序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
201 Optician's tool US55104322 1922-04-10 US1498556A 1924-06-24 LAWLOR JAMES M
202 Optician s tool US1450959D US1450959A 1923-04-10
203 kline US1323190D US1323190A 1919-11-25
204 Rim-stretcher. US19942117 1917-10-31 US1298677A 1919-04-01 DOLLSCHECK CHARLES W
205 Means for adjusting lens-mount straps. US11784216 1916-08-31 US1263412A 1918-04-23 HAYNES CHARLES M
206 Expanding device for spectacle-rims. US15288517 1917-03-06 US1254274A 1918-01-22 PRYOR GEORGE E
207 Rim-stretching device. US11256216 1916-08-01 US1219160A 1917-03-13 ROSENBLATT AARON
208 Tool. US5098215 1915-09-16 US1197502A 1916-09-05 LAMB WILLIAM R
209 Pliers. US6942215 1915-12-30 US1178369A 1916-04-04 WORSTALL GEORGE GILBERT
210 Eyeglass-repairing device. US1912729473 1912-11-04 US1064606A 1913-06-10 BRANNON HARRY
211 Pliers. US1908465723 1908-12-02 US960724A 1910-06-07 SNELL CHARLES H
212 Tool. US1908420141 1908-03-10 US905511A 1908-12-01 GORDON FRED E
213 Construction of pliers. US1906330414 1906-08-13 US851906A 1907-04-30 STRASSBURGER ERNST
214 Bending and shaping pliers. US1905259174 1905-05-06 US804923A 1905-11-21 BOWKER JOHN W
215 EYEWEAR FRAME PCT/US2013057697 2013-08-30 WO2014036508A3 2015-07-16 CODY TOM
An eyewear 100 utilizing screw-less hinges 106a, 106b to connect the temples 104a, 104b, respectively, to the frame 102. The frame 102 terminates bilaterally at open, curved rungs 200a, 200b, each configured to receive a cylinder 222. One cylinder 222 is fixed to each temple 104a, 104b. Due to the configuration of the curved rungs 200a, 200b, the cylinders 222 can be inserted into the curved rungs 200a, 200b in a rotatable or pivotable fashion. The cylinders 222 receiving the curved rungs 200a, 200b hold the frame together and keep eye wires 112a, 112b from opening, thus keeping lenses 110a, 110b from falling out of the eyewear 100. A wedge tool 300 can be used to displace the curved rung 200a, 200b from the cylinders 222 to easily remove the temples 104a, 104b from the frame 102.
216 PRODUCT COMPRISING A FLEXIBLE OPHTHALMIC LENS, AND METHOD FOR MOUNTING SUCH A FLEXIBLE OPHTHALMIC LENS ON A SPECTACLE LENS PCT/FR2010000318 2010-04-19 WO2010130885A1 2010-11-18 ROUAULT DE COLIGNY PIERRE
The invention relates to a product (30) for optical use and to a method for using said product. According to the invention, the product comprises at least two separable stacked layers: one flexible, transparent optical layer (31) for adhering to the lens of a spectacle frame, and one first conditioning layer (35) for conditioning said optical layer, which is more rigid than said optical layer in order to enable the product to be machined using a conventional spectacle lens trimming machine.
217 FIXING DEVICE OF A RIMLESS SPECTACLES PCT/KR0201642 2002-08-30 WO03027758A9 2003-11-13 HAN GI-CHUL
218 HOLE DRILLING JIG FOR SPECTACLE LENS AND PRODUCTION JIG THEREFOR AND HOLE DRILLING METHOD FOR SPECTACLE LENS AND SPECTACLE LENS PCT/JP9900271 1999-01-25 WO9937449A8 1999-09-23 WATANABE SHIGERU
A hole drilling jig for a spectacle lens used when a non-through hole extending toward the inside of the lens is drilled in the edge face of a spectacle lens and a production jig therefor and hole drilling method for a spectacle lens and a spectacle lens. The hole drilling jig comprises a jig body and a plurality of support members attached to the jig body, wherein a spectacle lens is inserted into the opening of the jig body to be held there by clamping and is supported by the support members. A bit of a drilling machine on which the hole drilling jig is set is applied to the edge face of the spectacle glass while being guided by a guide formed on the support members, whereby a non-through hole is made in the edge face.
219 METHOD FOR FITTING A PREDETERMINED GLASSES FRAME FOR THE USE THEREOF BY A GIVEN WEARER PCT/FR2014053505 2014-12-22 WO2015101738A2 2015-07-09 HADDADI AHMED; MARIE SARAH
The invention relates to a method for fitting an actual predetermined glasses frame (10), selected by a given wearer, for the use thereof by said wearer. Said method comprises the following steps: b) the head (TS) of the wearer is at least partially modelled, in at least one reference system, with at least one model (MN) of part of the nose (N) and one model (MORD, MORG) of part of the ears (ORD, ORG); c) simulating the positioning of the frame (10) on the head (TS) of the wearer is carried out, in the model of the head (TS) of the wearer, by placing the corresponding areas of said frame (10), or a model of the latter, one over the other; and d) on the basis of placing these one over the other, the necessary change in shape of the actual predetermined frame (10) is determined in order to achieve a fitting of said frame (10) on the head (TS) of the wearer in accordance with at least one predetermined fitting criterion.
220 REMOVABLE EYEGLASS LENS AND FRAME PLATFORM PCT/US2014052971 2014-08-27 WO2015031511A9 2015-06-11 BILLETZ KONRAD C; GAUTHIER NOEL L
An eyeglass assembly includes a frame having first and second lens openings. A lens is dimensioned for receipt in the lens opening. The lens has a key selectively interconnecting the lens to frame in a lens opening. The key has a protrusion received in a complementary groove in the frame around the lens opening, and a tab along a minor portion of the key that is received in a notch in the frame groove which provide a region where less force is required to mount or remove the lens relative to the frame.
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