the securing tabs generally in a horizontal orientation with this arrangement there is a curved securement gap associated with the base portion 22 and the inwardly extending hook portion 36 that will receive the coiled portion 42 of the torsion spring 40 this aspect is shown in fig8 the arms 44 and 46 of the torsion spring 40 have been distorted inwardly from a neutral position and are thus within the general circumference of the coil portion 42 adjacent the retaining hook this allows the coil portion 42 to pass through the gap and be positioned below the inwardly extending hook portion 36 and below the base portion once the spring arms are released the torsion spring is effectively captured on the securing clip the torsion spring is then free to rotate to an orientation generally 90 u00b0 to the base portion as shown in fig1 and 11 this is the orientation of the torsion spring when suspending a panel the torsion spring is captured on the securing clip above the base portion as shown in fig1 and 2 and inadvertently released thereof is unlikely as shown in fig2 once the retaining clip has been exerted on the frame member the inwardly extending hook member 36 is positioned underneath the top flange 12 of the frame member 8 and the retaining loop is in secure engagement both with the top flange as well as the base portion 22 of the securing clip the base portion 22 of the securing clip includes downwardly extending locking members 52 that engage the top surface of the top flange 12 the securing tabs 24 also.