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    • 2. 发明公开
    • Hand-Werkzeugmaschine mit einer Tiefenanschlageinrichtung
    • Hand Werkzeugmaschine mit einer Tiefenanschlageinrichtung
    • EP2524764A1
    • 2012-11-21
    • EP12003462.4
    • 2012-05-05
    • Festool GmbH
    • Rapp, SibylleHoltz, ArneStark, Markus
    • B23Q16/00B27C3/08B27F5/02B27C3/06
    • B27F5/023B23Q16/001B27C3/06B27C3/08
    • Die Erfindung betrifft eine Hand-Werkzeugmaschine (10), insbesondere Dübelfräse, mit einem Antriebsteil (15), das ein Zerspanungswerkzeug (13) zum Bohren und/oder Fräsen einer Ausnehmung in eine Werkstück-Frontseite (F) eines Werkstücks (W) und einen motorischen Antrieb für das Zerspanungswerkzeug (13) aufweist, und mit einer Anschlageinrichtung (20), die eine Frontanschlagfläche (21) zur Anlage an das Werkstück (W) aufweist, und mit einer Führungsanordnung (30) zum Führen des Antriebsteils (15) und der Anschlageinrichtung (20) relativ zueinander, so dass das Zerspanungswerkzeug (13) relativ zu der Frontanschlagfläche (21) entlang eines Tiefenverstellwegs zur Einstellung einer Eindringtiefe des Zerspanungswerkzeugs (13) in das Werkstück (W) vor und zurückverstellbar ist, und mit einer Tiefenanschlaganordnung (40) zur Begrenzung einer Länge des Tiefenverstellwegs (T), wobei die Tiefenanschlaganordnung (40) eine Anschlagfläche und einen Tiefenanschlagkörper (41) aufweist, der zur Verstellung der Eindringtiefe des Zerspanungswerkzeugs (13) in das Werkstück (W) an einer Tiefenanschlag-Lagereinrichtung (42) beweglich gelagert und fixierbar ist, und wobei die Tiefenanschlagfläche an der Anschlageinrichtung (20) und die Tiefenanschlag-Lagereinrichtung (42) am Antriebsteil (15) oder umgekehrt ortsfest fixiert oder ortsfest fixierbar angeordnet sind. Es ist vorgesehen, dass die Tiefenanschlaganordnung (40) als einen Längsanschlag für den mindestens einen Tiefenanschlagkörper (41) an dessen Einstellweg (43) mindestens einen Indexkörper (44) aufweist, der bezüglich des Einstellwegs (43) des mindestens einen Tiefenanschlagkörpers (41) separat von dem mindestens einen Tiefenanschlagkörper (41) an der Tiefenanschlag-Lagereinrichtung (42) beweglich gelagert ist. .
    • 手动工具(10)具有驱动切割工具(13)的驱动元件(15),用于在工件(W)的工件前侧(F)上钻孔和/或铣削凹槽。 引导装置(30)相对于彼此引导驱动元件和止动器(20),使得相对于前邻接表面(21)沿着深度调节路径(T)调节切削工具。 深度限制组件(40)具有用于调节切削工具穿入工件的深度的深度限制部分(41)。 止动件上的深度止动表面和驱动元件上的深度止动元件(42)相反,固定。
    • 3. 发明公开
    • Hand-Werkzeugmaschine
    • 手Werkzeugmaschine
    • EP2090411A1
    • 2009-08-19
    • EP08020943.0
    • 2008-12-03
    • Festool GmbH
    • Schmid, Jürgen
    • B27C3/06B27F5/02B27F5/06
    • B27C3/06B27F5/02B27F5/023B27F5/06
