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    • 1. 发明专利
    • Work tool
    • 工作工具
    • JP2012135845A
    • 2012-07-19
    • JP2010290455
    • 2010-12-27
    • Makita Corp株式会社マキタ
    • UKAI TOMOHIROMATSUURA YUTAHANAI TAKAMASAKAMIMOTO JUNPEIITO AKIHIRO
    • B25B23/157B25B21/00
    • B25B21/008B25B21/00B25B23/0064B25F5/001
    • PROBLEM TO BE SOLVED: To provide a technology effective for preventing abrasion relating to motive force transmission in a work tool having a motive force transmission mechanism of transmitting the motive force of a driving motor to a tip tool.SOLUTION: A motive force transmission mechanism 131 includes a control unit capable of setting a first control mode for controlling, on the basis of the operation state of a second clutch cum 138 detected by a clutch detection mechanism 151 for detecting the operation state of the second clutch cum 138 with respect to a first clutch cum 137, a driving motor 111 to a first revolution speed before the first clutch cum 137 and the second clutch cum 138 engage each other at clutch teeth 137a and 138a, and a second control mode for controlling the driving motor 111 to a second revolution speed higher than the first revolution speed after the first clutch cum 137 and the second clutch cum 138 engage each other at the clutch teeth 137a and 138a.
    • 要解决的问题:提供一种在具有将驱动电动机的动力传递到尖端工具的动力传递机构的作业工具中有效防止与动力传递有关的磨损的技术。 解决方案:动力传递机构131包括控制单元,该控制单元能够基于用于检测操作状态的离合器检测机构151检测到的第二离合器暨138的操作状态来设定第一控制模式 相对于第一离合器暨137的第二离合器暨138,在第一离合器暨137和第二离合器暨138在离合器齿137a和138a处彼此接合的驱动电动机111到第一转速,以及第二控制 在第一离合器暨137和第二离合器暨138在离合器齿137a和138a处彼此接合之后,将驱动电机111控制到高于第一转速的第二转速的模式。 版权所有(C)2012,JPO&INPIT
    • 2. 发明专利
    • Air hammering tool
    • AIR HAMMERING TOOL
    • JP2013215870A
    • 2013-10-24
    • JP2012090948
    • 2012-04-12
    • Makita Corp株式会社マキタ
    • KOMIYA YUKIISAKAMIMOTO JUNPEI
    • B25C1/04B25C7/00
    • PROBLEM TO BE SOLVED: To provide an air hammering tool for hammering a hammering implement, in which when compressed air used as a driving source is released to the atmosphere, wind noise of blasted compressed air can be suppressed.SOLUTION: After hammering operation of a hammering screwdriver 35, compressed air having flown into a piston upper chamber 52 is caused to flow into a piston lower chamber 53 to return a piston 33 including the hammering screwdriver 35 to an initial position where the piston is located before the hammering operation. The exhaust flow path of a side exhaust structure is communicated with, by a communication path 424, with the exhaust flow path of trigger valve exhaust structure 74 for discharging energized air of a trigger valve 73 for opening/closing a head valve 41 to the outside of a tool body 15, thereby making it impossible to discharge unnecessary air from the trigger valve exhaust structure 74 to the outside of the tool body 15. The trigger valve exhaust structure 74 includes a reduced pressure chamber 75 for enabling air having flown into the trigger valve exhaust structure 74 to be expanded before it is discharged to the outside of the tool body 15.
    • 要解决的问题:提供一种锤击锤击工具,其中当用作驱动源的压缩空气被释放到大气中时,可以抑制喷砂压缩空气的风噪声。解决方案:在锤击操作之后 锤击螺丝刀35,流入活塞上腔室52的压缩空气流入活塞下腔室53,使包括锤击螺丝刀35的活塞33在锤击操作之前返回到活塞所在的初始位置。 侧排气结构的排气流路通过连通路424与触发阀排气结构74的排气流路连通,用于将用于打开/关闭头阀41的触发阀73的通电空气排出到外部 由此使得不可能将不必要的空气从触发阀排气结构74排放到工具主体15的外部。触发阀排气结构74包括用于使空气流入触发器的减压室75 阀排气结构74在被排出到工具主体15的外部之前被膨胀。
    • 3. 发明专利
    • Driving tool
    • 驱动工具
    • JP2011206856A
    • 2011-10-20
    • JP2010074324
    • 2010-03-29
    • Makita Corp株式会社マキタ
    • ODA JIROIWAGAMI JUNICHIMORIOKA YASUHIROKAMIMOTO JUNPEI
    • B25C7/00B25C1/00
    • PROBLEM TO BE SOLVED: To reliably regulate a position or a tilt of a driving tool to reduce failures in driving since failures in driving need to be further reduced as a direction to be regulated is limited to a rotating direction of a regulating member and the regulation of the position or the tilt is insufficient as a result, while the driving tool such as a nailing machine has been conventionally provided, in which the regulating member for regulating the position or the tilt of the driving tool is disposed rotatably in the vicinity of an ejection port so that a thin nail having a small head can be driven straight from the center of the ejection port.SOLUTION: A fore-and-aft tilt of a driving tool n is regulated by a first regulating member 10 rotatably supported by a driver guide 4. In addition, a second regulating member 20 in an annular shape is provided on a nose adapter 30 mounted on a contact lever 9. The position or the tilt of the driving tool n is regulated along an entire circumference by the second regulating member 20.
