Multifunctional integrated cleaning robot system

Abstract

A multifunctional integrated cleaning robot system comprises a cleaning robot and a base station, the cleaning robot is provided with a first connecting panel, the first connecting panel is provided with a first infrared seeking charging opening, a charging butt joint opening, a clear water butt joint opening, a dust collection butt joint opening and a sewage butt joint opening, and the base station is provided with a second connecting panel. The second connecting panel is provided with a second infrared searching and charging opening, a charging butt joint piece, a clear water butt joint piece, a dust collection butt joint piece and a sewage butt joint piece; and the cleaning robot is provided with an infrared receiver corresponding to the first infrared searching and charging opening, the base station is provided with an infrared emitter corresponding to the second infrared searching and charging opening, and the cleaning robot searches the base station through infrared induction and enables the first connecting panel and the second connecting panel to be in butt joint. When the first connecting panel and the second connecting panel are in butt joint, the charging butt joint opening, the clear water butt joint opening, the dust collection butt joint opening and the sewage butt joint opening are in butt joint with the charging butt joint piece, the clear water butt joint piece, the dust collection butt joint piece and the sewage butt joint piece one by one.

Description

technical field [0001] The invention relates to the field of robots, in particular to a cleaning robot system with multiple functions. Background technique [0002] The functions of the cleaning robots on the existing market are relatively simple, and they mainly perform cleaning tasks such as vacuuming and sweeping. As users rely on the use of cleaning robots, cleaning robots with functions such as washing and mopping the floor have gradually appeared. , mainly by setting a dust box inside the cleaning robot to collect dust and garbage, or setting a water tank for mopping and washing the floor. [0003] But, the inventor finds when implementing the present invention, existing cleaning robot has following technical problem at least: [0004] (1) The interior of the existing cleaning robot is equipped with an independent dust box or water tank, and the bottom of the cleaning robot is equipped with independent cleaning parts to perform cleaning tasks. The user can perform the...

AI Technical Summary

Problems solved by technology

It can be seen that the existing cleaning robot can only realize the function of vacuuming or mopping the floor during cleaning work, and cannot realize two cleaning functions at the same time, and the cleaning function is single

Moreover, when implementing different functions, users need to replace many accessories, and users are prone to make replacement mistakes or forget to replace them, which will cause the cleaning robot to malfunction and fail to work, and make the assembly process of the intelligent cleaning robot difficult and costly.

[0005](2) The existing cleaning robot sets a rag at the bottom to mop the floor during walking. After mopping the floor for a long time, water and dirt Attached to the rag, it may cause secondary pollution to the ground during the subsequent floor cleaning process. The rag needs to be disassembled by the user for manual cleaning, which is time-consuming, laborious, unhygienic and affects the user experience.

[0006](3) Existing cleaning robots cannot realize automatic dust collection (collect dust box dust), after a period of use, users need to take out the dust box full of dust , Manually clean the dust in the dust box and then put it back to continue the dust collection work, which is time-consuming, laborious, unhygienic and affects the user experience

[0007](4) Existing cleaning robots cannot automatically add water to the water tank. After a period of use, the user needs to take out the water tank that is short of water, manually add water and put it back Continue to mop the floor, which is time-consuming and labor-intensive, affecting user experience

Since the fan must rotate at high speed to generate sufficient vacuum, the temperature of the fan rotor will be high (up to 100°C) after long-term operation, and the airflow passing through the fan will also become hot airflow, which will cause the indoor temperature to drop if it is directly discharged into the environment. Elevated, not well recycled

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