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    • 1. 发明授权
    • Multiple engine drive arrangement
    • 多发动机驱动装置
    • US4481841A
    • 1984-11-13
    • US325865
    • 1981-11-30
    • Jorg AbthoffHans-Dieter SchusterKarlwalter Schmidt
    • Jorg AbthoffHans-Dieter SchusterKarlwalter Schmidt
    • F02B1/04F02B3/06F02B73/00F02D25/04F16H37/06B60K1/00F01B21/04F16D41/04
    • F02D25/04F02B73/00F02B1/04F02B3/06Y10T74/19014Y10T74/19051Y10T74/1906Y10T74/19126
    • A drive arrangement which includes a number of internal combustion engines which are adapted to be connected to a flow of working force through free wheeling or one way clutches and gears to a common output shaft. In addition to a flow of working force the individual internal combustion engines may be interconnected by another flow of a tractive force which is formed by gearing up gears and one way or free wheeling clutches. This flow of tractive force acts only in a direction of force flow which opposes the flow of the working force. The internal combustion engines may be mechanically arranged in parallel next to one another or in series behind one another with working or output shafts of the internal combustion engines being located parallel or in series one behind the other. The working shafts are connected with parallel gear stages which transmit at different ratios and have opposing force flows. Only one gear stage acts at a time in any direction of force flow due to an alternating arrangement of the one way or free wheeling clutches.
    • 一种驱动装置,其包括多个内燃机,其适于通过续流或单向离合器和齿轮与公共输出轴连接到工作力流。 除了工作力的流动之外,各个内燃机可以通过由齿轮传动和单向或独轮式离合器形成的牵引力的另一流动来互连。 这种牵引力的作用仅在与工作力的流动相反的力流动的方向上作用。 内燃机可以机械地彼此机械地布置在彼此相邻或彼此串联,使得内燃机的工作或输出轴彼此平行或串联布置。 工作轴与平行齿轮级连接,传动速度不同,并具有相反的力流。 由于单向或独轮式离合器的交替布置,只有一个齿轮级在任何方向的力流动下均起作用。
    • 2. 发明授权
    • Stringed instrument
    • 弦乐器
    • US05998712A
    • 1999-12-07
    • US949296
    • 1997-10-13
    • Karlwalter Schmidt
    • Karlwalter Schmidt
    • G10D3/02G10D3/00
    • G10D3/02
    • The sound box (3) of the stringed instrument surrounds components (6, 8), as a result of which the sound vibrations introduced by the playing strings (4, 5), across the bridge (1), on the top board (2) of the sound box (3) lead to oppositely directed or phase-displaced vibrations of the bottom wall (11). Thus, the pumping and sucking movement exerted by the vibrating (15) top board (2) on the air enclosed in the sound box (3) is supplemented by the sound vibrations of the bottom wall (11). The components enclosed for this purpose in the sound box (3) essentially comprise a lever (6) engaging on the top board (2) at two positions and located below the bridge (1), a support member (16) laterally supporting said lever on the sound box (3) and a supporting arch (8). Due to the fact that the lever (6) acts on the central region of the supporting arch (8), its ends engaging in the corner region between the bottom wall (11) and the peripheral wall (10) exert an expanding force leading to the upward movement of the arched bottom wall (11). Thus, the instrument is given a fuller, richer sound.
    • 弦乐器的音箱(3)围绕组件(6,8),由此通过扬声器(4,5)穿过桥(1),在顶板(2)上引入的声音振动 )导致底壁(11)的相反方向或相位移动的振动。 因此,由振动(15)顶板(2)施加在封闭在音箱(3)中的空气上的泵送和抽吸运动由底壁(11)的声音振动补充。 在声音箱(3)中为此目的而封闭的部件基本上包括在两个位置处接合在顶板(2)上的并位于桥(1)下方的杆(6);支撑构件(16),横向地支撑所述杆 在音箱(3)和支撑拱(8)上。 由于杠杆(6)作用在支撑拱顶(8)的中心区域上,其端接在底壁(11)和周壁(10)之间的角区域的端部发挥扩张力, 拱形底壁(11)的向上运动。 因此,乐器的声音更丰富,更丰富。
    • 3. 发明授权
    • Device for transferring the vibrations of strings to the walls of a
hollow body
    • 用于将弦的振动传递到中空体的壁的装置
    • US5044246A
    • 1991-09-03
    • US415280
    • 1989-08-17
    • Karlwalter Schmidt
    • Karlwalter Schmidt
    • G10D3/02G10D1/02G10D3/04
    • G10D3/04
    • The invention relates to a device for the transfer of string vibrations to the outer walls of a hollow body. The strings are stretched over a bridge in the conventional manner and the bridge transfers the movements to a mobile wall of the hollow body. This narrow wall with a relatively small surface does not mainly vibrate the surrounding air and instead transfers via supports the string vibrations to two large-area hollow body walls positioned below it. The bearing points of the bridge on the hollow body narrow wall, the hollow body walls and the supports are arranged in such a way that in the case of a bridge vibrating movement direction following the string vibrations, the large surfaces of the hollow body are moved in opposite directions. The large surfaces mainly vibrate the surrounding air, on the one hand directly through the movements thereof on the hollow body surface and on the other hand indirectly by the pumping action of the oppositely moving large surfaces on the air within the hollow body, which in turn excite the ambient air by corresponding wall openings. The transfer mechanism permits larger vibrating walls with larger vibration amplitudes and a larger hollow body for comparable instruments, so that the strings give more sound for the same excitation energy.
