JPH055384Y2 - - Google Patents

Description

[Detailed description of the invention] <Industrial application field> This invention is used as a so-called indoor unit when supplying and circulating conditioned air for heating and cooling generated by an air conditioning heat source device into the rooms of a house through a duct. The present invention relates to an air conditioning panel provided with a ventilation port such as an outlet and/or a suction port, and a duct connection port.

<Prior Art> Air conditioning is one of the means to improve the comfort of living inside a house.

In recent years, so-called central heating systems have become popular as air conditioning systems. This includes, for example, heat source equipment consisting of driving equipment such as a compressor and motor installed outdoors, a condensing heat exchanger, an evaporation heat exchanger, etc., and a heat medium circulation circuit that exchanges heat with both of the above heat exchangers. It is made up of.

When using such an air conditioning system to cool or heat a living room, the necessary conditioned air such as hot air or cold air is blown into the living room from the radiator of the heat medium circulation circuit using a fan device, and then sucked in and circulated. In this case, as in Japanese Utility Model Application Publication No. 56-23344, the radiator of the heat medium circulation circuit is placed inside a wall panel with sufficient thickness, or the heat medium circulation circuit is placed in a place where it is inconvenient to route the heat medium circulation circuit. As shown in Japanese Utility Model Application Publication No. 62-100445, it is also known to place a heat radiator or the like in a dead space such as under the floor and communicate it through a floor panel when necessary.

<Problems to be Solved by the Invention> However, when the above-mentioned indoor unit is placed on the floor, ceiling, etc. of a living room, there is a drawback that the indoor space is reduced accordingly. Further, the construction of a duct within a wall is very complicated and there is a problem in that it cannot be practically installed in existing houses.

The present invention is provided in order to solve the conventional problems as described above.

The purpose of the present invention is to utilize a hollow panel with the same thickness as the wall of the living room and incorporate it in parallel with the wall, that is, to form a part of a continuous wall. To obtain an air conditioning panel that does not narrow the space, is easy to construct, and can be used as a wall member.

<Means for Solving the Problems> In order to achieve the above object, the present invention provides an air conditioning system in which conditioned air generated by an air conditioning heat source device is supplied and circulated to a living room through a duct. A hollow panel formed to the same thickness as the wall of the living room was installed in parallel with the wall of the living room, and a ventilation hole was provided on the living room side of the hollow panel, and a connection port for the above duct was provided on the side opposite to the living room side. It is something.

Moreover, a transom can be formed by providing an air conditioning panel as a small wall above the entrance of the living room.

<Function> If the air outlet and suction port are separated and formed as a vent, the conditioned air that has passed through the duct from the air conditioning heat source device will be blown out from the air outlet into the living room, and then sucked in again from the suction port to be used for air conditioning. It can be returned to the heat source device.

If an air-conditioning panel is installed as a small wall above the entrance of a living room, it can be used as a transom and can also bear the load of floor members on the upper floor.

Since the air conditioning panel is installed in parallel with the wall of the living room and has the same thickness, it is possible to perform the same finishing treatment on the adjacent wall. This makes it possible to create an equipment that does not look out of place as a wall structure, even though it is an indoor unit for air conditioning.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will now be described with reference to the accompanying drawings.

FIG. 1 is a perspective view of the main parts of the air conditioning panel according to the present invention, which is shown from the living room side, with the air conditioning panel installed as a transom above the entrance of the living room, and FIG.
FIG. 2 is a vertical cross-sectional configuration diagram of the main part of the figure.

In the figure, reference numeral 1 denotes a wall that divides the inside of the house into a living room 2 and a non-living room 3 such as a hallway of appropriate size. 4 is the entrance/exit of living room 2, and walls 1, 1
An appropriate opening is formed between the two. This entrance/exit 4 is provided with a door (not shown). 5 is the floorboard of the upper floor, which is supported by joists 6. Reference numeral 7 denotes a ceiling board, which is stretched over the living room 2, non-living room 3, etc. at an appropriate height. An attic 8 is formed as a space between the ceiling plate 7 and the floor plate 5.

10 is an air conditioning panel, which is located at the entrance 4 of living room 2.
It is provided as a transom at the top of the.

FIG. 3 shows the configuration of main parts of the air conditioning panel 10 as a partially exploded perspective view.

That is, a rectangular frame is formed from a frame core material 11 having a width approximately equal to the thickness of the wall to which it is attached, and face materials 12 and 13 are applied to both sides of this frame to form a hollow panel.
Then, an elongated opening is formed in the lower part of one of the face members 12, and this is used as a ventilation hole 14. Further, a circular opening is formed near the upper side of the other face member 13, and this is used as the connection port 15. In the case of the embodiment shown in FIG. 3, the air conditioning panel 10 has the function of blowing out and sucking in conditioned air, so the connection port 15 is connected to the panel 1.
It is formed in two places on the left and right of 3. A partition plate 16 is provided in the hollow panel between the two connection ports 15, 15, whereby the partition space on one side is a blowout chamber 17, and the partition space on the other side is a suction chamber 18.
It is said that Therefore, one of the connection ports 15, 15 is used as a connection port for the conditioned air blowout duct 19 (see FIG. 1), and the other is used as a connection port for the suction duct 20. Also, due to the above, the surface material 1
The second vent 14 has an outlet 14a on the side corresponding to the outlet chamber 17, and a side corresponding to the intake chamber 18.
The side corresponding to each side functions as the intake port 14b.

