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    • 5. 发明授权
    • Apparatus for plasma treatment of golf balls
    • 高尔夫球等离子体处理装置
    • US06923886B2
    • 2005-08-02
    • US10037380
    • 2001-10-23
    • William Brum
    • William Brum
    • B29C59/14C23C16/00H05H1/00
    • B29C59/142B29L2031/54B29L2031/545
    • The present invention relates to an improved apparatus for plasma treatment of golf ball surface. The improved apparatus comprises a cylindrical basket shaped rotating tumbler made from aluminum sheet metal that holds a plurality of golf balls within a sealed casing for surface preparation. A staggered hole pattern yields about 57% of open area in the tumbler surface to insure evacuation with minimum resistance. The holes are individually machined and have machined radiuses at each side of the sheet metal to allow for adequate coverage of a hard anodic coating which is necessary for protection of the sheet metal from the high intensity plasma.
    • 本发明涉及一种用于高尔夫球表面等离子体处理的改进装置。 改进的装置包括由铝金属片制成的圆柱形篮状旋转制动栓,其将多个高尔夫球保持在用于表面处理的密封外壳内。 交错孔图案在转鼓表面产生约57%的开放面积,以确保具有最小阻力的排气。 这些孔被单独加工,并且在金属板的每一侧具有加工半径,以允许对金属板从高强度等离子体进行保护所需的硬质阳极涂层的适当覆盖。
    • 6. 发明申请
    • MOLD FOR FORMING GOLF BALL COVERS
    • 形成高尔夫球衣的模具
    • US20080203615A1
    • 2008-08-28
    • US11678787
    • 2007-02-26
    • William Brum
    • William Brum
    • B29C45/14
    • B29C43/027B29C33/20B29C43/36B29C43/52B29C2043/3255B29L2031/54B29L2031/545
    • The present invention is an improved single cavity molding device and method for compression molding polyurethane, polyurea or polyurethane/polyurea hybrid covers over golf ball sub-assemblies. The device utilizes top and bottom mold-halves and is particularly novel in that it does not require the use of bolts to secure the mold-halves. The molding device utilizes a pair mold halves, each having a backing plate and mold frame for housing a hemispherical cavity mold. The invention utilizes a plurality of clamping pins, each pin having its top portion reciprocally disposed in a recess of the backing plate of the top mold. Double spring Belleville washers are coupled to the top portion of each clamping pin and upon the application of a vertical force, the washers are compressed to place the device in a controlled state of tension and also cause the clamping pins, to move downward into a locking position with slidable retainers to therein maintain a compressive force of at least 384 pounds on the golf ball sub-assembly for the molding process. Upon completion of the molding process, a vertical force is applied to the top of the clamping pins wherein they are moved out of a coupled relationship with the engagement loops, and with a coordinating horizontal biasing, the retainers are moved away from the pins, whereby the mold-halves may be then opened and a covered golf ball removed.
    • 本发明是改进的单腔模塑装置和用于压缩高尔夫球子组件上的聚氨酯,聚脲或聚氨酯/聚脲混合盖的方法。 该装置利用顶部和底部模具半部,并且特别新颖,因为它不需要使用螺栓来固定模具半部。 该模制装置采用一对半模,每个模具具有背板和用于容纳半球形模腔的模架。 本发明使用多个夹紧销,每个销的顶部部分往复地布置在顶模的背板的凹部中。 双弹簧Belleville垫圈联接到每个夹紧销的顶部,并且在施加垂直力时,垫圈被压缩以将装置置于受控的张力状态,并且还使夹紧销向下移动到锁定 具有可滑动保持器的位置在其中在用于模制过程的高尔夫球子组件中保持至少384磅的压缩力。 在完成模制过程之后,垂直力被施加到夹紧销的顶部,其中它们与接合环移动离开与耦合关系,并且通过协调的水平偏置,保持器被移动远离销,由此 然后可以打开半模,并且移除覆盖的高尔夫球。
    • 9. 发明授权
    • High speed golf ball core molding
    • 高速高尔夫球芯成型
    • US07648667B2
    • 2010-01-19
    • US11856127
    • 2007-09-17
    • William Brum
    • William Brum
    • B29C51/08
    • B29C43/06A63B37/005A63B45/00B29C43/00B29C43/027B29C43/52B29K2021/00B29L2031/54B29L2031/545
    • A method of molding a golf ball core utilizing a single cavity mold that moves on a continuous conveyor system wherein heated preps are automatically and individually taken directly from the extruder and robotically placed into a bottom mold half that is integral with and moves along a conveyor at a speed consistent with the output from the extruder. This eliminates the prep's inefficient loss of heat during storage that is associated with the batch process. The method provides preheating each top and bottom mold half in separate conveyor ovens to about 350° F. prior to the prep being loaded into the bottom mold half. After the prep is loaded, the top and bottom mold halves are assembled to create the single cavity mold. The single cavity mold compresses the prep into a spherical core shape by utilizing spring force and retainer plates to exert about 384 lbs of force. The core is then moved by conveyor into a convection oven wherein the core is cured to a temperature of about 350° F. The cores are then robotically removed from the mold and transferred to a site wherein an intermediate or cover layer is placed over it.
