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    • 1. 发明授权
    • Drill chuck arrangement
    • 钻夹头布置
    • US4083571A
    • 1978-04-11
    • US626765
    • 1975-10-29
    • Fritz SchadlichHeribert Schramm
    • Fritz SchadlichHeribert Schramm
    • B23B31/12
    • B23B31/1253B23B2260/078Y10T279/17615Y10T279/17623
    • A drill chuck arrangement for connecting a drill bit to a spindle of a drilling machine comprises a spindle member threaded onto the spindle, and a jaw-actuating member mounted at least in part about the spindle member for concentric turning about the latter. A plurality of opposed clamping jaws are movable towards and away from each other in response to the aforementioned concentric turning. The spindle member has a radial bore which receives a portion of an actuating tool having beveled gear means. Upon turning the tool, the beveled gear meshes with a cooperating gear on the jaw-actuating member so as to turn the same relative to the spindle member, and thereby clamp or release a drill bit inserted in between the clamping jaws. A bushing is provided intermediate the spindle member and the jaw-actuating member to prevent binding between these members.
    • 用于将钻头连接到钻床的主轴的钻夹头装置包括螺纹连接到主轴上的心轴构件,以及至少部分地围绕心轴构件安装的夹爪致动构件,用于围绕心轴构件同心转动。 响应于上述同心转动,多个相对的夹爪可相对于彼此移动并远离彼此移动。 心轴构件具有径向孔,该径向孔接收具有斜齿轮装置的致动工具的一部分。 在转动工具时,斜齿轮与颚致动构件上的配合齿轮啮合,以便相对于主轴构件转动,从而夹紧或释放插入在夹爪之间的钻头。 衬套被设置在心轴构件和钳口致动构件之间,以防止这些构件之间的结合。
    • 3. 发明授权
    • Electronic control and regulating system
    • 电子控制和调节系统
    • US4392093A
    • 1983-07-05
    • US233587
    • 1981-06-04
    • Kurt PauleFritz SchadlichMartin GerschnerFriedrich Hornung
    • Kurt PauleFritz SchadlichMartin GerschnerFriedrich Hornung
    • H02P25/14H02P25/10H02K23/64
    • H02P25/10Y10S388/919Y10S388/922
    • An electronic control and regulating system for AC-operated appliances, especially universal motors and with symmetrical phase control. The control circuit includes among other things an inductive current-voltage converter 9, the primary side 8 of which is connected to the load current circuit and in which, in addition to the converter function, the inductivity of the secondary winding 10 is used and becomes a component of a resonant circuit 20 which is tuned approximately to the frequency of the AC voltage source. The feedback variable of the control system is formed by the resonant circuit voltage, i.e. the resonant circuit impedance, which depends not only on the magnitude of the load current but also on the phase angle of the load current. This quasi-resonance effect makes possible a direct influence of the trigger circuit which consists customarily of a trigger capacitor 13, a load resistor 11 and a trigger diode 15 and is possible without excessive use of additional circuit elements.
    • PCT No.PCT / EP80 / 00038 Sec。 371日期:1981年6月4日 102(e)日期1981年1月27日PCT归档1980年6月28日PCT公布。 公开号WO81 / 01085 日期:1981年04月16日。一种用于交流电器的电子控制和调节系统,特别是通用电动机,具有对称的相位控制。 控制电路还包括感应电流 - 电压转换器9,其初级侧8连接到负载电流电路,并且除了转换器功能之外,使用次级绕组10的电感,并且变成 谐振电路20的分量近似地被调谐到交流电压源的频率。 控制系统的反馈变量由谐振电路电压即谐振电路阻抗形成,谐振电路电阻不仅取决于负载电流的大小,而且取决于负载电流的相位角。 这种准共振效应使触发电路的直接影响成为可能,触发电路通常由触发电容器13,负载电阻器11和触发二极管15组成,并且可以不过度使用额外的电路元件。
    • 4. 发明授权
    • Hand tool machine, in particular drilling machine
    • 手动工具机,特别是钻床
    • US4673318A
    • 1987-06-16
    • US531592
    • 1983-09-12
    • Friedrich HornungKurt PauleFritz Schadlich
    • Friedrich HornungKurt PauleFritz Schadlich
    • B23B45/00B23B45/02G01B5/08G01B7/12H02P7/28
    • B23B45/02G01B5/08G01B7/12Y10T408/08Y10T408/165
    • A hand tool machine, in particular a drill machine, has a feeler device for determining the diameter of a tool element to be used with the hand tool machine. For measuring the tool elements prior to insertion into the clamping element of the hand tool machine, a feeler device is provided which is arranged separately from the clamping element and is connected with an indicator. The diameter determined by the feeler device is administered to a control unit which is controlling the driving motor. The control unit can also receive in addition further information concerning the material to be treated by means of an input device. In view of the measuring value with regard to the diameter of the tool element and the administered information concerning the material, the optimum rotary speed for the tool element and consequently for the driving motor is determined and adjusted.
