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    • 5. 发明公开
    • VERTICALLY SPLIT SPECTACLES FRONT
    • SENKRECHT GETEILTE BRILLENFASSUNG
    • EP3118669A1
    • 2017-01-18
    • EP15177171.4
    • 2015-07-16
    • Jacques Durand Occhiali S.r.l.
    • Durand, Jacques
    • G02C1/06G02C1/00
    • G02C1/10G02C1/06
    • The present invention relates to spectacles (1), comprising a first element (2) comprising a front part (3) provided with two rims (5a, 5b) each one having an aperture. The spectacles further comprise a second element (300) comprising at least one lens and intended to be applied to the front part (3), such that with the second element (300) in the mounted condition, the at least one lens is at one aperture of one of the two rims (5a, 5b). The front part (3) comprises a housing (8) surrounding at least one of the two rims, and the second element (300) comprises a flat portion (302) and a snap-on element (308) projecting from the flat portion (302), surrounds the at least one lens and is intended to be snapped into the housing (8) by form-fit.
    • 本发明涉及一种眼镜(1),其包括第一元件(2),该第一元件(2)包括具有两个边缘(5a,5b)的前部(3),每个边缘具有孔。 眼镜还包括第二元件(300),该第二元件(300)包括至少一个透镜并且旨在施加到前部(3),使得在第二元件(300)处于安装状态下,至少一个透镜位于一个 两个边缘(5a,5b)中的一个的孔径。 前部(3)包括围绕两个边缘中的至少一个的壳体(8),并且第二元件(300)包括平坦部分(302)和从平坦部分突出的卡扣元件(308) 302),围绕所述至少一个透镜,并且旨在通过形状配合卡扣到所述壳体(8)中。
    • 7. 发明公开
    • LENS MACHINING METHOD, LENS MACHINING PROGRAM, AND MACHINING CONTROL DEVICE
    • 林肯北京农林科技大学,林业科学院植物保护研究所
    • EP2979814A1
    • 2016-02-03
    • EP14776472.4
    • 2014-03-12
    • HOYA Corporation
    • DAIMARU, TakashiSUZUE, TakahiroSAMUKAWA, Masahiko
    • B24B9/14G02C13/00
    • B24B9/148B24B9/14B24B51/00G02C1/10
    • There is provided a lens edging method of performing edging to a spectacle lens, using an edger equipped with a plurality of types of edging tools, including: a shape division step of dividing an edging portion to be edged during edging of the spectacle lens, into a plurality of shape element portions, based on three-dimensional shape data of the spectacle lens; a tool allocation step of allocating an edging tool used for edging each of the plurality of shape element portions, from the plurality of types of edging tools, in accordance with a previously set tool selection reference; an edging order determination step of determining a using order of each edging tool allocated to each of the plurality of shape element portions, in accordance with a previously set using priority order; and an edging instruction step of making the edger perform edging using each edging tool allocated in the tool allocation step, in accordance with the using order determined in the edging order determination step.
    • 提供了一种使用装备有多种类型的修边工具的修边机对眼镜镜进行磨边的镜片磨边方法,包括:形状分割步骤,将在眼镜镜片的磨边期间边缘的边缘部分分割成 多个形状元件部分,基于眼镜镜片的三维形状数据; 工具分配步骤,根据预先设定的刀具选择基准,从多种类型的磨边工具中分配用于磨削多个形状元件部分中的每一个的磨边工具; 边缘顺序确定步骤,用于根据预先设定的使用优先级顺序来确定分配给所述多个形状元素部分中的每一个的每个镶边工具的使用顺序; 以及边缘指示步骤,根据在边缘顺序确定步骤中确定的使用顺序,使用在刀具分配步骤中分配的每个磨边工具进行磨边处理。
    • 8. 发明公开
    • SHAPE SPLITTING METHOD, SHAPE SPLITTING PROGRAM, DATA PROCESSING DEVICE, LENS DATA PROCESSING METHOD, LENS MACHINING METHOD, AND LENS DATA PROCESSING PROGRAM
    • FORMTEILUNGSVERFAHREN,FORMTEILUNGSPROGRAMM,DATENVERARBEITUNGSVORRICHTUNG,LINSENDATENVERARBEITUNGSVERFAHREN,LINSENBEARBEITUNGSVERFAHREN UND LINSENDATENVERARBEITUNGSPROGRAMM
    • EP2979813A1
    • 2016-02-03
    • EP14775430.3
    • 2014-03-12
    • HOYA Corporation
    • DAIMARU TakashiSUZUE TakahiroSAMUKAWA Masahiko
    • B24B9/14G02C7/02G02C13/00G06F17/50
    • B24B9/148B24B9/14G02C1/10G06K9/4604G06K9/48G06K2009/484
    • A shape division method is provided for dividing three-dimensional shape data of a spectacle lens into data regarding a plurality of shape element portions used for edging the spectacle lens, including: a projection shape acquisition step of acquiring data regarding a projection shape of a circumferential edge of the spectacle lens as projection shape data based on the three-dimensional shape data; an outermost shape extraction step of obtaining a prescribed circumscribed graphic shape circumscribing a projection shape specified by the projection shape data at each prescribed angle while changing a relative angle of the projection shape and the circumscribed graphic shape, and extracting data regarding a shape of an inside area common to each of all obtained circumscribed graphic shapes, as outermost edging shape data; and a penetrated edging shape extraction step of obtaining a differential area between a shape specified by the outermost edging shape data and the projection shape specified by the projection shape data, and extracting data regarding a shape portion of the obtained differential area as penetrated edging shape data.
