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    • 2. 发明申请
    • PROCESS FOR MAKING AN IRON BODY WITH A WINDING FOR GENERATING ELECTROMAGNETIC FIELDS
    • 用于产生电磁场的绕组的铁体的制造方法
    • WO1989007325A1
    • 1989-08-10
    • PCT/EP1989000064
    • 1989-01-23
    • ZUMTOBEL AKTIENGESELLSCHAFTWIESNER, Ernst
    • ZUMTOBEL AKTIENGESELLSCHAFT
    • H01F41/04
    • H01F41/04Y10T29/4902Y10T29/49073
    • A process is useful for making an iron body with a winding for generating electromagnetic fields. The iron body comprises an essentially parallelepipedal iron core (6) and at least one U-shaped iron yoke (7) for accommodating a section of the winding, the iron core being inserted between the branches of said yoke. The iron core (6) is inserted in the winding in which the wires are initially undeformed, and the U-shaped iron yoke (7) is slid on, the core (6) and yoke (7) being moved relative to each other until the cross-sectional area of the groove bounded by the core (6) and the yoke (7) or of the winding space is smaller than that of the initially undeformed section of the winding accommodated in the winding space of the iron body formed by the core (6) and the yoke (7). The core (6) and the yoke (7) are pushed together with a force such that the originally circular cross-sections of the wires which constitute the winding are permanently deformed over the length of the groove or winding space in which they are accommodated.
    • 一种方法可用于制造具有用于产生电磁场的绕组的铁体。 铁体包括基本上平行六面体的铁芯(6)和至少一个U形铁轭(7),用于容纳绕组的一部分,铁芯插入在所述轭的分支之间。 将铁芯(6)插入到绕组中,其中电线最初未变形,并且U形铁轭(7)在其上滑动,芯(6)和轭(7)相对于彼此移动直到 由芯(6)和轭(7)或绕组空间限定的槽的横截面面积小于容纳在由铁(6)形成的铁体的绕组空间中的绕组的初始未变形段的横截面积 (6)和轭(7)。 芯部(6)和轭体(7)以一定的力推压,使得构成绕组的线的原始圆形横截面在它们被容纳的槽或卷绕空间的长度上永久地变形。
    • 4. 发明申请
    • PROTECTION CIRCUIT FOR AN INVERTER
    • 逆变器保护电路
    • WO1986006921A1
    • 1986-11-20
    • PCT/EP1986000273
    • 1986-05-10
    • ZUMTOBEL AKTIENGESELLSCHAFTWIESNER, ErnstJAGSCHITZ, Otto
    • ZUMTOBEL AKTIENGESELLSCHAFT
    • H05B41/29
    • H02H7/122H05B41/2855
    • The disclosed circuit intended to operate gas discharge lamps is designed so that in the case of failure, the oscillating circuit of the protection circuit is considerably weakened in order to avoid an overvoltage, yet without disconnecting completely the protection circuit and, as a result, once the failure has been repaired, the protection circuit may start again by itself. As a function of the voltage increase, a reactance coil (DR) is connected to the control circuit of the electronic switches (S2) of the inverter circuit via a thyristor (12) which is controlled by the voltage increase and which effects said weakening if the thyristor (12) is energized, said switching state being maintained up to the elimination of the failure cause. The hypostatic current required by the thyristor (12) to maintain said state may be tapped either on the control circuit of the electronic switch (S2) or also from another voltage source of the protection circuit, while nevertheless making sure that said hypostatic current is available, preferably without losses, in case of need.
