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    • 102. 发明授权
    • Conveyor system for two or more troughs
    • 输送系统两个或多个槽
    • US07497324B2
    • 2009-03-03
    • US11325744
    • 2006-01-05
    • Fred T. ChauvinMichael Didion
    • Fred T. ChauvinMichael Didion
    • B65G27/10B65G27/00B65G27/30B65G27/32
    • B65G27/34
    • A right angle conveyor has a first trough and a second trough to move product by reciprocating motion with the second trough at an angle to the first trough. Rocker arms and corresponding reactor springs joined to a chassis form the first and second troughs. The first trough has a motor upon the chassis, eccentric cam, and a linkage to induce reciprocating motion into the conveyor. To induce reciprocation, the first trough has a first bracket connected to a yoke upon a trunnion joined to the chassis, a yoke connected to a slave drive spring bracket, a slave spring connected to the slave drive spring bracket and to a second bracket, the slave spring connected to a second bracket beneath the second trough. The yoke has three pinned connections to permit rotation. Thus, reciprocal movement of the first trough transmits through the first bracket to the first pin, rotates the yoke upon the trunnion, moves the second pin, transmits movement to the slave drive spring bracket and the slave spring and then to the second bracket, thus moving product upon the second trough perpendicular to the first trough. In an alternate embodiment, the yoke has ball and socket connections and a trunnion upon a pivoting base so the second trough moves at any angle to the first trough.
    • 直角输送机具有第一槽和第二槽,通过与第二槽以第一槽成角度的往复运动来移动产品。 连接到底盘的摇臂和相应的反应器弹簧形成第一和第二槽。 第一槽在底盘上具有马达,偏心凸轮以及联动装置,以引起向输送机的往复运动。 为了引起往复运动,第一槽在连接到底架的耳轴上具有连接到轭的第一托架,连接到从动驱动弹簧托架的轭架,连接到从动驱动弹簧托架的辅助弹簧和第二托架, 从属弹簧连接到第二槽下方的第二支架。 轭具有三个固定连接以允许旋转。 因此,第一槽的往复运动通过第一支架传递到第一销,使轭在耳轴上旋转,移动第二销,将运动传递到从动驱动弹簧支架和从弹簧,然后传递到第二支架,因此 在第二槽垂直于第一槽移动产品。 在替代实施例中,轭具有球窝连接和在枢转基座上的耳轴,因此第二槽以任何角度移动到第一槽。
    • 104. 发明授权
    • Vibratory conveyors
    • 振动输送机
    • US6155404A
    • 2000-12-05
    • US336188
    • 1999-06-18
    • Albert Musschoot, deceased
    • Albert Musschoot, deceased
    • B65G27/20B65G27/30B65G27/32
    • B65G27/32B65G27/20B65G27/30
    • A two-way drive for horizontally vibrating a feeder bed, including a reversible drive rotating one of two drive shafts rotatably connected so that the second drive shaft rotates at a speed which is a selected ratio (at least 2:1) of the speed of rotation of the first. A first eccentric weight is rotatably secured to the first drive shaft. A second eccentric weight is rotatably secured to the second drive shaft and movable between a first position on a first shaft radius when the second shaft is driven in one direction and a second position on a second shaft radius when the second shaft is driven in the reverse direction. The first and second shaft radii are spaced from each other so that the second eccentric weight in the first position is aligned with the first eccentric weight in one concurrent rotational position on one side of the drive shafts to provide a maximum force in one horizontal direction when driven in the one direction, and the second eccentric weight in the second position is aligned with the first eccentric weight in an opposite concurrent rotational position on the opposite side of the drive shafts to provide a maximum force in an opposite horizontal direction when driven in the reverse direction. In the highly preferred form, the selected ratio is 2:1 and the first and second shaft radii are spaced apart 180 degrees. Two stop members in a cylindrical cage on the second drive shaft selectively engage the second eccentric weight, one when in the first position and the other when in the second position. A longitudinally extending feeder bed is supported in a horizontal orientation by an assembly permitting horizontal movement of the feeder. The drive is connected to the feeder bed with its drive shafts generally horizontal and transverse to the longitudinal direction of the feeder. The drive-feeder connection transmits forces in a horizontal direction.
