), the moved air is heated by the air heating means (X3h), and the heated air is heated. Can be moved to the space in the wall by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the dehumidification of the air in the space in the wall is performed by, for example, the air dehumidifying means (X3d), the air moving means (A7) and the air moving means. This is accomplished by placing the means (B7) in an operative state and placing the air moving means (A5) and the air moving means (A6) and the air moving means (B5) and the air moving means (B6) in a non-operating state. Air dehumidifying means (X3
d), the air moving means (A7) and the air moving means (B)
7), the air in the in-wall space is moved to the air dehumidifying means (X3d) by the air moving means (A7), and the moved air is dehumidified by the air dehumidifying means (X3d). Can be moved to the space in the wall by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), the cooling and dehumidifying of the air in the space in the wall is performed by, for example, the air cooling and dehumidifying means (X3 cd).
cd), the air moving means (A7) and the air moving means (B
7) in the operating state and the air moving means (A5) and the air moving means (A6) and the air moving means (B5) and the air moving means (B6) in the non-operating state. By placing the air cooling and dehumidifying means (X3cd), the air moving means (A7) and the air moving means (B7) in the operating state, the air in the wall space is converted to the air cooled dehumidifying means (X3cd) by the air moving means (A7). The moved and moved air can be cooled and dehumidified by the air cooling and dehumidifying means (X3cd), and the cooled and dehumidified air can be moved to the in-wall space by the air moving means (B7).

Simultaneous adjustment of the air in the living space, the air in the space above the ceiling, and the air in the space in the wall can be performed by air adjusting means (X3),
It is performed by simultaneously operating the air moving means (A5), the air moving means (A6), the air moving means (A7), the air moving means (B5), the air moving means (B6) and the air moving means (B7). be able to. Air adjusting means (X3), air moving means (A5), air moving means (A
6), air moving means (A7), air moving means (B5),
By simultaneously operating the air moving means (B6) and the air moving means (B7), the air in the living space is moved to the air adjusting means (X3) by the air moving means (A5), and the air in the space above the ceiling is simultaneously moved. Is moved to the air adjusting means (X3) by the air moving means (A6), and at the same time, the air in the space in the wall is moved to the air adjusting means (X3) by the air moving means (A7). (X
3) The air adjusted by the air moving means (B)
5), the air adjusted at the same time can be moved to the space above the ceiling by the air moving means (B6), and the air adjusted at the same time can be moved to the space in the wall by the air moving means (B7). .

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the simultaneous cooling of the air in the living space, the air in the space above the ceiling, and the air in the wall is performed as follows.
Air cooling means (X3c), air moving means (A5), air moving means (A6), air moving means (A7), air moving means (B5), air moving means (B6) and air moving means (B7) simultaneously This can be done by placing it in the working state. Air cooling means (X3c), air moving means (A
5) air moving means (A6), air moving means (A7),
By activating the air moving means (B5), the air moving means (B6) and the air moving means (B7) simultaneously, the air in the living space is moved to the air cooling means (X3c) by the air moving means (A5). At the same time, the air in the space above the ceiling is cooled by the air moving means (A6).
c), and at the same time, the air in the space in the wall is moved to the air cooling means (X3c) by the air moving means (A7),
The moved air is cooled by the air cooling means (X3c), the cooled air is moved to the living space by the air moving means (B5), and the cooled air is simultaneously cooled by the air moving means (B3).
6), the air can be moved to the space above the ceiling, and at the same time, the cooled air can be moved to the space in the wall by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air heating means (X3h), simultaneous heating of the air in the living space, the air in the space above the ceiling, and the air in the wall is performed by the air heating means. (X3h), air moving means (A5),
It can be performed by simultaneously operating the air moving means (A6), the air moving means (A7), the air moving means (B5), the air moving means (B6) and the air moving means (B7). Air heating means (X3h), air moving means (A5), air moving means (A6), air moving means (A
7) By activating the air moving means (B5), the air moving means (B6) and the air moving means (B7) simultaneously, the air in the living space is air-heated by the air moving means (A5) (X3h). At the same time, the air in the space above the ceiling is moved to the air heating means (X3h) by the air moving means (A6), and the air in the space in the wall is simultaneously moved to the air heating means (X3h) by the air moving means (A7). The moved air is heated by the air heating means (X3h), the heated air is moved to the living space by the air moving means (B5), and the heated air is simultaneously transferred to the space above the ceiling by the air moving means (B6). The moved and simultaneously heated air can be moved into the in-wall space by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the simultaneous dehumidification of the air in the living space, the air in the space above the ceiling, and the air in the space in the wall is performed by the air dehumidifying means. (X3d), air moving means (A5),
It is performed by simultaneously operating the air moving means (A6), the air moving means (A7), the air moving means (B5), the air moving means (B6) and the air moving means (B7). Air dehumidifying means (X3d), air moving means (A5),
By simultaneously operating the air moving means (A6), the air moving means (A7), the air moving means (B5), the air moving means (B6) and the air moving means (B7), the air in the living space is moved by air. Means (A5) to move to the air dehumidifying means (X3d), at the same time move the air in the space above the ceiling to the air dehumidifying means (X3d) by the air moving means (A6), and simultaneously move the air in the in-wall space to the air moving means (A
7) to the air dehumidifying means (X3d), the moved air is dehumidified by the air dehumidifying means (X3d), and the dehumidified air is moved to the living space by the air moving means (B5). The moving means (B6) can move to the space above the ceiling, and at the same time, the dehumidified air can be moved to the in-wall space by the air moving means (B7).

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), simultaneous cooling and dehumidification of the air in the living space, the air in the space above the ceiling, and the air in the wall is performed by the air. Cooling and dehumidifying means (X3cd), air moving means (A5), air moving means (A6), air moving means (A7), air moving means (B5), air moving means (B
6) and the air moving means (B7) are simultaneously activated. Air cooling and dehumidifying means (X3cd),
By simultaneously operating the air moving means (A5), the air moving means (A6), the air moving means (A7), the air moving means (B5), the air moving means (B6) and the air moving means (B7), The air in the living space is transferred to the air moving means (A
5) move to the air cooling and dehumidifying means (X3cd),
At the same time, the air in the space above the ceiling is moved to the air cooling and dehumidifying means (X3cd) by the air moving means (A6), and at the same time, the air in the space in the wall is moved to the air cooling and dehumidifying means (X3cd) by the air moving means (A7). The moved air is cooled and dehumidified by the air cooling and dehumidifying means (X3cd), the cooled and dehumidified air is moved to the living space by the air moving means (B5), and the cooled and dehumidified air is simultaneously cooled by the air moving means (B3).
6), the air can be moved to the space above the ceiling, and at the same time, the cooled and dehumidified air can be moved to the space in the wall by the air moving means (B7).

For example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is a means for communicating the living space of the living room with the space above the ceiling, for example, the living space and the space above the ceiling. When there is an elongated opening provided in the ceiling member that forms the boundary with, the adjusted air is used sequentially to adjust the air in the living space first, and then adjust the air in the space above the ceiling You can also. And the air in the space in the wall can be adjusted independently.

