| 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 | 用于时计心轴的枢转装置 | CN200880013675.2 | 2008-04-24 | CN101669075A | 2010-03-10 | T·科尼斯; J-L·黑尔费尔 |
| 本发明涉及用于轴(11)的枢转装置，该枢转装置包括两个枢轴(12，12’；32)和两个用于接纳所述两个枢轴的支承座，每个枢轴限定轴的一个端部。两个枢轴中的每一个都包括基本圆柱形部分(19，19’；39)和凸状圆形部分(13，13’；33)，凸状圆形部分形成基本圆柱形部分的延伸部并在端部方向上尺寸减小。每个支承座都包括弹性地保持就位的枢转结构(25；35)，该枢转结构包括基本圆柱形通道，其中一个枢轴的基本圆柱形部分(19，19’；39)延伸穿过所述基本圆柱形通道。该枢转结构还包括枢轴的端部抵靠在上面的支承面。该枢转装置的特征在于，每个支承座的支承面由开口(16，16’；36；46)的倾斜内壁形成，所述开口包括梯形或者倒三角形廓形部分(16，16’；38；46)，其中一个枢轴的凸状圆形部分(13，13’；33)用于抵靠在所述倾斜内壁上，以便轴(11)沿轴向保持在两个支承座的开口的倾斜壁之间。 | ||||||
| 2 | 用于时计心轴的枢转装置 | CN200880013675.2 | 2008-04-24 | CN101669075B | 2012-02-29 | T·科尼斯; J-L·黑尔费尔 |
| 本发明涉及用于轴(11)的枢转装置，该枢转装置包括两个枢轴(12，12’；32)和两个用于接纳所述两个枢轴的支承座，每个枢轴限定轴的一个端部。两个枢轴中的每一个都包括基本圆柱形部分(19，19’；39)和凸状圆形部分(13，13’；33)，凸状圆形部分形成基本圆柱形部分的延伸部并在端部方向上尺寸减小。每个支承座都包括弹性地保持就位的枢转结构(25；35)，该枢转结构包括基本圆柱形通道，其中一个枢轴的基本圆柱形部分(19，19’；39)延伸穿过所述基本圆柱形通道。该枢转结构还包括枢轴的端部抵靠在上面的支承面。该枢转装置的特征在于，每个支承座的支承面由开口(16，16’；36；46)的倾斜内壁形成，所述开口包括梯形或者倒三角形廓形部分(16，16’；38；46)，其中一个枢轴的凸状圆形部分(13，13’；33)用于抵靠在所述倾斜内壁上，以便轴(11)沿轴向保持在两个支承座的开口的倾斜壁之间。 | ||||||
| 3 | 可動時計要素を枢動するための可撓性軸受 | JP2016176292 | 2016-09-09 | JP2017083429A | 2017-05-18 | ROMAN EGRI; MATTHAEUS FRIEDLI |
| 【課題】クロノグラフカウンタがゼロに戻るときに、クロノグラフカウンタの精密な位置決めを保障することを提案する。【解決手段】基本時計機構(10)であって、軸(D)の周りの第1のハウジング(20)、第2のハウジング(30)、及び可動要素(1)を備え、可動要素(1)は、第1のハウジング(20)内で枢動する第1の肩部(2)及び第2のハウジング(30)内で枢動する第2の肩部(3)を備え、第2のハウジング(30)は、少なくとも第1の当接表面(36)を備え、少なくとも第1の当接表面(36)は、可動要素(1)が第1の当接表面(36)上で当接状態にあるときに前記軸(D)上での可動要素(1)のアライメントを保証するように配置され、基本機構(10)は、可動要素(1)をこの第1の当接表面(36)に戻すように配置された少なくとも1つの弾性戻り手段(5)を含む、基本時計機構(10)。【選択図】図1 | ||||||
| 4 | Flexible bearing for pivoting a mobile timepiece element | US15244101 | 2016-08-23 | US09829861B2 | 2017-11-28 | Roman Egli; Matthaus Friedli |
| Elementary timepiece mechanism comprising a first housing about an axis, a second housing, and a mobile element comprising a first shoulder pivoting in the first housing and a second shoulder pivoting in the second housing, the second housing comprising at least a first abutment surface arranged to ensure the alignment of the mobile element on said axis when the mobile element is in abutment on the first abutment surface, and the elementary mechanism includes at least one elastic return means arranged to return the mobile element to this first abutment surface. | ||||||
| 5 | FLEXIBLE BEARING FOR PIVOTING A MOBILE TIMEPIECE ELEMENT | US15244101 | 2016-08-23 | US20170115637A1 | 2017-04-27 | Roman EGLI; Matthaus FRIEDLI |
| Elementary timepiece mechanism comprising a first housing about an axis, a second housing, and a mobile element comprising a first shoulder pivoting in the first housing and a second shoulder pivoting in the second housing, the second housing comprising at least a first abutment surface arranged to ensure the alignment of the mobile element on said axis when the mobile element is in abutment on the first abutment surface, and the elementary mechanism includes at least one elastic return means arranged to return the mobile element to this first abutment surface. | ||||||
| 6 | Device for pivoting an arbour in a time piece | US12596947 | 2008-04-24 | US08317391B2 | 2012-11-27 | Thierry Conus; Jean-Luc Helfer |
| The device for pivoting an arbour (11) in a timepiece, includes two pivots (12, 12′; 32) each forming one end of the arbour and two bearings for receiving the two pivots. Each of the pivots includes an approximately cylindrical portion (19, 19′; 39) and a convex rounded portion (13, 13′; 33) that extends the approximately cylindrical portion and gradually decreases in the direction of the end. Each of the bearings includes a pivoting structure (25; 35) held in place elastically, which includes an approximately cylindrical passage traversed by said approximately cylindrical portion (19, 19′; 39) of one of the pivots. The pivoting structure also includes a bearing surface against which the end of said pivot will abut. The pivoting device is characterized in that the pivoting structure of each of the bearings includes an aperture (16, 16′; 36; 46) that has a portion of inverted triangular or trapezoidal profile (16, 16′; 38; 46), and in that the convex rounded portion (13, 13′; 33) of one of the two pivots is for abutting against said inclined inner wall so that the arbour (11) is held axially between the inclined walls of the apertures of the two bearings. | ||||||
