Uplink Carrier Switching Timing Patterns for Wireless Devices

The patent segments the uplink transmission resources by introducing distinct timing patterns (first and second uplink transmission timing patterns) for different carriers. Each carrier is associated with a specific timing pattern, allowing the device to differentiate between carriers and correctly identify uplink grants by matching the received grant timing with the configured patterns for each carrier.

The patent introduces uplink transmission timing patterns as an intermediary mechanism between the multiple carriers and the uplink grant detection process. These timing patterns serve as reference frameworks that mediate the relationship between carriers and grants, enabling the device to correctly associate grants with their intended carriers even when multiple carriers are configured.

The patent segments carrier management by assigning specific timing patterns to specific carriers. The first uplink transmission timing pattern is associated with the first carrier, and the second uplink transmission timing pattern is associated with the second carrier. This segmentation simplifies the device's carrier management complexity by providing clear, distinct rules for each carrier rather than requiring complex dynamic decision-making.

The patent uses parameter changes in the form of different timing patterns (different time domain configurations) to differentiate between carriers. By changing the timing pattern parameters associated with each carrier, the system enables the device to manage multiple carriers more easily through predefined parameter sets rather than requiring complex real-time analysis.

The patent applies preliminary action by pre-configuring uplink carrier switching periods within the timing patterns before actual transmission occurs. The network configures these switching periods in advance, allowing the device to perform RF-retuning at predetermined intervals without requiring complex real-time decisions, thus reducing both power consumption and switching overhead.

The patent implements periodic action through regular uplink carrier switching periods. Instead of ad-hoc switching, the device performs RF-retuning at periodic intervals defined by the configured timing patterns. This periodic approach optimizes power consumption by avoiding unnecessary switching while maintaining efficient spectral usage through structured carrier utilization.