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    • 1. 发明授权
    • Manually programmable robot with power-assisted motion during programming
    • 手动编程机器人在编程过程中具有动力辅助运动
    • US4283764A
    • 1981-08-11
    • US84359
    • 1979-10-12
    • Gerald W. CrumBrian M. Rooney
    • Gerald W. CrumBrian M. Rooney
    • B25J9/16B05B13/04B25J9/00B25J9/18B25J13/08G05B19/427G05B19/42G06F15/46
    • B25J9/0081B05B13/0431B25J13/081G05B19/427G05B2219/36429G05B2219/37388G05B2219/39178G05B2219/39194
    • A robot is disclosed having a plurality of movable links interconnected end-to-end in series. Associated with each is an actuator and position transducer. Some of the links are relatively massive and cannot be readily moved without power assistance when the robot is manually programmed, while other links, namely those constituting the wrist, are relatively lightweight which permits movement thereof without power assistance during manual programming. A force transducer is connected in series with the output element of the robot in association with one of the massive links located between the wrist and the stationary base on which the robot is mounted. The transducer senses forces during programming applied to the massive links via the wrist when manual programming forces are applied to the robot output. The force transducer provides an output signal for each of the massive links correlated to the component of the manual programming force transmitted thereto via the wrist. During programming, the force transducer output signals are applied to the actuators of their respectively associated massive links to move the massive links in power-assisted fashion, while the lightweight links of the wrist move in unpowered fashion in response to the manual force applied thereto during programming. The power-assisted motion provided to the massive links by their respectively associated actuators, coupled with the unpowered motion of the lightweight links constituting the wrist, collectively produce motion of the robot output element in the direction to which the manual force is applied thereto during manual programming.
    • 公开了一种机器人,其具有串联地端对端互连的多个可动链节。 与每个相关联的是致动器和位置传感器。 一些连杆是相对巨大的,并且当机器人被手动编程时不能容易地移动,而其他链接(即构成手腕的那些)相对轻便,在手动编程期间没有电力援助就允许其移动。 与机械手的输出元件串联连接的力传感器与位于手腕与安装有机器人的固定基座之间的大块连接体之一相连。 当手动编程力施加到机器人输出时,换能器通过手腕感应在施加到海量链节的编程期间的力。 力传感器为与通过手腕传递到其的手动编程力的分量相关联的每个海量链节提供输出信号。 在编程期间,力传感器输出信号被施加到它们分别相关联的巨大链节的致动器,以动力辅助方式移动大量连杆,同时手腕的轻量级链节响应于施加到其上的手动力而以无动力的方式移动 编程。 通过它们分别相关联的致动器提供的大量链路的动力辅助运动以及构成腕部的轻型链节的无动力运动在手动期间一起产生机械手输出元件在其上施加手动力的方向上的运动 编程。
    • 2. 发明授权
    • Manually programmable robot with power-assisted motion during programming
    • US4367532A
    • 1983-01-04
    • US219703
    • 1980-12-24
    • Gerald W. CrumBrian M. Rooney
    • Gerald W. CrumBrian M. Rooney
    • B05B13/04B25J9/00B25J9/18B25J13/08G05B19/427G05B19/42G06F15/46
    • G05B19/427B05B13/0431B25J13/081B25J9/0081G05B2219/36429G05B2219/37388G05B2219/39178G05B2219/39194
    • A robot is disclosed having a plurality of movable links or members interconnected end-to-end in series. Associated with each is an actuator and position transducer. Some of the links are relatively massive and cannot be readily moved without power assistance when the robot is manually programmed, while other links or members, namely those constituting the wrist, are relatively lightweight which permits movement thereof without power assistance during manual programming. A force transducer is connected in series with the output element of the robot in association with one of the massive links located between the wrist and the stationary base on which the robot is mounted. The transducer senses forces during programming applied to the massive links via the wrist when manual programming forces are applied to the robot output. The force transducer provides an output signal for each of the massive links correlated to the component of the manual programming force transmitted thereto via the wrist. These force transducer output signals are all compensated for inertial forces applied to the massive links due to acceleration of the wrist mass, while only those force transducer output signals associated with massive links moving in a vertical plane are compensated for gravitational forces applied thereto resulting from the effects of wrist mass. During programming, the inertial and/or gravitational force compensated force transducer output signals are applied to the actuators of their respectively associated massive links to move the massive links in power-assisted fashion, while the lightweight links of the wrist move in unpowered fashion in response to the manual force applied thereto during programming. The power-assisted motion provided to the massive links by their respectively associated actuators, coupled with the unpowered motion of the lightweight links constituting the wrist, collectively produce motion of the robot output element in the direction to which the manual force is applied thereto during manual programming.The transducer outputs can also be compensated for nonuniform acceleration of the wrist by modifying the force transducer output in accordance with the third derivative with respect to time of the displacement of the wrist. This enhances the "feel" of the robot during manual programming.
