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    • 1. 发明授权
    • Focussing system with automatic control of emitted radiant power
    • 具有自动控制发射辐射功率的聚焦系统
    • US4313655A
    • 1982-02-02
    • US28493
    • 1979-04-09
    • August HellKurt BorowskiIstvan CocronTheodor Huber
    • August HellKurt BorowskiIstvan CocronTheodor Huber
    • G03B13/36G01S7/497G02B7/32G03B3/00G03B3/10
    • G01S7/497G02B7/32
    • A focussing system of the type which emits radiation from the camera towards the subject, with the radiation reflected from the subject being incident upon a receiving transducer generating an electrical signal from which focus-control information is derived. The emitted radiant-power level is automatically controlled in dependence upon camera-to-subject distance, preferably in dependence upon the power level of the reflected-back radiation incident upon the receiving transducer, even when the focus-control information required for primary system operation is independent of such power level. This makes possible various important improvements, including: automatic lowering of the emitted-power level in close-up contexts, especially where a danger of eye damage might exist; more generally, automatic matching of emitted-power level to the needs of the signal-processing circuitry, permitting signal-processing stages of narrower operative range to be employed on account of the narrower variations in power level of the signal produced by the receiving transducer; and lowered power consumption. Preferably, when a focussing operation is initiated, the emitted power level is initially low or zero and is progressively increased to an automatically selected value without overshoot.
    • 这种类型的聚焦系统从照相机向被摄体发射辐射,其中从被摄体反射的辐射入射到产生电信号的接收换能器上,从该信号中导出聚焦控制信息。 发射的辐射功率电平根据照相机到被摄体的距离而自动控制,优选地依赖于入射到接收换能器上的反射辐射的功率电平,即使主要系统操作所需的聚焦控制信息 独立于这种功率级别。 这使得可能有各种重要的改进,包括:在特写情况下自动降低发射功率水平,特别是在可能存在眼睛损伤危险的地方; 更通常地,发射功率电平与信号处理电路的需要自动匹配,允许由于接收换能器产生的信号的功率电平的较窄变化而采用更窄的操作范围的信号处理级; 并降低功耗。 优选地,当开始聚焦操作时,所发射的功率电平初始为低或为零,并且逐渐增加到自动选择的值而没有过冲。
    • 2. 发明授权
    • Unidirectional focussing system
    • 单向聚焦系统
    • US4303319A
    • 1981-12-01
    • US52962
    • 1979-06-26
    • August HellIstvan Cocron
    • August HellIstvan Cocron
    • G03B13/36G02B7/28G02B7/32G02B7/34G03B3/00G03B3/10
    • G02B7/34
    • At the start of each focussing operation, the camera objective is at a first extreme subject-distance setting and is moved in a first direction therefrom towards the second extreme subject-distance setting. A focus-evaluating circuit comprises first and second photodetectors located to receive light from the subject and a comparing circuit which compares the light incident on the photodetectors and in dependence upon the present subject-distance setting generates first and second signals respectively indicating that the subject-distance setting should be changed in the first direction or in the opposite second direction, such circuit having bidirectional character and furthermore establishing a tolerance range of acceptable distance-setting error within which both the first and second signals are generated. During the unidirectional change of subject-distance setting, the appearance of the first signal leads to generation of a stop signal commanding that the progressive change of distance setting be stopped. Accordingly, the unidirectional change of setting is commanded to stop at the point where the changing distance setting just enters into the tolerance range of the bidirectional evaluating circuitry.