    • 一种手动工具机械,特别是钻机,具有用于确定与手动工具机器一起使用的工具元件的直径的探针装置。 为了在插入手动工具机的夹紧元件之前测量刀具元件,提供了一个与夹紧元件分开设置并与指示器连接的探针装置。 由测距装置确定的直径被施加到控制驱动电动机的控制单元。 控制单元还可以通过输入装置另外接收关于待处理材料的进一步信息。 考虑到关于工具元件的直径的测量值和关于材料的管理信息,确定和调整用于工具元件以及因此对于驱动电动机的最佳转速。
    • 5. 发明授权
    • Electric hammering apparatus with air-cushioned armature
    • 具有气垫电枢的电击锤装置
    • US4515303A
    • 1985-05-07
    • US503176
    • 1983-06-10
    • Fritz SchadlichWerner RiekerRainer ThalerKlaus Klingenstein
    • Fritz SchadlichWerner RiekerRainer ThalerKlaus Klingenstein
    • B25C1/06B25C1/00B25C5/02B25C5/06
    • B25C1/06
    • To prevent bounce of a hammer or plunger element coupled to an insertion blade of a stapling or nailing gun upon return of the plunger element to rest position by a spring (11), the plunger element (4) is in cup shape, sliding about a hollow cylinder (6) which is vented to ambient air (8) at one end, but closed at its other end by a flap-type check valve (9). Upon downward movement of the plunger element, for example under electromagnetic force of a solenoid (2), air can flow freely from the vent opening (8) into the hollow interior and through the then open check valve (9); upon return movement under force of a spring (11), the flap valve (9) will close, however, thus forming an air cushion or air damper and preventing rapid, uncontrolled return of the plunger element to rest position, due to an air throttling path (19) between the outside of the hollow cylinder and the inner surface of the plunger element (4), said air throttling path being defined by the operating clearance between the plunger (4) and the hollow cylinder (6). The hollow cylinder (6) may be constructed as a guide element, unitary with the valve, and made of plastic, the valve being secured by a living hinge to the remainder of the hollow cylinder.
