Abstract: A watersport support system includes a flotation vest having a back surface, a front surface and side surfaces. At least one adjustment belt is positioned horizontally around the main body of the vest. A pair of tethers engage the adjustment belt along both sides of the vest, and a pair of handle gripping devices are removably connected to the end of the pair of tethers. Each of the handle gripping devices includes an elongated strap that terminates into a malleable curved gripper body, and a hand strap is positioned adjacent to each gripper body. As the user squeezes the gripper body and the tow handle, the pulling force from the handle is transferred from the user's arms to the pair of tethers and the adjustment strap that loops around the back of the user's torso. When the user releases the gripper body, the body disengages the handle.

Abstract: A barbecue grill and cart including a right leg frame assembly and a left leg assembly. Each of the right and left leg assemblies includes a bracket member disposed on an upper portion of the right and said left leg assemblies. Each of the bracket members includes a contact portion for engaging a barbecue grill when the right and left leg assemblies are in generally vertical positions. Securing means are provided for rotatably attaching the right and said left leg assemblies to the barbecue grill such that the right and said left leg assemblies can be rotated between a stowed position and said generally vertical position.

Abstract: A seat belt inhibitor system is designed to prevent door mounted inertial seat belt retractor 14 from locking the seat belt webbing 13 whenever the door is opened. The retractor pendulum 31, sensitive to acceleration, moves the locking bar 28 upward locking the retractor and prevents the belt webbing from paying out. An electromagnet 36, when energized, attracts a leaf spring 37 extending from the locking bar inhibiting movement of the latter. System inhibiting is initiated by closing either a door latch switch 42 or a door release handle switch 41. At low accelerations (occurring while the door is being opened), the locking bar 28 is restrained by the electromagnet 36 through the leaf spring 37. If the system should fail such that the electromagnet was energized while the door is closed, high acceleration of the pendulum would force the locking bar up, locking the retractor. Deenergizing occurs normally whenever the door is closed.