Thermal insulation switch structure and electric kettle

Abstract

The invention provides a thermal insulation switch structure and an electric kettle. The thermal insulation switch structure comprises a support assembly and a thermal insulation button. The support assembly is in the bottom cover of the electric kettle. The support assembly comprises a support component and a thermal insulation switch. The thermal insulation switch is assembled on the support component through a button placement structure of the support component. The first end of the thermal insulation button passes through a preset hole of the bottom cover and is in the bottom cover. The first end of the thermal insulation button is provided with an elastic element. The thermal insulation button is connected with the support assembly through the elastic element. Through the technical scheme, the support component and the thermal insulation switch combine to form the support assembly. Compared with the prior art, the position of the support assembly is more flexible, the support assembly is not limited by bottom cover space, and influence of sizes of other components of the bottom cover on the thermal insulation switch is prevented, installation of the thermal insulation switch structure is simplified, so the thermal insulation switch is more stable. A thermal insulation indication lamp cover and the thermal insulation button are combined, and the appearance modeling is simplified, one key operation is simple and clear, and the electric kettle is convenient for a user to use.

Description

technical field [0001] The invention relates to the technical field of household appliances, and more specifically, to a heat preservation switch structure and an electric kettle. Background technique [0002] At present, the switch installation structure of the thermal insulation electric kettle on the market, such as figure 1 and figure 2 As shown, the heat preservation switch 2 is directly installed on the bottom cover, and the structural stability is easily affected by the size of the bottom cover parts; at the same time, the heat preservation indicator light is also arranged on the bottom cover, and is indicated by the light transmission of the heat preservation indicator light cover 1 arranged on the bottom cover; The thermal insulation structure is limited, and the position and size of the switch affect the industrial design appearance; the operation switch is separated from the indicator light, which is not simple enough; especially when it is together with the pow...

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Problems solved by technology

[0002] At present, the switch installation structure of the thermal insulation electric kettle on the market, such as figure 1 and figure 2 As shown, the heat preservation switch 2 is directly installed on the bottom cover, and the structural stability is easily affected by the size of the bottom cover parts; at the same time, the heat preservation indicator light is also arranged on the bottom cover, and is indicated by the light transmission of the heat preservation indicator light cover 1 arranged on the bottom cover; The thermal insulation structure is limited, and the position and size of the switch affect the appearance of the industrial design; in addition, the operation switch and the indicator light are separated, which is not simple and clear enough; especially when it is together with the power indicator light cover 3, it is easier to confuse the indication; it is not convenient for users to use

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