by causing the load concentrations to travel around the dimples 150 151 the clip 110 shown in fig4 provides an increased loading capacity over that the load clip 10 shown in fig1 3 this advantage is due to the moment arm distanced shown in fig3 wherein a force line 70 is applied against the first arm 14 thus causing an increased possibility of failure at lines 74 76 by making a bend at 174 176 the force or load concentration line is moved along moment arm d from 70 as shown in fig3 to 170 as shown in fig4 the load concentration 170 has a minimal or eliminated moment arm d as shown in fig3 the bend or curved portions in the first and second arms 174 176 are made by a 20 degree angle u03b8 and a 90 degree angle u03b8 by doing so the failure line of the clip 110 is moved from the lines 174 176 to be more likely to occur along 180 the bend is shown at u03b8 although illustrated at preferably a 20 degree angle is between 0 to 180 degrees with respect to the base plate 118 furthermore u03b8 is shown as being at 90 degrees shown with the base plate i e between 112 and 118 or 270 degrees between base plate 118 and the second arm 114 however the second bend may be between 180 degrees to 360 degrees the present invention provides features of being able to eliminate the need for shims in addition one may easily twist the clip quickly into place and thus save time furthermore the clips are reversible so that it may be used on a.