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    • 2. 发明授权
    • Two-component curable solventless adhesive
    • 双组分固化无溶剂粘合剂
    • US08716427B2
    • 2014-05-06
    • US11658403
    • 2005-02-04
    • Akihiro ImaiKazuaki ImamuraTaiji MorimotoHiroshi KawasakiMikio Matsufuji
    • Akihiro ImaiKazuaki ImamuraTaiji MorimotoHiroshi KawasakiMikio Matsufuji
    • C08G18/00C09J4/00C09J101/00
    • C09J175/04C08G18/10
    • A two-component curable solventless adhesive which enables a laminated composite film comprising a barrier layer and a plastic film laminated with each other to maintain excellent appearance and adhesive strength for a long period even after a sterilization treatment at high temperature, and to appropriately adjust a reaction between a base resin and a curing agent during a production of the laminated composite film. The two-component curable solventless adhesive comprises a base resin and a curing agent, wherein the base resin contains a polyol having an acid group and a secondary or tertiary terminal hydroxyl group accounting for 30% or more of the entire terminal hydroxyl groups of the polyol, and the curing agent contains an isocyanate group-terminated urethane prepolymer containing at least an aralkyl polyisocyanate and/or a modified substance thereof as a raw polyisocyanate, and a content of a low molecular weight polyisocyanate is defined.
    • 即使在高温下进行灭菌处理后,能够使包含阻挡层和塑料膜的层合复合膜能够长时间保持良好的外观和粘合强度的双组分固化无溶剂粘合剂,并适当地调节 在层合复合膜的制造中,基础树脂与固化剂的反应。 双组分可固化无溶剂粘合剂包括基础树脂和固化剂,其中基础树脂含有具有酸基和仲或叔末端羟基的多元醇占多元醇全部末端羟基的30%以上 ,固化剂含有至少含有芳烷基多异氰酸酯和/或其改性物质的异氰酸酯基封端的氨基甲酸酯预聚物作为原料多异氰酸酯,并且定义了低分子量多异氰酸酯的含量。
    • 3. 发明授权
    • Printed circuit board and method of manufacturing the same
    • 印刷电路板及其制造方法
    • US08151455B2
    • 2012-04-10
    • US12143214
    • 2008-06-20
    • Kazunori HamadaHiroshi KawasakiTomoaki Ozaki
    • Kazunori HamadaHiroshi KawasakiTomoaki Ozaki
    • H05K3/02
    • H05K3/0047H05K1/0237H05K1/0268H05K3/429H05K2203/0207H05K2203/0242Y10T29/49124Y10T29/49156Y10T29/49167
    • A method of manufacturing a printed circuit board is provided. The method includes preliminarily forming a plurality of test pattern layers for detecting the depth of an inner layer in a multilayer printed circuit board such that at least a part of a lower test pattern layer is not overlaid with any upper test pattern layer when viewed from a drill entrance side, and preliminarily forming a surface conductor layer; applying a voltage between the surface conductor layer and the test pattern layers; performing drilling toward one test pattern layer, and detecting a current produced when the drill comes into contact with the test pattern to measure the depth of the layer (D1); performing drilling toward the other test pattern layer, and measuring the depth of the layer (D2); and performing drilling up to just before the conductor-wiring layer based on a depth calculated from D1 and D2.
    • 提供一种制造印刷电路板的方法。 该方法包括预先形成多个用于检测多层印刷电路板中的内层的深度的测试图案层,使得当从一个多层印刷电路板观察时,下部测试图案层的至少一部分不与任何上部测试图案层重叠 钻入口侧,并预先形成表面导体层; 在表面导体层和测试图案层之间施加电压; 对一个测试图案层执行钻孔,并且检测当钻头与测试图案接触时产生的电流以测量层(D1)的深度; 对另一测试图案层执行钻孔,并测量层的深度(D2); 并且基于从D1和D2计算的深度,在导体布线层之前执行钻孔。
    • 8. 发明授权
    • 3-Dimensional shape measuring method and device thereof
    • 三维形状测量方法及其装置
    • US07724379B2
    • 2010-05-25
    • US11920265
    • 2005-05-12
    • Hiroshi KawasakiRyo Furukawa
    • Hiroshi KawasakiRyo Furukawa
    • G01B11/24
    • G01B11/2545G01B11/2509G06T7/521G06T7/80
    • It is possible to measure a 3-dimensional shape by using a projector and an imaging device without requiring calibration in advance. A pattern light is applied from a projector to an object and this is imaged by an imaging device to capture an image as an input. An in-camera parameter, an in-projector parameter, a parameter of positional relationship between the camera and the projector are estimated. By using the estimation results, a 3-dimensional shape of the object is measured. When a laser pointer is attached to the projector and a laser is applied to the object for capturing an image as an input, scaling of the object shape can also be estimated. Moreover, when measuring a plurality of objects or measuring the same objects a plurality of times, the accuracy of the 3-dimensional shape respectively obtained can be increased by simultaneously processing the inputs. Moreover, when one of projector and the camera is fixed and the other is moved while measuring the same object a plurality of times, the accuracy of the 3-dimensional shape obtained as a result can be increased by performing bundle adjustment.
    • 可以通过使用投影仪和成像装置来预测不需要校准来测量三维形状。 图案光从投影仪施加到物体,并且其由成像装置成像以捕获图像作为输入。 估计摄像机内参数,投影机内参数,相机与投影机之间的位置关系参数。 通过使用估计结果,测量物体的三维形状。 当激光指示器附接到投影仪并且激光被施加到物体以捕获图像作为输入时,也可以估计对象形状的缩放。 此外,当测量多个对象或多次测量相同的对象时,可以通过同时处理输入来分别获得所获得的三维形状的精度。 此外,当投影仪和相机中的一个被固定并且另一个在同时测量相同的对象的同时被移动时,通过执行束调整可以提高作为结果而获得的三维形状的精度。
    • 10. 发明授权
    • Display device having a connecting portion between cathode line and electron source
    • 显示装置具有阴极线和电子源之间的连接部分
    • US07285901B2
    • 2007-10-23
    • US10781695
    • 2004-02-20
    • Susumu SasakiYoshiyuki KanekoShigemi HirasawaMakoto OkaiHiroshi Kawasaki
    • Susumu SasakiYoshiyuki KanekoShigemi HirasawaMakoto OkaiHiroshi Kawasaki
    • H01J1/62
    • H01J29/04H01J31/127
    • A display device includes a face substrate which has anodes and phosphors on an inner surface thereof, a back substrate which has cathode lines and electron sources formed on the cathode lines, a support body which is interposed between both substrates such that the support body surrounds a display region and forms a given inner space, and a sealing material which hermetically seals the support body and both substrates. To enable the display device to produce a high quality display and have a long lifetime while ensuring the conduction in a wide range between the cathode lines and the electron sources, the cathode lines are made of a material having a conductor and an insulator, and the composition of a connecting portion between the cathode line and the electron source is formed such that the conductor occupancy rate becomes equal to or more than the insulator occupancy rate.
    • 显示装置包括在其内表面上具有阳极和荧光体的面基板,在阴极线上形成有阴极线和电子源的背基板,插入在两个基板之间的支撑体,使得支撑体围绕 显示区域并形成给定的内部空间,以及密封材料,其密封支撑体和两个基板。 为了使显示装置能够产生高质量的显示并且具有长寿命,同时确保阴极线和电子源之间的宽范围内的导通,阴极线由具有导体和绝缘体的材料制成,并且 形成阴极线和电子源之间的连接部分的组成,使得导体占有率变得等于或大于绝缘体占有率。