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    • 91. 发明授权
    • Flying model rocket and method of recovery
    • 飞行模型火箭和恢复方法
    • US4687455A
    • 1987-08-18
    • US790296
    • 1985-10-22
    • Ron Sculatti
    • Ron Sculatti
    • A63H27/00A63H27/01A63H27/127A63H33/20
    • A63H27/005
    • A flying model rocket includes a body made up of several telescoping segments with a model rocket engine at one end. The telescoping segments are movable between a retracted condition, for ease of transport and storage, and an extended condition, for greater visibility. A recovery system includes a collapsible recovery surface, such as a parachute or paraglider, mounted to the outside of one of the telescoping segments, and a recovery surface containment structure, secured to an adjacent telescoping segment. According to the method of recovery, the recovery surface and the containment structure are positioned so that when their associated telescoping segments are telescopically retracted, the containment structure keeps the recovery surface in a stowed condition external of, and typically next to, the outer surface of the body. Upon actuation of the rocket engine ejection charge, such telescopic sections extend to uncover the recovery surface allowing it to be deployed so the model rocket descends slowly in a horizontal attitude.
    • 飞行模型火箭包括由几个伸缩段组成的车身,其一端具有模型火箭发动机。 伸缩段可在缩回状态之间移动,以便于运输和储存,以及延长状态,以提高可见度。 恢复系统包括安装到伸缩段之一的外部的可折叠恢复表面,例如降落伞或滑翔伞,以及固定到相邻伸缩段的恢复表面容纳结构。 根据回收方法,恢复表面和容纳结构被定位成使得当其相关联的伸缩段被可伸缩地缩回时,容纳结构将恢复表面保持在收起状态的外部,并且典型地邻近于外部表面 身体。 在启动火箭发动机喷射装置时,这种伸缩部分延伸以露出恢复表面,允许它被部署,使得模型火箭以水平姿态缓慢下降。
    • 93. 发明授权
    • Jet propelled model vehicle
    • 喷气机型号车辆
    • US3664056A
    • 1972-05-23
    • US3664056D
    • 1970-08-07
    • VICTOR STANZEL
    • STANZEL VICTOR
    • A63H27/00
    • A63H27/005
    • A model or toy vehicle of the jet propelled type employing a rapidly vaporizing liquid propellant of the chlorofluoromethane type, commonly known as Freon. The vehicle may be of the airplane or rocket type, and includes a barrel for holding a charge of the propellant which is allowed to vaporize and is discharged through a jet at the rear end of the barrel. Means is provided for allowing the escape of air and the bleeding off of vapor during the charging of the barrel with liquid propellant preliminary to the launching of the craft.
    • 使用快速蒸发的氯氟甲烷型液体推进剂(通常称为氟利昂)的喷射推进型的模型或玩具车辆。 车辆可以是飞机或火箭类型,并且包括用于保持推进剂的装料的桶,其被允许蒸发并通过筒的后端处的喷嘴排出。 提供了用于在用液体推进剂对筒进行装料之前允许空气逸出和蒸汽渗出的装置,以初步推动该工艺。
    • 94. 发明授权
    • Toy rocket and gas propellant system
    • TOY ROCKET和GAS PROPELLANT系统
    • US3650214A
    • 1972-03-21
    • US3650214D
    • 1969-01-21
    • VASHON IND INC
    • GREEN CHARLES J
    • A63H27/00F42B8/24F42B15/36F42B13/00
    • F42B15/36A63H27/005F42B8/24
    • A model rocket propelled by a non-flammable liquefied gas is disclosed which is capable of realistic performance as well as appearance. The rocket has (1) a novel structural arrangement for separation of the nose portion of the rocket from the rocket body once the gas pressure in the pressure chamber has dropped and thrust is dissipated, (2) a novel valving arrangement for initiating the thrust which may be triggered remotely by means of an electrical current, and (3) a liquefied gas propellant which forms a gas-liquid mixture as it flows through the rocket nozzle, the specific impulse of the gas-liquid mixture being considerably higher than the specific impulse obtainable from the pure liquid.
    • 公开了由不可燃液化气体推进的示范火箭,其能够具有现实的性能和外观。 火箭具有(1)一旦压力室中的气体压力下降并且推力被消散的新型结构布置,用于将火箭的鼻部与火箭体分开,(2)用于启动推力的新型阀装置 可以通过电流远程触发,和(3)液化气体推进剂,当其流过火箭喷嘴时形成气液混合物,气 - 液混合物的比脉冲显着高于特定脉冲 可从纯液体中获得。