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    • 71. 发明授权
    • Progressive multifocal lens
    • 渐进多焦点镜片
    • US5523807A
    • 1996-06-04
    • US249962
    • 1994-05-27
    • Toshiaki UmedaYasunori UenoFumio Takahashi
    • Toshiaki UmedaYasunori UenoFumio Takahashi
    • G02C7/06G02C7/02G02C7/04
    • G02C7/063G02C7/061
    • In a progressive multifocal lens of the present invention, the horizontal sectional shape of a refracting surface of the lower portion of a farsight portion defines a non-circular arc in which a horizontal section curvature is increased and then decreased away from an intersecting point with the principal meridional curve along a horizontal crossing curve, the horizontal sectional shape of a refracting surface of the upper portion of a nearsight portion defines a non-circular arc in which a horizontal section curvature is decreased and then made approximately constant away from an intersecting point with the meridional curve along a horizontal crossing curve, the gradient of the decrease of a horizontal section curvature is approximately constant from the upper portion of the nearsight portion to the lower portion thereof, the horizontal sectional shape of a refracting surface of the center of an intermediate portion in which a horizontal section curvature is decreased away from an intersecting point with the principal meridional curve along a horizontal crossing curve, and the gradient of the decrease of a horizontal section curvature is increased approaching the nearsight portion from the center of the intermediate portion.
    • 在本发明的渐进多焦点透镜中,远视部分的下部的折射面的水平截面形状限定了非圆弧,其中水平截面曲率增加,然后从与 沿水平交叉曲线的主子午线曲线,近视部分上部的折射表面的水平截面形状限定了非圆弧,其中水平截面曲率减小,然后远离与 沿着水平交叉曲线的子午线曲线,水平截面曲率的减小的梯度从近视部分的上部到其下部大致恒定,中间的中心的折射表面的水平截面形状 水平剖面曲率从int中减小的部分 具有沿着水平交叉曲线的主子午线曲线的非共振点,并且水平截面曲率的减小的梯度增加,从中间部分的中心接近近视部分。
    • 72. 发明授权
    • Resin-seal apparatus for semiconductor element
    • 半导体元件用树脂密封装置
    • US5252051A
    • 1993-10-12
    • US735888
    • 1991-07-25
    • Mitsugu MiyamotoMinoru TogashiFumio TakahashiYutaka Fukuoka
    • Mitsugu MiyamotoMinoru TogashiFumio TakahashiYutaka Fukuoka
    • H01L21/56B29C45/14B29C45/26B29C45/40B29C45/02B29C45/73
    • B29C45/26B29C45/14655B29C45/4005
    • According to this invention, there is disclosed a resin-seal apparatus for a semiconductor element, including cavity blocks arranged to be opposite to each other and having a semiconductor element to be molded, ejector plates arranged to correspond to the cavity blocks, respectively, ejector pins and support pins arranged between the ejector plates and the cavity blocks, a pair of first annular heat-plate molding die sets arranged to surround the ejector plates arranged to correspond to the cavity blocks, a second heat-plate molding die set arranged below a corresponding one of the ejector plates, a plate holder below the second heat-plate molding die set, a gap portion and an elastic member formed between the plate holder and the second heat-plate molding die set, vertically movable connecting rods arranged through the gap portion and each having one end connected to a side surface of the corresponding one of the ejector plates, a stepped bolt engaged with the other end of each of the connecting rods, and push-up rods for pushing up the stepped bolts.