    • 旨在操作气体放电灯的所公开的电路被设计成使得在发生故障的情况下,保护电路的振荡电路被显着削弱以避免过电压,但是没有完全断开保护电路,结果是一次 故障已经修复,保护电路本身可能再次启动。 作为电压增加的函数,电抗线圈(DR)经由晶闸管(12)连接到逆变器电路的电子开关(S2)的控制电路,该晶闸管由电压增加控制,并且如果 晶闸管(12)被通电,所述切换状态被维持以消除故障原因。 可控硅(12)所需的维持所述状态的静电电流可以在电子开关(S2)的控制电路上或也可以来自保护电路的另一个电压源上,但仍然确保所述静电电流可用 ,最好没有损失,在需要的情况下。
    • 5. 发明申请
    • DIRECT VOLTAGE SUPPLIED CIRCUIT FOR GENERATING VOLTAGES AND/OR CURRENTS WITH DIFFERENT CURVE FORM AND/OR DIFFERENT FREQUENCY AND/OR DIFFERENT POLARITY
    • 用于产生具有不同曲线和/或不同频率和/或不同极性的电压和/或电流的直接电压供应电路
    • WO1986004752A1
    • 1986-08-14
    • PCT/EP1986000042
    • 1986-01-30
    • ZUMTOBEL AKTIENGESELLSCHAFTJAGSCHITZ, Otto
    • ZUMTOBEL AKTIENGESELLSCHAFT
    • H02M07/537
    • H02M7/5387
    • A load (L) with an ohmic, inductive, capacitive or complex resistance behaviour is connected in series with a reactance coil (D). Additionally, there are provided at least two controlled semiconductor switches (T1 and T2) which are, in relation to the load (L) and the reactance coil (D), respectively in series and yet in conducting paths (1 and 2) which are connected to different potentials of the supply voltage. In industrial application, one of the switches (T2) is open while the other switch (T1) is alternatingly open and closed, and after a time lapse which may be regulated or controlled, the switch (T1) actuated up to then in alternation is now left open while the switch (T2) left open up to then is now alternatingly open and closed and such alternation of the control of the switches is constantly repeated. The switches (T1 and T2) may be controlled by circuit inherent magnitudes or by magnitudes acting from outside on the circuit (for example computer control).
    • 具有欧姆,电感,电容或复合电阻特性的负载(L)与电抗线圈(D)串联。 此外,至少提供了两个受控半导体开关(T1和T2),它们分别相对于负载(L)和电抗线圈(D)串联连接,而在导通路径(1和2)中是 连接到电源电压的不同电位。 在工业应用中,开关(T2)中的一个开路,而另一个开关(T1)交替地打开和关闭,并且在可能被调节或控制的时间流逝之后,交替地启动的开关(T1) 现在开关(T2)保持打开,然后再打开,现在交替地打开和关闭,并且不断地重复开关的控制的这种交替。 开关(T1和T2)可以由电路固有的幅度或电路上的外部作用的幅度(例如计算机控制)来控制。
    • 7. 发明申请
    • CONTROL SYSTEM FOR SEVERAL CONSUMERS
    • 几个消费者的控制系统
    • WO1991010276A1
    • 1991-07-11
    • PCT/EP1990001133
    • 1990-07-11
    • ZUMTOBEL AKTIENGESELLSCHAFTWERNER, Walter
    • ZUMTOBEL AKTIENGESELLSCHAFT
    • H02J13/00
    • H02J13/0086G05B2219/21028G05B2219/21053H02J13/0079H05B37/0254Y02B70/3283Y04S20/246Y10T307/461
    • A control system for several distributed consumers, especially lighting fittings, with a command transmitter (1), a receiver (10) allocated to each consumer (40), a control line (2) connecting the transmitter (1) to each receiver (10) and a first store (20, 23) in each receiver (10) in which an operative address (A2) for the appropriate consumer (40) may be stored. Each receiver (10) has a control unit (30, 50) by means of which the consumer (40) allocated to it (30, 50) can be controlled by the command transmitter (1) if it (30, 50) has previously been activated by the selection of the operative address (A2) of the consumer (40) allocated to it. The control system for distributed consumers is intended to make them particularly simple to switch on. To do this the operative address (A2) can be written into the first store (20) of each receiver (10) by electric signals and there is an electrically readable second store (21) containing a receiver-specific original address (A1). Both stores (20, 21) may be in a shared storage component (23). Each store (21 or 23) has an original address (A1) before the system is switched on and an operative address (A2) after it has been installed and switched on which can replace the original address (A1) or is present along with it (A1) during operation. There may be two separate stores (20, 21) and a common store (23) for the original (A1) and operative (A2) addresses.