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    • 42. 发明专利
    • Optical sensor device equipped with sensor compensation function, thermal inkjet printer and zero-graphic copying apparatus having it, and compensation method for optical sensor
    • 具有传感器补偿功能的光学传感器装置,热喷墨打印机和具有它的零图形复印装置以及用于光学传感器的补偿方法
    • JP2005153532A
    • 2005-06-16
    • JP2004339385
    • 2004-11-24
    • Fuji Xerox Co Ltd富士ゼロックス株式会社
    • MERZ ERIC AFUJIMURA YOSHIHIKO
    • B41J2/01B41J2/125B41J11/42B41J19/18G01J1/26G03G21/00
    • B41J2/125G01J1/26
    • PROBLEM TO BE SOLVED: To provide an optical sensor device for compensating for a deterioration caused by contamination by dust and a mist or splash of a fluid.
      SOLUTION: The optical sensor device (60) is equipped with: an optical emitter (5) which emits a certain optical-signal level of optical signal depending on an emitter input from a power source; a photodetector (6) which is provided so as to detect the optical signal and output a detector output with an output function, depending on the detected optical signal; a variable attenuator (61) which has an adjustable attenuation setting value so as to bring variable sensitivity to the optical sensor device; and a controller which adjustably changes the variable sensitivity of the optical sensor device by adjusting the attenuation setting value of the variable attenuator, which determines the attenuation setting value making the output function of the detector output exceed a predetermined value, and which generates the detector output associated with the output function more excellent than the predetermined value by a fixed difference, by setting the variable attenuator at a certain attenuation setting value, depending on this determination.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种光学传感器装置,用于补偿由灰尘和流体的雾气或飞溅引起的污染引起的劣化。 光传感器装置(60)配备有:光发射器(5),其根据从电源输入的发射器发射光信号的某一光信号电平; 光检测器(6),其被设置为根据检测到的光信号检测光信号并输出​​具有输出功能的检测器输出; 可变衰减器(61),其具有可调节的衰减设定值,以对所述光学传感器装置带来可变的灵敏度; 以及控制器,其通过调整可变衰减器的衰减设定值来调节光学传感器装置的可变灵敏度,该可变衰减器确定使得检测器输出的输出功能超过预定值的衰减设定值,并且产生检测器输出 通过将可变衰减器设定在一定的衰减设定值,根据该判定,将输出功能与预定值相比优于固定差。 版权所有(C)2005,JPO&NCIPI
    • 45. 发明专利
    • AUTOMATIC ILLUMINANCE SETTING APPARATUS
    • JPH05118919A
    • 1993-05-14
    • JP27814191
    • 1991-10-25
    • MATSUSHITA ELECTRIC IND CO LTD
    • ONO YOSHIHIRONISHIYAMA HIDEO
    • G01J1/02G01J1/26
    • PURPOSE:To make it possible to set precise illuminance automatically in a wide range of illuminance level and make efficient correcting work of an optical measuring instrument such as an illuminometer, etc. CONSTITUTION:A light receiver sliding apparatus 15 is so set as to position a standard light receiver 13 on an optical axis B and light emitted from a diffusion bulb-type electric bulb 11 is received by the standard light receiver 13. The output of the standard light receiver 13 is put in a controlling part 6a and converted into a measured illuminance value. Meanwhile, a set illuminance value to be set at is previously put in an input part 17a. In the controlling part 16a, automatic adjustment of the slit width of a changeable slit 12 is repeated until the measured illuminance value from the standard light receiver 13 becomes equal to the set illuminance value. After a fixed time, the set illuminance value is obtained at the position of the standard light receiver 13. Then, using a light receiver sliding apparatus 15, an illuminometer 14, an object for correction, is shifted to the optical axis B and the read value of the illuminometer 14 to be corrected is recorded and if necessary the sensitivity of the illuminometer 14 to be corrected is so adjusted as to make the indication of the illuminometer 14 to be corrected agree with the set illuminance value.
