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 用于眼镜的转动结构及具备该转动结构的眼镜 CN201080011740.5 2010-01-22 CN102349019B 2013-05-29 多田弘幸; 山本胜巳
发明提供一种即使历经长时间使用转动阻也能尽量不下降的眼镜的转动结构、以及具备该转动结构的眼镜。一种转动结构,其为眼镜的转动结构,且其由第一基础部件(1)、第二基础部件(2)、以及介于第一基础部件(1)与第二基础部件(2)之间的柱部件(3)构成,借助该柱部件(3)的扭转作用,第二基础部件(2)可相对于第一基础部件(1)转动。另外,柱部件(3)与第一基础部件(1)借助第一固定部(4)固定,柱部件(3)与第二基础部件(2)借助第二固定部(5)固定,在第一固定部(4)与第二固定部(5)之间沿柱的轴方向具有一定的距离。
2 弹簧听筒式无线机眼镜 CN201410021267.9 2014-01-16 CN104793352A 2015-07-22 荆延杰
发明涉及眼镜技术领域,公开了弹簧听筒式无线机眼镜,包括眼镜本体,眼镜本体设有镜脚,镜脚设有活动、无线通讯处理器以及电源,活动块的两端分别设有转动部和接听部,接听部设有听筒,无线通讯处理器与听筒电性连接,镜脚设有转轴,转动部与镜脚通过转轴铰接,转轴装设有用于推动活动块张开的扭簧,扭簧的两端分别与镜脚和活动块固定连接。与现有技术相比,眼镜兼具了无线耳机的功能,充分利用了镜脚内的空间,节省了体积;当需要使用无线耳机时,只需旋转活动块,将活动块上的听筒贴近耳朵即可,且用户不需要在耳朵中放置任何元件,使用较为舒适,不存在辐射的问题,尤其对于经常驾驶的用户而言,使用该眼镜不会影响驾驶安全。
3 一种眼镜及其调节装置 CN201180006407.X 2011-01-17 CN102782566A 2012-11-14 戴维·克罗斯比; 欧文·瑞迪; 格雷高瑞·斯托里; 理查德·泰勒
一种眼镜,包括两对光学镜片,所述一对光学镜片包括前镜片和后镜片;所述前镜片和所述后镜片通过转轴装置连接;调节装置,用于调整每对光学镜片在垂直于视线方向的平面内的相对运动;所述转轴装置和所述调节装置是解耦的。
4 用于眼镜的转动结构及具备该转动结构的眼镜 CN201080011740.5 2010-01-22 CN102349019A 2012-02-08 多田弘幸; 山本胜巳
发明提供一种即使历经长时间使用转动阻也能尽量不下降的眼镜的转动结构、以及具备该转动结构的眼镜。一种转动结构,其为眼镜的转动结构,且其由第一基础部件(1)、第二基础部件(2)、以及介于第一基础部件(1)与第二基础部件(2)之间的柱部件(3)构成,借助该柱部件(3)的扭转作用,第二基础部件(2)可相对于第一基础部件(1)转动。另外,柱部件(3)与第一基础部件(1)借助第一固定部(4)固定,柱部件(3)与第二基础部件(2)借助第二固定部(5)固定,在第一固定部(4)与第二固定部(5)之间沿柱的轴方向具有一定的距离。
5 眼镜框架 CN201380046242.8 2013-02-05 CN104603677A 2015-05-06 金谷秀幸
发明提供眼镜框架,具备保持镜片(4a、4b)的前部(1),在该前部(1)的两侧设有镜腿,由从前部(1)连续地延伸的线材形成扭螺旋弹簧形状的环形接头部(3a、3b),从该环形接头部(3a、3b)进一步延伸线材而形成镜腿(2a、2b),由此不使用螺钉而构成接头部,在戴在脸上的情况下能够稳定地佩戴,并且通过在插装于镜腿(2a、2b)的前端部的树脂制腿套(7a、7b)的前端设置卡止在环形接头部(3a、3b)的线圈部的卡止片(10a、10b),能够将镜腿的前端部切实地卡止在接头部的附近。
6 具有可旋转眼镜腿的眼镜架 CN02820743.2 2002-08-28 CN100362392C 2008-01-16 内斯特·M·本纳维兹; 马修·莱恩; 布雷恩·E·莱杰特; 拉塞尔·里德; 戴维·B·斯特利; 艾伦·蒂普; 贾斯廷·S·沃纳; 罗纳德·L·威尔逊二世
眼镜包括面部框和眼镜腿。所述面部框具有包括一外边缘的外表面。所述面部框还具有第一端部和第一镜片开口。外边缘靠近所述第一端部。所述眼镜腿具有一个限定了内表面的部分。该眼镜腿可绕枢轴转动地连接在所述面部框的第一端部上。该眼镜腿可以在折叠状态和未折叠状态之间运动,从而所述眼镜腿部分的内表面可以在所述面部框的外边缘上无阻碍地运动。
7 具有可旋转眼镜腿的眼镜架 CN02820743.2 2002-08-28 CN1571938A 2005-01-26 内斯特·M·本纳维兹; 马修·莱恩; 布雷恩·E·莱杰特; 拉塞尔·里德; 戴维·B·斯特利; 艾伦·蒂普; 贾斯廷·S·沃纳; 罗纳德·L·威尔逊二世
眼镜包括面部框和眼镜腿。所述面部框具有包括一外边缘的外表面。所述面部框还具有第一端部和第一镜片开口。外边缘靠近所述第一端部。所述眼镜腿具有一个限定了内表面的部分。该眼镜腿可绕枢轴转动地连接在所述面部框的第一端部上。该眼镜腿可以在折叠状态和未折叠状态之间运动,从而所述眼镜腿部分的内表面可以在所述面部框的外边缘上无阻碍地运动。
8 JPS6141049Y2 - JP16237781 1981-10-30 JPS6141049Y2 1986-11-22
9 HINGE FOR THE AUTOMATIC MECHANICAL CLOSURE OF SPECTACLE ARMS EP96943917.0 1996-12-11 EP0888574A1 1999-01-07 DIOGUARDI, Franco; SOTTSASS, Marco
