초록 ▼

A bow sight provides horizontal, vertical and at least one rotational adjustment mechanism which provides continuous movement of the sight ring without having to release a locking mechanism and still not allow unintentional movement of the sight ring. The sight has a plurality of sight pins having i

A bow sight provides horizontal, vertical and at least one rotational adjustment mechanism which provides continuous movement of the sight ring without having to release a locking mechanism and still not allow unintentional movement of the sight ring. The sight has a plurality of sight pins having illuminated tips located at spaced-apart locations along a vertical sight line which extends across the sight ring. First adjustment mechanisms allow the sight pins to be rotated in order to set the location of the tips along the sight line and second adjustment mechanisms allow the sight pins to be moved along their longitudinal axes to align them with the sight line after they have been rotated. The sight also includes particular horizontal and vertical micro adjustment mechanisms which allow very small movements of the sight ring in the horizontal and vertical directions without having to release a locking mechanism.

대표청구항 ▼

A bow sight provides horizontal, vertical and at least one rotational adjustment mechanism which provides continuous movement of the sight ring without having to release a locking mechanism and still not allow unintentional movement of the sight ring. The sight has a plurality of sight pins having i

A bow sight provides horizontal, vertical and at least one rotational adjustment mechanism which provides continuous movement of the sight ring without having to release a locking mechanism and still not allow unintentional movement of the sight ring. The sight has a plurality of sight pins having illuminated tips located at spaced-apart locations along a vertical sight line which extends across the sight ring. First adjustment mechanisms allow the sight pins to be rotated in order to set the location of the tips along the sight line and second adjustment mechanisms allow the sight pins to be moved along their longitudinal axes to align them with the sight line after they have been rotated. The sight also includes particular horizontal and vertical micro adjustment mechanisms which allow very small movements of the sight ring in the horizontal and vertical directions without having to release a locking mechanism. an et al., 364/550; US-4934196, 19900600, Romano, 073/861.38; US-4964125, 19901000, Kim, 371/015.1; US-4992965, 19910200, Holter et al., 364/551.01; US-5005142, 19910400, Lipchak et al., 364/550; US-5022028, 19910600, Edmonds et al., 714/736; US-5043862, 19910800, Takahashi et al., 364/162; US-5053815, 19911000, Wendell, 355/208; US-5081598, 19920100, Bellows et al., 364/550; US-5089984, 19920200, Struger et al., 395/650; US-5098197, 19920300, Shepard et al., 374/120; US-5099436, 19920300, McCown et al., 364/550; US-5103409, 19920400, Shimizu et al., 364/556; US-5111531, 19920500, Grayson et al., 395/023; US-5121467, 19920600, Skeirik, 395/011; US-5122976, 19920600, Bellows et al., 364/550; US-5130936, 19920700, Sheppard et al., 364/551.01; US-5134574, 19920700, Beaverstock et al., 364/551.01; US-5142612, 19920800, Skeirik, 395/011; US-5148378, 19920900, Shibayama et al., 364/571.07; US-5167009, 19921100, Skeirik, 395/027; US-5175678, 19921200, Frerichs et al., 364/148; US-5193143, 19930300, Kaemmerer et al., 395/051; US-5197114, 19930300, Skeirik, 395/022; US-5197328, 19930300, Fitzgerald, 073/168; US-5200958, 19930400, Hamilton et al., 714/710; US-5212765, 19930500, Skeirik, 395/011; US-5214582, 19930500, Gray, 364/424.03; US-5224203, 19930600, Skeirik, 395/022; US-5228780, 19930700, Shepard et al., 374/175; US-5235527, 19930800, Ogawa et al., 364/571.05; US-5265031, 19931100, Malczewski, 364/497; US-5265222, 19931100, Nishiya et al., 395/003; US-5274572, 19931200, O'Neill et al., 364/550; US-5282131, 19940100, Rudd et al., 364/164; US-5282261, 19940100, Skeirik, 395/022; US-5293585, 19940300, Morita, 395/052; US-5303181, 19940400, Stockton, 365/096; US-5305230, 19940400, Matsumoto et al., 364/495; US-5311421, 19940500, Nomura et al., 364/157; US-5311562, 19940500, Palusamy et al., 376/215; US-5317520, 19940500, Castle, 364/482; US-5327357, 19940700, Feinstein et al., 364/502; US-5333240, 19940700, Matsumoto et al., 395/023; US-5349541, 19940900, Alexandro, Jr. et al., 364/578; US-5357449, 19941000, Oh, 364/551.01; US-5361628, 19941100, Marko et al., 073/116; US-5365423, 19941100, Chand, 364/140; US-5367612, 19941100, Bozich et al., 395/022; US-5384699, 19950100, Levy et al., 364/413.13; US-5386373, 19950100, Keeler et al., 364/577; US-5390287, 19950200, Obata, 395/067; US-5394341, 19950200, Kepner, 364/551.01; US-5394543, 19950200, Hill et al., 395/575; US-5404064, 19950400, Mermelstein et al., 310/319; US-5408406, 19950400, Mathur et al., 364/163; US-5408586, 19950400, Skeirik, 395/023; US-5414645, 19950500, Hirano, 364/551.01; US-5419197, 19950500, Ogi et al., 073/659; US-5430642, 19950700, Nakajima et al., 364/148; US-5440478, 19950800, Fisher et al., 364/188; US-5467355, 19951100, Umeda et al., 364/571.04; US-5469735, 19951100, Watanabe, 073/118.1; US-5483387, 19960100, Bauhahn et al., 359/885; US-5485753, 19960100, Burns et al., 073/720; US-5486996, 19960100, Samad et al., 364/152; US-5488697, 19960100, Kaemmerer et al., 395/051; US-5489831, 19960200, Harris, 318/701; US-5500941, 19960300, Gil, 714/038; US-5511004, 19960400, Dubost et al., 364/551.01; US-5548528, 19960800, Keeler et al., 364/497; US-5561599, 19961000, Lu, 364/164; US-5570300, 19961000, Henry et al., 364/551.01; US-5572420, 19961100, Lu, 364/153; US-5598521, 19970100, Kilgore et al., 395/326; US-5600148, 19970200, Cole et al., 250/495.1; US-5625574, 19970400, Griffiths et al., 364/550; US-5640491, 19970600, Bhat et al., 395/022; US-5671335, 19970900, Davis et al., 395/023; US-5671351, 19970900, Wild et al., 714/038; US-5675504, 19971000, Serodes et al., 364/496; US-5704011, 19971200, Hansen et al., 395/022; US-5781878, 19980700, Mizoguchi et al., 701/109; US-5848365, 19981200, Coverdill, 701/035; US-5909368, 19990600, Nixon et al., 700/131; US-5995916, 19991100, Nixon et al., 702/182; US-6014612, 20000100, Larson et al., 702/183; US-6195591, 20010200, Nixon et al., 700/019; US-6260004, 20010700, Hays et al., 702/130; US-6317701, 20011100, Pyotsia et al. , 340/825.49; US-6445963, 20020900, Blevins et al., 700/019