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    • 1. 发明授权
    • Reciprocating saw with clamp for receiving blade in multiple orientations
    • 带夹钳的往复式锯具有多个方位接收刀片
    • US06233833B1
    • 2001-05-22
    • US09090629
    • 1998-06-04
    • Jeffrey P. GrantJason R. Melvin
    • Jeffrey P. GrantJason R. Melvin
    • B27B1909
    • B23D51/10Y10T83/9481Y10T279/17752
    • A reciprocating saw 11 with a keyless blade clamp 35 having a slotted-channel 37 in a clamp body 39 for receiving a blade 40 alternatively in first and second, intersecting cutting planes. The blade 40 may be alternatively oriented in four 90° offset orientations with the blade teeth facing in the same directions as the top, bottom, left and right side of the saw 11. When the retainer 53 is in the clamp disengaged position, a blade 40 may be slidably inserted and removed from the channel 37 in any of the four 90° offset orientations. A retainer 53 is located in a track 51 in the clamp body 39 and is movable between clamp engaged and disengaged positions. When the blade 40 is located in the first cutting plane, the retainer 53 engages the edge 55 of the blade. When the blade 40 is in the second cutting plane, the retainer 53 engages the sidewall 57 of the blade 40. A manual operated, spring biased release 61 is pivotally connected to the clamp body 39 and is connected to the outer tips 73, 75 of the retainer 53 for moving the retainer 53 between a clamp engaged and a clamp disengaged position.
    • 具有无钥匙刀片夹具35的往复锯11具有在夹具体39中的开槽通道37,用于在第一和第二交叉切割平面中交替地接收刀片40。 刀片40可以以四个90°偏移取向定向,其中刀片齿面与锯11的顶部,底部,左侧和右侧沿相同的方向面对。当保持器53处于夹具脱离位置时,刀片 40可以在四个90°偏移取向中的任一个中从通道37可滑动地插入和移除。 保持器53位于夹具主体39中的轨道51中,并且可在夹具接合位置和脱离位置之间移动。 当叶片40位于第一切割平面中时,保持器53接合叶片的边缘55。 当叶片40处于第二切割平面中时,保持器53与叶片40的侧壁57啮合。手动操作的弹簧偏压释放件61可枢转地连接到夹具主体39并连接到夹具主体39的外部尖端73,75 用于使保持器53在夹具接合和夹紧脱离位置之间移动的保持器53。
    • 2. 发明授权
    • Keyless blade clamp mechanism
    • 无钥匙夹夹机构
    • US06209208B1
    • 2001-04-03
    • US09169398
    • 1998-10-09
    • Dragomir C. MarinkovichRoger Dean Neitzell
    • Dragomir C. MarinkovichRoger Dean Neitzell
    • B27B1909
    • B23D51/10Y10T279/17717
    • A reciprocating tool (e.g., a reciprocating saw) comprising a housing, a spindle mounted for reciprocating movement within the housing and having an end adapted to receive a saw blade, and a blade clamp mechanism connected to the spindle and adapted to attach a saw blade to the spindle. The blade clamp mechanism includes an actuating member mounted on the end of the spindle and capable of moving relative to the spindle between an engaged position and a disengaged position, and a locking member operatively associated with the actuating member and moveable relative to the spindle between a locked position that locks a saw blade to the spindle and an unlocked position that releases the saw blade. Movement of the actuating member from the disengaged position to the engaged position results in forced movement of the locking member from the unlocked position to the locked position, and movement of the actuating member from the engaged position to the disengaged position results in forced movement of the locking member from the locked position to the unlocked position.
    • 一种包括壳体的往复运动工具(例如,往复锯),主轴安装成用于在壳体内往复运动,并且具有适于容纳锯片的端部以及连接到主轴上并适于安装锯片 到主轴。 刀片夹紧机构包括安装在心轴的端部上并且能够在接合位置和脱离位置之间相对于心轴移动的致动构件,以及与致动构件可操作地相关联并且可相对于心轴在一个 将锯片锁定到主轴上的锁定位置和释放锯片的解锁位置。 致动构件从分离位置移动到接合位置导致锁定构件从解锁位置被强制移动到锁定位置,并且致动构件从接合位置到脱离位置的移动导致强制移动 锁定构件从锁定位置到解锁位置。
    • 3. 发明授权
    • Reciprocating saw with rocker motion
    • 往复锯与摇摆运动
    • US06829831B1
    • 2004-12-14
    • US09606955
    • 2000-06-29
    • Roger D. Neitzell
    • Roger D. Neitzell
    • B27B1909
    • B23D51/16Y10T83/05
    • A reciprocating saw. The saw including a housing, a spindle supported for reciprocation relative to the housing, the spindle having an end selectively supporting a saw blade, a motor for moving the end during a cutting stroke and a return stroke, and path defining structure interconnected with the spindle and defining a first path of travel of the end relative to the housing during a first cutting stroke and during a first return stroke and a second path of travel of the end relative to the housing during a second cutting stroke and during a second return stroke, the second path of travel being different than the first path of travel. The saw blade is selectively supported in a first orientation relative to the spindle to have a first cutting direction and in a second orientation relative to the spindle to have a second cutting direction opposite the first cutting direction. The first path of travel is characterized by movement at least partially in the first cutting direction during the first cutting stroke. The path defining structure defines a third path of travel of the end relative to the housing, the end moving along the third path of travel during a third cutting stroke, the third path of travel being characterized by movement at least partially in the second cutting direction during the third cutting stroke.
