| 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 | Locking gimbal | US15129205 | 2015-03-25 | US10040517B2 | 2018-08-07 | Henri Louis Burger |
| This invention relates to a locking gimbal (10). More specifically, the invention relates to a locking gimbal (10) for automatically locking a gimballed object against motion arising from an external force (FE) applied thereto; and automatically releasing the gimballed object on removal of the external force (FE). The locking gimbal (10) includes a first object (12) pivotable about a first pivot axis (PF), a second object (14) movable along an arc cantered substantially at a second axis, a locking member (16) and a locking formation (18). The first object (12) defines a first reference axis (ARF) passing through the first pivot axis (PF) and a center of gravity (CGF) of the first object (12), whereas the second object (14) defines a second reference axis (ARS) passing through the second axis and a center of gravity (CGS) of the second object (14). The first and second objects (12, 14) are movable relative to one other between a first aligned condition, wherein the first and second reference axes (ARF, ARS) are substantially aligned, and a second displaced condition, wherein the first and second reference axes (ARF, ARS) are angularly displaced relative to one other. The locking formation (18), actuated by displacement between the first and second objects (12,14) is radially movable relative to the first pivot axis (PF) between engaged and disengaged position, wherein: (i) in the first aligned condition, the locking formation (18) is in a disengaged position and spaced from the locking member (16), permitting rotation of the first object (12) about the first pivot axis (PF); and (ii) in the second displaced condition, the locking formation (18) is in an engaged position and in contact with the locking member (16) thereby preventing rotation of the first object (12) about the first pivot axis (PF). | ||||||
| 2 | DEVICE FOR IMMOBILISING AND/OR WINDING A MARINE CHRONOMETER | US15730900 | 2017-10-12 | US20180120772A1 | 2018-05-03 | Jerome MACE |
| A marine chronometer including a watch tiltably mounted on a support with a gimbal suspension, the chronometer support also includes a cradle movable in translation between a rest position wherein the watch is free to move on the gimbal suspension, and a holding position wherein the watch is resting on the cradle. | ||||||
| 3 | Train stop mechanism | US60004045 | 1945-06-18 | US2488057A | 1949-11-15 | ENSIGN GEORGE G; LAWSON ROBERT R; SCHAEFER EARL H; WOCHOS JR WENZEL M |
| 4 | A Locking Gimbal | US15129205 | 2015-03-25 | US20170120992A1 | 2017-05-04 | Henri Louis Burger |
| This invention relates to a locking gimbal (10). More specifically, the invention relates to a locking gimbal (10) for automatically locking a gimballed object against motion arising from an external force (FE) applied thereto; and automatically releasing the gimballed object on removal of the external force (FE). The locking gimbal (10) includes a first object (12) pivotable about a first pivot axis (PF), a second object (14) movable along an arc cantered substantially at a second axis, a locking member (16) and a locking formation (18). The first object (12) defines a first reference axis (ARF) passing through the first pivot axis (PF) and a centre of gravity (CGF) of the first object (12), whereas the second object (14) defines a second reference axis (ARS) passing through the second axis and a centre of gravity (CGS) of the second object (14). The first and second objects (12, 14) are movable relative to one other between a first aligned condition, wherein the first and second reference axes (ARF, ARS) are substantially aligned, and a second displaced condition, wherein the first and second reference axes (ARF, ARS) are angularly displaced relative to one other. The locking formation (18), actuated by displacement between the first and second objects (12,14) is radially movable relative to the first pivot axis (PF) between engaged and disengaged position, wherein: (i) in the first aligned condition, the locking formation (18) is in a disengaged position and spaced from the locking member (16), permitting rotation of the first object (12) about the first pivot axis (PF); and (ii) in the second displaced condition, the locking formation (18) is in an engaged position and in contact with the locking member (16) thereby preventing rotation of the first object (12) about the first pivot axis (PF) | ||||||
