会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Timepiece with rotating moon and earth displays
    • 带旋转月球和地球显示器的钟表
    • US09268309B2
    • 2016-02-23
    • US14467853
    • 2014-08-25
    • Mario Karsch
    • Mario Karsch
    • G04B19/26G04B3/04G04B49/00
    • G04B19/268G04B3/04G04B49/00
    • A timepiece includes: a central pivot; a central disk rotatable in a clockwise or counterclockwise direction around the central pivot; a stationary 24-hour scale arranged concentric to the central pivot; a sun mark; a large moon disk, the large moon disk being rotatably drivable in the counterclockwise direction at a rate of one revolution per synodic month; a moon view aperture in the large moon disk; and a small moon disk mounted at the large moon disk so as to be rotatable around a moon pivot parallel to the central pivot, the small moon disk carrying a plurality of dark circular areas. The dark circular areas are movable successively into registration with the moon view aperture and successively out of registration with the moon view aperture by the rotational movement of the small moon disk.
    • 钟表包括:中心枢轴; 围绕中心枢轴沿顺时针或逆时针方向旋转的中央盘; 与中心枢轴同心的固定的24小时刻度; 太阳标记 一个大月圆盘,大圆盘以逆时针方向可转动地以每一个月一转的速度驱动; 大月盘中的月球孔; 以及安装在大月圆盘上的小月盘,以能够平行于中心枢轴的月球枢轴周围旋转,小月盘携带多个深色圆形区域。 暗圆形区域可以依次移动与月球孔对准,并且通过小月盘的旋转运动而与月视孔径相配合。
    • 3. 发明申请
    • TIMEPIECE
    • US20150063077A1
    • 2015-03-05
    • US14467853
    • 2014-08-25
    • Mario Karsch
    • Mario Karsch
    • G04B19/26G04B3/04G04B49/00
    • G04B19/268G04B3/04G04B49/00
    • A timepiece includes: a central pivot; a central disk rotatable in a clockwise or counterclockwise direction around the central pivot; a stationary 24-hour scale arranged concentric to the central pivot; a sun mark; a large moon disk, the large moon disk being rotatably drivable in the counterclockwise direction at a rate of one revolution per synodic month; a moon view aperture in the large moon disk; and a small moon disk mounted at the large moon disk so as to be rotatable around a moon pivot parallel to the central pivot, the small moon disk carrying a plurality of dark circular areas. The dark circular areas are movable successively into registration with the moon view aperture and successively out of registration with the moon view aperture by the rotational movement of the small moon disk.
    • 钟表包括:中心枢轴; 围绕中心枢轴沿顺时针或逆时针方向旋转的中央盘; 与中心枢轴同心的固定的24小时刻度; 太阳标记 一个大月圆盘,大圆盘以逆时针方向可转动地以每一个月一转的速度驱动; 大月盘中的月球孔; 以及安装在大月圆盘上的小月盘,以能够平行于中心枢轴的月球枢轴周围旋转,小月盘携带多个深色圆形区域。 暗圆形区域可以依次移动与月球孔对准,并且通过小月盘的旋转运动而与月视孔径相配合。
    • 4. 发明申请
    • Rock Fashionable Calendar Horologe
    • 摇滚时尚日历Horologe
    • US20100095538A1
    • 2010-04-22
    • US12641932
    • 2009-12-18
    • Matthew SantangeloPeter Detterline
    • Matthew SantangeloPeter Detterline
    • G04B49/00
    • G04B49/00G04B19/262
    • A calendar indicating device can include easy placement through a north-south block (1) to orient an equinox line (3) to provide sunrise shadow indications of one or more solstice events such as the summer solstice or the winter solstice at the moment of sunrise. Designs can be based on remnants of artifacts that included some of the possible components, even for prehistoric man, in one integral stone device built from a stone base (2). Embodiments may include sunset indicator(s), solar altitude indicator(s), indicators for the maximum solar altitudes on the summer and/or winter solstice dates, and alignment aid(s).
    • 日历指示装置可以包括通过南北块(1)容易地放置以定向分支线(3)以提供一个或多个至少一些事件的日出阴影指示,例如在日出时的夏至或冬至 。 设计可以基于残片,其中包括一些可能的组件,即使是史前人类,也可以在一个由石头基座构成的整体石器中(2)。 实施例可以包括日落指示器,太阳高度指示器,用于夏季和/或冬至日期的最大太阳高度的指示器和对准辅助装置。
    • 5. 发明授权
    • Sun clock
    • 太阳时钟
    • US4255864A
    • 1981-03-17
    • US915949
    • 1978-06-15
    • Scott R. Glendinning
    • Scott R. Glendinning
    • G04B49/00
    • G04B49/00
    • A solar time indicating device in the form of an elongated box-like structure having a slot in one of its side faces for passing sunlight. A light image or line formed by the illuminated slot falls on a translucent side face, containing a proportionately expanded linear time index, disposed opposite the slotted face. The position of the leading edge of the light image along the time index or scale indicates solar time when the parallel, slotted and scale faces are tilted at the angle of latitude and the long axis of the box is disposed perpendicular to the earth's "true" north/south axis. An appropriate support for the tilted box may also include a mirror disposed beneath the scale face to permit easy viewing of the illuminated scale. An alternative embodiment comprises disposing the translucent scale face at the center of the box perpendicular to the slotted face and with the outer opposite parallel faces omitted to permit viewing of the illuminated scale face which is marked with a radial time index. This box may be adjustably mounted upon a suitable support to permit its proper orientation with regard to latitude and with an appropriate shade to overcome problems caused by seasonal variations in the position of the sun. A further embodiment combines features of the other embodiments.
