Storage Case Elevating Mechanism for Projector Height Adjustment

The patent combines the elevating mechanism and angle adjusting mechanism directly into the storage case structure. The elevating mechanism includes a support rod with a gripping part that can be moved up and down within the storage case, while the angle adjusting mechanism includes a rotation part that enables angular adjustment of the projector. This merging approach adds adjustability functionality without requiring separate standalone devices, thus improving adaptability while controlling structural complexity.

The storage case is designed to serve multiple functions: it stores the projector, provides an elevating mechanism for height adjustment, includes an angle adjusting mechanism for direction adjustment, and can function as a placing part when opened. This multi-functionality allows a single device to replace what would otherwise require multiple separate components, improving adaptability while maintaining reasonable structural complexity.

The patent introduces dynamic adjustment capabilities through the elevating mechanism and angle adjusting mechanism. The gripping part can be freely moved up and down along the support rod, and the rotation part enables dynamic angular adjustment of the projector. These dynamic features allow rapid adaptation to different projection scenarios without time-consuming manual leg adjustments, thus improving productivity and reducing time loss.

The elevating mechanism includes a gripping part that can be easily operated by the user to adjust the height of the projector within the storage case. The angle adjusting mechanism allows the user to independently adjust the projection direction without requiring assistance or complex procedures. This self-service capability enables users to quickly set up the projector for different locations and scenarios, significantly reducing preparation time.

The angle adjusting mechanism includes a rotation part that enables the projector to be rotated and adjusted to different angles. This dynamic adjustment capability allows the projector to be easily aligned with screens at various positions and orientations, significantly improving ease of operation. The rotation mechanism is integrated into the storage case structure, maintaining reasonable complexity while providing necessary adjustability.

The patent enables changes in the projection parameters by allowing the projector to be adjusted in height through the elevating mechanism and in angle through the angle adjusting mechanism. These parameter changes (height and angle) allow the projection to be properly aligned with screens at different locations and orientations, improving ease of operation while the mechanisms are integrated to control the increase in device complexity.