序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
21 表壳 CN201080012503.0 2010-03-08 CN102356362A 2012-02-15 拉乌尔·贝朗; 朱利安·卡塔内奥; 奥利维尔·库费尔; 安东尼奥·梅莱杜
发明提供一种表壳,其包括中部(2,24,34),中部的一个开口由侧缘件(8,18,28)和/或晶片(1,11,21)、或由后盖(40)闭合。用于闭合所述开口的元件中的至少一个由弹性金属构件(3,23,33)连接到所述中部,弹性金属构件(3,23,33)具有由具有恒定厚度的非直线壁轮廓限定的凹陷剖面,并且其端部(3a,3b)分别连接到所述中部(2,24,34)的、所述闭合元件(1,11,21,18)的外周。所述非直线壁轮廓限定具有与所述开口的平面平行的方向的至少一个环形折叠,所述折叠由弯曲形成,弯曲的弧限定在>90°到180°之间的度,以便于给所述闭合元件(1,11,21,18)提供相对于开口的平面的运动的自由。
22 时计 CN200610172468.4 2006-12-26 CN1991637B 2011-08-31 平沼春树; 大森伸一
为了提供一种可以更换固定有玻璃壳的边缘构件而不附带壳体带的时计。该时计包括环形壳体带,壳体带具有形成安装孔的前侧端部,其中该端部具有围绕安装孔的边缘接收面以及连续以便围绕安装孔凸出的接合后表面;壳体后盖可拆卸地连接到壳体带的后侧端部上;环形边缘构件具有安装成能够插入并脱离安装孔的管状部分以及与边缘接收面重叠的覆盖部分,其中在管状部分内形成朝着管状部分外周边开口的环形连接凹槽;玻璃壳安装并固定在形成在边缘构件内的环形台阶部分上;以及通过具有弹性的材料形成C形形式的卡环,卡环可拆卸地连接到连接孔上,其中前侧端部夹持在它和覆盖部分之间,同时卡扣在接合后表面上,并且在壳体后盖拆卸的状态下连接/拆卸。
23 表镜固定至表圈的方法和装置 CN201010205507.2 2010-06-10 CN101957589A 2011-01-26 T·阿尔滕霍芬; P·哈夫雷克
发明涉及一种将表镜(2)固定至手表表圈(1)的方法,其中,所述表镜(2)具有至少一个突出部(3)和/或凹陷(4),所述表圈(1)具有至少一个突出部(3)和/或凹陷(4)。所述方法的特征在于,包括将所述突出部(3)压入所述凹陷(4)内的步骤。
24 时计 CN200710136996.9 2007-07-26 CN101114157A 2008-01-30 平沼春树; 小庄司秀昭
一种时计具有:防护壳体,具有壳体带,壳体带伸出到壳体带内侧,并具有形成的配合孔且同时在周向上连续的内周边突出部分,具有表盘的时计机芯内置于其中;环形边缘构件,重叠到壳体带的前侧上,并同时具有配合到配合孔上的管状配合部分以及覆盖与配合部分相比在壳体带内侧的表盘的周边部分前表面的表盘覆盖部位,并且固定有玻璃壳;环形密封垫片,包括弹性材料,并与配合孔相比设置在外侧并夹持在边缘构件和壳体带之间;多个螺纹孔,形成在内周边突出部分和配合部分上,并同时定位在垫片后侧内,且其一部分包括在密封垫片朝着后侧的伸出区域内,以及螺纹轴状连接构件,从内周边突出部分和配合部分后侧可拆卸地旋入每个螺纹孔内,由此将边缘构件保持在壳体带上。
25 时计 CN200610172470.1 2006-12-26 CN1991638A 2007-07-04 平沼春树; 大森伸一
为了提供一种可以更换固定有玻璃壳的边缘构件而不附带壳体带的时计。该时计包括环形壳体带、壳体后盖、环形边缘构件、玻璃壳以及连接构件。安装孔形成在壳体带前侧端部内,并且边缘接收面围绕安装孔设置。壳体后盖可拆卸地连接到壳体带的后侧端部上。玻璃壳安装和固定在形成在边缘构件内的环形台阶部分上。在边缘构件内设置安装在安装孔上以便插入和脱开的管状部分以及与边缘接收面重叠的覆盖部分。通过在壳体后盖拆卸的状态下连接/拆卸的连接构件,管状部分可拆卸地连接到前侧端部上。
26 时计 CN200610172468.4 2006-12-26 CN1991637A 2007-07-04 平沼春树; 大森伸一
为了提供一种可以更换固定有玻璃壳的边缘构件而不附带壳体带的时计。该时计包括环形壳体带,壳体带具有形成安装孔的前侧端部,其中该端部具有围绕安装孔的边缘接收面以及连续以便围绕安装孔凸出的接合后表面;壳体后盖可拆卸地连接到壳体带的后侧端部上;环形边缘构件具有安装成能够插入并脱离安装孔的管状部分以及与边缘接收面重叠的覆盖部分,其中在管状部分内形成朝着管状部分外周边开口的环形连接凹槽;玻璃壳安装并固定在形成在边缘构件内的环形台阶部分上;以及通过具有弹性的材料形成C形形式的卡环,卡环可拆卸地连接到连接孔上,其中前侧端部夹持在它和覆盖部分之间,同时卡扣在接合后表面上,并且在壳体后盖拆卸的状态下连接/拆卸。
27 用于把表玻璃与表壳防漏固定的装置 CN00103026.4 2000-02-29 CN1266209A 2000-09-13 克里斯蒂安·东布尔; 威廉·帕萨坎
