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    • 1. 发明授权
    • Film-transport system for photographic still camera
    • 影像传送系统摄影摄像机
    • US4202616A
    • 1980-05-13
    • US939374
    • 1978-09-05
    • Otto StemmeRolf SchroderPeter LermannHorst Karl
    • Otto StemmeRolf SchroderPeter LermannHorst Karl
    • G03B17/00F16B13/10G03B17/42G03B1/18G03B1/00G03B17/26
    • G03B17/425
    • When the trigger button is depressed, a crank rod is pulled by a biasing spring in a first direction from a first to a second position triggering the shutter in the process, and an associated crankwheel drives a gear segment coupled thereto to an angular position engaging a motor-driven transmission, which latter then drives the gear segment, crankwheel and thereby the crank rod in an opposite second direction back to first position, the crank rod resetting the shutter in the process, whereupon the gear segment reaches an angular position once more disengaged from the film-transport motor. A switch-control lever coupled to a perforation feeler keeps a motor-energize switch closed until the feeler enters a film perforation, but a switch-control lever redundantly keeps the motor-energize switch closed under the camming action of the crank rod, whereby if film is present in the camera motor energization terminates when the feeler enters a perforation, whereas if film is not present then, for demonstration purposes, the same operations are performed, but with motor energization terminating in dependence upon crank rod position.
    • 当触发按钮被按下时,曲柄杆由第一方向上的偏压弹簧从第一位置拉至第二位置,从而在该过程中触发快门,相关联的曲柄轮驱动与其相连的齿轮段, 后者驱动齿轮段,曲柄轮,从而使曲柄杆以相反的第二方向驱动回到第一位置,曲柄杆在该过程中重新启动闸门,于是齿轮段再一次脱离接合角位置 从电影运输电机。 耦合到穿孔探头的开关控制杆保持电动机通电开关闭合,直到触发器进入薄膜穿孔,但是开关控制杆在曲柄杆的凸轮作用下冗余地保持电动机通电开关闭合,由此如果 胶片存在于照相机中,当感光体进入穿孔时,通电终止,而如果不存在胶片,则为了演示的目的,执行相同的操作,但是电动机通电根据曲柄杆的位置终止。
    • 2. 发明授权
    • Still-camera film transport system with motor deenergization at end of
film
    • 静电相机胶片传输系统,电影末端带有电机断电
    • US4309097A
    • 1982-01-05
    • US104900
    • 1979-12-18
    • Otto StemmePeter LermannKarl WagnerDieter EngelsmannRolf Schroder
    • Otto StemmePeter LermannKarl WagnerDieter EngelsmannRolf Schroder
    • G03B1/16G03B17/42G03B1/00
    • B82Y15/00G03B1/16G03B17/425
    • A still-camera film transport system includes a perforation feeler and cooperating perforation-detecting switch generating a perforation signal. A motor speed sensor generates a signal indicative of whether the motor speed is above or below a certain level. A shutter-state switch generates a signal indicating whether the shutter is in set or unset state. A motor-control switch is controlled from the output of a logic-circuit stage which receives the above three signals. During normal operation before the film end is reached, the perforation signal is used to generate a deenergize-motor signal, but in dependence upon the shutter-state signal. When the film end is reached no further perforations follow, but the transport motor comes to a halt because it cannot pull the film further. The motor-speed signal indicates this and, when applied to the logic-circuit stage, causes the motor to be deenergized if the shutter is in set state.