    • Die Erfindung betrifft eine Hand-Werkzeugmaschine, insbesondere Dübelfräse (11), mit mindestens einem innerhalb eines Arbeitsbereichs (35) vor eine Frontanschlagfläche (20) der Hand-Werkzeugmaschine verstellbaren oder vorstehenden Zerspanungswerkzeug (13) zum Bohren und/oder Fräsen einer Ausnehmung (31) in eine Werkstück-Frontseite (23), mit einer die Frontanschlagfläche (20) zum frontalen Anlegen an die Werkstück-Frontseite (23) bereitstellenden Frontanschlagseinrichtung (21), und mit mindestens einer Queranschlageinrichtung (25a, 25b) mit einem Queranschlag (26) zum seitlichen Anlegen an eine zur Werkstück-Frontseite (23) winkeligen Werkstück-Querseite (27) zur Festlegung eines Querabstandes (48) zwischen der Werkstück-Querseite (27) und der Ausnehmung (31), wobei der Queranschlag (26) der Queranschlageinrichtung (25a, 25b) in dem Querabstand (48) zu dem Arbeitsbereich (35) beabstandet ist, und wobei die mindestens eine Queranschlageinrichtung (25a, 25b) zwischen einer Anschlagstellung (A), bei die Queranschlageinrichtung (25a, 25b) vor die Frontanschlagfläche (20) vorsteht, und einer Ruhestellung (R) beweglich gelagert ist, in der die mindestens eine Queranschlageinrichtung (25a, 25b) nicht vor die Frontanschlagfläche (20) vorsteht. Die mindestens eine Queranschlageinrichtung (25a, 25b) ist an einem Schwenklager (47) bezüglich der Frontanschlagfläche (20) schwenkbeweglich gelagert.
    • 工具(10)即定位销铣刀(11)具有交叉对准停止装置(25a,25b),其具有用于在工件横向侧(27)侧向接触的交叉对准止动件(26),以确定横向距离 48)在工件(24)之间的横向侧和凹部(31)之间。 这些装置在停止位置和静止位置之间移动,在这些位置中,装置主体并且不分别主持前挡块表面(20)。 这些装置以可移动的方式相对于表面安装在枢转轴承(47)上。
    • 4. 发明授权
    • TRAGBARE VORRICHTUNG
    • EP1150814B2
    • 2008-10-15
    • EP99957828.9
    • 1999-12-14
    • Mafell AG
    • Graf, GebhardGraf, Ottilia
    • B27F5/02B23Q16/00
    • B23B39/161B27C3/06B27F5/023Y10T408/18Y10T408/385Y10T408/564Y10T409/306608Y10T409/308624
    • The invention relates to a portable device, especially for use as a hand drill and as hand groove milling tool, comprising drills (1a) driven by a motor, a housing (2a) having two stop surfaces (3a, 4a) disposed at a right angle relative to one another, of which stop surface (3a) is disposed at a right angle relative to the drills (1a) and one or more stops (5a, 6a, 7a, 8, 9, 10, 11, 12, 13). The problem encountered with existing hand tools is that stops such as angular pieces, pins and spacer plates are loose parts and that the pivoting stop can only be used for one plate thickness or for the edge spacing of the drill bits. Said disadvantages are solved in that each of the stops (5a, 6a, 7a, 8, 9, 10, 11, 12, 13) is rigidly connected to the housing (2a) and can be swung or pulled out and in that the stop surfaces (5a', 6a', 7a', 8', 9', 10', 11', 12', 13') are located at different distances from the drills (1a).
    • 本发明涉及一种便携式装置,特别是用作手钻和手凹槽铣刀的便携式装置,包括由电动机驱动的钻头(1a),具有设置在右侧的两个止动表面(3a,4a)的壳体(2a) 其中止动表面(3a)相对于钻头(1a)以及一个或多个止动件(5a,6a,7a,8,9,10,11,12,13)以直角设置, 。 现有手动工具遇到的问题是,诸如角件,销和隔板的止动件是松散的部件,并且旋转止动件只能用于一个板厚度或钻头的边缘间距。 所述缺点通过以下方式解决:每个止动件(5a,6a,7a,8,9,10,11,12,13)刚性地连接到壳体(2a)并且可以被摆动或拉出,并且止动件 表面(5a',6a',7a',8',9',10',11',12',13')位于与钻头(1a)不同的距离处。
    • 5. 发明公开
    • Biscuit joiner
    • 手持式工具机生产饼干组合式刀具
    • EP1875995A1
    • 2008-01-09
    • EP07119040.9
    • 2000-08-10
    • Black & Decker, Inc.
