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    • 1. 发明授权
    • Mail accumulating device
    • 邮件积累装置
    • US5908116A
    • 1999-06-01
    • US850380
    • 1997-05-02
    • Mauro LevaroAndrea FaetiMichele Scarnera
    • Mauro LevaroAndrea FaetiMichele Scarnera
    • B07C3/08B07C1/02B07C5/00B07C5/02B07C5/342
    • B65H29/6645B07C1/025Y10S209/90Y10S209/923
    • A mail accumulating device having a number of stream forming units, each of which has a pair of powered belts superimposed at a point of contact defining the input of the unit. Each stream forming unit is provided with a sensor for detecting the passage of a mail item into the unit, and for generating a signal for activating the belts, thereby moving the mail items retained on the belts from the input to the output of the unit in discrete steps, and forming a group of overlapping mail items with the leading edges separated by a substantially constant distance. The device also includes a number of conveyor belt devices, each of which has an input communicating with the output of a respective stream forming unit, to enable the conveyor belt to receive a group of mail items at the input and feed the group of mail items to an output of the conveyor belt device to define an accumulating unit.
    • 一种具有多个流形成单元的邮件存储装置,每个流形成单元具有叠加在限定单元的输入的触点上的一对动力皮带。 每个流形成单元设置有用于检测邮件通过到单元中的传感器,并且用于生成用于启动带的信号,从而将保持在带上的邮件从输入到单元的输出移动到 离散步骤,以及形成一组重叠的邮件,其中前导边缘以基本恒定的距离分开。 该装置还包括多个输送带装置,每个输送带装置具有与相应流形成单元的输出通信的输入,以使输送带能够在输入端处接收一组邮件,并且馈送该组邮件 到输送带装置的输出端以限定蓄积单元。
    • 2. 发明授权
    • Separating device
    • 分离装置
    • US5386984A
    • 1995-02-07
    • US157251
    • 1993-11-26
    • Mauro Dal TosoMauro LevaroMichele Scarnera
    • Mauro Dal TosoMauro LevaroMichele Scarnera
    • B65H29/12B65H3/52
    • B65H29/12B65H2404/261B65H2701/1916
    • A separating device wherein two belts with different friction coefficients present respective straight portions facing each other and converging at a contact portion. The belts are fed with a number of mail items which are wedged in the V-shaped opening defined by the straight portions and are fed singly through the contact portion by the higher friction coefficient belt and to the input of a follow-up conveyor belt system. The device comprises a barrier of sensors located between the contact portion and the input of the conveyor belt system, and which provide for determining the form and spacing of the mail items. The signal generated by the barrier of sensors is used for adjusting operation of the higher friction coefficient belt.
    • 一种分离装置,其中具有不同摩擦系数的两个带存在彼此面对的直线部分并且在接触部分会聚。 皮带被馈送有楔形在由直线部分限定的V形开口中的多个邮件物品,并且通过较高摩擦系数带单独地通过接触部分被馈送到后续传送带系统的输入端 。 该装置包括位于接触部分和传送带系统的输入之间的传感器屏障,其提供用于确定邮件的形式和间隔。 由传感器屏障产生的信号用于调整较高摩擦系数皮带的操作。
    • 3. 发明授权
    • Mail flow compensating device
    • 邮件流补偿装置
    • US5465825A
    • 1995-11-14
    • US157265
    • 1993-11-26
    • Mauro LevaroGiuseppe Sofia
    • Mauro LevaroGiuseppe Sofia
    • B07C1/04B65G43/00
    • B07C1/04
    • A mail flow compensating device which is a straight horizontal conveyor belt and is supplied with a stream of overlapping flat mail items. The flow compensating device is made of a stop wall sloping in relation to the belt and presenting a bottom end portion facing the belt. When the height of the stream exceeds a maximum value, the mail items contact and accumulate against the stop wall to form a group of superimposed mail items. The flow compensating device also presents an optical sensor for detecting the limit contour of the group of mail items, generating a full-flow-compensating-device signal, and cutting off supply to the conveyor belt.
    • 一个邮件流量补偿装置,它是一个直的水平输送带,并且被提供有重叠的平邮邮件流。 流动补偿装置由相对于带倾斜并且呈现面向带的底端部的止动壁制成。 当流的高度超过最大值时,邮件与阻挡墙接触并积聚形成一组叠加的邮件。 流量补偿装置还具有光学传感器,用于检测邮件组的极限轮廓,产生全流量补偿装置信号,并切断对输送带的供给。
    • 4. 发明申请
    • DIAGNOSTIC APPARATUS FOR ORGANIC SAMPLE ANALYSIS
    • 用于有机样品分析的诊断装置
    • US20120149039A1
    • 2012-06-14
    • US13298620
    • 2011-11-17
    • Francesco BECCHIMauro Levaro
    • Francesco BECCHIMauro Levaro
    • G01N33/566C12M1/34
    • G01N35/10G01N2035/103G01N2035/1051
    • A diagnostic apparatus for organic-sample analyses including a fluid sucking and ejecting device to enable suction and inner storage or ejection to the outside of the fluid, a feeding needle that can be secured to the sucking device including an inner channel for passage of the fluids and to be inserted into containers for intaking or ejecting a given amount of the fluid, an actuating device, including a carriage, to spatially move the carriage along three axes, the carriage being susceptible of connection with the sucking and ejecting device, a first replacement station to house a plurality of feeding needles of the disposable type and suitable to enable automatic fastening and removal of one of the disposable feeding needles to and from the sucking device connected to the carriage, and a second replacement station to allow automatic fastening and removal of a precision feeding needle to and from the carriage.
    • 一种用于有机样品分析的诊断装置,包括:用于吸入和内部储存或喷射到流体外部的流体吸入和喷射装置;可以固定到吸引装置的进给针,其包括用于流体通过的内部通道 并且插入用于吸入或喷射给定量的流体的容器,包括滑架的致动装置,以沿着三个轴空间移动托架,滑架易于与吸入和排出装置连接,第一替换 站,以容纳多个一次性类型的进给针,并且适于能够自动地将一次性进给针中的一个进给针连接到连接到滑架的抽吸装置和从连接到滑架的抽吸装置移除;以及第二更换站,以允许自动紧固和移除 一个精确的进给针往返于滑架。