    • 静止相机胶片传送系统包括穿孔探针和产生穿孔信号的配合穿孔检测开关。 电动机速度传感器产生指示电动机速度是否高于或低于某一水平的信号。 快门状态开关产生指示快门是处于设定状态还是未设定状态的信号。 从接收上述三个信号的逻辑电路级的输出控制电动机控制开关。 在到达胶片末端之前的正常操作期间,穿孔信号用于产生去激励电机信号,但是根据快门状态信号。 当胶片末端没有进一步的穿孔时,传送电机停止,因为它不能进一步拉动胶片。 电机速度信号表示这一点,并且当应用于逻辑电路级时,如果快门处于置位状态,则使电动机断电。
    • 3. 发明授权
    • Camera with film transport motor powered by battery which also charges a
flash unit during intervals of transport motor inoperativeness
    • 相机与胶片运输电动机由电池供电,并在运输电机不工作的间隔期间为闪光灯组件充电
    • US4220407A
    • 1980-09-02
    • US20331
    • 1979-03-14
    • Otto StemmeKarl WagnerPeter LermannRolf SchroderPeter Utschig
    • Otto StemmeKarl WagnerPeter LermannRolf SchroderPeter Utschig
    • G03B1/12G03B1/18G03B15/05G03B17/00G03B19/02G03B17/18G03B17/38
    • G03B15/05G03B2215/05
    • A film transport system includes an electric transport motor. Upon completion of an exposure, the motor is energized to perform a film-transport operation and upon conclusion thereof a perforation-feeler causes the motor to become short-circuited for quick arrest. A flash unit comprises an energy-storing capacitor connected in series with flash-unit batteries. When the film transport motor, which is powered off a motor battery, is motionless or in short-circuited condition, the energy-storing capacitor of the flash unit is permitted to charge both of the flash-unit batteries and the motor battery. When the film transport motor is in operation, the input terminals of the flash unit are conductively shunted together, thereby connecting the flash-unit batteries across the energy-storing capacitor so that the latter may continue to charge off its own batteries but not off the camera batteries. Alternatively, the flash unit does not have separate batteries of its own, and the energy-storing element of the flash unit charges off the motor battery when the film transport motor is at standstill or in short-circuited condition.
    • 薄膜输送系统包括电动马达。 在曝光完成时,电动机通电以进行胶片输送操作,并且在得出结论之后,穿孔器使电动机短路以进行快速停止。 闪光单元包括与闪光单元电池串联连接的储能电容器。 当电动机电池关闭的胶片传送电机不动或处于短路状态时,闪光单元的储能电容器被允许对闪光单元电池和电动机电池充电。 当胶片传送电机运行时,闪光灯单元的输入端导电分流在一起,从而将闪光单元电池连接在储能电容器上,使得后者可以继续对自己的电池进行充电,但不能关闭 相机电池 或者,闪光灯单元不具有单独的电池,并且当胶片传送电机处于静止状态或短路状态时,闪光单元的能量存储元件对电动机电池进行充电。
    • 4. 发明授权
    • Still-camera film transport system with end-of-film motor deenergization
    • 静电相机胶片传输系统,带有胶片电机断电
    • US4196993A
    • 1980-04-08
    • US955476
    • 1978-10-26
    • Otto StemmePeter LermannKarl WagnerDieter EngelsmannRolf Schroder
    • Otto StemmePeter LermannKarl WagnerDieter EngelsmannRolf Schroder
    • G03B1/16G03B17/42G03B1/12
    • G03B17/425G03B1/16
    • A still-camera film transport system includes a perforation feeler and cooperating perforation-detecting switch generating a perforation signal. A time-delay circuit initiates a time delay upon the commencement of film transport and generates a time-delay-elapsed signal when the time delay has elapsed. The duration of the delay is greater than the time required for the film transport motor to transport film from the last film perforation to the actual end of the film. A shutter-state switch generates a signal indicating whether the shutter is in set or unset state. A motor-control switch is controlled from the output of a logic-circuit stage which receives the above three signals. During normal operation before the last perforation is passed, the perforation signal is used to generate a deenergize-motor signal, but in dependence upon the shutter-state signal. When the last film perforation is passed, another perforation signal will not be generated, but after the elapse of the predetermined time interval, the time-delay-elapsed signal causes the film transport motor to be deenergized, but not before the actual end of the film has been reached.
