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    • 1. 发明申请
    • INCLINATION-COMPENSATING DISPLAY DEVICE FOR A COMPASS
    • NEIGUNGSKOMPENSIERENDE显示装置,以指南针
    • WO1996041128A1
    • 1996-12-19
    • PCT/EP1996002467
    • 1996-06-05
    • RECTA S.A.GLOOR, HansGIGON, Denis
    • RECTA S.A.
    • G01C17/04
    • G01C17/06
    • An inclination-compensating display device for a compass (100) is disclosed. The compass (100) has a magnetic field detection element (20) mounted inside the housing (100') of the compass (100) on a pivot (7). When the pivot is vertically oriented, the magnetic field detection element (20) can turn in a substantially horizontal plane. At least one spacer (4) is arranged in the housing (100') of the compass (100) to prevent the display device (30) from bumping against the housing (100') of the compass (100) when the housing (100') is inclined.
    • 公开了一种用于在外壳中的罗盘(100),其具有在顶轴承(7)具有垂直取向性(7)在基本水平的平面可旋转地安装磁场检测装置(20)一neigungskompensierende显示装置(100“) 指南针(100)被容纳。 根据本发明,提供的是在所述壳体(100“)中的罗盘(100)的(指南针(100),至少一个间隔体(4)的由显示装置(30)100在壳体上)的邻接”接收在其倾斜( 100“)被防止。
    • 2. 发明申请
    • TILT-COMPENSATING INDICATOR DEVICE FOR A COMPASS
    • NEIGUNGSKOMPENSIERENDE显示装置,以指南针
    • WO1996041127A1
    • 1996-12-19
    • PCT/EP1996002303
    • 1996-05-29
    • RECTA S.A.GLOOR, HansGIGON, Denis
    • RECTA S.A.
    • G01C17/04
    • G01C17/06
    • The invention concerns a tilt-compensating indicator device for a compass (100) comprising a magnetic field detection device (20) which is mounted on a conical bearing (7) and is accommodated in a housing (100') of the compass (100). The indicator device (30) is rotatably mounted on the magnetic field detection device (20) by means of a receiving bearing (8, 10) whose bearing shaft (8), accommodated in bearing elements (10) of the magnetic field detection device (20), extends substantially at right-angles to the north-south direction of the magnetic field detection device (20).
    • neigungskompensierende的显示装置用于指南针(100),(7)上的磁场检测装置(20)中描述了一种轴承,该轴承容纳在指南针(100)的外壳(100“)的顶部安装一个。 根据本发明,提供的是在显示装置(30)的磁场检测系统(20)上由​​接收轴承(8,10)的装置被可转动地接收到的磁场检测装置的轴承元件(10)(20)与轴承轴线(8)基本上垂直于北 延伸的磁场检测装置(20)的南北方向。
    • 4. 发明申请
    • COMPASS
    • 罗盘
    • WO1985003347A1
    • 1985-08-01
    • PCT/JP1984000016
    • 1984-01-24
    • APOLLO SPORTS CO., LTD.HATTORI, Seiji
    • APOLLO SPORTS CO., LTD.
    • G01C17/04
    • G01C17/04G01C17/06
    • A compass of the type which is widely used in sports and for industrial purposes, comprises a casing (1) in which at least a top panel (2) is made of a transparent material, a cover plate (3) attached to the open base of the casing (1), a chassis (4) provided within the casing (1), a shaft (13) freely and rotatably supported at both ends thereof by a bearing member (6) provided at the center of the under surface of the casing top panel (2) and a bearing member (10) provided at the center of the chassis (4), and a magnetic needle (14) attached to the shaft (13) which is supported at both ends thereof, wherein at least one of the opposite bearing members (6), (10) is urged by a spring (17) toward the other bearing member. Even when the compass is used in an orientation other than horizontal so that the casing is orientated in the direction perpendicular to the direction of gravitational force, that is, at any inclination, the magnetic needle indicates direction accurately and stably without the magnetic needle coming into contact with the casing, which would impair its rotational properties.
    • 广泛应用于运动和工业目的的罗盘包括:至少一个顶板(2)由透明材料制成的壳体(1),安装在开口底座上的盖板(3) 所述壳体(1)中的底座(4)设置在所述壳体(1)内的底座(4)上,轴(13)通过设置在所述壳体(1)的下表面的中心处的轴承部件 壳体顶板(2)和设置在底盘(4)中心的轴承构件(10),以及安装在轴(13)上的磁性针(14),其在其两端被支撑,其中至少一个 的相对的轴承构件(6),(10)被弹簧(17)推向另一承载构件。 即使在罗盘不是水平方向使用罗盘,使得外壳沿着与重力方向垂直的方向定向,也就是说,在任何倾斜的情况下,磁针在没有磁针进入的情况下精确稳定地指示方向 与壳体接触,这将损害其旋转性能。