Abstract:
A split-frame vehicle in which the front and rear sub-frames may rotate relative to one another along a longitudinal axis that runs generally parallel to the ground. In one embodiment, the vehicle includes a locking mechanism operatively coupled between the front and rear sub-frames. The locking mechanism is operative between a locked position in which the sub-frames are rigidly coupled and an unlocked position in which the sub-frames are free to rotate relative to one another. In a second embodiment, the vehicle includes an axial rotator joint connected between the sub-frames. The joint includes a first bearing plate connected to the front sub-frame and a second bearing plate connected to the second sub-frame. The faces of each bearing plate bear on one another and define the rotational interface between the sub-frames. A drive shaft extends through an opening in the center of each bearing plate. The bearing plates are oriented so that the face of each plate is perpendicular to the longitudinal axis that runs generally parallel to the ground and the drive shaft extends along this longitudinal axis. In a third embodiment, rear steering is incorporated into a split-frame four-wheel drive vehicle.
Abstract:
A universal trailer-hitch mirror system has an attachment configuration (1, 20) with a system fastener that includes a suction cup (2), a tailgate hook (3) and a base (4) for fastening the attachment configuration universally to a support object that is accessible for support of a system mirror (7) for mirror viewing of tow components (18) of a tow vehicle and trailer components (19) of a trailerable vehicle with the tow vehicle being within hitching-steerable proximity to the trailerable vehicle. The system mirror can be positioned for viewing from either a rearview mirror (14) or a side-view mirror (22). A mirror holder (5, 21) is attached orientationally to the attachment configuration with an orientation controller (6). The system mirror is attached orientationally to the mirror holder with a system-mirror joint (8). The attachment configuration is articulated to be positioned in desired proximity to rear components of the tow vehicle, to front components of the trailerable vehicle and to objects which include ground surface (23) proximate thereto selectively. The system fastener is articulated predeterminedly to attach the attachment configuration to the support object selectively.
Abstract:
A tractor having a cargo box and an axle mounted hitch ball in which the hitch ball projects upward through an opening in the cargo box floor. This arrangement enables the ball to be used when the cargo box is mounted to the tractor. Furthermore, since the ball is mounted to the axle and not the cargo box, greater load carrying capacity is achieved and the hitch can be used when the box removed from the tractor.
Abstract:
The present invention relates to a trailer hitch receiver including a cross member, a hitch receiver box carried on the cross member and a pair of opposed mounting brackets. Each of the opposed mounting brackets includes a first mounting arrangement or series of apertures that secures the mounting brackets to the cross member in a first position and a second mounting arrangement or second set of mounting apertures for securing the mounting brackets to main frame member in a second position. Additionally, each mounting bracket includes a notch in the forward edge thereof which provides the necessary clearance for mounting the mounting brackets inboard of mounting flanges carried by the cross member. Accordingly, the mounting brackets may also be mounted in an inboard or outboard position as necessary to meet the needs of any particular application. The drawings and preferred embodiment do not and are not intended to limit the ordinary meaning of the claims and their fair and broad interpretation in any way.
Abstract:
A fifth wheel coupling (4) for coupling a tractor (2) and a semi-trailer (3) of a tractor-trailer unit (1) comprises a coupling device arranged on the tractor (2) for receiving and arresting a king journal fastened to the semi-trailer (3). In order to achieve the best possible swiveling properties at a design of low complexity, there is provided as a fifth wheel coupling a ball-shape coupling (4) with a coupling ball (5) and an associated holding-down device (6) on the one hand and a ball cup (7) enclosing the coupling ball (5) in the coupling position and the attached butt part (8) on the other hand, with the coupling ball (5) and the holding-down device (6) replacing the coupling device and the ball cup (7) and the butt part (8) replacing the king journal.
Abstract:
Impact attenuating devices (1) for vehicles (5) with frame side members (9) are used in e.g. roadwork areas to protect road-users, men at work and equipment. The attenuator (1) is connected at the rear or front end of a vehicle (5) which is placed behind or in front of a roadwork. A vehicle having not noticed the roadwork runs into the attenuator (1) which catches the vehicle. To be able to attenuate the great forces arising in collisions, the attenuator (1) must be long and fixedly connected to the vehicle (5). This makes it difficult to transport, and a long overhang easily sweeps outside the own lane when driving through curves. The object of the invention is to provide an attenuator (1) which is easy to transport between the roadwork areas. A vehicle (5), usually a lorry, with frame side members (9) is connected to an attenuator (1) comprising an attenuating part (3), wheels (4) and a connecting part (2). The connecting part (2) connects the device (1) to the vehicle (5) either in an operating position or in a transport position. To be able to transport the attenuator (1) between different roadwork areas in a manner safe for traffic, the impact attenuating device (1) is connected like a trailer to the vehicle (5).
Abstract:
The improved power hitch of the present includes a first cylinder has a tubular extension 16 pivotably mounted at 54 on a transverse cylindrical pin 54 extending between vertical legs 50 and 51 to allow vertical movement, and on a vertical pin 56 to allow limited horizontal movement. Cylinder 10 receives a piston 10 extending outwardly therefrom which receives a universal hitch receiver 14. A second cylinder 60 is also mounted on transversely spaced vertical vertcal legs 50, 51 at 62. an electric motor 30 pumps fluid from reservior 32 into cylinder at 64 to move cylinder 12 up and at 66 to move cylinder 12 down.
Abstract:
The invention relates to a method and an apparatus for stabilizing a vehicle-trailer arrangement having a movable trailer hitch, which is secured to the towing vehicle by a guide, and can be moved in the guide with a horizontal component, transversely to the longitudinal axis of the towing vehicle, by control members. A control device controls the movement of the trailer hitch corresponding to a control program that is implemented in the control device. The trailer hitch moves in the direction of the pendulous movement of the trailer drawbar, so the movement of the trailer hitch reduces the angle between the towing vehicle and the trailer drawbar when a pendulous movement occurs. This measure counteracts the pendulous movement of the trailer, and prevents the pendulous movement from building up within the physical limits of the system.
Abstract:
A protective device for use with a tow-bar having a towing hitch coupling. The protective device comprises a substantially T-shaped member whereby the leg of the T is to be coupled to the towing hitch coupling and the head of the T extends rearwardly of the towing vehicle past any rearwardly projecting components of the vehicle.
Abstract:
The specification discloses several embodiments of an interlocking device. The specification discloses a preferred embodiment of an interlocking device having an inner bar slideable within the confines of an outer bar. The outer bar has a first end and a second end. When the inner bar slides towards the second end of the outer bar, a plug, which is attached to the inner bar, is adapted to abut a plug barrier thereby preventing the inner bar from sliding towards the second end. The outer bar of the interlocking device further defines an interlocking member passage and an interlocking member stop. The interlocking device further has an interlocking member attached to the inner bar. When the inner bar slides towards the first end of the outer bar, at least a portion of the interlocking member moves transverse to the sliding axis of the inner bar and into the interlocking member passage. The interlocking locking member further abuts the interlocking member stop, thereby stopping the inner bar from sliding towards the first end of the outer bar. The interlocking device preferably has a cam attached to the outer bar and adjacent to the interlocking member stop. The cam may be actuated to release the interlocking member from the interlocking member stop thereby allowing the inner bar to slide through the confines of the outer bar.