序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 新型网球 CN200780024650.8 2007-06-05 CN101479309A 2009-07-08 D·利默肯斯; H·弗贝克
网球,其包含球形的弹性体聚泡沫,其密度为250-800kg/m3,所述泡沫覆有纺织材料。
2 新型网球 CN200880117645.6 2008-11-06 CN101873878A 2010-10-27 H·弗贝克; D·利默肯斯
网球,它包括具有球形和250-800千克/米3的密度的聚酯弹性体泡沫体,该泡沫体被纺织材料覆盖
3 软式重 CN201610069359.3 2016-02-02 CN105457243A 2016-04-06 傅军平
发明公开了一种软式重球,包括皮革外球,皮革外球内的中心部位设置重力小球,皮革外球与重力小球之间设置柔性材料填充层;所述中心小球包括球形包覆层,球形包覆层内设置填充重物层。本发明结构合理,小球居于中心位置,使用时重心不偏移,使用效果好。皮革外球上设置圈带,方便提取。
4 新型网球 CN200880117645.6 2008-11-06 CN101873878B 2012-06-13 H·弗贝克; D·利默肯斯
网球,它包括具有球形和250-800千克/米3的密度的聚酯弹性体泡沫体,该泡沫体被纺织材料覆盖
5 新型网球 CN200780024650.8 2007-06-05 CN101479309B 2011-10-05 D·利默肯斯; H·弗贝克
网球,其包含球形的弹性体聚泡沫,其密度为250-800kg/m3,所述泡沫覆有纺织材料。
6 适合于上运动的球 CN200580049739.0 2005-05-20 CN101171056B 2010-05-12 扬·冯·赫兰
发明涉及一种适合于上运动的球(10),该球包括:仅包含凝胶的凝胶部分(28);设置在该凝胶部分的外表面之上的外部弹性外壳部分(20);以及在该球的内部紧邻该凝胶部分并包括塑料材料和气体的漂浮增强部分(26)。这样,提供了一种具有反弹和漂浮特性的球。
7 适合于上运动的球 CN200580049739.0 2005-05-20 CN101171056A 2008-04-30 扬·冯·赫兰
发明涉及一种适合于上运动的球(10),该球包括:仅包含凝胶的凝胶部分(28);设置在该凝胶部分的外表面之上的外部弹性外壳部分(20);以及在该球的内部紧邻该凝胶部分并包括塑料材料和气体的漂浮增强部分(26)。这样,提供了一种具有反弹和漂浮特性的球。
8 球及球的制造方法 CN96198232.2 1996-11-08 CN1104266C 2003-04-02 本格特·豪尔; 迈克尔·福瑞尔
一种球具有构成空腔的弹性材料壁。空腔含有由许多基本密闭的细粒组成的填充物。空腔内的压大致是大气压力。基本密闭的细粒填充在与(空腔)壁内面相邻的空腔的周边部分,或空腔基本上被基本密闭的细粒所填充。基本密闭的细粒具有弹性的壁。至少有一些基本密闭的细粒是分离的中空体。中空体是微型球。
9 球及球的制造方法 CN96198232.2 1996-11-08 CN1202118A 1998-12-16 本格特·豪尔; 迈克尔·福瑞尔
一种球具有构成空腔的弹性材料壁。空腔含有由许多基本密闭的细粒组成的填充物。空腔内的压大致是大气压力。基本密闭的细粒填充在与(空腔)壁内面相邻的空腔的周边部分,或空腔基本上被基本密闭的细粒所填充。基本密闭的细粒具有弹性的壁。至少有一些基本密闭的细粒是分离的中空体。中空体是微型球。
10 BALL SUITABLE FOR WATER GAMES EP05742292.5 2005-05-20 EP1879670B3 2011-08-10 HELAND, Jan, Von
The present invention relates to a ball (10) suitable for water games comprising: a gel section (28) only comprising a gel, an outer elastic shell section (20) provided above an exterior surface of the gel section and a floating enhancement section (26) in the interior of the ball adjacent the gel section and comprising a plastic material and gas. In this way a ball is provided that has both bouncing and floating properties.
11 Hallen-Boule-Kugel EP08152730.1 2008-03-14 EP1974779A1 2008-10-01 Maass, Freimut

Die Erfindung betrifft eine Hallen-Boule-Kugel (1), mit einem Durchmesser (2) im Bereich von 70 mm bis 80 mm, mit einem Gewicht im Bereich von 650 g bis 800 g, mit einer kugelschalenförmigen Haut (3) aus einem gummielastischen Material, mit einer von der Haut (3) umhüllten und in die Kugelform vorgespannten Füllung (7), die ein rieselfähiges Granulat (8) aufweist.

