会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Switching regulator power supply device combined with the horizontal
deflection circuit of a television receiver which it supplies
    • 开关调节器电源装置与其供应的电视接收机的水平偏转电路相结合
    • US4368409A
    • 1983-01-11
    • US272267
    • 1981-06-10
    • Appukuddy SivanesanErich GeigerGerard Rilly
    • Appukuddy SivanesanErich GeigerGerard Rilly
    • H04N3/16H04N3/18H04N3/185H01J29/70
    • H04N3/185
    • Step-up switching regulator power supply device comprising, connected between the poles of a rectifier circuit supplied by an isolating voltage step-down transformer and loaded by a first filter capacitor, and inductance and the collector-emitter path of a first switching transistor of NPN type, a first diode whose anode is connected to the junction of the inductance and to the collector of said transistor and whose cathode is connected to a second filter and storage capacitor supplying a voltage at its output which supplies a horizontal deflection circuit of a television receiver.This horizontal deflection circuit which comprises in cascade a horizontal oscillator, a driver stage and an output stage, forms an integral part of the circuit controlling said first transistor and determines the repetition period of the switching, because it is started under an initial voltage slightly less than the unregulated input voltage of the device.The switching transistor is being turned off in synchronism with the turning off of the trace switch transistor by using flyback pulses of negative polarity to bias the base thereof.
    • 升压开关稳压器电源装置,包括连接在由隔离降压变压器提供并由第一滤波电容器加载的整流器电路的极点之间,以及NPN的第一开关晶体管的电感和集电极 - 发射极路径 类型,其阳极连接到所述晶体管的电感和集电极的结的第一二极管,并且其阴极连接到第二滤波器,并且在其输出端提供电压的存储电容器提供电视接收机的水平偏转电路 。 该水平偏转电路包括级联水平振荡器,驱动级和输出级,形成控制所述第一晶体管的电路的整体部分,并确定切换的重复周期,因为它在初始电压略低的情况下启动 比器件的未调节输入电压高。 通过使用负极性的反激脉冲偏压其基极,开关晶体管与跟踪开关晶体管的截止同步地截止。
    • 2. 发明授权
    • Transformer
    • 变压器
    • US6127911A
    • 2000-10-03
    • US243201
    • 1999-02-02
    • Hans-Otto HallerGerard RillyJose-I Rodriguez-Duran
    • Hans-Otto HallerGerard RillyJose-I Rodriguez-Duran
    • H01F27/30H01F27/28H01F27/32H01F30/00H01F27/29
    • H01F27/324H01F27/2804
    • Transformer comprises a core (K1, K2), a primary winding (W1) and at least one secondary winding (W2), which are arranged as conductors on one or more layers of a flat carrier, and a coil former with a chamber system having chambers (C1, C2), which accommodate the layers with the windings (W1, W2). At least one of the chambers (C1, C2) is closed at least in regions, with the result that long distances for creepage paths are obtained. As a result of this, it is possible to adhere to existing safety regulations for the mains power supply isolation even with very compact dimensions and/or with full utilization of the width available for the conductor tracks. The chamber system can be formed from two or three plastic parts (P1, P2, P3) by mating. The layers with the conductor tracks are routed laterally out of the chamber system in order to make contact with terminals. In an advantageous refinement, webs with metallized slots are arranged on walls of the chamber system, in order to make contact with the conductor tracks (L). The slots are, for example, notched or trough-shaped depressions in which the carrier layers latch into place and are held thereby. The electrical contact afforded by the slots can be additionally supported by a solder-paste application with subsequent soldering. The lateral contacts mean that plated-through holes are avoided in the case of the carrier layers, with the result that the latter can be produced significantly more inexpensively. By virtue of the chamber system, it is possible for the openings in a core, for example an E/E or E/I core, to be utilized significantly better if the transformer has to comply with a sufficient insulation strength, such as in the case of mains power supply isolation, for example.
