会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 41. 发明授权
    • Presser foot system for sewing machine
    • 缝纫机压脚系统
    • US06443080B1
    • 2002-09-03
    • US09705992
    • 2000-11-04
    • Fumio MatsumotoYoshiyuki AsazumaTohru Seiriki
    • Fumio MatsumotoYoshiyuki AsazumaTohru Seiriki
    • D05B2908
    • D05B37/04D05B29/00
    • Provided is a presser foot system for sewing machine comprising a small tubular cylinder bed which is used, for example, in joining crotch sewing of underpants or drawers and joining shoulder sewing of shirts. Distance from the center of a needle location to the cutting starting position of a knife trimming mechanism, wherein the upper edges of the ends of fabrics in a vertical face-to-face contact to be fed to a guide path are cut to an even length, is set to the range of 16.5 mm to 18.0 mm in actual dimension. This range is sufficient so that the ends thus cut by one operation of the knife trimming mechanism are stacked one on another by the operation of guide of upper and lower guides until these reach the needle location. Thus, irrespective of the thickness and flexibility of the fabric material and the presence or absence of a step, the ends of the fabrics cut to the even length can be fed in a predetermined stacked state to the needle location, thereby ensuring high quality finish of sewing.
    • 本发明提供一种用于缝纫机的压脚系统,其包括例如用于连接内裤或抽屉的裆缝合以及连接衬衫的肩部缝合的小型筒状床。 从针位置的中心到刀具修剪机构的切割开始位置的距离,其中织物端部的垂直面对面接触的上边缘被切割成均匀的长度 在实际尺寸上设定为16.5mm〜18.0mm的范围。 该范围是足够的,使得通过切割机构的一次操作而切割的端部通过上下导向件的引导件的操作而彼此堆叠,直到它们到达针位置。 因此,无论织物材料的厚度和柔韧性以及步骤的存在与否,切割成均匀长度的织物的端部可以以预定的堆叠状态进给到针位置,从而确保高质量的完成 缝制
    • 43. 发明授权
    • Image information detecting/processing method
    • 图像信息检测/处理方法
    • US4827526A
    • 1989-05-02
    • US849678
    • 1986-04-09
    • Fumio Matsumoto
    • Fumio Matsumoto
    • G03B27/73G06K9/00
    • G03B27/735
    • It is necessary to photometrically measure density of an original film in order to determine its printing exposure value or correction value in photographic printing. It also is necessary to correctly recognize the size and the transporting direction of the original film. The method in accordance with the present invention enables the discrimination of the size and the transporting direction of the original film, and the processing of image signals to thereby achieve detection of images and the printing thereof at a high efficiency. An original film is illuminated and light from an aperture of a film carrier is received by an image sensor. Detected image information on a whole area of the aperture in segmented pixels are compared with corresponding stored information and the size and transportation direction of the original film is discriminated based on the comparison.
    • 为了确定其在照相印刷中的印刷曝光值或校正值,需要光度测量原始胶片的浓度。 还需要正确识别原始胶片的尺寸和传送方向。 根据本发明的方法能够识别原始胶片的尺寸和传送方向以及图像信号的处理,从而以高效率实现图像的检测和打印。 原始胶片被照亮,并且来自胶片载体的孔的光被图像传感器接收。 将分割像素中的孔径的整个区域上的检测图像信息与对应的存储信息进行比较,并且基于比较来区分原始胶片的尺寸和传送方向。
    • 44. 发明授权
    • Self-aligning photographic printing apparatus
    • 自动对齐照相打印设备
    • US4724463A
    • 1988-02-09
    • US880971
    • 1986-07-01
    • Fumio Matsumoto
    • Fumio Matsumoto
    • G03B27/46G03B27/62G03D15/10G03B29/00
    • G03B27/462G03B27/6285G03D15/10
    • A photographic printing apparatus comprising a carrier section for positioning the image frame of an original negative film strip to print said image frame, a transporter for transporting said original negative film strip, an optical detector for obtaining image information of the image frame at the carrier section, a cutter for cutting the original negative film strip into several pieces each of which has a predetermined number of frames, means for inserting each of the several pieces into a negative carrier sleeve, and a controller for controlling the transporter, the cutter and the inserting means in accordance with the image formation detected by the image information detector at the printing section. Thereby, a plurality of original negative film strips can be continuously and automatically printed without connecting and separating the original negative film strip. Furthermore, each of the serveral pieces can be continuously and automatically inserted into the negative carrier sleeves.
    • 一种照相打印装置,包括用于定位原始负片条的图像帧以打印所述图像帧的载体部分,用于传送所述原始底片条的传送器,用于获取载体部分上的图像帧的图像信息的光学检测器 ,用于将原始负片条切割成数个具有预定数量的框架的切割器,用于将多个片段中的每一个插入到负的承载套筒中的装置,以及用于控制运送器,切割器和插入件的控制器 根据由打印部分的图像信息检测器检测到的图像形成的装置。 由此,可以连续自动地印刷多个原始的底片条,而无需连接和分离原稿底片。 此外,每个服装件可以连续地且自动地插入到负的承载套筒中。
    • 45. 发明授权
    • Method for calibrating photographic image information
    • 校准摄影图像信息的方法
    • US4666307A
    • 1987-05-19
    • US691096
    • 1985-01-14
    • Fumio MatsumotoKenji NakauchiHideaki Iijima
    • Fumio MatsumotoKenji NakauchiHideaki Iijima
    • G03B27/80G01J3/40
    • G03B27/80
    • In a photographic image information detecting method of the type in which light transmitted from an original film is received by a two-dimensional image sensor and image information is detected with respect to the divided a plurality of picture elements of the original film, a photographic image information is calibrated by the steps of detecting information of the photographic image of a reference film with respect to the original film in use of the two-dimensional image sensor, storing the thus detected information as data for calibration, and subtracting the data for calibration from the detected data regarding the image information of the original film so as to thereby obtain accurately calibrated information regarding the photographic image of the original film.
