Water supply mechanism and washing machine

Abstract

The invention provides a water supply mechanism and a washing machine. The washing machine comprises a body, the water supply mechanism is used for the washing machine and is arranged on the body, thewater supply mechanism comprises an inlet pipe, a water spraying component arranged on the body for spraying water into the body, a diverting component arranged on the water spraying component and provided with a direct flow connector and a diverting connector and a water suction pump which is arranged on the body, wherein the direct flow connector is respectively connected with the inlet pipe and the water spraying component, the water suction pump is arranged on the body and connected with the diverting connector and can absorb water from the outside; the water flows through the inlet pipeand the suction pump into a diverting component, and then enters the water spraying component through the diverting component or returns to the suction pump. The water supply mechanism is provided with the diverting component, the diverting component can spray the water entering the inlet pipe and the water suction pump to the inside of the body through the water spraying component, and the mechanism does not need to be separately provided with a separate water spraying component for the water suction pump, the structure of the water supply mechanism is simplified, the washing machine is simple and convenient to operate, and the universality of the water supply mechanism is improved.

Description

technical field [0001] The invention relates to the field of household appliances, in particular to a water supply mechanism and a washing machine. Background technique [0002] Most of the water supply of traditional washing machines comes from tap water during use. However, for some remote areas without tap water, the mode of only entering water through tap water limits the popularization and use of washing machines in these areas; at the same time, with the public awareness of water saving With the enhancement of washing machine, users often use some secondary water stored at home to wash clothes. At this time, the washing machine is required to have the function of absorbing water from an external water source. [0003] At present, there are some washing machines that realize the water absorption function of the washing machine by installing a water suction pump on the outside. However, these external water suction pumps need to soak the pump body and electrical parts in...

AI Technical Summary

Problems solved by technology

[0002] Most of the water supply of traditional washing machines comes from tap water during use. However, for some remote areas without tap water, the mode of only entering water through tap water limits the popularization and use of washing machines in these areas; at the same time, with the public awareness of water saving In addition, users often use some secondary water stored at home to wash clothes. At this time, the washing machine needs to have the function of absorbing water from an external water source.

[0003] At present, there are some washing machines that realize the water absorption function of the washing machine by installing a water suction pump on the outside. However, these external water suction pumps need to soak the pump body and electrical parts in water, which requires high insulation and needs to be connected separately. Certain potential safety hazards, and the washing machine with an external suction pump cannot automatically run automatically according to the washing machine program, and the operation is extremely inconvenient

Some manufacturers have produced built-in suction pump washing machines. However, the existing built-in suction pump washing machines generally require a new design of the water supply mechanism. Increased the complexity of the structure, resulting in the non-universal nozzle body, reducing the versatility of the water supply mechanism, making it difficult to popularize

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