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    • 37. 发明专利
    • ヘリコプタ用の地下格納庫
    • 地下机库直升机
    • JP2016516927A
    • 2016-06-09
    • JP2016508267
    • 2014-04-16
    • ヴァサポッロ,ラッファエラ
    • ヴァサポッロ,ラッファエラ
    • E04H6/44B64F1/36
    • B64F1/222E04H6/44
    • ヘリコプタを格納するための地下格納庫は、鉄筋コンクリートの構造体(2)によって作製される地下室(1)を備え、この内部において、複数の支柱(11)が壁の近くに配置され、鉄筋コンクリートの床に固定される。支柱(11)は、地表面と地下レベルの間を移動するプラットホーム(10)を支持する。ヘリコプタは、プラットホーム(10)に着陸し、地下レベルまで自動的に牽引することができ、その後、扉(8)によって地下室が自動的に閉鎖され、パイロットは、アクセス用の落とし扉(4)が設けられた隣接の地下室(1a)を通って外に出ることができる。【選択図】図1
    • 用于存储直升机地下机库包括结构增强由(2)(1),在其内部,多个支柱(11)被放置在靠近墙,钢筋混凝土的地板由混凝土地下室 它是固定的。 支柱(11)支撑的平台(10)相对于地表面和地下水平之间移动。 直升机降落平台(10),可自动地拉起地下水位上,然后,闭合地下室自动门(8),导频丢弃门存取(4) 它可以通过设置在邻近地下腔室(1a)中出来。 点域1
    • 38. 发明专利
    • Housing type aircraft engine run-up equipment
    • 外壳类型飞机发动机运行设备
    • JP2002370699A
    • 2002-12-24
    • JP2001317008
    • 2001-10-15
    • Kawasaki Heavy Ind Ltd川崎重工業株式会社
    • HIRAKAWA TAKERUAKIMOTO KAZUYUKISATOMI TAKAYUKIOGAWA KAZUSHIKAWASHIMA TAKASHIYOSHIDA HIDENORISAITO YASUO
    • B64F1/26B64F5/00E04H6/44
    • E04H6/44B64F1/26Y10S454/906
    • PROBLEM TO BE SOLVED: To provide housing type aircraft engine run-up equipment capable of backwardly changing the direction of an air flow introduced downward from a roof side suction port of a front end part of a hanger, capable of sufficiently straightening an introduced air flow, and capable of eliminating an exhaust duct.
      SOLUTION: This aircraft engine run-up equipment 1 has the hanger 4 for forming a test room 3 capable of housing an aircraft 2, the air introducing suction port 6, and an air exhausting exhaust passage 7. The suction port 6 is arranged on the upper roof side of the front end part of the hanger 4. An exhaust passage 7 communicating with the rear end of the test room 3, and extending backward and upward from this rear end is arranged in a rear end side part of the hanger 4. One or plural air flow direction changing members 20 are arranged in the lower side vicinity of the suction port 6 for guiding the air flow introduced from the suction port 6 toward the aircraft 2 housed in the hanger 4. A straightening mechanism 18, a first straightening member 21, a straightening space 19, a second straightening member 22, a third straightening member 23, and a fourth straightening member 24 are arranged in the suction port 6 or the vicinity.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种能够向后方改变从吊架的前端部分的屋顶侧吸入口向下引入的空气流的方向的外壳式飞机发动机起落设备,能够使引入的空气流充分矫直 ,并且能够消除排气管。 解决方案:该飞机发动机起落设备1具有用于形成能够容纳飞机2,空气引入吸入口6和排气排气通道7的测试室3的悬挂架4.吸入口6设置在 悬挂器4的前端部的上部屋顶侧设置有与检测室3的后端连通且从该后端向后后延伸的排气通路7配置在衣架4的后端侧部。 一个或多个空气流动方向改变构件20布置在吸入口6附近的下侧,用于将从吸入口6引入的空气流引导到容纳在衣架4中的飞行器2.矫直机构18,第一矫正 构件21,矫直空间19,第二矫直构件22,第三矫直构件23和第四矫直构件24布置在吸入口6或附近。
    • 39. 发明专利
    • Housing type aircraft engine run-up equipment
    • 外壳类型飞机发动机运行设备
    • JP2002370698A
    • 2002-12-24
    • JP2001317035
    • 2001-10-15
    • Kawasaki Heavy Ind Ltd川崎重工業株式会社
    • HIRAKAWA TAKERUAKIMOTO KAZUYUKISATOMI TAKAYUKIOGAWA KAZUSHIKAWASHIMA TAKASHIYOSHIDA HIDENORISAITO YASUO
    • B64F1/26B64F5/00E04H6/44
    • E04H6/44B64F5/60
    • PROBLEM TO BE SOLVED: To provide housing type aircraft engine run-up equipment capable of backwardly changing the direction of an air flow introduced downward from a roof side suction port of a front end part of a hanger, capable of forming an orderly air flow causing no minimum backflow of engine exhaust gas in a test room, and capable of directly exhausting air backward and upward from the test room by eliminating an exhaust duct.
      SOLUTION: This aircraft engine run-up equipment 1 has the hanger 4 for forming the test room 3 capable of housing an aircraft 2, the air introducing suction port 6, and an air exhausting exhaust passage 7. The suction port 6 is arranged on the upper roof side of the front end part of the hanger 4. An exhaust passage 7 communicating with the rear end of the test room 3, and extending backward and upward from this rear end is arranged in a rear end side part of the hanger 4. The inclined ceiling 30 inclined so as to become low backward for straightening the air flow is arranged in at least a part of the ceiling of the hanger 4. A ceiling groove 31 recessed upward so as to allow the passing of a vertical tail of the aircraft 2 carried in the test room 3 is formed in a lateral directional central part of the inclined ceiling 30.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供能够向后改变从衣架的前端部的屋顶侧吸入口向下引入的空气流的方向的外壳式飞机发动机起落设备,能够形成有序的空气流 在试验室中没有发动机排气的最小回流,并且能够通过排除排气管直接从测试室排出空气。 解决方案:该飞机发动机起落架设备1具有用于形成能够容纳飞机2,空气引入吸入口6和排气排气通道7的测试室3的悬挂架4.吸入口6设置在 悬挂器4的前端部的上部屋顶侧设置有与检测室3的后端连通且从该后端向后后延伸的排气通路7配置在衣架4的后端侧部。 倾斜的天花板30倾斜成向后倾斜以矫直空气流,布置在衣架4的顶部的至少一部分中。向上凹入的顶棚31,以允许飞机的垂直尾部通过 携带在测试室3中的2被形成在倾斜天花板30的横向中心部分中。