Clothes treatment equipment and putting assembly therefor

Abstract

The invention relates to the technical field of clothes treatment, and particularly provides clothes treatment equipment and a putting assembly therefor. The putting assembly comprises 1) a containing vessel capable of containing a clothes treatment agent; 2) a first switching mechanism which can be switched between a communication state and a non-communication state, wherein under the condition that the first switching mechanism is in the communication state, the clothes treatment agent can reach the containing vessel through the switching mechanism; and 3) a second switching mechanism which can be separated from or connected with the first switching mechanism according to the weight of the clothes treatment agent contained in the containing vessel, wherein on the premise that the second switching mechanism is connected with the first switching mechanism, the first switching mechanism can be switched to the non-communication state. By means of the arrangement, the putting amount can be determined based on the weight of the clothes treatment agent, and therefore it is guaranteed that the clothes treatment agent is accurately put.

Description

technical field [0001] The present invention relates to the technical field of clothes treatment, in particular to a clothes treatment device and a dispensing component therefor. Background technique [0002] Washing equipment (such as washing machines) usually uses detergent in the process of washing clothes. Correspondingly, the washing equipment is equipped with a detergent box for containing detergent. With people's demand for delicate cleaning and care, a single laundry treatment agent, that is, a conventional detergent, can no longer meet the requirements. Other laundry treatment agents such as softeners, disinfectants, and wool special detergents have appeared on the market. [0003] Corresponding to the various laundry treatment agents required for delicate washing and care, it is necessary to configure a mechanism capable of achieving precise dosing for various laundry treatment agents. For example, for a drum washing machine of a precision dosing type, for any ki...

AI Technical Summary

Problems solved by technology

Since the dosage of the current laundry treatment agent is usually based on the dosage volume as the unit of measurement, there will be such a problem: when the temperature of the use environment is greatly different from the reference temperature in the design stage, the corresponding weight of the same volume of laundry treatment agent There will be obvious differences (from the perspective of precise delivery), which will affect the performance of precision delivery models

For example, the inventor found in the product research stage that some villa users will use the washing machine in outdoor scenes such as terraces, and the temperature of the outdoor scene itself deviates from the reference temperature in the design stage. In addition, the temperature of the outdoor scene itself varies between For example, the temperature difference can be as high as 50°C. In this way, from the perspective of precise delivery, there will be a common problem of "less delivery in summer and more delivery in winter".

[0004] In addition, because most of the current laundry treatment agents are administered by suction, if the suction is too fast or when the laundry treatment agent is about to be used up, air bubbles will be generated.

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