An ice storage container , comprising an ice delivering part and an ice crushing part , wherein: the ice delivering part comprises: a container body defining a first accommodating cavity (a) for accommodating ice cubes, and having an ice outlet (b), an ice pushing component arranged in the first accommodating cavity (a), and comprising a plurality of blades , wherein the plurality of blades are distributed in a circumferential direction and spaced apart sequentially in an axial direction; each blade comprises a first ice pushing surface (c) and a second ice pushing surface (d); the first ice pushing surface (c) and the second ice pushing surface (d) are side surfaces formed on both sides of each blade ; and a driving member connected with the ice pushing component , wherein the plurality of blades of the ice pushing component are configured to push ice toward the ice outlet (b) when the driving member drives the ice pushing component to rotate forwards or reversely; the ice crushing part is arranged outside the ice outlet (b) and configured to selectively crush the ice according to a preset condition that represents forward rotation or reverse rotation; characterized in that the first ice pushing surface (c) and the second ice pushing surface (d) are inclined in opposite directions with respect to a rotation center of the ice pushing component . the ice delivering part comprises: a container body defining a first accommodating cavity (a) for accommodating ice cubes, and having an ice outlet (b), an ice pushing component arranged in the first accommodating cavity (a), and comprising a plurality of blades , wherein the plurality of blades are distributed in a circumferential direction and spaced apart sequentially in an axial direction; each blade comprises a first ice pushing surface (c) and a second ice pushing surface (d); the first ice pushing surface (c) and the second ice pushing surface (d) are side surfaces formed on both sides of each blade ; and a driving member connected with the ice pushing component , wherein the plurality of blades of the ice pushing component are configured to push ice toward the ice outlet (b) when the driving member drives the ice pushing component to rotate forwards or reversely; a container body defining a first accommodating cavity (a) for accommodating ice cubes, and having an ice outlet (b), an ice pushing component arranged in the first accommodating cavity (a), and comprising a plurality of blades , wherein the plurality of blades are distributed in a circumferential direction and spaced apart sequentially in an axial direction; each blade comprises a first ice pushing surface (c) and a second ice pushing surface (d); the first ice pushing surface (c) and the second ice pushing surface (d) are side surfaces formed on both sides of each blade ; and a driving member connected with the ice pushing component , wherein the plurality of blades of the ice pushing component are configured to push ice toward the ice outlet (b) when the driving member drives the ice pushing component to rotate forwards or reversely; the ice crushing part is arranged outside the ice outlet (b) and configured to selectively crush the ice according to a preset condition that represents forward rotation or reverse rotation; characterized in that the first ice pushing surface (c) and the second ice pushing surface (d) are inclined in opposite directions with respect to a rotation center of the ice pushing component . <EOS>