    • 静止相机胶片传送系统包括穿孔探针和产生穿孔信号的配合的穿孔检测开关。 时间延迟电路在胶片传送开始时启动时间延迟,并且当经过时间延迟时产生延时经过的信号。 延迟的持续时间大于胶片传送电机将胶片从最后的胶片穿孔输送到胶片的实际末端所需的时间。 快门状态开关产生指示快门是处于设定状态还是未设定状态的信号。 从接收上述三个信号的逻辑电路级的输出控制电动机控制开关。 在通过最后穿孔之前的正常操作期间,穿孔信号用于产生断电电机信号,但是根据快门状态信号。 当最后的电影穿孔通过时,不会产生另一个穿孔信号,但是在经过预定时间间隔之后,延时经过的信号使得胶片传送电机被断电,而不是在实际结束之前 电影已经到达。
    • 6. 发明授权
    • Trigger mechanism for photographic camera provided with motor-driven
film-transport mechanism
    • 具有电机驱动胶片输送机构的相机触发机构
    • US4203662A
    • 1980-05-20
    • US16894
    • 1979-03-02
    • Otto StemmePeter LermannRolf SchrooderHorst Karl
    • Otto StemmePeter LermannRolf SchrooderHorst Karl
    • G03B1/62G03B17/42G03B1/18G03B17/38
    • G03B1/62G03B17/425
    • When the user presses the trigger button, a rod is pulled longitudinally by a drive spring in a first direction from a first to a second position triggering the shutter in the process and a coupling thereafter couples the rod to a transport motor which returns the rod in the opposite second direction back to first position, the rod resetting the shutter in the process, the rod when returned to second position becoming decoupled from the motor so that the latter will not oppose the force of the drive spring for the next first-direction movement of the rod. The crank rod is blocked against first-direction movement by two blocking levers, the first initially being in blocking position and the second initially in unblocking position. When the user presses the trigger button, the first blocking lever unblocks the rod and the latter performs its first-direction movement, the first lever remaining in unblocking position until the user releases the trigger button, and near the end of the second-direction movement of the rod the second blocking lever snaps into blocking position, to prevent an unintentional second exposure, the second blocking lever blocking the rod until the first lever, upon release of the trigger button, can return to blocking position, whereupon the second lever once more assumes unblocking position. When instead of single exposures exposure sequences are to be made, the user sets a manual switch which arrests the second lever in unblocking position, so that the rod performs its first- and second-direction movements alternately for as long as the user keeps the trigger button depressed.
    • 当使用者按下触发按钮时,通过驱动弹簧在第一方向上将杆从第一位置拉伸到第二位置,从而在该过程中触发快门,然后,联接器将杆连接到输送马达,该马达将杆返回 相反的第二方向返回到第一位置,杆在过程中复位快门,杆返回到第二位置变得与电动机分离,使得后者不会与用于下一个第一方向运动的驱动弹簧的力相反 的杆。 曲柄杆通过两个阻挡杆阻止第一方向运动,第一开始处于阻挡位置,第二个初始处于解锁位置。 当用户按下触发按钮时,第一阻挡杆解锁杆,并且后者执行其第一方向运动,第一杠杆保持解锁位置,直到用户释放触发按钮,并且在第二方向运动结束 杆的第二阻挡杆卡入阻挡位置,以防止无意的第二次暴露,第二阻塞杆阻挡杆直到第一杆在释放触发按钮时可以返回到阻挡位置,于是第二杆再次 假定取消阻止位置。 当不进行单次曝光曝光序列时,用户设置手动开关,其将第二控制杆停止在解锁位置,使得杆可以交替地执行其第一和第二方向运动,只要用户保持触发 按下按钮
    • 7. 发明授权
    • Photographic camera with state-of-focus indication
    • 具有聚焦指示的摄影相机
    • US4344686A
    • 1982-08-17
    • US133127
    • 1980-03-24
    • Otto StemmePeter LermannIstvan Cocron
    • Otto StemmePeter LermannIstvan Cocron
    • G03B13/18G03B17/20G03B13/02
    • G03B17/20G03B13/18
    • A photographic still or motion-picture camera has a viewfinder and a manually moved focus adjuster, such as a focussing ring. When the user peers into the viewfinder, there is a visible indication of the direction in which the focus adjuster should be manually moved to reduce the state-of-focus error, for example two curved illuminated errors, one pointing clockwise and the other counterclockwise, only one of which lights up to indicate the direction in which the focussing ring should be manually turned. When the state-of-focus error has been reduced to zero or a minimum, this is likewise indicated, for example because neither curved arrow is illuminated. To control the activation of the indicating elements, use can be made of components of a conventional completely automatic focussing system, but minus the adjusting motor of such system and minus superfluous motor-energization control circuitry. In this way, the user is provided a simple and unequivocal guide when manually focussing, without the cost, complexity, bulkiness and power consumption of a complete automatic focussing system including an adjusting motor and motor-energization control circuitry.
