Multi-functional integrated cooker

Abstract

The invention provides a multi-functional integrated cooker. The multi-functional integrated cooker comprises a cooking bench, a stove plate, an energy gathering water heater, a cooker hood, and an air fume hood; the energy gathering water heater comprises an energy gathering device core, a water tank hood and a preheater; the cooker hood comprises a fan, a fume exhaust hood, a fume hood seat and a fume hood support; and the stove plate is a premixing stove plate. The problems that heat of the cooker is lost seriously, the fume exhaust range of the cooker hood is narrow and gas cannot be combusted fully are solved. Compared with the prior art, the multi-functional integrated cooker has the advantages that: residual heat of a cooker hearth and residual heat carried by fume are fully utilized for heating water by the energy gathering water heater; the cooker hood can realize 360-degree annular fume exhausting; the power requirement on the fan is low, and the obvious effect of exhausting fume is achieved; the cooker hood can exhaust fume and air fume obtained after gas is combusted; and gas and air can be fully mixed in the premixing stove plate, and the utilization rate of energy resources can be improved.

Description

technical field [0001] The invention relates to a cooker, in particular to a cooker integrating a stove pan, a water heater and a range hood. Background technique [0002] The thermal efficiency of a household gas stove is an important indicator to measure whether a gas stove is energy-efficient. According to the provisions of the national standard GB16410 "Household Gas Cookers", for desktop gas stoves, the thermal efficiency should be greater than 55%, and for embedded stoves, the thermal efficiency should be greater than 50%. In actual products, the thermal efficiency of ordinary desktop gas stoves is generally less than 60%; the thermal efficiency of ordinary embedded stoves is generally less than 55%; and the thermal efficiency of gas stoves using infrared heating technology can generally exceed 60%. The so-called thermal efficiency of the gas stove is the effective utilization rate of the gas heat energy during the use of the gas stove. From the thermal efficiency of...

AI Technical Summary

Problems solved by technology

At the same time, due to the lack of air in the stove hole, the combustion of gas is not sufficient, resulting in heat loss, and at the same time, a large amount of harmful gases such as CO are produced.

[0006] Generally speaking, the current integrated stoves simply combine induction cookers or gas stoves with range hoods, and fail to truly achieve environmental protection, energy saving, and health.

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