The successive adjustment of the air in the living space and the air in the space above the ceiling and the adjustment of the air in the space in the wall are performed, for example, by air adjusting means (X3), air moving means (A6), and air moving means (A7). The operation can be performed by placing the air moving means (B5) and the air moving means (B7) in the operating state and putting the air moving means (A5) and the air moving means (B6) in the non-operating state. The air adjusting means (X3), the air moving means (A6), the air moving means (A7), the air moving means (B5), and the air moving means (B7) are put into operation, and the air moving means (A5) and the air moving means are placed. (B6)
The air in the space above the ceiling is moved to the air adjusting means (X3) by the air moving means (A6), the moved air is adjusted by the air adjusting means (X3), and the adjusted air is The air moving means (B5) moves to the living space, and the air in the in-wall space is moved to the air adjusting means (X3) by the air moving means (A7), and the moved air is adjusted by the air adjusting means (X3). The adjusted air can be moved to the in-wall space by the air moving means (B7). At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the cooling of the air in the living space and the air in the space above the ceiling and the cooling of the air in the space in the wall are performed, for example, as follows. The air cooling means (X3c), the air moving means (A6), the air moving means (A7), the air moving means (B5), and the air moving means (B7) are put in the operating state, and the air moving means (A5) and the air moving means (B6)
Inactive.
The air cooling means (X3c), the air moving means (A6), the air moving means (A7), the air moving means (B5), and the air moving means (B7) are put into operation, and the air moving means (A
5) and placing the air moving means (B6) in a non-operating state, the air in the space above the ceiling is moved to the air cooling means (X3c) by the air moving means (A6), and the moved air is moved to the air cooling means (X3c). ), The cooled air is moved to the living space by the air moving means (B5),
The air in the space in the wall is moved to the air cooling means (X3c) by the air moving means (A7), the moved air is cooled by the air cooling means (X3c), and the cooled air is cooled by the air moving means (B7). You can move to the inner space. At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

When the air adjusting means (X3) operates as the air heating means (X3h), for example, the sequential heating of the air in the living space and the air in the space above the ceiling and the heating of the air in the space in the wall are performed, for example. , The air heating means (X3h), the air moving means (A6), the air moving means (A7), the air moving means (B5) and the air moving means (B7) in the operating state, and the air moving means (A5) and the air movement Means (B6)
Inactive.
The air heating means (X3h), the air moving means (A6), the air moving means (A7), the air moving means (B5), and the air moving means (B7) are put into operation, and the air moving means (A
5) and placing the air moving means (B6) in a non-operating state, the air in the space above the ceiling is moved to the air heating means (X3h) by the air moving means (A6), and the moved air is moved to the air heating means (X3h). ), And the heated air is moved to the living space by the air moving means (B5),
The air in the space in the wall is moved to the air heating means (X3h) by the air moving means (A7), the moved air is heated by the air heating means (X3h), and the heated air is moved to the wall by the air moving means (B7). You can move to the inner space. At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the sequential dehumidification of the air in the living space and the air in the space above the ceiling and the dehumidification of the air in the space in the wall are performed, for example. The air dehumidifying means (X3d), the air moving means (A6), the air moving means (A7), the air moving means (B5) and the air moving means (B7) are put in the operating state, and the air moving means (A5) and the air moving Means (B6)
Inactive.
The air dehumidifying means (X3d), the air moving means (A6), the air moving means (A7), the air moving means (B5), and the air moving means (B7) are put into operation, and the air moving means (A
5) and placing the air moving means (B6) in a non-operating state, the air in the space above the ceiling is moved to the air dehumidifying means (X3d) by the air moving means (A6), and the moved air is dehumidified to the air dehumidifying means (X3d). ), The air dehumidified is moved to the living space by the air moving means (B5),
The air in the space in the wall is moved to the air dehumidifying means (X3d) by the air moving means (A7), the moved air is dehumidified by the air dehumidifying means (X3d), and the dehumidified air is moved to the wall by the air moving means (B7). You can move to the inner space. At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), the cooling and dehumidifying of the air in the living space and the air in the space above the ceiling and the cooling and dehumidifying of the air in the wall space are performed sequentially. For example, put the air cooling and dehumidifying means (X3cd), the air moving means (A6), the air moving means (A7), the air moving means (B5) and the air moving means (B7) in the operating state, and ) And the air transfer means (B6) are inactive. Air cooling and dehumidifying means (X3c
d) air moving means (A6), air moving means (A7),
By placing the air moving means (B5) and the air moving means (B7) in the operating state and the air moving means (A5) and the air moving means (B6) in the non-operating state, the air in the space above the ceiling can be moved by the air moving means. (A6) moves to the air cooling and dehumidifying means (X3cd), cools and dehumidifies the moved air by the air cooling and dehumidifying means (X3cd), and moves the cooled and dehumidified air to the living space by the air moving means (B5);
Then, the air in the in-wall space is moved to the air cooling and dehumidifying means (X3cd) by the air moving means (A7), and the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X3cd).
The cooled and dehumidified air can be moved to the in-wall space by the air moving means (B7). At this time, the air in the living space passes from the living space to the ceiling through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling. You can move to the back space.

Further, for example, an air conditioner (3) according to the present invention
The room in which the indoor unit (3) is installed is a means for communicating the living space of the living room with the space above the ceiling, for example, an elongated opening provided in a ceiling member forming a boundary between the living space and the space above the ceiling. When the air conditioner is provided, it is also possible to sequentially use the adjusted air to adjust the air in the space above the ceiling and then to adjust the air in the living space. And the air in the space in the wall can be adjusted independently.

The sequential adjustment of the air in the space above the ceiling and the air in the living space and the adjustment of the air in the space in the wall can be performed, for example, by air adjusting means (X3), air moving means (A5), and air moving means (A7). The operation can be performed by placing the air moving means (B6) and the air moving means (B7) in the operating state and putting the air moving means (A6) and the air moving means (B5) in the non-operating state. The air adjusting means (X3), the air moving means (A5), the air moving means (A7), the air moving means (B6), and the air moving means (B7) are put in an operating state, and the air moving means (A6) and the air moving means (B5)
The air in the living space is moved to the air adjusting means (X3) by the air moving means (A5), the moved air is adjusted by the air adjusting means (X3), and the adjusted air is The moving means (B6) moves to the space above the ceiling, the air in the in-wall space is moved to the air adjusting means (X3) by the air moving means (A7), and the moved air is adjusted by the air adjusting means (X3). The adjusted air can be moved to the in-wall space by the air moving means (B7). At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X3) operates as the air cooling means (X3c), the sequential cooling of the air in the space above the ceiling and the air in the living space and the cooling of the air in the space in the wall are performed, for example, as follows. The air cooling means (X3c), the air moving means (A5), the air moving means (A7), the air moving means (B6), and the air moving means (B7) are put into operation, and the air moving means (A6) and the air moving means are placed. (B5)
Inactive.
The air cooling means (X3c), the air moving means (A5), the air moving means (A7), the air moving means (B6), and the air moving means (B7) are put into operation, and the air moving means (A
6) and placing the air moving means (B5) in a non-operating state, the air in the living space is moved to the air cooling means (X3c) by the air moving means (A5), and the moved air is cooled by the air cooling means (X3c). The cooled air is moved to the space above the ceiling by the air moving means (B6),
The air in the space in the wall is moved to the air cooling means (X3c) by the air moving means (A7), the moved air is cooled by the air cooling means (X3c), and the cooled air is cooled by the air moving means (B7). You can move to the inner space. At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

