JPS6131381B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a multi-direction air conditioner, which allows a single air conditioner to reliably distribute air from a blower to rooms in different directions. An object of the present invention is to provide an air conditioner whose purpose is to simultaneously distribute air at different volumes to a plurality of rooms.

Conventionally, the methods for simultaneously heating and cooling multiple rooms include the all-air system, which directly supplies cold and hot air generated in a machine room to each room via ducts, and the all-air system, which places terminal equipment in each room. The so-called terminal method is known in which air conditioning is carried out by directing cold and hot water to each piece of equipment, but in the former case, the equipment is complex and the transportation cost is extremely high, and in the latter case, it is difficult to centralize control. In addition to problems, there were also drawbacks such as the constant fear of water leakage. Particularly in cases where there are multiple rooms with different air conditioning conditions, such as in hotels, conference halls, and schools, it is clear that the all-air system and terminal system are extremely difficult and uneconomical to install.

In view of the above-mentioned problems, the present invention is designed to be easily installed, for example, in a hallway, and to simultaneously supply a desired amount of cooled and warm air to a plurality of rooms isolated on both sides using a single device. In this system, heat exchanger coils are placed relative to each other on both sides inside the fuselage, and several air outlets are opened outside the heat exchanger coil, and air is blown at both longitudinal ends of the fuselage. In an air conditioner equipped with a mechanism, a partition plate and a wind direction adjustment plate are disposed in the middle of the heat exchanger coils disposed relative to each other to divide the inside of the machine and direct the air from the blower mechanism to different directions. It is characterized by being configured so that air can be distributed to the air outlets at the same time.

Hereinafter, an air conditioner installed in a hallway will be described as an embodiment of the present invention with reference to an illustrative diagram.The air conditioner 1 has an elongated machine casing, and heat exchanger coils 2, 2 are arranged relatively to each other on both sides of the interior. , a plurality of air outlets 3 in front of the outside of the heat exchanger coils 2, 2...
...3'...... will be opened.

In addition, ventilation chambers 4, 4 are provided at both ends in the length direction of the fuselage 1, and a motor 5 and a blower 6 are installed inside, respectively. Another option is to connect them directly.

In an air conditioner having such a structure, a partition plate/air direction adjusting plate 8 is arranged at a predetermined position and angle in the middle of the heat exchanger coils 2, 2, which are arranged relative to each other, depending on the layout and condition of the room. For example, as shown in FIG.
The aircraft was divided into two parts in an elongated triangular shape, and the fuselage 1
Air is blown from the blowers 6, 6 on both sides simultaneously into the rooms on both sides through the air outlets 3...3'......in different directions.

Further, by arranging the partition plate/air direction adjusting plate 8 in the middle part of the heat exchanger coils 2, 2 in the length direction of the fuselage 1, that is, in the axial direction, as shown in the second figure, the air blowers 6, 6 on both sides can be The air is distributed in two directions in the front and rear directions of the body 1 at the same time, and by arranging it in the width direction inside the body 1 as shown in the third figure, the air is distributed in four directions in the front and rear of the body 1. If the air outlet 3 is arranged in a slightly inclined manner as shown in the figure, air can be distributed in four directions with different numbers of air outlets 3...3'... By doing so, it is possible to easily obtain a divided distribution of air flow that is suitable for each room in three directions.

Further, although a flat plate is normally used as the partition plate/wind direction adjustment plate 8, a modified plate such as a curved plate having a circularly curved surface or a bent plate having a fixed angle may be used in some cases.

Furthermore, better wind direction adjustment can be achieved by installing several wind flow adjustment guide plates 9 at appropriate locations inside the fuselage depending on the length of the fuselage 1, air blowing capacity, etc.

In addition, the code|symbol 10 is each air outlet 3......3'......
Shows the air volume adjustment damper that can be installed inside.

The air conditioner configured as described above is installed on the ceiling of a hallway, etc., between multiple rooms, or distributed in ducts near windows, etc., and the air is blown by the operation of the blower 6, which also functions as a partition plate inside the machine and adjusts the wind direction. The air is divided by a plate 8, and the desired air is distributed simultaneously into each room through each air outlet 3...3'......

The present invention brings significance in that an ideal air conditioning distribution according to the air blowing capacity in each room can be easily obtained using a single air conditioner. It has the advantage of being able to freely select the capacity even under different conditions such as , south, and sunlight conditions, and furthermore, if there is a need for cooling/heating air conditioning on one side of multiple rooms, one of the blowers can be simply stopped. It has the optimum effect as an energy-saving air conditioner, as the supply of cooling and heating air conditioning can be immediately cut off, thereby greatly reducing power consumption.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing the internal mechanism of a multi-directional air conditioner according to the present invention, FIG. 2 is a schematic plan view of a two-way air conditioner as an embodiment of the same, and FIG.
The figures are the same as above for a four-way blowing type, FIG. 4 is the same as above for a different direction blowing type, and FIG. 5 is a same as above for a three-way blowing type. Explanation of symbols, 1... Airframe, 2... Heat exchanger coil, 3... Air outlet, 4... Air blower, 5... Electric motor, 6... Air blower, 7... Suction duct, 8... Partition plate and Wind direction adjustment plate, 9...Wind flow adjustment guide plate, 1
0...Air volume adjustment damper.

Claims (1)

[Claims] 1. Heat exchanger coils are arranged relative to each other on both sides inside the fuselage, and several air outlets are opened outside the heat exchanger coil, and at both ends in the longitudinal direction of the fuselage. In an air conditioner equipped with a blower mechanism, a partition plate and a wind direction adjustment plate are arranged in the middle of the heat exchanger coils arranged relative to each other to divide the inside of the machine and direct the air from the blower mechanism in different directions. A multidirectional air conditioner characterized in that it is configured to simultaneously distribute air to side outlets. 2. The multidirectional air conditioner according to claim 1, wherein the partition plate and wind direction adjusting plate is disposed diagonally inside the fuselage, and air is distributed simultaneously in the front and rear directions of the fuselage. . 3. The multi-directional blowing type according to claim 1, wherein the partition plate and wind direction adjustment plate is arranged in the axial direction inside the fuselage, and the air is distributed simultaneously in the front and rear directions of the fuselage. air conditioner. 4. The multi-directional blowout according to claim 1, wherein the partition plate and wind direction adjustment plate is disposed in the width direction inside the fuselage, and the air is distributed simultaneously in four directions in the front and rear of the fuselage. type air conditioner. 5. The above-mentioned device characterized in that the partition plate/air direction adjustment plate is arranged at an appropriate inclination angle in the middle part of the heat exchanger coil, and the air is distributed in three directions in the front and back of the aircraft body or in four directions at the sides of the fuselage. A multidirectional air conditioner according to claim 1.