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    • 1. 发明授权
    • Electromagnetic base drill with intermittent feed
    • 具有间歇进料的电磁基钻机
    • US5087157A
    • 1992-02-11
    • US644525
    • 1991-01-23
    • Michihiro ShojiOsamu Asano
    • Michihiro ShojiOsamu Asano
    • B23B45/02B23B47/18B23B47/20B23B47/34B23Q5/28B23Q15/013
    • B23Q15/013B23Q5/28G05B2219/45129G05B2219/49047Y10T408/165Y10T408/17Y10T408/23Y10T408/554
    • The states of contact switches are switched when a mode switch is turned on. If the drilling operation is effected by means of a drill motor in this state, an oscillation signal which is repeatedly set to "H" and "L" in a preset period corresponding to an output of an oscillator is supplied to the control terminal of a firing pulse generator. The firing pulse generator interrupts supply of the control signal to the control terminal of a triac in the above preset period based on the oscillation signal supplied to the control terminal thereof to interrupt supply of an AC power source from a commercial AC power source to a bridge-type rectifier so as to intermittently drive a feed motor which is energized by an output of the rectifier in the above preset period. As a result, the drill motor can be intermittently fed towards a to-be-worked object by means of the feed motor, and, when the feeding operation is interrupted, a cutting operation can be instantaneously stopped and swarf can be cut apart.
    • 当模式开关打开时,接触开关的状态被切换。 如果在这种状态下通过钻头电机进行钻孔操作,则在与振荡器的输出相对应的预设时段内被重复设置为“H”和“L”的振荡信号被提供给控制端 点火脉冲发生器。 触发脉冲发生器基于提供给其控制端的振荡信号中断在上述预设周期内向三端双向可控硅开关元件的控制端供给控制信号,以中断从商用AC电源向桥的供电 以在上述预设期间间歇地驱动由整流器的输出通电的馈电电动机。 结果,可以通过进给电动机将钻孔电机间歇地送向待加工物体,并且当进给操作中断时,可以立即停止切割操作并切割切屑。
    • 3. 发明申请
    • Chip breaker for annular cutter
    • 环形切割机用断屑器
    • US20070154273A1
    • 2007-07-05
    • US11704034
    • 2007-02-08
    • Michihiro ShojiOsamu Asano
    • Michihiro ShojiOsamu Asano
    • B23B47/00
    • B23B47/34Y10T408/50
    • The present invention provides a chip breaker for reliably breaking chips produced during a cutting operation by an annular cutter. Disclosed is a chip breaker having a surface (26) facing the upstream side of the rotational direction of an annular cutter and extending outward relative to the radius of the annular cutter from an edge (24) adjacent to the outer peripheral surface of the annular cutter. The edge (24) is inclined from a first end (27) positioned at a small distance from the outer peripheral surface of the annular cutter toward a second end (28) positioned closer to the surface of a workpiece than the first end and spaced at a greater distance from the outer peripheral surface of the annular cutter than the first end.
    • 本发明提供了一种用于通过环形切割器可靠地切割在切割操作期间产生的切屑的切屑破碎机。 公开了一种断屑器,其具有面向环形切割器的旋转方向的上游侧的表面(26),并且相对于环形切割器的半径从邻近环形切割器的外周表面的边缘(24)向外延伸 。 边缘(24)从位于与环形切割器的外周表面相距很小距离的第一端(27)向位于比第一端更靠近工件表面的第二端(28)倾斜,并且间隔开 与环形切割器的外周面比第一端更远的距离。
    • 6. 发明授权
    • Boring apparatus
    • 镗孔设备
    • US4789274A
    • 1988-12-06
    • US82353
    • 1987-08-06
    • Michihiro ShojiToshio Mikiya
    • Michihiro ShojiToshio Mikiya
    • B23B47/18B25F5/00B25H1/00
    • B25H1/0071B25F5/001Y10T408/172Y10T408/18Y10T408/6771Y10T408/6774
    • A boring apparatus has a rotary member rotated by a motor, a transmission shaft transmitting its rotation to an electric drill by means of a rotation transmission mechanism for reciprocally moving the electric drill on the frame of the apparatus. The transmission shaft is selectively connected directly to the rotary member and connected operatively thereto through a coupling which is rotated reversely to the rotary member through a reduction mechanism and is designed to be disengaged from the transmission shaft when the shaft is directly connected to the rotary member and to be engaged with the shaft when the shaft is not directly connected to the roatary member. The apparatus has a selecting member which directly connects the shaft to the rotary member and disengages the coupling from the sahft. The apparatus is also provided with a switching mechanism automatically operating the selecting member to directly connect the shaft to the rotary member when the electric drill is lowered in a predetermined position.
