JPS6125600A - Drying system of bedding in closet for house - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Object of the Invention The present invention relates to a method for drying bedding stored in a closet of a house.

Humans sweat a lot while sleeping, and bedding absorbs that moisture and becomes heavy, making regular use uncomfortable and not good for health. Bedclothes are generally dried manually in the sun on sunny days, or by using electric futon dryers, which have become popular in recent years.

However, it is not possible to use MiJ in this day and age where there are many double-earner families, and the latter has drawbacks such as being unable to dry several sheets at a time, requiring a lot of time, and being expensive.

In addition, many home designers place priority on securing space for tatami rooms, etc., and use the remaining space when locating closets, so closets are often located in locations with a curving wind or poor sunlight. Therefore, the bedding is located in a place with high humidity, and the bedding is further humidified.

The present invention compensates for the above-mentioned drawbacks and improves the exhaust heat energy collection Φk of the air #1 source heat pump air conditioner outdoor unit generally used at home.

The invention relates to a stem that uses cold waste energy to dry bedding stored in a closet without the need for human labor, and has never been seen before.

(2) Structure of the invention An embodiment of the present invention will be described with reference to the drawings.

A two-story house (1) is located at 6, the closet (2) on the - floor and the closet (3) on the second floor are placed on the same side 1-d, and the closet floor +71f91 and closet 41111f810 [l i
, T Shape like a cage and allow for free ventilation.

In addition, an opening 0υ is provided in a part of the ceiling of the closet 13) on the second floor to allow air to flow into the attic (4). -・In the N R-type floor of the floor closet (in the sword's taste), an under-floor space (6) surrounded by a moisture-proof insulation wall (5) is installed, and this under-floor air conditioner 7 indoor unit (hereinafter referred to as F air conditioner indoor unit) is installed. (abbreviated as ) QS is connected with piping Al.

Further, an open/close type air window a9 that can be operated either manually or automatically is provided on the outer wall @ of this underfloor space (6).

It is recommended to install an opening/closing type skylight Oe that can be operated manually or automatically on the upper part of the gable wall (2) of the attic (4).Attic 1
4) and the underfloor space (6) are communicated through a direct duct H3 equipped with a thermostatic blower α. In this way, the closet (2) on the first floor, starting from the underfloor space (6),
A circulation ventilation path is formed that passes through the closet (3) on the second floor, the attic (4), and the main hall H3 and returns to the original underfloor space.

The in-house closet bedding drying system of the present invention has the above-described configuration, and is used in the following manner.

When the air conditioner indoor unit aS is operated in the living room αη to perform cooling or dehumidification, the heat medium passes through the pipe I and reaches the floor space (6).
When the air is sent to the air conditioner outdoor unit 04, the outdoor unit generates heat and raises the temperature of the surrounding air. The warmed air rises naturally due to convection and by the action of the thermostatic blower 02 in the attic (4), and from the under-floor space (6) the bamboo-shaped closet floors +71 +91 and closet shelves on the first and second floors. +
8111 (while passing I one after another and reaching the attic (4),
It takes away the moisture from the bedding in the closet and rises to the top, acting as a drying agent.

The hygroscopic atmosphere that has reached the attic (4) is released outdoors by opening the skylight Qe in the opening/closing room, but the remaining air is released into the underfloor space (6) through the duct θ by the operation of the thermostatic blower 02. The bedding is returned, humidified again by the heat of the outdoor air conditioner unit, moved up the closet, and the drying cycle is repeated to dry the bedding. At this time, if there is a risk that the outdoor unit of the air conditioner may overheat, the openable air window 09 can be opened manually or automatically to introduce outside air and prevent overheating.

Next, when there is no need to cool or dehumidify the living room aη in a sunny day, the roof QD receives direct sunlight and raises the air temperature in the attic (4), and when the temperature reaches the temperature at which the thermostat is installed, the blower Oa is turned on. When activated, heated air is sent from the duct H3 to the underfloor space (6), rises inside the closet by convection, and dries the bedding. In this case, the opening/closing skylight Q19 and the opening/closing air window 0! l to prevent air cooling.

Next, when heating is required in the living room aη and the near-contact indoor unit is operated, the refrigerant is transferred from the pipe 01 to the air conditioner outdoor unit 0.
41, where the outdoor unit is cooled, and the surrounding air is also cooled.

In this case, since the moisture in the air is separated, the hygroscopic air is converted to dry air, and the forced operation of the thermostatic blower Q2 in the attic (4) sends the dry air into the closet to dry the bedding. In this case as well, the skylight αe and the air window θ9 are closed to prevent entry of humid outside air.

(3) Effects of the invention In recent years, air source heat pump air conditioners have been widely used because they have the functions of cooling, dehumidifying, and heating, and are used throughout the year. Currently, most of the waste is not used and is released outdoors.

The bedding drying system in the closet of a house of the present invention was researched and developed with this point in mind, and automatically dries bedding throughout the year, regardless of whether it is sunny, rainy, cloudy, cold or hot, and without interfering with the original air conditioner function. In addition to the effective use of energy, it can kill two birds with one stone.

Furthermore, there is also the advantage of being able to utilize the air in the attic (4) that is heated by the action of sunlight flowing through the roof I2υ.
Economic efficiency is extremely high.

Note that it is also possible to obtain the same drying effect as described above by installing a heat exchange fin coil using an oil or gas heat source or a solar heat source as an air heater, or by installing it alone.

[Brief explanation of drawings]

The drawing is a longitudinal sectional view of a house illustrating the drying system of the present invention. 1... Two-story house, 2... Closet on the - floor, 3... Closet on the second floor, 4... Attic, 5... Moisture-proof insulation wall, 6...
Under-floor space section, 7...closet floor on -floor, 8...closet shelf on -floor, 9...closet floor on second floor, 10...closet shelf on second floor, 1
1...Opening part, 12...Blower with thermostat,
13...Duct, 14...Air heat source heat pump air conditioner outdoor unit, ]5...Opening/closing air window, 16/Opening/closing skylight, 17...Living room, (8)(...Air heat source heat pump air conditioner indoor Machine, 19... Piping, 20.20'.
...Bedding, 21...Roof, 22...Outer wall, 23...
wife wall

Claims (2)

[Claims] (1) Space under the closet floor (6) surrounded by a moisture-proof and heat-insulating wall (5)
), an air-source heat pump air conditioner outdoor unit (14) is installed, and starting from the space under the closet floor, the space is formed by a cage-shaped closet floor (7) (9) and a cage-shaped closet shelf (8) (10). The roof opening (11) in the attic (
The air flowing through 4) passes through a duct (13) equipped with a thermostatic blower (12) from the attic and communicates with the original closet underfloor space (6) to form an air circulation ventilation path. Features a bedding drying system inside the closet of a house. (2) The outer wall (22) of the closet underfloor space (6) surrounded by the moisture-proof and heat-insulating wall (5) and the gable wall (23) of the attic (4)
The bedding drying system in a closet of a house according to claim 1, characterized in that an opening/closing type air window (15) and an opening/closing type skylight (16) are provided in the upper part, which can be operated either manually or automatically.