HAND-GUIDED JIG SAW MACHINE
    1.
    发明申请
    HAND-GUIDED JIG SAW MACHINE 审中-公开
    手持拼图

    公开(公告)号:WO00074907A1

    公开(公告)日:2000-12-14

    申请号:PCT/DE2000/001720

    申请日:2000-05-26

    Abstract: The invention relates to a hand-guided jig saw machine (10) comprising a jig saw blade (33) which can be detachably clamped between two essentially parallel limbs (221, 222), at the free ends thereof, and which can be driven, especially in a reciprocative manner, by a motor (11) that is integrated in the jig saw (10). Said limbs are preferably constructed of a U-shaped frame (22), especially having a tubular shape. A transversally projecting handle (13) comprising a switch button (15) of an on-off switch is arranged on the free end of one of the limbs (221, 222). A light, compact and cost-efficient hand-guided jig saw machine can be produced by virtue of the fact that the lower limb (221) supports, especially in a base housing (12), both the motor (11) and the transmission means (114, 115, 116, 119, 67) which effect the reciprocative motion of the saw blade (33), whereby a motor shaft (1103) is coupled to a crankshaft (116) in a manner that is parallel to the limb (221). Said crankshaft is coupled via a connecting rod (67) to a flexible abutment (51, 57) for clamping the saw blade (33).

    Abstract translation: 一种手持式动力钢丝锯(10),其具有设置在两个之间(33)一个钢丝锯刀片基本上平行的,优选的U形支架(22),尤其是管形成臂(221,222)可拆卸地夹紧在自由端部和 集成在一个在钢丝锯(10)电动机(11),特别是往复,可以被驱动,其中,具有的一个按钮(15)的臂中的一个(221,222)一个横向伸出的手柄(13)的自由端 通断开关被布置,其特征是轻,体积小和便宜地制造,即下臂(221)的马达(11)和传动装置(114,115,116,119,67)作往复锯条(33 ),(特别是在一基座壳体12)支承,其特征在于,(平行于臂221)耦合到电动机轴(1103)的曲轴(116),其(通过用弹性支座(51,57),用于连接杆67) 夹紧锯条(33)耦合。

    PRINTING AND CUTTING A CONTINUOUSLY MOVING SUPPLY OF MATERIAL
    2.
    发明申请
    PRINTING AND CUTTING A CONTINUOUSLY MOVING SUPPLY OF MATERIAL 审中-公开
    打印和切割材料的连续移动供应

    公开(公告)号:WO1998013177A1

    公开(公告)日:1998-04-02

    申请号:PCT/US1997016052

    申请日:1997-09-11

    Abstract: Improvements are provided to improve an apparatus and method for processing a substantially constant velocity flow of a web (24) of material, including a cutting mechanism (19) and a web accumulator (19) upstream of the cutter. The improvements include stopping the web by a side surface (38) of the movable blade (164) and configuring the accumulator dimensions and cutting speed to cause an appropriate level of force between the upstream severed end (40) of the web and the blade. Several features achieve a low cutting time and modify cutting force to cut web regions with different characteristics. A low inertia rotary solenoid (Fig. 10) accelerates a blade through the web and against a resilient stop (176, 178). The blade bounces off of the stop (176) to its spring-biased home position. A permanent magnet (180) or electromagnet (182) holds the blade in the home position as solenoid current develops. The result is reduced noise and shorter cutting time.

    Abstract translation: 提供改进以改进用于处理材料幅材(24)的基本上恒定的速度流的装置和方法,包括在切割器上游的切割机构(19)和卷筒纸收集器(19)。 这些改进包括通过可动刀片(164)的侧表面(38)阻止卷材,并且构成储存器尺寸和切割速度,以在幅材的上游切断端(40)和叶片之间产生适当的力。 几个特征实现了低切割时间并且改变切割力以切割具有不同特征的幅材区域。 低惯性旋转螺线管(图10)通过腹板和弹性止挡(176,178)加速刀片。 刀片从止动件(176)弹回到其弹簧偏置的起始位置。 当螺线管电流产生时,永磁体(180)或电磁体(182)将叶片保持在原始位置。 结果是减少噪音和缩短切割时间。

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