KR20000072082A - Fire recycle machine - Google Patents

Abstract

PURPOSE: An apparatus for recycling heat is provided to reduce fuel expenses by reusing high heat wasted through the apparatus for recycling heat. CONSTITUTION: In an apparatus for recycling heat, heat emitted to a stovepipe in a boiler(10) is flowed into the inside of a heat recycling chamber1 through a heat sucking port(5) for heating the temperature of the surface of stainless pipe, and passes partitions in zigzags for being discharged into the outside of the building through a thermal discharging pipe(4). At this time, the temperature of air in the inside of the pipe are increased. The hot air is sensed by a temperature controlling sensor and power supply is provided to a blower fan(6). The air collected by the blower fan is provided to the necessary place through a discharging pipe(7) for being used.

Description

Heat Recycling Machine {FIRE RECYCLE MACHINE}

In the present invention, a boiler or a heating heater is generally equipped with a gas discharge communication, and a lot of heat that cannot be removed in the apparatus has been discharged out through the communication. However, this heat recycler draws high heat discarded through the communication through the heat suction pipe (5) to raise the temperature of the surface of 40 stainless corrugated pipes in the heat recycling chamber, and the partition (13) is jig moved from the bottom to the top to heat. Out through the discharge pipe (4). At this time, the temperature of the air inside the 40 stainless steel corrugated pipes 12 is increased and the temperature is sensed by the thermostat sensor and supplied to the power supply of the Broua 휀 (6), and the hot air is sucked into the 40 stainless steel corrugated pipes 12. It is sent to the room or a necessary place through the heated air discharge pipe 7 for use.

An object of the present invention is to reduce the fuel cost due to the use of heat that is discarded through the communication with the gas when using the boiler and heating heater to regenerate the heat again through a heat recycler.

1 is a perspective view of a heat recycler according to the present invention

Figure 2 stainless steel corrugated pipe 15mm assembly perspective

3 is a perspective view showing a movement path in the air to be heated

Figure 4 is a perspective view showing the recycler specification and the heat transfer path generated in the boiler

5 partition layout and thermostat electrical wiring perspective view

<Explanation of symbols for main parts of drawing>

1. Heat recycling chamber 9. Boiler flue

4. Heat discharge tube 10. Boiler

5. Heat Suction Line 11. Heat Recycling Room Cover Assembly Bolt

6. Brooch 휀 12. Stainless steel corrugated pipe 〈15mm〉

7. 13 air compartments for air discharge to be heated

8. Air intake tube to be heated 16 Heat recycling chamber body cover

17. Thermostat

According to the present invention will be described with reference to the accompanying drawings an embodiment as a device that can reuse the heat discarded through the communication with the gas when using the boiler and heating heater as follows.

Size of the heat recycler [4] is based on the capacity of 20,000 calories in domestic boilers.

The body of the heat recycler is easy to machine steel plate and the tube is made of stainless steel corrugated pipe (12) 15mm.

The partition 13 is an iron plate, in which the heat sucked from the heat intake tube 5 rises to the working jig to the jig, and transfers heat to the surface of the stainless corrugated pipe, and the cooled heat is drawn out through the heat discharge tube 4.

At this time, when the temperature rises inside the heat recycler, it is sensed by the thermostat (17) sensor and the power is operated by the brooch (6). The air sucked through the air intake tube (8) to be heated up takes 40 corrugated pipes. Through the bottom (3) is reached and the air sucked in the process rises to a high temperature. The elevated air is sent to the required place through the air discharge pipe 7 by the blower fin 6 and used for heating. The heat recycler body cover 16 can be easily attached to and detached from the inside of the heat recycler, and can be periodically maintained inside the heat recycler.

As described above, according to the present invention, it is possible to reduce fuel costs by reusing high heat discarded through communication through a heat recycler, and contribute to the home economy and even the national economy.

Claims (1)

Heat that is discarded by communication such as a boiler or a heater for heating passes from the heat intake pipe 5 to the heat discharge pipe 4 and transfers heat to the air inside the stainless steel corrugated pipe 12 mounted inside the heat recycler. A heat recycler that collects elevated air and can be reused for heating.