    • PCT No.PCT / DE88 / 00785 Sec。 371日期1989年8月17日 102(e)日期1989年8月17日PCT提交1988年12月29日PCT公布。 出版物WO89 / 07308 日本1989年8月10日。本发明涉及一种用于将弦振动传递到中空体的外壁的装置。 弦以常规方式在桥上拉伸,并且桥将运动转移到中空体的移动壁。 具有相对小的表面的这个窄壁不会主要振动周围空气,而是通过支撑件将弦振动传递到位于其下方的两个大面积空心体壁。 中空体窄壁上的桥的轴承点,空心体壁和支撑体以这样的方式排列,使得在沿着弦振动的桥梁振动运动方向的情况下,中空体的大表面被移动 在相反的方向 大面积主要是振动周围的空气,一方面直接通过其在中空体表面上的运动,另一方面间接通过中空体内的空气上相反移动的大表面的泵送作用, 通过相应的墙壁开口激发环境空气。 传递机构允许具有较大振动振幅的更大的振动壁和用于可比较的仪器的较大的中空体,使得弦对于相同的激发能量给出更多的声音。
    • 6. 发明授权
    • Fuel injection system for a mixture-compressing spark ignition
internal-combustion engine
    • 用于混合压缩火花点火内燃机的燃油喷射系统
    • US4621604A
    • 1986-11-11
    • US717008
    • 1985-03-28
    • Jorg AbthoffHans-Dieter SchusterKarlwalter Schmidt
    • Jorg AbthoffHans-Dieter SchusterKarlwalter Schmidt
    • F02D3/00F02M69/00F02M69/52F02M39/00
    • F02M69/52
    • A fuel injection system for a mixture-compressing spark ignition internal-combustion engine has a fuel-metering device having a housing with a control cylinder arranged therein, a control piston having at least two control edges being rotatably and longitudinally slidably arranged in said control cylinder. One front surface of said control piston is acted upon by fuel and its other front surface interacts with a pressure spring. Between the control edges, the control piston is equipped with a control space area. The housing has an inflow opening for a fuel inflow pipe, an outflow opening for a fuel return flow pipe in which a pressure regulating valve is arranged, and an outflow opening assigned to a fuel injection nozzle. The outflow opening connected with a control opening in the control cylinder interacts with the control edges. The control space area has at least one recess at the control piston having a circular-arc-shaped area segment forming the control edges in order to provide a fuel injection system having a fuel-metering device of the initially mentioned type which is simple to manufacture and easy to assemble, exhibits high operational reliability and ensures an exact metering of fuel. The axis of said area segment extends transversely to the control piston axis and starts from the circumferential area of the control piston in a concavely curved manner extends into the control piston. The control piston has an axial flow-through bore equipped with a throttle downstream from the recess. The fuel passes through said flow-through bore from the inflow opening of the housing to the recess and to the outflow opening of the housing.
    • 一种用于混合压缩火花点火内燃机的燃料喷射系统具有燃料计量装置,其具有设置有控制气缸的壳体,控制活塞具有至少两个控制边缘,所述控制活塞具有至少两个控制边缘, 。 所述控制活塞的一个前表面被燃料作用,并且其另一个前表面与压力弹簧相互作用。 在控制边缘之间,控制活塞配备有控制空间区域。 壳体具有用于燃料流入管的流入开口,布置有压力调节阀的燃料返回流量管的流出开口和分配给燃料喷射喷嘴的流出开口。 与控制气缸中的控制开口连接的流出口与控制边缘相互作用。 控制空间区域在控制活塞处具有至少一个凹部,其具有形成控制边缘的圆弧形区域段,以便提供具有简单制造的初始类型的燃料计量装置的燃料喷射系统 易于组装,操作可靠性高,确保精确计量燃油。 所述区域段的轴线横向于控制活塞轴线延伸,并且从控制活塞的圆周区域开始以凹曲的方式延伸到控制活塞中。 控制活塞具有在凹部下游具有节流阀的轴向流通孔。 燃料通过所述流通孔从壳体的流入开口到达凹部和壳体的流出开口。