Bucket cleaning apparatus and method of use thereof
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Solution Overview
Problem
Cleaning the interior of buckets, especially those containing liquids or wet goods, is cumbersome, costly, and inefficient due to the difficulty in accessing and removing residual materials, which can lead to fatigue and injury from repetitive motion.
Innovation Solution
A bucket cleaning apparatus comprising a frame with adjustable primary and secondary support members and scrapers that engage the interior surfaces and bottom of the bucket, allowing for efficient removal of residual materials through rotation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If manual cleaning methods are used to remove residual materials from bucket interiors, then cleaning can be performed with simple equipment, but the cleaning process becomes cumbersome and inefficient due to difficulty in accessing interior surfaces
Solution Approach 1:
The cleaning apparatus is divided into multiple independent scrapers mounted on separate support members that can be independently positioned and adjusted. Each scraper can be optimally positioned to contact specific interior surfaces of the bucket, including the bottom and side walls, allowing simultaneous cleaning of multiple surfaces without requiring complex mechanical linkages
Solution Approach 2:
The support members are designed to be adjustable and repositionable along the frame structure, allowing the scrapers to adapt to different bucket sizes and shapes. This dynamic adjustment capability enables the cleaning apparatus to maintain effective contact with interior surfaces across various container configurations, significantly improving accessibility and cleaning efficiency
2Ease of operation
If manual scraping is performed to clean bucket interiors, then equipment costs remain low, but labor burden increases leading to fatigue and potential injury
Solution Approach 1:
Multiple scrapers are combined into a single integrated apparatus mounted on a common frame structure. This merging of multiple cleaning functions into one device allows an operator to clean entire bucket interiors with a single tool, dramatically reducing the repetitive motions and physical strain associated with using multiple separate cleaning tools while maintaining low equipment costs
Solution Approach 2:
The frame structure serves as an intermediary that supports and positions multiple scrapers at optimal locations for contacting different interior surfaces of the bucket. This intermediary framework distributes the cleaning action across multiple points simultaneously, reducing the effort required from the operator while improving overall cleaning efficiency and reducing fatigue
3Adaptability or versatility
If fixed scrapers are used on support members, then the apparatus structure remains simple, but the apparatus cannot adapt to different bucket sizes and shapes
Solution Approach 1:
The support members incorporate adjustable positioning mechanisms that allow them to be moved along the frame structure to different locations. This dynamic adjustability enables the scrapers to be positioned optimally for different bucket diameters, heights, and shapes without requiring complex automated adjustment systems, maintaining relative structural simplicity while achieving high adaptability
Solution Approach 2:
The frame structure is designed with multiple mounting positions and configurations that allow the same apparatus to effectively clean various types of buckets including different sizes and shapes. The universal design of the support members and scrapers enables them to contact different interior surfaces of various container geometries, making the apparatus versatile across multiple applications without increasing excessive complexity
Data Source
AI summary
A bucket cleaning apparatus is provided. The bucket cleaning apparatus includes a frame. One or more primary support members is coupled individually to the frame. A corresponding secondary support member is coupled to each primary support member. A scraper is coupled to one or more of each of the primary support members and secondary support members, wherein each scraper is adjustable with respect to the primary support member or secondary support member to which the scraper is coupled. A bucket may be inserted over the top of the primary support members such that the scrapers on at least the primary support members engage interior surfaces of the bucket to clean out the bucket as the bucket is rotated about the primary support members.