JPS62112932A - Hot air radiant type floor heating panel - Google Patents

Abstract

PURPOSE:To contrive to realize the ideal temperature distribution within the range necessary for proper indoor temperature by a structure wherein the pipe of a panel is covered by a tunnel, which is produced by putting glistening bowl- shaped metal pates side by side and a perforated floor heating panel is placed on the pipe. CONSTITUTION:A hot air radiant type floor heating panel A consists of a feed hot water pipe 1, heat reflectors 2, heat insulating plates 3 and a return hot water pipe 4. Notches are provided on a top surface plate B consisting of a plate 5 with hot air radiant holes 6 so as to be able to connect pipes 1 and 4 under the state that B is attached to A. When boiling water is circulated in a constitution as mentioned above, the pipe is heated and the resultant expanded hot air reflected by glistening bowl-like curved plates is gradually radiated upward through the holes on the top and the hot air is gradually emitted upward. Consequently, the elevated temperature rises upwards at all times and the thermal efficiency of the panel in floor heating facilities can be enhanced.

Description

[Detailed description of the invention] (a) Industrial application field Increasing the thermal efficiency of panels in floor heating equipment, ideal temperature distribution and energy saving e) Conventional technology Conventional floor heating panels have pipes embedded in the entire surface. All that was needed was to circulate hot water to warm the two-sided panel e9 Problems to be Solved by the Invention Therefore, even if the floor surface became hot, there was no circulation of hot air, so it was not possible to efficiently maintain the indoor temperature.

2) Means to solve the problem Wrap the pipe that is completely embedded in the panel in a tunnel shape by bending the arm of a glowing metal plate at an angle and size that takes into account heat reflection efficiency, and attaching it to the top plate above it. Drill a hole of a size and position that takes heat radiation efficiency and pressure resistance into consideration.

2) Action When the pipe is heated with hot water, the expanding hot air is reflected by the glowing arm curved plate and radiated upward through the holes in the top surface.

(f) Effect: The hot air from the floor heating panels is efficiently released to the upper part, so the high temperature always rises to the upper part. It is possible to achieve the ideal temperature distribution within the necessary indoor temperature range, and also eliminates the need to heat areas that are too hot, eliminating the discomfort of overheating the floor, and helping to save energy and fuel economy.

[Brief explanation of drawings]

Figure 1 is a top view of the hot air radiant floor heating panel. A indicates the internal structure. 1 is a pipe for feeding hot water, 2 is a heat reflecting plate, 3 is a heat insulating material, and 4 is a pipe for returning hot water. B is the structure of the top plate. 5 Top plate 6 is a hole for hot air radiation. 1 is the feed water pipe, 4 is the return hot water pipe, and when B is attached to A, make a cut to connect the pipe like this. FIG. 2 is an enlarged sectional view of the panel. A is the pipe cutting angle and B is the angle of the side surface of the pipe. 1 is a top plate, 2 is a hole for hot air radiation, 3 is a pipe, 4 is a heat reflecting plate (the dotted line indicates a reflecting plate on the back of the pipe), 5 is a heat insulating material, and 6 is a bottom plate.

Claims (1)

[Claims] A floor heating panel in which the pipes of the panel are wrapped in a tunnel by arranging glowing metal plates in a bowl shape, with a hole punched in the top.