| 5 | Clockwork time-fuze for projectiles without rifling | US36987064 | 1964-05-25 | US3286634A | 1966-11-22 | RUDOLF WEBER |
| 6 | Balance-wheel lock | US60545556 | 1956-08-21 | US2977751A | 1961-04-04 | THRASHER JR RALPH H |
| 7 | Cantilever support for gimbal carried instruments | US57268645 | 1945-01-13 | US2425602A | 1947-08-12 | WILLIAM DRESCHER ERNEST |
| 8 | Gimbal locking mechanism | US59457045 | 1945-05-18 | US2419768A | 1947-04-29 | ENSIGN GEORGE G; LAWSON ROBERT R; SCHAEFER EARL H; WOCHOS JR WENZEL M |
| 9 | Securing device for clocks | US2320609D | US2320609A | 1943-06-01 | ||
| 10 | 海洋クロノメータを不動にし、かつ/または巻き上げる装置 | JP2017204997 | 2017-10-24 | JP2018072338A | 2018-05-10 | ジェローム・マセ |
| 【課題】公知の海洋クロノメータの欠点の少なくとも1つがない新規な海洋クロノメータを提供する。 【解決手段】ジンバルサスペンション12を用いて支持体30に傾斜可能に取り付けられた時計10を備える海洋クロノメータであって、支持体30は受け台20も備え、受け台20は、時計10がジンバルサスペンション12上で自由に動く休止位置と、時計10が受け台20に載っている保持位置との間を並進運動する。換言すれば、休止位置では、受け台20は時計10の重量を支え、それによってジンバルサスペンション12を解放する。 【選択図】図1 |
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| 11 | A LOCKING GIMBAL | EP15770215 | 2015-03-25 | EP3123109A4 | 2017-12-13 | BURGER HENRI LOUIS |
| This invention relates to a locking gimbal (10). More specifically, the invention relates to a locking gimbal (10) for automatically locking a gimballed object against motion arising from an external force (FE) applied thereto; and automatically releasing the gimballed object on removal of the external force (FE). The locking gimbal (10) includes a first object (12) pivotable about a first pivot axis (PF), a second object (14) movable along an arc cantered substantially at a second axis, a locking member (16) and a locking formation (18). The first object (12) defines a first reference axis (ARF) passing through the first pivot axis (PF) and a center of gravity (CGF) of the first object (12), whereas the second object (14) defines a second reference axis (ARS) passing through the second axis and a center of gravity (CGS) of the second object (14). The first and second objects (12, 14) are movable relative to one other between a first aligned condition, wherein the first and second reference axes (ARF, ARS) are substantially aligned, and a second displaced condition, wherein the first and second reference axes (ARF, ARS) are angularly displaced relative to one other. The locking formation (18), actuated by displacement between the first and second objects (12,14) is radially movable relative to the first pivot axis (PF) between engaged and disengaged position, wherein: (i) in the first aligned condition, the locking formation (18) is in a disengaged position and spaced from the locking member (16), permitting rotation of the first object (12) about the first pivot axis (PF); and (ii) in the second displaced condition, the locking formation (18) is in an engaged position and in contact with the locking member (16) thereby preventing rotation of the first object (12) about the first pivot axis (PF). | ||||||
| 12 | Watch provided with locking means | EP08167296.6 | 2008-10-22 | EP2180384A1 | 2010-04-28 | van Heijster, Robert Michael Evert |
Watch, comprising an electronic, electromechanical or mechanical clockwork (1, 11) including time display means (2, 3, 12, 13, 14) and means (5, 20) for setting the time. Moreover, means (5, 20) are provided for entering an unlock/lock code and means (4, 15-35) for unlocking/locking the clockwork or the display means when the entered unlock/lock code has a predetermined value. When the watch comprises an electronic or electromechanical clockwork, electronic clockwork control means (1) may be provided as well as means (4, 5) arranged for receiving said unlock/lock code, comparing its value with said predetermined value and unlocking/locking the clockwork or the display means when the entered unlock/lock code has said predetermined value, e.g. formed by one or more time values. When the watch is driven by an electromechanical or mechanical clockwork a mechanical configuration may be applied, comprising discs (15, 16) provided with slots which can be penetrated by one or two penetrators (18, 28) which are engaged with ON/OFF actuators (19, 29), which are arranged to lock or release the clockwork (11).
