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    • 1. 发明申请
    • Fixture, Sheet and Cover Fixing Method
    • 夹具,板和盖固定方法
    • US20130119731A1
    • 2013-05-16
    • US13812209
    • 2010-07-28
    • Ryuichi MurasakiYuichi MasudaEiichi Sasada
    • Ryuichi MurasakiYuichi MasudaEiichi Sasada
    • A44B13/00A47C31/11
    • A44B13/0035A47C31/11B60N2/5825Y10T24/318Y10T24/39
    • A fixing unit includes: an attachment member attached to a seat body; an engaging member engaged with an opening provided to the seat body; and a string member connecting the attachment member and the engaging member the string member being engaged with a cover. The engaging member includes: a body to which the string member is attached; a first contact portion provided to the body to be in contact with a first periphery of the opening and an insert portion provided on the body at a position spaced apart from the first contact portion, the insert portion being inserted into the opening. The insert portion includes a first restricting portion to be in contact with a second periphery of the opening opposite the first periphery to restrict the insert portion from being detached from the opening.
    • 固定单元包括:附接到座椅主体的附接构件; 与设置在座椅主体上的开口接合的接合构件; 以及弦构件,其连接所述附接构件和所述接合构件,所述弦构件与盖接合。 所述接合构件包括:连接所述绳构件的主体; 设置在与所述开口的第一周边接触的主体上的第一接触部分和在与所述第一接触部分间隔开的位置处设置在所述主体上的插入部分,所述插入部分插入到所述开口中。 所述插入部分包括与所述开口的与所述第一周边相对的第二周边接触的第一限制部分,以限制所述插入部分与所述开口分离。
    • 4. 发明申请
    • Fastening Member
    • 紧固件
    • US20110305864A1
    • 2011-12-15
    • US13202596
    • 2009-04-30
    • Yuichi MasudaRyuichi Murasaki
    • Yuichi MasudaRyuichi Murasaki
    • B32B3/06B32B33/00
    • B68G7/12A47C31/02B60N2/5833Y10T428/23914
    • A fastening member according to the invention includes right and left sewn areas which are sewn to one member out of a cushion member and a cover material, a hook-and-loop fastener area which is disposed between the right and left sewn areas and which has a plurality of female engagement elements formed on one face thereof, and a connection area which connects between the hook-and-loop fastener area and the respective sewn areas. Here, the connection area is configured to have a lower yarn density than that of the sewn areas and allows the hook-and-loop fastener area to be displaced relatively to the sewn areas. According to the fastening member of the invention, since the fastened cover material can be easily displaced against the cushion member, wrinkling occurrence at the cover material can be prevented when the cover material is assembled to the cushion member.
    • 根据本发明的紧固构件包括从衬垫构件和覆盖材料缝合到一个构件的左右缝合区域,布置在左右缝合区域之间的钩环紧固件区域,并且具有 在其一个面上形成的多个阴接合元件,以及连接在所述钩环紧固件区域和各个缝合区域之间的连接区域。 这里,连接区域被配置为具有比缝制区域更低的纱线密度,并且允许钩环紧固件区域相对于缝合区域移动。 根据本发明的紧固构件,由于紧固的覆盖材料能够容易地抵靠缓冲构件移位,所以当将盖材料组装到缓冲构件上时,可以防止在覆盖材料处产生皱纹。
    • 5. 发明授权
    • Winding of flexible elongate material
    • 柔性细长材料的卷绕
    • US4840322A
    • 1989-06-20
    • US159928
    • 1988-02-24
    • Yuichi MasudaKozo Shimizu
    • Yuichi MasudaKozo Shimizu
    • A44B19/42B65H19/28B65H75/14B65H75/28
    • B65H75/28B65H19/28
    • A spool for winding thereon a flexible elongate material includes a hollow cylindrical body having an elongate radial opening defined axially in the annular peripheral wall of the spool body for providing a passage of a holding means for automatically holding a leading end of the elongate material on the spool body. A winding apparatus includes a pair of oppositely disposed first and second drive shafts for holding the spool therebetween. The holding means is associated with the first drive shaft and cooperative with the radial opening in the spool body in effecting the holding of the leading end. The holding means is either the pneumatic type or the mechanical type. The pneumatic holder means produces a negative pressure in the axial hole in the spool body to create a suction force acting around the radial opening in the spool body. Due to the negative pressure thus produced, the leading end of the elongate material is sucked toward the radial opening and then adhered to the annular wall of the spool body. The mechanical holding means includes a row of locking needles movably mounted in an end portion of the first drive shaft so as to selectively project outwardly beyond the annular wall through the radial opening of the spool body.
