JP3198751U - Stove - Google Patents

Abstract

To provide a stove capable of contributing to energy saving by increasing the heating efficiency of a room by indirectly using the combustion temperature of a combustion chamber. In order to increase the heating efficiency of the stove for heating the inside and the room, in order to indirectly use the combustion temperature of the combustion chamber (internal space) of the stove, two metal pipes are attached to the outer wall of the stove. Attached so as to penetrate the combustion chamber 6 from the bottom 7 and protrude to the upper wall 8, low temperature air on the floor surface is taken in from the air intake 4 at the bottom of the stove, and further, from several tens of centimeters from the intake By passing the cross-shaped steel plate 3 straight up to the tip of the protruding part and passing through the installed pipe, the contact area of the air is increased, and the warmed air is discharged efficiently to generate an updraft and the convection effect in the room Increase heating efficiency. [Selection] Figure 1

Description

  In the present invention, a metal pipe is penetrated through a combustion chamber (internal space) of a stove to enhance the heating efficiency of the room and the room.

  Stoves are broadly divided into reflection (radiant heat) and convection types, and are designed to maximize combustion efficiency.

  Although the conventional stove has been devised to increase the combustion efficiency, there has been nothing that can contribute to energy saving by further increasing the heating efficiency of the room by indirectly using the combustion temperature of the combustion chamber.

  In order to increase the heating efficiency for heating the room and the room, the combustion temperature of the combustion chamber is indirectly used. For this purpose, the pipe can be heated by attaching several metal pipes so as to penetrate the combustion chamber from the bottom of the outer wall of the stove and protrude to the upper wall. In order to cope with a large area of the heating zone, it is possible to attach an attachment to the tip of the pipe protrusion and extend the pipe. It is also conceivable to install a low-speed fan with a filter at the air intake at the bottom of the stove where there is no air purifier.

  From the air intake of the pipe at the bottom of the stove, from the location of several tens of centimeters to the tip of the protrusion, a cross or spiral steel plate is installed straight to increase the contact area of the air and efficiently discharge the warmed air .

  By heating a metal pipe that penetrates the low-temperature air on the floor surface into the combustion chamber, the air can be efficiently taken in, generating an updraft and increasing the heating efficiency by the convection effect in the room. . It can contribute to energy savings and can be used more widely than ever.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  In FIG. 1, 1 is a stove body, and 2 and 2a are metal pipes. The cross-shaped steel plate 3 increases the contact area of the passing air and efficiently heats and discharges it.

  FIG. 2 is a view of the stove body as seen from the side, showing the positional relationship between the chimney 5 and the metal pipes 2 and 2a.

  FIG. 3 is a plan view of the stove body and shows the positional relationship as in FIG. Three cross-shaped steel plates are also shown in the pipe.

  FIG. 4 is a view showing the shape of a cross-shaped steel plate installed in the metal pipes 2 and 2a.

  Front view and partially cutaway sectional view of a stove body showing an embodiment of the present invention   Right side view and partially cutaway sectional view of FIG.   Plan view of FIG. 1 of the present invention   1 is a perspective view of a cross-shaped steel plate installed in the metal pipe of FIG.

DESCRIPTION OF SYMBOLS 1 Stove body 2 ・ 2a Metal pipe 3 Cross-shaped steel plate 4 ・ 4a Air intake port 5 ・ 5a Air exhaust port 6 Combustion chamber 7 Outer wall bottom 8 Upper wall 9 Chimney

Claims (1)

  In order to increase the heating efficiency of the stove for heating indoors and indoors, in order to indirectly use the combustion temperature of the combustion chamber (internal space) of the stove, (1) several metal pipes at the bottom of the stove outer wall The pipe is heated by passing through the combustion chamber and projecting to the upper wall, and (2) low temperature air on the floor is taken in from the air intake at the bottom of the stove, and (3) from the intake By passing a cross-shaped steel plate straight from the tens of centimeters to the tip of the protruding part, the contact area of the air is increased, and the warmed air is discharged efficiently and an upward air flow is generated. Increases heating efficiency due to indoor convection effect. The stove which consists of the structure of the above (1)-(3).

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