| 7 | Mainspring-barrel for timepieces | US4898215 | 1915-09-04 | US1392676A | 1921-10-04 | BORRESEN HELGE A |
| 8 | 可動時計要素を枢動するための可撓性軸受 | JP2016176292 | 2016-09-09 | JP6283078B2 | 2018-02-21 | ローマン・エグリ; マテウス・フリードリ |
| 9 | Device for supporting the arbor in the clock by a pivot | JP2010504690 | 2008-04-24 | JP5524827B2 | 2014-06-18 | コヌス，ティエリー; ヘルファー，ジャン−ルク |
| 10 | Device for supporting the arbor in the clock by a pivot | JP2010504690 | 2008-04-24 | JP2010539440A | 2010-12-16 | コヌス，ティエリー; ヘルファー，ジャン−ルク |
| 時計においてアーバ（１１）をピボットによる軸支をするデバイスが、このアーバの一方の端部をそれぞれに形成する２つのピボット（１２、１２'；３２）と、これらの２つのピボットを受けるための２つの軸受とを具備する。 ２つのピボットのそれぞれが、円筒形状の部分（１９、１９'；３９）と、この円筒形状の部分を延長しかつ先端部の方向へ徐々に減少する凸状で丸味を帯びた部分（１３、１３'；３３）とを具備する。 軸受のそれぞれが、弾性的に所定位置に保持される、ピボットによる軸支構造（２５；３５）を具備し、このピボットによる軸支構造は、ピボットの一方の該円筒形状の部分（１９、１９'；３９）が通る円筒形状の通路を具備する。 またピボットによる軸支構造は、該ピボットの先端部が当接する軸受表面を具備する。 ピボットによる軸支をするデバイスは、軸受のそれぞれのピボットによる軸支構造が、逆三角形または逆台形縦断面の部分（１６、１６'；３８；４６）を有する開口（１６、１６'；３６；４６）を具備し、かつ２つのピボットの一方の凸状で丸味を帯びた部分（１３、１３'；３３）は、アーバ（１１）が２つの軸受の開口の傾斜壁間において軸方向で保持されるように、該傾斜内壁に当接する点に特徴を持つ。 | ||||||
| 11 | Geometries for Hairsprings for Mechanical Watches Enabled By Nanofabrication | US15819317 | 2017-11-21 | US20180088530A1 | 2018-03-29 | Kiran Shekar; Nicholas Manousos; Milan Begliarbekov |
| In this patent we teach a method for manufacturing hairsprings for mechanical watches using nanofabrication and several resultant geometries. This method produces hairsprings, and other watch components, that are more durable, more precise, more isochronous, possess a different appearance, and are easier to install into a watch. For example, we discuss novel geometries of hairspring coils with non-rectangular cross-sections, hairsprings with attached or integrated collets, detachable collets, notched collets, tabs, and small identifying features. Furthermore, we teach how the cross-section of a hairspring may be modified in order to alter the spring's geometric moment thereby improving isochronism. | ||||||
| 12 | FACETTED JEWEL BEARINGS | US14909804 | 2014-08-12 | US20160195852A1 | 2016-07-07 | Gregory Hendricks |
| The invention provides bearing systems characterized by single point contact with each jewel segment and a spring-loaded assembly with protection from radial and thrust forces. An important feature of jewel bearings of the invention is that they are self-lubricating, i.e., no oil or grease lubricants are needed. This can be a major advantage in medical and precision equipment. A secondary important feature is the reduced friction and effective heat-dissipation due to the unique design of the invention with significant reduction in contact surfaces and friction, which significantly prolong the lifespan of the bearings. Another advantage of the present invention is the substantial reduction in audible noise due to the unique design. Furthermore, the invention allows the use of relatively low cost synthetic jewel segments in bearings. | ||||||
| 13 | DEVICE FOR PIVOTING AN ARBOUR IN A TIME PIECE | US12596947 | 2008-04-24 | US20110164478A1 | 2011-07-07 | Thierry Conus; Jean-Luc Helfer |