    • 要解决的问题:为了可靠地调节驱动工具的位置或倾斜以减少驾驶中的故障,因为需要进一步减小驾驶失败,因为限制构件的旋转方向和调节构件的调节 因此,在通常设置诸如打钉机的打入工具的情况下,位置或倾斜度不足,其中用于调节驱动工具的位置或倾斜的限制部件可旋转地设置在 排出口,使得具有小头部的细钉可以从喷射口的中心直线驱动。解决方案:驱动工具n的前后倾斜由可旋转地由驾驶员支撑的第一调节构件10调节 另外,环形的第二调节构件20设置在安装在接触杆9上的鼻部适配器30上。驱动工具n的位置或倾斜沿着整个 第二调节构件20的圆周。
    • 4. 发明专利
    • Driving-in tool
    • 驱动工具
    • JP2014034092A
    • 2014-02-24
    • JP2012178103
    • 2012-08-10
    • Makita Corp株式会社マキタ
    • KAMIMOTO JUNPEINISHIDO NORIYUKI
    • B25C7/00
    • PROBLEM TO BE SOLVED: To make a driving-in part easily visible even in a dark place, without complicating a constitution, in the present invention, since there is a problem of not only requiring a power source in this tool but also complicating the constitution, though the tool having a luminaire such as an LED is provided for offering convenience for executing driving-in work in the dark place, in the driving-in tool such as a compressed air-driven type nailing machine.SOLUTION: In a periphery of an injection port 4b of a driving-in tool (n), a material flaw preventive nose adapter 10 installed in a material abutting part 9a of a contact lever 9, is molded with a fluorescent material or a luminous material as a raw material, and is formed as a light emission part F for emitting light.
    • 要解决的问题:即使在黑暗的地方使驾驶部分容易看到,也不会使构造复杂化,在本发明中,由于存在不仅需要该工具的电源而且使构造复杂化的问题 虽然具有诸如LED的照明装置的工具被提供用于提供在暗处执行驱动工作的方便,在诸如压缩空气驱动型打钉机之类的驱动工具中。解决方案:在外围 驱动工具(n)的注入口4b,安装在接触杆9的材料抵接部分9a中的材料防漏鼻适配器10,以荧光材料或发光材料为原材料, 形成为用于发光的发光部F.
    • 5. 发明专利
    • Driving tool
    • 驱动工具
    • JP2013226606A
    • 2013-11-07
    • JP2012098589
    • 2012-04-24
    • Makita Corp株式会社マキタ
    • NISHIDO NORIYUKIKAMIMOTO JUNPEI
    • B25C7/00B25C1/04
    • PROBLEM TO BE SOLVED: To compactly incorporate an idle driving prevention mechanism in a driving tool having a sequential mechanism because of the conventional difficulty of disposing both mechanisms compactly side by side since it is necessary to provide durability against an excessive pulling operation force by increasing the thicknesses of a switch lever and its peripheral member in order to add an idle driving prevention mechanism by locking the pulling operation of the switch lever, in a driving tool having a so-called sequential mechanism.SOLUTION: An idle driving prevention configuration which enables a switch lever 5 to perform a pulling operation but causes the lever to perform idle driving to invalidate the pulling operation is employed. By the idle driving of the switch lever 5, an idle driving prevention mechanism K that needs no durability like the conventional tool is compactly placed side by side with a sequential mechanism S.
    • 要解决的问题:为了将怠速驱动防止机构紧凑地结合在具有连续机构的驱动工具中,这是因为传统上难以并排地设置两个机构,因为需要通过增加过大的拉动操作力来提供耐久性 开关杆及其周边构件的厚度,以便通过锁定开关杆的拉动操作来添加具有所谓的连续机构的驱动工具中的空转驱动防止机构。解决方案: 开关杆5进行牵引操作,但是使杠杆进行怠速驾驶以使拉拽操作无效。 通过开关杆5的怠速驱动,与传统工具不需要耐久性的怠速驱动防止机构K紧密地并排设置有顺序机构S.