    • 照相静止或动态相机具有取景器和手动移动的焦点调节器,例如聚焦环。 当用户对准取景器时,存在可以手动移动聚焦调节器的方向的可见指示,以减少聚焦误差,例如两个弯曲的发光错误,一个指向顺时针方向,另一个指向逆时针方向, 只有其中一个亮起来指示聚焦环手动转动的方向。 当聚焦误差已经降低到零或最小时,这同样被指示,例如因为没有弯曲的箭头被照亮。 为了控制指示元件的激活,可以使用常规的全自动聚焦系统的部件,但是减去这种系统的调节电机和减去多余的电动机通电控制电路。 以这种方式,在手动聚焦的情况下,向用户提供简单而明确的指导,而无需包括调节电机和电动机通电控制电路的完整自动聚焦系统的成本,复杂性,蓬松性和功耗。
    • 8. 发明授权
    • Photographic camera with means indicating the state of focus
    • 具有指示焦点状态的装置的照相机
    • US4251143A
    • 1981-02-17
    • US959875
    • 1978-11-13
    • Otto StemmeIstvan CocronPeter Lermann
    • Otto StemmeIstvan CocronPeter Lermann
    • G02B7/34G03B13/20G03B3/00G01J1/44
    • G03B13/20G02B7/34
    • A camera includes a viewfinder, an objective and a manually operated focus adjuster. An optical system located in the path of incoming image light splits the incoming image light beam into two component beams projected into respective first and second focal planes. First and second planar arrays of photosensitive elements are located in respective first and second photodetector planes. When the objective is correctly focussed and then defocussed in a first direction, the sharpness of the image on the first array increases and that on the other decreases; if the objective is defocussed in the opposite direction, the opposite occurs. A comparator has two outputs, connected to the elements of the first and second arrays via respective first and second circuit branches. Each circuit branch includes at least one subtractor producing an absolute-value output signal independent of the polarity of the difference between the input signals applied thereto. The subtractor inputs are connected to the outputs of respective elements of the respective one of the two arrays. The comparator output signal controls an indication, visible in the camera viewfinder, informing the user of the direction in which he should manually move the focus adjuster to improve the state of focus.
    • 相机包括取景器,物镜和手动调焦​​器。 位于输入图像光路径中的光学系统将入射的图像光束分解成投影到相应的第一和第二焦平面中的两个分量光束。 感光元件的第一和第二平面阵列位于相应的第一和第二光电检测器平面中。 当目标被正确地聚焦,然后在第一方向上聚焦时,第一阵列上的图像的清晰度增加,另一方降低; 如果目标在相反的方向散焦,则发生相反的情况。 比较器具有两个输出,经由相应的第一和第二电路分支连接到第一和第二阵列的元件。 每个电路分支包括至少一个减法器,产生与施加到其上的输入信号之间的差异的极性无关的绝对值输出信号。 减法器输入连接到两个阵列中的相应一个的相应元件的输出。 比较器输出信号控制相机取景器中可见的指示,通知用户手动移动对焦调节器的方向以改善对焦状态。