Water nozzle structure, integrated waterway assembly and washing machine

Abstract

The invention discloses a water nozzle structure, an integrated waterway assembly and a washing machine, pertaining to the technical field of washing equipment. The water nozzle structure comprises awater hole. The outer periphery of a water inlet of the water hole is equipped with water retaining rings. Surfaces of the water retaining rings are smooth slopes. Top ends of the smooth slopes are smoothly connected with the water inlet of the water hole. The outer periphery of the water hole is equipped with grooves. Water flows climb upwards along the smooth slopes when passing through the water retaining rings and go downwards at the water inlet. Water-flow inertia is fully counteracted during a climbing process. Due to the grooves, water flows do not climb to an end surface where the water outlet is located when passing through the water outlet. Therefore, water flows go downwards when passing through the water outlet. The integrated waterway assembly and the washing machine have thefollowing beneficial effects: with the above water nozzle structure, water flows do not climb to the end surface where an upper cover is located when water flows pass through the water outlet; therefore, water flows fall down into a washing cavity through the water outlet; and additives can then be fully flushed so that additive residuals are avoided.

Description

Technical field [0001] The invention relates to the technical field of washing equipment, in particular to a water nozzle structure, an integrated waterway assembly and a washing machine using the water nozzle structure. Background technique [0002] The additives in the dispenser of the drum washing machine require water flow for washing, and the part that provides the washing water flow is generally called an integrated water circuit assembly. The water flow in the water pipe enters the water flow cavity on the upper cover through the water injection port, and is dispersed to the various cavities in the dispenser through the water nozzle on the upper cover to flush the additives. [0003] When the water pressure is high and the water path is relatively tortuous, vortex water flow will form in the water flow cavity. Such as figure 1 As shown, when the swirling water flows through the water nozzle 11, due to inertia, the water does not flow away along the guide of the water nozzle...

AI Technical Summary

Problems solved by technology

[0005] The object of the present invention is to provide a faucet structure to solve the problems of low water flow utilization and additive flushing caused by faucet creeping phenomenon existing in the prior art Dirty technical issues

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