CN2443254Y

CN2443254Y - Heating stove

Info

Publication number: CN2443254Y
Application number: CN 00255269
Authority: CN
Inventors: 张敬悦
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-10-02
Filing date: 2000-10-02
Publication date: 2001-08-15
Anticipated expiration: 2010-10-02

Abstract

The utility model discloses a heating stove, which is composed of a hearth body 1, an elbow 2, a chimney 3, etc. Interlayer air chambers 4 are all arranged in walls of the hearth body 1, the elbow 2, and the chimney 3. Honeycomb-shaped heat conducting material is filled in the interlayer air chambers. An air inlet pipe 6 is arranged at the lower part of the hearth body 1, and an air outlet pipe 8 is arranged at the upper part of the chimney 3. When fuel in the hearth body burns, air in the interlayer air chambers 4 is heated, and the air is blown into a room for heating by a blower. The heating stove has the advantages of high heat value, quick heat transmission, easy installation, low cost, and complete functions; radiators and water flowing channel do not need to be installed. The utility model can be widely used for heating in towns and villages in winter.

Description

The wind radiator

The utility model relates to the improvement of warming stove, and specifically a kind of wind radiator is applicable to and warms oneself with native heating installation winter.

At present, use in the winter time in the native heating installation, employed stove is the hot-water heating stove, constitute by hearth body, curve, chimney and interlayer water cavity and inlet tube and outlet tube, the outer wall of its hearth body, curve, chimney is bilayer, the centre is the interlayer water cavity, outlet pipe is located at chimney top, water inlet pipe is located at hearth body interlayer water cavity bottom, when the burner hearth fuel combustion, the water of interlayer water cavity is burned, and hot water enters radiator by outlet pipe, and the employed warming stove temperature raising of the native heating installation of this kind is slow, the thermal efficiency is low, cost is high, installation is difficult, usage charges are high.

The purpose of this utility model is to provide a kind of wind radiator, and the temperature raising of this kind wind radiator is fast, calorific value is high, need not to leak water pipeline and radiator, installation is easy, production cost is low, usage charges are lower, the function of cooking of also can have burning simultaneously, baking, iron.

The utility model is achieved in that this wind radiator is made of hearth body, curve, chimney, all establish the interlayer air cavity in its hearth body, curve, the chimney wall, be filled with cellular Heat Conduction Material in the interlayer air cavity, carry out accumulation of heat on the one hand, make the air heat in the interlayer air cavity, on the other hand by the honeycomb runner, when air blast is worked, be blown into the air of heating indoor, air inlet pipe is located at the bottom of hearth body, and an end feeds in the interlayer air cavity, another termination air blast, escape pipe is located at the top of chimney, and an end feeds in the interlayer air cavity, and the other end feeds indoor.This wind radiator is also implemented by following measure: the outer wall of its curve is square, and inwall be circular, establishes the heat build-up chamber below the interior cellular Heat Conduction Material of bottom interlayer air cavity; End in the escape pipe inlet chamber also can be established the rotation fin, blows so that hot gas looses, and the rotation fin can be established a plurality of according to the room.When using the utility model, light the fuel in the burner hearth, the air heat in the interlayer air cavity is opened air blast, heated air can be blown into indoorly by escape pipe, establishes the rotation fin on the escape pipe, can make hot gas to around advertise.

Advantage of the present utility model: compare with the hot-water heating stove, obviously have the following advantages: 1, calorific value height; 2, heat transfer rate is fast; 3, simple installation saves time, laborsaving, does not need to install radiator and the pipeline of leaking water, and need not add water, long service life in the stove; 4, cheap, total cost is half of hot-water heating stove; 5, function is many, can not only be used for heating, also can be used for cooking, as: burn, bake, iron.

Below in conjunction with accompanying drawing the utility model is described in further detail.

Fig. 1 looks schematic diagram for the novel master of this reality.

Fig. 2 is that the utility model is along the A-A cross-sectional schematic.

Fig. 3 is that the utility model is along the B-B cross-sectional schematic.

Make the utility model with reference to accompanying drawing 1,2,3.This wind radiator is made of hearth body 1, curve 2, chimney 3, its hearth body 1, curve 2, chimney 3 all are welded with steel plate, also can adopt the method for casting to make, all establish interlayer air cavity 4 in the wall, be filled with cellular Heat Conduction Material 5 in the interlayer air cavity 4, air inlet pipe 6 is located at the bottom of hearth body 1, one end feeds in the interlayer air cavity 4, the other end inserts air blast 7, escape pipe 8 is located at the top of chimney 3, and an end feeds in the interlayer air cavity 4, in the other end inlet chamber, end in the inlet chamber can be established rotation fin 9, and rotation fin 9 can be established a plurality of according to the room.The outer wall of this wind radiator curve 2 is square, and inwall is circular, in the interlayer air cavity of bottom cellular Heat Conduction Material 5 below establish a heat build-up chamber 10.The outer wall of hearth body 1 also can be square.

Claims

1. wind radiator, constitute by hearth body (1), curve (2), chimney (3), it is characterized in that all establishing interlayer air cavity (4) in hearth body (1), curve (2), chimney (3) wall, be filled with cellular Heat Conduction Material (5) in the interlayer air cavity (4), air inlet pipe (6) is located at the bottom of hearth body (1), and an end feeds in the interlayer air cavity (4), another termination air blast (7), escape pipe (8) is located at the top of chimney (3), and an end feeds in the interlayer air cavity (4), and the other end feeds indoor.

2. wind radiator according to claim 1, the outer wall that it is characterized in that curve (2) is square, inwall is circular, in the interlayer air cavity of bottom cellular Heat Conduction Material (5) below establish heat build-up chamber (10).

3. wind radiator according to claim 1 is characterized in that the end in escape pipe (8) inlet chamber also can be established rotation fin (9), and rotation fin (9) can be established a plurality of according to the room.