    • Schnakenberg III, G H FFlickenger, Sean WGeorge, William ABeamesderfer, Steven DRapuano, Richard HKirk Jr, Dennis KeithFlender, Gregg A
    • B27F5/02
    • B27F5/023Y10T16/44
    • A biscuit joiner (10) having a housing (16) which includes a forward portion (26), a handle portion (28) and a rear portion (30). A battery pack (56) is removably secured to the rear portion. The forward portion houses an electric motor (32) and is attached to a shoe assembly (12) and a fence assembly (14). The handle portion includes a stick handle portion (40) and a loop portion (42). Each of the stick handle and loop portions are laterally offset from the forward portion, and therefore from the rotational axis of the motor and the coaxial center of the housing. The stick handle portion is graspable by a user and the lateral offset enables the fingers of the user to be placed in position to exert a force substantially along the longitudinal axis (36) of the motor while engaging an ON/OFF trigger (46) of the joiner. In this manner a more direct application of force can be made by the user to the housing when urging the housing linearly while making plunge cuts with the joiner. The handle construction also provides the joiner with a well balanced, positive "feel" and enables a wider variety of hand orientations to be used when operating the joiner. The joiner of the present invention is even more comfortable to operate than previously developed stick handle type joiners, even with the additional weight of the removable battery pack, and can therefore reduce the fatigue of the user's hands and arms when the joiner is operated over prolonged periods of time.
    • 6. 发明公开
    • Biscuit Joiner
    • 手持式工具机生产饼干组合式刀具
    • EP1731278A3
    • 2007-02-14
    • EP06120953.2
    • 2000-08-10
    • Black & Decker, Inc.
    • Schnakenberg III, G H FFlickenger, Sean WGeorge, William ABeamesderfer, Steven DRapuano, Richard HKirk Jr, Dennis KeithFlender, Gregg A
    • B27F5/02
    • B27F5/023Y10T16/44
    • A biscuit joiner (10) having a housing (16) which includes a forward portion (26), a handle portion (28) and a rear portion (30). A battery pack (56) is removably secured to the rear portion. The forward portion houses an electric motor (32) and is attached to a shoe assembly (12) and a fence assembly (14). The handle portion includes a stick handle portion (40) and a loop portion (42). Each of the stick handle and loop portions are laterally offset from the forward portion, and therefore from the rotational axis of the motor and the coaxial center of the housing. The stick handle portion is graspable by a user and the lateral offset enables the fingers of the user to be placed in position to exert a force substantially along the longitudinal axis (36) of the motor while engaging an ON/OFF trigger (46) of the joiner. In this manner a more direct application of force can be made by the user to the housing when urging the housing linearly while making plunge cuts with the joiner. The handle construction also provides the joiner with a well balanced, positive "feel" and enables a wider variety of hand orientations to be used when operating the joiner. The joiner of the present invention is even more comfortable to operate than previously developed stick handle type joiners, even with the additional weight of the removable battery pack, and can therefore reduce the fatigue of the user's hands and arms when the joiner is operated over prolonged periods of time.
    • 7. 发明公开
    • Biscuit Joiner
    • Nutwerkzeugmaschine zur Herstellung vonkreisabschnittsförmigenNuten
    • EP1731278A2
    • 2006-12-13
    • EP06120953.2
    • 2000-08-10
    • Black & Decker, Inc.
    • Schnakenberg III, G H FFlickenger, Sean WGeorge, William ABeamesderfer, Steven DRapuano, Richard HKirk Jr, Dennis KeithFlender, Gregg A
    • B27F5/02
    • B27F5/023Y10T16/44
    • A biscuit joiner (10) having a housing (16) which includes a forward portion (26), a handle portion (28) and a rear portion (30). A battery pack (56) is removably secured to the rear portion. The forward portion houses an electric motor (32) and is attached to a shoe assembly (12) and a fence assembly (14). The handle portion includes a stick handle portion (40) and a loop portion (42). Each of the stick handle and loop portions are laterally offset from the forward portion, and therefore from the rotational axis of the motor and the coaxial center of the housing. The stick handle portion is graspable by a user and the lateral offset enables the fingers of the user to be placed in position to exert a force substantially along the longitudinal axis (36) of the motor while engaging an ON/OFF trigger (46) of the joiner. In this manner a more direct application of force can be made by the user to the housing when urging the housing linearly while making plunge cuts with the joiner. The handle construction also provides the joiner with a well balanced, positive "feel" and enables a wider variety of hand orientations to be used when operating the joiner. The joiner of the present invention is even more comfortable to operate than previously developed stick handle type joiners, even with the additional weight of the removable battery pack, and can therefore reduce the fatigue of the user's hands and arms when the joiner is operated over prolonged periods of time.
