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RECREATIONAL EQUIPMENT or RECREATIONAL EQUIPMENTS
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Technical Examples
- An awning assembly for the front portion of a recreational vehicle. The awning assembly in a closed position provides an aerodynamic profile for the front portion of the recreational vehicle, so that a front wall can be arranged to allow more efficient use of the interior. In one embodiment, the front wall is vertical so that the front portion of the interior has a full ceiling height. The awning assembly in an open position helps to block out external elements, so that the front wall can be used more efficiently. In one embodiment, the front wall includes a window, and the awning assembly provides a shade for that window while allowing an occupant to look outside towards the front of recreational vehicle. Various structures and methods for implementing the awning assembly to the front portion of the recreational vehicle are disclosed.
- An awning assembly for the front portion of a recreational vehicle. The awning assembly in a closed position provides an aerodynamic profile for the front portion of the recreational vehicle, so that a front wall can be arranged to allow more efficient use of the interior. In one embodiment, the front wall is vertical so that the front portion of the interior has a full ceiling height. The awning assembly in an open position helps to block out external elements, so that the front wall can be used more efficiently. In one embodiment, the front wall includes a window, and the awning assembly provides a shade for that window while allowing an occupant to look outside towards the front of recreational vehicle. Various structures and methods for implementing the awning assembly to the front portion of the recreational vehicle are disclosed.
- A recreational vehicle comprising a vehicle frame having a plurality of wheels and a coach having a slide-out mounted on the vehicle frame is disclosed herein. In particular, the recreational vehicle comprises an improved slide-out mechanism for deploying and retracting slide-out structures from the coach of the recreational vehicle. In one aspect, the recreational vehicle may comprise an armature having a fixed member with a roller and a guiding channel mounted to the vehicle frame and a rail member slidably positioned within the fixed member so as to contact the roller, wherein the rail member is adapted to telescopically extend from the fixed member through the guiding channel so as to deploy and retract the slide-out. Also, the recreational vehicle may further comprise an actuator assembly having a first gearing mechanism displaced from the roller a first distance and housed within the guiding channel so as to contact the rail member at the first distance, wherein the first gearing mechanism can be displaced from the roller at a second distance that is greater than the first distance so as to improve the weight distribution of the slide-out.
- A steering post for use with a recreational vehicle, particularly a snowmobile or ATV, is described. The steering post includes a steering shaft having upper and lower ends; at least two steering arms, the two steering arms being positioned at an angle to a longitudinal axis of the steering shaft; a ball joint assembly positioned at the lower end of the steering shaft; and a stop. An upper bearing for supporting a steering post on a recreational vehicle may have a radiused inner surface that can accept some misalignment of the shaft. A steering system also can include a double ball joint linkage that permits an easier and simpler adjustment of the steering system. A recreational vehicle such as snowmobile or ATV making use of these features also is described.
- Previously used packing and shipping material, including foam based packaging and support products, may be recycled in a manner so as to reduce the manufacturing costs associated with insulating the structural enclosures of recreational vehicles. By finely shredding pieces of recycled packing material, an adaptive insulation material may be produced such that, when introduced into spatial cavities within structural enclosures of recreational vehicles using, for example, forced air, the adaptive insulation material substantially conforms to regular and irregular contoured structures. Utilizing recycled packing materials as insulation provides many advantages which result in an effective and valuable means for reducing production costs, reducing adverse environmental impact, and maintaining insulation efficiency of recreational vehicles.
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