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    • 1. 发明授权
    • Pneumatic screw aligner-feeder
    • 气动螺丝定位器进料器
    • US4784026A
    • 1988-11-15
    • US804450
    • 1985-12-04
    • Kenji KobayashiAtsuyoshi FujishimaMitsuhiro TakatsuruJun MaemoriChikamitsu Sawada
    • Kenji KobayashiAtsuyoshi FujishimaMitsuhiro TakatsuruJun MaemoriChikamitsu Sawada
    • B25B23/04B65G47/14B25B23/06
    • B25B23/04B65G47/1407
    • A hand held pneumatic screw aligner feeder device which may be used in any orientation incorporates a container for loose screws made up of two cup shaped walls forming a hopper, a groove between the walls used to align the screws, a separator to keep unaligned screws out of the groove, a chute to carry the screws to a pawl which allows only a single screw to be delivered to a transfer chamber and an inlet for compressed air along one of the hopper walls. The device may be coupled to a pneumatic screw tightener such that a screw in the transfer chamber is forced down a hose to the nose of the tightener so that the screw may be forced into an external surface. An actuating valve system within the aligner feeder tightener device, coupled to the tightener nose allows compressed air to flow to the aligner feeder when the tightener is not in use, and to the tightener only when the tightener is activated.
    • 可以以任何方向使用的手持气动螺旋定位器进给器装置包括用于由形成料斗的两个杯形壁组成的松散螺钉的容器,用于对准螺钉的壁之间的槽,用于保持未对准的螺钉的分离器 的槽,用于将螺钉运送到棘爪的滑槽,其仅允许单个螺杆被输送到沿着一个料斗壁的转移室和用于压缩空气的入口。 该装置可以联接到气动螺丝紧固器,使得传送室中的螺杆被迫使软管到达紧固器的鼻部,使得螺钉可以被迫进入外表面。 在紧固器鼻孔处连接到对准器进料器紧固器装置中的致动阀系统,当紧固器不使用时,压缩空气仅在紧固器被激活时才允许压缩空气流到对准器进料器。
    • 2. 发明授权
    • Striking tool
    • 打击工具
    • US4075850A
    • 1978-02-28
    • US634185
    • 1975-11-21
    • Takashi NakazatoChikamitsu SawadaShigeyuki UminoMitsuhiro Takatsuru
    • Takashi NakazatoChikamitsu SawadaShigeyuki UminoMitsuhiro Takatsuru
    • B25C1/08B25D9/10F01L9/02F02B63/02F01B29/08
    • F02B63/02B25C1/08B25D9/10F01L9/02
    • This striking tool of an internal combustion type includes in a housing of a tool body a cylinder providing slidably a piston connecting to a driver. A combustion chamber is disposed around the side wall of the cylinder. A fluid controlled valve is disposed between the combustion chamber disposed around the side wall of the cylinder. A fluid controlled valve is disposed between the combustion chamber and a piston upper chamber of the cylinder, which is normally biased to close communication between the combustion chamber and the piston upper chamber and operated to open communication therebetween when mixture gas of combustible gas and air in the combustion chamber is exploded therein. When a trigger, disposed on the external of the tool body and driveable outwardly, is driven, said mixture gas at first enters and fills up the combustion chamber and then is ignited therein by igniting means. A rising of combustion pressure generated by ignition of mixture gas in the combustion chamber directly opens said valve. The combustion pressure is, thereby, supplied into the piston upper chamber of the cylinder and pressurize a upper surface of the piston to drive the piston lower abruptly. At the same time, the piston gives the driver connected thereto striking force.
    • 这种内燃式打击工具在工具主体的壳体中包括可滑动地提供连接到驱动器的活塞的气缸。 燃烧室围绕气缸的侧壁设置。 流体控制阀设置在设置在气缸的侧壁周围的燃烧室之间。 流体控制阀设置在燃烧室和气缸的活塞上室之间,该气室通常被偏压以密封燃烧室和活塞上腔室之间的连通,并且当可燃气体和空气的混合气体在 燃烧室在其中爆炸。 当被设置在工具主体的外部并可向外驱动的触发器被驱动时,所述混合气体首先进入并填充燃烧室,然后通过点火装置被点燃。 燃烧室内混合气体点火所产生的燃烧压力的上升直接打开所述阀。 因此,燃烧压力被供给到气缸的活塞上部腔室中,并且对活塞的上表面加压,以使突起下降驱动活塞。 同时,活塞给与驱动器相连的打击力。
    • 4. 发明授权
    • Fastener driving tool with improved magazine and feed mechanism
    • 紧固件驱动工具,具有改进的料仓和进给机构
    • US4581964A
    • 1986-04-15
    • US704474
    • 1985-02-22
    • Mitsuhiro Takatsuru
    • Mitsuhiro Takatsuru
    • B25B21/02B25C1/00B25B19/00B25B21/00
    • B25C1/003B25B21/023
    • A fastener driving tool comprising a tool body defining a fastener drive track, a fastener driver mounted in the drive track for movement through successive drive and return strokes, a magazine providing a space for retaining a coiled strip of fasteners, a guide passage leading from the magazine to the drive track along which a leading end portion of the strip with supported fasteners can be moved, and a fastener feeding mechanism for moving the leading end portion of the strip with fasteners along the guide passage. The feeding mechanism includes a L-shaped member having a horizontally extending portion and a vertical portion extending upwardly therefrom. The L-shaped member is disposed with respect to the guide passage such that the horizontal extending portion extends through a continuous longitudinal gap in the strip and the vertically extending portion extends alongside the inner surface of the continuous wall of the strip defining the upper portion of the gap. The feeding mechanism also includes a feeding pawl mounted for movement through successive operative cycles each of which includes a feed stroke and a return stroke, and a piston and cylinder unit for effecting movement of the pawl such that the same will be engaged within one of a series of notches formed in the lower edge of the continuous wall of the strip at the end of each return stroke so that the strip will be moved with the pawl during the drive stroke thereof.
    • 一种紧固件驱动工具,其包括限定紧固件驱动轨道的工具主体,安装在驱动轨道中以用于通过连续的驱动和返回冲程移动的紧固件驱动器,提供用于保持螺旋状紧固件条的空间的仓库, 可移动带有支撑紧固件的带材的前端部分的驱动轨道,以及用于沿着引导通道用紧固件移动带材的前端部分的紧固件进给机构。 进给机构包括具有水平延伸部分和从其向上延伸的垂直部分的L形部件。 L形构件相对于引导通道设置,使得水平延伸部分延伸穿过条带中的连续纵向间隙,并且垂直延伸部分沿条带的连续壁的内表面延伸,所述连续壁的内表面限定 差距。 进给机构还包括进给爪,其安装成通过连续的操作循环运动,每个操作循环包括进给冲程和返回冲程,以及用于实现棘爪运动的活塞和气缸单元,使得它们将接合在 在每个返回行程结束时,在条带的连续壁的下边缘中形成一系列凹口,使得条带在其驱动行程期间与棘爪一起移动。