    • 6. 发明专利
    • Driving tool
    • 驱动工具
    • JP2013103309A
    • 2013-05-30
    • JP2011249559
    • 2011-11-15
    • Makita Corp株式会社マキタ
    • KAMIMOTO JUNPEINISHIDO NORIYUKI
    • B25C1/04
    • PROBLEM TO BE SOLVED: To solve the problem in a compressed air driving type driving tool, wherein air leakage may occur at a portion other than an exhaust outlet with a conventional silencer filter for an exhaust cover provided at a rear part of a body part, and to provide the driving tool by preventing the air leakage other than the exhaust outlet to achieve silencing.SOLUTION: A seal part 32 made of soft resin materials as raw materials is provided along a distal end of a peripheral wall 31a of an exhaust cover 30 by insert molding. The seal part 32 is fitted into a seal recess 16c of a top cap 16 to prevent air leakage of a second exhaust chamber 26 other than an exhaust outlet 34 with a silencer filter 34a.
    • 解决问题的方案为了解决压缩空气驱动型打入工具中的问题,其中,在排气盖的常规消声器过滤器设置在排气盖的后部,在排气出口以外的部分可能发生空气泄漏 并且通过防止排气口以外的空气泄漏来实现静音来提供驱动工具。 解决方案:通过嵌入成型,沿着排气盖30的周壁31a的远端设置由软质树脂材料制成的密封部32作为原料。 密封部分32装配到顶盖16的密封凹槽16c中,以防止具有消声器过滤器34a的排气出口34以外的第二排气室26的空气泄漏。 版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Air-driven tool
    • 空气驱动工具
    • JP2013136127A
    • 2013-07-11
    • JP2011288632
    • 2011-12-28
    • Makita Corp株式会社マキタ
    • KAMIMOTO JUNPEINISHIDO NORIYUKIISHIKAWA NAOHARU
    • B25C1/04
    • PROBLEM TO BE SOLVED: To reduce the bulkiness of a tool as an air-driven tool to the minimum by shortening a machine length in a drive-in direction as much as possible, and to further improve the easiness of use as the tool, in the air-driven tool for driving in a driven-in implement.SOLUTION: A head valve 41 is opened so as to send compressed air to a piston upper chamber by movement along the drive-in direction of a nail (driven-in implement). An exhaust port structure 80 for exhausting the compressed air existing in an exhaust chamber 55 of a tool body to the outside of the tool body after drive-in is arranged at a side face of a side along the drive-in direction of the nail out of side faces of a body housing 21 of the tool body. An exhaust cover 83 is attached to the external periphery of the body housing 21 through a sandwiching part 92 of a protector 90 which has elasticity and constitutes an armor of the body housing 21.
    • 要解决的问题:通过尽可能地缩短驱动方向上的机器长度,将作为空气驱动工具的工具的蓬松度减少到最小,并且进一步提高作为工具的使用的容易程度 用于在被驱动的工具中驱动的空气驱动工具。解决方案:打开头阀41,以通过沿着钉子的驱动方向(被驱动的工具)的运动方式将压缩空气发送到活塞上部室, 。 用于将存在于工具主体的排气室55中的压缩空气排出到驱动后的工具主体外部的排气口结构80布置在沿着钉出口的驱动方向的一侧的侧面 的工具主体的主体外壳21的侧面。 排气罩83通过具有弹性的保护器90的夹持部分92附接到主体壳体21的外周,构成主体壳体21的铠装。
    • 8. 发明专利
    • Air driving tool
    • 空气驱动工具
    • JP2013136124A
    • 2013-07-11
    • JP2011288572
    • 2011-12-28
    • Makita Corp株式会社マキタ
    • NISHIDO NORIYUKIKAMIMOTO JUNPEI
    • B25C1/04
    • PROBLEM TO BE SOLVED: To provide an air driving tool for driving a driving implement, in which deformation of both a body housing and a top gap is prevented by increasing the rigidity of a connection part between the body housing and the top cap while reducing the weight of a housing structure.SOLUTION: A body housing 21 is formed by selecting magnesium as a material. A top cap 25 is formed by selecting aluminum as a material. The body housing 21 is formed to have lower rigidity than the top gap 25, while the weight of the body housing 21 itself is reduced. The top cap 25 is attached to the driving base end opening 23 of the body housing 21 thus formed. The attaching part 26 of the top cap 25 to the driving base end opening 23 of the body housing 21 is set so that the edge 24 of the driving base end opening 23 of the body housing 21 is disposed on the inner peripheral surface 261 side of the attaching part 26 of the top cap 25.
