Floor Scrubber Segmented Collection for Garbage and Sewage Separation
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Solution Overview
Problem
Existing floor scrubbers face challenges in efficiently separating garbage and sewage during cleaning, leading to mixed collection that affects user experience.
Innovation Solution
A floor scrubber design with a garbage collection box and a sewage collection chamber, featuring a roller brush, scraping strips, and a water squeezing device to separate garbage and sewage, along with a driving device for automated operation and a filtering system for water recycling.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If garbage and sewage are collected into the same collection chamber, then the device structure is simple, but cleaning efficiency deteriorates due to mixing of garbage and sewage
Solution Approach 1:
The collection chamber is segmented into two separate functional areas: a garbage collection box for solid waste and a sewage collection chamber for liquid waste. This segmentation allows independent collection and processing of different waste types, preventing mixing and maintaining high cleaning efficiency while managing device complexity through functional division.
2Device complexity
If manual dragging of the roller brush is required, then the device structure is simple, but ease of operation deteriorates due to increased manual labor
Solution Approach 1:
The roller brush is equipped with a self-driven mechanism that automatically propels the cleaning device forward during operation. This self-service capability eliminates the need for manual dragging, significantly improving ease of operation while the automated driving mechanism manages the added device complexity.
3Device complexity
If water is not recycled, then the device structure is simple, but loss of substance increases due to water waste
Solution Approach 1:
The system recovers used water from the cleaning process and recycles it back into the system for continued use. This discarding and recovering approach prevents water waste, significantly reducing loss of substance while the water recycling system manages the added device complexity through integrated filtration and redistribution mechanisms.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables efficient and automated separation of garbage and sewage, improving user experience by reducing manual labor and enhancing cleaning efficiency while promoting water recycling.
Implementation Method 1
a roller brush for rotatably cleaning a ground is arranged on the machine base
Implementation Method 2
a water squeezing device that can squeeze sewage on the roller brush into the sewage collection chamber
Implementation Method 3
a first scraping strip that can scrape garbage adhering to the roller brush into the garbage collection box
Data Source
AI summary
A floor scrubber is provided. The floor scrubber includes a machine body and a machine base. A roller brush for rotatably cleaning a ground is arranged on the machine base, and a garbage collection box is arranged in the machine base. The roller brush can carry ground garbage into the garbage collection box, and the machine base is further provided with a sewage collection chamber. A water squeezing device that can squeeze sewage on the roller brush into the sewage collection chamber is arranged on the machine base. The garbage collection box is arranged in the machine base to collect the garbage, the water squeezing device is arranged to squeeze out the sewage on the roller brush, and the sewage is collected by the sewage collection chamber, thus achieving classified collection of the garbage and the sewage.