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    • 1. 发明授权
    • Apparatus and method for controlling supply of articles
    • 用于控制物品供应的装置和方法
    • US4574849A
    • 1986-03-11
    • US589698
    • 1984-03-15
    • Masao Fukuda
    • Masao Fukuda
    • B65G43/08B65G65/32G01F11/28G01G11/10G05D9/12
    • G05D9/12G01F11/28G01G11/10
    • An apparatus and method which control the supply of a product to a pooling unit. A sensor is provided for sensing whether the product has been supplied to a preset level of the pooling unit. The method comprises sensing whether the product has been supplied to the preset level of the pooling unit. A first time period is measured until the preset level is attained once supply of the product has begun. A second time period is calculated and measured based on the first time period, during which the product continues to be supplied to the pooling unit. The supply of the product to the pooling unit is then halted in response to expiration of the second time period. Control is effected such that the overall amount of the product supplied is substantially constant irrespective of any variation in the amount of the product supplied to the pooling unit per unit time.
    • 一种控制向集中单元供应产品的装置和方法。 提供了一种传感器,用于检测产品是否已经被提供到汇集单元的预设级别。 该方法包括检测产品是否被提供给汇集单元的预设级别。 测量第一个时间段,直到产品的供应开始后达到预设水平。 基于第一时间段计算和测量第二时间段,在该时间段期间产品继续被提供给汇集单元。 然后,响应于第二时间段的到期,停止向集中单元供应产品。 进行控制,使得供应的产品的总量基本上恒定,而不管每单位时间内供应给汇集单元的产品的量的任何变化。
    • 4. 发明申请
    • OPERATING GRANULAR MATERIAL CONVEYORS NEAR CAPACITY
    • 操作颗粒物料输送机接近能力
    • US20160376107A1
    • 2016-12-29
    • US15139390
    • 2016-04-27
    • SEEDMASTER MANUFACTURING LTD.
    • Norbert BEAUJOTOwen KINCH
    • B65G43/08G01G13/24B65G47/19B65G15/00B65G33/14
    • B65G43/08B65D90/48B65G15/00B65G33/14B65G47/19B65G65/34B65G65/46G01G11/083G01G11/10G01G13/24G01G19/12G05D9/12
    • A conveyor capacity control system includes a conveyor operative to receive granular material at a conveyor intake thereof and convey same to a conveyor discharge with a conveying device at a conveyor flow rate up to a maximum conveyor flow rate, and a granular material container with a container discharge opening oriented to discharge granular material from the granular material container into the conveyor intake, and a discharge gate movable to control a size of the container discharge opening. A flow rate control processor is operative to determine the maximum conveyor flow rate and detect when a discharge flow rate of granular material from the container discharge opening into the conveyor intake is greater than or less than the maximum conveyor flow rate, and increase or decrease the discharge flow rate to substantially coincide with the maximum conveyor flow rate. A hoist control is also provided for a truck box.
    • 输送机容量控制系统包括输送机,其操作以在其输送机入口处接收颗粒材料,并以最大输送机流速的输送机流速将其输送到具有输送装置的输送机排出口,以及具有容器 排出口,定向成将颗粒状材料从颗粒状材料容器排出到输送机入口中;排出口,其可移动以控制容器排出口的尺寸。 流量控制处理器可操作以确定最大输送机流量并且检测从容器排出口到输送机进料口的颗粒材料的排出流量何时大于或小于最大输送机流量,并且增加或减少 排放流量基本上与最大输送机流量一致。 还为卡车箱提供起重控制。
    • 6. 发明授权
    • Automatically adjustable continuous feeder system
    • 自动调节连续送料系统
    • US4580698A
    • 1986-04-08
    • US498082
    • 1983-05-25
    • Max A. LadtDavid L. FinkeMark T. Curtis
    • Max A. LadtDavid L. FinkeMark T. Curtis
    • B65G47/19G01G11/00G01G11/10G05D7/06B67D5/08
    • B65G47/19G01G11/003G01G11/10G05D7/0611
    • A gate-type feeder control system has level and weight sensors for monitoring the output of the system to a conveyor or other receiver, an electronic control circuit responsive to the sensors, and a hydraulic actuator circuit including a plurality of valves to provide the desired output of a feeder gate. In the electronic circuit, a master set point signal is entered and compared with the output signal from the sensors. The output flow to the receiver of the system is continuously adjusted by a deviation controller to reduce the deviation in these two signals. Erratic changes in system output are avoided by a deadband circuit introduced into the electronic circuitry to buffer excessive oscillation, overresponse and even instability caused by transient size change and lumping associated with bulk materials. The electronic circuit also includes an averaging module to average the level/weight of the material being discharged to obviate responding to peak levels. Finally, utilization of stepped sequencing and time delay of the solenoid valves also maintains a more accurate profile on the belt while minimizing shock. In the hydraulic circuit, power for opening and closing the feeder gate is provided through the use of power cylinders with pressurized fluid being supplied by a compensating, variable volume pump.
