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    • 1. 发明申请
    • External structure fire protection system
    • 外部结构防火系统“ESFPS”
    • US20060083920A1
    • 2006-04-20
    • US11145338
    • 2005-06-02
    • Jens SchnabelPeter Lust
    • Jens SchnabelPeter Lust
    • F16J15/20
    • A62C2/10A62C3/00Y10T428/2915
    • A design for protection and resistance from externally started fires, forest fires and other fires that effect and start a structure burning from the outside inward. Protecting the entire structure with a specifically designed track system mounted onto the top of the structure, utilizing fire protective material hanging down the sides of the structure to create a fire resistant enclosure. “ESFPS” is designed to be assembled and set up in advance on the structure in preparation of a fire. The design allows for ease and quickness with installation. Pre-installation of the ESFPA on the roof of the structure that is being fire protected is required. This is achieved by reviewing the structure dimensions and then completing an assembly in advance. Sectional pieces are delivered to the structure then installed in advance. “ESFPS” is designed to be different lengths and are adapted to the unique dimensions of the structure.
    • 保护和抵抗的设计,从外部开始火灾,森林火灾和其他火灾,影响和启动从外部燃烧的结构向内。 使用安装在结构顶部的专门设计的轨道系统来保护整个结构,利用垂直于结构侧面的防火材料制成防火外壳。 “ESFPS”旨在预先组装和建立在火灾准备结构上。 该设计允许安装时的方便和快捷。 需要将ESFPA预安装在被防火结构的屋顶上。 这是通过检查结构尺寸,然后提前完成装配来实现的。 剖面件交付给结构,然后提前安装。 “ESFPS”设计为不同的长度,并适应结构的独特尺寸。
    • 2. 发明授权
    • ASVVMS=Autonomous Space Vehicle Video Monitoring System
    • ASVVMS =自主空间车辆视频监控系统
    • US09269242B2
    • 2016-02-23
    • US13986146
    • 2013-04-05
    • Peter Lust, Jr.Jens Schnabel
    • Peter Lust, Jr.Jens Schnabel
    • G08B13/196B64G3/00B64G1/66B64G4/00
    • G08B13/19623B64G1/66B64G3/00B64G4/00
    • The autonomous space vehicle video monitoring system is an electrically and mechanically powered camera system for video and audio monitoring of space vehicles. The system allows for autonomous monitoring and implementing corrective actions, providing telemetry and communications to keep the health and wellbeing of a space vehicle. It utilizes a Modular Mounting formed to exact dimensions on any type space vehicle. It has an arm like device to enable complete viewing of the entire 360 degree surface of a space vehicle. The autonomous space vehicle video monitoring system also utilizes rotor joints allowing maximum angle flexibility for viewing the space vehicle. The system has electrically conductive tracks and wheels that have a camera mounted on it with an arm like device in turn enabling 360 degree viewing of the space vehicle surfaces. Delivered in pre-designed sections then fit to the specific structure and assembled on the space vehicle.
    • 自主空间车辆视频监控系统是一种用于航空航天器视频和音频监控的电气和机械照相系统。 该系统允许自主监测和实施纠正措施,提供遥测和通信,以保持航天器的健康和健康。 它使用模块化安装形成为任何类型的空间车辆的精确尺寸。 它具有一个类似手臂的装置,能够完整地观察太空车辆的整个360度表面。 自主空间车辆视频监控系统还利用转子接头,允许最大角度灵活性来观看太空车辆。 该系统具有导电轨道和轮子,其具有安装在其上的照相机,其具有类似臂的装置,从而能够360度观察太空车辆表面。 交付在预先设计的部分,然后适合特定的结构并组装在太空车上。
    • 4. 发明申请
    • Automatic
    • 自动“除虫剂”“BDR”多功能电池驱动的便携式鸟粪清理系统
    • US20050278879A1
    • 2005-12-22
    • US10871631
    • 2004-06-21
    • Jens SchnabelPeter Lust
    • Jens SchnabelPeter Lust
    • A46B13/02A47L1/05A47L13/12A47L13/29A47L25/00B08B1/04B60S3/04
    • B60S3/048A46B13/02A47L1/05A47L13/12A47L13/29B08B1/04
    • An ornamental design and a portable appliance that has been specifically designed to remove Bird droppings from all transportation vehicles and surfaces on land and sea. The device is a multi purpose and battery driven portable BIRD DROPPING removal system “BDR”. This is a hand held device that embraces a “DC” Direct Current powered, A Low Torque motor, driving several gears and then right angled rotating disks that holds a disposable sponge disk pad that is uniquely saturated with a cleaning liquid solution. The rotating saturated disk is specifically designed to wipe clean hardened bird droppings that are deposited on surfaces by removing the bird droppings in a quick time as not to smear the bird dropping on its surface. Even though the surfaces are exposed to the sun and intense heat the Bird dropping remover will separate the bird dropping from the surface without damage to the paint or other surface material. The removal is achieved in part, by utilizing the optimum low speed and low torque rotating mechanism, and at the optimum torque, along with the saturated sponge disk solution.
    • 装饰设计和便携式电器,专门设计用于消除所有运输车辆和陆地和海洋表面上的鸟类粪便。 该设备是一个多功能和电池驱动的便携式BIRD DROPPING移除系统“BDR”。 这是一种手持式设备,它包含一个“直流”直流供电的低扭矩电机,驱动几个齿轮,然后驱动直角旋转盘,该旋转盘保持唯一被清洁液体溶液饱和的一次性海绵盘垫。 旋转的饱和盘专门设计用于通过在快速时间内去除鸟粪而擦拭沉积在表面上的清洁硬化的鸟粪,以免污染其表面上的鸟类。 即使表面暴露于太阳和强烈的热量,Bird掉落的去除剂也会将鸟类从表面上分离出来,而不会损坏油漆或其他表面材料。 通过利用最佳的低速和低扭矩旋转机构,并且以最佳扭矩与饱和海绵盘溶液一起实现部分去除。
    • 5. 发明授权
    • External structure fire protection system “ESFPS”
    • 外部结构防火系统“ESFPS”
    • US07395869B2
    • 2008-07-08
    • US11145338
    • 2005-06-02
    • Jens SchnabelPeter Lust, Jr.