When the air adjusting means (X3) operates as the air heating means (X3h), for example, the sequential heating of the air in the space above the ceiling and the air in the living space and the heating of the air in the space in the wall are performed, for example. , The air heating means (X3h), the air moving means (A5), the air moving means (A7), the air moving means (B6) and the air moving means (B7) in the operating state, and the air moving means (A6) and the air moving Means (B5)
Inactive.
The air heating means (X3h), the air moving means (A5), the air moving means (A7), the air moving means (B6) and the air moving means (B7) are put in the operating state, and the air moving means (A
6) and placing the air moving means (B5) in a non-operating state, the air in the living space is moved to the air heating means (X3h) by the air moving means (A5), and the moved air is moved to the air heating means (X3h). The heated air is moved to the space above the ceiling by the air moving means (B6),
The air in the space in the wall is moved to the air heating means (X3h) by the air moving means (A7), the moved air is heated by the air heating means (X3h), and the heated air is moved to the wall by the air moving means (B7). You can move to the inner space. At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X3) operates as the air dehumidifying means (X3d), the sequential dehumidification of the air in the space above the ceiling and the air in the living space and the dehumidification of the air in the space in the wall are performed, for example. The air dehumidifying means (X3d), the air moving means (A5), the air moving means (A7), the air moving means (B6) and the air moving means (B7) are put in the operating state, and the air moving means (A6) and the air moving Means (B5)
Inactive.
The air dehumidifying means (X3d), the air moving means (A5), the air moving means (A7), the air moving means (B6), and the air moving means (B7) are put in the operating state, and the air moving means (A
6) and putting the air moving means (B5) in a non-operating state, the air in the living space is moved to the air dehumidifying means (X3d) by the air moving means (A5), and the moved air is moved to the air dehumidifying means (X3d). The dehumidified air is moved to the space above the ceiling by the air moving means (B6),
The air in the space in the wall is moved to the air dehumidifying means (X3d) by the air moving means (A7), the moved air is dehumidified by the air dehumidifying means (X3d), and the dehumidified air is moved to the wall by the air moving means (B7). You can move to the inner space. At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

For example, when the air adjusting means (X3) operates as the air cooling and dehumidifying means (X3cd), the cooling and dehumidifying of the air in the space above the ceiling and the air in the living space and the cooling and dehumidifying of the air in the space in the wall are performed. For example, the air cooling and dehumidifying means (X3cd), the air moving means (A5), the air moving means (A7), the air moving means (B6), and the air moving means (B7) are put into an operating state, and the air moving means (A6 ) And the air moving means (B5) are inactive. Air cooling and dehumidifying means (X3c
d), air moving means (A5), air moving means (A7),
By placing the air moving means (B6) and the air moving means (B7) in the operating state and the air moving means (A6) and the air moving means (B5) in the non-operating state, the air in the living space is moved to the air moving means ( A5) moves to the air cooling and dehumidifying means (X3cd), the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X3cd), and the cooled and dehumidified air is moved to the space above the ceiling by the air moving means (B6);
Then, the air in the in-wall space is moved to the air cooling and dehumidifying means (X3cd) by the air moving means (A7), and the moved air is cooled and dehumidified by the air cooling and dehumidifying means (X3cd).
The cooled and dehumidified air can be moved to the in-wall space by the air moving means (B7). At this time, the air in the space above the ceiling passes through a means for communicating the living space and the space above the ceiling, for example, through an elongated opening provided in a ceiling member that forms a boundary between the living space and the space above the ceiling, and the space above the ceiling. From the living space.

Similarly, for example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is a means for communicating the living space of the living room with the space in the wall, for example, the living space and the interior space. When there is an elongated opening provided in the wall member that forms a boundary with the space in the wall, the air in the living space is adjusted first by using the adjusted air sequentially, and then the air in the space in the wall is adjusted. Adjustments can also be made. The air in the space above the ceiling can be adjusted independently. The sequential adjustment of the air in the living space and the air in the space in the wall and the adjustment of the air in the space above the ceiling can be performed, for example, by air adjustment means (X3),
The air moving means (A6), the air moving means (A7), the air moving means (B5) and the air moving means (B6) are put in the operating state, and the air moving means (A5) and the air moving means (B
7) can be performed by putting it in a non-operation state.

Similarly, for example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is provided with a means for communicating the living space of the living room with the space in the wall, for example, the living space. When there is an elongated opening provided in a wall member that forms a boundary with the space in the wall, the air in the space in the wall is first adjusted by using the adjusted air sequentially, and then the air in the living space is adjusted. Can also be adjusted. The air in the space above the ceiling can be adjusted independently. The sequential adjustment of the air in the wall space and the air in the living space and the adjustment of the air in the space above the ceiling can be performed, for example, by air adjustment means (X3),
The air moving means (A5), the air moving means (A6), the air moving means (B6) and the air moving means (B7) are put in the operating state, and the air moving means (A7) and the air moving means (B
5) can be performed by putting it in a non-operation state.

Similarly, for example, when the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed has means for communicating the space above the ceiling of the living room with the space inside the wall, the adjustment may be made. It is also possible to adjust the air in the space above the ceiling first, and then to adjust the air in the space inside the wall, by sequentially using the air thus obtained. The air in the living space can also be adjusted independently. The sequential adjustment of the air in the space above the ceiling and the air in the wall and the adjustment of the air in the living space include, for example, air adjustment means (X3), air movement means (A5), air movement means (A7), and air movement. The means (B5) and the air moving means (B6) are put into operation and the air moving means (A
6) and putting the air moving means (B7) in a non-operating state.

Similarly, for example, when the living room where the indoor unit (3) of the air conditioner (3) according to the present invention is installed has means for communicating the space above the ceiling of the living room with the space inside the wall,
The adjusted air can be used successively to adjust the air in the space inside the wall first, and then to adjust the air in the space above the ceiling. The air in the living space can also be adjusted independently. The sequential adjustment of the air in the space in the wall and the air in the space above the ceiling and the adjustment of the air in the living space include, for example, air adjusting means (X3), air moving means (A5),
This is performed by placing the air moving means (A6), the air moving means (B5) and the air moving means (B7) in an operating state, and placing the air moving means (A7) and the air moving means (B6) in a non-operating state. it can.

Similarly, for example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is a means for communicating the living space of the living room with the space above the ceiling and the living space of the living room. When a means for communicating with the space in the wall is provided, the air in the living space can be adjusted first using the adjusted air, and then the air in the space above the ceiling and in the wall can be adjusted simultaneously. Air conditioning of the living space, and
Simultaneous adjustment of the air in the space above the ceiling and the air in the space inside the wall,
For example, the air adjusting means (X3), the air moving means (A
6), air moving means (A7) and air moving means (B)
5) can be performed by putting the air moving means (A5), the air moving means (B6) and the air moving means (B7) in the non-operating state while putting the air moving means (A5) in the operating state.

Similarly, for example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is a means for communicating the living space of the living room with the space above the ceiling and the living space of the living room. When there is a means for communicating between the inside of the wall and the space inside the wall, the adjusted air can be used to simultaneously adjust the air in the space above the ceiling and the space inside the wall, and then adjust the air in the living space. . The simultaneous adjustment of the air in the space above the ceiling and the air in the space in the wall and the adjustment of the air in the living space are performed, for example, by air adjustment means (X3) and air movement means (A).
5), air moving means (B6) and air moving means (B
7) in the operating state and the air moving means (A6), the air moving means (A7) and the air moving means (B5) in the non-operating state.

Similarly, for example, the living room in which the indoor unit (3) of the air conditioner (3) according to the present invention is installed is a means for communicating the living space of the living room with the space above the ceiling, and the living space of the living room. And means for communicating between the ceiling space of the living room and the space in the wall, the means for communicating between the air in the living space, the air in the ceiling space, and Adjustment of the air in the space can be performed.

As can be seen from the above description, in a living room having a living space, a space above the ceiling, and a space inside the wall,
The object of the present invention to provide an air conditioner capable of adjusting the air in the living space and the air in the space above the ceiling and the air in the wall is solved by the air conditioner (3) described above. can do.

