Hiroko Yoshizaki
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https://www.latimes.com/archives/la-xpm-1985-08-20-mn-1900-story.html
Перевести · 20.08.1985 · Hiroko Yoshizaki, 35, said that after the crash she was on the edge of consciousness because of pain when her daughter, Mikiko, shouted: “Don’t go to sleep mother! Stay …
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Перевести · View the profiles of people named Hiroko Yoshizaki. Join Facebook to connect with Hiroko Yoshizaki and others you may know. Facebook gives …
https://patents.justia.com/inventor/hiroko-yoshizaki
Перевести · 07.12.2018 · Hiroko Yoshizaki has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United …
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Перевести · View the profiles of professionals named "Hiroko Yoshizaki" on LinkedIn. There are 3 professionals named "Hiroko Yoshizaki", who use LinkedIn to exchange information, ideas, and …
https://uspto.report/company/Yoshizaki-Hiroko
Перевести · Yoshizaki, Hiroko - Neyagawa-shi JP *profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.
https://en.m.wikipedia.org/wiki/Hiroko_Yoshizaki
Aircraft type: Boeing 747SR-46
Operator: Japan Airlines
Date: August 12, 1985
IATA flight No.: JL123
Japan Airlines Flight 123 was a scheduled domestic Japan Airlines passenger flight from Tokyo's Haneda Airport to Osaka International Airport, Japan. On August 12, 1985, a Boeing 747SR operating this route suffered a sudden decompression twelve minutes into the flight and crashed in the area of Mount Takamagahara, Ueno, Gunma Prefecture, 100 kilometres (62 miles; 54 nautical miles) from Tokyo thirty-two minutes later. The crash site was on Osutaka Ridge, near Mount Osutaka.
Japan's
Japan Airlines Flight 123 was a scheduled domestic Japan Airlines passenger flight from Tokyo's Haneda Airport to Osaka International Airport, Japan. On August 12, 1985, a Boeing 747SR operating this route suffered a sudden decompression twelve minutes into the flight and crashed in the area of Mount Takamagahara, Ueno, Gunma Prefecture, 100 kilometres (62 miles; 54 nautical miles) from Tokyo thirty-two minutes later. The crash site was on Osutaka Ridge, near Mount Osutaka.
Japan's Aircraft Accident Investigation Commission officially concluded that the rapid decompression was caused by a faulty repair by Boeing technicians after a tailstrike incident during a landing at Osaka Airport in 1978. The rear bulkhead of the plane had been repaired with an improperly installed doubler plate, compromising the plane's airworthiness. Cabin pressurization continued to expand and contract the improperly repaired bulkhead until the day of the accident, when the faulty repair failed, causing a rapid decompression that ripped off a large portion of the tail and caused the loss of hydraulic controls to the entire plane.
The aircraft, configured with increased economy class seating, was carrying 524 people. Casualties of the crash included all 15 crew members and 505 of the 509 passengers. Some of the passengers survived the initial crash but died of their injuries hours later while awaiting rescue. It is the deadliest single-aircraft accident in aviation history.
Перевести · ユーザーのアイデアを集めた世界最大のコレクション、Pinterest で Hiroko Yoshizaki（hi0712xxx）さんが見つけたアイデアを見て …
https://apnews.com/acba51d10f3a1bd72ea15d7105b83a85
Перевести · 11.08.1995 · Miraculously, they found four survivors: 12-year-old Keiko Kawakami, who as a result of the experience has since become a nurse; off-duty flight attendant Yumi Ochiai, who was in her early 20s; and a mother and daughter, Hiroko Yoshizaki…
https://ru.wikipedia.org/wiki/Катастрофа_Boeing_747_под_Токио
Hiroko Yoshizaki, яп. 吉崎 博子) со своей 8-летней дочерью Микико (англ. Mikiko Yoshizaki, яп. 吉崎 美紀子) и 12-летняя Кэйко Каваками (англ. Keiko Kawakami, яп. 川上 慶子); последняя была найдена …
https://infogalactic.com/info/Japan_Airlines_Flight_123
Перевести · Hiroko Yoshizaki (吉崎 博子, Yoshizaki Hiroko?), a 34-year-old woman, and her 8-year-old daughter Mikiko Yoshizaki (吉崎 美紀子, Yoshizaki Mikiko?), who were trapped in an intact section of the …
Erros de Manutenção: Voo 123 da Japan Airlines (12.8.1985)
BS Eien no Ongaku - Anime Shudaika Daizenshuu 2009.05.02
MAY DAY CATASTROFES AEREAS TERROR SOBRE TOKIO
Catastrofes Aereas TRAGEDIA EN TOKIO Mayday Segundos Catastroficos
Cockpit Voice Recorder - Japan Airlines Flight 123 Crash
Cockpit Voice Recorder - Japan Airlines Flight 123 Crash
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Patents by Inventor Hiroko Yoshizaki
Hiroko Yoshizaki has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
Abstract: A system configured to activate a second application when a first application activates and a predetermined condition is met.
