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    • 1. 发明申请
    • Flight device with a lift-generating fuselage
    • 具有升降机机身的飞行装置
    • US20050178884A1
    • 2005-08-18
    • US10839758
    • 2004-05-06
    • Konrad Schafroth
    • Konrad Schafroth
    • B64C1/00B64C3/10B64C39/10
    • B64C1/0009B64C3/10B64C39/10B64C2001/0045Y02T50/12
    • The invention relates to an aircraft comprising a lift-producing fuselage (1) whose largest span (11) lies in the middle third (14) of the total length and whose horizontal projection progressively diminishes in the front third (13) and in the rear third (15). The aircraft also comprises two wings (2), whereby the surface of the projection of both wings represents, in a horizontal plane, less than thirty percent of the total lift surface, and the wings are located in the middle third (14) of the total length of the fuselage. The aircraft additionally comprises a horizontal tail unit (4) situated in the rear third of the fuseable. The aircraft has a shape similar to that of a fish.
    • 本发明涉及一种飞行器,其包括产生电梯的机身(1),其最大跨度(11)位于总长度的中间第三(14)中,并且其水平突出部在前三分之一(13)和后侧逐渐减小 第三(15)。 飞机还包括两个翼(2),其中两个翼的突起的表面在水平面中表示小于总提升表面的百分之三十,并且翼位于中间的第三(14) 机身总长度。 飞机还包括位于可熔体的后三分之一的水平尾翼单元(4)。 飞机的形状与鱼类似。
    • 3. 发明授权
    • Watch movement
    • 看运动
    • US06169709A
    • 2001-01-02
    • US09232648
    • 1999-01-19
    • Konrad Schafroth
    • Konrad Schafroth
    • G04B100
    • G04C10/00G04C11/00
    • A timepiece movement proposed has a spring which drives, via gearing, a time display and a generator (1) supplying an a.c. voltage. The generator (1) powers, via a voltage-transformer circuit (2), a first capacitative component (10). The first capacitative component (10) powers an electronic reference circuit (3, 4, 5) with a stable oscillator (3, 4) and an electronic control circuit (6, 7, 8, 9). The first capacitative component (10) is charged immediately after the movement is started for the first time by one or more passive components. The one or more passive components are replaced, or supplemented in parallel, by one or more active units as soon as the voltage of the first capacitative component (10) is sufficient to operate the one or more active units, the one or more active units having a lower electrical resistance in the pass direction then the one or more passive components.
    • 所提出的钟表运动具有通过齿轮传动来驱动时间显示的弹簧和提供交流电的发电机(1)。 电压。 发电机(1)通过电压 - 变压器电路(2),第一电容分量(10)供电。 第一电容部件(10)用稳定的振荡器(3,4)和电子控制电路(6,7,8,9)为电子参考电路(3,4,5)供电。 第一电容分量(10)在第一次由一个或多个无源部件开始移动之后立即被充电。 只要第一电容分量(10)的电压足以操作一个或多个有效单元,一个或多个有源单元(1)或多个有源单元 在通过方向上具有较低的电阻,然后是一个或多个无源部件。
    • 4. 发明授权
    • Micro-generator module and clockwork movement containing such a
micro-generator
    • 微型发电机模块和含有这种微型发电机的发条机芯
    • US6124649A
    • 2000-09-26
    • US995605
    • 1997-12-22
    • Konrad Schafroth
    • Konrad Schafroth
    • G04B1/10G04B17/00G04C10/00G04G19/00H02K21/00G04C15/00
    • G04C10/00
    • Micro-generator for a clockwork movement. It contains a rotor provided with two disks and a stator with three coils connected in series. Each disk is provided with six permanent magnets with alternating north-south polarity. The coils are mounted on a module containing an electronic circuit. This circuit controls the speed of the generator in that it compares the frequency of the signal at the output of the generator with a reference frequency derived from a quartz oscillator and changes the load of the generator by means of a variable brake resistance.The micro-generator is constructed in such a way that the peak voltage of the generated signal is as high as possible and the space requirement inertia and frictional resistance of the rotor are kept as low as possible. To achieve this, the coils of the rotor are disposed on the module asymmetrically with respect to the axis of the rotor. The coils can have a maximal surface, the micro-generator being easily mountable.
    • 用于发条机构的微型发电机。 它包含一个设有两个磁盘的转子和一个具有串联连接的三个线圈的定子。 每个磁盘设有六个永磁铁,交替的南北极性。 线圈安装在包含电子电路的模块上。 该电路控制发电机的速度,因为它将发电机输出端的信号频率与从石英振荡器得到的参考频率进行比较,并通过可变制动电阻改变发电机的负载。 微型发电机构造成使得所产生的信号的峰值电压尽可能高,并且转子的空间要求惯性和摩擦阻力保持尽可能低。 为了实现这一点,转子的线圈相对于转子的轴线不对称地设置在模块上。 线圈可以具有最大表面,微型发生器易于安装。
    • 6. 发明申请
    • Flight device (aircraft) with a lift-generating fuselage
    • 具有升降机的飞行装置(飞机)
    • US20070170309A1
    • 2007-07-26
    • US11263949
    • 2005-11-02
    • Konrad Schafroth
    • Konrad Schafroth
    • B64C1/00
    • B64C1/0009B64C3/10B64C39/10B64C2001/0045B64C2039/105Y02T50/12
    • An aircraft has a lift-generating fuselage (1), the largest span (11) of the fuselage being in the third fifth (15) or the four fifth (17) of the total length thereof. The outline of the fuselage progressively tapers off in the first fifth (13) and in the last fifth (18). The aircraft has two wings (2), the surface of the projection of said two wings in a horizontal plane representing less than thirty percent of the entire lift area, and the wings being located in said third fifth (15) or fourth fifth (17) of the total length of the fuselage. An elevator unit (4) is located on the last fifth (18) of the fuselage. The longitudinal central profile of the aircraft has a negative curvature, and the longitundal profile of the wings has a positive curvature. The form of the aircraft resembles the form of a fish.