    • 根据本发明,公开了一种用于半导体元件的树脂密封装置,其包括彼此相对并且具有待模制的半导体元件的空腔块,分别布置成对应于空腔模块的顶出板 销和支撑销布置在顶出板和空腔块之间,一对第一环形热板成型模具组,其布置成围绕布置成对应于空腔块的顶出板,第二热板成型模具组布置在 对应的一个喷射板,位于第二热板成型模具组下方的板保持件,间隔部分和形成在板保持器和第二加热板成型模具组之间的弹性部件,通过间隙布置的可垂直移动的连接杆 每个具有连接到相应的一个顶出板的侧表面的一端,与每个顶板的另一端接合的阶梯螺栓 连杆和推杆,用于推上阶梯式螺栓。
    • 76. 发明授权
    • Ophthalmic lenses having a progressively variable focal power
    • 具有逐渐变化的焦距的眼科镜片
    • US4988182A
    • 1991-01-29
    • US313470
    • 1989-02-22
    • Fumio TakahashiYasunori UenoRyuji Aizawa
    • Fumio TakahashiYasunori UenoRyuji Aizawa
    • G02C7/06G02C7/02
    • G02C7/065G02C7/061
    • An ophthalmic lens having a progressively variable refracting power, includes a portion for distance vision which has a refracting power of a far scene along a principal meridional curve, a portion for near vision which has a refracting power of a near scene, and an intermediate portion defined between the portions for distance vision and near vision to connect these portions by continuously changing refracting power. Changes in curvature .rho.m along the principal meridional curve and curvature .rho.s along a direction perpendicular thereto are optimized on the principal meridional curve, thereby detecting an optimal shape. The curvature .rho.m along the principal meridional curve and the curvature .rho.s in a direction perpendicular to the principal meridional curve are maximum in an upper position in the portion for near vision on the principal meridional curve, decreased toward a periphery of the portion for near vision along the principal meridional curve, substantially satisfy condition .rho.m=.rho.s in an area from at least a lower position in the portion for distance vision to almost the center of the intermediate portion, and satisfy condition .vertline..rho.m-.rho.s.vertline..noteq.0 in the area from the center of the intermediate portion to the portion for near vision. The ophthalmic lens has a shape which satisfies the above requirements.
    • 具有逐渐变化的屈光力的眼科镜片包括:具有沿着主子午线曲线的远场景的折射力的远距视觉部分,具有近场景的折射力的近视的部位,以及中间部 定义在用于远距离视觉和近视的部分之间,以通过连续变化的折射力来连接这些部分。 沿着主子午线曲线和沿垂直于其的方向的曲率rho的变化在主子午线曲线上优化,从而检测最佳形状。 在主子午线曲线上的曲率以及与主子午线曲线垂直的方向上的曲率rhos在主子午线曲线近视的部分的上部位置是最大的, 沿着主子午线曲线的视觉,基本上满足从距离视野部分的至少较低位置到几乎中间部分的中心的区域中的条件rho m = rho s,并且满足条件| rho m-rho s| NOTEQUAL 0在从中间部分的中心到用于近视力的部分的区域中。 眼用透镜具有满足上述要求的形状。
    • 77. 发明授权
    • Method of performing thermal multicolor printing
    • 执行热色彩打印的方法
    • US4707703A
    • 1987-11-17
    • US883127
    • 1986-07-08
    • Akikazu ToidaSatoshi IwataFumio TakahashiTakanobu Mimura
    • Akikazu ToidaSatoshi IwataFumio TakahashiTakanobu Mimura
    • B41J35/18B41M5/34G01D15/10
    • B41M5/345B41J35/18
    • A method of thermally printing a multicolor image on a print paper is disclosed. With this method, a lengthy multicolor image can be printed on a paper over a plurality of pages of a length determined by a length of each ink zone of an ink ribbon. First, the ink ribbon is set over a platen roller with the paper being interposed therebetween, the ink ribbon having plural groups of ink zones, the ink zones of each group carrying a plurality of heat-dissolving inks of different colors, respectively. One of the ink zones is positioned at a printing position where a thermal head contacts with the platen roller through the ink ribbon and paper. The thermal head is then activated in accordance with image data stored in a memory, and the ink ribbon and paper are advanced to effect transfer of ink so that one of color component images of the image is printed on the paper. The ink ribbon and paper are then advanced by a predetermined distance to separate the paper from the ink ribbon. The paper is then backwardly moved by a distance equal in length to the total advance of the paper effected in the transferring of ink and the separation of paper. The above operation is cyclicly carried out with respect to the other ink zones to form the multicolor image on the paper without effecting the backward movement in the final cycle. If image data is still present in the memory or if a command for causing the print operation of the image to continue is received, the paper is backwardly moved by a distance substantially equal in length to the advance of paper in the final separation of the paper.
