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Lock mechanism at launch applied to a small rocket microgravity experimental device

机译:发射时的锁定机构应用于小型火箭微重力实验装置

摘要

PURPOSE:To operate a launch-lock system for a long period and perform smooth unlocking and sure relocking by mechanically coupling or releasing a support base plate supporting a micro-gravity experimental device to an airframe side. CONSTITUTION:An experimental device 100 is fitted via a main base plate 6, a lock system 5 and a support base plate 4 on a rocket side. When switches 24, 25 are turned on at the time of launch-lock, electromagnetic wedges 101a, 101b are operated, and fitting shafts 19, 26 are fixed at both ends of a sliding groove 36. When the switch 24 is turned off by remote control from the ground at the time of unlocking, the electromagnetic wedge 101a is made nonoperational, and a support lever 9 is separated from an experimental device support metal 11 by the force of a spring 17. When the switch 25 is turned off at the time of re-locking, the other electromagnetic wedge 101b is made nonoperational, and the support lever 9 is hooked by the experimental device support metal 11 via the force of a spring 14. The switch 24 is turned on from the ground, the electromagnetic wedge 101a is operated, and a fitting shaft 26 integral with a sensitive piece is fixed.
机译:目的:长时间操作发射锁定系统,并通过将支撑微重力实验装置的支撑基板机械地耦合或释放到机身侧,来执行平稳的解锁并确保重新锁定。构成:实验装置100通过火箭侧的主基板6,锁定系统5和支撑基板4安装。当在发射锁定时接通开关24、25时,操作电磁楔101a,101b,并且将装配轴19、26固定在滑动槽36的两端。当通过遥控将开关24断开时在解锁时从地面进行控制,使电磁楔形件101a停止工作,并且通过弹簧17的力使支撑杆9与实验装置支撑金属11分离。当此时断开开关25时在重新锁定之后,另一个电磁楔101b不能工作,并且支撑杆9通过弹簧14的力钩在实验装置支撑金属11上。开关24从地面打开,电磁楔101a进行操作,并固定与敏感件成一体的装配轴26。

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