and permits tubing board 128 and rod basket 130 to fall away from top section 14 t of course the retraction of top section 14 t into bottom section 14 b puts line u2014 under sufficient tension to pivot tubing board 128 and rod basket 130 upwardly into a retracted position in top section 14 t joystick 270 is moved by a user to the u201c down u201d position to broadcast another electrical operations signal from transmitter 250 to receiver 252 when this signal is received receiver 252 generates an electrical activation signal that activates servo 256 to move switch 262 from its normally open position to a closed position in a u201c negative u201d sense i e toward the bottom of fig1 the closed switch 262 connects motor 168 to battery 268 in a way that provides electrical current to motor 168 to move top section 14 t downwardly into bottom section 14 b joystick 270 is spring biased to a neutral position in a neutral position transmitter 250 broadcasts no electrical operations signal to receiver 252 and receiver 252 returns switch 262 to an open condition so when a user releases joystick 270 motor 168 is deenergized to hold top section 14 t at a chosen position relative to bottom section 14 b joystick 272 on transmitter 250 controls the operation of the hoisting assembly 20 by moving a joystick 272 to the u201c up u201d position an electrical operations signal is broadcast from transmitter 250 to receiver 252 when.