Energy-saving multi-purpose pot

Abstract

The invention relates to an energy-saving multi-purpose pot. In order to solve the heat loss problem of the existing electric heating pot, an outer pot ring with a display control mechanism and hand ears is fixed upwards on the outer periphery of the base, and the bottom of the pot is fixed upwards in the middle of the base through standard fasteners. Inner pot body with heating and temperature control elements and heat insulation layer, the upper edge of the inner pot body expanding outwards and the upper port of the outer pot ring are fixed up and down together; between the display control mechanism and the heating and temperature control element The main control board is connected to the main control board, and the main control board is connected to a power socket with a waterproof cover on one side of the base, and a pot cover is arranged on the upper edge of the inner pot body. The pot cover is a circular transparent glass cover with a convex middle part with a handle and a metal hoop fixed around it or an elastic sealing ring with a round transparent glass cover with a handle with a middle part that is convex and a fixed elastic sealing ring. The glass cover is equipped with an automatic sealing pressure relief valve; the metal hoop and the elastic sealing ring cooperate with the upper edge of the inner pot. It has the functions of an electric pressure cooker, an electric frying pan and an electric rice cooker. It has the advantages of one pot with multiple functions, convenient use, less heat loss and high thermal efficiency.

Description

technical field [0001] The invention relates to a cooking pot, in particular to an energy-saving multi-purpose pot. Background technique [0002] Due to various reasons such as the accelerated pace of life of modern people, the complexity of life affairs, the increase in life pressure, and the frequent communication of information, when using pots with traditional fire sources, it often happens that the stove cannot be taken care of in time or the fire is forgotten to be turned off in time. Stove problems or accidents; for this reason, people are more willing to use electric cooking utensils with temperature control or timing functions. [0003] At present, the electric heating pots commonly used by people mainly include: electric pressure cooker, electric frying pan and electric rice cooker. However, due to the limited space in the stove and kitchen, there can only be one electric heating pot placed on the stove and other kitchen positions within reach. Therefore, although...

AI Technical Summary

Problems solved by technology

[0002] Due to various reasons such as the accelerated pace of life of modern people, the complexity of life affairs, the increase in life pressure, and the frequent communication of information, when using pots with traditional fire sources, it often happens that the stove cannot be taken care of in time or the fire is forgotten to be turned off in time. Stove problems or accidents; for this reason, people are more willing to use electric cooking utensils with temperature control or timing functions

[0003] At present, the electric heating pots commonly used by people mainly include: electric pressure cooker, electric frying pan and electric rice cooker. However, due to the limited space in the stove and kitchen, there can only be one electric heating pot placed on the stove and other kitchen positions within reach. Therefore, although many families have all electric pressure cookers, electric frying pans and rice cookers, due to space constraints, they can only choose one of them to be placed in a common location.

The problem is: the electric frying pan, electric rice cooker and electric pressure cooker are all commonly used pots, and only one of them is placed in the usual position, which will inevitably cause the trouble of frequently exchanging the pots in the common position and the non-used position, which is very inconvenient use

In addition, existing electric frying pans generally lack thermal insulation measures.

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