We　use　the　Einstein-Podolsky-Rosen　pairs　as　the　quantum　channel　and　adopt　the　adaptive　measurement　strategy　to　allow　M　＞　1　separate　parties　to　cooperatively　prepare　an　arbitrary　two-qubit　state　for　a　remote　receiver,　without　leakage　of　the　state＇s　full　information.　Our　protocol　is　flexible　and　convenient　in　the　sense　that　the　receiver　can　be　assigned　even　after　the　distribution　of　the　qubits　of　the　shared　quantum　channel　and　once　assigned　he/she　only　needs　to　perform　a　simple　recovery　operation.　In　addition,　our　protocol　always　succeeds　and　is　applicable　to　a　certain　realistic　situation　for　which　other　protocols　are　not　suited.