Multifunctional commercial energy-saving stove

Abstract

The invention relates to a multifunctional commercial energy-saving stove. The multifunctional commercial energy-saving stove comprises a water tank, a stove hearth and an evaporating pot heated by the stove hearth and generating steam; the evaporating pan comprises a closed upper layer cavity constituting a pot cover and a lower layer cavity constituting a pot body; the upper layer cavity and thelower layer cavity form an integral structure, and the lower cavity communicates with a water outlet, located at the lower position, of the water tank through a water inlet pipe; the lower cavity communicates with a water inlet, located at the high position, of the water tank through a water outlet pipe; and the water inlet is higher than the water outlet pipe, and the water outlet is higher thanthe water inlet pipe. According to the multifunctional commercial energy-saving stove, steam can be uninterruptedly provided for corresponding equipment of a kitchen under the situation of without needing the stove for cooking, and the steam generating mode is more energy-saving compared with a tradition stove.

Description

technical field [0001] The invention belongs to the technical field of stoves, and in particular relates to a multifunctional commercial energy-saving stove. Background technique [0002] There are multifunctional commercial energy-saving stoves with waste heat utilization function on the market, which use the waste heat of three parts of traditional cooking stoves: the heat of hot flue gas, the heat transmitted from the burning furnace to the stove body, and the heat radiated from the furnace to the environment. The role of the heat exchanger is to heat cold water into hot water and steam. When the stove works for a long time, the stove with high waste heat utilization efficiency can directly generate steam from the waste heat to supply the steamer and rice steamer. But, when the chef does not need the stove to cook, the stove does not ignite and burn, so it cannot continue to generate steam through the waste heat. If you want to generate steam, you must put a large pot o...

AI Technical Summary

Problems solved by technology

However, during the period when the cook does not need the stove to cook, the stove does not ignite and burn, so it cannot continue to generate steam through waste heat.

If you want to generate steam, you must put a large pot of water on the stove so that the stove is always burning, so that the heat exchanger can use the waste heat of the stove to generate steam, but the steam generated by the water in the large pot cannot be effectively collected and utilized. , obviously this operation is a waste of heat source

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