Mopping mechanism with self-cleaning and sewage recovery functions applicable to intelligent sweeping machines

Abstract

The invention discloses a mopping mechanism which has self-cleaning and sewage recovery functions and is applicable to intelligent sweeping machines. The mopping mechanism comprises a water spraying module, a drum module and a sewage collecting module, wherein the water spraying module comprises a water spraying pipe, a clean water tank and a water pump. The mopping mechanism uses a sponge mop with better mopping effect and adopts a circulating water treatment method, thus the recovery problem of sewage generated during the mopping of the ground is successfully solved. The sewage is recoveredinto a sewage collecting box on the machine, and accordingly the recovery problem of the sewage generated during the mopping of the ground is successfully solved. Meanwhile, particulate garbage, dustand the sewage generated by the mopping of the ground can be separately collected in corresponding dustbins and sewage tanks, thus the problems of the particulate garbage, the dust and the sewage aresolved. And the mopping mechanism has a sponge mop automatic cleaning function, so there is no need for frequent manual cleaning of the mop. Unlike the previous condition that the mop needs to be cleaned for several times after one use, the mopping mechanism only requires cleaning when used for several times. The mopping mechanism truly achieves a wet mopping function in the machine and saves users' time.

Description

technical field [0001] The invention relates to a daily necessities, in particular to a mopping mechanism with self-cleaning and sewage recovery applied to an intelligent sweeper. Background technique [0002] At present, most of the smart sweepers on the market are dry sweepers, which cannot implement the function of wet mopping. In order to realize this function, some machines hang a cotton rag on the bottom of the sweeper, and install a water tank on the top of the rag. When working, The water tank drips on the mop. When the sweeper is working, it drives the mop to move in the room. Because the mop touches the ground, it can clean the floor. However, there are still problems that need to be further improved. The main problems are: 1. Because the mop does not have automatic cleaning function Function, after more than ten minutes of work, the rag is easy to get dirty, and needs to be removed and cleaned manually. If you continue to work without cleaning, it will cause secon...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the smart sweepers on the market are dry sweepers, which cannot implement the function of wet mopping. In order to realize this function, some machines hang a cotton rag on the bottom of the sweeper, and install a water tank on the top of the rag. When working, The water tank drips on the mop. When the sweeper is working, it drives the mop to move in the room. Because the mop touches the ground, it can clean the floor. However, there are still problems that need to be further improved. The main problems are: 1. Because the mop does not have automatic cleaning function Function, after more than ten minutes of work, the rag is easy to get dirty, and needs to be removed and cleaned manually. If you continue to work without cleaning, it will cause secondary pollution to the room; 2. The dripping is out of control. If you continue to drip when you don’t need it, it will damage the wooden floor or Contaminate the floor of the room. 3. The rag does not have the function of automatic cleaning. In the actual use process, the user needs to remove and wash frequently, which seriously reduces the practicability of the smart sweeper.

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