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    • 2. 发明授权
    • Motor-driven winding and rewinding camera
    • 电机绕组和倒带摄像机
    • US4506965A
    • 1985-03-26
    • US468393
    • 1983-02-22
    • Tomoya KitajimaKunihiko Araki
    • Tomoya KitajimaKunihiko Araki
    • G03B1/40G03B1/58G03B17/42G03B1/18
    • G03B17/425G03B1/40G03B1/58
    • A photographic camera which is fully automated in the film winding and rewinding operations is provided. In one form of the present camera, the film winding operation may be automatically moved into the film rewinding operation by detecting the end of the film, for example, by detecting the fact that the tension of the film has exceeded a predetermined level. In another form, a planet gear mechanism is provided in the power transmission train so as to minimize the consumption of energy. In a further form, the camera is provided with an automatic film loading or setting mechanism and an alarm unit for generating an alarm signal when the failure of automatic film setting has been detected. In a still further form, the camera may be operated without film loaded in the camera.
    • 提供了一种在胶片卷绕和倒带操作中完全自动化的照相机。 在本相机的一种形式中,例如通过检测胶片的张力超过预定水平的事实,可以通过检测胶片的端部来将胶片卷绕操作自动地移动到胶片倒卷操作中。 在另一种形式中,行星齿轮机构设置在动力传动系中,以便最小化能量的消耗。 另外,相机具有自动胶片装载或设定机构和报警单元,用于当检测到自动胶片设定失败时产生报警信号。 在另一种形式中,相机可以在没有胶卷装载在相机中的情况下操作。
    • 5. 发明授权
    • Automatic focusing position detection apparatus
    • 自动对焦位置检测装置
    • US4387975A
    • 1983-06-14
    • US201528
    • 1980-10-28
    • Kunihiko Araki
    • Kunihiko Araki
    • G02B7/34G02B27/16G03B3/00G01J1/44
    • G02B7/346G02B27/16
    • An automatic focusing position detection apparatus of a double image overlapping type having a plurality of photoelectric element groups capable of detecting rays of light from an object separately, which can detect the focusing position from the output signals from the photoelectric element groups, and which includes a shifting circuit capable of shifting the output signals from one photoelectric element group relative to the output signals of other photoelectric group, and a circuit for calculating the defocusing distance by obtaining the correlation degree of the output signals of the photoelectric element groups which are shifted relatively to each other by the shifting circuit, and by obtaining the shift distance by the shifting circuit.
    • 一种双重图像重叠型的自动对焦位置检测装置,具有能够分别检测来自物体的光的多个光电元件组,其可以从光电元件组的输出信号检测聚焦位置,并且包括 能够将来自一个光电元件组的输出信号相对于其他光电组的输出信号移位的电路,以及用于通过获得相对于相对移位的光电元件组的输出信号的相关度来计算散焦距离的电路 并通过移位电路获得移位距离。
    • 6. 发明授权
    • Ultrasonic detection device
    • 超声波检测装置
    • US09146307B2
    • 2015-09-29
    • US13379267
    • 2009-09-14
    • Satoru InoueRyotarou SuzukiKunihiko Araki
    • Satoru InoueRyotarou SuzukiKunihiko Araki
    • G01S7/527
    • G01S7/527
    • An ultrasonic detection device is constructed in such a way as to include a discriminating processing unit (a time width detecting part 13 and a pulse width discrimination part 14) for approximating the shape of each signal which is a reflection signal which is reflected from an object as a result of transmitting a ultrasonic pulse toward the object, or a noise as an isosceles triangle and computing a pulse time width equal to the length of the base of the approximating isosceles triangle, and for discriminating between the reflection signal and the noise signal by determining whether the computed pulse time width exceeds a predetermined pulse width discrimination threshold. Therefore, the ultrasonic detection device can determine the pulse time width with stability, and carry out the discriminating process with a high degree of reliability.
    • 超声波检测装置构成为包括用于近似作为从物体反射的反射信号的每个信号的形状的识别处理单元(时间宽度检测部13和脉冲宽度判别部14) 作为向对象发送超声波脉冲的结果,或作为等腰三角形的噪声,并计算等于近似等腰三角形的基底的长度的脉冲时间宽度,并且用于通过以下方式区分反射信号和噪声信号: 确定所计算的脉冲时间宽度是否超​​过预定脉冲宽度判别阈值。 因此,超声波检测装置可以稳定地确定脉冲时间宽度,以高可靠性进行判别处理。
    • 7. 发明申请
    • ULTRASONIC DETECTION DEVICE
    • 超声波检测装置
    • US20120099397A1
    • 2012-04-26
    • US13379267
    • 2009-09-14
    • Satoru InoueRyotarou SuzukiKunihiko Araki
    • Satoru InoueRyotarou SuzukiKunihiko Araki
    • G01S7/527
    • G01S7/527
    • An ultrasonic detection device is constructed in such a way as to include a discriminating processing unit (a time width detecting part 13 and a pulse width discrimination part 14) for approximating the shape of each signal which is a reflection signal which is reflected from an object as a result of transmitting a ultrasonic pulse toward the object, or a noise as an isosceles triangle and computing a pulse time width equal to the length of the base of the approximating isosceles triangle, and for discriminating between the reflection signal and the noise signal by determining whether the computed pulse time width exceeds a predetermined pulse width discrimination threshold. Therefore, the ultrasonic detection device can determine the pulse time width with stability, and carry out the discriminating process with a high degree of reliability.