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| 13 | 록킹 짐벌 | KR1020167029775 | 2015-03-25 | KR1020160145621A | 2016-12-20 | 버거헨리루이스 |
| 본발명은록킹짐벌에관한것이다. 더욱특히, 본발명은짐벌고정된물체에인가된외부힘으로부터발생하는운동에대항해서짐벌고정된물체를자동적으로잠그고; 외부힘의제거시에짐벌고정된물체를자동으로해제시키는록킹짐벌에관한것이다. 록킹짐벌은제1 피벗축을중심으로피벗가능한제1 물체, 제2 피벗축에실질적으로중심을둔 아치를따라서이동가능한제2 물체, 록킹부재및 록킹포메이션을포함한다. 제1 물체는제1 피벗축과제1 물체의중력중심을통과하는제1 기준축을한정하는반면에, 제2 물체는제2 축과제2 물체의중력중심을통과하는제2 기준축을한정한다. 제1 물체및 제2 물체는제1 기준축과제2 기준축이실질적으로정렬되어있는제1 정렬상태와제1 기준축과제2 기준축이서로에대해서각도상변위되어있는제2 변위상태사이에서서로에대해서이동가능하다. 제1 물체와제2 물체사이에서변위에의해서작동되는록킹포메이션은, 결합된위치와해제된위치사이에서제1 피벗축에대해서방사상으로이동가능하고, (i) 제1 정렬상태에서는, 록킹포메이션이록킹부재로부터떨어져있는해제된위치에있어서제1 피벗축을중심으로제1 물체의회전을허용하고, (ii) 제2 변위상태에서는, 록킹포메이션이결합된위치에서록킹부재와접촉되어서제1 피벗축을중심으로제1 물체의회전을방지한다. | ||||||
| 14 | 록킹 짐벌 | KR1020167029775 | 2015-03-25 | KR101864521B1 | 2018-06-04 | 버거헨리루이스 |
| 본발명은록킹짐벌에관한것이다. 더욱특히, 본발명은짐벌고정된물체에인가된외부힘으로부터발생하는운동에대항해서짐벌고정된물체를자동적으로잠그고; 외부힘의제거시에짐벌고정된물체를자동으로해제시키는록킹짐벌에관한것이다. 록킹짐벌은제1 피벗축을중심으로피벗가능한제1 물체, 제2 피벗축에실질적으로중심을둔 아치를따라서이동가능한제2 물체, 록킹부재및 록킹포메이션을포함한다. 제1 물체는제1 피벗축과제1 물체의중력중심을통과하는제1 기준축을한정하는반면에, 제2 물체는제2 축과제2 물체의중력중심을통과하는제2 기준축을한정한다. 제1 물체및 제2 물체는제1 기준축과제2 기준축이실질적으로정렬되어있는제1 정렬상태와제1 기준축과제2 기준축이서로에대해서각도상변위되어있는제2 변위상태사이에서서로에대해서이동가능하다. 제1 물체와제2 물체사이에서변위에의해서작동되는록킹포메이션은, 결합된위치와해제된위치사이에서제1 피벗축에대해서방사상으로이동가능하고, (i) 제1 정렬상태에서는, 록킹포메이션이록킹부재로부터떨어져있는해제된위치에있어서제1 피벗축을중심으로제1 물체의회전을허용하고, (ii) 제2 변위상태에서는, 록킹포메이션이결합된위치에서록킹부재와접촉되어서제1 피벗축을중심으로제1 물체의회전을방지한다. | ||||||
| 15 | A LOCKING GIMBAL | PCT/ZA2015000016 | 2015-03-25 | WO2015149087A3 | 2015-12-23 | BURGER HENRI LOUIS |
| This invention relates to a locking gimbal (10). More specifically, the invention relates to a locking gimbal (10) for automatically locking a gimballed object against motion arising from an external force (FE) applied thereto; and automatically releasing the gimballed object on removal of the external force (FE). The locking gimbal (10) includes a first object (12) pivotable about a first pivot axis (PF), a second object (14) movable along an arc cantered substantially at a second axis, a locking member (16) and a locking formation (18). The first object (12) defines a first reference axis ( ARF) passing through the first pivot axis (PF) and a centre of gravity (CGF) of the first object (12), whereas the second object ( 14) defines a second reference axis (ARS) passing through the second axis and a centre of gravity (CGS) of the second object (14). The first and second objects (12, 14) are movable relative to one other between a first aligned condition, wherein the first and second reference axes (ARF, ARS) are substantially aligned, and a second displaced condition, wherein the first and second reference axes (ARF, ARS) are angularly displaced relative to one other. The locking formation (18), actuated by displacement between the first and second objects (12, 14) is radially movable relative to the first pivot axis (PF) between engaged and disengaged position, wherein: (i) in the first aligned condition, the locking formation (18) is in a disengaged position and spaced from the locking member (16), permitting rotation of the first object (12) about the first pivot axis (PF); and (ii) in the second displaced condition, the locking formation (18) is in an engaged position and in contact with the locking member (16) thereby preventing rotation of the first object (12) about the first pivot axis (PF). | ||||||
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