Abstract: A field dressing apparatus and system preferably includes a plurality of ground stabilizing components, a plurality of a tethering members and a plurality of engaging components. Each ground stabilizing component includes a shaft element that extends from a handle element. A proximal end of the tethering member is secured to the ground stabilizing component and a distal end is secured to the engaging component. The engaging component preferably includes a hook section, a gripping section and a ring section. The hook section extends from one end of the gripping section and the ring section is disposed on the other end of the gripping section. The distal end of the tethering member is secured to the ring section of the engaging component. A second embodiment of the dressing apparatus and system includes the plurality of a tethering members, a plurality of engaging components and a compacting securing panel.

Abstract: Light bar apparatus includes a light bar or housing supported at opposite ends, and within the light bar or housing are appropriate gears and a chain connected to and for rotating a plurality of lights extending upwardly from the light bar. The lights rotate relative to the light bar. An electric motor connected to the gears and the drive chain within the light bar causes rotation of the lights. The light bar itself tilts or pivots vertically relative to the end supports through a mechanical linkage which includes a chain drive coupled to an electric gear motor.

Abstract: Telescoping trailer includes a fixed frame and a movable frame secured together for relative motions, and an emergency or safety brake. Actuation elements are secured to the fixed and movable frames. Relative motion automatically disconnects safety brake elements by moving one mechanical element relative to another mechanical element when the movable frame is moved relative to the fixed frame.