110 in fig1 the pole 60 has been connected to the apparatus 100 b similar to that for apparatus 100 a detailed above the now connected pole 50 is positioned with respect to the body 100 of the apparatus 100 b such that the ring 200 aligns with the groove 114 the pole 50 is moved into contact with the channel 110 in the direction of the arrow 160 such that the ring 200 seats in the groove 114 as shown in fig1 16 continued movement in the direction of the arrow 160 causes the legs 112 to move outward in the direction of the arrows 162 as shown in fig1 once the pole 50 seats in the channel 110 the legs 112 snap back inward to their initial positions or similar to these initial positions depending on the curvature of the channel 110 moving in direction of the arrows 164 as shown in fig1 with the legs 112 having returned to an inwardly oriented position the ring 100 is seated in the groove 114 with the surface of the pole in frictional contact with all or some of the surface 111 a of the channel 110 the pole 50 is engaged in the channel 110 of the body 100 as shown in fig1 while the apparatus 100 b has been shown with a single groove 114 multiple grooves 114 in the channel 110 are also possible these multiple grooves may accommodate a pole 50 with one or more rings 200 fig1 and 19 show another embodiment apparatus 100 c of the disclosed subject matter this apparatus 100 c is similar to apparatus 100 a 100 b in components construction and materials identical and or similar components for this.