mesh obtained by pulverizing 200 mesh a frit hegwang ceramics co ltd for 800 u00b0 c and drying the pulverized frit was used for a surface protective frit vetrosa u00ae produced by korea ceramics co ltd for 830 u00b0 c was used the disclosed photoluminescent glaze powder was obtained by mixing the above ingredients the photoluminescent glaze powder was fabricated by mixing photoluminescent phosphor frit and vetrosa u00ae at the below ratios and then photoluminescent glaze aqueous solution was obtained by adding 50 weight parts of water to 100 weight parts of photoluminescent glaze powder the conventional luminous glazes were fabricated by mixing luminous material sral 2 o 3 with frit at the below ratios shown in table 4 and then adding 50 weight parts of water to 100 weight parts of the mixture raw tile powder was formed as a mold where an arrow pattern u2192 was hollowed out the photoluminescent glaze powders obtained from the preparation examples 1 u02dc 4 were filled in the grooves by using a silk screen device and the upper portion filled with the photoluminescent glaze powder was dry glazed with the surface protective fit vetrosa u00ae korea ceramics co ltd and burned at a temperature ranging from 500 to 1200 u00b0 c thereby obtaining a flooring tile according to the present invention table 5 below shows specific preparation examples depending on the depth of the grooves and kinds of photoluminescent glaze powder the photoluminescent glaze powders obtained from the preparation examples 1 u02dc 4 were dry glazed to have an arrow pattern u2192 on a flat tile having no pattern by using a silk screen device the upper portion dry glazed with the photoluminescent glaze powder was.