CN2685739Y - Thermal Energy comprehensive utilization energy-saving gas stove - Google Patents

Abstract

The utility model relates to a thermal energy comprehensive utilization energy-saving gas stove which belongs to domestic burners or stoves. Waste heat recovery water bladder circumambient covers are arranged on the combustion burner of the gas stove, the upper part of the water bladder circumambient cover is provided with an upper water pipe which is communicated with the upper part of the water bladder circumambient cover at the other side, and the lower part of the water bladder circumambient cover is provided with a return pipe which is communicated with the lower part of the water bladder circumambient cover at the other side. An upper water pipe communicated with the upper water pipe at the upper part of the water bladder circumambient cover is arranged on the side wall of a saucepan on the water bladder circumambient cover, and the bottom of the saucepan is provided with a return pipe which is communicated with the return pipe at the lower part of the water bladder circumambient cover. The side wall of a high level cistern is provided with an upper water pipe which is communicated with the upper water pipe at the upper part of the water bladder circumambient cover, and the bottom of the high level cistern is provided with a return pipe which is communicated with the return pipe at the lower part of the water bladder circumambient cover. A system water inlet an is arranged on the water bladder circumambient cover, and the bottom of the high level cistern is provided with a system water outlet b. The utility model has the advantages of simple structural design, convenient installment and use, low cost, high waste heat recovery rate and felicitous comprehensive utilization method, saves the energy, and also increases the use function of the gas stove.

Description

Comprehensive utilization of heat energy and energy-saving gas stove

technical field

The utility model belongs to household stoves or stoves, in particular to an energy-saving gas stove for comprehensive utilization of heat energy.

Background technique

Existing household gas-cooker, the gas nozzle of its burner, the structure etc. of closing tuyere and burner thereof, have all carried out careful design, all obtained better effect aspect improving thermal efficiency. However, there is no precedent for solving the problem of heat loss around the periphery of the combustion furnace flame, resulting in a large amount of waste of energy.

Contents of the invention

The purpose of the utility model is to solve the deficiencies of the prior art, to recover and comprehensively utilize the heat lost in the periphery of the combustion furnace flame of the gas stove, so as to achieve the purpose of saving energy. Its design scheme is: a waste heat recovery water tank enclosure is provided on the combustion furnace of the gas stove, an upper water pipe is connected to the upper part of the other side of the water tank enclosure on the upper part of the water tank enclosure, and the lower part of the water tank enclosure has The water return pipe communicates with the bottom of the water bladder enclosure on the other side. An upper water pipe is arranged on the side wall of the steamer on the water bladder enclosure to communicate with the upper water pipe on the upper part of the water bladder enclosure, and the bottom of the steamer has a return pipe to communicate with the return pipe on the lower part of the water bladder enclosure. The side wall of the high-level water tank has an upper water pipe to communicate with the upper water pipe on the top of the water bladder enclosure, and the bottom of the high-level water tank has a return pipe to communicate with the return water pipe on the lower part of the water bladder enclosure. A system water inlet a is arranged on the water tank enclosure, and a system water outlet b is arranged at the bottom of the high level water tank.

The working principle is: when the combustion furnace inside the waste heat recovery water tank enclosure (2) is ignited, its upward flame is used to heat the target object, and the side flames or radiant heat around the outer periphery will be absorbed by the water tank enclosure (2) , the water in the tank is heated to generate circulation. On the one hand, the steamer (6) on the other side can be heated; on the other hand, it can also form a hot water circulation with the water tank (9), which can be used for room heating or hot water. When the water bladder enclosure (4) was ignited, its working method principle was also the same.

The energy-saving gas stove for comprehensive utilization of heat energy designed by the utility model has the advantages of simple design structure, convenient installation and use, low cost, high recovery rate of waste heat, and ingenious comprehensive utilization method, which can not only effectively save energy, but also increase the use function of the gas stove.

Description of drawings

The accompanying drawing of the description is a schematic structural view of the energy-saving gas stove for comprehensive utilization of heat energy of the present utility model.

Implementation

In conjunction with the accompanying drawings, the specific embodiments of the energy-saving gas stove for comprehensive utilization of heat energy of the present utility model are described: the combustion furnace of the gas stove (1) is provided with a water bladder enclosure (2) for waste heat recovery, and the water bladder enclosure (2) The upper part has an upper water pipe (3) to communicate with the top of the other side water bladder enclosure (4), and the bottom of the water bladder enclosure (4) has a return pipe (5) to communicate with the bottom of the water bladder enclosure (2). On the side wall of the steamer (6) on the water tank enclosure (4) there is an upper water pipe (7) to communicate with the upper water pipe (3), and the bottom of the steamer (6) has a water return pipe (8) and a water return pipe ( 5) Connectivity. The side wall of the elevated water tank (9) has an upper water pipe (10) to communicate with the upper water pipe (3), and the bottom of the elevated water tank (9) has a water return pipe (11) to communicate with the water return pipe (5). A system water inlet a is arranged on the water tank enclosure (4), and a system water outlet b is arranged at the bottom of the elevated water tank (9).

Claims (1)

1, the heat integration energy-saving gas cooker is characterized in that being provided with waste heat recovery water courage shroud (2) on the combustion furnace of gas-cooker (1), have upper hose (3) to be communicated with the top of another side water bladder shroud (4) on the top of water courage shroud (2), the bottom of water courage shroud (4) has return pipe (5) to be communicated with the bottom of water courage shroud (2); Have upper hose (7) to be communicated with upper hose (3) on the sidewall of the steamer (6) on the water courage shroud (4), the bottom of steamer (6) has return pipe (8) to be communicated with return pipe (5); The sidewall of elevated tank (9) has upper hose (10) to be communicated with upper hose (3), and the bottom of elevated tank (9) has return pipe (11) to be communicated with return pipe (5); The water inlet a of system is arranged on the water courage shroud (4), the delivery port b of system is arranged in the bottom of elevated tank (9).