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    • 31. 发明授权
    • Miter saw
    • 斜角锯
    • US5437214A
    • 1995-08-01
    • US63291
    • 1993-05-18
    • Katsuhiko SasakiMitsuyoshi NinnomiYoshinori Shibata
    • Katsuhiko SasakiMitsuyoshi NinnomiYoshinori Shibata
    • B23D45/04B23D47/04B27B5/29B27B5/36
    • B23D45/044B23D45/048B23D47/04B27B5/29Y10T83/7697Y10T83/7705Y10T83/7726Y10T83/7788Y10T83/8749Y10T83/8773Y10T83/9461Y10T83/9464
    • A miter saw includes a support mechanism for supporting a miter saw unit relative to a base in such a manner that the miter saw unit is both vertically and laterally pivotable. A position determining mechanism serves to selectively determine the position of the saw unit at any of positions including a vertical position where a saw blade is positioned substantially vertically relative to the base, and leftward and rightward pivoted positions where the saw blade is inclined laterally leftwardly and laterally rightwardly from the vertical position by a predetermined angle, respectively. The position determining mechanism includes movable side stopper members and fixed side stopper members on which the movable side stopper members abut, respectively. The movable side stopper members are mounted on a movable member which pivots laterally with the miter saw unit. The fixed side stopper members are mounted on a fixed member which is non-laterally pivotally movably mounted on the base. The movable side stopper members abut on their corresponding fixed side stopper members when the miter saw unit is at the vertical position and at the leftward and rightward pivoted positions, respectively.
    • 斜切锯包括用于相对于基座支撑斜切锯单元的支撑机构,使得斜切锯单元能够垂直和横向地枢转。 位置确定机构用于选择性地确定锯单元在任何位置处的位置,所述位置包括锯片相对于基座大致垂直地定位的垂直位置,以及锯片横向向左倾斜的向左和向右枢转位置,以及 分别从垂直位置横向向右横向预定的角度。 位置确定机构包括可动侧止动件和可动侧止动件抵接在其上的固定侧止动件。 可动侧止动构件安装在与斜切锯单元侧向枢转的可动构件上。 固定侧止动构件安装在非横向可枢转地移动地安装在基座上的固定构件上。 当斜切锯单元分别处于垂直位置和左右枢转位置时,可动侧止动构件抵接在它们相应的固定侧止动构件上。
    • 34. 发明申请
    • ELECTRONIC EQUIPMENT
    • 电子设备
    • US20120249611A1
    • 2012-10-04
    • US13515018
    • 2010-09-06
    • Yoshinori ShibataMasami Ozaki
    • Yoshinori ShibataMasami Ozaki
    • G09G5/10
    • G09G5/02G09G2320/0666H04N5/23293H04N9/045H04N9/643H04N9/67H04N9/735
    • The invention includes: an input section (5), for specifying a color gamut during photographing, which specifies a color gamut for reading information of a subject read by a reading section (2); and an input section (8) for specifying a color gamut for a display section (3) during displaying of the reading information by the display section (3). The display section (3) is capable of changing a color gamut by adjusting light intensities of respective different primary colors emitted from the display section (3). The input section (5) selects a color gamut which falls within the color gamut which the display section (3) can describe. The input section (8) selects the color gamut selected through the input section (5) as the color gamut for the display section (3).
    • 本发明包括:输入部分(5),用于在拍摄期间指定色域,其指定用于读取由读取部分(2)读取的对象的信息的色域; 以及用于在显示部分(3)显示读取信息期间指定用于显示部分(3)的色域的输入部分(8)。 显示部分(3)能够通过调节从显示部分(3)发射的各种原色的光强度来改变色域。 输入部(5)选择落在显示部(3)能够描述的色域内的色域。 输入部(8)选择通过输入部(5)选择的色域作为显示部(3)的色域。
    • 36. 发明授权
    • Tightening tool
    • 紧固工具
    • US07669507B2
    • 2010-03-02
    • US11254739
    • 2005-10-21
    • Masanori FurusawaYoshinori ShibataYukihiko Yamada
    • Masanori FurusawaYoshinori ShibataYukihiko Yamada
    • B25B23/157
    • B25F5/001B25B21/00B25B23/141
    • It is an object of the present invention to provide a technique for appropriately providing not only for normal rotation but for reverse rotation in a tightening tool having a clutch.Representative tightening tool according to the invention comprises a body, a driving motor housed in the body, a driving-side clutch element, an auxiliary clutch element, a driven-side clutch element, a driven shaft and a tool bit. During normal rotation of the driving motor, the driven-side clutch element is caused to move in the axial direction by application of a pressing force of the user to the body to engage with the driving-side clutch element. During reverse rotation of the driving motor, the driving-side clutch element and the auxiliary clutch element are caused to move relatively with respect to each other in the axial direction by rotating torque of the driving-side clutch element and the driving-side clutch element or the auxiliary clutch element engages with the driven-side clutch element.