    • 为了防止当弹簧(11)将柱塞元件返回到静止位置时,联接到装订或钉枪的插入刀片的锤或柱塞元件的弹跳,柱塞元件(4)处于杯状, 中空圆筒(6),其在一端被排放到环境空气(8),但在其另一端通过翼片式止回阀(9)封闭。 当柱塞元件向下移动时,例如在螺线管(2)的电磁力作用下,空气可以从通气孔(8)自由地流入中空的内部并通过打开的止回阀(9)。 然而,在弹簧(11)的作用下的返回运动时,瓣阀(9)将闭合,从而形成气垫或空气阻尼器,并且防止柱塞元件由于空气节流而快速,不受控制地返回到静止位置 在空心圆筒的外侧和柱塞元件(4)的内表面之间的路径(19),所述空气节流路径由柱塞(4)和中空圆柱体(6)之间的操作间隙限定。 中空圆柱体(6)可以构造为与阀一体并且由塑料制成的引导元件,阀由活动铰链固定到中空圆柱体的其余部分。
    • 8. 发明授权
    • Motor control system, particularly to reduce idling speed
    • 电机控制系统,特别是减少怠速
    • US4002959A
    • 1977-01-11
    • US544692
    • 1975-01-28
    • Fritz SchadlichFriedrich Hornung
    • Fritz SchadlichFriedrich Hornung
    • H02P25/14H02P7/36
    • H02P25/14
    • To reduce noise and idling speed of electric motors, particularly series motors, the speed-torque characteristic of the motor is dropped with respect to the loaded speed-torque characteristic, by sensing no-load operation of the motor and deriving a sensed signal, the sensed signal being applied to controlled switches to abruptly change the effective voltage applied to the motor between values corresponding to the no-load speed-torque characteristic, or the load speed-torque characteristic and resulting in the desired speed, in dependence on the value of the sensed signal. Preferably, the operating condition of the motor is sensed by an inductive transducer, and a speed change is obtained by phase control, or half-wave rectification.
    • 为了降低电动机,特别是串联电动机的噪音和空转速度,电动机的速度 - 转矩特性相对于负载的转速 - 转矩特性下降,通过检测电动机的空载运行并导出感测信号, 感测信号被施加到受控开关以根据空载转速 - 转矩特性或负载转速 - 转矩特性突然改变施加到电动机的有效电压,其值对应于空载转速 - 转矩特性,并导致所需速度, 感测信号。 优选地,电感式传感器检测电动机的运行状态,通过相位控制或半波整流获得速度变化。
    • 9. 发明授权
    • Safety circuit for hand tools, and method for safe operation thereof
    • 手动工具安全电路及其安全操作方法
    • US4722021A
    • 1988-01-26
    • US915919
    • 1986-10-03
    • Friedrich HornungFritz SchadlichMartin GerschnerKlaus Gunther
    • Friedrich HornungFritz SchadlichMartin GerschnerKlaus Gunther
    • B23B45/00B23B47/00B27G21/00B28D1/14F16P7/00H02H3/14H02H3/17
    • B28D1/14B23B45/00F16P7/00H02H3/14Y10S388/903Y10S388/909Y10S388/919Y10S388/937
    • To detect if a tool bit, such as a drill, a saw blade, or the like, upon being worked into a wall, meets a metallic obstruction, such as a conduit, reinforcement rod, hydraulic pipe or the like, an alternating voltage, preferably between 2 and 20 kHz, is coupled through a coupling capacitor (9) to the tool bit, and current flow to the tool bit is detected by a current measurement stage (10; 31, 32) to disconnect energy to the drive motor (5), for example by disabling firing of a thyristor (15), or closing a valve of a compressed-air tool. The coupling capacitor should have a capacity small enough to provide high impedance to network power frequency, and to insure a substantial change in current being supplied to the tool bit holder, typically a chuck, if the tool bit meets a metallic object in the wall. The a-c supply circuit can be formed as part of a trigger circuit for the thyristor, by pulse-energizing a trigger diode (28) upon repetitive charge of a capacitor (26) through a charging network (22, 23, 24, 25).
    • 为了检测工具钻头(例如钻头,锯片等)在被加工成墙壁时是否遇到金属阻塞物,例如导管,加强杆,液压管等,交流电压, 优选地在2和20kHz之间,通过耦合电容器(9)耦合到工具头,并且通过电流测量级(10; 31,32)检测到工具位的电流流动以将能量断开到驱动电动机 5),例如通过禁止烧制可控硅(15)或关闭压缩空气工具的阀。 耦合电容应具有足够小的能力,以提供对网络功率频率的高阻抗,并且如果工具头与壁中的金属物体相遇,则确保将电流提供给工具头座(通常为卡盘)的实质变化。 a-c电源电路可以形成为用于晶闸管的触发电路的一部分,通过在电容器(26)经过充电网络(22,23,24,25)重复充电时,通过脉冲激励触发二极管(28)。