We report the discovery of five gravitationally lensed quasars from the Sloan Digital Sky Survey ( SDSS ) .
All five systems are selected as two-image lensed quasar candidates from a sample of high-redshift ( z > 2.2 ) SDSS quasars .
We confirmed their lensing nature with additional imaging and spectroscopic observations .
The new systems are SDSS J0819+5356 ( source redshift z _ { s } = 2.237 , lens redshift z _ { l } = 0.294 , and image separation \theta = 4 \farcs 04 ) , SDSS J1254+2235 ( z _ { s } = 3.626 , \theta = 1 \farcs 56 ) , SDSS J1258+1657 ( z _ { s } = 2.702 , \theta = 1 \farcs 28 ) , SDSS J1339+1310 ( z _ { s } = 2.243 , \theta = 1 \farcs 69 ) , and SDSS J1400+3134 ( z _ { s } = 3.317 , \theta = 1 \farcs 74 ) .
We estimate the lens redshifts of the latter four systems to be z _ { l } = 0.2 - 0.8 from the colors and magnitudes of the lensing galaxies .
We find that the image configurations of all systems are well reproduced by standard mass models .
Although these lenses will not be included in our statistical sample of z _ { s } < 2.2 lenses , they expand the number of lensed quasars which can be used for high-redshift galaxy and quasar studies .