    • 镗孔装置具有由马达旋转的旋转构件,传动轴通过旋转传动机构将其旋转传递到电钻,用于使电钻在装置的框架上往复移动。 传动轴选择性地直接连接到旋转部件,并通过一个通过减速机构与旋转部件反向旋转的联接器可操作地连接在一起,并被设计成当轴直接连接到旋转部件时与传动轴分离 并且当轴不直接连接到齿轮构件时与轴接合。 该装置具有选择构件,该选择构件将轴直接连接到旋转构件并使联接器与锯齿脱离。 该装置还设置有切换机构,当电钻在预定位置下降时,自动操作选择构件以将轴直接连接到旋转构件。
    • 7. 发明授权
    • Control apparatus for drilling machine
    • 钻机控制装置
    • US4780654A
    • 1988-10-25
    • US82340
    • 1987-08-06
    • Michihiro ShojiToshio Mikiya
    • Michihiro ShojiToshio Mikiya
    • G05B19/416H02P25/14H02H7/085
    • G05B19/4163H02P25/14Y10S388/90Y10S388/903Y10S388/909Y10S388/91Y10S388/915Y10S388/917Y10S388/921Y10S388/93Y10S388/933Y10S388/937Y10T408/16Y10T408/18
    • A drilling machine comprises an electric drill having a drill motor for rotating an annular drilling tool and a feed control motor for moving the annular drilling tool forward and backward with respect to a workpiece, both connected to an AC power source, and an electromagnetic base for fixing the electric drill on an object to be drilled. A control apparatus for the drilling machine comprises a switching element for controlling a power supply timing of an AC power to the feed control motor, a detector for detecting a load current of the drill motor, a sawtooth signal generator synchronized with each of positive and negative half cycles of the AC power source, a first pulse generator synchronized with the negative half cycle of the AC power source, a second pulse generator synchronized with the sawtooth wave signal, a duty ratio of the second pulse increasing as the load of the drill motor decreases, a third pulse generator synchronized with the sawtooth wave signal, a duty ratio of the third pulse increasing as the time passes from activation of the drill motor, an OR gate for obtaining a logical sum of the first and third pulses, an AND gate for obtaining a logical product of the first and second pulses, the output of the AND gate controlling the switching timing of the switching element.
    • 钻机包括具有用于旋转环形钻具的钻电机的电钻和用于相对于连接到AC电源的工件向前和向后移动环形钻具的进给控制马达和用于 将电钻固定在待钻的物体上。 一种用于钻机的控制装置,包括用于控制进给控制马达的AC电力的电源定时的开关元件,用于检测钻机的负载电流的检测器,与正负两者同步的锯齿波信号发生器 AC电源的半周期,与AC电源的负半周期同步的第一脉冲发生器,与锯齿波信号同步的第二脉冲发生器,第二脉冲的占空比随钻杆电机的负载而增加 减少与锯齿波信号同步的第三脉冲发生器,随着钻机的激活时间的延长,第三脉冲的占空比增加;用于获得第一和第三脉冲的逻辑和的或门,与门 用于获得第一和第二脉冲的逻辑积,AND门的输出控制开关元件的切换定时。
    • 8. 发明授权
    • Hydraulic drive tool controlling apparatus
    • 液压驱动工具控制装置
    • US5992536A
    • 1999-11-30
    • US983235
    • 1998-01-12
    • Keisuke ShimadaMichihiro Shoji
    • Keisuke ShimadaMichihiro Shoji
    • B21D28/24B30B1/32B30B15/16B30B15/18F15B21/08B21D28/20
    • F15B21/087B30B15/16
    • When a start SW 3 is pressed, a one-shot multivibrator circuit 15 turns on and releases a pulse. The pulse is transmitted to a self-hold circuit 16 which in turn stays in self-hold mode and releases an H level output continuously until it is reset. This cause a transistor 17 to turn on and actuate a ram downward movement relay R1. When the ram arrives at the lower limit of its movement, a lower LS 4 is opened causing a self-hold circuit 21 to produce an H level signal in accordance with an output of a one-shot multivibrator 18. The H level signal from the self-hold circuit 21 is delayed by a delay circuit 22 and turns on a transistor 23. As the result, a ram upward movement relay R2 is actuated. Because of the function of the one-shot multivibrator circuit 15, the ram will not restart when the start SW 3 is continuously depressed. The delay circuit 22 contributes to the longer operational life of a directional valve switching mechanism. Also, a combination of another delay circuit 19 and a logical product circuit 24 is provided for preventing any fault action derived from chattering of the lower LS 4.