    • 在每个聚焦操作开始时,相机物镜处于第一极限被摄体距离设置,并且从其朝向第二极距物体距离设定的第一方向移动。 焦点评估电路包括位于接收来自被摄体的光的第一和第二光电探测器以及比较电路,其比较入射在光电探测器上的光并根据本目标距离设置产生分别表示被摄体的第一和第二信号, 应在第一方向或相反的第二方向上改变距离设置,这种电路具有双向字符,并且进一步建立可产生第一和第二信号的可接受的距离设定误差的公差范围。 在对象距离设置的单向改变期间,第一信号的出现导致产生停止信号,停止距离设定的逐渐变化。 因此,设定的单向变化被命令在变化距离设定刚刚进入双向评估电路的公差范围的点停止。
    • 3. 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。
    • 4. 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。
    • 5. 发明授权
    • Automatic exposure control for automatic-focus cameras
    • 自动对焦摄像机的自动曝光控制
    • US4466718A
    • 1984-08-21
    • US205976
    • 1980-11-12
    • Peter LermannIstvan CocronGunter Fauth
    • Peter LermannIstvan CocronGunter Fauth
    • G03B13/36G02B7/28G02B7/30G03B9/08G03B3/10G03B7/093
    • G02B7/30
    • When a trigger lever is depressed, both a focus adjuster ring and a control disk commence to rotate in unison, driven by a spring mechanism. Position-sensing switches receive signals indicating which subject-distance setting the focus adjuster ring should be arrested at, and furthermore are opened and closed by the control disk during movement of the latter. When the focus adjuster ring reaches the required subject distance setting, it is arrested and kept arrested, thereby completing an automatic focussing operation, but the control disk continues to turn on to its end position, at which it causes the shutter mechanism of the camera to open and furthermore the exposure-timing circuit of the camera to initiation a scene-light-dependent exposure-timing operation.
    • 当按下触发器杆时,由弹簧机构驱动的焦点调节器环和控制盘都一致地开始旋转。 位置检测开关接收指示焦点调节环在哪个被摄体距离设置应该被阻止的信号,并且进一步在控制盘的运动期间由控制盘打开和关闭。 当焦点调节环达到所需的被摄体距离设置时,它被阻止并保持停止,从而完成自动聚焦操作,但是控制盘继续转到其终端位置,在该位置使摄像机的快门机构 打开相机的曝光定时电路,并进一步启动与场景相关的曝光定时操作。
    • 6. 发明授权
    • Speed regulation of D.C. motor using counter
    • 使用计数器调节直流电动机
    • US4216418A
    • 1980-08-05
    • US904559
    • 1978-05-10
    • Eduard WagensonnerIstvan Cocron
    • Eduard WagensonnerIstvan Cocron
    • G03B1/12G03B17/00G03B19/18H02P7/291H02P23/22H02P5/16
    • G03B19/18H02P23/22H02P7/291Y10S388/912
    • A semiconductor switch connected in the motor current path is controlled by a clocked flip-flop having a switch-ON and a switch-OFF state, capable of changing states only in response to a clock pulse. RPM is selected by establishing the initial count on a downwards counter having a carryover output at which a carryover signal appears when zero count is reached. A first higher-frequency pulse train is counted by the counter. A second lower-frequency train of set pulses has a repetition frequency dependent upon motor speed. The leading end of each set pulse starts the counter counting. An unclocked flip-flop responds to the carryover signal by assuming a motor-speed-too-low state. The clocked flip-flop when clocked responds to the state of the unclocked flip-flop. The trailing flank of the set pulse clocks the clocked flip-flop so that the latter can respond to the state of the unclocked flip-flop and slightly thereafter sets the unclocked flip-flop to the motor-speed-too-high state. Thus, at the time when the clocked flip-flop responds to state of the unclocked flip-flop, the latter is in the speed-too-low state only if the carryover signal was produced before the trailing end of the set pulse.
