Abstract: A puck retriever has a hollow interior of diameter larger than that of a puck for use in the game of hockey. A ring of rubber or similar resiliently deformable material is located adjacent to the lower end of the tube. The ring has an inner edge which defines a circular inlet of diameter smaller than that of a puck. The ring flexes upward when pressed downward against a puck which is resting on a flat surface with resulting bending upward of the edge and enlargement of the inlet sufficient to allow the puck to pass through the inlet. The ring is of sufficient strength to resist flexing downward under the weight of any pucks within the tube such that the ring prevents pucks within the tube from exiting through the inlet. The ring may be continuous and unbroken throughout its circumference or it may be cut into a number of flaps.

Abstract: A puck retriever has a hollow interior of diameter larger than that of a puck for use in the game of hockey. A ring of rubber or similar resiliently deformable material is located adjacent to the lower end of the tube. The ring has an inner edge which defines a circular inlet of diameter smaller than that of a puck. The ring flexes upward when pressed downward against a puck which is resting on a flat surface with resulting bending upward of the edge and enlargement of the inlet sufficient to allow the puck to pass through the inlet. The ring is of sufficient strength to resist flexing downward under the weight of any pucks within the tube such that the ring prevents pucks within the tube from exiting through the inlet. The ring may be continuous and unbroken throughout its circumference or it may be cut into a number of flaps.

Abstract: A puck retriever has a hollow interior of diameter larger than that of a puck for use in the game of hockey. A ring of rubber or similar resiliently deformable material is located adjacent to the lower end of the tube. The ring has an inner edge which defines a circular inlet of diameter smaller than that of a puck. The ring flexes upward when pressed downward against a puck which is resting on a flat surface with resulting bending upward of the edge and enlargement of the inlet sufficient to allow the puck to pass through the inlet. The ring is of sufficient strength to resist flexing downward under the weight of any pucks within the tube such that the ring prevents pucks within the tube from exiting through the inlet. The ring may be continuous and unbroken throughout its circumference or it may be cut into a number of flaps.