| The device for pivoting an arbour (11) in a timepiece, includes two pivots (12, 12′; 32) each forming one end of the arbour and two bearings for receiving the two pivots. Each of the pivots includes an approximately cylindrical portion (19, 19′; 39) and a convex rounded portion (13. 13′; 33) that extends the approximately cylindrical portion and gradually decreases in the direction of the end. Each of the bearings includes a pivoting structure (25; 35) held in place elastically, which includes an approximately cylindrical passage traversed by said approximately cylindrical portion (19, 19′; 39) of one of the pivots. The pivoting structure also includes a bearing surface against which the end of said pivot will abut. The pivoting device is characterized in that the pivoting structure of each of the bearings includes an aperture (16, 16′; 36; 46) that has a portion of inverted triangular or trapezoidal profile (16, 16′; 38; 46), and in that the convex rounded portion (13, 13′; 33) of one of the two pivots is for abutting against said inclined inner wall so that the arbour (11) is held axially between the inclined walls of the apertures of the two bearings. | ||||||
| 14 | Pivot-bearing for watch-movements. | US1911638119 | 1911-07-12 | US1109141A | 1914-09-01 | OHLSON OLOF |
| 15 | Balance-wheel staff. | US1908458800 | 1908-10-21 | US927859A | 1909-07-13 | JOYE CHARLES MASON |
| 16 | Watch-movement bridge. | US1899716683 | 1899-05-13 | US639177A | 1899-12-12 | KURTZ JOSEPH L |
| 17 | Balance-staff for watches | US451808D | US451808A | 1891-05-05 | ||
| 18 | DISPOSITIF DE PIVOTEMENT D'UN ARBRE DANS UNE PIECE D'HORLOGERIE | EP08736544.1 | 2008-04-24 | EP2142965B2 | 2014-02-26 | CONUS, Thierry; HELFER, Jean-Luc |
| 19 | DISPOSITIF DE PIVOTEMENT D'UN ARBRE DANS UNE PIECE D'HORLOGERIE | EP08736544.1 | 2008-04-24 | EP2142965B1 | 2010-11-10 | CONUS, Thierry; HELFER, Jean-Luc |
| The invention relates to a device for pivoting a shaft (11) that comprises two pivots (12, 12'; 32) each defining an end of the shaft and two bearings for receiving the two pivots. Each of the two pivots includes a substantially cylindrical portion (19, 19'; 39) and a convex rounded portion (13, 13'; 33) that forms an extension of the substantially cylindrical portion and decreases in size in the direction of the end. Each bearing includes a pivoting structure (25; 35) elastically held in place and including an essentially cylindrical passage through which extends the substantially cylindrical portion (19, 19'; 39) of one of the pivots. The pivoting structure further includes a bearing surface against which the end of the pivot bears. The bearing surface of each of the bearings is formed by the inclined inner wall of an opening (16, 16'; 36; 46) that comprises a portion with a trapezoidal or inverted-triangle profile (16, 16'; 38; 46), and in that the convex rounded portion (13, 13'; 33) of one of the two pivots is meant to bear against said inclined inner wall so that the shaft (11) is axially maintained between the inclined walls of the openings of the two bearings. | ||||||
| 20 | Crystalline Compounds for Use in Mechanical Watches and Methods of Manufacture Thereof | US15365091 | 2016-11-30 | US20170285573A1 | 2017-10-05 | Nicholas Manousos; Kiran Shekar; Aaron Berlow; Milan Begliarbekov |
| This invention teaches a new class of materials that can be used to manufacture hairsprings and/or other components of mechanical watches, and methods for manufacturing these components. The new class of materials is crystalline compounds, including, but not limited to, gallium arsenide, extrinsically doped gallium arsenide, extrinsically doped silicon, gallium nitride, extrinsically doped gallium nitride, gallium phosphide, extrinsically doped gallium phosphide, and quartz. This invention also teaches laminated/coated crystalline compounds. The lamination/coating may be applied by one of the following methods, including but not limited to: plasma enhanced chemical vapor deposition, atomic layer deposition, sputtering, electron beam evaporation, and thermal evaporation. Using crystalline compounds, in particular extrinsically doping the crystalline compounds, affords the possibility to controllably alter the mechanical, electrical, thermal, magnetic, and/or other properties of the watch components. These properties can be further altered by applying single or multiple laminates/coatings of varying thicknesses and/or geometries. | ||||||
QQ群二维码
意见反馈
意见反馈