    • 在通过二维图像传感器接收从原始胶片传输的光的类型的照相图像信息检测方法中,相对于原始胶片的多个图像元素检测图像信息,摄影图像 通过在使用二维图像传感器中检测相对于原始胶片的参考胶片的摄影图像的信息的步骤来校准信息,将这样检测的信息存储为校准数据,并从 检测关于原始胶片的图像信息的数据,从而获得关于原始胶片的摄影图像的精确校准的信息。
    • 46. 发明授权
    • Picture frame detecting and stopping method
    • 相框检测和停止方法
    • US4660965A
    • 1987-04-28
    • US879828
    • 1986-06-26
    • Fumio Matsumoto
    • Fumio Matsumoto
    • G03B27/46G03B27/62G03B27/72G03B27/73G03B27/52
    • G03B27/6285G03B27/73
    • In a photographic printer in which an original film is conveyed and mounted on a film carrier and a light from a light source and passing the film carrier is received to a two-dimensional image sensor, picture information regarding divided picture elements are detected through the whole area of the original film and a distance to be moved of the original film is obtained in accordance with the size information of the orginal film. The respective picture frames of the original film are detected by receiving a transmitted or reflected light from the original film on the film carrier using the two-dimensional image sensor and the original film is then conveyed by the distance obtained in the previous step so as to thereby position and stop the picture frames on the film carrier. In addition, the picture frames can be automatically conveyed and the exposure amount calculated and corrected in accordance with the picture information regarding the divided picture elements.
    • 在其中原始胶片被输送并安装在胶片载体上的照相打印机中,并且来自光源的光和通过胶片载体的光被接收到二维图像传感器,关于分割的图像元素的图像信息被整体检测 根据原始胶片的尺寸信息获得原始胶片的面积和原稿胶片的移动距离。 通过使用二维图像传感器接收来自胶片载体上的原始胶片的透射或反射光来检测原始胶片的各个图像帧,然后将原始胶片以前一步骤获得的距离传送至 从而定位和停止电影载体上的相框。 此外,可以根据关于划分的图像元素的图像信息自动传送图像帧并计算和校正曝光量。
    • 48. 发明授权
    • Method for detecting image information
    • 检测图像信息的方法
    • US4650316A
    • 1987-03-17
    • US831439
    • 1986-02-20
    • Fumio Matsumoto
    • Fumio Matsumoto
    • G03B27/73G03B27/52
    • G03B27/735
    • It is necessary to photographically measure the density of an original film or to measure the size of a film manually or automatically for input in photographic printing system in order to determine printing exposure amount or correction amount therefor. Image sensors are usually used as a means in such measurement, but image information should be detected always under the same conditions irrespective of the size of negative film frames. This invention method allows effective detection of the whole frame of an original film with substantially the whole area of an image sensor as the method can make the sizes of light receiving areas on the image sensor constantly substantially identical to each other.
    • 为了确定印刷曝光量或其修正量,需要照相地测量原始胶片的浓度或者手动或自动地测量胶片的尺寸以输入照相印刷系统。 图像传感器通常用作这种测量中的一种手段,但图像信息总是在相同的条件下被检测,而与底片的尺寸无关。 本发明的方法可以有效地检测原始胶片的整个框架,其中基本上是图像传感器的整个区域,因为该方法可使图像传感器上的光接收区域的尺寸彼此基本相同。
    • 49. 发明授权
    • Photographic image information detecting device
    • 摄影图像信息检测装置
    • US4610537A
    • 1986-09-09
    • US691110
    • 1985-01-14
    • Fumio Matsumoto
    • Fumio Matsumoto
    • G03B27/80G03B27/72
    • G03B27/80
    • An image information detecting device for detecting the density for printing is required to cover a wide dynamic range corresponding to the density scope of the original film as well as to cover the fluctuation in values caused by different lamps and filters used in the photometric system. It is also important in photographic printing process to detect the density information on a relatively wide area of a frame of a negative film or the like in order to determine exposure or correction amount. The present invention enables the use of a storage-type light receiving element over a wide dynamic range as well as segmentation of picture images of a film of a wide scope into a large number of picture elements for detection.
    • 需要用于检测打印浓度的图像信息检测装置,以覆盖与原始胶片的浓度范围对应的宽动态范围,并且覆盖由光度系统中使用的不同灯和滤光片引起的值的波动。 为了确定曝光或校正量,在照相印刷工艺中检测负片等的相对宽的区域上的浓度信息也是重要的。 本发明能够在宽动态范围内使用存储型光接收元件,并且将宽范围的胶片的图像图像分割成用于检测的大量图像元素。