    • 连接在电动机电流路径中的半导体开关由具有开关导通和关断状态的时钟触发器控制,能够仅响应于时钟脉冲而改变状态。 通过在具有携带输出的向下计数器上建立初始计数来选择RPM,当达到零计数时,进位转移信号出现在其中。 第一个高频脉冲串由计数器计数。 设定脉冲的第二低频列具有取决于电机速度的重复频率。 每个设定脉冲的前端开始计数。 假设电机速度太低的状态,非锁定触发器响应进位信号。 时钟触发器时钟响应未锁定的触发器的状态。 设定脉冲的后端将时钟触发器时钟,使后者可以响应未闭锁的触发器的状态,稍后将非锁定触发器设置为电机速度过高状态。 因此,当时钟触发器响应于未闭锁触发器的状态时,后者仅在在设置脉冲的尾端之前产生进位信号时才处于速度太低状态。
    • 8. 发明授权
    • Photographic camera
    • 摄影相机
    • US4324463A
    • 1982-04-13
    • US2932
    • 1979-01-12
    • Peter LermannIstvan CocronGunter Fauth
    • Peter LermannIstvan CocronGunter Fauth
    • G03B13/36G02B7/28G02B7/30G03B9/08G03B3/10G03B7/08G03B13/20
    • G02B7/30
    • When a trigger lever is depressed, both a focus adjuster ring and a control disk commence to rotate in unison, driven by a spring mechanism. Position-sensing switches receive signals indicating which subject-distance setting the focus adjuster ring should be arrested at, and furthermore are opened and closed by the control disk during movement of the latter. When the focus adjuster ring reaches the required subject distance setting, it is arrested and kept arrested, thereby completing an automatic focussing operation, but the control disk continues to turn on to its end position, at which it causes the shutter mechanism of the camera to open and furthermore the exposure-timing circuit of the camera to initiation a scene-light-dependent exposure-timing operation.
    • 当按下触发器杆时,由弹簧机构驱动的焦点调节器环和控制盘都一致地开始旋转。 位置检测开关接收指示焦点调节环在哪个被摄体距离设置应该被阻止的信号,并且进一步在控制盘的运动期间由控制盘打开和关闭。 当焦点调节环达到所需的被摄体距离设置时,它被阻止并保持停止,从而完成自动聚焦操作,但是控制盘继续转到其终端位置,在该位置使摄像机的快门机构 打开相机的曝光定时电路,并进一步启动与场景相关的曝光定时操作。
    • 9. 发明授权
    • Photographic-camera focussing system with comparator receiving
required-and actual-setting data
    • 具有比较器的摄像机聚焦系统接收需要和实际设置的数据
    • US4214824A
    • 1980-07-29
    • US3809
    • 1979-01-16
    • Otto StemmePeter LermannEduard WagensonnerIstvan Cocron
    • Otto StemmePeter LermannEduard WagensonnerIstvan Cocron
    • G03B13/36G02B7/30G03B13/02
    • G02B7/30
    • A photographic camera has an exposure objective and a focus adjuster device for changing the subject-distance setting of the exposure objective, as well as a transducer generating actual-setting signals dependent upon the setting of the focus adjuster device. An evaluating circuit, operative for ascertaining camera-to-subject distance on one basis or another, produces digital required-setting signals, expressed using a first encoding scheme, whereas the actual-setting signals generated by the aforementioned transducer are expressed using a different, second encoding scheme. The actual-setting signals are applied to the first input of a comparator stage, whose second input receives a transformed version of the required-setting signals, transformed from the first to the second encoding scheme, i.e., so that the comparator can compare, in a direct and simple way, the actual-setting signals and required-setting signals against each other with both signals expressed in accordance with one and the same encoding scheme. The output signals produced by the comparator control indicator which informs the user of the direction in which the manual focus adjuster of the camera should be moved to improve the camera's state of focus, and/or control the energization of an electric motor or other electromagnetic positioning device operative for controlling the setting of the focus adjusting device.
    • 照相机具有用于改变曝光目标的被摄体距离设置的曝光目标和焦点调节装置,以及根据聚焦调节装置的设置产生实际设定信号的换能器。 用于确定基于一个或多个摄像机对被摄体距离的评估电路产生使用第一编码方案表示的数字需要设置信号,而由上述传感器产生的实际设置信号是使用不同的, 第二编码方案。 实际设置信号被施加到比较器级的第一输入端,比较器级的第二输入接收从第一编码方案变换到第二编码方案的所需设置信号的变换版本,即比较器可以 一种直接和简单的方式,实际设置信号和所需设置信号彼此具有根据同一编码方案表示的两个信号。 由比较器控制指示器产生的输出信号,其通知用户应该移动照相机的手动对焦调节器的方向以改善照相机的聚焦状态,和/或控制电动机或其它电磁定位的通电 用于控制聚焦调节装置的设置的装置。