JPH0126991Y2 - - Google Patents

Description

[Detailed description of the invention] ``Purpose of the invention'' (Technical field of the invention) The invention relates to a device that partitions a small space for personal use in a living room of a house and performs limited heating and cooling within the space. .

(Technical background of the invention) In general, houses are provided with individual rooms such as a study or a children's room. The space that an individual occupies and requires in the living room is extremely limited and accounts for only a small amount of the total space in the living room, leaving a large amount of surplus space.

However, despite this surplus space remaining, heating and cooling is performed for the entire living room,
The heating and cooling efficiency was poor and heating and cooling costs were high.

(Conventional technology and its problems) Mosquito nets have been known as devices that divide the space inside a living room. As is well known, this mosquito net is intended to prevent insect damage, and is made of a fine mesh member that maintains breathability.

Therefore, even if the above-mentioned mosquito net is installed in a living room and only the inside of the mosquito net is heated and cooled, the efficiency of heating and cooling is almost the same as when heating and cooling the entire living room because ventilation inside and outside the mosquito net cannot be blocked.

(Technical problem to be solved by the invention) The technical problem to be solved by the invention is to create a small private space in the living room that is blocked from ventilation, and to provide limited cooling and heating within the space. The aim is to improve heating and cooling efficiency.

"Structure of the invention" (Technical means for solving the technical problems) The technical means taken by the present invention to solve the above problems is to suspend and support an awning made of synthetic resin sheets in the living room using hanging strings. A small space for personal use is formed within the tent, and a frame is inserted and installed within the tent to maintain the shape of the tent.A doorway that can be opened and closed is provided on one side of the tent, and a doorway is provided on the top surface of the tent. An air conditioner/heater communicating with the interior is removably provided and supported by the frame.

(Function of the technical means) According to the above means, the awning is suspended and supported in the living room via hanging cords, and its shape is maintained from the inside by the frame, while the air conditioner on the top of the awning is supported by the frame. A small space for personal use is formed inside the awning, separated from the living room and blocked from ventilation, and this space is heated and cooled to a limited extent via an air-conditioner on the top of the awning.

"Effects of the Invention" The configuration of the present invention as described above provides the following effects.

A small private space is created in the living room with ventilation blocked by an awning, and this space is heated and cooled in a limited manner, significantly improving air conditioning efficiency and reducing heating and cooling costs compared to when the entire living room is cooled and heated. It is possible to reduce the

Since the awning is made of a synthetic resin sheet, the awning can be folded when not in use, and the air conditioner can be removed from the awning, making the form compact when not in use and convenient for carrying and storing.

Since the small space inside the tent can be maintained at room temperature throughout the year, the use of this space as a hospital room can have medical effects such as preventing the physical exhaustion of patients.

In addition to cooling and heating effects, the tent has soundproofing and insect-proofing effects, and being in the small space inside the tent can be expected to have psychological effects such as increased concentration and peace of mind.

``Example'' An example of the present invention will be described below with reference to the drawings.

The limited small space air conditioning system of this embodiment has an awning 1 suspended and supported in a living room R to form a small personal space S within the awning 1, and an air conditioner 2 is provided on the top surface of the awning 1. The small space S inside the awning 1 is heated and cooled in a limited manner by the air conditioner 2.

The awning 1 is made of a non-ventilated synthetic resin sheet, such as a colorless and transparent sheet of vinyl resin, and is formed into a rectangular planar shape, and can be attached to and removed from inside the living room R by means of suspension strings 3 connected to the four corners of its upper surface via hooks 5. It is suspended and supported. The reason why tent 1 was made transparent was to allow natural light to enter the small space S during the daytime.
Moreover, this is to enable the interior of the small space S to be illuminated by using the lighting equipment in the living room R as is at night. In addition, since the tent 1 is transparent,
Another effect is that the feeling of claustrophobia in the small space S can be reduced.