That is, an object of the present invention is to provide an air conditioner having an indoor unit installed at a boundary between a living space, a ceiling space, and a wall space of a living room having a living space, a ceiling space, and a wall space. The indoor unit is capable of adjusting air; an air adjusting means (X3) capable of adjusting air; an air moving means (A5) capable of moving air from the living space to the air adjusting means (X3); Air moving means (A6) capable of moving air from the back space to the air adjusting means (X3), air moving means (A7) capable of moving air from the space in the wall to the air adjusting means (X3), Air adjustment means (X
The air moving means (B) which can move the air adjusted by 3) from the air adjusting means (X3) to the living space.
5) The air adjusted by the air adjusting means (X3) is
The air adjusting means (B6) capable of moving from the air adjusting means (X3) to the space above the ceiling, and the air adjusted by the air adjusting means (X3) are converted into the air adjusting means (X
This problem can be solved by an air conditioner (hereinafter referred to as an ninth aspect of the present invention), which comprises an air moving means (B7) capable of moving from 3) to the space in the wall.

As can be seen from the above description, the air conditioner according to the ninth aspect of the present invention can adjust the air in the living space or the air in the space above the ceiling. Yes, it is possible to adjust the air in the wall space, and also to adjust the air in the living space and the air in the space above the ceiling, adjust the air in the living space and adjust the air in the wall space, Adjustment of air in the space above the ceiling and air in the space inside the wall, or adjustment of air in the living room, adjustment of air in the space behind the ceiling, and adjustment of air in the space inside the wall can also be performed.

For example, in the air conditioner according to the ninth aspect of the present invention, the air adjusting means (X3) is replaced by the air cooling means (X3).
When operated as c), the air conditioner according to the ninth aspect of the present invention can cool the air in the living space, can cool the air in the space above the ceiling, and can also cool the space in the wall. It is possible to cool the air in the living room, cool the air in the ceiling space, cool the air in the living room, cool the air in the wall space, and cool the air in the ceiling space. Cooling and cooling of the air in the wall space,
Alternatively, the cooling of the air in the living space, the cooling of the air in the space above the ceiling, and the cooling of the air in the wall can be performed.

The air conditioner according to the ninth aspect of the present invention
When the air in the space above the ceiling is cooled, the cooled air in the space above the ceiling can cool the ceiling member. In other words, by cooling the air in the space above the ceiling,
The ceiling of the living space can be cooled. In other words, by cooling the air in the space above the ceiling, ceiling radiation cooling (ceiling radiation cooling) can be performed in the living space.

When the air in the wall space is cooled by the air conditioner according to the ninth aspect of the present invention, the cooled air in the wall space can cool the wall member. In other words, by cooling the air in the space in the wall, the wall in the living space can be cooled. In other words, by cooling the air in the wall space, in the living space,
Wall radiation cooling (wall radiation cooling) can be performed.

As described above, in the air conditioner according to the ninth aspect of the present invention, when the air adjusting means (X3) operates as the air cooling means (X3), the air in the living space is cooled to implement the cooling of the living space. Cooling can be performed, ceiling radiation cooling can be performed in the living space by performing cooling of the air in the space above the ceiling, and wall radiation can be performed in the living space by performing cooling of the air in the wall space. Cooling can be performed, and furthermore, cooling of the living space is performed by performing cooling of the air in the living space, and simultaneously, radiant cooling of the ceiling is performed in the living space by performing cooling of the air in the space above the ceiling. Alternatively, wall radiation cooling can be performed by cooling the air in the space in the wall.

In particular, when performing ceiling radiation cooling or wall radiation cooling in a living space, the cooling or dehumidification of air in the living space is performed so that ceiling and wall radiation cooling in the ceiling radiation or wall radiation cooling is performed. Condensation can be advantageously reduced or prevented.

For example, in the air conditioner according to the ninth aspect of the present invention, the air adjusting means (X3) is replaced by the air heating means (X3).
When operated as 3h), the air conditioner according to the ninth aspect of the present invention can heat the air in the living space, can heat the air in the space above the ceiling, and can also heat the space in the wall. Heating the air in the living room, heating the air in the ceiling space, heating the air in the living space and heating the air in the wall, and heating the air in the ceiling space. Heating and heating of the air in the wall space,
Alternatively, the heating of the air in the living space, the heating of the air in the space above the ceiling, and the heating of the air in the space in the wall can be performed.

With the air conditioner according to the ninth aspect of the present invention,
When heating the air in the space above the ceiling, the heated air in the space above the ceiling can heat the ceiling member. In other words, by heating the air in the space above the ceiling,
The ceiling of the living space can be heated. That is, by heating the air in the space above the ceiling, ceiling radiation heating (ceiling radiation heating) can be performed in the living space.

When the air in the wall space is heated by the air conditioner according to the ninth aspect of the present invention, the heated air in the wall space can heat the wall member. In other words, the wall of the living space can be heated by heating the air in the space in the wall. In other words, by heating the air in the wall space, in the living space,
Wall radiation heating (wall radiation heating) can be performed.

As described above, in the air conditioner according to the ninth aspect of the present invention, when the air adjusting means (X3) operates as the air heating means (X3), the air in the living space is heated to perform the heating of the living space. Heating can be performed, ceiling radiant heating can be performed in the living space by heating the air in the space above the ceiling, and wall radiation can be performed in the living space by heating the air in the wall space. Heating can be performed, and furthermore, heating the living space by heating the air in the living space, and simultaneously performing radiant heating in the living space by heating the air in the space above the ceiling Alternatively, wall radiant heating can be performed in a living space by heating the air in the space in the wall.

[0247] In the indoor unit (3) according to the present invention, the air moving means (A5) can be placed in an operating state or in a non-operating state as described above.
In the indoor unit (3) according to the present invention, the air moving means (A
When 5) is placed in the operating state, the amount of air moving from the living space to the air adjusting means (X3) may be adjusted.

The indoor unit (3) according to the present invention can be provided with an air amount adjusting means (C5) capable of adjusting the amount of air moving from the living space to the air adjusting means (X3). The air amount adjusting means (C5) may be, for example, a means for adjusting the amount of air to high, medium, or weak, or may be, for example, a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (3) according to the present invention, as described above, the air moving means (A6) can be placed in the operating state or in the non-operating state. In the air conditioner (3) according to the present invention, when the air moving means (A6) is put in the operating state, the amount of air moving from the space above the ceiling to the air adjusting means (X3) can be adjusted. You may.

The indoor unit (3) according to the present invention can be provided with an air amount adjusting means (C6) capable of adjusting the amount of air moving from the space above the ceiling to the air adjusting means (X3). The air amount adjusting means (C6) can be, for example, a means for adjusting the amount of air to strong, medium, or weak.
For example, it may be a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (3) according to the present invention, as described above, the air moving means (A7) can be placed in an operative state or in a non-operative state. In the indoor unit (3) according to the present invention, when the air moving means (A7) is put in the operating state, the amount of air moving from the space in the wall to the air adjusting means (X3) can be adjusted. You may.

The indoor unit (3) according to the present invention can include an air amount adjusting means (C7) capable of adjusting the amount of air moving from the space in the wall to the air adjusting means (X3). The air amount adjusting means (C7) may be, for example, means for adjusting the amount of air to high, medium, or weak, or may be, for example, means for continuously adjusting the amount of air.

Similarly, in the indoor unit (3) according to the present invention, as described above, the air moving means (B5) can be placed in an operative state or in an inactive state. In the indoor unit (3) according to the present invention, when the air moving means (B5) is put in the operating state, the amount of air moving from the air adjusting means (X3) to the living space can be adjusted. Is also good.