    • 本发明的目的是提供一种不仅适用于具有离合器的紧固工具中的正常旋转而且用于反向旋转的技术。 根据本发明的代表性紧固工具包括主体,容纳在主体中的驱动马达,驱动侧离合器元件,辅助离合器元件,从动侧离合器元件,从动轴和工具钻头。 在驱动电动机的正常转动期间,使从动侧离合器元件通过施加用于人体的按压力与驱动侧离合器元件接合而沿轴向移动。 在驱动电动机的反向旋转期间,驱动侧离合器元件和辅助离合器元件通过驱动侧离合器元件和驱动侧离合器元件的转矩相对于轴向相对于彼此相对移动 或辅助离合器元件与从动侧离合器元件接合。
    • 38. 发明申请
    • Hook structure of power tool
    • 电动工具钩结构
    • US20090025515A1
    • 2009-01-29
    • US12216766
    • 2008-07-10
    • Yoshinori ShibataTomohiro Ukai
    • Yoshinori ShibataTomohiro Ukai
    • B25F5/02B25B29/00
    • B25F5/02
    • In a housing of a power tool is formed a hook-receiving portion, with openings facing leftward and rightward, through which a substantially U-shaped hook having a left hook leg and a right hook leg is movable among a left protruding position in which the left hook leg protrudes leftward from the hook-receiving portion, a right protruding position in which the right hook leg protrudes rightward from the hook-receiving portion, and an accommodating position in which the left and right hook legs are both accommodated in the hook-receiving portion. Also provided in the housing is a retaining mechanism by which the hook is retainable in one of the positions of the left protruding position, right protruding position, and accommodating position.
    • 在电动工具的壳体中形成有钩接收部分,其开口面向左和向右,具有左钩腿和右钩腿的大致U形的钩可在左突出位置之间移动, 左钩腿从钩接收部分向左突出,右钩腿从钩接收部向右突出的右突出位置,以及容纳位置,其中左钩钩腿和右钩腿都容纳在钩 - 接收部分。 还设置在壳体中的是保持机构,通过该保持机构,钩可以保持在左突出位置,右突出位置和容纳位置的一个位置。
    • 39. 发明申请
    • Bonding Method
    • 粘合方法
    • US20090020587A1
    • 2009-01-22
    • US12223538
    • 2008-02-05
    • Yoshinori ShibataYoshinori IshikawaTeruyoshi Ichiyanagi
    • Yoshinori ShibataYoshinori IshikawaTeruyoshi Ichiyanagi
    • B23K37/00
    • B23K35/30H01L2224/29007H01L2224/29339H01L2224/83048H01L2224/8384H01L2924/00014
    • At a comparatively early stage, members to be bonded are pressurized together by an applied pressure that is a comparatively low pressure. Under an applied pressure condition (a gas venting process) of the comparatively low pressure, an organic protective film is vaporized by heating a bonding material, and a void portion of a porous structure that is formed by metal nanoparticles and a binder in the bonding material is not collapsed any more than necessary due to the applied pressure. Thus, the void portion of the porous structure functions as a degassing path for the gasified organic protective film, and the gas is smoothly released from between the members to be bonded. At the time point when the temperature of the bonding material has reached a predetermined temperature, the applied pressure is increased from the comparatively low pressure to a comparatively high pressure (a pressure increase process). Further, the bonding strength is increased by bonding the members to be bonded together by applying the comparatively high pressure (a bonding process).
    • 在比较早的阶段,待粘合的构件通过相对低的压力施加压力。 在相对较低压力的施加压力条件(排气过程)下,通过加热接合材料和在接合材料中由金属纳米颗粒和粘合剂形成的多孔结构的空隙部分,有机保护膜被蒸发 由于施加的压力,不会因为必要而折叠。 因此,多孔结构的空隙部分作为气化的有机保护膜的脱气路径起作用,并且气体从要结合的构件之间平滑地释放。 在接合材料的温度达到规定温度的时刻,施加的压力从较低的压力增加到比较高的压力(增压过程)。 此外,通过施加比较高的压力(接合工艺)将待接合的部件接合来提高接合强度。