Can crusher

A device for crushing containers, comprising:

• a base member having a pair of side walls, a first end wall, a second end wall and a base wall, said walls defining a container receiving portion, said second end wall having a journal element spaced from said base wall;
• a removable arm member hingedly connected to said base member, said arm member having a handle, a crushing portion and a spindle, said spindle received in said journal element on said base member so that said crushing portion faces said container receiving portion and said crushing portion may engage said container receiving portion in nested fashion;
• a step pad extending from said second end wall on said base member;
• said arm member crushing portion having a bearing wall separating an upper crushing portion and a lower crushing portion, said lower crushing portion having a plurality of struts perpendicular to said bearing wall and extending in the general longitudinal direction of said arm member, each strut having a first end adjacent said spindle and a second end adjacent said bearing wall, said bearing wall having a lip extending above the second ends of said struts;
• a protective element on at least one of said struts and positioned between the first and second ends of said strut;
• said lip defining means for capturing a container between said arm member and said base member without ejecting said container so that the container is crushed when the crushing portion of said arm member is engaged in the container receiving portion of said base member.

A method for crushing a container having a first end and a second end with a rim on said second end, in a device having an arm member hingedly connected to a base member, said arm member having a crushing portion and a handle, said crushing portion having a bearing wall and a plurality of struts perpendicular to said bearing wall, said bearing wall having a lip extending above said struts, said base member having a receiving portion defined by a first end wall, a second end wall, a base wall and two side walls, said base member further having a step pad extending from said second end wall, said arm member hingedly connected to said base member at said second end wall, said method comprising the steps of:

• (1) placing said base member on a flat surface;
• (2) pivoting said arm member so that said arm member is disposed at an angle with respect to said base member, said angle large enough to provide clearance between said arm member and said base member for a container to be crushed;
• (3) placing said container in said receiving portion so that the second end of the container is adjacent said second end wall of said base member;
• (4) applying pressure to said step pad by stepping with a foot or pressing with a hand;
• (5) pivoting said arm member to engage the rim of said container on the lip of said bearing wall;
• (6) further pivoting said arm member in the direction of said base member to engage said crushing portion in said receiving portion in nested fashion and crush the container;
• and
• (7) pivoting said arm member out of nested engagement with said base member to remove the crushed container.