Synchronous Motors For Clocks TRIZ Cases
- GPS Time Sync Jamming Detection via Statistical Position Clustering
A management apparatus classifies time synchronization devices by position to analyze temporal variation patterns and block abnormal satellite signals.
- Electronic Timepiece Dual Processor Time Correction
Segmented processors and synchronization signals correct timing drift while reducing power consumption.
- Controller Timing for Electromagnetic Wave Timepiece Power and Noise
A controller separates receiver acquisition from display updates in an electronic timepiece.
- IED Time Synchronization Error Estimation
An intelligent electronic device estimates timing errors in backup signals using a dedicated processing module.
- Magnetic Time Correction for Mechanical Watches
An external electromagnetic actuator generates a field to brake the internal oscillator, enabling precise time correction without manual winding.
- Automation Network Clock Synchronization via Single Master
Merging separate clock domains into one unified reference reduces network complexity and hardware requirements while maintaining synchronization accuracy.
- Time Synchronization System Using Latency Compensation
A time synchronization system calculates latency to set terminal clocks accurately.
- Time Code Discrimination via Arithmetic Averaging
A time code discrimination apparatus acquires multiple digit code sets and applies arithmetic averaging to reduce erroneous discrimination.
- Fault-Tolerant Time Reference System Using Multi-Source Voting
Multi-source voting selects valid time references, resolving reliability issues caused by single-point failures.
- Shared Wiring Backbone for PA and Clock Systems
Signaling system shares a common wiring backbone with public address speakers to distribute balanced audio signals.
- Data Processing Device Time Signaling Accuracy ATSC3.0
A data processing apparatus generates signaling with microsecond time information accuracy for physical layer frames.
- Radio Wave Receiving Device Frequency Switching Circuit
A radio wave receiving device switches reception frequency to an intermediate value for direct detection of relayed signals.
- Real-Time Clock Offset Register for Network Synchronization
Hardware registers store calculated offsets to adjust real-time clocks, eliminating software delays that cause network synchronization inaccuracies.
- Timepiece Identification via Vibration Heartbeat Profiles
A vibration sensor captures mechanical signals from a timepiece movement to extract periodic characteristics for unique identification.
- Time Component Adjustment Device for Clock Synchronization
A time component adjusting device synchronizes clocks within a space using wireless communication modules and tracking profiles.
- Cluster Time Synchronization via Master Node Timestamp Exchange
Slave nodes exchange timestamped messages with a master node to calculate clock differences and adjust local time.
- Wireless Clock Synchronization via Gong Signals and Skew Learning
Clocks in wireless systems maintain synchronization by estimating time skews when gong signals are missed, preventing desynchronization caused by signal loss.
- Integrated Circuit Trustworthy Time Reception via Certificate Validation
Integrated circuits receive and store trustworthy time information from validated certificates to maintain accurate internal references.