    • 使用在连续输送系统上移动的单腔模具来模制高尔夫球芯的方法,其中加热的预浸料被直接从挤出机自动和单独地取出并且机械地放置在下部模具半部中,该底部模具与输送机成一体并沿着输送机移动 速度与挤出机的输出速度一致。 这消除了与批处理相关联的制备在储存期间的低热损失。 该方法在将准备装载到底部模具半部之前,将分离的输送机炉中的每个顶部和底部模具半部分预热至约350°F。 在准备加载之后,组装顶部和底部半模以形成单腔模具。 单腔模具通过利用弹簧力和保持板将制品压制成球形芯形,施加约384磅的力。 然后将芯通过输送机移动到对流烘箱中,其中芯固化至约350°F的温度。然后将芯从模具机械地移除并转移到其上放置中间层或覆盖层的位置。
    • 10. 发明申请
    • HIGH SPEED GOLF BALL CORE MOLDING
    • 高速高尔夫球芯模具
    • US20090072445A1
    • 2009-03-19
    • US11856127
    • 2007-09-17
    • William Brum
    • William Brum
    • C08J5/00
    • B29C43/06A63B37/005A63B45/00B29C43/00B29C43/027B29C43/52B29K2021/00B29L2031/54B29L2031/545
    • A method of molding a golf ball core utilizing a single cavity mold that moves on a continuous conveyor system wherein heated preps are automatically and individually taken directly from the extruder and robotically placed into a bottom mold half that is integral with and moves along a conveyor at a speed consistent with the output from the extruder. This eliminates the prep's inefficient loss of heat during storage that is associated with the batch process. The method provides preheating each top and bottom mold half in separate conveyor ovens to about 350° F. prior to the prep being loaded into the bottom mold half. After the prep is loaded, the top and bottom mold halves are assembled to create the single cavity mold. The single cavity mold compresses the prep into a spherical core shape by utilizing spring force and retainer plates to exert about 384 lbs of force. The core is then moved by conveyor into a convection oven wherein the core is cured to a temperature of about 350° F. The cores are then robotically removed from the mold and transferred to a site wherein an intermediate or cover layer is placed over it.
    • 使用在连续输送系统上移动的单腔模具来模制高尔夫球芯的方法,其中加热的预浸料被直接从挤出机自动和单独地取出并且机械地放置在下部模具半部中,该底部模具与输送机成一体并沿着输送机移动 速度与挤出机的输出速度一致。 这消除了与批处理相关联的制备在储存期间的低热损失。 该方法在将准备装载到底部模具半部之前,将分离的输送机炉中的每个顶部和底部模具半部分预热至约350°F。 在准备加载之后,组装顶部和底部半模以形成单腔模具。 单腔模具通过利用弹簧力和保持板将制品压制成球形芯形,施加约384磅的力。 然后将芯通过输送机移动到对流烘箱中,其中芯固化到约350°F的温度。然后将芯从模具机械地移除并转移到其上放置中间层或覆盖层的部位。