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    • 2. 发明申请
    • Polishing body
    • 抛光体
    • US20060075686A1
    • 2006-04-13
    • US11288094
    • 2005-11-29
    • Kou HasegawaHozumi SatouOsamu IshikawaYukio Hosaka
    • Kou HasegawaHozumi SatouOsamu IshikawaYukio Hosaka
    • B24B7/30B24D18/00
    • B24B37/245B24B37/24B24D3/28B24D11/001B24D18/0009C09K3/1454
    • An object of the present invention is to provide a polishing body, wherein the abrasive in the polishing body are extremely dispersed well, which provides stable polishing performance in the polishing process, and which can effectively reduce the occurrence of scratches even in a case a large quantity of the abrasive are contained. A polishing part constituting the polishing body in the invention is produced obtained by loading predetermined amounts of butadiene, styrene, methyl methacrylate, itaconic acid, acrylic acid, α-methylstyrenedimer, and t-dodecylmercaptan in an autoclave, making the mixture react for 16 hours at 75° C. to obtain an emulsion wherein a copolymer is dispersed, adjusting this emulsion to pH 8.5, incorporating cerium oxide powder with an average primary particle diameter of 0.3 μm and stirring to obtain an aqueous dispersion, drying this aqueous dispersion by spreading it thinly across a film, and mold pressing the dried product obtained. The above-mentioned polishing part may have a crosslinked structure. The polishing body in the invention can be used favorably in a polishing pad and the like, for polishing the surface of a semiconductor wafer or the like.
    • 本发明的目的是提供一种抛光体,其中抛光体中的磨料非常分散,在抛光过程中提供稳定的抛光性能,并且即使在大的情况下也能有效地减少划痕的发生 含有磨料的数量。 通过在高压釜中加载预定量的丁二烯,苯乙烯,甲基丙烯酸甲酯,衣康酸,丙烯酸,α-甲基苯乙炔二酮和叔十二烷基硫醇,制得本发明中构成抛光体的抛光部分,使混合物反应16小时 在75℃下得到其中分散共聚物的乳液,将该乳液调节至pH8.5,并加入平均一次粒径为0.3μm的二氧化铈粉末并搅拌,得到水分散液,通过涂布干燥该水性分散体 薄膜穿过薄膜,并模压所获得的干燥产品。 上述抛光部分可以具有交联结构。 本发明的研磨体可以在抛光垫等中有利地使用,用于研磨半导体晶片等的表面。
    • 4. 发明授权
    • Method for determining amount of fertilizer application for grain crops, method for estimating quality and yield of grains and apparatus for providing grain production information
    • 确定粮食作物施肥量的方法,粮食质量和产量估算方法及粮食生产信息提供机制
    • US06442486B1
    • 2002-08-27
    • US09385094
    • 1999-08-30
    • Satoru SatakeYukio HosakaHideharu MaruyamaNobuhiko Nakamura
    • Satoru SatakeYukio HosakaHideharu MaruyamaNobuhiko Nakamura
    • G06F1760
    • G06Q10/04A01C21/007
    • A method and an apparatus for determining an amount of fertilizer to be applied to grain crops are disclosed. A fertilizer application related formula for obtaining the necessary amount of fertilizer to be applied is established by analyzing growth information including leaf blade information, fertilizer application information and quality information, all the above information being obtained in advance from a number of grains or grain crops. The formula thus established is stored in the memory. The necessary amount of fertilizer to be applied for each specific period for grain crops which are presently under growth is calculated by applying to the above formula, growth information of the grain crops presently under growth and target quality information. The growth information includes leaf blade information in relation to a specific period. The results of the calculation are displayed or printed out. A method and an apparatus for estimating a quality or yield of grains prior to the harvesting is also disclosed. In this case, a quality or yield related formula is established in advance and stored in the memory.
    • 公开了一种用于确定施用于粮食作物的肥料的量的方法和装置。 通过分析包括叶片信息,肥料施用信息和质量信息在内的增长信息,建立了获得所需施肥量的肥料施用相关配方,所有这些信息预先从许多谷物或谷类作物获得。 这样建立的公式存储在内存中。 根据目前正在成长的粮食作物的增长信息和目标质量信息,计算了目前正在生长的粮食作物每个特定时期适用的肥料所需量。 生长信息包括与特定时段有关的叶片信息。 计算结果显示或打印出来。 还公开了一种用于在收获之前估计谷物质量或产量的方法和装置。 在这种情况下,预先建立质量或产量相关公式并存储在存储器中。
    • 5. 发明授权
    • Method for measuring ash content of food stuff
    • 测量食物灰分含量的方法
    • US5976882A
    • 1999-11-02
    • US249167
    • 1999-02-12
    • Satoru SatakeTakaharu KameokaYukio HosakaTakeshi ImaiShinji Saito
    • Satoru SatakeTakaharu KameokaYukio HosakaTakeshi ImaiShinji Saito
    • G01N21/27G01N21/33G01N21/35G01N21/3563G01N21/359G01N33/02
    • G01N21/33G01N21/274G01N21/3563G01N21/359G01N33/02Y10T436/10
    • A method for measuring ash content of food stuff is carried out by 1) preparing, with respect to food stuff samples whose ash content values are known, a calibration curve by a non-linear analysis of absorbance values and the known ash content of each sample, the absorbance values being obtained by irradiating light having particular wavelengths containing at least an ultraviolet ray band wavelength, the particular wavelength being specific to organic ingredients well coupled to inorganic ingredients which result in the ash content, and 2) deriving, with respect to a sample whose ash content value is unknown, an ash content value of the sample from absorbance values obtained by irradiating, on the sample, light having the particular wavelengths containing at least the ultraviolet ray band wavelength and from the calibration curve prepared in advance by the non-linear analysis. An apparatus for carrying out the method includes a light source section, a photo detecting section, a storing section for storing the calibration curve, and a calculation section for calculating, with respect to a sample whose ash content value is unknown, the ash content value based on the absorbance values and the calibration curve stored in the storing section. It is possible to speed up the measuring operation and to improve the measuring precision.