    • 一种形状分割方法,用于将眼镜镜片的三维形状数据分割为用于修剪眼镜片的多个形状元件部分的数据,包括:投影形状获取步骤,获取关于圆周的投影形状的数据 眼镜片的边缘作为基于三维形状数据的投影形状数据; 最外形状提取步骤,在改变所述投影形状和所述外接图形的相对角度的同时,以规定的角度获取由所述投影形状数据指定的投影形状的规定的外接图形,并且提取关于所述投影形状的内部的形状的数据 每个区域共同获得外接图形,作为最外边缘形状数据; 以及穿透边缘形状提取步骤,获得由最外边缘形状数据指定的形状与由投影形状数据指定的投影形状之间的差分区域,并且将获得的差分区域的形状部分的数据提取为穿透边缘形状数据 。
    • 9. 发明公开
    • VORRICHTUNG UND VERFAHREN ZUR DIREKTEN BEFESTIGUNG ZUMINDEST EINES BÜGELS, EINER BACKE UND/ODER BRÜCKE EINES BRILLENGESTELLS AN ZUMINDEST EINEM BRILLENGLAS EINER RANDLOSBRILLE
    • DEVICE AND METHOD FOR中的至少一个直接安装支架,脸颊和/或桥接器的眼镜框架的至少一个透镜的无框
    • EP2956816A1
    • 2015-12-23
    • EP14707936.2
    • 2014-02-11
    • Inomitec GmbH & Co. Kg
    • STRENZ, Michael
    • G02C1/02
    • G02C1/02G02C1/10G02C5/12G02C5/22G02C13/001
    • The invention relates to a device and a method for directly securing at least one temple (3.1, 3.2), hinge (3.6, 3.7), and/or bridge (3.3) of an eyeglass frame (3) to at least one eyeglass lens (2, 2') of rimless glasses (1). The at least one eyeglass lens (2, 2') has at least one rim-side recess (5, 5', 5", 5"') which extends along the transverse axis (QA) of the eyeglass lens (2, 2'). In a particularly advantageous manner, a securing body (6, 6', 6", 6"') is received in the rim-side recess (5, 5', 5", 5"') in a formfitting manner and is rigidly connected to the eyeglass lens (2, 2'), said securing body (6, 6', 6", 6"') having a socket-like receiving channel (7) which extends along the transverse axis (QA), and the temple (3.1, 3.2), the hinge (3.6, 3.7), and/or the bridge (3.3) of the eyeglass frame (3) has at least one plug-like connection portion (8) which can be inserted into the socket-like receiving channel (7) in order to produce a removable plug connection.
    • 本发明涉及一种装置和方法,用于直接固定至少一个镜腿(3.1,3.2)的眼镜框架(3)连接到至少一个眼镜镜片的,端件(3.6,3.7)和/或桥(3.3)( 2,2 ')无镜框眼镜的(1),worin所述至少一个眼镜镜片(2,2')具有至少一个边缘的凹槽(5,5”,5 “5' ”)沿横向轴线延伸 眼镜镜片(2,2“)的(QA)。 特别有利地,在所述边缘凹槽(5,5”,5”,5' “)的固定主体(6,6”,6”,6' ')被容纳在带正配合的方式和牢固地连接到所述眼镜 透镜(2,2 '),worin固定本体(6,6',6”,6““)已(7)沿着所述横向轴线(QA)延伸的套筒状接收信道,寺(3.1, 3.2),所述端件(3.6,3.7)和/或所述眼镜架(3)的桥(3.3)具有至少一个插头状连接部(8),其能够插入到衬套状接收信道 (7),以产生一个可拆卸的插塞式连接。
    • 10. 发明公开
    • BRILLE
    • EP2668539A2
    • 2013-12-04
    • EP12732510.8
    • 2012-01-18
    • Silhouette International Schmied AG
    • FUCHS, GerhardSPINDELBALKER, Rupert
    • G02C1/04
    • G02C1/10G02C1/04G02C2200/08
    • Spectacles are described having a frame (1), having two spectacle earpieces (5) attached laterally on the frame (1), having two spectacle lenses (2), which engage in receptacle grooves (3) of the frame (1), and having in each case a detachable mounting device for the spectacle lenses (2) in the receptacle grooves (3), which are interrupted in the region of the earpiece attachment (4), wherein the mounting device has, in the region of the interruption (7) of the receptacle groove (3), a sliding bolt (8), which is mounted on the frame outer side and is displaceable transversely to the edge (9) of the spectacle lenses (2). In order to ensure a secure hold of the spectacle lenses (2), it is proposed that the frame (1) have, on the inner side opposite to the sliding bolt (8), a support stop (11) for the spectacle lens (2) having at least one catch attachment (12) engaging in a catch recess of the spectacle lens (2).
    • 眼镜被描述为具有框架(1),框架(1)具有侧向附接在框架(1)上的两个眼镜听筒(5),具有接合在框架(1)的接收槽(3)中的两个眼镜镜片 分别具有用于容纳槽(3)中的眼镜镜片(2)的可拆卸的安装装置,所述安装装置在听筒附件(4)的区域中被中断,其中安装装置在中断区域 (2)的边缘(9)横向移动的滑动螺栓(8),所述滑动螺栓安装在所述框架外侧上并且可沿所述边缘(9)横向移动。 为了确保眼镜镜片(2)的牢固保持,建议框架(1)在与滑动螺栓(8)相对的内侧上具有用于眼镜镜片(11)的支撑止动件(11) 2)具有接合在眼镜镜片(2)的卡扣凹部中的至少一个卡扣附件(12)。