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    • 2. 发明公开
    • COVER FOR A BALL OR SPHERE
    • ÜBERZUGFÜREINEN BALL ODER EINE KUGEL
    • EP1350542A1
    • 2003-10-08
    • EP00993899.4
    • 2000-10-10
    • Pacheco, Francisco
    • Pacheco, Francisco
    • A63B41/08
    • A63B41/08A63B2243/0025
    • The organization of the 18 squares and the adjustment of the 8 equilateral triangles form the spherical unity The ideal adjustment measurement is obtained when the distance from the center to the comers of the triangle is equal to the difference in distance that exists between the square and its diagonal: If c=root (3)*(d-a) and d= 1/8C, then it is a sphere. In mathematical terms what takes place is a very special relationship between root(2) and root(3). These two roots are characterized by the definition of the growth of the squares and the triangles and the formation of spirals that duplicate the squares and triplicate the triangles in each stage. In terms of the growth the diagonals (d) grow 41,4% in relation to the sides (a). Root(3) is equivalent to a 73,2% growth. If the growth of 41,2% is submitted to the growth of 73.2% we obtain a total growth of 71,74%.
    • 18个正方形的组合和8个等边三角形的调整形成球面单位当从三角形的中心到角的距离等于平方和它之间存在的距离差时,获得理想的调整度量 对角线:如果c = root(3)*(da)和d = 1 / 8C,那么它是一个球体。 在数学上,发生什么是根(2)和根(3)之间非常特殊的关系。 这两个根的特征在于正方形和三角形的生长的定义以及重复正方形并且在每个阶段三角形重叠的螺旋的形成。 在增长方面,对角线(d)相对于侧面(a)增长了41,4%。 Root(3)相当于73.2%的增长。 如果增长41.2%,增长73.2%,总增长71,74%。
    • 6. 发明申请
    • CURVE BALL WITH MAGNUS EFFECT
    • 曲线球与MAGNUS效应
    • WO2008077354A2
    • 2008-07-03
    • PCT/CR2006000003
    • 2006-02-09
    • PACHECO FRANCISCO
    • PACHECO FRANCISCO
    • A63B41/08
    • A63B41/08A63B43/008A63B45/00A63B2243/0025B29D22/02B29D22/04
    • This invention relates to a structure for a ball or a cover for a ball comprising a plurality of interconnected panels, wherein a first and second group of panels combine to form a sphere. The first group of panels define at least two different surface areas of the ball or ball cover arranged at the polar ends in the surface of the sphere and the second group of panels define an area of the surface in ring form, with at least three undulations and arranged in the equatorial area of the surface defined by the first group of panels; where the width of the ring is modified to improve the sphericity of the ball or ball cover and to obtain a ball with a selected circumference (c).
    • 本发明涉及一种用于球的球或盖的结构,其包括多个互连的板,其中第一和第二组板形成球体。 第一组面板限定球或球盖的至少两个不同的表面区域,该至少两个不同的表面区域布置在球体的表面中的极性端处,并且第二组面板限定环形表面的区域,其中至少三个起伏 并且布置在由第一组面板限定的表面的赤道区域中; 其中环的宽度被修改以改善球或球盖的球形度并获得具有选定周长(c)的球。
    • 9. 发明申请
    • TEACHING APPARATUS
    • 教学设备
    • WO2010043187A1
    • 2010-04-22
    • PCT/CR2008/000005
    • 2008-10-14
    • PACHECO, Francisco
    • PACHECO, Francisco
    • G09B23/10
    • G09B23/10
    • The present invention provides an apparatus for teaching various concepts related to equilibrium, symmetry of energy flow and spherical motion and comprises a mechanism having a centrally located octagear made up of eight engaging bevel gears each having a central axis that is at a 70° angle relative to it's adjacent gears. Each gear has a shaft extending centrally therefrom and outward away from the octagear, with each shaft being identical in length. Toward the end of each shaft is a crank mechanism whereby reciprocating motion delivered to the crank mechanism is translated into rotary motion of the shaft about its longitudinal axis, this rotary motion being transmitted to the gear at the end of the shaft. Connecting the crank mechanisms of each shaft are a plurality of beams with each beam spanning the space between two crank mechanisms. Each beam is capable of flexing between a first curved position and a second curved position effectively resulting in a change in the span length of the beam and thereby generating a recipricatory motion which is transmitted to the crank mechanisms.
    • 本发明提供了一种用于教导与平衡,能量流动和球面运动的对称性相关的各种概念的装置,并且包括具有中心定位的八角形的机构,八边形由八个接合锥齿轮组成,每个锥形齿轮具有相对于70°角的中心轴 它是相邻的齿轮。 每个齿轮具有从其中心延伸并远离八边形的轴,每个轴的长度相同。 每个轴的端部是曲柄机构,由此传递到曲柄机构的往复运动被转换成轴围其纵向轴线的旋转运动,该旋转运动传递到轴的端部处的齿轮。 连接每个轴的曲柄机构是多个梁,每个梁横跨两个曲柄机构之间的空间。 每个梁能够在第一弯曲位置和第二弯曲位置之间弯曲,从而有效地导致梁的跨距长度的变化,从而产生传递到曲柄机构的接合运动。