    • 一种用于水平振动给料床的双向驱动器,包括可旋转地连接两个驱动轴中的一个的可逆驱动器,使得第二驱动轴以以下速度旋转:速度选择的速度(至少为2:1) 旋转的第一。 第一偏心重物被可旋转地固定到第一驱动轴上。 第二偏心重物可旋转地固定到第二驱动轴上,并且当第二轴在一个方向上被驱动时在第一轴半径上的第一位置和第二轴半径的第二位置之间移动, 方向。 第一和第二轴半径彼此间隔开,使得第一位置的第二偏心重块与驱动轴一侧的同时旋转位置中的第一偏心重块对齐,以在一个水平方向上提供最大的力, 在一个方向上被驱动,并且第二位置中的第二偏心重块与第一偏心重块在驱动轴的相对侧上的相反的同时旋转位置中对准,以在驱动轴向驱动时沿相反的水平方向提供最大的力 相反方向。 在非常优选的形式中,所选择的比例为2:1,第一和第二轴半径间隔180度。 在第二驱动轴上的圆柱形保持架中的两个止动构件选择性地接合第二偏心重块,一个在处于第一位置时,另一个位于第二位置。 纵向延伸的进料床通过允许进料器水平移动的组件以水平方向支撑。 驱动器连接到进料床,其驱动轴大致水平并横向于进料器的纵向。 驱动馈线连接在水平方向上传递力。
    • 108. 发明授权
    • Variably-controlled vibratory conveyor
    • 可变控制振动输送机
    • US5409101A
    • 1995-04-25
    • US192276
    • 1994-02-03
    • Gulzar AhmedGregory L. BranchJames F. BauschRichard T. SymerJoseph J. Stupak, Jr.
    • Gulzar AhmedGregory L. BranchJames F. BauschRichard T. SymerJoseph J. Stupak, Jr.
    • B65G27/32H02K33/16B65G27/00
    • B65G27/32H02K33/16
    • An elongate vibratory conveyor for moving products is reciprocated by driving a motor with a cyclical nonuniform motion by supplying power nonuniformly to the motor. The conveyor is reciprocated in opposite lengthwise directions, without any substantial movement of the conveyor normal to the lengthwise direction. Motor control circuitry variably drives the motor automatically in response to feedback from a sensor which senses a motion related to the conveyor motion. The feedback signal is compared to a selected one of a set of predetermined different motion patterns, and the motor is driven by supplying power nonuniformly thereto in accordance with the selected motion pattern. The conveyor system readily enables instantaneous reversibility of the product flow at the same average velocity, and instantaneous variable control for modifying the motion of the conveyor to obtain either different desired average product velocities or the same average product velocity at different conveyor inclinations or reciprocating frequencies, all irrespective of changes in conveyor loading or resistance to slip of the products conveyed. Separate motors driving either the same conveyor or separate conveyors are driven with cyclical nonuniform motions in synchronization by synchronizing their respective power supplies.
    • 用于移动产品的细长振动输送机通过不均匀地向马达供电而驱动具有周期性不均匀运动的马达而往复运动。 输送机在相反的长度方向上往复运动,而输送机垂直于长度方向没有任何实质的运动。 电动机控制电路根据来自传感器的反馈自动地驱动电动机,该传感器检测与输送机运动相关的运动。 将反馈信号与一组预定的不同运动模式中的所选择的一个进行比较,并且通过根据所选择的运动模式不均匀地向其提供电力来驱动电动机。 输送机系统能够以相同的平均速度实现产品流动的瞬时可逆性,以及瞬时可变控制,用于改变输送机的运动以获得不同的期望平均产品速度或在不同输送机倾斜或往复频率下的相同的平均产品速度, 所有这些都不管传送带的变化和传送的产品的滑动阻力。 驱动同一输送机或单独输送机的独立电机通过同步其各自的电源同步地以循环不均匀运动来驱动。
    • 110. 发明授权
    • Control system for parts feeder
    • 零件进料器控制系统
    • US5372237A
    • 1994-12-13
    • US109258
    • 1993-08-20
    • Susumu Yagi
    • Susumu Yagi
    • B65G27/32B65G43/08B65G47/14B65G43/00
    • B65G43/08
    • A system controls the feed rate of parts delivered by a parts feeder having a vibrating unit to be vibrated with a predetermined amplitude for delivering parts and a driving unit for driving the vibrating unit. The control system has a parts detector for detecting parts delivered by the vibrating unit. A power transistor bridge supplies an alternating driving electric current to the driving unit. A driving voltage controlling circuit applies a predetermined direct current voltage to the power transistor bridge. A power transistor base driving circuit causes the power transistor bridge to function at a predetermined driving frequency. A central processing unit measures the supply rate of parts based on a signal transmitted by the parts detector and transmits a signal for regulating the driving voltage to the driving voltage controlling circuit and a signal for regulating the driving frequency to the power transistor base driving circuit in response to the supply rate of parts.
    • 系统控制由具有用于传送部件的预定振幅振动的振动单元的部件供给器输送的部件的进给速度和用于驱动振动单元的驱动单元。 控制系统具有用于检测由振动单元传送的部件的零件检测器。 功率晶体管桥向驱动单元提供交替的驱动电流。 驱动电压控制电路将预定的直流电压施加到功率晶体管桥。 功率晶体管基极驱动电路使得功率晶体管桥以预定的驱动频率工作。 中央处理单元基于由部件检测器发送的信号来测量部件的供给速度,并将用于调节驱动电压的信号发送到驱动电压控制电路,以及用于将驱动频率调节到功率晶体管基极驱动电路的信号 响应部件供应率。