12 A BALL AND A METHOD OF MANUFACTURING A BALL EP96938594.7 1996-11-08 EP0861108B1 2004-04-07 HALL, Bengt; FRIEL, Michael
A ball has a wall of elastomeric material defining a cavity. The cavity contains a filling which comprises a plurality of substantially closed cells. The pressure in the cavity is substantially atmospheric pressure. The substantially closed cells fill a peripheral part of the cavity adjoining the inner side of the wall, or the cavity is substantially filled with the substantially closed cells. The substantially closed cells have elastomeric walls. At least some of the substantially closed cells are separate hollow bodies. The hollow bodies are microspheres.
13 A BALL AND A METHOD OF MANUFACTURING A BALL EP96938594.0 1996-11-08 EP0861108A1 1998-09-02 HALL, Bengt; FRIEL, Michael
A ball has a wall of elastomeric material defining a cavity. The cavity contains a filling which comprises a plurality of substantially closed cells. The pressure in the cavity is substantially atmospheric pressure. The substantially closed cells fill a peripheral part of the cavity adjoining the inner side of the wall, or the cavity is substantially filled with the substantially closed cells. The substantially closed cells have elastomeric walls. At least some of the substantially closed cells are separate hollow bodies. The hollow bodies are microspheres.
14 PLAYING BOWL EQUIPPED WITH COLOURED INSERTS EP10807677.9 2010-12-01 EP2646120A1 2013-10-09 DATA, Giancarlo
A playing bowl (1) is described, comprising at least one external shell (3) equipped on its surface with a plurality of recesses, at least one insert (5) being housed inside each one of said recesses.
15 NOVEL TENNIS BALL EP07729889.1 2007-06-05 EP2038324B1 2012-04-11 LIMERKENS, Dominicus; VERBEKE, Hugo
Tennis ball which comprises an elastomeric polyurethane foam having a ball shape and a density of 250-800 kg/m3, which foam is covered with a textile material.
16 NOVEL TENNIS BALL EP08855635.2 2008-11-06 EP2214793B1 2012-01-18 VERBEKE, Hugo; LIMERKENS, Dominicus
17 Hallen-Boule-Kugel EP08152730.1 2008-03-14 EP1974779B1 2011-08-24 Maass, Freimut
18 NOVEL TENNIS BALL EP08855635.2 2008-11-06 EP2214793A1 2010-08-11 VERBEKE, Hugo; LIMERKENS, Dominicus
Tennis ball which comprises an elastomeric polyurethane foam having a ball shape and a density of 250-800 kg/m3, which foam is covered with a textile material.
19 Self-braking marble EP08380333.8 2008-12-12 EP2078544A1 2009-07-15 Martorell, David Bella

The invention relates to a marble which comprises:-a spherical body formed by two halves (1a, 1b) joined by complementary joining means, defining a central cavity (2) with a plurality of side housings (3) defined by partitions (7) and, - an inner ball (4) capable of free movement between said side housings (3) through the central cavity (2), to define a variable centre of gravity causing during the movement of the marble the braking of said marble. The spherical body externally has ornamented areas (9) arranged diametrically opposite the housings (3).

20 Pool ball with a metal insert and method of manufacture EP82304593.5 1982-09-01 EP0075400A1 1983-03-30 Fitzpatrick, Larry Gene

© A cue ball has a metal insert 18 therein in the form of a ring having a center of mass coinciding with the geometric center of the cue ball. The body of the cue ball 10 is formed of a nonmetallic material in a conventional ball mold 14. A locating insert 16 is formed of the same nonmetallic material as the body of the ball and has a solid cylindrical body 20 about the center of which a thin strip of metal material 18 is wrapped forming a ring. The insert 16 with the metal ring 18 disposed thereon is positioned within the ball mold 14 along a diameter thereof with an outermost end of the insert resting on the inner surface of the mold. In one embodiment, the locating insert includes an annular groove 30 extending about the cylindrical body and in which the metal is wrapped. The length of the insert 16 from an outermost end of the insert to the center of the annular groove 30 is equal to the radius of the ball mold 14. In another embodiment, the locating insert includes a cylindrical body with a length equal to the width of the metal strip and shafts of reduced cross-sectional area extending outwardly therefrom along the longitudinal axis of the cylindrical body. The length of the insert from the outermost ends of the shafts to the center of the cylindrical body about which the metal is wrapped is equal to the radius of the ball mold.

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