Inventors: Mitsuhiko TOKUDA, Hiroko YOSHIZAKI
Abstract: A client repeatedly transmits a firmware request including an obtaining start address and an obtaining data length. The obtaining start address indicates the first address of firmware data to be obtained from the server by the client. The obtaining data length indicates the length of the firmware data to be obtained from the server by the client with respect to each firmware request. The server receives the firmware request from the client repeatedly and returns the firmware data for the obtaining data length from the obtaining start address with respect to each firmware request. The client further obtains the firmware data returned from the server repeatedly and updates the firmware by using the firmware data obtained from the server.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: A network AV system comprises a controller, a client connectable to the controller via a network, and an AV equipment connectable to the client. The controller includes a first transmitting unit transmitting a command for controlling a controlled element of the AV equipment to the client. The client includes a first receiving unit receiving the command from the controller, and a second transmitting unit transmitting the command to the AV equipment. The AV equipment includes the controlled element, a second receiving unit receiving the command from the client, and a controlling unit controlling the controlled element according to the received command.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: A client repeatedly transmits a firmware request including an obtaining start address and an obtaining data length. The obtaining start address indicates the first address of firmware data to be obtained from the server by the client. The obtaining data length indicates the length of the firmware data to be obtained from the server by the client with respect to each firmware request. The server receives the firmware request from the client repeatedly and returns the firmware data for the obtaining data length from the obtaining start address with respect to each firmware request. The client further obtains the firmware data returned from the server repeatedly and updates the firmware by using the firmware data obtained from the server.
Inventors: Fumiaki KAWAMURA, Youichi KUDOH, Susumu TAKEMURA, Yasushi IKEDA, Toshinobu SANO, Hiroko YOSHIZAKI, Takahiro CHIBA
Abstract: A network AV system comprises a controller, a client connectable to the controller via a network, and an AV equipment connectable to the client. The controller includes a first transmitting unit transmitting a command for controlling a controlled element of the AV equipment to the client. The client includes a first receiving unit receiving the command from the controller, and a second transmitting unit transmitting the command to the AV equipment. The AV equipment includes the controlled element, a second receiving unit receiving the command from the client, and a controlling unit controlling the controlled element according to the received command.
Publication date: February 16, 2012
Inventors: Fumiaki KAWAMURA, Youichi KUDOH, Susumu TAKEMURA, Yasushi IKEDA, Toshinobu SANO, Hiroko YOSHIZAKI, Takahiro CHIBA
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Publication date: September 8, 2011
Inventors: Fumiaki KAWAMURA, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Inventors: Fumiaki KAWAMURA, Youichi KUDOH, Susumu TAKEMURA, Yasushi IKEDA, Toshinobu SANO, Hiroko YOSHIZAKI, Takahiro CHIBA
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Publication date: February 25, 2010
Inventors: Fumiaki KAWAMURA, Youichi KUDOH, Susumu TAKEMURA, Yasushi IKEDA, Toshinobu SANO, Hiroko YOSHIZAKI, Takahiro CHIBA
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
Abstract: The network type audio system includes a content server storing a large number of music data pieces, an audio client reproducing music, and a controller monitoring and controlling the audio client through the content server. The audio client requests the server to provide the music data of a music piece selected in response to the user's operation. The content server returns the music data of the selected music piece in response to the request from the audio client. The music data is distributed from the content server to the audio client on the basis of a specified amount. The audio client notifies the content server of its status. The content server notifies the controller of the status of the audio client. The controller displays the status. The controller also instructs the audio client to reproduce the music piece selected in response to the user's operation through the content server.
Publication date: September 15, 2005
Inventors: Fumiaki Kawamura, Youichi Kudoh, Susumu Takemura, Yasushi Ikeda, Toshinobu Sano, Hiroko Yoshizaki, Takahiro Chiba
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Hiroko Yoshizaki