The indoor unit (3) according to the present invention can be provided with an air amount adjusting means (D5) capable of adjusting the amount of air moving from the air adjusting means (X3) to the living space. The air amount adjusting means (D5) may be, for example, means for adjusting the amount of air to high, medium, or weak, or may be, for example, means for continuously adjusting the amount of air.

Similarly, in the indoor unit (3) according to the present invention, the air moving means (B6) can be placed in the operating state or in the non-operating state as described above. In the indoor unit (3) according to the present invention, when the air moving means (B6) is placed in the operating state, the amount of air moving from the air adjusting means (X3) to the space above the ceiling can be adjusted. You may.

The indoor unit (3) according to the present invention can be provided with an air amount adjusting means (D6) capable of adjusting the amount of air moving from the air adjusting means (X3) to the space above the ceiling. The air amount adjusting means (D6) can be, for example, means for adjusting the amount of air to strong, medium, or weak.
For example, it may be a means for continuously adjusting the amount of air.

Similarly, in the indoor unit (3) according to the present invention, as described above, the air moving means (B7) can be placed in an operating state or in a non-operating state. In the indoor unit (3) according to the present invention, when the air moving means (B7) is placed in an operating state, the amount of air moving from the air adjusting means (X3) to the space in the wall can be adjusted. You may.

The indoor unit (3) according to the present invention can be provided with an air amount adjusting means (D7) capable of adjusting the amount of air moving from the air adjusting means (X3) to the space in the wall. The air amount adjusting means (D7) may be, for example, means for adjusting the amount of air to high, medium, or weak, or may be, for example, means for continuously adjusting the amount of air.

Therefore, the indoor unit (3) according to the present invention
Are air amount adjusting means (C5) and air amount adjusting means (C
6), air amount adjusting means (C7), air amount adjusting means (D
5) At least one air amount adjusting means selected from the group consisting of an air amount adjusting means (D6) and an air amount adjusting means (D7).

As can be seen from the above description, in a living room having a living space, a space above the ceiling, and a space inside the wall,
The object of the present invention to provide an air conditioner capable of adjusting the air in the living space and adjusting the air in the space above the ceiling and the air in the wall is an indoor unit according to aspect 9 of the present invention. Further, the air amount adjusting means (C5), the air amount adjusting means (C6), the air amount adjusting means (C7), the air amount adjusting means (D5), the air amount adjusting means (D6) and the air amount adjusting means (D7) The problem can also be solved by an air conditioner (3) including at least one air amount adjusting means selected from the group consisting of:

That is, an object of the present invention is that the indoor unit according to the ninth aspect of the present invention further comprises an air amount adjusting means capable of adjusting the amount of air moving from the living space to the air adjusting means (X3). (C5), an air amount adjusting means (C6) capable of adjusting the amount of air moving from the space behind the ceiling to the air adjusting means (X3), and air moving from the space in the wall to the air adjusting means (X3). Air adjusting means (C7) capable of adjusting the amount of air, air amount adjusting means (D5) capable of adjusting the amount of air moving from the air adjusting means (X3) to the living space, air adjusting means ( X3) an air amount adjusting means (D6) capable of adjusting the amount of air moving to the space above the ceiling, and adjusting the amount of air moving from the air adjusting means (X3) to the space in the wall. Air volume adjustment means D7), at least one of the air control means is selected from the group consisting of comprises a, that the air conditioner (aspect 10 of the present invention, wherein.), Makes it possible to resolve.

In the indoor unit (3) according to the present invention, the temperature of the air moving from the air adjusting means (X3) to the living space, the space above the ceiling, and the space inside the wall may be adjusted.

The indoor unit (3) according to the present invention comprises an air temperature adjusting means capable of adjusting the temperature of air moving from the air adjusting means (X3) to the living space, the space above the ceiling and the space in the wall. (T3) can be provided.

In a living room having a living space, a space above the ceiling, and a space inside the wall, an air conditioner capable of adjusting the air in the living space and adjusting the air in the space above the ceiling and the air in the wall is provided. The subject of the present invention is that the indoor unit according to the ninth or tenth aspect of the present invention further adjusts the temperature of the air moving from the air adjusting means (X3) to the living space, the space above the ceiling, and the space inside the wall. The problem can also be solved by an air conditioner (3) including an air temperature adjusting means (T3) that can perform the control.

That is, an object of the present invention is that the indoor unit according to the ninth or tenth aspect of the present invention further comprises an air moving device that moves from the air adjusting means (X3) to the living space, the space above the ceiling, and the space inside the wall. The air conditioner (hereinafter, referred to as an eleventh aspect of the present invention) is characterized by including an air temperature adjusting means (T3) capable of adjusting the temperature of the air conditioner.

In the indoor unit (3) according to the present invention, the humidity of the air moving from the air adjusting means (X3) to the living space, the space above the ceiling, and the space in the wall may be adjusted. .

The indoor unit (3) according to the present invention comprises an air humidity adjusting means capable of adjusting the humidity of air moving from the air adjusting means (X3) to the living space, the space above the ceiling and the space in the wall. (H3).

In a living room having a living space, a space above the ceiling, and a space inside the wall, the present invention provides an air conditioner capable of adjusting the air in the living space and the air inside the space above the ceiling and the space inside the wall. The problem is that aspects 9 to
11 further comprises an air humidity adjusting means (H3) capable of adjusting the humidity of air moving from the air adjusting means (X3) to the living space, the space above the ceiling, and the space in the wall. The above problem can also be solved by an air conditioner provided with (1).

That is, an object of the present invention is to provide an indoor unit according to any one of the ninth to eleventh aspects of the present invention, further comprising: An air conditioner (referred to as aspect 12 of the present invention), comprising: an air humidity adjusting unit (H3) that can adjust the humidity of the moving air.
Can be solved.

The indoor unit (3) according to the present invention includes a temperature detection sensor (RT) for detecting the temperature of the air in the living space, a temperature detection sensor (CT) for detecting the temperature of the air in the space above the ceiling,
Temperature detection sensor (W) that detects the temperature of air in the wall space
T), a humidity detection sensor (RH) for detecting the humidity of the air in the living space, a humidity detection sensor (CH) for detecting the humidity of the air in the space above the ceiling, and a humidity detection sensor for detecting the humidity of the air in the space in the wall ( WH), a dew detection sensor (RD) for detecting dew in a living space, a dew detection sensor (CD) for detecting dew in a ceiling space, and a dew detection sensor (WD) for detecting dew in a space in a wall ) May be provided with at least one sensor selected from the group consisting of:
These sensors can be known sensors.

The air conditioner (3) according to the present invention further comprises a control means (XX) for controlling the air adjusting means (X3) based on a signal obtained from the at least one sensor.
3) control means (AA) for controlling the air moving means (A5)
5) control means (AA) for controlling the air moving means (A6)
6) control means (AA) for controlling the air moving means (A7)
7) control means (BB) for controlling the air moving means (B5)
5) control means (BB) for controlling the air moving means (B6)
6) control means (BB) for controlling the air moving means (B7)
7) Control means (C) for controlling the air amount adjusting means (C5)
C5), control means (CC6) for controlling the air amount adjusting means (C6), control means (CC7) for controlling the air amount adjusting means (C7), and control means (DD5) for controlling the air amount adjusting means (D5). Control means (DD6) for controlling air amount adjusting means (D6), control means (DD7) for controlling air amount adjusting means (D7), control means (TT3) for controlling air temperature adjusting means (T3), and air Humidity adjusting means (H
At least one control means selected from the group consisting of control means (HH3) for controlling 3) can be provided. These control means can be known control means.

