VACHERON CONSTANTIN 江诗丹顿 寻迹时光,致敬时光 9月17日,为回溯270载制表臻途,江诗丹顿重磅呈献里程碑之作--La Quête du Temps寻迹时光座钟,并沿用该座钟的4项专利技术打造灵感新作--Métiers d’Art艺术大师系列致敬时光...VACHERON CONSTANTIN 江诗丹顿 寻迹时光,致敬时光 9月17日,为回溯270载制表臻途,江诗丹顿重磅呈献里程碑之作--La Quête du Temps寻迹时光座钟,并沿用该座钟的4项专利技术打造灵感新作--Métiers d’Art艺术大师系列致敬时光臻途腕表。La Quête du Temps座钟由江诗丹顿携手动偶大师François Junod、瑞士高端时钟制造商L’Épée 1839及日内瓦天文台专家历经七年协作研发,凝聚6,293枚零件、23项复杂功能、144种动偶姿态于一体,搭载陀飞轮、万年历、恒星时、三维逆跳月相等精密机制,并申请15项专利,堪称突破制表疆域的机械艺术巨制。其核心装置由天文学家动偶指示时间,伴随乐音奏响,演绎人类探索宇宙的浪漫诗篇。展开更多
We present analog clocks fitted to the Mars solar day.These clocks use the standard Earth-based second of the International System of Units(SI)as their operational unit of time,unlike current practice for Mars timekee...We present analog clocks fitted to the Mars solar day.These clocks use the standard Earth-based second of the International System of Units(SI)as their operational unit of time,unlike current practice for Mars timekeeping.We discuss the importance of preserving the SI second.On this basis,we identify the two analog clocks most suitable for public use by a future Mars population.These are a 20-hour clock with a hand motion similar to that of the standard Earth clock,and a 24-hour clock with a novel“Martian”hand motion which strikes the hour when all 3 hands converge onto that hour mark on the dial.Both clocks have Earth-day equivalents to assist learning.We also present a 24-hour“SpaceClock”,similar to the Martian clock but with no favored reference plane,hence equally readable from any viewing orientation.展开更多
文摘VACHERON CONSTANTIN 江诗丹顿 寻迹时光,致敬时光 9月17日,为回溯270载制表臻途,江诗丹顿重磅呈献里程碑之作--La Quête du Temps寻迹时光座钟,并沿用该座钟的4项专利技术打造灵感新作--Métiers d’Art艺术大师系列致敬时光臻途腕表。La Quête du Temps座钟由江诗丹顿携手动偶大师François Junod、瑞士高端时钟制造商L’Épée 1839及日内瓦天文台专家历经七年协作研发,凝聚6,293枚零件、23项复杂功能、144种动偶姿态于一体,搭载陀飞轮、万年历、恒星时、三维逆跳月相等精密机制,并申请15项专利,堪称突破制表疆域的机械艺术巨制。其核心装置由天文学家动偶指示时间,伴随乐音奏响,演绎人类探索宇宙的浪漫诗篇。
文摘We present analog clocks fitted to the Mars solar day.These clocks use the standard Earth-based second of the International System of Units(SI)as their operational unit of time,unlike current practice for Mars timekeeping.We discuss the importance of preserving the SI second.On this basis,we identify the two analog clocks most suitable for public use by a future Mars population.These are a 20-hour clock with a hand motion similar to that of the standard Earth clock,and a 24-hour clock with a novel“Martian”hand motion which strikes the hour when all 3 hands converge onto that hour mark on the dial.Both clocks have Earth-day equivalents to assist learning.We also present a 24-hour“SpaceClock”,similar to the Martian clock but with no favored reference plane,hence equally readable from any viewing orientation.