Although not shown, the blowout chamber 17
The inner surface of the suction chamber 18 is treated to prevent dew condensation, ventilation noise, etc. by commonly known means. In addition, the air outlet 14 of the face material 12
a, the suction port 14b is provided with a louver that adjusts the blowing direction and the suction direction of air using normal means.

When the air conditioning panel having the above configuration is provided as a transom as described above, its upper end is aligned with the upper end of the adjacent wall bodies 1, 1. In this case, the height of the walls 1, 1 is such that the connection port 15 of the air conditioning panel 10 is located in the attic space 8.

FIG. 4 is a schematic plan view of the main parts of the air conditioning system, illustrating the installation state of the air conditioning panel 10 and the terminal radiator 21 from the air conditioning heat source device (not shown).

The radiator 21 is a known radiator such as a heat exchanger constituting a refrigeration cycle of an air conditioning heat source device or a heat exchanger of a heat medium circulation circuit that exchanges heat with this heat exchanger. 22 is a heat medium connecting pipe of the radiator 21;
3 is a drain discharge pipe. Further, 24 is a fan motor, and 25 is a ventilation switching valve. In the illustrated example, the living room 2 is divided into two rooms, and one radiator 21 is used to switch between them for air conditioning.

The radiator 21 is placed in the ceiling 8 of the non-occupied room 3 in a hallway or the like. Then, by connecting the air conditioning panel 10 and the radiator 21 with the ducts 19 and 20, the installation as an air conditioning system is completed.

When air conditioning the living room 2 with such a configuration, the ventilation switching valve 25 is switched to operate the air conditioning heat source device and the fan motor 24. Then, the air in the living room 2 will be transferred to the air inlet 14 of the air conditioning panel 10.
b, passes through the duct 20, the radiator 21, and the duct 19 to the air outlet 14a of the air conditioning panel 10.
Then return to living room 2 and repeat this cycle. The circulating air is converted into cold or warm air when passing through the radiator 21, so that the living room 2 is cooled or heated.

The air conditioning panel 10 has the same thickness as the wall 1 and is integrally attached in parallel with the wall 1. Therefore, the spatial space of the living room 2 is not narrowed. In this case, the wall 1 and the face material 12 of the air conditioning panel 10,
If the surface treatments such as 13 patterns and colors are done the same,
You can create a wall that looks natural. In addition, the air conditioning panel 10 includes a frame core material 11 and face materials 12 and 1.
It is a panel body that is completed with 3. Therefore, since sufficient strength can be obtained, the other walls 1, 1
In the same way, the load of the building components can be borne.

In addition, in the above embodiment, the air conditioning panel 10
is provided as a transom of the entrance/exit 4 of the living room 2, but it is not limited to this. For example, it is also possible to arrange it as part of a small wall, such as a hanging wall in a living room. Further, the vent holes 14 are not limited to being provided together as the air outlet 14a and the suction port 14b in one air conditioning panel 10. For example, air outlet 1
4a only on the air conditioning panel 10, and an exhaust port to the outdoors is provided at another location in the room, or the radiator 2
It is also possible to open the reflux suction port to 1. In this case, connection ports 15, 15 and duct 1
9 and 20 also correspond to only one side.

<Effects of the invention> As is clear from the above detailed explanation, according to the invention, the air conditioning panel does not protrude into the living room as an indoor unit of the air conditioning system, and therefore the indoor space is not reduced. do not have. Furthermore, since it has a complete structure as an air conditioning panel, construction for that equipment can be easily performed. In particular, if the house is a so-called factory-produced house and the house constituent members such as wall materials, flooring materials, roofing materials, etc. are formed as panel bodies, the air-conditioning panel is also a single wall member like the above-mentioned panel bodies. In other words, it can be assembled on the same production line as the panel body described above. Furthermore, the air conditioning panel of the present invention has various advantages, such as the fact that the air conditioning panel has sufficient strength due to the frame core material, so it can be used as a load-bearing member along with other wall bodies. It is possible to achieve practical effects.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the main parts of the air conditioning panel according to the present invention installed as a transom from the living room side, Fig. 2 is a vertical cross-sectional configuration diagram of the main parts of Fig. 1, and Fig. 3
The figure is a partially exploded perspective view showing the configuration of the main parts of the air conditioning panel according to the embodiment of the present invention, and FIG. 4 is a schematic plan view of the main parts of the air conditioning system according to the embodiment of the invention. 1... Wall, 2... Living room, 3... Non-living room, 4...
... Doorway, 10 ... Air conditioning panel, 11 ... Frame core material, 12, 13 ... Face material, 14 ... Ventilation port, 15 ... Connection port, 16 ... Partition plate, 19, 2
0...Duct, 21...Radiator.

Claims (1)

[Scope of claim for utility model registration] (1) In an air conditioning system in which conditioned air generated by an air conditioning heat source device is supplied and circulated to a living room through a duct, the face material and frame core material have the same thickness as the wall of the living room. An air conditioning panel characterized in that the formed hollow panel is installed in parallel with a wall of a living room, a ventilation hole is provided on the living room side of the hollow panel, and a connection port for the duct is provided on the side opposite to the living room side. (2) The air-conditioning panel according to claim 1, wherein the air-conditioning panel is a transom of an entrance to a living room.