Energy-saving gas stove
A gas stove and gas technology, applied in the field of gas stoves, can solve the problems of heat consumption, high temperature, waste gas overflow, etc., and achieve the effects of improving combustion efficiency, thermal efficiency, and thermal efficiency.
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Example one
1 and 2, an energy-saving gas stove includes a gas stove body 13, an igniter 14, a burner 1, a gas duct 2, and a gas mixing chamber 3 arranged on the gas stove body 13, and the igniter 14 is arranged at At the gas outlet of the combustor 1, the gas conduit 2 communicates with the gas mixing chamber 3, and the combustor 1 is connected to the upper part of the gas mixing chamber 3. It includes a cylindrical burner 11 and a cylindrical burner 11 The annular combustor 12 of the combustor 11 is provided with gas holes 111 on the side walls of the combustor 1. The gas stove also includes an exhaust gas discharge pipe 4, an air duct 5, cold air for inflow and hot exhaust gas discharged A heat exchange device 6 for heat exchange and an isolation cover 8 that separates the hot combustion gas from the outside. The isolation cover 8 is provided between the bottom of the pot 7 and the gas stove body 13, and one end of the exhaust gas exhaust pipe 4 is connected to the isolation...
Example Embodiment
Example two
6 and 7, the structure of this embodiment is basically the same as that of the first embodiment above. The main difference is that the gas stove of this embodiment also includes a high-temperature resistant fire shield 18, which is roughly inverted Goblet shape. The flame shield 18 is sleeved on the combustor 1, and a funnel-shaped hot gas outlet 181 is formed above the combustor 1. The funnel-shaped hot gas outlet 181 facilitates the diffusion of hot gas. The flame shield 18 has a certain blocking effect on the flame, which can avoid the problem of uneven heating of the bottom 7 caused by the direct contact of the flame with the bottom 7 of the pot. At the same time, the heat formed by the combustion of the gas on the burner 1 is flushed from the hot gas outlet. And heat the bottom 7 of the pot.
Referring to FIG. 7, the gas stove further includes a bimetal 19 for sensing the hot gas of combustion and a flow control valve 191 controlled by the bimetal 19. The flo...
Example Embodiment
Example three
Referring to Figure 8, the structure of this embodiment is basically the same as that of the above-mentioned second embodiment. The main difference is that the partition 20 of this embodiment is provided with a plurality of vent holes 152 at intervals, and the pot bottom 7 is in contact with the top of the isolation cover 8. , There is a gap between the fire barrier 15 and the bottom of the pot 7. In this way, the combustion hot gas can be filled in the entire isolation cover 8, thereby increasing the heating area of the bottom of the pot 7, thereby improving the thermal efficiency. In addition, the exhaust gas generated by combustion can also flow into the exhaust gas discharge pipe 4 from the vent 152, which is more conducive to the discharge of the exhaust gas.
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