    • 变压器包括芯体(K1,K2),初级绕组(W1)和至少一个次级绕组(W2),它们被布置为平坦载体的一个或多个层上的导体,以及具有室系统的线圈架, 室(C1,C2),其容纳具有绕组(W1,W2)的层。 至少一个室(C1,C2)中的至少一个至少在区域中被关闭,结果是获得爬电路径的长距离。 因此,即使使用非常紧凑的尺寸和/或充分利用可用于导体轨迹的宽度,也可以遵守现有的用于电源隔离的安全规定。 腔室系统可以通过配合由两个或三个塑料部件(P1,P2,P3)形成。 具有导体轨迹的层被横向地排出腔室系统以便与端子接触。 在有利的改进中,具有金属化槽的网布置在室系统的壁上,以便与导体轨道(L)接触。 槽是例如凹槽或槽形的凹陷,其中载体层锁定就位并由此保持。 由插槽提供的电接触可以通过随后焊接的焊膏应用附加地支撑。 横向触点意味着在载体层的情况下避免了电镀通孔,结果是可以显着地更廉价地制造后者。 通过腔室系统,如果变压器必须符合足够的绝缘强度,则可以使芯体中的开口(例如E / E或E / I型芯)得到更好的利用,例如在 例如电源电源隔离的情况。
    • 3. 发明授权
    • Current supply circuit for a consumer electronics apparatus
    • 用于消费电子设备的电流供应电路
    • US6085017A
    • 2000-07-04
    • US771360
    • 1996-12-16
    • Gerard Rilly
    • Gerard Rilly
    • H02J1/00H04B1/16H04N5/00H04N5/63H04N5/775H04N5/782H04N5/76
    • H04B1/1615H04N5/63H04N5/782H04W52/0229H04W52/0283H04N5/7755Y02B60/50
    • A current supply circuit for an electronic apparatus having standby, normal and economy modes of operation includes a remote control receiver which responds to a remote control signal from a remote control unit to select either mode of operation. A voltage source provides a main voltage which is detected to produce a switching voltage when the main voltage is present. The switching element of a voltage responsive switch is connected to a first input contact in the presence of the switching voltage and to a second input contact in the absence of the switching voltage. The output contact of the voltage responsive switch is connected to an input terminal of the remote control receiver and to a first input terminal of the filter. The output contact is selectively connected to the first and second input contacts in response to the respective presence and absence of the switching voltage to apply a first operating voltage to the first input contact in the presence of the switching voltage and a second operating voltage to the second input contact to place the current supply circuit into the economy mode of operation in the absence of the switching voltage.
    • 具有待机,正常和经济的操作模式的电子设备的电流供应电路包括遥控接收器,其响应来自遥控单元的遥控信号以选择任一操作模式。 当存在主电压时,电压源提供被检测以产生开关电压的主电压。 电压响应开关的开关元件在存在开关电压的情况下连接到第一输入触点,并且在没有开关电压的情况下连接到第二输入触点。 电压响应开关的输出触点连接到遥控接收器的输入端子和滤波器的第一输入端子。 响应于相应的存在和不存在开关电压,输出触点被选择性地连接到第一和第二输入触点,以在开关电压和第二工作电压存在的情况下将第一工作电压施加到第一输入触点 第二输入触点,以在没有开关电压的情况下将电流供应电路放置在经济模式中。
    • 5. 发明授权
    • Switched-mode power supply for a load having a low power supply
    • 具有低电源负载的开关电源
    • US5973940A
    • 1999-10-26
    • US961360
    • 1997-10-30
    • Markus RehmThomas RiesleGerard RillyJose I. Rodriguez-Duran
    • Markus RehmThomas RiesleGerard RillyJose I. Rodriguez-Duran
    • H02M3/335H02M3/338
    • H02M3/3385
    • The switched-mode power supply comprises a secondary winding and four diodes for producing two rectified voltages of the same polarity, one of which can be regulated. A connection of the unregulated voltage has connected to it a variable Zener diode as an error amplifier for transmitting a regulating signal to the primary side. The driver stage provides a pulse-width-modulated square-wave signal for driving the switching transistor which is arranged at a high potential between the operating voltage on the input side and a first connection of the primary winding. The second connection of the primary winding is connected with a Zener diode and provides a stabilized voltage for the driver stage. Arranged between the driver stage and the control electrode of the switching transistor there is a differentiating element which produces positive and negative switching voltages for controlling the switching transistor.
