Video Recording Property Switching Without Interrupting Capture

The patent segments the video recording process by creating multiple independent recording tasks, each with its own recording property. The system divides a single recording session into parallel sub-tasks (first video recording task, second video recording task, etc.), where each task can use different recording properties simultaneously. This segmentation allows diverse shooting effects while maintaining manageable complexity through task-based organization.

The patent implements multi-functionality by enabling the video recording system to perform multiple recording operations simultaneously with different properties. A single recording interface and control system can now handle multiple recording tasks in parallel, making the system universal enough to support various recording modes (normal, slow-motion, time-lapse, etc.) without requiring separate dedicated systems for each mode.

The patent ensures continuity of useful action by allowing video recording to continue uninterrupted when switching between different recording properties. Instead of stopping recording to change properties, the system creates new recording tasks with different properties while the original recording continues. This eliminates gaps in recording and ensures no important moments are missed during property transitions.

The patent applies preliminary action by pre-configuring multiple recording tasks with different properties before actual recording begins. Users can set up multiple recording tasks in advance, each with specified properties, and then switch between them during recording without interruption. This preliminary preparation enables smooth transitions and eliminates the need for on-the-fly configuration changes that could cause delays.

The patent segments the recording functionality into multiple independent tasks that can run simultaneously. Each task is assigned a specific recording property from the available options, allowing the system to utilize multiple properties at once. This segmentation transforms the limitation of mutual exclusivity into an advantage where diverse property options directly enable parallel recording operations, improving overall productivity.

The patent merges multiple recording tasks into a unified recording system managed through a single interface. By combining multiple simultaneous recording operations under one coordinated framework, the system allows users to leverage multiple recording properties at the same time while maintaining ease of control. This merging approach enables both versatility (multiple properties) and productivity (simultaneous recording) to coexist.