Adjustable hinge for a glass door

An adjustable hinge for a glass door comprising:

• a stationary bracket having
• a doorframe mount having an outside surface, an inside surface and multiple mounting holes defined through the doorframe mount;
• a pivot pin bracket attached to the inside surface of the doorframe mount and having
• a top;
• a bottom;
• an outside end;
• a pin hole defined vertically through the pivot pin bracket;
• and
• an actuator slot defined horizontally in the outside end of the pivot pin bracket and communicating with the pin hole;
• a sliding actuator mounted slidably in the actuator slot and having an outside end and a flat inside end opposite to the outside end;
• and
• at least one resilient element mounted between the inside surface of the doorframe mount and the outside end of the sliding actuator;
• and
• a clamp assembly mounted pivotally on the stationary bracket and having
• a first clamp assembly mounted pivotally on the stationary bracket and having
• a body being C-shaped, mounted pivotally on the pivot pin bracket and having
• an inside surface;
• a proximal end;
• a distal end;
• a mounting recess defined in the proximal end of the body;
• a protrusion formed on the inside surface of the body along and adjacent to the mounting recess and having an inside surface;
• two pivot pin clamp sockets defined in the inside surface of the protrusion close to the proximal end of the body, separated by the mounting recess and aligned vertically;
• two pairs of threaded pivot pin clamp holes defined in the inside surface of the protrusion respectively in the pivot pin clamp sockets;
• and
• two pivot pin sockets corresponding to the pairs of the threaded pivot pin clamp holes and defined in the inside surface of the protrusion respectively in the pivot pin clamp sockets between the threaded pivot pin clamp holes of a corresponding pair;
• a pivot pin mounted securely in the body of the first clamp assembly, rotatably extending through the pin hole in the pivot pin bracket and having
• two ends mounted respectively in the pivot pin sockets in the body of the first clamp assembly;
• and
• a longitudinal flat face defined in the pivot pin and corresponding to the flat inside end of the sliding actuator;
• two pivot pin clamps corresponding to and mounted respectively in the pivot pin clamp sockets and securely holding the ends of the pivot pin in the body, and each pivot pin clamp having
• two pivot pin clamp-mounting holes defined through the pin pivot pin clamp and corresponding to the threaded pivot pin clamp holes in a corresponding pivot pin clamp socket in the body;
• and
• a pivot pin socket in combination with the pivot pin socket in the corresponding pivot pin clamp socket in the first clamp securely holding one end of the pivot pin;
• two pairs of pivot pin clamp bolts corresponding to the pivot pin clamps, and the pivot pin clamp bolts of each pair mounted respectively through the pivot pin clamp-mounting holes in a corresponding pivot pin clamp and screwing into the threaded pivot pin clamp holes in a corresponding pivot pin clamp socket in the body;
• a second clamp being C-shaped, mounted on the inside surface of the clamp and having
• a top;
• a bottom;
• a proximal end;
• an inside surface;
• a mounting recess defined in the proximal end of the second clamp, corresponding to the mounting recess in the body of the first clamp assembly and allowing the clamp assembly to pivot on the pivot pin bracket;
• and
• two through holes defined through the second clamp;
• and
• two clamp fasteners extending respectively through the through holes in the second clamp, screwing respectively into threaded clamp holes in the body of the first clamp assembly and securely holding the second clamp on the inside surface of the body of the first clamp assembly.