JPS6337613Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a structure for removing snow that accumulates on the roofs of houses, grounds, and roads, and its primary purpose is to clear snow from the roofs, grounds, and roads. The second purpose is to heat water for domestic use.

In areas with heavy snowfall such as northern countries, removing snow and removing snow from roads is the most labor-intensive task, and in years with heavy snow,
This is done three or four times a year, which increases time and expense, and also causes frequent accidents.
There was danger involved.

This invention saves the labor of snow removal work, which is a task unique to northern countries, and uses the residual heat to provide room heating and hot water in the winter, and in addition, sends cold air in the summer. This provides a house structure that can be used for multiple purposes for cooling.

The house structure of the present invention will be explained with reference to the attached drawings. Figure 1 shows a cross-sectional view of house A, Figure 2 is a detailed view of the fuel chamber that serves as the heating source, and Figure 3 shows the double-structured roof. This figure shows a detailed view of the piping in the underfloor area and the opening 4 provided in the room. In Fig. 1, a pipe covered with a heat insulating material is installed in the space between the inner and outer walls of house A, and the tip of this pipe 1 is directed toward the eaves, and a branch pipe 2 with ventilation holes is installed, and each room is An opening 4 is provided through the inner wall, and the pipe 1 is connected to a fuel chamber 3 installed at an appropriate location in the foundation of house A, and the pipe 13 connected to a branch pipe 12 with a ventilation hole provided in the ridge part is connected to the basement of house A. It is connected in a circulating manner to an underground pipe 10 buried under a rice field or several tens of meters, the upper part of this underground pipe 10 is connected to a fuel chamber 3, and this fuel chamber 3 is connected to a pipe 11 buried under the ground of the site and road. It is something that makes you Additionally, residual heat from the fuel chamber is used to heat domestic water, helping to save energy. Fans 9 are provided at appropriate locations on the pipes 1, 13, and 11 provided in the house to improve circulation of hot air and cold air, thereby increasing the effectiveness.

FIG. 2 is a detailed view of the fuel chamber 3, which is assumed to be installed at a suitable location in house A. 8 indicates the fuel at the source of the fire;
In the figure, briquettes, which are inexpensive and have high thermal power, are used, but the fuel is not particularly limited and may be an oil stove or other fuel. This fuel chamber 3 is connected to an indoor pipe 1, and warm air is sucked into a fan 9 (described later) and circulated within the pipe 1 as shown by the arrow. 5 is a pipe for exhausting carbon dioxide gas leading to the outdoors, and 6 is a pipe for using heated domestic water. Reference numeral 7 is an air supply pipe for fuel, which aids combustion. In the present invention, such a fuel chamber 3 is provided at a suitable location on the foundation of the house A, and warm air from underground flows into this fuel chamber 3 from an underground pipe 10.
Moreover, since the fuel is heated by the fuel 8 and flows through the piping of the house A into the eaves, the double-layered roof, or each room through forced circulation by the fan 9, it is not only useful for snow removal on the roof, but also in each room. It also serves as heating for the room.

Generally, snow that accumulates on roofs melts during the day due to warm air and moves toward the eaves, then freezes at night and accumulates more snow.As a result of this repetition, snow tends to concentrate at the eaves. According to this invention, by providing a branch pipe 2 also at the eaves, it is effective to clear snow from the entire roof including the eaves.
In addition, it is possible to melt the snow that has accumulated on the ground by blowing hot air using a fan through the pipe 11 under the ground of the site and the road.

FIG. 3 is a detailed view of the double structure of the roof and under the floor, and the pipe 1 branches into branch pipes 2 to send warm air to the roof and the double structure of the roof. Warm air underground is around 10 to 12 degrees Celsius throughout the year, so it not only helps the combustion of Fuel 8, but also helps in the combustion of fuel 8. Although we have only explained heating in the winter, in the summer the cold air underground circulates. The air is not only circulated around the house A in the same way as when warming up, but also flows into each room, fulfilling its role of cooling. Although not specifically mentioned in the present invention, the effects of the present invention are further enhanced by using heat insulating materials in the attic, outer walls, and inner walls to maintain heat retention.

[Brief explanation of the drawing]

FIG. 1 shows the overall structure of the present invention, FIG. 2 shows a detailed view of the fuel chamber, and FIG. 3 shows a detailed view of the double roof and underfloor portion and a room provided with an opening. 1... House piping, 3... Fuel room, 4... Opening in the room, 8... Fuel, 9... Fan, 14...
Aquarium.

Claims (1)

[Scope of utility model registration request] Piping 1 is installed in the space between the inner and outer walls of house A, and in the double structure space under the floor, and the tip of the pipe 1 is connected to a branch pipe 2 with ventilation holes, with the tip facing toward the eaves, and an opening is installed in each room. 4, the pipe 1 is connected to a fuel chamber 3 provided at a suitable location on the foundation of the house A, and a pipe 13 is buried underground in the house A to connect with a branch pipe 12 provided with a ventilation hole provided in the ridge part. The underground pipe 10 is connected to the underground pipe 10 and the underground pipe 11 buried under the ground of the site and the road other than the house is connected to the fuel chamber 3. A natural heating and cooling method characterized in that pipes 15 for heating the trachea 7 and water tank 14 are provided, and fans 9 are provided at appropriate locations on the pipes 1, 13 and 11.