Method for operating a kitchen appliance, computer-readable storage medium and kitchen appliance for preparing food
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Solution Overview
Problem
Kitchen appliances take a long time to start up from a switched-off state, and there is a need to reduce energy consumption and improve user-friendliness by adapting the startup sequence based on user behavior.
Innovation Solution
Implement a boot sequence with a first and second sequence section, where the first section performs basic functions and retrieves user information, and the second section adapts based on this information to provide personalized functions quickly.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If the kitchen appliance is completely switched off to reduce energy consumption, then energy savings are achieved, but the startup time becomes comparatively long
Solution Approach 1:
The boot sequence is divided into two distinct sections: a first section that executes basic functions and retrieves user information, and a second section that is adapted based on the retrieved user information. This segmentation allows the system to perform essential operations quickly while personalizing the user experience in subsequent steps, thereby reducing overall startup time while maintaining energy efficiency.
Solution Approach 2:
User information is retrieved during the first sequence section of the boot process, before the second sequence section is executed. This preliminary action enables the system to adapt the second sequence section based on pre-fetched user preferences and usage patterns, accelerating the overall startup process by preparing customization data in advance rather than waiting for complete system initialization.
2Reliability
If a complete boot sequence is executed to ensure all functions are available, then reliability is improved, but startup time increases
Solution Approach 1:
The boot sequence is segmented into a first sequence section that handles critical basic functions and a second sequence section that handles adaptive functions based on user information. This ensures that essential functions are available quickly while non-critical functions are loaded and customized in the background, maintaining reliability without excessive startup time.
Solution Approach 2:
The system performs a partial boot sequence initially, executing only the most critical basic functions in the first sequence section. The complete set of functions is then loaded and adapted in the second sequence section based on user information. This partial action approach provides immediate functionality while completing the full initialization in the background.
Data Source
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AI summary
The invention relates to a method for operating a kitchen appliance (2), in which a kitchen appliance (2) is provided in a switched-off state, in which a command relating to a start-up of the kitchen appliance (2) is detected, in which, in response to the detected command, a control device (12) of the kitchen appliance (2) is switched on and a start-up sequence with program instructions is retrieved, which is characterized in that the start-up sequence has a first sequence section and a second sequence section, wherein the first sequence section has at least one program instruction for carrying out at least one basic function of the kitchen appliance (2), at least one program instruction for retrieving user information and at least one program instruction for automatically adapting the second sequence section depending on retrieved user information.Also described are a computer-readable storage medium and a kitchen appliance (2) for preparing food.