Knob-Actuated Holding Bracket for Secure Easy Component Mounting

The patent employs a dynamic clamp mechanism that can transition between locked and unlocked states. The clamp is biased by a spring to maintain constant pressure on the electronic component, ensuring secure attachment during normal operation. When the knob is rotated, it overcomes the spring force to release the clamp, enabling easy removal. This dynamic design resolves the contradiction between secure attachment and ease of removal.

The knob serves as an intermediary mechanism that translates rotational motion into linear motion of the clamp. By rotating the knob, the user activates a cam or lever mechanism that pushes the clamp away from the electronic component, overcoming the spring force. This intermediary device simplifies the removal operation while maintaining secure attachment during normal use.

The spring-loaded clamp mechanism applies preliminary counteracting force to prevent accidental detachment. The spring constantly pushes the clamp toward the electronic component, creating a pre-loaded state that resists any forces attempting to separate the component from the bracket. This preliminary anti-action ensures stable attachment during normal operation while allowing intentional removal through the knob mechanism.

The patent employs curved cam surfaces and rounded transition zones in the clamp mechanism. These curved surfaces guide the clamp smoothly between engaged and disengaged positions, preventing sudden jerky movements that could cause accidental detachment. The curved geometry ensures controlled motion and stable positioning throughout the operation cycle.

The patent combines multiple fastening functions into a single integrated clamp mechanism. Rather than using separate fasteners at multiple points, the design employs one spring-loaded clamp that can engage with the electronic component at multiple contact points simultaneously. The clamp's curved engagement surface distributes the fastening force across multiple areas, providing secure attachment without requiring multiple independent fastening systems.

The single clamp mechanism serves multiple functions: it provides secure attachment, maintains constant pressure on the electronic component, and enables easy removal through the knob. This multi-functional design eliminates the need for separate fastening and securing mechanisms, reducing overall device complexity while maintaining reliable attachment.