Rotary Processing Tool with Selective Device Pairings
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Solution Overview
Problem
Existing tools for processing metal sheets lack flexibility and efficiency in performing multiple machining operations, as they are limited to a single device pairing and require multiple counter-devices for various processing tasks, which increases complexity and manufacturing costs.
Innovation Solution
A tool with a first and second tool portion, featuring rotatable processing devices and counter-devices that can form multiple device pairings, allowing for different machining operations by aligning and rotating the devices to perform various tasks, such as cutting and forming, with a common rotary body and counter-devices like balls for versatile use.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple separate counter-devices are used for different machining operations, then the tool can perform various processing tasks, but the device complexity and manufacturing cost increase
Solution Approach 1:
The patent implements a single counter-device that can perform multiple machining operations through different device pairings. The counter-device includes multiple counter-processing devices that can be selectively engaged with different processing devices on the rotary body, allowing one counter-device to replace what would traditionally require multiple specialized counter-devices. This universal design reduces overall device complexity while maintaining versatility in processing capabilities.
Solution Approach 2:
The patent combines multiple counter-processing devices into a single integrated counter-device structure. By merging these functions into one unit with selective engagement mechanisms, the patent reduces the number of separate components needed, simplifies the overall tool structure, and lowers manufacturing costs while preserving the ability to perform various machining operations through different pairings.
2Adaptability or versatility
If multiple separate processing devices are used for different machining operations, then various operations can be performed, but the number of required counter-devices increases
Solution Approach 1:
The counter-device is designed as a universal unit containing multiple counter-processing devices that can be selectively engaged. This single multi-functional counter-device can pair with different processing devices on the rotary body to perform various machining operations, thereby reducing the total quantity of counter-devices needed from multiple separate units to just one integrated unit.
Solution Approach 2:
The patent employs dynamic selective engagement mechanisms that allow the counter-device to switch between different counter-processing devices based on the required machining operation. This dynamic reconfiguration capability enables one counter-device to fulfill the roles of multiple static counter-devices, reducing the overall quantity required while maintaining operational variety.
3Device complexity
If a single device pairing is used, then the tool structure is simple, but the flexibility to perform multiple machining operations is limited
Solution Approach 1:
The patent implements dynamic selective engagement mechanisms that allow the processing devices on the rotary body to be selectively aligned with different counter-processing devices on the counter-device. This dynamic reconfiguration capability enables multiple machining operations with a relatively simple base structure, as the system can change its functional pairing based on operational requirements without requiring complex permanent configurations.
Solution Approach 2:
The patent segments the processing functions into separate, independently selectable processing devices on the rotary body and corresponding counter-processing devices on the counter-device. This segmentation allows individual devices to be selectively engaged in different pairings, providing machining operation flexibility while keeping the overall structure relatively simple through modular, selectable components rather than a monolithic complex structure.
Data Source
AI summary
A plate workpiece processing tool includes a first tool portion and a second tool portion. The first and second tool portions are arranged along an application axis in spaced relation to each other such that a plate workpiece can be disposed therebetween. The tool also includes two or more processing devices that are carried by the first tool portion, and one or more counter-devices that are carried by the second tool portion. The processing devices are rotatable, relative to the first tool portion, about a first rotational axis that extends perpendicular to the application axis and are arranged to follow each other along an axis extending perpendicularly to the application axis. The processing devices and the one or more counter-devices are selectively alignable to form a plurality of alternative device pairings for processing plate workpieces therebetween.