Output Device Orientation Control to Reduce Stapler Load
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Solution Overview
Problem
Output devices with post-processing apparatuses like staplers face reduced durability due to improper use, such as stapling beyond specified limits, leading to potential failures and operator dissatisfaction.
Innovation Solution
An output device and system that adjusts print settings to minimize the load on the stapler by changing sheet orientation or rotating image data, reducing the moving range of the stapler, thus preventing durability degradation without imposing uniform restrictions on operators.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the stapler is designed to satisfy a certain degree of durability, then the device can handle specified number of sheets, but the durability is reduced when operators instruct the stapler to staple output products whose number exceeds the specified number of sheets
Solution Approach 1:
The system dynamically changes processing parameters (sheet orientation, image rotation) based on the number of sheets to be stapled. When the sheet count exceeds a threshold, the system automatically adjusts these parameters to reduce stapler load, thereby maintaining durability while still allowing operation on larger quantities of sheets.
Solution Approach 2:
The stapler system transitions from a static design with fixed durability limits to a dynamic system that adapts its operation based on real-time conditions (number of sheets). By dynamically adjusting processing settings, the system optimizes the balance between handling capacity and durability preservation.
2Reliability
If techniques restrict the use of the stapler to preserve durability, then the stapler longevity is improved, but operator convenience and productivity are reduced
Solution Approach 1:
The system performs self-adjustment by automatically changing processing settings (orientation, rotation) based on the detected number of sheets. This eliminates the need for external restrictions or operator intervention, allowing the stapler to protect itself while maintaining normal productivity levels.
Solution Approach 2:
The system proactively adjusts processing parameters before the durability threshold is exceeded. By predicting when restrictions might be needed and preemptively optimizing settings, the system prevents durability degradation while avoiding the need for reactive restrictions that would impact productivity.
3Reliability
If the stapler moving range is reduced by changing sheet orientation or rotating image data, then the stapler durability is enhanced, but the complexity of the output device increases
Solution Approach 1:
The output device leverages existing multi-functional capabilities (image rotation, orientation adjustment) already present in modern printing systems. By utilizing these existing functions for the new purpose of stapler protection, the system avoids adding significant complexity while achieving durability enhancement.
Data Source
AI summary
An output device communicably connected with a post-processing apparatus for executing post-processing on an output product output from the output device, the output device includes circuitry to receive a processing setting pattern that is determined in accordance with an output condition of the output product and corresponding to an operation to be performed by the post-processing apparatus, the output condition, and image data of an image to be formed on the output product and control output of the image data using the post-processing apparatus based on the processing setting pattern and the output condition.