JPH072837U - Instant air conditioning system - Google Patents

Abstract

(57) [Abstract] [Purpose] By using it in combination with a conventional air conditioning indoor unit, it is possible to instantly supply cold and hot air to the required area of all rooms, and to perform comfortable air conditioning without temperature differences depending on the location, We provide an air conditioning system at the right moment to reduce the flow of cold and hot air to the area as much as possible to save energy and air conditioning costs. [Structure] The upper part of the cover (1) is connected to the trunk (3) by the guide pipe (2), and further, the branch (4) is connected to the ventilation hole portion having the opening / closing plate (6) on the front surface of the trunk (3). It is characterized in that the branch (4) is extended to the end of the room, a blowout hole is provided at a position where air is required to be blown in the middle of the branch (4), and a shower nozzle (5) is mounted at that position.

Description

[Detailed description of the device]

[0001]

[Industrial usage]

 The present invention relates to an instant air conditioning system for supplying cool and warm air efficiently and comfortably by a blower pipe in combination with a conventional air conditioning indoor unit.

[0002]

[Prior art]

 In conventional air conditioning, a large amount of cold and warm air is blown straight from the unit to gradually cool and heat the entire air.

[0003]

[Problems to be solved by the device]

 This had the following drawbacks. (B) The cold and hot air from the air outlet of the unit goes straight forward, so there is a temperature difference depending on the location on the front of the unit, on both sides out of the airflow passage, and in the uneven L-shaped room. It is violent, and in order to reach the desired temperature for the entire unit, there are many cases where the seats in front of the unit become ill due to air conditioning. (B) In a room with a large window in the south, the unit is often installed above the window due to piping, and the temperature difference between the south and north halves of the room is extremely extreme especially in winter. (C) For floor-standing type units, space efficiency, layout, and cost become problems, especially when there are multiple units. (D) Even if some offices are overtimed, air conditioning costs are often high because air conditioning is often performed in all rooms. (E) In a layout with many shelves, shields and partitions, the air conditioning in the shaded areas is not very effective. (F) Especially in workplaces with many women, many people dislike the direct cold and hot air, and the number of workplaces where office air conditioning is a problem is increasing. (G) In public buildings with high ceilings and in houses with a blow-up, the air-conditioning efficiency is extremely poor and costs are high. (H) Even if the air conditioning starts in the morning, it will take time to cool and heat all rooms, or forced air conditioning will have to be activated. (I) In open stores without doors such as shops, air-conditioned air in the store flows out, and air-conditioning loss is extremely large. The present invention was devised to solve these drawbacks.

[0004]

[Means for Solving the Problems]

 The upper part of the cover (1) installed at the air outlet of the air conditioning indoor unit is connected to the trunk (3) by the guide pipe (2), and the opening / closing plate (6) is attached to the ventilation hole provided on the front of the trunk (3). Attach it, connect the branch (4) to the position of the hole, and extend the branch (4) to the end of the room. The shower nozzle (5) is installed in the blowout hole provided at the required position of the branch (4). The end of the branch (4) is sealed with a cap. The present invention is an instant air conditioning system having the above-mentioned configuration.

[0005]

[Action]

 The cold and hot air blown out from the air conditioning indoor unit passes through the cover (1) and the guide pipe (2) and is temporarily stored in the trunk (3) and flows into each branch (4). However, the trunk (3) and the branch (4) The slide type opening / closing plate (6) provided at the connection part of the above stops the air flow to the branch (4) which is not necessary. If you dislike cold and warm air, slide the shower nozzle (5) to adjust the air flow.

[0006]

【Example】

 Hereinafter, examples of the present invention will be described. (A) Attach the cover (1) to the air outlet of the air conditioning indoor unit, and connect the upper part of the cover (1) to the trunk (3) with the guide pipe (2). (B) An opening / closing plate (6) for turning on / off the air blown to the branch (4) is provided in the air blow hole on the front of the trunk (3), and one or more branch (4) is connected to Connect and extend the branch (4) to the corner. The end of the branch (4) is capped. (C) An outlet hole is provided at a required position of each branch (4), and a slide shower nozzle (5) is attached to that portion. (D) Use a thin acrylic resin plate as a whole to reduce the weight. (E) The cutting shape of the branch (4) is a combination of circles, ellipses, polygons, etc. to give interior decoration. (F) The branch (4) will have a joint structure of pipes of about 3 m to facilitate installation workability. The shape is a combination of straight lines, curved lines, spirals, etc. to give an interior effect that matches the purpose of the room. For the color, select a color that suits the room with a light transparency. (G) Design a combination of trunk (3) and planch (4) according to the size and shape of the room, and arrange them so that they do not affect lighting. (H) To hold the trunk (3) and branch (4), use the suspender (7) method from the ceiling, or the channel method using the walls on both sides when the ceiling strength is low. The present invention has the structure as described above, and when using this, slide the opening / closing plate (6) of the trunk (3) and the shower nozzle (5) according to the need, and adjust the amount to the desired location. At the same time as adjusting and supplying the cold and warm air of the above, the supply to unnecessary parts is stopped to save energy. As shown in FIG. 4, when the air conditioning unit is a ceiling type, the trunk (3) is omitted and the cover (1) is made slightly larger to connect the branch (4) directly to the lower guide pipe (2). .

[0007]

[Effect of device]

 Almost at the same time when the air conditioner is started, cold and hot air is supplied to the necessary area of the entire room, and the temperature difference caused by the place is eliminated, and comfortable air conditioning is obtained. In addition, since it can perform heating and cooling at a lower temperature than conventional air conditioning, cooling illness can be eliminated. Also, energy and cost can be saved by suppressing the supply of cold and warm air to unnecessary areas.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a view of a shower nozzle (5) of the present invention.

FIG. 3 is a view showing how the opening / closing plate (6) of the present invention is attached to the front inside of the trunk (3).

FIG. 4 is a perspective view showing another embodiment of the present invention.

[Explanation of symbols]

 1 Cover 2 Induction Pipe 3 Trunk 4 Branch 5 Shower Nozzle 6 Opening / Closing Plate 7 Wind Pressure Safety Valve 8 Lifting Tool

Claims (1)

[Scope of utility model registration request] (A) An upper portion of a cover (1) attached to an air-conditioning indoor unit outlet is connected to a trunk (3) by a guide pipe (2).
, The required number of branches (4) are attached to the front of the trunk (3), the branch (4) is extended to the required position, holes are provided at the required locations of the branch (4), and the shower nozzle ( Put on 5). (B) An opening / closing plate (6) is provided at the connection between the trunk (3) and each branch (4). (C) An air pressure safety valve (7) is provided on the trunk (3). An instant air conditioning system with the above configuration.