By using the air conditioner according to the present invention described above, a living room capable of radiant cooling and radiant heating can be made. The following is an example of a living room capable of radiant cooling and radiant heating that can be made using the air conditioner according to the present invention.

Example 1 A living room having a living space and a space above a ceiling, wherein the indoor unit of the air conditioner according to any one of claims 1 to 4 is provided at a boundary between the living space and the space above the ceiling. A living room, comprising:

Example 2 A living room having a living space and a space above the ceiling, wherein the indoor unit of the air conditioner according to any one of claims 1 to 4 is provided at the boundary between the living space and the space above the ceiling. A living room, wherein a ceiling member forming a boundary between the living space and the space above the ceiling is a member having excellent heat conductivity.

When the ceiling member forming the boundary between the living space and the space above the ceiling is a member having excellent thermal conductivity, ceiling radiation cooling and ceiling radiation heating can be performed particularly efficiently.

Example 3 A living room having a living space and a space above the ceiling, wherein the indoor unit of the air conditioner according to any one of claims 1 to 4 is provided at the boundary between the living space and the space above the ceiling. A living room provided with means for communicating the living space and the space above the ceiling.

The means for communicating the living space and the back space of the living room may be, for example, an elongated opening provided in a ceiling member forming a boundary between the living space and the back space. . When the living room has a means for communicating the living space and the space above the ceiling, for example, air cooled by the indoor unit of the air conditioner according to the present invention is first moved from the indoor unit to the space above the ceiling, and Performing radiant cooling, and then moving the air from the space above the ceiling to the living space via means for communicating the living space and the space above the ceiling, and cooling the living space with the air, Further, the air is moved from the living space to the indoor unit, and can be cooled again by the indoor unit.

In the above case, the temperature of the air moved from the indoor unit to the space above the ceiling rises to a certain extent by cooling the ceiling members in the space above the ceiling, and at the same time, the relative humidity decreases. The air with increased temperature and reduced relative humidity can prevent or reduce condensation on the ceiling of the living space in the living space.

Example 4 A living room having a living space and a space above the ceiling, wherein the indoor unit of the air conditioner according to any one of claims 1 to 4 is provided at the boundary between the living space and the space above the ceiling. A ceiling member forming a boundary between the living space and the ceiling space is a member having excellent thermal conductivity, and having means for communicating the living space and the ceiling space. Living room.

Example 5 A living room having a living space and a space in a wall, wherein the indoor unit of the air conditioner according to any one of claims 5 to 8 is provided at a boundary between the living space and the space in the wall. A living room, comprising:

Example 6 A living room having a living space and a space in a wall, wherein the indoor unit of the air conditioner according to any one of claims 5 to 8 is provided at a boundary between the living space and the space in the wall. A living room, comprising: a wall member forming a boundary between the living space and the space in the wall, the member having excellent thermal conductivity.

Example 7 A living room having a living space and a space in a wall, wherein the indoor unit of the air conditioner according to any one of claims 5 to 8 is provided at a boundary between the living space and the space in the wall. A living room provided with means for communicating between the living space and the space in the wall.

Example 8 A living room having a living space and a space in a wall, wherein the indoor unit of the air conditioner according to any one of claims 5 to 8 is provided at a boundary between the living space and the space in the wall. A wall member that forms a boundary between the living space and the space in the wall is a member having excellent heat conductivity, and has means for communicating the living space and the space in the wall. Living room.

Example 9 A living room having a living space, a space above a ceiling, and a space inside a wall, wherein the boundary between the living space, the space above the ceiling, and the space inside the wall is provided by any one of claims 9 to 12. A living room, comprising: the indoor unit of the air conditioner according to claim 1.

Example 10 A living room having a living space, a space above a ceiling, and a space inside a wall, wherein a boundary between the living space, the space above the ceiling, and the space inside the wall is provided at any one of claims 9 to 12. Wherein at least one of a ceiling member forming a boundary between the living space and the space above the ceiling and a wall member forming a boundary between the living space and the space in the wall are heated. A living room, which is a member having excellent conductivity.

Example 11 A living room having a living space, a space above a ceiling, and a space inside a wall, wherein a boundary between the living space, the space above the ceiling, and the space inside the wall is provided in any one of claims 9 to 12. The indoor unit of the air conditioner according to the above, means for communicating the living space and the space above the ceiling, means for communicating the living space and the space inside the wall, and the space above the ceiling and the space inside the wall Characterized by having at least one of the means for communicating with the living room.

Example 12 A living room having a living space, a space above a ceiling, and a space inside a wall, wherein a boundary between the living space, the space above the ceiling, and the space inside the wall is provided at any one of claims 9 to 12. Wherein at least one of a ceiling member forming a boundary between the living space and the space above the ceiling and a wall member forming a boundary between the living space and the space in the wall are heated. A member having excellent conductivity, means for communicating the living space with the space above the ceiling, means for communicating the living space with the space inside the wall, and communication between the space behind the ceiling and the space inside the wall Living room having at least one of the means.

In this specification, the living room refers to a room, entrance hall, corridor, stairs, landing, and elevator hall where humans can enter and exit.

The living room described above can be part of a building. That is, the building can include a living room capable of radiant cooling and radiant heating that can be made using the air conditioner according to the present invention described in Examples 1 to 12 above. The following is an example of a building having a living room capable of radiant cooling and radiant heating that can be produced using the air conditioner according to the present invention.

Example 13 A building provided with the living room according to any one of Examples 1 to 4. Example 14 A building comprising the living room according to any one of Examples 5 to 8. Example 15 A building comprising the living room according to any one of Examples 9 to 12.

In this specification, a building is a vehicle such as a railway car, a bus, a truck, a recreational vehicle, a passenger car, etc. And aircraft, such as jumbo jets, helicopters, and the like.

[0292]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An indoor unit having a rectangular parallelepiped housing having a height of 190 mm, a width of 840 mm and a depth of 480 mm provided with a heat exchanger and a conical blade fan is prepared, and an air intake port (a1) is provided on a lower surface of the housing. And an air outlet (b1), and an electric shutter was attached to each of the air inlet (a1) and the air outlet (b1).

By closing the electric shutter attached to the air intake (a1), the air intake (a) is closed.
The flow of air moving through 1) can be stopped. By operating the conical blade fan and opening the electric shutter attached to the air intake (a1), air can be moved through the air intake (a1). Similarly, by closing the electric shutter attached to the air outlet (b1), the flow of air moving through the air outlet (b1) can be stopped. Further, by operating the conical blade fan and opening the electric shutter attached to the air outlet (b1), air can be moved through the air outlet (b1).

Next, in the indoor unit housing,
An air inlet (a2) is provided on one of the side surfaces having the dimensions of 840 mm x 190 mm, and 840 mm x 1
An air outlet (b) is provided on the other side having a size of 90 mm.
2) was provided, and an electric shutter was attached to each of the air inlet (a2) and the air outlet (b2).

By closing the electric shutter attached to the air intake (a2), the air intake (a
The flow of air moving through 2) can be stopped. In addition, by operating the conical blade fan and opening the electric shutter attached to the air intake (a2), the air can be moved through the air intake (a2). Similarly, by closing the electric shutter attached to the air outlet (b2), the flow of air moving through the air outlet (b2) can be stopped. In addition, by operating the conical blade fan and opening the electric shutter attached to the air outlet (b2), air can be moved through the air outlet (b2). The opening and closing of the electric shutter can be operated by a remote controller.

