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    • 6. 发明申请
    • Electric tool
    • 电动工具
    • US20070071422A1
    • 2007-03-29
    • US11525830
    • 2006-09-25
    • Yoshikazu KawanoNobuhiro TakanoTeruo ImaiShinichi Sakuma
    • Yoshikazu KawanoNobuhiro TakanoTeruo ImaiShinichi Sakuma
    • H02P7/288
    • H02P25/14B23D51/16B23D59/001
    • An electric tool having an inexpensive revolution speed control unit, the life of which is long. According to the intended use, the revolution speed of the motor can be changed from a low speed to a high speed and the revolution speed of the motor can be finely set only in the low speed region. The electric tool includes a semiconductor element for controlling a voltage impressed upon a motor; and a setting means for setting an electric continuity angle of the semiconductor element, the setting means including a variable resistance means for changing a value of resistance and also including and an opening and closing means, which is interlocked with the variable resistance means, for conducting an opening and closing operation after the value of resistance has reached a predetermined value, wherein an electric continuity angle of the semiconductor element, and when electric continuity angle of the semiconductor element has reached a predetermined angle, the semiconductor element is changed over to a direct electric continuity state via the opening and closing means.
    • 一种具有廉价转速控制单元的电动工具,其寿命长。 根据目的,电动机的转速可以从低速变为高速,并且只能在低速区域中精细地设定电动机的转速。 电动工具包括用于控制施加在电动机上的电压的半导体元件; 以及用于设定半导体元件的导电角度的设定装置,所述设定装置包括用于改变电阻值的可变电阻装置,并且还包括与可变电阻装置互锁的开闭装置,用于导电 在电阻值达到预定值之后的打开和关闭操作,其中半导体元件的电导通角,并且当半导体元件的电连续角已经达到预定角度时,半导体元件被转换为直接 经由开闭装置的电连续性状态。
    • 9. 发明申请
    • PORTABLE CUTTING MACHINE
    • 便携式切割机
    • US20090064510A1
    • 2009-03-12
    • US12205265
    • 2008-09-05
    • Kenji NiwaTeruo Imai
    • Kenji NiwaTeruo Imai
    • B27B9/00
    • B27B9/02
    • According to an aspect of the present invention, there is provided a portable cutting machine including: a housing; a motor; a cutting blade driven by the motor; a saw cover that covers the cutting blade; a base that rotatably supports the saw cover and to be brought into contact with the to-be-processed members; and a changing mechanism capable of changing the protrusion amount of the cutting blade toward the side opposite to the saw cover, wherein the changing mechanism has an adjustment guide extending from the base in the rotation direction of the saw cover and a movement restricting part for restricting the movement of the adjustment guide, and wherein the portion of the adjustment guide on the side farther from the base with respect to the movement restricting part is arranged outside of the saw cover.
    • 根据本发明的一个方面,提供了一种便携式切割机,包括:壳体; 电机 由电机驱动的切割刀片; 覆盖切割刀片的锯盖; 可旋转地支撑锯盖并与被处理构件接触的基座; 以及能够改变切割刀片朝向与锯盖相反的一侧的突出量的改变机构,其中,所述变换机构具有从所述基座沿所述锯条的旋转方向延伸的调节引导件和用于限制的移动限制部件 调节引导件的运动,并且其中调节引导件在离基座相对于运动限制部分更远的一侧的部分布置在锯盖的外侧。
    • 10. 发明授权
    • Jigsaw
    • 拼图
    • US07350302B2
    • 2008-04-01
    • US11510794
    • 2006-08-28
    • Teruo ImaiTaiichi KumasakaHideki WatanabeShinki OtsuYoshiichi Komazaki
    • Teruo ImaiTaiichi KumasakaHideki WatanabeShinki OtsuYoshiichi Komazaki
    • B27B19/09
    • B23D49/165Y10T74/18256
    • An outer peripheral surface of a cam has an apex disposed of distance from a rotational axis, a first region adjacent the apex opposite to the direction of rotation that increases in distance from the rotational axis during rotation, and a second region adjacent the apex in the rotational direction that decreases in distance from the rotational axis of the cam with the rotation thereof. The apex is disposed where the phase θ thereof advances by 15 degrees and 55 degrees or less in the rotational direction from a position symmetrical to the rotational axis. The rate of change between the second region and the rotational axis is greater than the rate of change between the first region and the rotational axis. A retreat amount X when a saw blade reaches an uppermost point c from a foremost point is set to 0.8 mm.
    • 凸轮的外周表面具有离开旋转轴线的距离设置的顶点,与旋转过程中与旋转轴线的距离增加的与旋转方向相反的顶点的第一区域和与旋转轴线相邻的第二区域 旋转方向随着其旋转而距离凸轮的旋转轴线的距离减小。 顶点设置在其相位θ从旋转轴对称的位置沿旋转方向前进15度和55度的位置。 第二区域和旋转轴线之间的变化率大于第一区域和旋转轴线之间的变化率。 当锯片从最前端到达最高点c时的退避量X设定为0.8mm。