    • 门型馈送器控制系统具有液位和重量传感器,用于监测系统对输送机或其他接收器的输出,响应于传感器的电子控制电路以及包括多个阀以提供期望输出的液压致动器电路 的馈线门。 在电子电路中,输入主设定点信号并将其与来自传感器的输出信号进行比较。 通过偏差控制器连续地调节到系统接收器的输出流量,以减少这两个信号的偏差。 引入到电子电路中的死区电路可以避免系统输出的不正确变化,以缓冲由于瞬态尺寸变化和与散装材料相关联的结块引起的过度振荡,过度响应甚至不稳定性。 电子电路还包括平均模块以平均被排出的材料的水平/重量以消除对峰值水平的响应。 最后,使用阶梯式排序和电磁阀的时间延迟也可以在皮带上保持更准确的轮廓,同时最大限度地减少冲击。 在液压回路中,通过使用具有加压流体的动力缸来提供用于打开和关闭进料器门的功率,该加压流体由补偿的可变容积泵供应。
    • 7. 发明申请
    • GUIDE UNIT FOR MEASUREMENT AND MICRO-WEIGHT MEASURING SYSTEM USING SAME
    • 用于测量的指导单元和使用相同的微量测量系统
    • US20160003667A1
    • 2016-01-07
    • US14429398
    • 2014-02-19
    • Young Woo Kim
    • Young Woo Kim
    • G01G13/04
    • G01G13/04B65G47/19G01G11/10G01G13/026
    • The present invention relates to a guide unit for measurement acting as a guide for measuring the micro-weight of fine grains having minute weight and volume, such as powders, granules, seeds and pills, and to a micro-weight measuring system for accurately measuring the fine grains by a preset micro-weight by using the guide unit for measurement. The present invention has an effect of being capable of measuring the micro-weight as a unit to thereby package fine grains such as powders, granules, seeds and pills by micro-weight unit. In addition, the present invention has an effect of being capable of accurately measuring the fine grains by the preset micro-weight in such a manner that in the procedure of discharging a one-unit-micro-weight of the fine grains, some of the fine grains are discharged at a smaller amount than the initially-discharged amount and are finally discharged by dropping.
    • 本发明涉及作为用于测量粉末,颗粒,种子和丸剂等微小重量和体积的微细颗粒的微量的测量用引导单元,以及用于精确测量的微量测量系统 通过使用导向单元进行测量,通过预定的微量重量的微细颗粒。 本发明具有能够以微量单位测定微量重量的效果,从而通过微量单位包装微粒例如粉剂,颗粒剂,种子和丸剂。 此外,本发明的效果是能够以预定的微量重量精确地测量细粒,使得在排出一单位微量的细粒的过程中,一些 细晶粒以比初始排出量少的量排出,最后通过滴下而排出。
    • 8. 发明授权
    • Weight-sensor calibration for gravimetric coal feeder
    • 重力给煤机的重量传感器校准
    • US4353427A
    • 1982-10-12
    • US190963
    • 1980-09-26
    • Arthur J. StockDonald S. Christopher
    • Arthur J. StockDonald S. Christopher
    • G01G11/00F23K3/16G01G11/08G01G11/10G01G23/01G01G19/52G01G11/14G01L25/00
    • G01G23/012F23K3/16G01G11/10
    • A device for selectively applying a test load to a weight-sensing control mechanism in an enclosed conveyor unit for feeding particulate material at a controlled rate. The weight-sensing mechanism continuously senses the weight of a variable quantity of material such as coal being conveyed through a predetermined reference zone and one or more load cells generate a voltage signal representative of the weight being sensed. The test load may be supported in the conveyor unit in either of two positions including a first position wherein it is supported independently of the weight-sensing mechanism and a second position wherein it is transferred to the weight-sensing mechanism for the purpose of calibration. The device includes a transverse shaft journaled in the conveyor unit and a pair of eccentric hubs mounted at opposite ends of the shaft, each hub being rotatably received in a connecting head portion of one of a pair of support rods adapted to suspend the test load. Thus, rotation of the shaft and eccentric hubs causes the test load to be transferred between its two positions so as to transfer the weight of the test load to the weight-sensing mechanism for the purpose of calibration. The transfer is accomplished by an operator at a location outside the enclosed conveyor unit.
    • 一种用于选择性地将测试负载施加到封闭的输送机单元中的重量感应控制机构的装置,用于以受控的速率供给微粒材料。 重量感测机构连续地感测通过预定参考区域输送的可变量的材料的重量,并且一个或多个称重传感器产生代表感测重量的电压信号。 测试负载可以在两个位置中的任一个中被支撑在输送单元中,包括第一位置,其中独立于重量感测机构被支撑,第二位置被传送到权重感测机构以用于校准。 所述装置包括轴承在所述传送单元中的横轴和安装在所述轴的相对端的一对偏心轮毂,每个轮毂可旋转地容纳在适于悬挂所述测试载荷的一对支撑杆之一的连接头部中。 因此,轴和偏心轮毂的旋转导致测试负载在其两个位置之间传递,以将测试负载的重量转移到重量检测机构以进行校准。 传送由操作者在封闭的输送机单元外部的位置完成。