The invention is concerned with a new constructive form of hinge for junction and opening of the arms (A) on the front (F) of the glasses, and being the automatic closure of the arms (A), when the glasses are not being worn. The innovative peculiarity of the invention is to provide the presence of an elastic means (6), operating on a pin (26) of a gear (27), arranged in direct grip with a crown wheel section (11) of a disk (10), where it determines and regulates the movement of the gear (27), the gear (27) itself being solid to the arm (A) to open, whereas the crown wheel section (11) is fixed with the extremity of the hinge of front (F) of glasses.
10 Eyeglasses frame with rotatable temples JP2010107524 2010-05-07 JP2010204684A 2010-09-16 BENAVIDES NESTOR M; LAINE MATTHEW; LE GETTE BRIAN E; REED RUSSELL; STALEY DAVID B; TIPP ALAN; WERNER JUSTIN S; WILSON RONALD L II
<P>PROBLEM TO BE SOLVED: To provide eyeglasses with temples for protecting the center of a lens from abrasion. <P>SOLUTION: Eyeglasses 100 includes a face 110 and temples 120, 130. The face 110 includes an outer surface including an outer edge. The face also includes a first end portion and a first lens opening. The outer edge is proximate to the first end portion. Each of the temples 120, 130 includes a portion defining an inner surface. Each of the temples 120, 130 is pivotably coupled to the first end portion of the face 110. The temple is movable between a folded configuration and an unfolded configuration so that the inner surface of the temple portion moves over the outer edge of the face 110 without obstruction. <P>COPYRIGHT: (C)2010,JPO&INPIT
11 Eyeglass turning structure and eyeglasses having the same JP2009013709 2009-01-23 JP2010169980A 2010-08-05 TADA HIROYUKI; YAMAMOTO KATSUMI
PROBLEM TO BE SOLVED: To provide an eyeglass turning structure of which the turning resistance is prevented from decreasing as much as possible even in long-time use, and to provide eyeglasses having the turning structure. SOLUTION: The eyeglass turning structure includes a first base member 1, a second base member 2, and a columnar member 3 disposed between the first base member 1 and the second base member 2, wherein the second base member 2 is turnable with respect to the first base member 1 by the twisting operation of the columnar member 3. In the eyeglass turning structure, the columnar member 3 and the first base member 1 are fixed by a first fixing part 4, the columnar member 3 and the second base member 2 are fixed by a second fixing part 5, and a certain distance of a columnar axial direction is set between the first fixing part 4 and the second fixing part 5. COPYRIGHT: (C)2010,JPO&INPIT
12 Spectacle frame having a rotatable temple JP2003525362 2002-08-28 JP2005502085A 2005-01-20 ウィルソン,ロナルド,エル.,ツー; ステーリー,デービッド,ビー.; ティップ,アラン; ベナビデス,ネスター,エム.; リード,ラッセル; レイン,マシュー; レゲット,ブライアン,イー.; ワーナー,ジャスティン,エス.