    • 一种具有包括前部(26),手柄部分(28)和后部(30)的壳体(16)的饼干接头(10)。 电池组(56)可拆卸地固定到后部。 前部部分容纳电动机(32)并且附接到鞋组件(12)和围栏组件(14)。 手柄部分包括一个手柄部分(40)和一个环形部分(42)。 每个棒手柄和环部分从前部横向偏移,因此从电动机的旋转轴线和壳体的同轴中心侧向偏移。 手柄部分可由用户抓握,并且横向偏移使得使用者的手指能够被放置在适当位置以在马达的纵向轴线(36)处施加基本上的力,同时接合电动机的开/关触发器(46) 连接器。 以这种方式,使用者可以在使用者直接施加力的情况下直线地施加外壳,同时与连接器进行切入切割。 手柄结构还为连接器提供了良好的平衡,积极的“感觉”,并且可以在操作接合器时使用更多种类的手取向。 本发明的接合器甚至比先前开发的棒状手柄式连接器更加舒适,甚至具有可拆卸电池组的额外重量,并且因此当连接器长时间操作时可以减少用户的手和手臂的疲劳 一段时间。
    • 8. 发明公开
    • Plate joiner cutter travel adjustment system
    • Schnittiefeneinstellvorrichtung用于制造狭缝或圆形段形槽的装置
    • EP0884147A2
    • 1998-12-16
    • EP98304583.2
    • 1998-06-09
    • Porter-Cable Corporation
    • Smith, John C.Clowers, Earl R.
    • B27F5/02
    • B27F5/02B27F5/023Y10T409/306608
    • A plate joiner including a fence support (14), a drive (170), and a fence system (129). The fence support (14) includes a cutter (113) and a contact surface (24), which defines a cutter slot (38). The cutter (113) is arranged and configured to protrude from fence support (14) through cutter slot (38) to make a plunge cut into a surface of a workpiece when the contact surface (24) is pressed against the surface and the cutter (113) is plunged into the workpiece by pushing on a rearward handle (172) portion of the tool. The drive (170) is arranged and configured to rotatably drive the cutter (113) through a motor.
      A preferred plate joiner includes a cutter plunge system arranged and configured to provide a plurality of release positions that reduce the distance traveled in making a plunge cut for a smaller blade and to prevent a blade from protruding from the tool in a release position. A preferred cutter plunge system includes a safety lever which physically excludes a larger blade than is conveniently housed at a forward release position and directs cutting dust toward a dust release aperature in a forward release position.
    • 性A板木匠包括篱笆支撑(14),驱动器(170),和一个电子篱笆系统(129)。 篱笆支撑件(14)包括切割器(113)和接触表面(24),其限定一个切割器槽(38)。 切割器(113)被布置和配置从篱笆支撑(14)通过切割器槽(38)突出,使切入工件的表面的切入当按压所述接触表面(24)抵靠表面和切割器( 113)是通过在手柄推压工具的向后(172)部分塞入到工件上。 驱动器上(170)被安排和配置通过一个马达可旋转地驱动切割器(113)。 优选板木匠包括布置和构造成提供释放位置中的多个A刀具切入系统确实降低在制造插切为更小的叶片行进的距离,并防止刀片从处于释放位置的工具突出。 优选的铣刀切入系统包括安全杆哪个物理排除更大的叶片比在向前位置方便地容纳并释放ausrichtet在向前释放位置切割粉尘朝着粉尘释放通光孔径。