Fold Rear-View Mirror Shaft Safety Mechanism

The patent applies beforehand cushioning by providing a dedicated reception space within the mirror housing that can accommodate the shaft and spring when they are violently released. This reception space acts as a pre-prepared safety mechanism that cushions the impact and contains the released components, preventing them from causing damage to persons or other assembly parts. The reception space is specifically designed to receive the shaft in case of connection failure, thereby neutralizing the harmful effects before they can propagate.

The patent introduces an intermediary element in the form of a reception space that mediates between the potentially harmful released shaft/spring and the surrounding assembly. This reception space serves as a buffer zone that intercepts the violently released components, allowing them to be contained safely within the housing rather than being projected outward. The reception space thus acts as a protective intermediary that transforms a potentially dangerous failure mode into a contained event.

The patent extracts the safety function from external protective measures (physical barriers and protection masks) and integrates it directly into the assembly itself through the reception space. By building the safety mechanism into the product design, the need for external protective equipment during assembly is eliminated. This allows operators to work without masks or barriers, thereby maintaining safety while preserving production rates and reducing costs.

The patent applies self-service by designing the mirror housing to inherently protect against its own potential failure modes. The reception space is an integral part of the housing that automatically contains released components without requiring any external protective systems or additional safety equipment. The assembly essentially protects itself against the consequences of its own potential failures, eliminating the need for external safety interventions that would slow down production.

The patent applies universality by designing the reception space to serve multiple functions: it acts as both the housing for the mirror assembly and a safety containment zone for potential failures. This multi-functional design integrates the safety feature into the existing structure without adding separate dedicated safety components. The reception space thus performs dual roles - structural housing and safety containment - thereby improving safety without proportionally increasing device complexity.

The patent merges the safety function with the existing mirror housing structure by integrating the reception space into the housing design. Instead of adding a separate safety mechanism, the housing itself is designed to contain released components. This merging of functions combines the structural role of the housing with the safety role of containing failed components, thereby achieving safety improvement with minimal increase in overall device complexity.