    • 超声波检测装置构成为包括用于近似作为从物体反射的反射信号的每个信号的形状的识别处理单元(时间宽度检测部13和脉冲宽度判别部14) 作为向对象发送超声波脉冲的结果,或作为等腰三角形的噪声,并计算等于近似等腰三角形的基底的长度的脉冲时间宽度,并且用于通过以下方式区分反射信号和噪声信号: 确定所计算的脉冲时间宽度是否超​​过预定脉冲宽度判别阈值。 因此,超声波检测装置可以稳定地确定脉冲时间宽度,以高可靠性进行判别处理。
    • 8. 发明授权
    • Metallic workpiece having to-be-ironed section and method for forming
the same
    • 金属工件必须加热部分及其形成方法
    • US5732587A
    • 1998-03-31
    • US806143
    • 1997-02-25
    • Akihiro MaedaKunihiko Araki
    • Akihiro MaedaKunihiko Araki
    • B21D22/28B21D22/30B21D28/16B21K1/30B24B39/00B21D22/00B21D22/21
    • B24B39/00B21K1/30
    • A metallic workpiece has a to-be-ironed section to be shaped by means of a punch member. The to-be-ironed section is ironed by moving the punch member in a first direction with a side face of the punch member pressed against the surface of the to-be-ironed section and then moving the punch member in a second direction opposite to the first direction. The to-be-ironed section has a front end situated on the front side with respect to the moving direction of the punch member when the punch member moves in the second direction. Before the workpiece is ironed, a gentle slope for preventing burrs, continuous with the front end of the to-be-ironed section, and a bevel portion are formed on the workpiece. A tilt angle between the gentle slope and a line extending along the surface of the to-be-ironed section is at about 30.degree.. The angle of the bevel portion is at 45.degree. or thereabout. Secured between the gentle slope and the side face of the punch member is a gap, which absorbs a distortion of the metallic structure of the surface portion of the to-be-ironed section formed on the side of the front end thereof as the punch member moves in the second direction.
    • 金属工件具有待被熨烫的部分,以通过冲压件成形。 待熨烫部分通过使冲头构件沿第一方向移动而熨烫,冲头构件的侧面压靠在被熨烫部分的表面上,然后沿与第二方向相反的第二方向移动冲头构件 第一个方向。 待锻铁部分具有当冲头构件沿第二方向移动时相对于冲头构件的移动方向位于前侧的前端。 在工件被熨烫之前,在工件上形成用于防止与被熨烫部分的前端连续的毛刺的平缓斜面和斜面部分。 平缓的斜坡和沿着被熨烫部分的表面延伸的线之间的倾斜角为约30°。 斜角部分的角度在45°或其附近。 在冲击构件的平缓的坡度和侧面之间固定的间隙是吸收作为冲头构件的形成在其前端一侧的待铁部分的表面部分的金属结构的变形的间隙 在第二个方向移动。
    • 10. 发明授权
    • Position control device for use in a camera
    • 用于相机的位置控制装置
    • US4835558A
    • 1989-05-30
    • US123352
    • 1987-11-20
    • Kunihiko ArakiMikio KobayashiHiroshi TeruiTohru Nishida
    • Kunihiko ArakiMikio KobayashiHiroshi TeruiTohru Nishida
    • G03B7/10G03B9/07
    • G03B7/10G03B9/07
    • A position control device which comprises a ratch wheel adapted to rotate in interlock with motion of an object to be positioned, a rotation detecting unit adapted to detect an amount of rotation of the ratch wheel, a combination solenoid provided with a pawl and adapted to be driven in a direction of bringing the pawl into engagement with the ratch wheel and in a direction of separating the pawl from the ratch wheel, and a combination solenoid control unit adapted to actuate the aforementioned combination solenoid in such a manner as to bring the pawl into engagement with the ratch wheel to set the object at a prescribed position when the aforementioned rotation detecting unit detects that the amount of the rotation of the ratch wheel has reached a prescribed level.
    • 一种位置控制装置,包括适于与要定位的物体的运动互锁地旋转的旋转轮;适于检测所述棘轮的旋转量的旋转检测单元,设置有棘爪的组合螺线管, 在将棘爪与棘轮啮合的方向上以及使棘爪与棘轮分开的方向被驱动;以及组合螺线管控制单元,其适于致动上述组合螺线管,以使棘爪进入 当上述旋转检测单元检测到转动轮的旋转量已经达到规定水平时,与棘轮啮合以将物体设置在规定位置。