482results about "Vehicle with pivoted arms" patented technology

A method and system for forestry, in particular harvesting by means of a harvesting machine comprising a vehicle and a harvesting arrangement mounted thereon, is based on the fact that at least one position determining device (5) capable of determining the positioning of the harvesting machine by means of external wirelessly receiveable signals is arranged on the harvesting machine (1). A marking device computer, is arranged on the harvesting machine to control the marking device to mark the piece of timber with position information by means of position information received from the position determining device (5).

The present invention is a unitary piece block formed of polymers (such as polystyrene or other high strength polymer) by a single injection molding step which are assembled into a recreational vehicle leveler. The invention ramp provides four sets of four connectors at a top of a floor plate, which are adapted to interlock in cavity structures formed within a cavity on the underside of the block. Two adjacent blocks are secured together by applying to their top surfaces the securing cavity structure of an underside of a third such block. Such blocks can be stacked in an interlocking manner to reduce storage space.

A powered pallet truck is provided having a base support portion and a load lift portion. The powered pallet truck has a lift cylinder device connected at a lower portion to a forward extending lift cylinder device seat on the base frame and pivotally connected at an upper portion within a recessed channel in the load lift frame.

A system and method for lifting and lowering an object such as a vehicle, comprising: at least two lifting columns; communication means for communication with the at least two lifting columns; position-determining means for carrying out a position determination for each of the at least two lifting columns; selection means for selecting at least one of the lifting columns on the basis of the position determinations; and at least one control unit co-acting with the communication means during use for the purpose of controlling the lifting columns selected with the selection means.

A lift cart is used for car engine maintenance and comprises a moving base for mounting an oil pressure lifting device. One end of the oil pressure lifting device is provided with a platform having a rotatable adjusting device which is adjustable back and forth. The adjusting device is provided with a supporting plate, and a plurality of carrying structures for carrying different sized engine is positioned on the supporting plate. Such arrangements allow the maintenance man to make the height, back and forth, and rotation angle adjustment during disassembly of the engine.

A support stand system for supporting parts of automobiles for repair work or painting purposes featuring a main base and one or more additional components including a fender stand for supporting fenders, a bumper stand for supporting bumpers, a paint tray, a door stand for supporting doors and hoods, and a sawhorse. The components are interchangeable. Securing devices such as clamp brackets can be used with any of the components.

A converter allows a user to convert a conventional car jack from a non-specialized, general service variety into a specialty transmission jack. The car jack has a low, wheeled frame; a handle; a boom extending between a base end pivoted to the frame near the handle and an opposite end formed with a seat portion; and a hydraulic cylinder stretching between the frame and the boom which is actuated by pumping the jack handle to raise the boom. The seat portion of the boom is formed with a socket. The car jack conventionally is provided with a conventional cup having a stem which allows removable seating in the socket of the jack's boom. The converter head has a base plate defining a plane; a stem beneath the base plate for removable seating in the socket of the jack's boom; four or so arms extending between a butt end and a tip end; and cap screws threaded through the tip end of each arm. The cap screws allow adjustment in length and provide upper contact ends for propping a vehicle transmission thereon. The arms have slots in them and are bolted to the base plate by these slots such that the tip ends can be adjustably moved and locked into located in various positions substantially in the plane of the base plate. Wherein swapping back and forth between the cup and the converter head allows conversion of the jack into the specialty transmission jack.

A height-adjustable cart intended for use in kitchens when transferring food among ovens, stoves and countertops is herein disclosed. The cart comprises a pair of foot-release pedals located at the base of the cart, which, when depressed, vertically adjusts the top tray surface upwardly or downwardly as desired. Thus, the user is able to equalize the height between the cart and other cooking surfaces such as ovens, stoves, countertops and even serving tables. This feature allows the user to simply slide food on and off of the cart without having to pick it up or carry it. This is ideal when dealing with heavy trays of food or food that is extremely hot.

A hydraulic jack comprising a hydraulically actuated saddle movable from a first lowered position to a second raised position, the jack having a handle which, when pumped up and down, hydraulically raises the saddle, lowering control means associated with the jack for preventing premature lowering of the saddle upon malfunction of the hydraulic actuation during raising of the saddle and a release lever engaging the lowering control means adapted to release the same and permit lowering of the saddle when the handle is pumped up and down.

Systems, methods and apparatuses for loading, unloading, and handling bales. A powered apparatus is configured to load bales, slide the bales from a loading mechanism to a rearward position on a platform, and unload the bales from the apparatus comprises a variety of mechanisms and control systems. Such mechanisms include a bale accumulating platform, a bale loading mechanism to pick up and deposit bales on the accumulating platform, a bale sliding mechanism, and a push-off or sliding mechanism to unload bales from the apparatus. The apparatus may be positioned in a variety of configurations and a chain tensioner mechanism is used to keep chains taut. The apparatus further comprises a control system that includes a computer device or controller, sensors and switches. The sensors and switches are configured to selectively provide input to the computer device or may be used independent of the computer device to control one or more mechanisms of the apparatus.

An adaptable handling system featuring a boundary subsystem and one or more robots. Each robot typically includes a chassis, a container lift mechanism moveable with respect to the robot chassis for transporting at least one container, a drive subsystem for maneuvering the chassis, a boundary sensing subsystem, a container detection subsystem, and a controller. The controller is responsive to the boundary sensing subsystem and the container detection subsystem and is configured to control the drive subsystem to follow a boundary once intercepted until a container is detected and turn until another container is detected. The controller then controls the container lift mechanism to place a transported container proximate the second detected container.