    • 开关型电源包括二次绕组和四个用于产生相同极性的两个整流电压的二极管,其中一个可以被调节。 未调节电压的连接已经连接到可变齐纳二极管作为用于将调节信号发送到初级侧的误差放大器。 驱动器级提供用于驱动开关晶体管的脉冲宽度调制方波信号,该开关晶体管被布置在输入侧的工作电压和初级绕组的第一连接之间的高电位。 初级绕组的第二个连接与齐纳二极管连接,为驱动级提供稳定的电压。 在开关晶体管的驱动级和控制电极之间布置有一个微分元件,其产生用于控制开关晶体管的正和负开关电压。
    • 6. 发明授权
    • Control circuit for a switching transistor using a tapped coil with
oppositely wound coil parts
    • 使用具有相反绕线圈部分的抽头线圈的开关晶体管的控制电路
    • US5892671A
    • 1999-04-06
    • US783228
    • 1997-01-14
    • Yves Fran.cedilla.oisDaniel LopezGerard Rilly
    • Yves Fran.cedilla.oisDaniel LopezGerard Rilly
    • H04N3/18H02M3/28H03K4/62H03K17/64H02M7/537
    • H03K4/62
    • A line deflection circuit for a television receiver or a switched-mode power supply operate with a switching transistor that is connected in series with the primary winding of a transformer and is periodically switched on and off by a switching voltage. In such a circuit, appreciable turn-on and turn-off losses, which reduce the overall efficiency of the circuit, are produced at the switching transistor, particularly at higher operating frequencies. Within a control circuit a DC voltage source is connected to the base of the switching transistor via a periodically actuated switch element and a coil having a core and a tap. The two parts of the coil are wound in opposite senses, and the tap is connected via a diode to ground or to the emitter of the switching transistor. The control circuit further includes a charge-reversal path via which, during a demagnetization phase of the coil, the energy stored in the coil in the form of a current is transferred in the form of a negative voltage to a capacitor that is coupled via a second diode to a first part of the coil. The negative voltage is applied during a residual time subsequent to the demagnetization phase as a reverse voltage to the base of the switching transistor.
    • 用于电视接收机或开关模式电源的线路偏转电路与与变压器的初级绕组串联连接并且通过开关电压周期性地接通和断开的开关晶体管操作。 在这种电路中,特别是在更高的工作频率下,在开关晶体管处产生了降低电路整体效率的明显的导通和关断损耗。 在控制电路中,直流电压源通过周期性致动的开关元件和具有芯和抽头的线圈连接到开关晶体管的基极。 线圈的两个部分以相反的方向缠绕,并且抽头通过二极管连接到开关晶体管的地或发射极。 控制电路还包括电荷反转路径,通过该电荷反转路径,在线圈的退磁阶段期间,以电流形式存储在线圈中的能量以负电压的形式传送到电容器,该电容器经由 第二二极管到线圈的第一部分。 在退磁阶段之后的剩余时间内施加负电压作为与开关晶体管的基极的反向电压。
    • 9. 发明授权
    • Inverter to feed a load having an inductive component
    • 逆变器为具有感应元件的负载供电
    • US4847746A
    • 1989-07-11
    • US171178
    • 1988-03-21
    • Gerard RillyLaurent Jeanneteau
    • Gerard RillyLaurent Jeanneteau
    • H02M7/538H05B6/06
    • H05B6/062H02M7/538
    • An inverter circuit for driving a load including an inductive component such as an inductive cooking appliance, and being powered by a pulsating DC source obtained by rectifying a single phase AC power input. The inverter includes a pair of power transistors operating in a push pull mode with a multiple winding transformer, and operating at a frequency in excess of the AC power line frequency. Alternate switching of the power transistors is fed back through the transformer to control the switching of the transistors. The improved circuit provides positive switching of the power transistors at the higher frequencies regardless of the fluctuations in amplitude of pulsating DC power input, by triggering the generation of constant firing pulses from a fixed voltage source to the transformer windings in a feedback arrangement. A starting oscillator is also provided to initially start, or restart, the inverter; and the starting oscillator is automatically decoupled from the inverter when the inverter is operating. In an alternative embodiment, the starting oscillator also provides the function of positively switching the power transistors after the inverter is functioning by changing its mode of operation from an oscillating circuit to a pulsing circuit.
    • 一种逆变器电路,用于驱动包括诸如感应烹饪器具的感应元件的负载,并由通过整流单相AC电力输入获得的脉动DC源供电。 逆变器包括一对功率晶体管,其工作方式为具有多绕组变压器的推挽模式,并以超过交流电源线频率的频率工作。 通过变压器反馈功率晶体管的交替切换以控制晶体管的切换。 改进的电路通过在反馈布置中触发从固定电压源到变压器绕组的恒定点火脉冲的产生,来提供功率晶体管在较高频率下的正切换,而不管脉动直流电力输入的幅度波动如何。 还提供启动振荡器来初始启动或重新启动逆变器; 变频器运行时起动振荡器与变频器自动退耦。 在替代实施例中,启动振荡器还提供在逆变器工作之后通过将其操作模式从振荡电路改变为脉冲电路来正向切换功率晶体管的功能。