    • 6. 发明授权
    • Winding of flexible elongate material
    • 柔性细长材料的卷绕
    • US4742969A
    • 1988-05-10
    • US859490
    • 1986-05-05
    • Yuichi MasudaKozo Shimizu
    • Yuichi MasudaKozo Shimizu
    • A44B19/42B65H19/28B65H75/14B65H75/28B65H75/00
    • B65H75/28B65H19/28
    • A spool for winding thereon a flexible elongate material includes a hollow cylindrical body having an elongate radial opening defined axially in the annular peripheral wall of the spool body for providing a passage of a holding means for automatically holding a leading end of the elongate material on the spool body. A winding apparatus includes a pair of oppositely disposed first and second drive shafts for holding the spool therebetween. The holding means is associated with the first drive shaft and cooperative with the radial opening in the spool body in effecting the holding of the leading end. The holding means is either the pneumatic type or the mechanical type. The pneumatic holder means produces a negative pressure in the axial hole in the spool body to create a suction force acting around the radial opening in the spool body. Due to the negative pressure thus produced, the leading end of the elongate material is sucked toward the radial opening and is then adhered to the annular wall of the spool body. The mechanical holding means includes a row of locking needles movably mounted in an end portion of the first drive shaft so as to selectively project outwardly beyond the annular wall through the radial opening of the spool body.
    • 用于在其上缠绕柔性细长材料的卷轴包括中空圆柱体,其具有轴向限定在卷轴体的环形周壁中的细长径向开口,用于提供保持装置的通道,用于自动地将细长材料的前端保持在 卷轴体。 卷绕装置包括一对相对设置的用于将卷轴保持在其间的第一和第二驱动轴。 保持装置与第一驱动轴相关联并且与卷轴主体中的径向开口协作以实现前端的保持。 保持装置是气动式或机械型。 气动保持器装置在卷轴体中的轴向孔中产生负压,以产生围绕卷轴体中的径向开口作用的吸力。 由于这样产生的负压,细长材料的前端被吸向径向开口,然后粘附到卷轴体的环形壁上。 机械保持装置包括可移动地安装在第一驱动轴的端部中的一排锁定针,以便通过卷轴体的径向开口选择性地向外突出超过环形壁。
    • 7. 发明授权
    • Fastening member
    • 紧固件
    • US09061882B2
    • 2015-06-23
    • US13202596
    • 2009-04-30
    • Yuichi MasudaRyuichi Murasaki
    • Yuichi MasudaRyuichi Murasaki
    • B68G7/12B68G7/05A47C31/02B60N2/58
    • B68G7/12A47C31/02B60N2/5833Y10T428/23914
    • A fastening member according to the invention includes right and left sewn areas which are sewn to one member out of a cushion member and a cover material, a hook-and-loop fastener area which is disposed between the right and left sewn areas and which has a plurality of female engagement elements formed on one face thereof, and a connection area which connects between the hook-and-loop fastener area and the respective sewn areas. Here, the connection area is configured to have a lower yarn density than that of the sewn areas and allows the hook-and-loop fastener area to be displaced relatively to the sewn areas. According to the fastening member of the invention, since the fastened cover material can be easily displaced against the cushion member, wrinkling occurrence at the cover material can be prevented when the cover material is assembled to the cushion member.
