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
    • Frictional resistance type exerciser and method of forming an exercising
device
    • 摩擦阻力型运动器和锻炼装置的形成方法
    • US4343466A
    • 1982-08-10
    • US94531
    • 1979-11-15
    • Roger C. Evans
    • Roger C. Evans
    • A63B21/018A63B21/16A63B21/00
    • A63B21/018A63B21/00069A63B21/16
    • An exercising device has a body made from one solid continuous piece of contoured rod using the variable friction resistance rope principle. The body is formed having two spaced rod sections, one end of each of the rod sections bends inwardly and extends towards a center line with the two rod sections then bending to extend substantially parallel to a point where they then bend towards each other and join to form a curved end; this arrangement forms a neck and shoulder portion. The two spaced rod sections taper towards each other where they form short parallel rod sections at the opposite end of the body with the ends of the rods joining to form a second curved end. Resistance is varied by passing the rope around the rod a selected number of turns. The number of loops around the rod directly affect the friction resistance developed. A rope guide is removably fixed to the short parallel rod sections at the opposite end of the body and guides the rope to aid in maintaining the rope at a desired location as it passes from the body.
    • 锻炼装置具有使用可变摩擦阻力绳原理由一个实心连续的成型棒制成的主体。 主体形成为具有两个间隔开的杆部分,每个杆部分的一端向内弯曲并且朝向中心线延伸,然后两个杆部分弯曲成基本上平行于它们然后相对于彼此弯曲的点延伸并连接到 形成弯曲的一端; 这种布置形成颈部和肩部。 两个间隔开的杆段朝向彼此逐渐变细,在它们的主体的相对端处形成短的平行杆部分,杆的端部接合形成第二弯曲端。 通过将绳索绕过杆选定的匝数来改变阻力。 杆周围的环数直接影响了所形成的摩擦阻力。 绳索引导件可移除地固定到身体的相对端处的短平行杆部分,并且引导绳索以帮助绳索在从身体通过时将其保持在期望的位置。
    • 3. 发明授权
    • Self standing putter
    • 自立推杆
    • US5282622A
    • 1994-02-01
    • US905759
    • 1992-06-29
    • Roger C. Evans
    • Roger C. Evans
    • A63B69/36
    • A63B69/3685
    • A golf putter useful for training a golfer in improving putting skills includes a club head which is dimensioned in a lateral direction to the club shaft and balanced with the shaft so as to permit the head to lie flat upon a playing surface with the club shaft standing upright while unattended. Alignment marks or a detachable alignment guide permit the golfer to observe the alignment of the club face or a hole with respect to a golf ball, while the club is unattended with the shaft inclined at a substantial angle from the vertical.
    • 用于训练高尔夫球手提高投篮技能的高尔夫推杆包括:球杆头,该球杆头的尺寸设置在与杆杆的横向方向上并与杆平衡,以便允许头部平稳地放置在具有杆杆立杆的游戏表面上 直立而无人看管。 对准标记或可拆卸的对准引导件允许高尔夫球手观察球杆表面或相对于高尔夫球的孔的对准,而球杆在与垂直方向倾斜大致角度的情况下是无人看管的。
    • 4. 发明授权
    • Golf putter and putting training method
    • 高尔夫推杆和投球训练方法
    • US5125664A
    • 1992-06-30
    • US727230
    • 1991-07-05
    • Roger C. Evans
    • Roger C. Evans
    • A63B69/36
    • A63B69/3685
    • A golf putter useful for training a golfer in improving putting skills includes a club head which is dimensioned lateral direction to the club shaft and balanced with the shaft so as to permit the head to lie flat upon a playing surface with the club shaft standing upright while unattended. Alignment marks or a detachable alignment guide permit the golfer to observe the alignment of the club face or a hole with respect to a golf ball, while the club is unattended. The detachable alignment guide may be an elongated tubular element having a longitudinal slit at one end thereof for fitting onto an upstanding riser on the top surface of the club head. The guide extends from the riser, vertically above the club head striking face, and over the golf striking face, and over the golf ball being putted.
    • 用于训练高尔夫球手提高投篮技能的高尔夫推杆包括:球杆头,该球杆头的横向方向尺寸设置在球杆杆身上并与杆平衡,以便使头部平稳地放置在球杆杆直立的游戏表面上,同时 无人值守 对准标记或可拆卸的对准引导件允许高尔夫球手在无人看管时观察球杆面或孔相对于高尔夫球的对准。 可拆卸的对准引导件可以是细长的管状元件,其在其一端具有纵向狭缝,用于装配到球杆头顶表面上的直立立管上。 引导件从立管上方垂直地延伸到球杆头撞击面上方,并且在高尔夫打击面上方,并且高尔夫球被放置。
    • 10. 发明授权
    • Shaping geometric objects by cumulative translational sweeps
    • 通过累积翻译扫描来形成几何对象
    • US4785399A
    • 1988-11-15
    • US21388
    • 1987-03-03
    • Roger C. EvansGeorge M. KoppelmanVadakkedathu T. Rajan
    • Roger C. EvansGeorge M. KoppelmanVadakkedathu T. Rajan
    • G06F17/50B29C67/00G06T17/20G06F1/00
    • B29C67/007B29C67/0088G06T17/20
    • Cumulative translational sweeps are used to shape geometric objects in a computer model, and they permit display of the resulting changes in shape in the object modelled, and control of processes involving the object modelled. If the geometric object is polyhedral, the cumulative translational sweeps, by creating additional facets, effect selective rounding along model edges and around model vertices. This permits computer modelling of the growth of layers, encompassing in addition to flat surface growth, growth with rounding around corners and over obstacles. Such growth occurs in the manufacture of semiconductors. Modelling a change in a solid structure in stages of growth (or shrinking) and of rounding, as might take place during processing of integrated circuits is achieved by controlled sweep sequences that sweep the structure a finite number of times in accordance with a rayset and stipulated parameters of shape, balance, convexity/concavity, degree of faceting, and memory limitation. The cumulative translational sweep (CTS) is applied in combination with Boolean operations to simulate growth and shrinking over the boundary regions of polyhedral models. By creating additional facets, it effects stipulated selective or global rounding effects along model edges and around model vertices. Such sweeps are examined in terms of Minkowski sums--of the geometric objects that are swept, with structuring geometric shapes that are convex polyhedron from the zonotope subclass of the mathematical family of objects known as polytopes.