眼鏡は、フェイスおよびテンプルを具備している。 フェイスは、外縁を含む外面を有する。 フェイスはまた、第1の端部分および第1のレンズ開口部を有する。 外縁は第1の端部分に近接している。 テンプルは、内面を規定する部分を有する。 テンプルは、フェイスの第1の端部分に枢結される。 テンプル部分の内面が、妨げられることなく、フェイスの外縁を越えて移動することができるように、テンプルは、折り畳んだ構成と開いた構成との間で可動である。
【選択図】図2
13 Rotation structure for glasses and glasses with it JP2009013709 2009-01-23 JP5013545B2 2012-08-29 弘幸 多田; 勝巳 山本
14 Glasses with a automatically open mechanism of the Temple JP2002569988 2002-02-28 JP2004530151A 2004-09-30 トゥリブイアニ サルヴァトーレ
本発明は,少なくとも第1のテンプルの第1の端部が回転自在に取り付けられたフレームによって形成される眼鏡に関するものである。 該フレームは,操作手段を有し,該操作手段は,第1のテンプルの第1の端部がフレームに実質的に対面する配置となる第1の位置に,該第1の端部を固定するよう構成され,そして作動された場合には,第1の端部を解放して,第1の端部が自動的に,第1のテンプルとフレームが0以外の所定の値を形成する第2の位置をとるようにする。
15 Spectacle frame JP33700699 1999-11-29 JP2001154156A 2001-06-08 YAMAMOTO TOSHIYUKI
PROBLEM TO BE SOLVED: To provide a spectacle frame which is a metallic frame, does not have broaches in eye wires for fitting lenses and has the same function as the function of spring hinges capable of slightly force opening temples beyond a prescribed opening angle. SOLUTION: The eyewires consists of upper eyewire lines 2 and lower eyewire lines 3. Arms 8a and 8b, coil springs 7a and 7b and legs 9a and 9b are formed continuously from the outer side of the upper and lower eyewire lines 2 and 3. Temples 6 are foldably mounted at the front ends of the legs 9. COPYRIGHT: (C)2001,JPO
16 JPS5867312U - JP16237781 1981-10-30 JPS5867312U 1983-05-07
17 Compact folding architecture for head mounted device US14459122 2014-08-13 US09703119B2 2017-07-11 Peter Michael Cazalet
An example of a hinge mechanism for a head mounted device is provided. Aspects of the disclosure relate generally to folding the head mounted device in a secure fashion for convenient storage and transportation. The head mounted device may have an asymmetrical shape with an enlarged and elongated first side arm. In this regard, the hinge mechanism allows the head mounted device to fold at an angle so as not to interfere with a second side arm of the head mounted device. The head mounted device may also implement a flexguard component configured to bend along with the hinge structure so as to protect internal components that become exposed due to the folding of the hinge. An axial cam system is also implemented to allow for the secure and comfortable folding and opening of the head mounted device.
18 DUAL-FOLDING EYEGLASSES AND EYEGLASS COLLAPSIBLE CASE US14984545 2015-12-30 US20160246070A1 2016-08-25 David A. Johnson
Embodiments of this patent disclosure provide for eyeglasses with multiple set of hinges for folding into a compact configuration to be fitted inside a compact case for easy storage and carrying. In one aspect, a pair of foldable eyeglasses having multiple set of hinges is disclosed. The eyeglasses include a frame surrounding a pair of lenses, and a pair of temples each of which extending from an outer edge of the frame, and the eyeglasses are in an unfolded configuration when the eyeglasses is being worn by a user. The eyeglasses also include a horizontal hinge positioned on each temple for folding the pair of temples horizontally from the unfolded configuration toward the frame into a first folded configuration. The eyeglasses additionally include a vertical hinge positioned on each temple for folding the pair of temples vertically from the first folded configuration toward the frame into a second folded configuration.
19 Compact Folding Architecture For Head Mounted Device US14459122 2014-08-13 US20160048036A1 2016-02-18 Peter Michael Cazalet
An example of a hinge mechanism for a head mounted device is provided. Aspects of the disclosure relate generally to folding the head mounted device in a secure fashion for convenient storage and transportation. The head mounted device may have an asymmetrical shape with an enlarged and elongated first side arm. In this regard, the hinge mechanism allows the head mounted device to fold at an angle so as not to interfere with a second side arm of the head mounted device. The head mounted device may also implement a flexguard component configured to bend along with the hinge structure so as to protect internal components that become exposed due to the folding of the hinge. An axial cam system is also implemented to allow for the secure and comfortable folding and opening of the head mounted device.
20 Eyeglasses frame with rotatable temples US10987308 2004-11-15 US07070273B2 2006-07-04 Nestor M. Benavides; Matthew Laine; Brian E. Le Gette; Russell Reed; David B. Staley; Alan Tipp; Justin S. Werner; Ronald L. Wilson, II
Eyeglasses comprises a face and temple. The face has an outer surface including an outer edge. The face also has a first end portion and a first lens opening. The outer edge being proximate to the first end portion. The temple has a portion defining an inner surface. The temple is pivotably coupled to the first end portion of the face. The temple is movable between a folded configuration and an unfolded configuration so that the inner surface of the temple portion can move over the outer edge of the face without obstruction.
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