本装置包括一环状密封,其具有一个与表玻璃的边缘中的环状槽啮合的环状凸起。密封的下部,即具有膨胀部的所述下部啮合在壳体的表面上并被底座压缩。底座的内侧表面,即安装在该密封周围的所述表面,包括两个横截面不同的同心圆柱形表面,横截面较大的表面邻近底座的底部,这些横截面稍微小于非压缩状态下的密封和膨胀部的外侧表面的横截面。壳体上部的外侧表面的底部具有一个槽,以便收容密封的一部分,所述部分由底座变形,由此确保该密封的轴向闭塞。
28 含有整体形成的表壳圈、系和后盖的手表 CN92105524.2 1992-07-02 CN1068431A 1993-01-27 B·卡拉德; P·-A·瓦尔德; E·洛特; R·布伦尼
一种手表,包括一个最好是由陶瓷材料制成的单件壳体(1)、一个衬圈(18)、一个装在衬圈中的机心(25)和一个限定机心的表盘(28),从顶部向下安装在表壳内。该手表包括将衬圈相对于表壳向、径向和轴向定位的装置(7、19)、(6)、(8)。它还包括将机心和表盘相对于衬圈角向定位的装置(21、23,20、29)。表壳由一靠在一个镶边(30)上的晶玻璃(32)封闭。
29 시계의 유리 결합장치 KR1020060044824 2006-05-18 KR1020070111705A 2007-11-22 염진선
A glass union chapter of a watch is provided to enhance product value and to prevent glass from being damaged when the glass is separated from a case of the watch in use. A watch includes a front case(11) and a rear case(11a). The front case includes an open unit(12) which is covered with glass(30) to prevent hour/minute hands from being touched with the hand of a user, wherein a coupling element(40) is required so that a rear unit is inserted into the inner circumference of the open unit with covering the outer circumference of the glass, and therefore the glass covers the entire surface of the open unit of the front case. The coupling element has a glass gripping band(41) to surround the outer circumference of the glass, which has a curved surface(42) at the rear end and a coupling surface(43) fitted to the circumference of the open unit.
30 시계 케이스 KR1019890003453 1989-03-20 KR1019940010612B1 1994-10-24 라우렌트그로스잰
내용 없음.
31 방수시계 KR1019840007934 1984-12-14 KR1019910009737B1 1991-11-29 조셉베트첸
내용 없음.
32 SYSTEM FOR FIXING THE CRYSTAL OF A WRIST WATCH PCT/IB2014060925 2014-04-23 WO2014174447A3 2015-05-14 AMBUCHI ANTONIO
System for fixing the crystal (1) of an underwater watch. This system is composed of a set of moving arms (4,5) anchored to the watch case (2) and capable of assuming two positions, an open position and a closed position. In the latter position, the arms (4,5) form a bezel for fixing the crystal (1) to the closing plane of the case. When the watch needs to be opened, for example for maintenance, the arms do not need to be removed from the watch, with evident advantages in terms of handling the watch.