    • PCT No.PCT / JP97 / 00879 Sec。 371日期:1998年1月12日 102(e)日期1998年1月12日PCT 1997年3月18日PCT公布。 公开号WO97 / 45252 日期1997年12月4日当按下启动SW 3时,单稳态多谐振荡器电路15接通并释放脉冲。 脉冲被发送到自保持电路16,自保持电路16又保持在自保持模式并且连续地释放H电平输出直到其被复位。 这导致晶体管17导通并致动一个压头向下移动继电器R1。 当压头到达其运动的下限时,下部LS 4打开,使得自保持电路21根据单稳多谐振荡器18的输出产生H电平信号。来自 自保持电路21被延迟电路22延迟并导通晶体管23.结果,致动上升运动继电器R2。 由于单脉冲多谐振荡器电路15的功能,当连续按压启动SW 3时,压头不会重新启动。 延迟电路22有助于方向阀切换机构的更长的使用寿命。 此外,提供了另一个延迟电路19和逻辑积电路24的组合,用于防止由于下部LS 4的抖动导致的任何故障动作。
    • 9. 发明授权
    • Electromagnetic base drill with antifloating control means
    • 具有防流动控制装置的电磁基钻机
    • US5096339A
    • 1992-03-17
    • US644573
    • 1991-01-23
    • Michihiro Shoji
    • Michihiro Shoji
    • B23B39/14B23B41/00B23B45/14B23B47/24B25H1/00H01F7/20
    • B25H1/0071H01F7/206Y10T408/14Y10T408/554
    • A drill apparatus with an electromagnet base, which has an electric drill directed downwards, is provided with an electromagnet base having an electromagnet for attaching the apparatus to a to-be-worked object by magnetic force. The electric drill is rotated by a drill motor and moved by a feed motor towards the object. A Hall element is situated on the electromagnet base. Two comparators detects whether or not a Hall voltage output from the Hall element falls in a predetermined range of voltage values. When the Hall voltage does not fall in this range, a transistor is turned on. Consequently, a relay is operated, a contact is opened, and power supply to the drill motor and the feed motor is stopped.
    • 具有电磁铁基座的钻具具有向下的电钻,设置有电磁铁基座,该电磁铁基座具有用于通过磁力将该装置附着到被加工物体上的电磁铁。 电钻由钻头电机旋转,并通过进给马达朝向物体移动。 霍尔元件位于电磁铁基座上。 两个比较器检测从霍尔元件输出的霍尔电压是否落在电压值的预定范围内。 当霍尔电压不落在该范围内时,晶体管导通。 因此,继电器被操作,触点断开,并且停止对钻机电动机和进给电动机的供电。
    • 10. 发明授权
    • Control device for boring machine
    • 镗床控制装置
    • US06072675A
    • 2000-06-06
    • US180227
    • 1998-11-03
    • Keiichi MurakamiMichihiro Shoji
    • Keiichi MurakamiMichihiro Shoji
    • B23B45/16B23B45/14B23B47/00B25H1/00B26F1/16H02H7/085H02P25/14H02H5/00
    • H02P25/14B25H1/0071H02H7/0859
    • The operation of an electric drill is inhibited when it is interrupted by an abrupt fault such as power failure and then the fault is recovered, or when the coil of an electromagnet has a trouble such as disconnection.After the fault is eliminated with a power switch 50 remaining closed for energizing the electromagnet and the electric drill, a photocoupler 38 turns on a thyristor 31 to disable the conduction of a transistor 35. As the result, a drill motor 16 will not start before the magnetization of the electromagnet. The trouble in the coil 27 is detected by a potential examining circuit 30 measuring a potential difference across a resistor 31. The detection of the trouble causes the thyristor 31 to interrupt the conduction of the transistor 35. Accordingly, the electric drill will not start again unless it is securely anchored by the electromagnet.
    • PCT No.PCT / JP97 / 00878 Sec。 371日期:1998年11月3日 102(e)日期1998年11月3日PCT 1997年3月18日PCT公布。 公开号WO97 / 45222 PCT 日期1997年12月4日当电力故障等突然故障中断,故障恢复,电磁铁线圈断线等故障时,电钻的动作被禁止。 在功率开关50保持闭合以使电磁体和电钻激励之后,故障消除之后,光耦合器38接通晶闸管31以禁止晶体管35的导通。结果,钻电机16将不会在之前启动 电磁铁的磁化。 线圈27中的故障由电位检测电路30检测,电位检测电路30测量电阻31两端的电位差。故障检测导致晶闸管31中断晶体管35的导通。因此,电钻将不再起动 除非它被电磁铁牢固地锚定。