In　order　to　improve　the　film　cooling　effectiveness　in　the　middle　and　high　blowing　ratios　due　to　the　counter　rotating　vortices　occurred　easily,　the　new　kinds　of　film　cooling　holes　with　anti-vortex　configuration　are　proposed　and　investigated　in　this　paper.　Four　anti-vortex　film　cooling　holes　are　designed　based　on　the　different　geometrical　parameters,　and　the　flow　structure　and　film　cooling　effectiveness　characteristics　of　the　flat　plate　using　the　anti-vortex　holes　have　been　investigated　firstly.　Then　the　anti-vortex　film　cooling　design　are　applied　in　the　cascade　endwalls　with　cooling　holes　arrayed　in　a　single　row　and　in　double　rows　respectively,　and　the　film　cooling　characteristics　of　different　cooling　configuration　in　each　blowing　ratio　are　numerically　analyzed.　The　results　indicate　that　the　all　anti-vortex　film　cooling　holes　have　the　larger　cooling　area　and　the　coolant　jet　close　to　the　cooling　surface,　thus　protecting　the　surface　effectively.