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    • 116. 发明申请
    • AN ADJUNCT ARRANGEMENT FOR A TELECOMMUNICATION DEVICE
    • 电信设备的ADJUNCT安排
    • WO1997045996A2
    • 1997-12-04
    • PCT/IB1997000563
    • 1997-05-16
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABVAN DER STOEL, Simon, Johannes
    • H04M11/06
    • H04M11/06
    • From facsimile selectors, for instance, adjunct arrangements are known having a muting function for muting a telephone conversation when sending fax data. An adjunct arrangement is described having a low power consumption while at the same time strongly muting a voice communication so that it can easily be battery operated. To this end, in mute mode, the adjunct arrangement has a gyrator that is switched in series with a telephone set, the series circuit being switched parallel to the telephone network. In mute mode, the adjunct arrangement further has a capacitor switched parallel to the telephone set. Furthermore, in mute mode, data is exchanged between the network and the adjunct arrangement by coupling a data receiver and/or transmitter to the telephone line.
    • 例如,从传真选择器,已知具有用于在发送传真数据时静音电话会话的静音功能的附件安排。 描述了具有低功耗的附件装置,同时强烈地使语音通信静音,使得其可以容易地被电池操作。 为此,在静音模式下,附件装置具有与电话机串联的旋转器,串联电路被平行于电话网络切换。 在静音模式中,附加装置还具有平行于电话机的电容器。 此外,在静音模式下,通过将数据接收器和/或发射器耦合到电话线,在网络和辅助装置之间交换数据。
    • 118. 发明申请
    • APPARATUS COMPRISING AN ELECTRICAL DEVICE AND A BATTERY HOLDER
    • 包含电气设备和电池座的装置
    • WO1997045910A1
    • 1997-12-04
    • PCT/IB1997000561
    • 1997-05-16
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABDIEDERIKS, Eino, Marcus, A.KRUIJSWIJK, Stefan, Geerte
    • H02J07/00
    • H02J7/0045H01M2/1038H01M2/20H04R25/602
    • An apparatus comprising an electrical device ( 1 ) having a first connection terminal (1a), a second connection terminal (1b) and a holder ( 3 ) for holding a voltage source (4) having two voltage-source terminals (4a, 4b). The holder has a first contact (3a), a second contact (3b) and a third contact (3c) for cooperation with the voltage-source terminals. Via these contacts, the first connection terminal is connectable to one voltage-source terminal (4a) and the second connection terminal is connectable to the other voltage-source terminal (4b). The holder is adapted to allow the first contact, the second contact and the third contact to engage simultaneously with the voltage-source terminals. When the voltage source is present, the first contact and one of the two other contacts are in engagement with one of the voltage-source terminals, and the other contact, which is not in engagement with the first voltage-source terminal, is in engagement with the second voltage-source terminal. The first contact is connected to the first connection terminal of the electrical device and the second contact and the third contact are connected to, respectively, a first input (5a) and a second input (5b) of a FET circuit ( 5 ). The FET circuit has an output (5c) connected to the second connection terminal of the electrical device.
    • 一种包括具有第一连接端子(1a),第二连接端子(1b)和保持器(3)的电气设备(1)的设备,用于保持电压源 (4)具有两个电压源极端子(4a,4b)。 保持器具有用于与电压源端子配合的第一触点(3a),第二触点(3b)和第三触点(3c)。 通过这些触点,第一连接端子可连接到一个电压源端子(4a),第二连接端子可连接到另一个电压源端子(4b)。 保持器适于允许第一接触,第二接触和第三接触与电压源端子同时接合。 当存在电压源时,第一触点和另外两个触点中的一个触点与一个电压源端子接合,而不与第一电压源端子接合的另一触点处于接合状态 与第二电压源端子。 第一触点连接到电气装置的第一连接端子,第二触点和第三触点分别连接到FET电路(5)的第一输入端(5a)和第二输入端(5b) )。 FET电路具有连接到电气设备的第二连接端子的输出(5c)。
    • 119. 发明申请
    • A THIN-FILM ELECTRONIC DEVICE AND A METHOD OF MANUFACTURING SUCH DEVICE
    • 薄膜电子器件及其制造方法
    • WO1997045865A2
    • 1997-12-04
    • PCT/IB1997000431
    • 1997-04-23
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABLAWLEY, Christopher, ArthurCURRAN, James, Edward
    • H01L21/311
    • H01L29/66765G02F1/1368H01L21/28008H01L21/31105H01L21/31687H01L29/4908
    • Anodising treatments are used to form insulating films (12) in the manufacture of a flat-panel display or other large-area thin-film electronic device. A first film (1, 101) of anodisable material (e.g. Al) is anodised through a part of its thickness to form an anodic second film (2). A mask pattern (4), e.g. of photoresist, is provided at least on the second film (2) to define an area (5) where the second film (2) is etched away through at least a part of its thickness and where a further anodising step is carried out to form an anodic third film (3) contiguous with a remaining part of the anodic second film (2). The manufacture is simplified by using reverse-anodising in an electrolyte solution (20) to carry out the etching of the second film (2). The first film (1, 101) is biased negatively as a cathode to carry out the reverse-anodising, after which the further anodising step is carried out by biasing the first film (1, 101) positively as an anode in the same electrolyte solution (20) to form the anodic third film (3). Aremaining part (11a, 11b) of the first film (1) may provide a conductor track or gate electrode over which there is an insulating film (12) comprising a part of the anodic second film (2) on top of the track/electrode (11a, 11b) and a part of the anodic third film (3) on a sloping side-wall of the track/electrode (11a, 11b). A crossing track (C2, 18) or TFT channel region (15) may be deposited over the insulated track/electrode (11a, 11b).
    • 阳极氧化处理用于制造平板显示器或其他大面积薄膜电子器件的绝缘膜(12)。 阳极氧化材料(例如Al)的第一膜(1,101)通过其厚度的一部分被阳极化以形成阳极第二膜(2)。 掩模图案(4),例如 至少在第二膜(2)上设置限定其中通过其厚度的至少一部分蚀刻掉第二膜(2)的区域(5),并且进一步进行阳极氧化步骤以形成 与阳极第二膜(2)的剩余部分相邻的阳极第三膜(3)。 通过在电解质溶液(20)中使用反阳极化来进行第二膜(2)的蚀刻来简化制造。 第一膜(1,101)作为阴极负极地进行反向阳极氧化,之后通过在相同的电解质溶液中将第一膜(1,101)作为阳极偏置来进行阳极氧化步骤 (20)以形成阳极第三膜(3)。 第一膜(1)的涂覆部分(11a,11b)可以提供导体轨道或栅电极,在导体轨道或栅电极上,在轨道/电极的顶部上具有包括阳极第二膜(2)的一部分的绝缘膜(12) (11a,11b)和所述阳极第三膜(3)的一部分在所述轨道/电极(11a,11b)的倾斜侧壁上。 交叉轨道(C2,18)或TFT沟道区域(15)可沉积在绝缘轨道/电极(11a,11b)上。