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    • 23. 发明专利
    • BASKET FOR CHEMICAL STRENGTHENING TREATMENT
    • JPH02107537A
    • 1990-04-19
    • JP25994788
    • 1988-10-15
    • SEIKO ELECTRONIC COMPONENTS
    • IIZUKA KAZUYOSHI
    • G04D3/08C03C21/00
    • PURPOSE:To obtain the title basket for applying stabilized, high-strength, and inexpensive treatment to a polished and finished timepiece cover glass without deteriorating the appearance and quality of the glass by forming the basket into an elastic structure for holding the periphery of the glass by point contact. CONSTITUTION:The holder 2 is formed from a corrugated SUS wire 3 and a straight SUS wire 4, and plural holders are fixed to the basket main body 1. The outside of the top of the wire 3 is spot-welded to the wire 4. Both ends of the two sets of holders 2 are welded to bolts 5 so that the wire 3 is placed outside to form a plane as shown in the figure. When the timepiece cover glass 7 is supported so that the side-edge ends 7a and 7b of the glass 7 are brought into contact with the bottom of the wire 3 of the one holder 2a and that of the adjacent holder 2b, respectively, and the lower end 7c of the glass is supported with the horizontal holder 2c vertically fixed to the bottom of the wire 3. When the basket 1 is used, the whole surface of the glass 7 is brought into contact with a salt bath, and the glass 7 is chemically strengthened with stabilized high strength.
    • 27. 发明公开
    • ENERGY STORAGE AND RELEASE DEVICE USING ELASTIC RESERVOIRS, AND METHODS AND TIMEPIECES RELATED THERETO
    • 能量储存和释放装置采用灵活的水库和方法以及手表连接应
    • EP3039492A2
    • 2016-07-06
    • EP14786528.1
    • 2014-08-26
    • Preciflex SA
    • ROHNER, Johann
    • G04D3/08
    • G04B1/26F15B1/04
    • An energy storage and release system and/or time piece device includes two elastic bellows in fluid communication with one another and filled with a single fluid or different fluids (whether liquids alone or in combination with a gas) thus allowing mechanical power transmission. The energy which loads the system comes from an external winding system (which can be performed either manually or automatically). The winding or loading force is transmitted by a mechanism attached to one or the other fluid reservoirs. As the system is loaded, the fluid contained therein expands and contracts the fluid reservoirs. The fluid reservoirs are elastic and so, once a reservoir is filled or contracted, then when the energy input from the mentioned manual or automatic winding is removed, the system will elastically seek to return to an unstressed or relaxed state, and thus release energy that is stored. This results in the linear movement of one or other of the reservoirs which can be used as a linear motion mechanism of significant utility adaptable for a variety of fields, from medical to time keeping. In one embodiment, at least two immiscible fluids defining a meniscus juxtaposed to an indicia may be used, which then allows the system to indicate its energy state. The device may be used as an alternative stored energy source for a wristwatch, replacing the traditional main spring.
    • 一个能量储存和释放系统和/或计时装置包括在流体连通的两个弹性波纹管彼此之间以及填充有单一流体或不同的流体(液体无论单独使用或与一种气体的组合)从而允许机械动力传递。 它将加载系统的能量来自外部卷的系统上(这可以手动或自动地执行任一)。 卷绕或加载力被反式由连接到一个或另一个流体贮存的机构mitted。 由于该系统被加载时,其中的流体含有膨胀和收缩的流体贮存器。 流体储器是弹性的,因此,一旦储存器被填充或收缩,则当从能量输入所提到的手动或自动上弦被移除时,系统将可弹性寻求在无应力状态还是松弛状态返回到,并由此释放能量没有 存储。 此结果,其中可被用作显著效用可适用于各种领域,从医疗的时间保持一个线性运动机构的贮存器中的一个或其他的线性运动。 在一个,实施例的至少两种不混溶流体限定在标记并置的弯月可以被使用,这然后允许系统以指示其能量状态。 该装置可被用作替代用于手表存储能量源,取代了传统的主发条。