Development of the “Flexible Wire Method,” a Wire-Based Seismic-Damping and Vibration-Control Reinforcement Technique
First written in FY2017-Q2. 5 of 8 entries say "Restated". Latest entry: FY2019-Q3.
3 other companies' latest entry also says "Restated".
- FY2019-Q3RestatedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company continues to market the Yawa Wire Method and develop it for an expanded range of applications. - FY2019-Q2RestatedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company continues to market the Yawa Wire Method and develop it for an expanded range of applications. - FY2018RestatedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company continues to market the Yawa Wire Method and develop it for an expanded range of applications. - FY2018-Q3RestatedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company continues to market the completed Yawa Wire Method and develop it for an expanded range of applications. - FY2018-Q2RestatedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company continues to market the completed Yawa Wire Method and develop it for an expanded range of applications. - FY2017AdvancedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended-equipment supports that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are marketing it. We are also working to expand its range of applications.」
The company explicitly stated that development of the Yawa Wire Method had been completed, that development to expand its range of applications was continuing, and that it was being marketed. - FY2017-Q3RaisedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended equipment that suppresses the failure of suspension bolts caused by resonance during an earthquake, and are continuing development to expand its range of applications.」
Having completed development of the Yawa Wire Method, the company has stated its policy of continuing development to expand its range of applications. - FY2017-Q2First statedAnnual report
「We developed the Yawa Wire Method® (patent pending), a wire-based seismic-control and vibration-damping reinforcement method for suspended equipment that suppresses the failure of suspension bolts caused by resonance during an earthquake. It addresses the weaknesses of conventional rigid structures through a flexible structure created by a new (NEW) method of tensioning wires, reducing the risk of suspended equipment falling and providing customers with greater safety and peace of mind.」
The company developed a new wire reinforcement method that suppresses the failure of suspension bolts caused by resonance of suspended equipment and reduces the risk of falling.