20120906 Activity of Open Street Map in YokohamaKenichi Ohwada
The document summarizes OSM activities in Yokohama, Japan from 2009 to 2012 led by Kenichi OHWADA. It describes the first OSM meeting in 2009 and mapping party in 2010 in Yokohama. It also details indoor mapping activities in 2012 to map areas damaged by the 2011 tsunami in Kamaishi, Japan. Mapping parties were also held in Kamakura and Yamashita Park in 2012 where participants learned how to measure heights using trigonometry.
The document discusses vibration control systems for structures and summarizes a presentation on the Yokohama Land Mark Tower in Japan. It describes how the tower implements a hybrid mass damper (HMD) system to control vibrations from earthquakes and wind. The HMD combines a tuned mass damper with an active control actuator. Two 170-ton HMD units were installed in the tower and automatically switch between active and passive modes to reduce vibrations by up to 50%. The hybrid system allows for increased efficiency and robustness compared to a purely passive or active vibration control system.
Taipei 101 is a landmark 101-story skyscraper in Taipei, Taiwan. It was the world's tallest building from 2004 to 2010. Some key points:
- Taipei 101 was designed to withstand typhoons and earthquakes and has structural systems like outrigger trusses, belt trusses, and a 660-tonne tuned mass damper to absorb vibrations.
- At 508 meters tall with 101 floors above ground, it held several height records for buildings until surpassed by Burj Khalifa.
- The building's structural design uses steel and concrete columns, including eight large "mega-columns", to support its height and resist lateral forces.
- Taipei
20120906 Activity of Open Street Map in YokohamaKenichi Ohwada
The document summarizes OSM activities in Yokohama, Japan from 2009 to 2012 led by Kenichi OHWADA. It describes the first OSM meeting in 2009 and mapping party in 2010 in Yokohama. It also details indoor mapping activities in 2012 to map areas damaged by the 2011 tsunami in Kamaishi, Japan. Mapping parties were also held in Kamakura and Yamashita Park in 2012 where participants learned how to measure heights using trigonometry.
The document discusses vibration control systems for structures and summarizes a presentation on the Yokohama Land Mark Tower in Japan. It describes how the tower implements a hybrid mass damper (HMD) system to control vibrations from earthquakes and wind. The HMD combines a tuned mass damper with an active control actuator. Two 170-ton HMD units were installed in the tower and automatically switch between active and passive modes to reduce vibrations by up to 50%. The hybrid system allows for increased efficiency and robustness compared to a purely passive or active vibration control system.
Taipei 101 is a landmark 101-story skyscraper in Taipei, Taiwan. It was the world's tallest building from 2004 to 2010. Some key points:
- Taipei 101 was designed to withstand typhoons and earthquakes and has structural systems like outrigger trusses, belt trusses, and a 660-tonne tuned mass damper to absorb vibrations.
- At 508 meters tall with 101 floors above ground, it held several height records for buildings until surpassed by Burj Khalifa.
- The building's structural design uses steel and concrete columns, including eight large "mega-columns", to support its height and resist lateral forces.
- Taipei
Multigrain Rice and Grain Eng Company is giving you the best options for your rice mill , Corn Mill , Storage , Drying and packing facilities and built it turn key with the highest milling yield and energy saving options
Multigrain Rice and Grain Eng Company is giving you the best options for your rice mill , Corn Mill , Storage , Drying and packing facilities and built it turn key with the highest milling yield and energy saving options
Toyota 02 7 fdf15 forklift service repair manual (german)
Modelle
1. Modelle
Typ Handels- Hersteller Typ Leistung Leistung Hubraum Kat Mögliche Baujahr Modelle
bezeichnung HSN TSN Emissions-
klasse
D.2 D.3 2.1 2.2 P.2 P.1 14
EX 043 E 480 ES 9629 332 80KW 109 PS 1709 ohne 1986-
EX 480 ES 9629 333 80KW 109 PS 1709 ohne
EX 480 ES 9629 334 70KW 95 PS 1709 G
EX 480 ES 9629 336 78KW 106 PS 1709 U
EX 480 Turbo 9629 335 88KW 120 PS 1721 -1989
EX 480 ES 9629 345 75KW 102 PS 1721 G D3 1990
E 480 Turbo 9629 358 88KW 120 PS 1721
E 480 ES 9629 359 75KW 102 PS 1721 G D3 1992 480 ES
E 480 Turbo 9629 360 90KW 122 PS 1721
E VOLVO 480, Turbo 9644 300 88KW 120 PS 1721
E 480 ES, S 9644 301 75KW 102 PS 1721 G D3
E VOLVO 480, Turbo 9644 302 90KW 122 PS 1721
E Volvo 480 9644 325 75KW 102 PS 1721
E VOLVO 480, Turbo 9644 326 88KW 120 PS 1721 E2
E 480 S 9644 327 81KW 110 PS 1998 G D3 1992-
E 480 S 9644 332 80KW 109 PS 1998 G D3 -1995
Version 1.0