CN102874411A - 飞行器侧滑式弹射坐椅 - Google Patents

飞行器侧滑式弹射坐椅 Download PDF

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CN102874411A
CN102874411A CN 201110196460 CN201110196460A CN102874411A CN 102874411 A CN102874411 A CN 102874411A CN 201110196460 CN201110196460 CN 201110196460 CN 201110196460 A CN201110196460 A CN 201110196460A CN 102874411 A CN102874411 A CN 102874411A
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vault
deliver
chair
aircraft
airframe
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郑冰
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Abstract

飞行器侧滑式弹射(又称导向式弹射),属于航空安全领域。主要解决,波音737、空中客车A320、大中小型直升机、以及私人飞机、的弹射救生问题。是通过改变机体内部结构,机体内部加装对称立柱支撑,模块化大坐椅是平行四边形(或长方形),下方有导轨槽和导向轮,模块化太坐椅与机体抽屉式连接(弹射出舱时就像拉抽屉一样),向机体两侧弹射。由于此绘图软件不是专业设计飞机的,会有一定差距,还请谅解。

Description

飞行器侧滑式弹射坐椅
技术领域:飞行器侧滑式弹射坐椅,是航空安全领域的一大创新,波音、空客、都尚未安装。
背景技术:是我自己原创的,没有与别人的技术纠纷,是我在2009年4月到首都机场看飞机,突发奇想而设计的,由于资金问题直到现在。
发明内容:侧滑式弹射主要是将机体内部结构进行重大改变,进行模块化设计。飞机的机翼在机体上方,机体内有对称立柱支撑(无立柱的要增加圆形梁数量)。模块化大坐椅是平行四边形的(或者长方形),下方、中间、两侧、有导轨槽和导向轮,模块化大坐椅与机体抽屉式连接(弹射出舱时就像拉抽屉一样)。向机体两边侧后方弹射(长方形大坐椅垂直于机体弹射)。出舱方式分为整体出舱和单个出舱。同时出舱时要求弹出角度不能一致,要在空中分开,并拉开距离,以免打不开伞。单个出舱侧没有太多要求。即可以飞行员控制弹射,也可以乘客控制,即可以整体出舱,也可以单个出舱。对机身强度要求相当高,受力一定要均匀。底部有气囊,以免生蹾。
附图说明:图1为模块化大坐椅的排列。图2横切面,侧画线表示导轨。图3横着看。图4无立柱支撑,要增加圆形梁数量。图5竖切面。图6模块化大坐椅。图7为长方形大坐椅垂直于机体弹射。
具体实施方式:注册专利后寻找风险投资,及其他投资,输出图纸、设计、卖掉专利。

Claims (4)

  1. 侧滑式弹射是航空领域的一大创新,结构相对于战斗机的零距弹射,有造价低、结构简单、安全性好、适用性广、等特点。其含盖范围包括:大到波音737、空中客车A320、小到2坐、5坐私人飞机。直升机包括:大到支努干、小到R22。以及直升固定翼飞机(鱼鹰),和货运飞机。能含盖到所以飞行器。
    技术特征:改变飞机内部结构,模块化设计,机翼放在机体上方,机体内部有对称立柱支撑,模块化大坐椅是平行四边形(或者长方形),下方、中间、两侧、有导轨槽和导向轮。模块化大坐椅与机体抽屉式连接,向机体两边侧后方弹射。出舱分为整体出舱和单个出舱,同时出舱角度不能一致,要在空分开,并拉开距离,以免打不开伞。既可以飞行员控制弹射,也可以乘客控制。对机身要求特别高,受力一定要均匀,底部有气囊。
    1.我要求任何公司、个人、及其它组织、未经授权,不得使用导向槽、导向轮出舱方式。
  2. 2.不得使用坐椅与机体抽屉式连接(弹射出舱就像拉抽屉一样)。
  3. 3.机体内部不不得使用立柱支撑、横向支撑。
  4. 4.不得使用模块化大坐椅。
CN 201110196460 2011-07-14 2011-07-14 飞行器侧滑式弹射坐椅 Pending CN102874411A (zh)

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CN 201110196460 CN102874411A (zh) 2011-07-14 2011-07-14 飞行器侧滑式弹射坐椅

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CN 201110196460 CN102874411A (zh) 2011-07-14 2011-07-14 飞行器侧滑式弹射坐椅

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CN102874411A true CN102874411A (zh) 2013-01-16

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017181302A1 (zh) * 2016-04-21 2017-10-26 刘继军 客机乘客可逃生的模块化脱离式弹射座椅的方案
CN111846248A (zh) * 2020-07-27 2020-10-30 北京京东乾石科技有限公司 无人机以及无人机逃生方法

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017181302A1 (zh) * 2016-04-21 2017-10-26 刘继军 客机乘客可逃生的模块化脱离式弹射座椅的方案
CN111846248A (zh) * 2020-07-27 2020-10-30 北京京东乾石科技有限公司 无人机以及无人机逃生方法

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Application publication date: 20130116