    • 一架飞机有起升机身(1),机身的最大跨度(11)位于第三个五(15)或四个五分之一(17)的全长。 机身的轮廓在第五(13)和最后五(18)中逐渐下降。 飞机具有两个翼(2),所述两个翼的突起的表面在水平面中,代表整个升降面积的不到百分之三十,翼位于所述第三五分之一(15)或第四五分之一(17) )机身总长度。 电梯单元(4)位于机身的最后五(18)处。 飞行器的纵向中心轮廓具有负曲率,并且翼的长度轮廓具有正曲率。 飞机的形式类似于鱼的形式。
    • 8. 发明授权
    • Timepiece movement
    • 钟表机芯
    • US5881027A
    • 1999-03-09
    • US29455
    • 1998-02-24
    • Konrad Schafroth
    • Konrad Schafroth
    • G04B17/00G04C10/00G04C11/00G04G19/00G04G99/00H02P9/00G04B1/00
    • G04C10/00G04C11/00
    • The timepiece movement proposed has a spring which drives, via gearing, a time display and a generator (1) supplying an a.c. voltage. The generator (1) powers, via a voltage-transformer circuit (2), a first capacitative component (10). The first capacitative component (10) powers an electronic reference circuit (3, 4, 5) with a stable oscillator (3, 4) and an electronic control circuit (6, 7, 8, 9). The first capacitative component (10) is charged immediately after the movement is started for the first time by one or more passive components. The one or more passive components are replaced, or supplemented in parallel, by one or more active units as soon as the voltage of the first capacitative component (10) is sufficient to operate the one or more active units, the one or more active units having a lower electrical resistance in the pass direction then the one or more passive components.
    • PCT No.PCT / EP96 / 02791 Sec。 371日期:1998年2月24日 102(e)1998年2月24日PCT PCT 1996年6月26日PCT公布。 出版物WO97 / 09657 日期1997年3月13日提出的钟表运动具有通过齿轮传动的时间显示和发电机(1)的弹簧。 电压。 发电机(1)通过电压 - 变压器电路(2),第一电容分量(10)供电。 第一电容部件(10)用稳定的振荡器(3,4)和电子控制电路(6,7,8,9)为电子参考电路(3,4,5)供电。 第一电容分量(10)在第一次由一个或多个无源部件开始移动之后立即被充电。 只要第一电容分量(10)的电压足以操作一个或多个有效单元,一个或多个有源单元(1)或多个有源单元 在通过方向上具有较低的电阻,然后是一个或多个无源部件。
    • 9. 发明授权
    • Gliding parachute
    • 滑翔降落伞
    • US5012993A
    • 1991-05-07
    • US337626
    • 1989-04-10
    • Konrad Schafroth
    • Konrad Schafroth
    • B64D17/10B64C31/02B64C31/036B64D17/02
    • B64D17/025
    • The gliding parachute which is closed at its leading edge comprises substantially in the zone of the highest aerodynamic impact pressure pressurizing air entry openings located in the lower parachute sheet, which openings lead to a stabilizing of the shape of the parachute comprising substantially an upper and a lower parachute sheet forming an air foil structure. In order to inflate this parachute during the starting phase, inflating air entry openings are located downstream of the pressurizing air entry openings, which inflating air openings are designed as check valves. This causes a faster and safer filling of the interior of the parachute by air.
    • 在其前缘处封闭的滑翔降落伞基本上包括位于下降伞板中的最高空气动力冲击压力加压空气进入开口的区域中,这些开口导致降落伞形状的稳定性,其包括基本上上部和 较低的降落伞片形成一个空气箔结构。 为了在启动阶段使该降落伞膨胀,充气空气进入开口位于加压空气进入开口的下游,该充气空气开口被设计为止回阀。 这样可以更快更安全地填充降落伞内部空气。
    • 10. 发明授权
    • Electronic regulation module for the movement of a mechanically wound watch
    • 电子调节模块,用于机械伤口表的移动
    • US06744699B2
    • 2004-06-01
    • US10176621
    • 2002-06-24
    • Eric KleinKonrad Schafroth
    • Eric KleinKonrad Schafroth
    • G04C100
    • G04C10/00
    • An electronic module for regulation of a watch movement with mechanical winding includes a generator (1) permitting converting the mechanical energy supplied by the mechanical watch movement into a measuring signal (G+;G−) and an electronic circuit (11) supplied by the generator. The electronic circuit includes an energy dissipation circuit (9) permitting applying at least two separate braking couples more than zero to the generator (1). The electronic circuit (11) also includes a counter to control the braking circuit. The braking couple selected by the control circuit depends on the advance of the generator and is reduced, without being suppressed, when the measuring signal (G+;G−) passes through an extreme.
    • 用于通过机械绕组调节手表机芯的电子模块包括:发电机(1),其允许将由机械手表机芯供应的机械能转换成由发电机提供的测量信号(G +,G-)和电子电路(11) 。 电子电路包括能量消耗电路(9),其允许向发电机(1)施加大于零的至少两个分离的制动耦合。 电子电路(11)还包括用于控制制动电路的计数器。 由控制电路选择的制动电流取决于发电机的前进,当测量信号(G +; G-)通过极限时,减小而不被抑制。