    • 往复锯。 所述锯包括壳体,被支撑为相对于所述壳体往复运动的主轴,所述主轴具有选择性地支撑锯片的端部,用于在切割行程和返回冲程期间移动所述端部的马达以及与所述主轴互连的路径限定结构 并且在第一切削冲程期间以及在第二切削冲程期间和在第二回程冲程期间在所述端部相对于所述壳体的第一回程和第二运动路径期间限定所述端部相对于所述壳体的第一行进路径, 第二条旅行路径与第一条旅行路线不同。 所述锯片相对于所述心轴以第一取向选择性地被支撑以具有第一切割方向,并且相对于所述心轴以第二取向被支撑,以具有与所述第一切割方向相反的第二切割方向。 第一行进路径的特征在于在第一切割行程期间至少部分地在第一切割方向上的运动。 所述路径限定结构限定所述端部相对于所述壳体的第三行进路径,所述端部在第三切割行程期间沿着所述第三行进路径移动,所述第三行进路径的特征在于至少部分地沿所述第二切割方向 在第三次切割中。
    • 4. 发明授权
    • Blade attaching and detaching mechanism for a saber saw
    • 刀片安装和拆卸机构用于刀锯
    • US06276065B1
    • 2001-08-21
    • US09426646
    • 1999-10-25
    • Yoshio OsadaToshihiko Tachibana
    • Yoshio OsadaToshihiko Tachibana
    • B27B1909
    • B23D51/10Y10S279/904
    • A blade is inserted into a slit which extends in an axial direction of a plunger. A bore extends in a direction normal to the axial direction of the plunger and merges with the slit. A locking pin is slidably disposed in the bore. A blade holder is coupled around the plunger and slidable in the axial direction of the plunger. The blade holder shifts in an axially forward direction to generate a pushing force applied to the locking pin. The locking pin engages with a hole of the blade. Furthermore, the blade holder shifts in an axially rearward direction to release the pushing force applied to the locking pin. The locking pin disengages from the hole of the blade.
    • 将刀片插入沿柱塞的轴向延伸的狭缝中。 孔沿垂直于柱塞轴向的方向延伸,并与狭缝合并。 锁定销可滑动地设置在孔中。 叶片保持器联接在柱塞周围并且可沿柱塞的轴向方向滑动。 刀片保持器沿轴向向前移动以产生施加到锁定销的推力。 锁定销与刀片的孔接合。 此外,刀片保持器沿轴向向后移动以释放施加到锁定销的推力。 锁定销与刀片的孔脱离。
    • 5. 发明授权
    • Vent cover for an electric saw
    • 电锯的通风盖
    • US06173499B1
    • 2001-01-16
    • US09207382
    • 1998-12-08
    • Gary M. HegoasRaymond L. Hegoas
    • Gary M. HegoasRaymond L. Hegoas
    • B27B1909
    • B23D59/006
    • A vent cover for an electric saw for removing waste sawdust, dust or debris from a work area so as to maintain a guideline free from visual obstruction including a shell having an opening at its back end and one side being opened so that the shell may be detachably connected to the side of the saw body immediately ahead of the motor armature discharge baffling. The front end of the shell is curved and the top of the shell is tapered forwardly so that the exhaust air enters the rear of the shell and is directed by the curvature of the tapered top and curved front end to be conducted laterally across the front of the saw blade to forcibly remove sawdust. The shell includes an edge marginal region along the top front end and bottom for detachably coupling to the side of the saw body.
    • 一种用于从工作区域去除废屑,灰尘或碎屑的电动锯的通风罩,以便保持指导线没有视觉障碍,包括在其后端具有开口的壳体,并且一侧被打开,使得壳体可以是 可拆卸地连接在马达电动机电枢排出挡板前面的锯体的侧面。 壳体的前端是弯曲的并且壳体的顶部向前锥形,使得排气进入壳体的后部并且由锥形顶部的曲率和弯曲的前端引导横向横过前面 锯片强制去除锯屑。 壳体包括沿着顶部前端和底部的边缘边缘区域,用于可拆卸地联接到锯体的侧面。
    • 6. 发明授权
    • Reciprocating saw with rocker motion
    • 往复锯与摇摆运动
    • US06758119B1
    • 2004-07-06
    • US09606867
    • 2000-06-29
    • Roger D. Neitzell
    • Roger D. Neitzell
    • B27B1909
    • B23D51/16Y10T83/05
    • A method of reciprocating a spindle of a reciprocating saw, including the steps of reciprocating the front end of the spindle along a first path during the cutting stroke and along the same first path during the return stroke, and adjusting the saw such that the front end reciprocates along a second path during the cutting stroke and along the same second path during the return stroke, the second path being oblique to the first path. The present invention also provides a method of reciprocating a spindle of a reciprocating saw, including the steps of moving the front end along a first cutting path during the cutting stroke, the first cutting path characterized by movement at least partially in a first cutting direction, returning the front end along a return stroke (e.g., along the first cutting path), and adjusting the saw such that the front end moves along a second cutting path during the cutting stroke, the second cutting path characterized by movement at least partially in a second cutting direction.
