JPS5971935A - Air conditioner - Google Patents

Abstract

PURPOSE:To make an installation space minimum, to enable to make use of the heat of the earth effectively, to make field operation unnecessary and to contrive stabilization of quality, by a method wherein an indoor machine side unit and an outdoor machine side unit are combined so that the indoor machine side unit is buried in a wall part above a floor and the outdoor machine side unit is buried in a wall part under the floor. CONSTITUTION:As for a main body 6 of an air conditioner, an indoor machine side unit 7 is provided on the upper part of the main and body 6 and an outdoor machine side unit 8 is provided on its lower part, both of which are manufactured in monobloc structure with each other. The indoor machine side unit 7 is a component provided with a built-in indoor side heat exchanger 9 and indoor side blower 11, and then a blow-off opening 12 and a suction opening 13 are formed on the unit 7. On the one hand, outdoor machine side unit 8 is a component provided with a built-in compressor, outdoor side heat exchanger 15 and outdoor side blower 16 and then casters are provided underneath the unit 8. The indoor machine side unit 7 is buried in a wall part above a floor and the outdoor machine side unit 8 is buried in a wall part under the floor, in the main body 6 of the air conditioner put in a cut-off part of a building. Combining work of the main body 6 of the air conditioner with the building can be done easily by moving the main body 6 of the air conditioner shown by an imaginative line in a direction of an arrow 18.

Description

[Detailed description of the invention] Regarding construction.

In a general household air conditioner, whether it is a separate type or an integrated type, the indoor unit part protrudes into the living space.
The outdoor unit part is exposed outdoors.

Therefore, the indoor unit is particularly required to be connected to iR. The outdoor unit requires a location that does not get in the way and is unsightly, and an orientation that provides good heat dissipation. However, it is extremely difficult to satisfy all of these demands. In particular, integrated air conditioners are mainly used for windows, but they have major drawbacks in terms of design inside and outside buildings. Furthermore, the mainstream of heat pump air conditioners is the air heat source type, but considering the location of the outdoor unit, they tend to have insufficient heat dissipation during summer cooling and insufficient heat absorption during winter heating.

Therefore, an object of the present invention is to provide an air conditioner that eliminates the above-mentioned drawbacks and problems.

According to the present invention, the indoor unit is disposed at the top and the outdoor unit is disposed at the bottom, and both units are made into an integral structure, and the indoor unit is placed on the floor from the outside of the building. There is obtained an air conditioner characterized in that the outdoor unit is embedded in a wall and the outdoor unit is embedded in a wall under the floor.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below using embodiments starting from Orange with reference to the drawings.

FIG. 1 is a schematic configuration diagram showing an embodiment of an air conditioner according to the present invention combined with a building. In FIG. 1, in addition to a living space 1, the building has an underfloor space 3 below a floor 2. A side wall 4 of such a building is provided with a missing part from a part corresponding to the living space 1 to the ground 5, and an air conditioner main body 6 is fitted into this missing part from the outside of the building.

The air conditioner main body 6 has an interior unit 7 disposed in the upper part and an outdoor unit 8 disposed in the lower part, so that both units 7 and 8 are integrally formed with each other. The indoor unit 7 includes an indoor heat exchanger 9 and an indoor blower 11, and has an air outlet 12 and a suction port 13 formed therein. On the other hand, the outdoor unit 8 includes a compressor 14, an outdoor heat exchanger 15, and an outdoor blower 16.
It has a built-in caster 17 on the bottom surface.

In the air conditioner body 6 fitted into the missing part of the building,
The indoor unit is buried in the wall above the floor.

The outdoor unit 8 is buried in the wall under the floor. The task of assembling the air conditioner main body 6 to a building can be easily performed by moving the air conditioner main body 6 shown by imaginary lines in the direction of the arrow 18.

Now, in this air conditioner, when cooling the living space 1, the indoor unit 7 generates a wind flow as shown by the solid line arrow 19, and on the other hand, when heating the living space 1, a wind flow as shown by the broken line arrow 21 is generated. . In either case, the outdoor unit 8 causes a flow of air from the underfloor space 3 to the outside as indicated by the solid arrow 22.

According to the present invention described above using the embodiments.

■ Minimum installation space. (The indoor and outdoor units do not get in the way.) ■ There are no protrusions, so the building design is not compromised.

■ Since the outdoor unit is located in the space under the floor, geothermal heat can be used effectively. (The air under the floor is lower in summer and higher in winter than outside air, so during cooling, the condensation temperature decreases and the cooling capacity improves, and during heating, the evaporation temperature increases and the heating capacity improves.) Since it can be installed from the outdoor side simply by providing a missing part, it is ideal as an air conditioner for unit use.

■ Since it is an integrated type, on-site construction (refrigerant piping, electrical wiring) is not required.
1.Quality is stable.

■ The outdoor unit is located under the floor, making it easy to utilize waste heat. (For example, if you install it in the bathroom, it will be a bathroom.

Easy to use for showers etc. ) There are other effects.

[Brief explanation of drawings]

FIG. 1 is a schematic configuration diagram showing an embodiment of an air conditioner according to the present invention combined with a building. 1...Living space, 2...Floor, 3...Underfloor space, 4
···wall. 5... Ground, 6... Air conditioner main body, 7... Indoor unit, 8... Outdoor unit. (5)

Claims (1)

[Scope of Claims] 1. An indoor unit is placed at the top, an outdoor unit is placed at the bottom, and both units are made into an integral structure, and the building is accessed from the outside. An air conditioner characterized in that the indoor unit is embedded in a wall above the floor, and the outdoor unit is embedded in a wall below the floor.