    • 要解决的问题:提供一种用于驱动驱动工具的空气驱动工具,其中通过增加主体壳体和顶盖之间的连接部的刚性来防​​止主体壳体和顶部间隙两者的变形,同时减少 壳体结构的重量。解决方案:通过选择镁作为材料形成主体壳体21。 通过选择铝作为材料形成顶盖25。 主体壳体21形成为具有比顶部间隙25更低的刚性,同时主体壳体21本身的重量减小。 顶盖25安装在如此形成的主体壳体21的驱动基端开口23上。 将顶盖25的安装部26安装到主体壳体21的驱动基端开口23,使得主体壳体21的驱动基端开口23的边缘24设置在主体壳体21的内周面261侧 顶盖25的安装部分26。
    • 9. 发明专利
    • Work tool
    • 工作工具
    • JP2012135844A
    • 2012-07-19
    • JP2010290454
    • 2010-12-27
    • Makita Corp株式会社マキタ
    • IKUTA HIRONORIMATSUURA YUTAKAMIMOTO JUNPEINISHIO YOSUKE
    • B25B23/157
    • B25B21/00B25F5/001H02K7/11H02K7/145
    • PROBLEM TO BE SOLVED: To provide a technique effective for preventing wearing relating to power transmission in a work tool having a power transmitting mechanism for transmitting the power of the driving motor in a tip tool.SOLUTION: The power transmitting mechanism 131 includes a driving gear 133 rotated and driven by a driven motor, a spindle 117 holding a driver bit 119, arranged spaced apart from the driving gear 133 in the longitudinal axis direction of the driver bit 119, allowed to relatively rotate with the driving gear 133, a magnet 134 arranged in the driving gear 133, a conductive body 137 arranged spaced apart by a predetermined distance from the magnet 134 arranged in the spindle 117, the power is transmitted from the driving gear 133 to the spindle 117 by an eddy current flowing in the conductive body 137 caused by the magnetic flux of the magnet 134 when the driving gear 133 relatively rotates to the driving gear 133 with the magnet 134 and the conductive body 137 arranged spaced apart by the predetermined distance.
    • 要解决的问题:提供一种在具有用于在尖端工具中传递驱动电动机的动力的动力传递机构的作业工具中有效防止与动力传递有关的磨损的技术。 解决方案:动力传递机构131包括由从动马达旋转和驱动的驱动齿轮133,保持驱动器钻头119的主轴117,其在驱动器钻头119的纵轴方向上与驱动齿轮133间隔开设置 允许与驱动齿轮133相对旋转,布置在驱动齿轮133中的磁体134,与布置在主轴117中的与磁体134间隔开预定距离的导电体137,电力从驱动齿轮传递 当驱动齿轮133相对于驱动齿轮133转动时,由磁铁134的磁通量引起的导电体137中流动的涡流133与磁体134和导电体137间隔开的导电体137 预定距离。 版权所有(C)2012,JPO&INPIT
    • 10. 发明专利
    • Eintreibwerkzeug
    • DE112018000621T5
    • 2019-12-12
    • DE112018000621
    • 2018-02-23
    • MAKITA CORP
    • ISHIKAWA NAOHARUKAMIMOTO JUNPEI
    • B25C7/00
    • Bei einem Eintreibwerkzeug, bei welchem ein Eintreibvorgang unter der Bedingung ausgeführt werden kann, dass sowohl ein Drücker als auch ein Kontaktarm ein-betätigt sind, ist es notwendig, dass, wenn das Eintreibwerkzeug mit dem Drücker ein-betätigt getragen wird, ein ungewollter Eintreibvorgang nicht auftritt, auch wenn der Kontaktarm andere Bauteile berührt. Ein Eintreibwerkzeug, das einen konventionellen, elektrisch gesteuerten Zeitnehmer aufweist, kann nicht bei einem Umstand verwendet werden, bei welchem keine elektrische Leistung zugeführt werden kann. Bei der vorliegenden Erfindung kann eine Zeitnehmersteuerung erzielt werden, auch bei einem Umstand, bei welchem keine elektrische Leistung zugeführt werden kann. Nachdem ein Drücker (12) ein-betätigt ist, startet ein Kontakteinschränkungsbauteil (21) sich zu einer Verriegelungsseite zu drehen, während ein Drehwiderstand demselben durch ein Drehwiderstandsaufbringungsbauteil aufgebracht wird. Ein Verriegelungsbereich (21e) tritt in einen Verriegelungsaufnahmebereich (6c) zum Verhindern einer Ein-Betätigung eines Kontaktarms (6) ein, nachdem eine Referenzzeit t nach der Ein-Betätigung des Drückers verstrichen ist. Demzufolge kann ein ungewollter Eintreibvorgang verhindert werden. Ein Zeitnehmermechanismus (20) weist nur eine mechanische Konfiguration auf, die es einer Zeitnehmersteuerung ermöglicht, bei einem Umstand, bei welchem keine elektrische Leistung zugeführt werden kann, ausgeführt zu werden.