    • 通过以下方式进行食品灰分含量测定的方法:1)对于灰分含量已知的食品样品,通过吸光度值的非线性分析和每个样品的已知灰分含量制备校准曲线 通过照射具有至少具有紫外线波长的特定波长的光获得的吸光度值,该特定波长特异于有机成分,其与无机成分良好耦合,导致灰分含量,以及2)相对于 灰分含量未知的样品,样品的灰分含量值,其通过在样品上照射具有至少包含紫外线波段波长的特定波长的光和由非预定制备的校准曲线获得的吸光度值, 线性分析。 用于执行该方法的装置包括光源部分,光检测部分,用于存储校准曲线的存储部分,以及计算部分,用于相对于灰分含量值未知的样本计算灰分含量值 基于存储部分中存储的吸光度值和校准曲线。 可以加快测量操作,提高测量精度。
    • 6. 发明授权
    • Process of and system for flouring wheat
    • 播种小麦的过程和系统
    • US5145117A
    • 1992-09-08
    • US690674
    • 1991-04-24
    • Toshihiko SatakeYukio Hosaka
    • Toshihiko SatakeYukio Hosaka
    • B02B5/02B02C9/04
    • B02C9/04B02B5/02
    • A wheat flouring system comprises a polishing machine for polishing wheat grains, a humidifying machine for humidifying the grains, a conditioning machine for subjecting the grains to conditioning and a milling machine for milling the grains to produce a flour. The polishing machine, the humidifying machine, the conditioning machine and the milling machine are successively arranged from an upstream side to a downstream side as viewed in a direction of flow of the wheat grains. There is provided an agitating machine for agitating the grains humidified by the humidifying machine, thereby preventing the humidified grains from sticking together into lumps of the grains.
    • 小麦面粉系统包括用于抛光小麦籽粒的抛光机,用于加湿谷粒的加湿机,用于对谷物进行调理的调理机和用于研磨谷物的研磨机以生产面粉。 研磨机,加湿机,调理机,铣刨机,从小麦籽粒流动方向观察,从上游侧向下游侧排列。 提供了一种用于搅拌加湿机加湿的颗粒的搅拌机,从而防止加湿颗粒粘在一起成为颗粒块。
    • 9. 发明授权
    • Imprinter including a roller with an elastic member being radially deformed during an imprinting operation
    • 打印机包括在压印操作期间具有弹性构件的辊径向变形
    • US08479649B2
    • 2013-07-09
    • US11905724
    • 2007-10-03
    • Yukio Hosaka
    • Yukio Hosaka
    • B31F1/07B41F3/14
    • B41L19/00
    • An imprinter includes a printing base for mounting a card and a print paper to be imprinted on a predetermined area thereof, a carriage that is movable above the printing base, a roller shaft arranged at a position of a predetermined height from the card mounting surface of the printing base, a roller including an outer periphery of hard material a center boss that is in rotational engagement with the roller shaft and elastic members provided between the outer periphery and the center boss of the roller. The elastic members are radially deformed during imprinting operation to cause the outer periphery of the roller to radially move relative to the center axis of the roller shaft into a state of eccentric circle in vertical section, so that the embossed information of the card may be transcribed onto the print paper.
    • 打印机包括用于安装卡片的打印基座和要打印在其预定区域上的打印纸,可在打印基座上方移动的托架,布置在距卡片安装表面预定高度的位置的滚轴 印刷基座,包括硬质材料的外周的辊,与辊轴旋转接合的中心凸台和设置在辊的外周与中心凸台之间的弹性部件。 弹性构件在压印操作期间径向变形,使得辊的外周相对于辊轴的中心轴线径向移动到垂直截面中的偏心圆的状态,使得可以转录卡的压纹信息 到打印纸上。
    • 10. 发明申请
    • Imprinter
    • 打印机
    • US20100229739A1
    • 2010-09-16
    • US12801075
    • 2010-05-20
    • Yukio Hosaka
    • Yukio Hosaka
    • B41F19/02
    • B41L19/00
    • An imprinter includes a printing base for mounting a card and a print paper to be imprinted on a predetermined area thereof, a carriage that is movable above the printing base, a roller includes a hard material and is provided as is housed within the carriage for transcribing the information represented as embossed on a card, a roller shaft for fixedly supporting the roller, bearings for rotatably supporting the roller shaft at a position of a predetermined height from the card mounting surface of the printing base, and an elastic mechanism provided between the bearings and the roller shaft, the elastic mechanism being radially deformed during an imprinting operation to cause the roller to radially move relative to the bearings so that the embossed information of the card may be transcribed onto the print paper.
    • 打印机包括用于安装卡片的打印基座和要打印在其预定区域上的打印纸,可在打印基座上方移动的托架,滚子包括硬质材料,并且被设置为容纳在托架内用于转录 表示为压花在卡上的信息,用于固定支撑辊的辊轴,用于将辊轴可旋转地支撑在距离印刷基座的卡安装表面的预定高度的位置处的轴承,以及设置在轴承之间的弹性机构 和辊轴,弹性机构在压印操作期间径向变形,以使辊相对于轴承径向移动,使得卡的压花信息可以转录到打印纸上。