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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	滚轮架	CN201080059213.1	2010-10-25	CN102791494A	2012-11-21	彼得·麦金农; 格里·泰勒
一种装配可绕主轴旋转的滚轮的方法，该滚轮具有多个安装在外围滚轴上的外围滚子，所述外围滚轴切向对齐于所述主轴，并且与所述主轴径向间隔，各个所述外围滚轴与相邻的外围滚轴连接起来构成由所述外围滚轴组成的连续环，所述方法包括以下步骤：在凹模中模制每个外围滚轴，其中凹模具有用于制造不产生纵向分离线的外围滚轴的轴杆的圆柱形孔，每个外围滚轴均具有用于接纳相邻外围滚轴轴杆的自由端的接纳轴头部件；将滚子安装在各个所述轴杆上；将所述外围滚轴连接起来形成外围滚轴的连续环；模制滚轮本体，其中滚轮本体包括围绕所述连续环的支撑结构。
2	滚轮架	CN201080059213.1	2010-10-25	CN102791494B	2014-12-10	彼得·麦金农; 格里·泰勒
一种装配可绕主轴旋转的滚轮的方法，该滚轮具有多个安装在外围滚轴上的外围滚子，所述外围滚轴切向对齐于所述主轴，并且与所述主轴径向间隔，各个所述外围滚轴与相邻的外围滚轴连接起来构成由所述外围滚轴组成的连续环，所述方法包括以下步骤：在凹模中模制每个外围滚轴，其中凹模具有用于制造不产生纵向分离线的外围滚轴的轴杆的圆柱形孔，每个外围滚轴均具有用于接纳相邻外围滚轴轴杆的自由端的接纳轴头部件；将滚子安装在各个所述轴杆上；将所述外围滚轴连接起来形成外围滚轴的连续环；模制滚轮本体，其中滚轮本体包括围绕所述连续环的支撑结构。
3	Castor Having a Greater Structural Strength to Bear a Heavier Load	US12899640	2010-10-07	US20120084940A1	2012-04-12	Po-Chuan Tsai
A castor includes a castor body, a first bushing mounted on a top of the castor body, a bearing mounted in the first bushing, a top cover mounted on the top of the castor body to cover the first bushing and the bearing, a second bushing mounted on a bottom of the castor body, and an upright shaft in turn extending through the top cover, the bearing, the castor body and the second bushing. Thus, the distance between the top cover and the second bushing is increased so that the bearing and the castor body can bear a heavier load. In addition, the distance between the top cover and the second bushing is increased so that the upright shaft and the second bushing can bear a greater rotational force.
4	Wheel	US29519548	2015-03-05	USD804766S1	2017-12-05	Peter R. McKinnon; Gerry Taylor

5	AXLE WHEEL END AXIAL THRUST ASSEMBLY	US15510643	2015-09-11	US20170210166A1	2017-07-27	Christopher Abreu
An axle assembly of a vehicle including a differential assembly, a first axle tube including a proximal end adjacent the differential assembly, an opposite distal end, and an axle bore extending therebetween, a first axle shaft rotatably received in the first axle tube, the first axle shaft including a proximal end disposed in the differential assembly, and an opposite distal end extending outwardly from the distal end of the first axle shaft, and a radial bearing assembly including an inner cup, an outer cup and a plurality of roller elements rotatably received therebetween, the outer cup being axially fixed within the axle bore of the first axle tube and the inner cup being axially fixed to the first axle shaft.
6	Wheel frame	US13138032	2010-10-25	US09248698B2	2016-02-02	Peter R. McKinnon; Gerry Taylor
A method of assembling a wheel rotatable about a main axis and having a plurality of peripheral rollers mounted on peripheral axles aligned tangentially about the wheel and radially spaced from the main axis, each peripheral axle joined to adjacent other peripheral axles to form a continuous ring comprising the peripheral axles, the method including the steps of: molding each peripheral axle in a die having a cylindrical cycle for forming the axle shaft of the peripheral axle without longitudinal separation tines, the peripheral axles each having a receiving head portion for receiving a free end of the axle shaft of an adjacent peripheral axle; mounting a roller on each axle shaft; joining the peripheral axles together to form a continuous ring of peripheral axles; and molding a wheel body including a support structure around the continuous ring.
7	Wheel frame	US29419172	2012-04-25	USD676214S1	2013-02-12	Peter R. McKinnon; Gerry Taylor

8	WHEEL FRAME	EP10824325	2010-10-25	EP2490903A4	2013-09-11	MCKINNON PETER; TAYLOR GERRY

9	WHEEL FRAME	EP10824325.4	2010-10-25	EP2490903A1	2012-08-29	MCKINNON, Peter; TAYLOR, Gerry
A method of assembling a wheel rotatable about a main axis and having a plurality of peripheral rollers mounted on peripheral axles aligned tangentially about said wheel and radially spaced from said main axis, each said peripheral axle joined to adjacent other peripheral axles to form a continuous ring comprising said peripheral axles, said method including the steps of: molding each peripheral axle in a die having a cylindrical cavity tor forming the axle shaft of said peripheral axle without longitudinal separation tines, Said peripheral axles each having a receiving head portion for receiving a free end of said axle shall of an adjacent peripheral axle; mounting a roller on each said axle shaft; joining said peripheral axles together to form a continuous ring of peripheral axles; and molding a wheel body including a support structure around said continuous ring.
10	WHEEL FRAME	EP10824325.4	2010-10-25	EP2490903B1	2014-08-27	MCKINNON, Peter; TAYLOR, Gerry

