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    • 11. 发明授权
    • Self-calibrating apparatus for article input and removal monitoring
system
    • 用于物品输入和取出监控系统的自校准装置
    • US5074368A
    • 1991-12-24
    • US607680
    • 1990-11-01
    • Kenneth W. Bullivant
    • Kenneth W. Bullivant
    • G07G1/00G07G3/00G08B13/14
    • G07G1/0054G07G3/003G08B13/1472
    • Two embodiments of a low profile weight sensor for a weight sensing system for monitoring article input and removal from article storage apparatus comprises a plate or I-shaped bar support member having first and second sections, an integrally formed linkage system for connecting the first and second sections such that the sections are substantially coplanar in an unloaded state, and are relatively displaceable with respect to each other in response to a weight load applied to one of the sections; and a magnetic transducer mounted on surfaces extending in the thickness direction of the plate/bar member for producing an electrical output signal responsive to relative displacement of the first and second sections. The article input and removal monitoring system also comprises self calibrating apparatus comprising circuitry for measuring the stability of weight measurements obtained from the weight sensors and producing a limit value, circuitry responsive to the weight sensing circuitry for signalling an operator and automatically taking first and second test measurements to obtain a calibration weight value, and circuitry for comparing the calibration weight value with a predetermined multiple of the limit value and signalling an invalid calibration if the calibration weight value is less than the predetermined multiple of the limit value.
    • 用于监测物品输入和从物品存储装置中取出的用于重量检测系统的低轮廓重量传感器的两个实施例包括具有第一和第二部分的板或I形杆支撑构件,整体形成的连杆系统,用于连接第一和第二 这些部分使得这些部分在无负载状态下基本上共面,并且响应于施加到其中一个部分的重量负载而相对于彼此相对移位; 以及安装在沿着板/杆构件的厚度方向延伸的表面上的磁换能器,用于响应于第一和第二部分的相对位移产生电输出信号。 物品输入和移除监测系统还包括自校准装置,其包括用于测量从重量传感器获得的重量测量的稳定性并产生极限值的电路,电路响应于权重感测电路用于发信号通知操作者并自动进行第一和第二测试 测量以获得校准权重值,以及用于将校准权重值与限制值的预定倍数进行比较的电路,并且如果校准权重值小于限制值的预定倍数则发出无效校准。
    • 12. 发明授权
    • Anti-theft product rack and method
    • 防盗产品机架及方法
    • US4819015A
    • 1989-04-04
    • US245947
    • 1988-09-19
    • Kenneth W. BullivantSam C. Falco
    • Kenneth W. BullivantSam C. Falco
    • G07G1/00G07G3/00G08B13/14
    • G07G3/003G07G1/0054G08B13/1472
    • The anti-theft product rack continuously monitors the weight of the rack including individual product units. When a weight deviation is detected, it is characterized as either a disturbance or as the removal of one or more product units. An alarm is sounded if the rack is continuously disturbed for a programmable number of continuous weight sensing cycles, or if a programmable number of disturbances occur during a programmable period of time. In addition, an alarm is sounded if the number of product units detected as being removed at one time exceeds a programmable limit. Finally, if the number of detected product units removed exceeds a programmable number during a programmable period of time, an alarm is sounded. The product display rack presents no physical barriers to product removal and requires no intervention of sales personnel for product removal. Thus, the present invention presents an aesthetically pleasing product rack while providing a high degree of protection against shoplifting or employee theft.
    • 防盗产品架连续监控机架的重量,包括各个产品单元。 当检测到重量偏差时,其被表征为干扰或作为一个或多个产品单元的移除。 如果机架连续干扰可编程数量的连续重量感测周期,或者在可编程时间段内发生可编程数量的干扰,则会发出报警。 此外,如果一次检测到的产品单元数量超过可编程限制,则会发出警报。 最后,如果在可编程时间段内删除的检测到的产品单元的数量超过可编程的数量,则会发出警报。 产品展示架对产品拆卸没有物理障碍,不需要销售人员进行产品拆卸干预。 因此,本发明提供了美观的产品架,同时为商店盗窃或员工盗窃提供了高度的保护。
    • 13. 发明授权
    • Loss-in-weight gravimetric feeder
    • 重量失重重量给料机
    • US4579252A
    • 1986-04-01
    • US491708
    • 1983-05-05
    • David H. WilsonKenneth W. Bullivant
    • David H. WilsonKenneth W. Bullivant
    • B65G43/08B65G65/40G01G11/08G01G19/32
    • G01G11/086G01G19/32
    • A loss-in-weight gravimetric feeding system is disclosed which includes a prefeeder for receiving and discharging material and at least first and second feeders for receiving material from the prefeeder and discharging the received material to a common collector. The system includes a device for alternately diverting material discharged from the prefeeder to the first and second feeders, circuits for generating a first and second weight signal representative of the weight of material in the first and second feeders respectively, and structure for generating a reference signal representative of a desired mass flow rate of material from a feeder. The system further includes a circuit for alternately comparing the reference signal to the first and second weight signals in synchronism with the diverting device for controlling each of the feeders based on the comparison between the reference signal and the weight signal associated with the feeder.
    • 公开了一种重量不足的重量给料系统,其包括用于接收和排出材料的预成型机,以及用于从预成型机接收材料的至少第一和第二进料器,并将接收的材料排出到共同收集器。 该系统包括用于将从预喂料器排出的材料交替地转移到第一和第二馈送器的装置,用于分别产生代表第一和第二馈送器中的材料的重量的第一和第二加权信号的电路,以及用于产生参考信号的结构 代表来自进料器的材料的期望质量流率。 该系统还包括用于基于参考信号和与馈送器相关联的权重信号之间的比较,与参考装置同步地将参考信号与第一和第二加权信号进行交替比较的电路,用于控制每个馈送器。
    • 15. 发明授权
    • Weigh feeder
    • 称重喂料器
    • US4194649A
    • 1980-03-25
    • US803905
    • 1977-06-06
    • Kenneth W. BullivantRon Van Ostenbridge
    • Kenneth W. BullivantRon Van Ostenbridge
    • G01G11/00G01G11/04G01G13/14G01G23/14
    • G01G11/006G01G11/046Y10S73/01
    • A digital weigh feeder includes a conveyor belt for transporting material thereon. The conveyor belt has an average tare weight. A digital weight transmitter provides at least first and second outputs having first and second frequencies respectively. The ratio of the first and second frequencies is indicative of the weight of material on the belt. A weight processor digitally computes a scaled ratio of the first and second frequencies. An auto tare circuit digitally computes the average tare weight of the conveyor belt. The computed average tare weight is substracted from the computed scaled ratio of the first and second frequencies to obtain a reading of the actual weight of material on the belt.
    • 数字式称重给料器包括用于在其上输送材料的输送带。 输送带具有平均皮重。 数字加权发射机分别提供具有第一和第二频率的至少第一和第二输出。 第一和第二频率的比率表示皮带上材料的重量。 加权处理器数字地计算第一和第二频率的缩放比例。 自动皮重电路可数字计算输送带的平均皮重。 计算出的平均皮重从计算的第一和第二频率的缩放比值减去,以获得皮带上材料的实际重量的读数。