Squaring Machine Platforms for Abrasive Tool Access
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Solution Overview
Problem
Existing squaring machines for processing ceramic slabs face a drawback where the baseplate obstructs operators' access to abrasive tools, making maintenance difficult.
Innovation Solution
The squaring machine incorporates movable platforms fixed to side banks, allowing operators to easily access abrasive tools by climbing onto them, and features a rational structure with platforms that can be raised or inclined to minimize footprint when not in use.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If the baseplate is positioned at a mutual distancing above the baseplate to allow bank movement, then the banks can be positioned at appropriate distances for different slab widths, but the baseplate becomes an obstacle for operators to reach the abrasive tools
Solution Approach 1:
The patent introduces a vertical dimension by providing platforms at different heights on the banks. The first platform is at a height that allows operators to access abrasive tools on the first bank, while the second platform is at a different height to access tools on the second bank. This vertical arrangement resolves the contradiction by allowing operators to reach tools despite the baseplate's presence, while the banks remain movable horizontally to accommodate different slab widths.
Solution Approach 2:
The platforms act as intermediaries between the operators and the abrasive tools. By positioning platforms at strategic heights on the banks, operators can stand on these platforms to reach the tools without the baseplate obstructing their access. The platforms mediate the interaction between operators and tools, solving the accessibility problem while preserving the baseplate's structural role.
2Ease of operation
If the platforms are fixed to side banks and movable therewith, then they are always correctly positioned with respect to the spindles, but the overall footprint of the machine increases
Solution Approach 1:
The platforms are made dynamic by fixing them to the movable banks rather than the stationary baseplate. As the banks move horizontally to accommodate different slab widths, the platforms move with them, maintaining their correct positioning relative to the abrasive tools. This dynamic attachment allows the platforms to adapt to different operating configurations without requiring additional space.
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
Facilitates easier and faster maintenance operations by providing accessible platforms that overcome structural obstacles, enhancing operational efficiency and reducing maintenance time.
Implementation Method 1
each of the support legs can rest on the ground by means of a rolling body, preferably a wheel
Data Source
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AI summary
Described is a squaring machine (10) for processing slabs (15) comprising: - a load-bearing frame (20); - a pair of side banks (60) supported by said load-bearing frame (20) and movable in mutual approach/distancing along a mutual horizontal flanking direction (B), wherein each side bank (60) carries: ∘ a set of spindles (120) each having an abrasive tool rotating about a respective rotation axis; and ∘ at least one belt (110) of a conveyor, wherein said belts (110) make available a movable resting surface (P) adapted to receive and move at least one slab (15) or a succession of slabs (15) along a horizontal advancement direction (A) orthogonal to the flanking direction (B); wherein the squaring machine (10) comprises: at least one pair of platforms (205) each of which is fixed externally to a respective side bank (60) and movable therewith along the flanking direction (B), so as to be arranged below one or more of said spindles (120) of a respective set of spindles at a distance therefrom.