Abstract: A ladder locking designed intended to prevent access to a tree stand and an attached ladder includes a two-piece interlocking frame, top and bottom hooks to engage rungs of the ladder, and a locking bar. The frames include a mesh covers having a width greater than the tree stand ladder. The frame is secured to the ladder by the top and bottom hooks, which provide opposing hangers hooked over and clamping ladder rungs. A bottom of the frame includes a locking bar which insertingly engages between the two frame sections and secured with a padlock. The frame is placed over a ladder and locked to prevent unwanted persons from ascending the ladder.

Abstract: A vibration dampening device (10) for use on the shaft (101) of a golf club (100) to reduce the vibration generated along the shaft (101) of a golf club (100) by a mis-hit golf shot wherein the device (10) includes: a strip (20) of elastomeric material (21) dimensioned to partially surround the shaft (101) of a golf club; a split ring clip member (30) having an expansible vertical slot (35) dimensioned to receive both the shaft of (101) of a golf club (100) and the strip (20) of elastomeric material (21); and, a capture unit (13) including a strip of adhesive tape (41) dimensioned to encircle the split ring clip member (30) at least once.

Abstract: A vibration dampening device (10) for use on the shaft (101) of a golf club (100) to reduce the vibration generated along the shaft (101) of a golf club (100) by a mis-hit golf shot wherein the device (10) includes: a strip (20) of elastomeric material (21) dimensioned to partially surround the shaft (101) of a golf club; a split ring clip member (30) having an expansible vertical slot (35) dimensioned to receive both the shaft of (101) of a golf club (100) and the strip (20) of elastomeric material (21); and, a capture unit (13) including a strip of adhesive tape (41) dimensioned to encircle the split ring clip member (30) at least once.