    • 公开了一种在打印纸上热打印多色图像的方法。 通过这种方法,可以在由墨带的每个墨水区域的长度确定的长度的多个页面上的纸张上打印冗长的多色图像。 首先,墨带被设置在压纸辊上,纸张介于其间,墨带具有多组墨区,每组的墨区分别带有多种不同颜色的热溶性油墨。 一个油墨区域位于打印位置,其中热敏头通过墨带和纸与压纸辊接触。 然后根据存储在存储器中的图像数据激活热敏头,并且墨带和纸张前进以实现墨的传送,使得图像的一个颜色分量图像被打印在纸上。 然后将墨带和纸张前进预定距离以将纸与墨带分开。 然后,纸张的长度相等于在转印墨水和纸张分离中纸张的总进给量的距离。 上述操作相对于其它油墨区循环地进行,以便在纸上形成多色图像,而不会在最后的循环中产生向后的移动。 如果图像数据仍然存在于存储器中,或者如果接收到用于使图像的打印操作继续的命令,纸张在纸张的最后分离中向后移动距离大致相等于纸张的距离 。
    • 78. 发明授权
    • Color television camera apparatus with self-diagnosis function
    • 彩色电视摄像机具有自诊断功能
    • US4608593A
    • 1986-08-26
    • US550044
    • 1983-11-09
    • Yoshimori MiyajiHirokazu FujikiFumio Takahashi
    • Yoshimori MiyajiHirokazu FujikiFumio Takahashi
    • H04N9/04H04N9/09H04N17/00H04N17/02H04N5/225
    • H04N17/002H04N17/02
    • A color television camera apparatus wherein a video signal is adjusted by the steps of detecting adjustment data with respect to predetermined adjustment items from the video signal corresponding to the pattern of a test chart, comparing the adjustment data with reference data to obtain correcting data and supplying the correcting data to a video signal adjusting circuit. The correcting data is modified by variation data stored in a memory in advance and the modified correcting data is supplied to the video signal adjusting circuit. The difference between the video signals adjusted on the basis of the correcting data and the modified correcting data is then calculated and judgement is made as to whether the difference falls within a predetermined allowable range, whereby abnormality in the control system of the color television camera apparatus can be detected.
    • 一种彩色电视摄像机装置,其中通过以下步骤来调整视频信号:从对应于测试图的图案的视频信号中检测关于预定调节项的调节数据,将调节数据与参考数据进行比较以获得校正数据并提供 校正数据到视频信号调节电路。 校正数据被预先存储在存储器中的变化数据修改,并且修改的校正数据被提供给视频信号调节电路。 然后计算基于校正数据调整的视频信号与修改的校正数据之间的差异,并且判断差是否在预定的允许范围内,从而使得彩色电视摄像机装置的控制系统中的异常 可以检测。
    • 79. 发明授权
    • Method of making thermal transfer type multicolor printing
    • 制作热转印型多色印刷的方法
    • US4551729A
    • 1985-11-05
    • US511630
    • 1983-07-07
    • Takeshi KuboJunji KawanoFumio TakahashiTsutomu Yamaguchi
    • Takeshi KuboJunji KawanoFumio TakahashiTsutomu Yamaguchi
    • B41J2/325B41J33/60B41J35/16B41J35/18G01D15/10
    • B41J35/18
    • A method for making a thermal transfer type multicolor printing. An ink ribbon is set over a platen roller with a printing paper being interposed between them, the ink ribbon having at predetermined intervals a plurality of ink zones each carrying one of heat-dissolving inks of different colors. Then, one of the ink zones is positioned at a printing position on the platen roller, the one ink zone being of a predetermined color. A thermal head is placed at the printing position against the positioned one ink zone, and drived for transferring a first dot line of the ink of the one ink zone to the printing paper so that one picture component, for the predetermined color, of a picture to be printed is reproduced by the use of the ink of the one ink zone. Thereafter, the printing paper and the ink ribbon are advanced for a subsequent printing when unreproduced portion of the picture component exists. The procedures of the driving of the thermal head and the advancing of the printing paper and the ink ribbon are repeated until the whole picture component for the predetermined color is reproduced on the printing paper. Then, the procedures after the setting of the ink ribbon are repeated with respect to the other ink zones of different colors for reproducing the remaining picture components of the different colors on the printing paper, so that a multicolor picture is reproduced on the printing paper.
    • 一种制作热转印型多色印刷的方法。 墨带设置在压纸辊上,打印纸介于它们之间,墨带具有预定间隔的多个墨区,每个墨区都带有不同颜色的热溶性油墨之一。 然后,一个油墨区域位于压纸辊上的打印位置,一个油墨区域是预定颜色。 热打印头位于打印位置,抵靠定位的一个墨水区域,并被驱动以将一个墨水区域的墨水的第一点划线转印到打印纸上,使得一个图像分量用于预定颜色的图像 通过使用一个墨水区域的墨水来再现。 此后,当图像组件的未再生部分存在时,打印纸和色带前进用于随后的打印。 重复驱动热头的步骤和打印纸和墨带的前进,直到在打印纸上再现用于预定颜色的整个图像分量。 然后,相对于其他不同颜色的墨水区域重复设置墨带之后的步骤,以再现打印纸上的不同颜色的剩余图像分量,从而在打印纸上再现多色图像。