20 b 20 c for disassembly of the device 10 referring to fig3 an inside surface of each tube 20 a 20 b 20 c is provided with a plurality of eyelets 120 these eyelets 120 serve as retention guides for the cord 30 the cord 30 can be a length of cable or string that is both flexible and able to transfer linear tensile forces the flexibility of the cord 30 is important because the cord 30 remains attached to the inner surface of each tube 20 a 20 b 20 c whether the device 10 is assembled or disassembled the cord 30 extends the length of the device 10 and is fastened to an inner surface of each tube 20 a 20 b 20 c via the eyelets 120 by being routed therethrough one 1 end of the cord 30 is placed into mechanical connection with the actuator mechanism 40 whereas an opposite end is placed into mechanical connection with the clamp mechanism 50 the actuator mechanism 40 is attached to a handle 130 of the device 10 the handle 130 includes an additional integral stripped surface 80 that is secured to the first end 60 of the first tube 20 a the actuator mechanism 40 provides a mechanism that serves to manipulate the clamp mechanism 50 when displaced an example embodiment of the actuator 40 is illustrated in fig3 as being a pull ring device being affixed to an end of the cord 30 however it is understood.