    • 3. 发明授权
    • Densifier for powder coating welded cans
    • 用于粉末涂料的密封剂焊接罐
    • US06227769B1
    • 2001-05-08
    • US09401396
    • 1999-09-22
    • Timothy Edward WilsonMasafumi MatsunagaWataru KakutaRaymond J. MerkRonald E. NiemiecLaurence B. SaidmanGerald W. CrumWilliam L. Palmer
    • Timothy Edward WilsonMasafumi MatsunagaWataru KakutaRaymond J. MerkRonald E. NiemiecLaurence B. SaidmanGerald W. CrumWilliam L. Palmer
    • B65G5118
    • B05B7/144B05B5/032B05B5/047B05B5/12B05B5/1683B05B13/0618B05B14/10B05B15/80Y02P70/36Y10S118/03
    • Methods and apparatus are disclosed for spraying powder into the interior of welded hollow can bodies from a spray gun mounted to the welding arm of a can forming machine. The spray gun can either apply a stripe of highly charged powder on the welded seam areas of hollow can bodies, or can simultaneously apply a coating of powder having a first thickness on the longitudinally welded seam areas and a second thickness less than the first thickness on the remainder of the interior surface. Air is vented off from the powder flow being transported through the welding arm so that the powder to air ratio is increased. Air is introduced at the downstream end of the welding arm to provide a suction force to help draw the powder flow through the welding arm and to increase the velocity of the powder flow for better tribo charging of the powder in the gun and to improve spray pattern stability. A flow of cleaning air through the powder spray gun prevents powder from collecting on the front surface of an offset nozzle secured to the spray gun. The gun assembly is affectively grounded to prevent arcing, and has an exterior shape which has been geometrically configured to improve powder coating of the can. A collector hood surrounds an input conveyor on which cans are transported while being spray coated and an output conveyor which removes the cans at a higher speed than at which they traveled on the input conveyor. The collector hood has two operating conditions for collecting oversprayed powder from between the cans during the spraying operation or directly from the gun when the cans are not being sent down the line.
    • 公开的方法和装置用于从安装到罐形成机的焊接臂的喷枪将粉末喷涂到焊接的中空罐体的内部。 喷枪可以在中空罐体的焊接区域上施加一条高度带电的粉末,或者可以在纵向焊接区域上同时施加具有第一厚度的粉末涂层,并且在第一厚度上小于第一厚度的第二厚度 内表面的其余部分。 从通过焊接臂输送的粉末流中排出空气,使得粉末与空气的比率增加。 在焊接臂的下游端引入空气以提供吸力,以帮助将粉末流动通过焊接臂,并且增加粉末流的速度,以更好地摩擦带电的枪中的粉末并改善喷雾模式 稳定性。 通过粉末喷枪的清洁空气流阻止粉末收集在固定到喷枪上的偏移喷嘴的前表面上。 喷枪组件被有效地接地以防止电弧,并且具有几何构造以改善罐的粉末涂层的外形。 收集器罩围绕输入输送机,其上喷涂有罐头,并且输出输送机以比它们在输入输送机上行进的速度更高的速度移除罐头。 收集器罩具有两个操作条件,用于在喷洒操作期间从罐之间收集过度喷射的粉末,或者当罐没有被下送到管线时直接从喷枪收集。
    • 5. 发明授权
    • Tribo-electric powder spray gun
    • 摩托车电动喷枪
    • US5402940A
    • 1995-04-04
    • US262970
    • 1994-06-21
    • Curtis B. HallerAlan J. KnobbeGerald W. Crum
    • Curtis B. HallerAlan J. KnobbeGerald W. Crum
    • B05B5/043B05B5/03B05B5/047
    • B05B5/047
    • A tribo-electric powder spray gun includes a diffuser for mixing powder with a conveying gas, a charging portion downstream of the diffuser, and a sprayhead at the outlet of the charging portion for dispensing the charged powder. The charging portion has an inner core removably positioned within a hollow outer cylinder with an annular gap formed between the outer cylinder and inner core providing a charging flowpath for the powder. The inner core and the outer cylinder have undulating or wavy charging surfaces made of an electrically insulating material, so that the annular gap provides a tortuous path for the powder, enhancing powder contact and the charge imparted to the powder. Grounding is provided by surface conduction of the electrically insulating contact material through a ground ring located outside the powder path at the inlet to the charging portion of gun where the greatest amount of charging occurs. By locating the ground ring outside the powder path, the ground ring is kept clean and the amount of charging surface is maximized. The inner core and the outer cylinder are longitudinally symmetrical to facilitate re-assembly.
    • 摩擦电粉末喷枪包括用于将粉末与输送气体混合的扩散器,扩散器下游的充电部分和用于分配带电粉末的充电部分出口处的喷头。 充电部分具有可拆卸地定位在中空外筒内的内芯,其中形成在外筒和内芯之间的环形间隙,为粉末提供充电流路。 内芯和外筒具有由电绝缘材料制成的波状或波浪充电表面,使得环形间隙为粉末提供曲折的路径,增强粉末接触和赋予粉末的电荷。 通过电绝缘触点材料的表面传导,通过位于发射最大充电量的枪的充电部分的入口处的粉末路径外部的接地环来提供接地。 通过将接地环定位在粉末路径外面,接地环保持清洁,充电面的数量最大化。 内芯和外筒是纵向对称的,以便于重新组装。