    • 根据本发明的紧固构件包括从衬垫构件和覆盖材料缝合到一个构件的左右缝合区域,布置在左右缝合区域之间的钩环紧固件区域,并且具有 在其一个面上形成的多个阴接合元件,以及连接在所述钩环紧固件区域和各个缝合区域之间的连接区域。 这里,连接区域被配置为具有比缝制区域更低的纱线密度,并且允许钩环紧固件区域相对于缝合区域移动。 根据本发明的紧固构件,由于紧固的覆盖材料能够容易地抵靠缓冲构件移位,所以当将盖材料组装到缓冲构件上时,可以防止在覆盖材料处产生皱纹。
    • 9. 发明授权
    • Data storage device with only internal addressing
    • 数据存储设备只能进行内部寻址
    • US06145060A
    • 2000-11-07
    • US309
    • 1998-01-29
    • Akihide TakasuYuichi Masuda
    • Akihide TakasuYuichi Masuda
    • G04G99/00G10L19/00G11C5/06G11C7/00G11C7/16G06F12/00
    • G11C5/066G11C7/16G11C2207/16
    • A data storage device comprises a controller and a semiconductor chip which includes a nonvolatile semiconductor memory having plural storage areas into each of which data is stored, a store instruction signal input terminal to which a store instruction signal is inputted, a storage controller for storing data into the semiconductor memory when receiving a store instruction signal through the store instruction signal input terminal, a read instruction signal input terminal to which a read instruction signal is inputted, and a read controller for sequentially specifying one of the storage areas in the semiconductor memory each time it receives a read instruction signal through the read instruction signal input terminal and then reading the data stored in the specified storage area. The controller includes a specifying data storage for storing specifying data that specifies one of the storage areas, a store instruction signal output circuit for outputting a store instruction signal to the store instruction signal input terminal of the semiconductor chip, and a read instruction signal output circuit for outputting a read instruction signal corresponding to the specifying data stored in the specifying data storage to the read instruction signal input terminal of the semiconductor chip.
    • PCT No.PCT / JP97 / 01686 Sec。 371日期1998年1月29日 102(e)日期1998年1月29日PCT提交1997年5月20日PCT公布。 第WO97 / 45839号公报 日期1997年12月4日数据存储装置包括控制器和半导体芯片,其包括具有存储数据的多个存储区域的非易失性半导体存储器,输入存储指令信号的存储指令信号输入端子, 存储控制器,用于当通过存储指令信号输入端接收存储指令信号时,将数据存储到半导体存储器中;读指令信号输入端,读指令信号被输入到该读指令信号输入端;以及读控制器,用于依次指定存储区 在半导体存储器中,每次通过读取指令信号输入端子接收读取指令信号,然后读取存储在指定存储区域中的数据。 控制器包括用于存储指定存储区域之一的指定数据的指定数据存储器,用于向半导体芯片的存储指令信号输入端子输出存储指令信号的存储指令信号输出电路和读指令信号输出电路 用于将与存储在指定数据存储器中的指定数据相对应的读取指令信号输出到半导体芯片的读取指令信号输入端子。
    • 10. 发明授权
    • Electronic apparatus having movable case
    • 具有可动壳体的电子设备
    • US5138590A
    • 1992-08-11
    • US788214
    • 1991-11-05
    • Yuichi MasudaKatsuaki Karasawa
    • Yuichi MasudaKatsuaki Karasawa
    • G04G9/00G04G17/08
    • G04G17/08G04G9/0082
    • In an electronic apparatus with a first case and a second case movable to opening/closing positions of the first case, there is provided electro-optical converting means at a portion of the first case which is located opposite to the second case when the second case is opened at a predetermined opening angle. The electro-optical converting means converts an electric signal obtained from a first electronic circuit employed in the first case into an optical signal. Then, an optical-electro converting means is employed at a portion of the second case which is located opposite to the electro-optical converting means when the second case is opened at a predetermined opening angle. The optical-electro converting means converts the optical signal produced from the electro-optical converting means into an electric signal. When the second case is opened at a predetermined opening angle, the signal transmission between a first electronic circuit employed in the first case and a second electronic circuit employed in the second case is carried out via the electro-optical converting means and optical-electro converting means.
    • 在具有可移动到第一壳体的打开/关闭位置的第一壳体和第二壳体的电子设备中,在第一壳体的与第二壳体相对的部分处设置电光转换装置,当第二壳体 以预定的开启角度打开。 电光转换装置将从第一种情况下采用的第一电子电路获得的电信号转换为光信号。 然后,当第二壳体以预定的开启角度打开时,在第二壳体的与电光转换装置相对的部分处采用光电转换装置。 光电转换装置将从电光转换装置产生的光信号转换为电信号。 当第二种情况以预定的开启角打开时,在第一种情况下使用的第一电子电路与第二种情况下采用的第二电子电路之间的信号传输通过电光转换装置和光电转换 手段。