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    • 3. 发明公开
    • Method of producing printer head using piezoelectric member
    • Herstellungsverfahren eines Druckkopfes mit piezoelektrischem Bauelement。
    • EP0565280A2
    • 1993-10-13
    • EP93302301.2
    • 1993-03-25
    • Kabushiki Kaisha TECTOSHIBA-EMI LIMITED
    • Ochiai, KuniakiKomakine, ShigeoTsukamoto, Toshihiro
    • B41J2/16B41J2/045
    • B41J2/1632B41J2/1609B41J2/1623B41J2/1643Y10T29/42Y10T29/49401
    • Disclosed herein is a method of producing a printer head. A substrate including at least one piezoelectric member polarized in its thickness direction is formed. A plurality of grooves and a plurality of posts are alternately defined in the substrate. A pre-processing solution is allowed to flow along the grooves at the following relative velocity so as to effect pre-processing when the velocity of the pre-processing solution for electroless plating relative to an object to be plated is V, the height of each of electrodes formed on the internal surfaces of the grooves is H, the width of each groove is W and a contact angle at which the pre-processing solution is brought into contact with the internal surfaces of the grooves is 6. VW 2 ·(1+cosθ)/H 2 >0.6mm/s Thereafter, the substrate is immersed in an electroless plating solution to form the electrodes. A roof is joined to the surface of the substrate so as to close the top opening surfaces of the grooves, thereby defining a plurality of pressure chambers.
    • 本文公开了一种制造打印头的方法。 形成包括在其厚度方向上极化的至少一个压电元件的基板。 在基板中交替地限定多个槽和多个柱。 允许预处理溶液沿着沟槽以下列相对速度流动,以便当化学镀相对于待镀物体的预处理溶液的速度为V时,进行预处理,每个 在槽的内表面上形成的电极为H,每个槽的宽度为W,并且预处理溶液与槽的内表面接触的接触角为θ。 然后,将基板浸渍在无电镀液中,形成电极。 屋顶与衬底的表面接合,以封闭槽的顶部开口表面,由此限定多个压力室。
    • 4. 发明公开
    • Data transmission system
    • Datenübertragungssystem。
    • EP0200447A2
    • 1986-11-05
    • EP86302969.0
    • 1986-04-21
    • EMI Limited
    • Smelt, Newark GeorgeTrask, Jeremy Robin
    • H04Q9/14H02J13/00
    • G06F12/0661H02J13/0031H04Q9/14Y02B90/2692Y04S40/146
    • The domestic communication network 1 has a main control unit 2 which can selectively address sixteen separate stations 3 by sending signals along the common electrical mains wiring 4. Each station 3 has a unique four-bit address identity, while each signal sent out by control unit 2 has an address signal (formed of a four-bit address word and a mask code) and a data signal. The mask code informs the stations of how many bits in the address word are to be ignored.
      Each station 3 has a unit 5 to extract, from the address signal, the mask code and input it to subtractors 6 and 7, for modification of the station identity and the received signal to the same number of most-significant bits. Suitable equivalence at a comparator 9 actuates a switch 10 for activation of a circuit 11.
    • 国内通信网络1具有主控制单元2,主控制单元2可以通过沿着公用电源线路4发送信号来选择性地寻址十六个独立站3.每个站3具有唯一的四位地址标识,而由控制单元发出的每个信号 2具有地址信号(由四位地址字和掩码码构成)和数据信号。 掩码代码通知站点地址字中有多少比特被忽略。 每个站3具有从地址信号提取掩码码并将其输入到减法器6和7的单元5,用于将站标识的修改和接收的信号改为相同数量的最高有效位。 在比较器9处的适当等效开关用于启动电路11的开关10。
    • 10. 发明公开
    • Surface acoustic wave device
    • Mit。chen chen。。。。。。。。。。。。。
    • EP0157482A2
    • 1985-10-09
    • EP85301073.4
    • 1985-02-19
    • EMI Limited
    • Blundell, Stephen James
    • H03H9/42H03H9/76
    • H03H9/42H03H9/76
    • A surface acoustic wave device consists of a substrate of a piezo-electric material provided with an input transducer T' i and ten output transducers T' 01 .... T' 010 spaced apart along the substrate. The output transducers are arranged in two tracks (20, 30) and are spaced apart so that a surface acoustic wave, launched in a propogation direction P and received at the output transducers will be subject to respective delays. These delays exclude one or more delays which would have arisen if the output transducers had been arranged on the substrate with the same relative spacings but in a single track only.
    • 表面声波装置由设置有输入变换器T min I的压电材料的基板和沿着基板间隔开的十个输出换能器T min 01 ... T min 010组成。 输出传感器布置在两个轨道(20,30)中并且间隔开,使得以传播方向P发射并在输出换能器处接收的声表面波将受到相应的延迟。 这些延迟排除了一个或多个延迟,如果输出传感器已经以相同的相对间距排列在基板上,而仅在单个轨道中,则会出现这种延迟。