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    • 4. 发明授权
    • Input device provided with strain gages
    • 带有应变计的输入装置
    • US06477904B2
    • 2002-11-12
    • US09416243
    • 1999-10-12
    • Ryoichi MaedaKazuo KaneoTakeshi Akahama
    • Ryoichi MaedaKazuo KaneoTakeshi Akahama
    • G01L122
    • G01L5/223
    • An input device has a control member having an operating part and a base part. The base part has arms and connecting parts connecting the adjacent arms. Strain gages are placed on the arms, respectively. Projections are formed on the connecting parts or a holding member for holding the control member thereon to secure spaces between the arms and the holding member to enable the arms to be strained greatly when the operating part is tilted so that the respective electrical resistances of the strain gages can be changed greatly for the slight tilting of the operating part of the control member.
    • 输入装置具有控制构件,该控制构件具有操作部和基部。 基部具有连接相邻臂的臂和连接部。 应变片分别放在臂上。 在连接部件上形成有突起,或者用于将控制部件保持在其上的固定部件,以确保臂和保持部件之间的空间,使得当操作部件倾斜时臂可以大大地应变,使得应变的各个电阻 对于控制构件的操作部分的轻微倾斜,可以大大地改变量具。
    • 10. 发明授权
    • Variable resistor changing resistance value by pressing
    • 可变电阻通过按压改变电阻值
    • US06275138B1
    • 2001-08-14
    • US09589023
    • 2000-06-07
    • Ryoichi Maeda
    • Ryoichi Maeda
    • H01C1010
    • H01C10/106H01H2239/078
    • The conventional variable resistor has a problem in that, because a pressure-sensitive member made of a pressure-sensitive conductive rubber is used, a serious scattering is caused in the characteristic (change curve), and scattering of thickness in the manufacture of the pressure-sensitive member results in a large scatter of the characteristic (change curve). The variable resistor of the invention uses the first resistor pattern forming the variable resistor. It is therefore possible to provide a variable resistor which scattering in the manufacture is smaller, can achieve a uniform resistance change characteristic, and gives a high accuracy.
    • 传统的可变电阻器的问题在于,由于使用由压敏导电橡胶制成的压敏部件,因此在特性(变化曲线)中产生严重的散射,并且在制造压力时产生厚度的散射 敏感的成员导致特征的大的分散(变化曲线)。 本发明的可变电阻器使用形成可变电阻器的第一电阻器图案。 因此,可以提供一种可变电阻器,其制造中的散射更小,可以实现均匀的电阻变化特性,并且提供高精度。