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    • 52. 发明申请
    • VACUUM-PRESSURE SPRAY-DRYING METHOD AND VACUUM-PRESSURE SPRAY-DRYING DEVICE
    • 真空压力喷雾干燥方法和真空压力喷雾干燥装置
    • US20130126102A1
    • 2013-05-23
    • US13812818
    • 2011-07-27
    • Yutaka KitamuraKazuhiko YamazakiYoshitsugu Yamano
    • Yutaka KitamuraKazuhiko YamazakiYoshitsugu Yamano
    • B01D1/14
    • B01D1/14A23C1/045A23L3/46B01D1/18B01D1/20B01J2/04F26B3/12F26B5/04
    • Provided are a novel vacuum-pressure spray-drying method and a novel vacuum-pressure spray-drying apparatus suitable for drying and powdering a liquid raw material containing a substance susceptible to heat denaturation, such as a food raw material and a medicine raw material. The vacuum-pressure spray-drying method and the like include: an apparatus main body, which is kept at reduced pressure and includes a spray nozzle; superheated water vapor supplying means for supplying a superheated water vapor to the spray nozzle; liquid raw material supplying means for supplying a liquid raw material to the spray nozzle; cooling means for cooling the superheated water vapor and a vapor resulting from volatilization of the liquid raw material being discharged from the apparatus main body, and then collecting, as condensed water; pressure reducing means for keeping an inside of the apparatus main body at the reduced pressure through the cooling means; and product collecting means for collecting a powder product produced in the apparatus main body. The vacuum-pressure spray-drying method and the like include: simultaneously spraying the superheated water vapor supplied from the superheated water vapor supplying means and the liquid raw material supplied from the liquid raw material supplying means through the spray nozzle into the apparatus main body so as to atomize the liquid raw material in the apparatus main body; and subjecting an atomized raw material, which is produced by atomizing the liquid raw material, to heat exchange with the superheated water vapor, to thereby dry and powder the liquid raw material.
    • 提供了一种新颖的真空压力喷雾干燥方法和适用于干燥和粉化含有易变质的物质如食品原料和药物原料的液体原料的新型真空压力喷雾干燥装置。 真空压力喷雾干燥法等包括:设备主体,其保持减压并且包括喷嘴; 过热水蒸气供给装置,用于将过热水蒸气供给到喷嘴; 液体原料供给装置,用于将液体原料供给到喷嘴; 用于冷却过热水蒸气的冷却装置和从装置主体排出的液体原料的挥发产生的蒸汽,然后作为冷凝水收集; 减压装置,用于通过冷却装置将设备主体的内部保持在减压状态; 以及用于收集在装置主体中产生的粉末产品的产品收集装置。 真空压力喷雾干燥法等包括:将从过热水蒸气供给单元供给的过热水蒸气和从液体原料供给单元供给的液体原料通过喷嘴喷射到设备主体中, 以使设备主体中的液体原料雾化; 使通过雾化液体原料而生成的雾化原料与过热水蒸汽进行热交换,从而使液体原料干燥并粉碎。
    • 57. 发明授权
    • Keyboard and computer
    • 键盘和电脑
    • US06398437B1
    • 2002-06-04
    • US09678196
    • 2000-10-04
    • Kazuhiko YamazakiToshitaka ImaiHisashi Shima
    • Kazuhiko YamazakiToshitaka ImaiHisashi Shima
    • B41J510
    • G06F3/0202H01H2217/018
    • To provide a keyboard having a home position for control keys such as cursor keys. A notebook personal computer includes a region in which a plurality of keys such as character keys and control keys are disposed and a palm rest 53 adjacent to the plurality of keys. Cursor keys 65, 67, 69, and 71, which belong to the control keys, are disposed adjacently to the palm rest and a slanted region 101 distinguishable by touch from the main surface of the palm rest is provided in a place adjacent to the cursor keys as their home position. Because the slanted region 101 is locatable with tactile sensation, the touch typing of the cursor keys is enabled.
    • 提供具有用于诸如光标键的控制键的原始位置的键盘。笔记本个人计算机包括其中设置诸如字符键和控制键的多个键的区域和与多个键相邻的手掌53。 属于控制键的光标键65,67,69和71设置成与掌垫相邻,并且在与光标相邻的位置处设置有可通过触摸与手掌的主表面区分的倾斜区域101 钥匙作为他们的首位。 因为倾斜区域101可触觉地定位,所以可以使光标键的触摸类型化。