    • 47. 发明专利
    • IMAGE PICK-UP APPARATUS
    • JPS61151433A
    • 1986-07-10
    • JP27890984
    • 1984-12-25
    • MATSUSHITA ELECTRIC WORKS LTD
    • KANBE YOSHIAKIHISADA MASAMI
    • G01J3/50G01J1/26H04N7/18
    • PURPOSE:To obtain an image pick-up apparatus capable of certainly detecting optical information even if the position of a subject changes, by arranging a light transmissivity variable member between an object to be detected and an image pick-up means. CONSTITUTION:An object 22 to be detected is present at a position of a distance R, R1 or R2 from a projecting lens 29. The reflected light of the light incident from a second light source 28 at this time forms an image at a position of a distance L, L1, L2 from one end part of PSD31 having a total length K through a lens 30. PSD31 respectively outputs currents I11, I12 relating to the image forming position of light incident to the light receiving surface 32 thereof through lines 33, 34. The value of (I11-I12)/(I11+I12) relating to the current I11, I12 is shown as the function of the distance R, R1 or R2. Therefore, the aforementioned distance can be detected by detecting said ratio. The control circuit receiving the value of said ratio controles the light transmissivity of a light transmissivity variable member 26. By changing the light transmissivity of the variable member 26 by this method, the quantity of light received by a light receiving element 27 can be made constant.
    • 48. 发明专利
    • Automatic colorimeter for light quantity
    • 自动调色剂
    • JPS5926023A
    • 1984-02-10
    • JP13606582
    • 1982-08-04
    • Suga Shikenki Kk
    • MATSUKI HIROSHIFUKAYA MITSUOKIMURA TETSUYAKIKUKAWA SHINJISUMIYOSHI TAKAOSUKEGAWA YUUICHI
    • G01J3/50G01J1/26G01J3/51
    • G01J3/51G01J1/26G01J3/0251G01J3/513G01J3/524
    • PURPOSE:To measure the X, Y, and Z value of a sample stably by equalizing mechanisms which equalize two optical paths on a standard and a sample side in the quantity of light, distributing light energy uniformly in incident luminous flux, and performing zero resetting, standard matching, and measurement in one cycle. CONSTITUTION:Light from a light source 1 passes through a lens and a rotating disk 8 and is distributed through a prism 4 to the sample-side optical path 23 to the sample 10 and the standard-side optical path 24 to a standard plate 11. The light of either optical path passes through an aperture of the rotating disk 8, and reflected light beams from the sample 10 and standard plate 11 are photodetected by the X, Y, and Z photodetectors 13, 14, and 15 of an integrating sphere 12 individually. The quantities of light of those two optical paths are equalized to each other through photodetectors 17 and 19 on the optical paths by the upward/downward movement of a light-quantity adjusting diaphragm 21. The standard plate, sample 10, and a reference standard plate 11 are set and irradiated with light whose quantity is adjusted to find the X, Y, and Z absolute values of the measured sample. Pieces of luminous flux 23 and 24 are passed through three apertures at equal intervals of the rotating disk 8 by turns to perform the zero resetting, standard matching, and measurement in a 120 deg. rotation of the disk 8.
    • 目的:通过均衡在光量标准和样品侧均衡两个光路的机制,稳定地测量样品的X,Y和Z值,在入射光通量中均匀分布光能,并执行零重置 ,标准匹配和测量在一个周期。 构成:来自光源1的光通过透镜和旋转盘8,并通过棱镜4分配到样本侧光路23,将样品10和标准侧光路24分配到标准板11。 任一光路的光通过旋转盘8的孔,并且来自样品10和标准板11的反射光束被积分球12的X,Y和Z光电检测器13,14和15所检测 个别。 这两个光路的光量通过光量调节光阑21的向上/向下移动而通过光路上的光电检测器17和19彼此相等。标准板,样品10和参考标准板 11被设定并用量进行照射,其量被调整以找到测量样品的X,Y和Z绝对值。 光通量23和24的片数通过旋转盘8的相等间隔的三个孔,以在120度内执行零复位,标准匹配和测量。 盘8的旋转。