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    • 61. 发明授权
    • Laminate displacement device
    • 层压位移装置
    • US5153477A
    • 1992-10-06
    • US653548
    • 1991-02-11
    • Shigeru JomuraJunichi WatanabeTakahiro SomejiYoshiyuki Watanabe
    • Shigeru JomuraJunichi WatanabeTakahiro SomejiYoshiyuki Watanabe
    • H01L41/083
    • H01L41/0471
    • A laminated displacement device comprises: a laminate which is formed by alternately laminating thin plates made of an electromechanical converting material and internal electrodes made of a conductive material; and external electrodes which are provided in the side portions of the laminate and are connected to the internal electrodes. In the laminated displacement device, a plane projection area which is obtained by overlapping the internal electrodes in the laminating direction is set to be smaller than a plane projection area which is obtained by overlapping the thin plates in the laminating direction. A relation of B/A.gtoreq.0.5 is satisfied between the width dimension A of a displacement portion which is formed by overlapping the projections of the internal electrodes in the laminating direction and the width dimension B of a non-displacement portion which is formed between the edge of the displacement portion and the side surface of the laminate.
    • 层压移位装置包括:层叠体,其通过交替层叠由机电转换材料制成的薄板和由导电材料制成的内部电极形成; 以及外部电极,其设置在层压体的侧部并连接到内部电极。 在层叠位移装置中,将层叠方向上的内部电极重叠而得到的平面投影面积设定为比层叠方向重叠薄板而得到的面投影面积小。 通过在层叠方向上与内部电极的突起重合形成的位移部分的宽度尺寸A与形成的非位移部分的宽度尺寸B之间的B / A> / = 0.5的关系被满足 在位移部分的边缘和层压体的侧表面之间。
    • 66. 发明授权
    • Automatic water-sprinkling controller
    • 自动洒水控制器
    • US4744515A
    • 1988-05-17
    • US930983
    • 1986-11-13
    • Junichi Watanabe
    • Junichi Watanabe
    • A01G25/16B05B12/12A01G27/00
    • A01G25/167Y10T137/189
    • An automatic water-sprinkling controller, with a peculiar main-valve connected with water supply, for controlling a water-sprinkling system which includes sprinklers, hose or pipes connected between said main-valve and said sprinklers, and a pilot tube for operating said main-valve. In the automatic controller, when the shortage of water of the ground is sensed by a moisture sensor comprising a ribbon which expands and contracts as a humidity, a microswitch is turned on by the contraction of the ribbon to feed an instant electric current for a electronic circuit and to start a timer circuit. The electric current is instantly fed to a solenoid, which is mounted in a microvalve unit, to open this unit, through the electronic circuit. When the microvalve is opened, a pilot water in the pilot tube, which is connected between the microvalve and the main-valve, starts to flow, and the main-valve is opened. These open states are held for a predetermined time period so that the sprinkler of the system can automatically perform its water-sprinkling operation for that time period.
    • 一种自动洒水控制器,具有与供水相连的特殊主阀,用于控制洒水系统,其包括连接在所述主阀和所述喷洒头之间的喷洒器,软管或管道,以及用于操作所述主体的引导管 -阀。 在自动控制器中,当由包括作为湿度膨胀和收缩的色带的湿度传感器感测到地面的水的不足时,微型开关由于色带的收缩而被接通以供给电子的瞬时电流 电路并启动定时器电路。 立即将电流馈送到安装在微型阀单元中的螺线管,以通过电子电路打开本机。 当微型阀打开时,连接在微阀和主阀之间的先导管中的先导水开始流动,主阀打开。 这些打开状态保持预定的时间段,使得系统的喷洒器可以在该时间段内自动执行其喷水操作。