Bucket
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Solution Overview
Problem
Existing bucket designs with dehumidifying inserts for mop heads often result in tilting moments and splashing during use, as the inserts are typically arranged decenterally, limiting the soaking area and requiring complex mechanisms that shift the bucket's center of gravity, making handling difficult and increasing the risk of liquid spillage.
Innovation Solution
A bucket with a centrally arranged dehumidifying insert that allows for optimal force distribution and is fixed in the usage position, maintaining sufficient distance from the bucket edge to minimize splashing, and featuring a snap-in connection with lateral retaining flanges for easy attachment and detachment, along with a handle mechanism for locking the insert in place.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If the dehumidifying insert is arranged decenterally in the bucket, then the insert can be easily attached to the bucket edge, but this causes tilting moments during use and increases the risk of splashing
Solution Approach 1:
The dehumidifying insert is designed with asymmetric lateral retaining flanges that engage with the bucket edge, allowing easy attachment while the insert itself is positioned centrally in the bucket to maintain stability during use
2Device complexity
If the dehumidifying insert is arranged decenterally, then the attachment structure is simplified, but the soaking area is limited and handling becomes difficult
Solution Approach 1:
The bucket interior is segmented into a central dehumidification zone and surrounding soaking areas, allowing the insert to be structurally simple while maximizing the available soaking area on both sides of the central insert
3Ease of operation
If the dehumidifying insert is arranged decenterally, then the insert can be attached to the bucket edge, but the center of gravity shifts causing handling difficulties
Solution Approach 1:
The attachment mechanism uses asymmetric lateral retaining flanges for easy attachment, while the insert positioning ensures symmetric central placement to maintain the bucket's center of gravity
4Ease of operation
If the dehumidifying insert is arranged decenterally, then the insert can be positioned near the edge, but the risk of liquid spillage increases
Solution Approach 1:
The insert uses asymmetric lateral retaining flanges for easy attachment while maintaining central positioning, ensuring sufficient distance from the bucket edge to prevent liquid spillage during operation
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
The central placement of the dehumidifying insert reduces tilting moments and splashing risks, enhances handling ease, and allows for defined positioning and interchangeable designs, maintaining the bucket's stability and usability.
Implementation Method 1
a rotatable or drivable sieve, a fixed sieve or a press
Implementation Method 2
a rotatable or drivable sieve, a fixed sieve or a press
Data Source
Figure 1~5
AI summary
The invention relates to a bucket with a dehumidifying insert for wringing out a mop head, wherein the bucket (1) has an upper rim (5) and the dehumidifying insert (6) has an open insertion area for inserting the mop head. Known buckets with dehumidifying inserts for wringing out a mop head have the disadvantage that tipping moments can occur when the mop is pressed into the bucket (1). The invention improves this by arranging the dehumidifying insert at a distance from two opposing, straight or curved sections of the bucket rim (5) and providing a free insertion area on each of two opposite sides of the dehumidifying insert, through which the mop head or the mop pad of the mop can be inserted past the dehumidifying insert into the bucket (1).