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    • 32. 发明专利
    • LIQUID CRYSTAL LARGE SIZED DISPLAY
    • JPH0720443A
    • 1995-01-24
    • JP16059393
    • 1993-06-30
    • HITACHI LTD
    • KANEKIYO HIROSHIFURUKAWA KEISHIN
    • G02F1/13G02F1/1333
    • PURPOSE:To reduce visibility of the connection lines of plural liquid crystal panels. CONSTITUTION:Liquid crystal panels 2 are overlappingly arranged with their wiring connection parts at the rears, transparent and integrated font panels 1 are provided stuck to the fronts of the liquid crystal panels 2, stepped stages 1A are provided on the rear sides of the front panels 1 and in this way, the liquid crystal panels 2 are systematically arranged. In the case of a transmissive type, illuminating panels are provided on the rear sides of the liquid crystal panels 2. Thus, a thin type large sized screen is made without intereference of a nonpixel part and although it is made necessary to reduce the size of a nonpixel part as much as possible when liquid crystal panels are planely arranged conventionally, it is manufactured relatively freely. Also, this technique is applied to any of reflection and transmissive types. Further, protection from dusts, water and outside forces and other effects are realized by the integrated type front panels.
    • 36. 发明专利
    • CONTINUOUS REACTION PROCESS
    • JPH02160837A
    • 1990-06-20
    • JP29127989
    • 1989-11-10
    • HITACHI LTD
    • ISHIBE MASAHIKOFURUKAWA KEISHINMATSUSHITA NOBUOODA CHIKAO
    • C08G85/00
    • PURPOSE:To make it possible to perform continuously intermediate polymerization and final polymerization in the same reaction apparatus by partitioning a reaction tank with partitions each having a special structure to form a plurality of chambers, controlling the operating pressures in the respective chambers according to the reaction states of the solutions treated and agitating the solutions in the respective chambers with agitating elements of different structures. CONSTITUTION:A solution to be treated is fed to a reaction tank 5 (from 16) and agitated in a plane crossing the direction of flow in such a manner that it can be exposed to a vapor phase atmosphere in the tank. A tank body 6 is partitioned in the lengthwise direction into a plurality of chambers (e.g. 5a and 5b) with a partition 9 constructed so that it may completely partition the vapor phase in the reaction tank 5 and that it may have a passage 9a for the solution below the surface of the solution. The pressures in the respective chambers (e.g. 5a and 5b) are decreased (through a vacuum nozzles 18 and 19), the operating pressures in the respective chambers are controlled according to the states of reaction of the solutions to be treated in the respective agitated chambers, and the agitation in the respective chambers is performed with agitating elements (e.g. 10a, 10b, 11a and 11b) of different surface areas.
    • 38. 发明专利
    • Preparation of material having high viscosity
    • 具有高粘度的材料的制备
    • JPS61103528A
    • 1986-05-22
    • JP22574984
    • 1984-10-29
    • Hitachi Ltd
    • YAMANAKA KATSUHISAFURUKAWA KEISHINISHIBE MASAHIKO
    • B01F7/04B01F3/08B29B7/48
    • B29B7/481B29C47/364B29C47/38B29C47/385
    • PURPOSE:To obtain a material having high viscosity continuously forming a homogeneously mixed phase by feeding a liquid having high viscosity and addi tive liquid from an end of a reaction apparatus provided with two revolving shaft to the main body wherein plural stirring blades are arranged to face oppositely but with by each 90 deg. shifted phase to each other. CONSTITUTION:Plural numbers of stirring blade 5 facing oppositely are provided to revolving shafts 5a, 5b arranged in parallel to each other in the main body 3 shifting the position of the blades by 90 deg. to each other and with a small space against the inside wall of the main body 3. Polymer chips supplied to a hopper 7 is fed continuously to an extruder 9 via a rotary valve 8, extruded in the form of a high viscous liquid by being heated and melted. On one hand, an additive liquid fed to the main body 3 is rolled in the high viscous liquid by the effect of the stirring blades 5, and disintegrated to remarkable small particles in accompany with deformation by the shearing of the high viscous liquid, and dispersed uniformly generating extremely large contact surface area and exposing simultaneously its free surface to the additive liquid.
    • 目的:通过从设置有两个旋转轴的反应装置的端部向主体供给具有高粘度和附加液体的液体,连续形成均匀混合相的材料,其中多个搅拌叶片布置成面对 相反,但每90度。 相互转移。 构成:将数量相对的搅拌叶片5设置在主体3中彼此平行布置的旋转轴5a,5b,将叶片的位置移动90度。 供给到料斗7的聚合物碎屑通过旋转阀8连续供给到挤出机9,通过旋转阀8以高粘度液体的形式被加热 并融化。 一方面,通过搅拌叶片5的作用,向主体3供给的添加剂液体在高粘度液体中滚动,伴随着高粘度液体的剪切变形而分解成显着的小颗粒,并分散 均匀地产生非常大的接触表面积并同时将其自由表面暴露于添加剂液体。
    • 39. 发明专利
    • JPS618841B2 -
    • JPS618841B2
    • 1986-03-18
    • JP12848678
    • 1978-10-20
    • Hitachi Ltd
    • ODA CHIKAOFUKUYAMA RYOJISUMYA TOMOAKIFURUKAWA KEISHIN
    • C08F6/00F24J3/00F28D1/06
    • F24J3/003
    • PURPOSE:To provide a heater which can largely shorten the heating time and has a high quality. CONSTITUTION:A heater body 9 has a heat medium jacket 10 in the outer periphery thereof, and is heated and reatined at high temperature by heat medium or steam. Two-axle gear pump 11 is assembled in a pressure feed chamber 9, and a flared conical rotor 12 formed with respect to the advancing direction of content is assembled in a heating chamber 9b. The inner wall of the chamber 9b is spaced at predetermined interval 18 from the surface 12a of the rotor 12 so that the interval 18 imparts the content passing therethrough by a shearing force produced by the rotation of the rotor 12 in magnitude necessary to abruptly raise the content. Heat medium flown into the jacket 10 from an inlet noszzle 16 is substantially uniformly heating the heater body 9. The content such as polymer to be heated and retained at high temperature is fed by the gear pump 11 in the chamber 9a through the interval 18 between the inner wall of the chamber 9b and the surface 12a of the rotor 12, and heated by the rotation of the rotor 12.