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    • 3. 发明授权
    • Method for producing a magnet roll
    • 磁辊制造方法
    • US5384957A
    • 1995-01-31
    • US994596
    • 1992-12-21
    • Fumihito MohriHideko AraiYoshio Sakata
    • Fumihito MohriHideko AraiYoshio Sakata
    • B29C47/00B29C70/64G03G15/09H01F7/02H01F41/02B23P15/00
    • G03G15/0921B29C47/0016B29C47/003B29C70/64H01F41/028H01F7/0268B29C47/00B29K2995/0008B29L2031/324Y10T29/49563
    • A method of producing a magnet roll in which a magnetic property comparable to that obtained by an injection molding can be obtained in spite of an extrusion molding. According to a first embodiment, the yoke width of the magnetic-field extrusion die is varied along an extrusion direction. According to a second embodiment, a pipe filled with resin bonded magnet material is used as a shaft. According to a third embodiment, a shaft having a groove which is filled with magnet is used. According to a fourth embodiment, a shaft provided with surface magnetic charge is used. According to a fifth embodiment, a magnetized region of a shaft is set to be shorter than the length of a main magnet. According to a sixth embodiment, an extruded matter is moved while stored in a sizing metal mold having a magnetic circuit structure. According to a seventh embodiment, a sizing metal mold for storing an extruded matter therein is installed into a heating device and a cooling device equipped with a magnetic circuit structure while storing an extruded matter therein. According to an eighth embodiment, a preliminary magnetization is carried out with magnetic poles whose number is smaller than a finally-required number of magnetic poles, and then a re-magnetization is carried out with the finally-required number of magnetic poles.
    • 制造磁性辊的方法,其中尽管挤压成型,但是可以获得与通过注射成型获得的磁性能相当的磁性能。 根据第一实施例,磁场挤压模的轭宽沿挤出方向变化。 根据第二实施例,使用填充有树脂粘结磁体材料的管作为轴。 根据第三实施例,使用具有填充有磁体的凹槽的轴。 根据第四实施例,使用设有表面磁荷的轴。 根据第五实施例,将轴的磁化区域设定为短于主磁体的长度。 根据第六实施例,挤压物质在存储在具有磁路结构的上胶金属模具中时移动。 根据第七实施例,将用于将挤出物质储存在其中的定型金属模具安装在加热装置和装有磁路结构同时在其中存储挤出物质的冷却装置中。 根据第八实施例,通过数字小于最终所需数量的磁极的磁极进行预磁化,然后用最终所需数量的磁极进行再磁化。
    • 8. 发明授权
    • Memory circuit for alternately accessing data within a period of address
data
    • 用于在地址数据周期内交替访问数据的存储电路
    • US5416746A
    • 1995-05-16
    • US974222
    • 1992-11-10
    • Yasunori SatoShosaku TsukagoshiYoshio Sakata
    • Yasunori SatoShosaku TsukagoshiYoshio Sakata
    • G11C11/41G11C7/00G11C8/00
    • G11C7/00
    • A memory circuit includes an input selector for receiving input data serially at an interval of a period T and outputting the input data and an address counter for generating first address data sequentially at an interval of a having period 2T and second address data sequentially at an interval having period 2T. The second address data is delayed a period T from the first address data. The memory circuit of the present invention further includes two memory blocks coupled to the input selector and address counter. One memory block stores even numbered input data in response to the first address data and outputs them at the interval of the period 2T. The other memory block stores odd numbered input data in response to the second address data and outputs them at the interval of the period 2T.
    • 存储电路包括:输入选择器,用于以周期T的间隔串行接收输入数据,并输出输入数据;以及地址计数器,用于以具有周期2T的间隔依次产生第一地址数据,第二地址数据以间隔顺序 有2T。 第二地址数据从第一地址数据延迟周期T. 本发明的存储电路还包括耦合到输入选择器和地址计数器的两个存储块。 一个存储器块响应于第一地址数据存储偶数编号的输入数据,并以周期2T的间隔输出它们。 其他存储器块响应于第二地址数据存储奇数编号的输入数据,并以周期2T的间隔输出它们。