JPH0243097B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is an indoor heating and cooling method that reliably supplies cooling and heating air not only to the entire room, but also to particularly needed areas, and which makes it possible to easily achieve ideal cooling and heating within the room. and its mechanism.

In recent years, with the rapid development of the construction industry, there has been a tendency to use indoor spaces for multiple purposes. One example of this is the so-called partition format, in which the room is divided into booths using several partitions.

However, when trying to cool or heat these rooms, the partitions become a hindrance, making it difficult to supply substantially uniform cooling and heating air throughout the room.

That is, when a room is partitioned by a large number of partitions B as shown in the first figure, the cold and hot air C from the air conditioner A is constantly blown to the front side a of the partitions B, while the cold and hot air is constantly blown to the front side b of the partition B. However, there is a serious drawback in that there is no ventilation at all.

The present invention focuses on the above-mentioned serious drawbacks and uses an extremely simple mechanism to effectively supply cooling and heating air not only to the front part of the partition but also to the back side, thereby greatly reducing energy consumption. The main purpose of this system is to install an air-conditioning/heating blower having an air outlet that can freely change the blowing direction on the indoor ceiling, wall surface, etc. A heating and cooling method for an indoor room, characterized in that a heat receiving body is arranged, the air outlet is moved in the direction of the heat receiving body during heating and cooling, and the blown cooled/warmed air is also attempted to radiate heat to a non-blow surface side using the heat receiving body as a medium. This is an attempt to provide that mechanism.

The drawings illustrating embodiments of the present invention will be described in detail below. As the air-conditioning/heating blower 1, a general air-conditioning device, a blowing device with a duct mechanism, etc. are used, and several points are installed in front of or below the blowing air 1. A blower outlet 2, a panker louver, etc., which can freely change the blowing direction, are provided to blow cool and warm air in a predetermined direction.

The heat receiving body is formed by fitting a heat storage body 3 made of a metal plate, plywood board, fiberboard, or the like with an appropriate thickness and diameter into an appropriate location such as a part of the partition 4.

In addition to partitions, the heat storage body 3 can also be used in places that require cooling and heating, such as the back board of a desk, a part of a wall surface, etc.

Note that it is also possible to use another good heat conductor, a heat pipe, etc. in place of the heat storage body 3.

In such a configuration, the air-conditioning/heating blower 1 is installed on a ceiling wall or the like to supply cool and warm air into the room, but when blowing air, the air outlet 2 is moved in four directions of the partition by remote control or manually. In doing so, the cold and warm air blown from the outlet 2 is directly sent through the partition 4, and this applies a certain amount of heat to the heat storage body 3 fitted in the partition 4.

Due to such heating action, appropriate heat is dissipated to the front and back surfaces of the heat storage body 3, and therefore, heat can be simultaneously supplied to the back side of the partition plate, to which air could not be supplied at all in the past.

Furthermore, it goes without saying that even when the cooling/heating air blowing is stopped, heat is radiated for a certain period of time by the heat storage body 3.

As described above, the present invention is intended to supply air-conditioning and heating to necessary parts of a room by a combination of a cooling/warming air blower and a partition 4 which receives the air. It has a very simple structure in which the heat storage body 3 is fitted into the partition 4, and by simply blowing air from the air outlet 2 facing the partition 4, it is possible to economically supply hot and cold air to any part of the room. is possible,
There are no concerns about danger, especially in the lower parts of the room, which were previously said to be completely impossible to cool or heat indoors.
It has remarkable effects such as heating and cooling limited to the foot area of the desk and the corners of the room.

[Brief explanation of drawings]

Fig. 1 is an expanded view of indoor air conditioning and heating using a conventional partition type, and Fig. 2 is an expanded view of the air conditioning and heating system according to the present invention.
3... Heat storage body, 4... Partition.

Claims (1)

[Scope of Claims] 1. An air conditioning/heating blower having an air outlet whose blowing direction can be freely changed is installed on a ceiling, a wall surface, etc. indoors, and a heat receiving body for the cooling/warming air is placed at an appropriate location in the room,
A method for heating and cooling indoors, characterized in that during heating and cooling, the air outlet is moved in the direction of the heat receiving body to radiate heat from the blown cool and warm air to the surrounding area using the heat receiving body as a medium. 2 Cooling/warming air from an air-conditioning/heating blower installed in a part of a room by fitting an appropriate material board such as a metal or plywood board with a heat storage function as a heat receiving body to the surface of a partition board, counterbalance, wall construction material, etc. An indoor cooling/warming air supply mechanism characterized in that the heat receiving body receives and stores heat.