33 시계 케이스의 중앙 부분에 크리스털을 고정하기 위한 방법 KR1020120112128 2012-10-10 KR1020130044147A 2013-05-02 라신,크리스티앙; 베이어만,라파엘; 칼텐리더,앙드레
PURPOSE: A method for fixing a crystal to a middle part of a watch case is provided to have excellent resistance to opposite permanent powers applied by two flexibility connectors. CONSTITUTION: A method for fixing a crystal to a middle part of a watch case aims to fix a watch crystal(4) made of a plastic material to a middle part(2) of a watch made of a plastic material. The middle part determines a boundary of the watch case having a crystal. The watch crystal comprises an upper surface(6) towards a watch wearer side and a bottom surface(8) in the opposite side of the upper surface. A digital display unit(12) is combined with the bottom surface of the crystal. The assembly formed by the digital display unit and the crystal is welded on the middle part by a laser beam.
34 회전 커버-베젤을 포함하는 시계케이스 KR1020060004712 2006-01-17 KR1020060084795A 2006-07-25 마리,프랑코이스
The watchcase has off-centre display (10) having external surface covered by a cover-bezel (1) rotatably mounted in the plane of the case on an axis located at the centre of the case. The cover-bezel has an aperture (20) having the same contour as the display. The aperture occupies a exposed position or concealed position while rotating cover-bezel through a predetermined angle.
35 시계 케이스 조립체 KR1019820001810 1982-04-24 KR1019890000476B1 1989-03-18 폴고그니예트
This invention relates to a means for fixing a crystal on the upper surface of the body of a watch case. The crystal is a thin plate in the same size as the watch case, and is fixed by multiple fasteners, a sealing strip, and a supporting ring. The fasteners have grooves for fixing the crystal and are spaced along the periphery of the crystal plate. Each groove has upper and lower faces facing each other, forming a gap slightly larger than the crystal thickness. The upper face presses the upside of the crystal. The sealing strip on the supporting ring sticks to the lower surface of the crystal. The supporting ring has a means to press the sealing strip toward the crystal.
36 방수시계 KR1019840007934 1984-12-14 KR1019850004671A 1985-07-25 조셉베트첸
내용없음
37 시계 케이스 KR1019820003550 1982-08-06 KR1019840001344A 1984-04-30 고갱폴
내용없음
38 WEARABLE DEVICE AND ELECTRONIC APPARATUS US16009775 2018-06-15 US20190041900A1 2019-02-07 Dongkyun KIM
Provided are a wearable device and an electronic apparatus, the wearable device including a waterproof member. The wearable device includes a window member having a bent structure. The waterproof member is disposed in the bent window member, thereby preventing a space into which water may leak and providing a wearable device in which a flexible connector passes through the waterproof member and is connected to a driving module below the flexible connector.
39 GASKET FOR AN ELECTRONIC DEVICE US15182205 2016-06-14 US20170359913A1 2017-12-14 Maegan K. SPENCER; Katherine E. TONG; Erik G. DE JONG
An electronic device having an enclosure and a cover is disclosed. The cover may be secured with the enclosure by a sealing element, or gasket. In response to using the sealing element to secure the cover with the enclosure, the sealing element may elastically deform. The elastic deformation may cause portions of the sealing element to extend into undercut regions of the cover and of the enclosure to form a first locking feature and a second locking feature, respectively. The first locking feature and the second locking feature may combine to provide a retaining force that retains the cover with the enclosure. Also, the first locking feature and the second locking feature may also provide a counterforce to a force applied to the electronic device (for example, dropping the electronic device) that prevents the cover from becoming unsecured from the enclosure.
40 SYSTEMS AND METHODS FOR INDICATING A QUANTITY US15301437 2015-04-07 US20170235278A1 2017-08-17 Lucien VOUILLAMOZ; Yves RUFFIEUX
An indication device is provided which has an electrically conductive fluid driven by an MHD pump. The fluid has an indicator surface driven adjacent indices of an indicator so as to indicate a quantity. A position of the indicator surface is sensed and controlled to ensure accurate indication of the quantity. Optionally, the quantity indicated is time.
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