User-Configurable Cooling Device Speed Modifiers for Thermal Management

The patent divides the cooling fan control into individual controllable units. Instead of controlling all fans uniformly through a single thermal table, each cooling fan can be independently assigned to different thermal tables or have individual speed modifiers applied. This segmentation allows selective control where only specific fans operating near hot components are increased in speed, while other fans maintain lower speeds, thereby reducing overall system noise while maintaining adequate cooling performance.

The patent applies local quality by allowing different cooling fans to have different speed response characteristics based on their specific locations and the thermal load they serve. Users can assign different thermal tables or speed modifiers to different fans, creating localized optimization where fans cooling high-heat components operate at higher speeds while fans in cooler areas operate at lower speeds. This resolves the contradiction by concentrating cooling power only where needed rather than uniformly across the entire system.

The patent introduces dynamic configurability to the thermal management system. While pre-defined thermal tables provide a simple baseline configuration, the system dynamically allows users to modify individual fan assignments and apply speed modifiers to specific fans. This creates a multi-level control structure where the simplicity of pre-defined tables is preserved as a foundation, but users can dynamically adjust individual fan responses to match specific hardware configurations and thermal requirements.

The patent makes the thermal management system multi-functional by combining multiple control mechanisms: pre-defined thermal tables for simplicity, individual fan assignment capabilities for customization, and speed modifiers for fine-tuning. This universal approach allows the same system to serve both users who want simple plug-and-play operation and users who need detailed customization, resolving the contradiction between ease of operation and adaptability.

The patent segments the cooling fan population into different controllable groups, allowing selective speed adjustment. Instead of uniformly increasing all fan speeds, the system allows individual fans or fan groups to be assigned different thermal tables or speed modifiers based on their specific cooling requirements. This ensures that energy is consumed only by fans that need to operate at higher speeds to cool specific hot components, while other fans maintain lower, more energy-efficient speeds.

The patent enables selective parameter changes for different cooling fans. By allowing individual speed modifiers and different thermal table assignments per fan, the system can precisely adjust the operational parameters (speed) of each fan based on local thermal conditions. This resolves the contradiction by changing parameters only where necessary, optimizing the balance between cooling capacity and energy consumption across the entire fan system.