A center lower frame connection for a space frame comprising an outer lift cylinder connection boss, an inner drop tube connection boss, a center cylinder between the outer lift cylinder connection boss and the inner drop tube connection boss, a suspension connection boss, an outer rearward angular center lower frame tube connection boss, an inner rearward angular center lower frame tube connection boss, a vertical center lower frame tube connection boss, a forward angular center lower frame tube connection boss, an outer forward horizontal center lower frame tube connection boss, and an inner forward horizontal center lower frame tube connection boss. The outer lift cylinder connection boss, the inner drop tube connection boss, and the center cylinder can have a common center axis. The center lower frame connection can also have a rearward angular beam and a forward horizontal beam.

The present invention pertains to a trailer for lifting and transporting cable reels. The trailer has a base, a pair of substantially perpendicular cantilevers, and a latch assembly. The cantilevers lift a cable reel off of the ground, and the latch assembly transfers at least a portion of the weight of the reel from the cantilevers to the base. The base is mounted on wheels and can be pulled or pushed by a vehicle connected to the base.

Methods and apparatus for positively positioning receptacle at a pre-selected location. In a preferred embodiment a system for positioning a receptacle is provided. The system includes a transmitter, a receiver, and an indicator. The transmitter may be on the receptacle and transmits a signal from the current receptacle position. The receiver receives the signal and using the received signal, causes the indicator to indicate whether the receptacle is at the pre-selected position. In other preferred embodiments, the receptacle includes a power supply for the power consuming components on the receptacle. In another preferred embodiment, the transmitter is at the pre-selected position and the receiver is on the receptacle. Methods are also provided which include transmitting and receiving a signal from the current position of the receptacle. From the signal strength it is determined whether the receptacle is at the pre-selected position.

An extensible and turnover handle structure for a jack comprises a pivot ear formed at the front end of a base. The pivot ear is provided for a pivot connection with the handle. Moreover, the handle includes an inner pipe inserted in an outer pipe and serves to draw out the inner pipe in use, thus elongating an arm of force relative to the base, and the handle can be turned to a position above a top plate to reduce volume during storage.

A method of loading at least one item onto a vehicle is provided. The method includes providing at least one vehicle for operation in a desired environment, providing at least one mechanism operably connected to a portion of the vehicle, and gathering at least one item as the vehicle travels in the desired environment. The method further includes arranging the items on the vehicle via the mechanism based on at least one criterion, such as the weight of the items, so that the items can be loaded onto the vehicle without needing the vehicle to travel to the items in a specific order to thereby enable the vehicle to operate more quickly in the desired environment and conserve power.

A hydraulic jack is disclosed. The hydraulic jack has a bearing (16) provided under the hydraulic cylinder (30), such that the handle (40) is able to steer the hydraulic jack to any direction as required. A quick-release handle (50) connected with a control plate (43) communicating with the hydraulic cylinder (30) is provided beside the handle (40) so as to facilitate the release of the pressure built up in the hydraulic cylinder (30).

A power unit comprises a rectangular chassis having a forward end and a rearward end and including a pair of parallel lift arms having rearward ends slidably mounted along the rearward end of the chassis, and a pair of connecting arms having forward ends pivotally mounted at the forward end of the chassis and having rearward ends pivotally mounted near the mid point of the lifting arms. The power unit further includes an actuator mounted at the rearward end of the chassis and attached near the mid point of the lift arms for translating the rearward ends of the lifting arms for raising and lowering the forward ends of the lift arms. The forward ends of the lift arms are typically for use with the jack stand for raising and lowering the jack stand, and are alternatively further for use with a lift bridge. A lift bridge is positionable on the forward ends of the lift arms whereby the power unit is operable directly for use as a load-lifting jack without the lift bridge; and the bridge is further displaceable from the forward ends of the lift arms whereby the power unit is operable for use with the jack stand.

Pick-up vehicle having an open cargo bed coupled to a passenger cab, side walls, a rear wall, and wheel wells located one of inside and outside of the cargo bed. The pick-up vehicle includes a swivel device adapted for loading and unloading the open cargo bed. The swivel device includes at least one swivel arm, at least one connecting bridge, and at least one movable connection piece. A swivel axis of the swivel device is located between the rear wall and the wheel wells. The at least one swivel arm includes swivel arms located on both sides of the cargo bed, and the at least one connecting bridge is positioned to couple the swivel arms to form a swivel yoke. The swivel device also includes two swivel axes located one behind the other in a longitudinal direction of the vehicle. A swivel arm is swivelably coupled around one of the two swivel axes, and the swivel arms are coupled together through the at least one movable connection piece, thereby forming a parallelogram-like swivel arm structure.

A vehicle loader mechanism mountable on a vehicle having a cargo deck for lifting loads onto the cargo deck is disclosed. The vehicle loader mechanism includes a base mountable on the cargo deck of the vehicle and a lift mechanism movable between a lowered position and a raised position. A drive linkage is coupled between the base and the lift mechanism and movable between an extended configuration and a retracted configuration for lateral movement of the lift mechanism. A leveling linkage is coupled between the base and the lift mechanism for movement with the drive linkage and to prevent tilting of the lift mechanism during movement of the drive linkage between the extended configuration and the retracted configuration. A cylinder is coupled to the drive linkage for moving the drive linkage between the extended configuration and the retracted configuration.

An extendible and retractable actuator comprises a motor, two screws and an extendible and retractable sleeve assembly. The motor cooperates with the screws to drive the extendible and retractable sleeve assembly to extend and retract simultaneously, so as to reduce the extending and retracting time and to simplify the structure of the extendible and retractable actuator.