    • 太阳能时间指示装置是细长的盒状结构形式,在其一个侧面上具有用于通过太阳光的槽口。 由照明槽形成的光图像或线条落在半透明的侧面上,其包含与开槽面相对设置的成比例地扩大的线性时间指数。 沿着时间指标或刻度的光图像的前缘的位置表示当平行的,开槽的和刻度面以纬度的角度倾斜并且箱的长轴垂直于地球的“真”设置时的太阳时间 北/南轴。 对于倾斜箱子的适当的支撑件还可以包括设置在刻度表面下方的反射镜,以便容易地观察照明的刻度。 替代实施例包括将半透明比例面放置在垂直于开槽面的盒的中心处,并且省略外部相对的平行面,以允许观察以径向时间指数标记的被照射的鳞片表面。 该箱可以可调节地安装在合适的支撑件上,以允许其相对于纬度和适当的遮蔽物的适当取向来克服由太阳位置的季节性变化引起的问题。 另一实施例组合了其他实施例的特征。
    • 6. 发明授权
    • Unitary space transit
    • 单一空间运输
    • US3940859A
    • 1976-03-02
    • US522349
    • 1974-11-11
    • Ralph Troseth
    • Ralph Troseth
    • G04B49/00G04B49/04
    • G04B49/04G04B49/00
    • An instrument is provided which requires no complex computations or high degree of skill in aligning scales to accurately indicate the time of day from observations of the position of the sun, and to accurately locate the moon, the sun, and other stars and constellations in celestial space.The instrument comprises a vertically adjustable stand upon which is mounted a support plane which may be rotated about a horizontal axis to accommodate alignment with the celestial equator. To the support plate is mounted a single rotary disk rotatable about a principal axis normal to the plane of the support plate. Inscribed upon the surface of the disk are an hour scale, a month-day scale, a right ascension hour angle scale, a local hour angle scale, a moon phase scale, a lunation scale to trace the phases of the moon, and a zodiac constellation display.Integrally formed from and normal to the disk are a sunbeam aperture plate, a sunbeam trace plate, and a plate having a declination scale inscribed thereon and to which a space object pointer with a bubble level is rotatably attached. Inscribed on the surface of the sunbeam trace plate opposite the aperture plate are time equation graphs tracing the movement of the sun in both the northern and southern celestial hemispheres. Sun declination scales and mean sun base lines corresponding to each time graph are also inscribed on the trace plate.When the support plate is aligned with its face toward the north and parallel to the plane of the celestial equator, the rotary disk may be turned to a position where sunlight passes through an aperture of the sunbeam aperture plate to strike a time equation graph or a mean sun base line inscribed on the trace plate. A rotary meridian marker mounted to the support plate so as to rotate about its principal axis independent of the rotary disk may then be used to directly indicate standard time, daylight saving time, solar time, or mean solar time on the hour scale.To function as a space transit, the rotary disk may be adjusted for longitudinal correction and right ascension, and the space object pointer may be adjusted for declination to locate the moon, sun, planets and other stars and constellations in space. Conversely, after the instrument has been directed toward an object in space, the instrument may be adjusted to indicate the right ascension and declination of the object. In addition, the constellations of the zodiac may be more generally located by means of the zodiac constellation display and a knowledge of the sun's declination during the month of concern.The moon phase and lunation interval scales make possible the tracing of any moon phase throughout the current and subsequent years. Further, when the date of the moon phase is determined, the right ascension and hour angle of the moon at any given time during the phase may be acquired.
    • 提供了一种仪器,不需要复杂的计算或高度的对准尺度的技能,以便从观察太阳的位置准确地指示一天中的时间,并准确地定位天体中的月球,太阳和其他星星和星座 空间。
    • 9. 发明授权
    • Astronomical timepiece
    • 天文钟表
    • US07154815B2
    • 2006-12-26
    • US10886100
    • 2004-07-08
    • Jean-Jacques BornRaymond Froidevaux
    • Jean-Jacques BornRaymond Froidevaux
    • G04B49/00
    • G04B19/262G04G9/0076
    • The present invention concerns an electronic astronomical watch, in particular of the wristwatch type, said watch (1) being capable of indicating the position of celestial bodies in the heavens, said watch (1) including: a time base (48) for producing a standard frequency signal; means (50) for determining the current time and date from the standard signal means (28, 30) for selecting a celestial body; analogue time display means using two hands (10, 12); means (32) for determining the position of the selected celestial body in the heavens and indicating this position via the display means (10, 12), the watch (1) being wherein it includes a rotating dial (14) on which there is shown the map (16) of the heavens and in that the shape of the hands (10, 12) is such that their intersection or point of conjunction enables any point of the map of the heavens (16) to be designated on the dial (14).
    • 本发明涉及一种电子天文手表,特别是手表型手表,所述手表(1)能够指示天体中的天体的位置,所述手表(1)包括:时基(48),用于产生 标准频率信号; 用于从用于选择天体的标准信号装置(28,30)确定当前时间和日期的装置(50); 模拟时间显示意味着使用双手(10,12); 用于确定所选择的天体在天空中的位置并通过显示装置(10,12)指示该位置的装置(32),所述手表(1)包括其上显示的旋转拨盘(14) 天空的地图(16),并且手(10,12)的形状使得它们的交点或结合点使得天(16)的地图的任何点在表盘(14)上被指定 )。