11	ADAPTIVE BEARING PRELOAD ADJUSTMENT SYSTEM	US15894289	2018-02-12	US20190248179A1	2019-08-15	Chad R. Brizendine; Rodney J. Campbell
An axle assembly includes an axle housing having a passage. An axle extends through the passage. A bearing supports the axle in the passage. An adaptive bearing preload adjustment system is mounted adjacent the bearing. The adaptive bearing preload adjustment system is selectively activatable to adaptively adjust a preload force on the bearing.
12	Adaptive bearing preload adjustment system	US15894289	2018-02-12	US10377177B1	2019-08-13	Chad R. Brizendine; Rodney J. Campbell
An axle assembly includes an axle housing having a passage. An axle extends through the passage. A bearing supports the axle in the passage. An adaptive bearing preload adjustment system is mounted adjacent the bearing. The adaptive bearing preload adjustment system is selectively activatable to adaptively adjust a preload force on the bearing.
13	WHEEL FRAME	US14995062	2016-01-13	US20160193871A1	2016-07-07	Peter R. McKinnon; Gerry Taylor
A method of assembling a wheel rotatable about a main axis and having a plurality of peripheral rollers mounted on peripheral axles aligned tangentially about the wheel and radially spaced from the main axis, each peripheral axle joined to adjacent other peripheral axles to form a continuous ring comprising the peripheral axles, the method including the steps of: molding each peripheral axle in a die having a cylindrical cycle for forming the axle shaft of the peripheral axle without longitudinal separation tines, the peripheral axles each having a receiving head portion for receiving a free end of the axle shaft of an adjacent peripheral axle; mounting a roller on each axle shaft; joining the peripheral axles together to form a continuous ring of peripheral axles; and molding a wheel body including a support structure around the continuous ring.
14	WHEEL FRAME	US13138032	2010-10-25	US20120019048A1	2012-01-26	Peter R. Mckinnon; Gerry Taylor
A method of assembling a wheel rotatable about a main axis and having a plurality of peripheral rollers mounted on peripheral axles aligned tangentially about the wheel and radially spaced from the main axis, each peripheral axle joined to adjacent other peripheral axles to form a continuous ring comprising the peripheral axles, the method including the steps of: molding each peripheral axle in a die having a cylindrical cycle for forming the axle shaft of the peripheral axle without longitudinal separation tines, the peripheral axles each having a receiving head portion for receiving a free end of the axle shaft of an adjacent peripheral axle; mounting a roller on each axle shaft; joining the peripheral axles together to form a continuous ring of peripheral axles; and molding a wheel body including a support structure around the continuous ring.
15	휠 프레임	KR1020127013371	2010-10-25	KR1020120117754A	2012-10-24	맥킨논,피터; 테일러게리
중심 축 주위로 회전가능한 휠을 어셈블링하는 방법으로서, 상기 휠은 상기 중심 축으로부터 방사상으로 떨어져 있고 상기 휠 주위에 접선방향으로 정렬되어 있는 주변 축들 상에 장착된 복수의 주변(peripheral) 롤러를 갖고, 각 주변 축은 상기 주변 축들을 포함하는 연속 링을 형성하기 위해 인접한 다른 주변 축들에 결합되어 있는, 방법으로서, 상기 방법은; 길이방향의 분리 라인들 없이 상기 주변 축의 축 샤프트를 형성하기 위해 원통형 캐비티를 갖는 다이에서 각 주변 축을 몰딩하는 단계로서, 상기 주변 축들 각각은 인접 주변 축의 축 샤프트의 자유 단부를 수용하기 위해 수용 헤드부를 갖는, 단계; 각 축 샤프트 상에 롤러를 장착하는 단계; 주변 축들의 연속 링을 형성하기 위해 상기 주변 축들에 함께 조인하는 단계; 및 상기 연속 링 주위에 지지 구조를 포함하는 휠 바디를 몰딩하는 단계;를 포함하는 것을 특징으로 하는 방법.
16	휠 프레임	KR1020127013371	2010-10-25	KR101757415B1	2017-07-12	맥킨논,피터; 테일러게리
중심축 주위로회전가능한휠을어셈블링하는방법으로서, 상기휠은상기중심축으로부터방사상으로떨어져있고상기휠 주위에접선방향으로정렬되어있는주변축들상에장착된복수의주변(peripheral) 롤러를갖고, 각주변축은상기주변축들을포함하는연속링을형성하기위해인접한다른주변축들에결합되어있는, 방법으로서, 상기방법은; 길이방향의분리라인들없이상기주변축의축 샤프트를형성하기위해원통형캐비티를갖는다이에서각 주변축을몰딩하는단계로서, 상기주변축들각각은인접주변축의축 샤프트의자유단부를수용하기위해수용헤드부를갖는, 단계; 각축 샤프트상에롤러를장착하는단계; 주변축들의연속링을형성하기위해상기주변축들에함께조인하는단계; 및상기연속링 주위에지지구조를포함하는휠 바디를몰딩하는단계;를포함하는것을특징으로하는방법.

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