As the outdoor unit, a height of 570 mm, a width of 710 mm, and a compressor, a heat exchanger and a wing fan were provided.
An outdoor unit having a rectangular parallelepiped housing having a depth of 280 mm was prepared. The indoor unit and the outdoor unit were connected so as to be able to operate as a heat pump.

[0297]

[Usage Example 1] In a living room having a living space and a ceiling space, an indoor unit of the air conditioner according to the first aspect of the present invention is installed on a ceiling member forming a boundary between the living space and the ceiling space. An outdoor unit of the air conditioner was installed outside a building having a living room. The air conditioner was a heat pump type air conditioner, and the indoor unit used was an indoor unit capable of heating, cooling, and dehumidifying air.

The space above the ceiling was made substantially airtight, and was made substantially heat-insulating except for the ceiling member. That is, a glass wool layer having a thickness of 10 cm was provided as a heat insulating layer on the side of the space above the ceiling of the member forming the space above the ceiling except for the ceiling member.

The air conditioner is cooled by the indoor unit,
By operating the outdoor unit to heat the air, the air conditioner was operated such that the air adjusting means (X1) became the air cooling means. As the air moving means (A1), the air moving means (A2), the air moving means (B1), and the air moving means (B2), the air blower of the indoor unit, the air flow path in the indoor unit, the indoor unit and Can be opened and closed between living spaces
Two openings and two openable and closable openings between the indoor unit and the space above the ceiling were used. The air in the living space is moved to the air cooling means by using a blower of the indoor unit, an air flow path in the indoor unit, and one opening that is open between the indoor unit and the living space. The moved air is cooled by the air cooling means, and the cooled air is cooled by an air blower of the indoor unit, an air flow path in the indoor unit, and another open air between the indoor unit and the living space. It was moved into the living space using three openings. Thus, the living space was cooled by the cooled air.

The air blower, the air flow path in the indoor unit,
And moving the air in the space above the ceiling to the air cooling means by using one open portion between the indoor unit and the space above the ceiling, cooling the moved air by the air cooling means. Moving the cooled air to the ceiling space using the blower, the air flow path in the indoor unit, and another opening that is open between the indoor unit and the ceiling space. The ceiling member was cooled by the cooled air in the space above the ceiling. In this manner, ceiling radiation cooling was performed in the living space by the cooled ceiling member.

[0301]

[Usage Example 2] In a living room having a living space and a ceiling space, an indoor unit of the air conditioner according to the first aspect of the present invention is installed on a ceiling member forming a boundary between the living space and the ceiling space. An outdoor unit of the air conditioner was installed outside a building having a living room. The air conditioner was a heat pump type air conditioner, and the indoor unit used was an indoor unit capable of heating, cooling, and dehumidifying air.

[0302] The space above the ceiling was made substantially airtight, and was substantially heat-insulating except for the part of the ceiling member. That is, a glass wool layer having a thickness of 10 cm was provided as a heat insulating layer on the side of the space above the ceiling of the member forming the space above the ceiling except for the ceiling member.

[0303] The indoor unit heats the air,
By operating the outdoor unit to cool the air, the air conditioner was operated such that the air adjusting means (X1) became the air heating means. As the air moving means (A1), the air moving means (A2), the air moving means (B1), and the air moving means (B2), the air blower of the indoor unit, the air flow path in the indoor unit, the indoor unit and Can be opened and closed between living spaces
Two openings and two openable and closable openings between the indoor unit and the space above the ceiling were used. The air in the living space is moved to the air heating means by using a blower of the indoor unit, an air flow path in the indoor unit, and one opening that is open between the indoor unit and the living space. Heating the moved air by the air heating means, and heating the heated air by another air blower of the indoor unit, an air flow path in the indoor unit, and another open air between the indoor unit and the living space. It was moved into the living space using three openings. Thus, the living space was heated by the heated air.

The air blower, the air flow path in the indoor unit,
And moving the air in the ceiling space to the air heating means by using one open opening between the indoor unit and the ceiling space, heating the moved air by the air heating means. Moving the heated air to the space above the ceiling using the blower, the air flow path in the indoor unit, and another opening that is open between the indoor unit and the space above the ceiling. The ceiling member was heated by the heated air in the space above the ceiling. In this manner, ceiling radiation heating was performed in the living space by the heated ceiling member.

[0305]

[Use example 3] In a living room having a living space and a space in a wall, an indoor unit of the air conditioner according to the fifth aspect of the present invention is installed on a wall member forming a boundary between the living space and the space in the wall,
An outdoor unit of the air conditioner was installed outside the building having the living room. The air conditioner was a heat pump type air conditioner, and the indoor unit used was an indoor unit capable of heating, cooling, and dehumidifying air.

The space in the wall was a substantially airtight space, and was substantially heat insulating except for the wall member. That is, a 2 cm-thick urethane foam layer was provided as a heat insulating layer on the side of the member forming the space in the wall, on the side of the space in the wall except for the wall member.

[0307] The indoor unit cools the air,
By operating the outdoor unit to heat the air, the air conditioner was operated such that the air adjusting means (X2) became the air cooling means. The air moving means (A3), the air moving means (A4), the air moving means (B3), and the air moving means (B4) include a blower of the indoor unit, an air flow path in the indoor unit, the indoor unit and the air conditioner. Can be opened and closed between living spaces
Two openings and two openings that can be opened and closed between the indoor unit and the space in the wall were used. The air in the living space is moved to the air cooling means by using a blower of the indoor unit, an air flow path in the indoor unit, and one opening that is open between the indoor unit and the living space. The moved air is cooled by the air cooling means, and the cooled air is cooled by an air blower of the indoor unit, an air flow path in the indoor unit, and another open air between the indoor unit and the living space. It was moved into the living space using three openings. Thus, the living space was cooled by the cooled air.

The air blower, the air flow path in the indoor unit,
And moving the air in the space in the wall to the air cooling means by using one open portion between the indoor unit and the space in the wall, cooling the moved air by the air cooling means. Moving the cooled air to the space in the wall using the blower, the air flow path in the indoor unit, and another opening that is open between the indoor unit and the space in the wall. The wall member was cooled by the cooled air in the space in the wall. Thus, wall radiation cooling was performed in the living space by the cooled wall member.

[0309]

According to the present invention, in a living room having a living space and a space above the ceiling, an air conditioner capable of adjusting the air in the space above the living room and the air in the space above the ceiling is provided. .

In particular, according to the present invention, in a living room having a living space and a space above the ceiling, an air conditioner capable of cooling the air in the room above and the air above the space above the ceiling is provided. . That is, according to the present invention,
In a living room having a living space and a ceiling space, by cooling the air in the living space, cooling the living space is performed, and by cooling the air in the ceiling space,
An air conditioner capable of performing ceiling radiation cooling in the living space is provided.

In particular, according to the present invention, in a living room having a living space and a space above the ceiling, an air conditioner capable of heating the air in the space above the ceiling and heating the air in the space above the ceiling is provided. You. That is, according to the present invention, in a living room having a living space and a ceiling space, by heating the air in the living space, the heating of the living space is performed, and the air in the ceiling space is heated. An air conditioner capable of performing ceiling radiation heating in the living space is provided.

Similarly, according to the present invention, there is provided an air conditioner capable of adjusting the air in the living space and the air in the wall space in a living room having a living space and a space in the wall.

In particular, according to the present invention, in a living room having a living space and a space in a wall, an air conditioner capable of cooling air in the living space and cooling air in the wall is provided. . That is, according to the present invention, in a living room having a living space and a space in the wall, by cooling the air in the living space, the cooling of the living space is performed, and the air in the wall space is cooled. An air conditioner capable of performing wall radiation cooling in the living space is provided.

