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    • 1. 发明公开
    • Machine control panel
    • Maschinensteuerbrett。
    • EP0129894A2
    • 1985-01-02
    • EP84107245.7
    • 1984-06-25
    • HONEYWELL INC.
    • Gerhart, G. BrentonLane III, Charles E.
    • H01H13/70
    • H01H13/702H01H2219/014H01H2229/022H01H2231/016
    • A machine control panel includes a matrix of pressure sensitive switches (10) and a matrix of LED's (12) in a substantially coplanar array. An aperture array (18) formed by a flexible cover sheet (16) having an opaque coating (20) surrounding a matrix of transparent apertures (18) is positioned on top of the LED and switch array with corresponding ones of the LED's and apertures in alignment. Unused apertures in the aperture matrix corresponding to unused LED's are selectively closed by opaque aperture covers (19). Switch identifying covers in the form of labels (22) are positioned on top of the aperture array to visually indicate selected ones of the switches (16). A flexible transparent overlay located on top of the aperture array may be used to protect the labels and aperture covers white enabling a switch operating pressure to be transferred to the switches.
    • 机器控制面板包括基本上共面阵列中的压敏开关(10)矩阵和LED(12)的矩阵。 由具有围绕透明孔(18)矩阵的不透明涂层(20)的柔性覆盖片(16)形成的孔径阵列(18)位于LED和开关阵列的顶部,LED和开关阵列中的相应的LED和孔 对准。 对应于未使用的LED的孔径矩阵中的未使用孔径由不透明的孔盖(19)选择性地闭合。 以标签(22)的形式识别盖子位于孔径阵列的顶部上,以可视地指示选择的开关(16)。 可以使用位于孔径阵列顶部的柔性透明覆盖层来保护标签和孔盖,同时使开关工作压力能够传递到开关。
    • 2. 发明公开
    • Machine control panel
    • 机器控制面板
    • EP0129894A3
    • 1988-01-20
    • EP84107245
    • 1984-06-25
    • HONEYWELL INC.
    • Gerhart, G. BrentonLane III, Charles E.
    • H01H13/70
    • H01H13/702H01H2219/014H01H2229/022H01H2231/016
    • A machine control panel includes a matrix of pressure sensitive switches (10) and a matrix of LED's (12) in a substantially coplanar array. An aperture array (18) formed by a flexible cover sheet (16) having an opaque coating (20) surrounding a matrix of transparent apertures (18) is positioned on top of the LED and switch array with corresponding ones of the LED's and apertures in alignment. Unused apertures in the aperture matrix corresponding to unused LED's are selectively closed by opaque aperture covers (19). Switch identifying covers in the form of labels (22) are positioned on top of the aperture array to visually indicate selected ones of the switches (16). A flexible transparent overlay located on top of the aperture array may be used to protect the labels and aperture covers white enabling a switch operating pressure to be transferred to the switches.
    • 机器控制面板包括基本上共面阵列中的压敏开关(10)矩阵和LED(12)的矩阵。 由具有围绕透明孔(18)矩阵的不透明涂层(20)的柔性覆盖片(16)形成的孔径阵列(18)位于LED和开关阵列的顶部,LED和开关阵列中的相应的LED和孔 对准。 对应于未使用的LED的孔径矩阵中的未使用孔径由不透明的孔盖(19)选择性地闭合。 以标签(22)的形式识别盖子位于孔径阵列的顶部上,以可视地指示选择的开关(16)。 可以使用位于孔径阵列顶部的柔性透明覆盖层来保护标签和孔盖,同时使开关工作压力能够传递到开关。
    • 8. 发明公开
    • Pressure transmitter assembly
    • 压力变送器组件
    • EP0334611A2
    • 1989-09-27
    • EP89302804.3
    • 1989-03-21
    • HONEYWELL INC.
    • Hershey, George E.Wilda, Douglas W.Lane III, Charles E.
    • G01L9/06G01L13/02G01L19/14
    • G01L19/148G01L13/025G01L19/0038G01L19/0645G01L19/142
    • A pressure transmitter assembly includes a laminated ceramic structure (4) for providing fluid passages (56, 58, 60, 62, 64) as well as a support for a pressure sensor, electronic circuitry, fluid barrier diaphragms and input process fluid connections. The laminated structure is comprised of a plurality of co-fired ceramic layers (5, 6, 7) having the fluid passages moulded therein to enable fill fluids within the assembly to apply input pressures as a differential pressure across the pressure sensor. In one embodiment of the invention, three ceramic layers are used while a second embodiment uses four layers with an overload diaphragm captured between two of the layers. The laminated ceramic structure can be extended in either embodiment to include an outer ceramic circuit board (8) which is bonded with a fluid-tight interface with an adjacent one (5) of the other ceramic layers. Electronic components (9) are mounted on the circuit board either before or after bonding, which also provides a capability for further fluid passages extending between the circuit board and an adjacent ceramic layer.
    • 压力变送器组件包括用于提供流体通道(56,58,60,62,64)的层压陶瓷结构(4)以及用于压力传感器,电子电路,流体屏障隔膜和输入过程流体连接的支撑件。 层压结构由多个共烧陶瓷层(5,6,7)构成,其中具有模制在其中的流体通道,以使得组件内的填充流体能够施加输入压力作为穿过压力传感器的压差。 在本发明的一个实施例中,使用三个陶瓷层,而第二实施例使用四层,在两层之间捕获过载隔膜。 在任一实施例中,层压陶瓷结构可以延伸以包括外部陶瓷电路板(8),该外部陶瓷电路板(8)与其它陶瓷层中的相邻的一个(5)流体密封界面结合。 电子组件(9)在接合之前或之后安装在电路板上,这还提供了用于在电路板和相邻的陶瓷层之间延伸的另外的流体通道的能力。