    • Jens SchnabelPeter Lust, Jr.
    • A62C2/10
    • A62C2/10A62C3/00Y10T428/2915
    • A barrier system for protection and resistance from externally started fires, forest fires and other fires that effect and start a structure burning from the outside inward. The barrier system comprising a specifically designed track system mounted onto the top of the structure, utilizing fire protective material hanging down the sides of the structure to create a fire resistant enclosure. The barrier system is designed to be assembled and set up in advance on the structure in preparation of a fire. The barrier system design allows for ease and quickness with installation. Pre-installation of the barrier system on a roof of a structure that is being fire protected is provided by sectional pieces that are delivered to the structure and then installed in advance. The barrier system sectional pieces are designed to be different lengths and are adapted to the unique dimensions of the structure.
    • 防止外部发生火灾,森林火灾等火灾的屏障系统,从外部向内燃烧并开始结构燃烧。 阻挡系统包括安装在结构顶部上的专门设计的轨道系统,利用垂直于结构侧面的防火材料制成防火外壳。 屏障系统设计为在火灾准备中预先组装和安装在结构上。 屏障系统设计允许安装方便快捷。 将防护系统预先安装在被防火结构的屋顶上,由提供给结构件然后预先安装的部件提供。 屏障系统截面片被设计成不同的长度,并且适合于结构的独特尺寸。
    • 6. 发明申请
    • Row of seats of a vehicle with an arm rest arranged between two outside seats
    • 具有扶手的车辆的座椅排布置在两个外部座椅之间
    • US20070069561A1
    • 2007-03-29
    • US11528516
    • 2006-09-28
    • Jens SchnabelGunnar Erbe
    • Jens SchnabelGunnar Erbe
    • B60N2/32A47C13/00A47C15/00
    • B60R5/006B60N2/757B60N2/835B60N2/891
    • Row of seats of a vehicle with an arm rest that is arranged between two outside seats and that can be folded into a position corresponding to the back rests of the adjacent seats for creating the back rest for an emergency seat including a head rest with a retaining part above the back rest, into which support rods of the head rest are inserted, and a contact part extending forwardly and downwardly from retaining part. Back rest of the emergency seat is lockable. Additional locking apparatus for the back rest of the emergency seat is provided without use of additional components. Head rest is height-adjustably guided on a frame laterally extending inwardly into region of arm rest of one of adjacent seats. In retracted position of head rest, contact part of head rest overlaps free end of upwardly folded arm rest.
    • 具有扶手的车辆的行列,其布置在两个外部座椅之间,并且可以折叠到与相邻座椅的靠背相对应的位置,以产生用于紧急座椅的靠背,其包括具有保持 靠背的部分,头枕的支撑杆插入其中,以及从保持部分向前和向下延伸的接触部分。 紧急座位的休息时间是可锁定的。 提供了用于紧急座椅靠背的附加锁定装置,而不使用附加部件。 头枕在高度可调节地引导在横向延伸到相邻座位之一的扶手的内侧的框架上。 在头枕的缩回位置,头枕的接触部分与向上折叠的扶手的自由端重叠。
    • 7. 发明申请
    • ASVVMS = Autonomous Space Vehicle Video Monitoring System
    • ASVVMS =自主空间车辆视频监控系统
    • US20140300737A1
    • 2014-10-09
    • US13986146
    • 2013-04-05
    • Peter LustJens Schnabel
    • Peter LustJens Schnabel
    • B64G3/00
    • G08B13/19623B64G1/66B64G3/00B64G4/00
    • The ASVVMS, an Autonomous Space Vehicle Video Monitoring System, an Electrically and Mechanically Powered Camera System for Video and Audio monitoring the health and wellbeing of satellites and space vehicles. ASVVMS allows for Autonomous Monitoring and implementing corrective actions, providing telemetry and communications to keep the health and wellbeing of satellites and space vehicles it's mounted too. Constructed form different sections, The Modular Mounting, is formed to exact dimensions to form any type of satellite and space vehicles. FIG. 1. The ASVVMS can be mounted on an arm like device to enable complete viewing of the entire vehicle surfaces of the space vehicle. The fixed configuration has the camera mounted onto the Modular track. The ASVVMS Utilizes Rotor Joints allowing maximum angle flexibility for viewing the satellites and space vehicle. Delivered in pre-designed sections then fit to the specific structure and assembled on satellite and space vehicle.
    • ASVVMS,自主空间车辆视频监控系统,用于视频和音频的电动和机械照相机系统监测卫星和太空车辆的健康和健康。 ASVVMS允许自主监测和实施纠正措施,提供遥测和通信,以保持其安装的卫星和航天器的健康和健康。 构建形式不同的部分,模块化安装,形成了精确的尺寸,以形成任何类型的卫星和太空车辆。 图。 ASVVMS可以安装在像手臂的装置上,以便能够完整地观察太空车辆的整个车辆表面。 固定配置将摄像机安装在模块化轨道上。 ASVVMS使用转子接头,允许最大的角度灵活性来观察卫星和太空车辆。 交付在预先设计的部分,然后适合特定的结构并组装在卫星和太空车上。