The lower edge of the awning 1 is in contact with the floor of the living room R, so that cold and warm air does not escape from the small space S within the awning 1. In addition, if the lower edge of the awning 1 is fixed to the floor surface of the living room R using fixing means such as rivets, or if the entire lower surface of the awning 1 is covered with a synthetic resin floor sheet, This can improve the shape retention of the awning 1 and the effect of blocking ventilation in the small space S.

A doorway 11 that can be opened and closed for entering and exiting the small space S is provided on one side of the tent 1. The entrance/exit 11 is constructed so that the seat surface of the awning 1 can be opened and closed by a fastener 6, and when the entrance/exit 11 is closed, the inside air of the small space S hardly leaks from the entrance/exit 11.

The air conditioner 2 on the top of the tent 1 is of a ceiling-mounted type with an air outlet on the bottom. It communicates with the small space S, supplies cold air and warm air into the space S, and exhausts air from the space S. Said air conditioner 2
The means for making it detachable from the awning 1 consists of a separate member for the seat surface 12 facing the air conditioner 2 on the upper surface of the awning 1, and the seat surface 12 is removably attached to the awning 1 via fasteners 7. It is something.
The seat surface 12 is made of a member that maintains air permeability, and cool air or warm air is supplied into the small space S from the air conditioner/heater 2 through the seat surface 12. It is also optional that the air conditioner 2 has a structure that does not exhaust the inside of the small space S, for example, one that is equipped with a cooler and a heater. When such an air conditioner is used, ventilation in the small space S is performed through the seat surface 11a, which opens and closes the entrance/exit 11, made of a breathable material.

The frame 4 inside the awning 1 is made of lightweight pipe material and is formed into a gate shape that follows the cross-sectional shape of the awning 1, and is inserted into the awning 1 and installed in an upright state to maintain the shape of the awning 1 and provide heating and cooling functions. This serves as a support function for the machine 2. By forming the frame 4 into a ladder shape as shown in the figure, it can also be used as a hanger for hanging clothes and other items. Further, the frame 4 may optionally be configured to be disassembled by a joint structure of pipe materials, and if such a disassembled structure is adopted, it is convenient to carry and store.

In the limited small space air conditioning system of this embodiment as described above, a personal small space S is formed inside the tent 1, which is separated from the living room R and is blocked from ventilation. There is limited heating and cooling. However, since the inside of the small space S is blocked from ventilation from the living room R, the heating and cooling efficiency is high, and the results obtained from experiments show that the power consumption of the air conditioner 2 is lower than when heating and cooling the entire inside of the normal living room R. 1/10
decreased to

As shown in the figure, the use of the small space S with good cooling and heating efficiency as described above is as follows:
You can install it and use it as a study room or a study room.
Alternatively, it can be used as a hospital room to keep sick people in bed.

In the above embodiment, the awning 1 is made of a colorless and transparent vinyl resin sheet, but the awning 1 may be made of other resin sheets such as polyethylene, nylon, etc., and may be colored arbitrarily.

On the other hand, the sheet of the awning 1 is not limited to a single sheet, and the awning 1 may optionally have a double sheet structure that overlaps with an air layer in between.
By doubling the sheets in this manner, the air layer between the sheets improves the heat insulation effect of the awning 1, increasing the heat retention effect and further improving the cooling and heating efficiency.

[Brief explanation of the drawing]

The figure is a perspective view showing an embodiment of the limited space cooling/heating device of the present invention. In the diagram, R...Room, S...Small space, 1...Top, 2...Air conditioner, 3...Hanging cord, 4...Frame, 11...Entrance/exit.

Claims (1)

[Scope of utility model registration request] An awning made of a synthetic resin sheet is suspended and supported in a living room by hanging cords to form a small personal space within the awning, and a frame is inserted and installed within the awning to maintain the shape of the awning. An air-conditioning and heating device for a limited small space, in which an opening and exit door that can be opened and closed is provided on one side of the awning, and an air-conditioning and heating device that communicates with the inside of the awning is detachably provided on the upper surface of the awning and is supported by the frame.