    • 一种使往复锯的主轴往复运动的方法,包括以下步骤:在切削冲程期间沿着第一路径使主轴的前端往复运动,并且在返回冲程期间沿着相同的第一路径往复运动,并且调整锯,使得前端 在返回行程期间,在切割行程期间沿着第二路径往复运动并且沿相同的第二路径往复运动,第二路径与第一路径倾斜。 本发明还提供了一种使往复锯的主轴往复运动的方法,包括以下步骤:在切割行程期间沿着第一切割路径移动前端,第一切割路径的特征在于至少部分地沿第一切割方向移动, 沿着返回行程(例如,沿着第一切割路径)返回前端,并且调整锯,使得前端在切割行程期间沿着第二切割路径移动,第二切割路径的特征在于至少部分地以 第二切割方向。
    • 7. 发明授权
    • Reciprocating saw with rocker motion
    • 往复锯与摇摆运动
    • US06508151B1
    • 2003-01-21
    • US09474033
    • 1999-12-28
    • Roger D. Neitzell
    • Roger D. Neitzell
    • B27B1909
    • B23D51/16Y10T83/05
    • A method of reciprocating a spindle of a reciprocating saw, including the steps of reciprocating the front end of the spindle along a first path during the cutting stroke and along the same first path during the return stroke, and adjusting the saw such that the front end reciprocates along a second path during the cutting stroke and along the same second path during the return stroke, the second path being oblique to the first path. The present invention also provides a method of reciprocating a spindle of a reciprocating saw, including the steps of moving the front end along a first cutting path during the cutting stroke, the first cutting path characterized by movement at least partially in a first cutting direction, returning the front end along a return stroke (e.g., along the first cutting path), and adjusting the saw such that the front end moves along a second cutting path during the cutting stroke, the second cutting path characterized by movement at least partially in a second cutting direction.
    • 一种使往复锯的主轴往复运动的方法,包括以下步骤:在切削冲程期间沿着第一路径使主轴的前端往复运动,并且在返回冲程期间沿着相同的第一路径往复运动,并且调整锯,使得前端 在返回行程期间,在切割行程期间沿着第二路径往复运动并且沿相同的第二路径往复运动,第二路径与第一路径倾斜。 本发明还提供了一种使往复锯的主轴往复运动的方法,包括以下步骤:在切割行程期间沿着第一切割路径移动前端,第一切割路径的特征在于至少部分地沿第一切割方向运动, 沿着返回行程(例如,沿着第一切割路径)返回前端,并且调整锯,使得前端在切割行程期间沿着第二切割路径移动,第二切割路径的特征在于至少部分地以 第二切割方向。
    • 8. 发明授权
    • Blade clamping system for a jigsaw
    • 用于拼图的刀片夹紧系统
    • US06178646B2
    • 2001-01-30
    • US09113394
    • 1998-07-10
    • John W. SchnellDonald R. BostenDaniel P. WallJames T. Stolzer
    • John W. SchnellDonald R. BostenDaniel P. WallJames T. Stolzer
    • B27B1909
    • B23D49/165B23D49/167B23D51/025B23D51/10B23D59/006Y10T279/17393
    • The present disclosure relates to a jig saw blade clamp including a first clamp member defining a main slot. A second clamp member is positioned within the main slot. The first clamp member is moveable relative to the first clamp member between a first position in which the first and second clamp members are adapted to clamp a blade, and a second position in which the blade can be inserted between the first and second clamp members. A collar is pivotally moveable in first and second opposite directions relative to the first and second clamp members. The collar includes a cam portion that moves the second clamp member toward the first position when the collar is pivoted in the first direction, and also moves the second clamp member toward the second position when the collar is pivoted in the second direction.
    • 本公开涉及一种夹具锯片夹具,其包括限定主槽的第一夹紧构件。 第二夹紧构件定位在主槽内。 第一夹紧构件可相对于第一夹紧构件在第一位置和第二位置之间移动,在第一位置,第一和第二夹紧构件适于夹紧叶片,第二夹持构件可在第二位置插入第一和第二夹紧构件。 轴环相对于第一和第二夹紧构件在第一和第二相反方向上可枢转地运动。 轴环包括凸轮部分,当凸缘在第一方向上枢转时,凸轮部分使第二夹紧部件向第一位置移动,并且当轴环沿第二方向转动时,第二夹紧部件朝向第二位置移动。