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    • 2. 发明授权
    • Electronic pick-up device for transducing electrical energy and sound
energy of the heart
    • 用于转换心脏的电能和声能的电子拾取装置
    • US4362164A
    • 1982-12-07
    • US186074
    • 1980-09-11
    • Michael J. LittleShi-Yin Wong
    • Michael J. LittleShi-Yin Wong
    • A61B5/0404A61B7/02A61B5/02
    • A61B7/026A61B5/0404
    • A stethoscope transducer applicable as a conventional audio transducer and as a phonocardiogram transducer has a body which on one side mounts an electrode carrying chest bell and which on an opposite side mounts a conventional chest bell. A microphone and a rotor assembly are mounted in a cavity in the body. The microphone and earpiece connections on the body communicate through passages in the rotor assembly with the electrode carrying chest bell when the rotor assembly is in a first position and with the conventional chest bell when the rotor assembly is rotated to a second position. These are three electrodes, two being pickup electrodes which each occupy one quadrant of the chest bell rim in diametrically opposite positions. The third electrode is on the rim intermediate the pickup electrodes. The rim is of a non-wettable material providing a hydrophobic surface.
    • 适用于传统音频换能器和作为心音图转换器的听诊器换能器具有一体,其一侧安装有携带胸铃的电极,并且相对侧安装常规胸罩。 麦克风和转子组件安装在体内的空腔中。 当转子组件处于第一位置时,当转子组件旋转到第二位置时,主体上的麦克风和听筒连接通过转子组件中的通道与电极携带胸铃连通。 这些是三个电极,两个是拾取电极,每个电极在径向相对的位置上占据胸口边缘的一个象限。 第三电极位于拾取电极之上的边缘上。 轮辋是提供疏水表面的不可润湿材料。
    • 3. 发明授权
    • Organic optical waveguide device and method of making
    • 有机光波导器件及其制造方法
    • US4609252A
    • 1986-09-02
    • US579791
    • 1984-02-15
    • Shi-Yin WongGregory L. Tangonan
    • Shi-Yin WongGregory L. Tangonan
    • B29D11/00G02B6/28G02B6/10
    • G02B6/2804B29D11/00663
    • The specification describes a process for forming an organic optical waveguide device of predetermined planar geometry. First a layer of an organic photoactive composition (for example, phenylglyoxylic acid or a derivative thereof) is deposited to a predetermined thickness on a given substrate. The photoactive composition is characterized by being capable of forming a waveguiding material upon polymerization. Next, the deposited photoactive layer is exposed to a beam of ultraviolet radiation through a mask which defines the desired planar geometry for the device to be formed. Finally, the exposed photoactive layer is developed to leave behind a portion of the photoactive material which has the desired planar geometry and which is an organic waveguiding material.
    • 本说明书描述了一种用于形成具有预定平面几何形状的有机光波导器件的工艺。 首先,将一层有机光活性组合物(例如,苯基乙醛酸或其衍生物)沉积到给定基底上的预定厚度。 光活性组合物的特征在于能够在聚合时形成波导材料。 接下来,沉积的光活性层通过掩模暴露于紫外线辐射束,该掩模限定待形成的器件的所需平面几何形状。 最后,曝光的光敏层被开发以留下具有所需平面几何形状并且是有机波导材料的光活性材料的一部分。