All-in-one clothing washing and drying shared cavity machine based on principle of ultrasonic washing and vacuum microwave drying

Abstract

The invention relates to an all-in-one clothing washing and drying shared cavity machine based on the principle of ultrasonic washing and vacuum microwave drying, comprising a double-chamber type cavity, wherein the double-chamber type cavity is internally provided with an ultrasonic cleaning double-chamber partition, the double-chamber type cavity is partitioned into an upper chamber and a lowerchamber, and the upper chamber and the lower chamber are communicated through an air pressure balance pipeline; the upper chamber is connected to a water inlet pipeline, a water outlet pipeline and avacuum pump, and a microwave generating device is arranged above the upper chamber; an ultrasonic cleaning module is arranged in the lower chamber. The problem of complicated structure and low utilization rate of an independent double-chamber structure system is ingeniously solved by the form of reusing double cavities, the energy utilization of the system is effectively improved by building in anultrasonic vibrator and by the independent vibration of the ultrasonic cleaning double-chamber partition, and noise pollution is reduced.

Description

technical field [0001] The invention relates to the field of household appliances, in particular to an integrated machine for washing and drying clothes with a shared cavity based on the principles of ultrasonic washing and vacuum microwave drying. Background technique [0002] The washing and drying machine with ultrasonic washing and vacuum microwave drying is a new type of energy-saving household appliance. Compared with traditional clothes dryers and washing machines, it reduces the consumption of electric energy and saves the use of water resources. However, in the process of use, since vacuum microwave drying needs to build a stable vacuum environment, there are relatively strict requirements on the structure and quality of the chamber. However, the increase in the quality of the chamber will lead to an excessively large ineffective load of the ultrasonic cleaning module, a large energy loss phenomenon will occur during the ultrasonic cleaning process, and there will a...

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Problems solved by technology

The design of the multiplexing structure can reduce the difficulty of system design and energy loss to a certain extent, but the noise pollution is still relatively large, so it is not suitable for home use.

[0005] 3. There is no suitable design for a structure that can simultaneously meet the low-load requirements of ultrasonic cleaning for the vibrator installation object and the high-strength requirements of microwave vacuum drying for the drying chamber.

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