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    • 1. 发明申请
    • METHOD OF SORTING MAIL
    • 方法分拣货件
    • WO1997005968A1
    • 1997-02-20
    • PCT/EP1996003458
    • 1996-08-05
    • LICENTIA PATENT-VERWALTUNGS-GMBHLOHMANN, Boris
    • LICENTIA PATENT-VERWALTUNGS-GMBH
    • B07C03/06
    • B07C3/06
    • The invention concerns a method of sorting mail by means of a sorting machine, the sorting machine having conveyor means and a multiplicity of compartments, disposed in rows, in which the mail is placed in accordance with predefined sorting criteria, more than one comparment being associated with each of a predetermined number of mail destinations. For the mail for each destination, with which more than one compartment is associated, the invention calls for the mail to be sorted into compartments F1, ..., Fn in accordance with the following strategy: the mail is placed in compartment F1 until the mail in this compartment reaches a given level, as soon as this level is reached, the mail is placed in compartment F2, the same procedure is repeated for each subsequent compartment Fi, as soon as the level of mail in compartment Fn reaches a given level, a signal is generated for the operator to empty compartments F1 to Fn.
    • 在用于使用分选系统分拣邮件的方法,具有输送装置和多个链明智布置的口袋的分拣系统,其中,发生在按照所述程序的分布与预定的分类类别和其中,在多于一个主题分配每种情况下分选类的预定数量,是 提供用于每个分类类被分配一个以上的隔室的传输,分布发生在隔间F1,...,根据以下策略FN:邮件的项目分布在隔室F1,直到它有一个预定电平; 一旦达到这个水平,邮件的项目分布在车厢F2; 在相同的步骤进行,对其它托盘网络连接; 当托盘FN具有预定的电平,信号被发送到操作者清空隔间F1至... F 2 N。
    • 5. 发明申请
    • MECHANISM FOR AN AUTOMATIC SWITCH
    • 自动开关机构
    • WO1992021134A1
    • 1992-11-26
    • PCT/DE1992000370
    • 1992-05-06
    • LICENTIA PATENT-VERWALTUNGS-GMBH
    • LICENTIA PATENT-VERWALTUNGS-GMBHHEINDORF, HelmutHILLEBRAND, Dietmar
    • H01H71/52
    • H01H71/526
    • The mechanism has a hand-operating toggle (1) fitted inside a casing (2) and spring-loaded in the off direction on which is articulated a lever (3, 4). During switch-on, a contact lever (5) pivoting about a spindle (2d) against the force of a spring (7) is supported on the lever. The contact lever (5) acts on a fixed contact (6) and can be clamped in the made position against the force of the spring (7). It is the purpose of the invention to simplify the supporting link between the lever (3, 4) and the contact lever (5) in order to obtain uniform release forces with only slight spreads within a production run of switches. To this end, between the hand-operating toggle (1) and the contact lever (5) is fitted a toggle lever consisting of a tension lever (3) and a bracket (4) which, in its stable position, is virtually tensioned and in which the form of the tension lever (3) causes its two articulated arms to assume a precisely defined top dead centre position. Thus during switch-on and in the on position, the toggle lever (3, 4) acts as a rigid lever. Only a substantially perpendicular load on its joint (3b/4a) applied via a release lever (9) towards dead centre causes the toggle lever (3, 4) to assume an unstable position under the effect of the contact lever's (5) return through the force of the spring (7). This releases the rigid connection between the hand-operating toggle (1) and the contact lever (5) so that the lever arm (5c) on the contact side can pivot into its breaking position. The mechanism of the invention is particularly suitable for fault-current protective switches and automatic cut-outs.
    • 10. 发明申请
    • ORBITAL GRINDING MACHINE
    • ORBITAL研磨机
    • WO1986001761A1
    • 1986-03-27
    • PCT/DE1985000285
    • 1985-08-23
    • LICENTIA PATENT-VERWALTUNGS-GMBHBRAUN, RolandKAISER, BerndSTÄMMELE, Siegfried
    • LICENTIA PATENT-VERWALTUNGS-GMBH
    • B24B23/04
    • B24B23/04B23Q11/0035
    • The orbital grinding machine has a friction plate secured to the casing by means of elastic elements. A reciprocating motion is imparted to the plate by means of a control eccentric provided with a counterweight and acting through a ball bearing, the eccentric being set in rotation by the armature shaft of the motor. In order to use the grinding machine either to rough-grind or for grind-rectification by simply changing the stroke of the eccentric, the control eccentric (9) is actuated by an eccentric pivot (7) with respect to the motor shaft (1'). The shaft (1) is angularly displaceable with respect to the control excentric and to its counterweight (13). Additionally, the shift angle between the armature shaft of the motor and the control eccentric is limited in both rotational directions by means of corresponding stops (19, 20) of the motor shaft and there is added to the counterweight of the control excentric an additional balancing weight (14) shifted by approximately 100 with respect to the counterweight.
    • 轨道磨床具有通过弹性元件固定到壳体的摩擦板。 通过设置有配重并通过球轴承作用的控制偏心器向板施加往复运动,偏心轮由电动机的电枢轴旋转。 为了通过简单地改变偏心轮的行程来将磨床用于粗磨或进行磨削矫正,控制偏心轮9通过相对于电动机轴(1')的偏心枢轴(7)致动, )。 轴(1)相对于控制偏心角度地位移到其对重(13)。 此外,电动机的电枢轴与控制偏心轮之间的移动角度通过电动机轴的相应止动件(19,20)在两个旋转方向上受到限制,并且将附加到控制偏心的配重附加了额外的平衡 重量(14)相对于配重偏移大约100°。