In particular, according to the present invention, in a living room having a living space and a space in a wall, an air conditioner capable of heating air in the living space and heating air in the wall is provided. You. That is, according to the present invention,
In a living room having a living space and a space in a wall, heating the air in the living space by heating the air in the living space, and heating the air in the space in the wall, thereby radiating the wall in the living space. Is provided.

Similarly, according to the present invention, in a living room having a living space, a ceiling space, and a space in a wall, air in the living space is adjusted, and air in the space in the ceiling and the space in the wall are adjusted. An air conditioner that can be adjusted is provided.

In particular, according to the present invention, in a living room having a living space, a ceiling space, and a space in a wall, the air in the living space is cooled, and the air in the space behind the ceiling and the space in the wall are cooled. An air conditioner that can be provided. That is, according to the present invention, in a living room having a living space, a ceiling space, and a space in a wall, the air in the living space is cooled to perform cooling of the living space, and the space above the ceiling and the wall are cooled. An air conditioner capable of performing ceiling radiation cooling and wall radiation cooling in the living space by cooling the air in the inner space is provided.

In particular, according to the present invention, in a living room having a living space, a ceiling space, and a space in a wall, the air in the living space is heated and the air in the space behind the ceiling and the space in the wall are heated. An air conditioner is provided.
That is, according to the present invention, in a living room having a living space, a space above the ceiling, and a space in the wall, the living space is heated by heating the air in the living space, and the space above the ceiling and the wall are heated. An air conditioner capable of performing ceiling radiation heating and wall radiation heating in the living space by heating the air in the inner space is provided.

 ────────────────────────────────────────────────── ─── Continuing on the front page (72) Inventor Yoshiaki Tanaka 1-7-28 Ushikubo Nishi, Tsuzuki-ku, Yokohama-shi, Kanagawa Prefecture (72) Inventor Akiko Tanaka 1-28-28 Ushikubo Nishi, Tsuzuki-ku, Yokohama-shi, Kanagawa Prefecture ( 72) Inventor Sadayoshi Tanaka 1-7-128 Ushikubo Nishi, Tsuzuki-ku, Yokohama-shi, Kanagawa F-term (reference) 3L050 BB01 3L080 BB01 BB04

Claims (12)

[Claims] 1. An air conditioner comprising an indoor unit installed at a boundary between a living space and a ceiling space in a living room having a living space and a ceiling space, wherein the indoor unit regulates air. Air adjusting means (X1) capable of moving air from the living space to the air adjusting means (X1); and moving air from the space above the ceiling to the air adjusting means (X1). Air moving means (A2), air moving means (B1) capable of moving the air adjusted by the air adjusting means (X1) from the air adjusting means (X1) to the living space, and air adjusting means ( An air conditioner comprising an air moving means (B2) capable of moving the air adjusted by X1) from the air adjusting means (X1) to the space above the ceiling. 2. An air amount adjusting means (C1), wherein said indoor unit is capable of adjusting an amount of air moving from said living space to said air adjusting means (X1); )), An air amount adjusting means (C2) capable of adjusting the amount of air moving to the living space, and an air amount adjusting means (D1) capable of adjusting the amount of air moving from the air adjusting means (X1) to the living space. And air amount adjusting means (D2) capable of adjusting the amount of air moving from the air adjusting means (X1) to the space above the ceiling, and at least one air amount adjusting means selected from the group consisting of: The air conditioner according to claim 1, wherein: 3. The indoor unit includes air temperature adjusting means (T1) capable of adjusting the temperature of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. The air conditioner according to claim 1 or 2, wherein: 4. The indoor unit includes air humidity adjusting means (H1) capable of adjusting the humidity of air moving from the air adjusting means (X1) to the living space and the space above the ceiling. The air conditioner according to any one of claims 1 to 3, wherein: 5. An air conditioner comprising an indoor unit installed in a living room having a living space and a space in a wall at a boundary between the living space and the space in the wall, wherein the indoor unit regulates air. An air adjusting means (X2) capable of moving air from the living space to the air adjusting means (X2); and an air moving means (A3) capable of moving air from the space in the wall to the air adjusting means (X2). Air moving means (A4), air moving means (B3) capable of moving the air adjusted by the air adjusting means (X2) from the air adjusting means (X2) to the living space, and air adjusting means ( An air conditioner comprising: air moving means (B4) capable of moving the air adjusted by X2) from the air adjusting means (X2) to the in-wall space. 6. An air amount adjusting means (C3) capable of adjusting an amount of air which moves from the living space to the air adjusting means (X2) by the indoor unit. )), An air amount adjusting means (C4) capable of adjusting the amount of air moving to the living space; and an air amount adjusting means (D3) capable of adjusting the amount of air moving from the air adjusting means (X2) to the living space. And at least one air amount adjusting means selected from the group consisting of: an air amount adjusting means (D4) capable of adjusting the amount of air moving from the air adjusting means (X2) to the space in the wall. The air conditioner according to claim 5, wherein 7. The indoor unit includes air temperature adjusting means (T2) capable of adjusting the temperature of air moving from the air adjusting means (X2) to the living space and the space in the wall. The air conditioner according to claim 5 or 6, wherein: 8. The indoor unit includes air humidity adjusting means (H2) capable of adjusting the humidity of air moving from the air adjusting means (X2) to the living space and the space in the wall. The air conditioner according to any one of claims 5 to 7, characterized in that: 9. An air conditioner comprising an indoor unit installed at a boundary between a living space, a space above a ceiling, and a space inside the wall of a living room having a living space, a space above the ceiling, and a space inside the wall. Air adjusting means (X3) capable of adjusting air; air moving means (A5) capable of moving air from the living space to the air adjusting means (X3); and air adjusting means from the space above the ceiling. Air moving means (A6) capable of moving air to (X3), air moving means (A7) capable of moving air from the space in the wall to air adjusting means (X3), air adjusting means (X3) Air moving means (B5) capable of moving the air adjusted by the air adjusting means (X3) to the living space from the air adjusting means (X3); and adjusting the air adjusted by the air adjusting means (X3) from the air adjusting means (X3) to the ceiling. Move to the back space Air moving means (B6) and air moving means (B7) capable of moving the air adjusted by the air adjusting means (X3) from the air adjusting means (X3) to the space in the wall. An air conditioner comprising: 10. An air amount adjusting means (C5) capable of adjusting an amount of air moving from the living space to the air adjusting means (X3), wherein the indoor unit is provided with an air adjusting means (X3). ), An air amount adjusting means (C6) capable of adjusting the amount of air moving to the air adjusting means (X3). ), An air amount adjusting means (D5) capable of adjusting an amount of air moving from the air adjusting means (X3) to the living space, and an air amount moving from the air adjusting means (X3) to the space above the ceiling. An air amount adjusting means (D6) that can adjust the air amount; and an air amount adjusting means (D7) that can adjust the amount of air moving from the air adjusting means (X3) to the space in the wall. At least one selected The air conditioner according to claim 9, further comprising an air amount adjusting means. 11. An air temperature adjusting means (T3), wherein the indoor unit is capable of adjusting the temperature of air moving from the air adjusting means (X3) to the living space, the space above the ceiling, and the space inside the wall. The air conditioner according to claim 9 or 10, further comprising: 12. The air humidity adjusting means (H3), wherein the indoor unit is capable of adjusting the humidity of air moving from the air adjusting means (X3) to the living space, the space above the ceiling and the space inside the wall. The air conditioner according to any one of claims 9 to 11, comprising: