Abstract: Disclosed herein is a quick-change universal power battery for a new energy vehicle. A battery body is provided with a quick-change connection port, a recessed structure, an independent liquid temperature-control loop and a multi-connection port structure. The battery body is provided with a recessed area, and the quick-change connection port is arranged in the recessed area. A power battery system is composed of no more than eight main models of quick-change universal power batteries to achieve battery selection and replacement of most new energy vehicles, and the power battery system is combined with charging to facilitate an electrical-energy supplement of the new energy vehicle. A vehicle and a replacement station are also disclosed.

Abstract: A sliding unit for a vehicle includes: a rail including a first extension part, a second extension part, and a bending part connecting the first extension part and the second extension part; a movable part slidably disposed on the rail, and including a magnetic part configured to be locked with or unlocked from the rail; a power supply part disposed in the rail, having a shape extending in a lengthwise direction along the rail, and electrically connected to a power source of the vehicle; and a first contact part and a second contact part disposed in the movable part, and electrically connecting the power supply part and the magnetic part when contacting the power supply part.

Abstract: Transferring carriage (100) of vehicles for automatic mechanic parking systems comprising at least a frame (1); means of handling of said carriage (100); and at least a device (13) of centering, raising and keeping up of the wheel (32) of a vehicle, said device (13) comprising at least a couple of clamp elements (17) and at least a movable support (14); each couple of clamp elements (17) being supported by said movable support (14); said movable support (14) being transversally translatable for positioning said clamp elements (17) of a same couple in proximity of a wheel (32) of an axle of a vehicle such that the centering, raising and keeping up of the two wheels (32) of an axle of a vehicle is achieved by means of a single transversal movement towards outside of the carriage of said at least one movable support (14) and of the couple of clamp elements (17) integral therewith.

Abstract: An amusement park ride that combines the features of multiple park rides into one. The amusement park ride has a car, a base, and a platform. The car is configured to ride on the rails of a standard roller coaster track. The base has a track segment to receive the car from a roller coaster track and braking system to secure the car on the base. The platform has multiple hydraulic lifts that allows the car to have six degrees of freedom so as to function as a motion simulator. The platform can also move along a track or the ground to function as a dark ride. The locking magnetic brake can release the car either forwards or backwards, or dispatch the car onto one of multiple segments of track to offer a variety of combinations of alternating roller coaster, motion simulator, and dark rides.

Abstract: A system for transferring railroad cars from incoming receiving tracks to classification tracks for building outgoing trains includes a plurality of incoming receiving tracks, a plurality of outgoing classification tracks and one or more transfer tables for moving railroad cars from the incoming receiving tracks to designated outgoing classification tracks. Each transfer table has a plurality of track segments. Incoming railroad cars are received on a plurality of incoming receiving tracks. A first car is uncoupled from a following second car on each of the receiving tracks having cars. The uncoupled first car is moved from the incoming receiving track onto a corresponding track segment on the transfer table. The transfer table is moved to align a selected track segment with an appropriate classification track for the corresponding railroad car. The transfer table is moved and aligned with appropriate classification tracks until each railroad car has been transferred to the appropriate classification track.

Abstract: A lifting system for moving mobile homes that includes wheeled jack assemblies, jack units assembled from such assemblies and a segmented track for supporting such assemblies and units. Each jack assembly preferably includes a jack rollingly carried on wheels, and a roller head operatively connected to the working end of the jack to move from a lowered position to a raised position. The wheels allow lateral adjustment of the home, while the roller head allows longitudinal adjustment of the home. In the preferred embodiment, each jack unit includes two jack assemblies, with one of the assemblies further including a drive motor operatively connected to its wheels. Furthermore, the assemblies are interconnected by a hydraulic power unit in the form of a housing that encloses and protects the hydraulics for controlling each jack and drive motor. Each segment in the segmented track generally includes a pair of rails structurally interconnected, with a hole formed adjacent each end of the segment.

Abstract: The present invention provides a traverser, which includes a support member driven by a chain and movable between a carry-in rail and carry-out rail which are disposed parallel with each other. The support member transfers a truck from said carry-in rail to said carry-out rail. A groove for receiving a flange of a wheel of the truck is formed in an upper surface of the support member.

Abstract: A vehicle or cart for movement in mutually perpendicular directions includes two sets of driving chains both in contact with the floor at the same time, one set for driving in one direction includes rollers whose axes are parallel to the direction of movement and thus provide gripping with the floor when moving in that direction and the corresponding rollers on the oppositely directed chain links have their axes perpendicular to the direction of movement and thus roll along the floor without impeding, significantly, the movement of the vehicle in the first direction. When the vehicle or cart moves in the second direction the rollers on the second set of chain links engage the floor while the rollers of the chains in the first links roll without impeding the movement.

Abstract: A driverless shuttle vehicle transfers driverless vehicles between first and second parallel tracks. The shuttle vehicle has a track thereon adapted to be aligned with each of the first and second tracks. A motor adjacent each end of the first and second tracks is adapted to selectively move the shuttle vehicle track horizontally toward the end of its associated track for loading and unloading of a driverless vehicle.

Abstract: In a driverless vehicle conveyor system wherein a driverless vehicle rides on tracks, two straight sections of the tracks have adjacent ends spaced by a gap. A transfer vehicle is provided in the gap for supporting and transferring driverless vehicles across the gap. The transfer vehicles are mounted for oscillation about an upright axis from a receiving position adjacent one end of the gap to a discharge position adjacent the other end of the gap.

Abstract: First and second tracks of a conveyor system intersect at right angles. A drive shaft is associated with each set of tracks. Driverless vehicles ride on the tracks and are provided with first and second sets of drive wheels. The sets of drive wheels are used alternatively and each set has an operative position and an inoperative position. A device is provided on the vehicle for moving the first set of drive wheels from a drive position to an accumulation position and thereafter moving the second set of wheels from an accumulation position to a drive position.

Abstract: The conveyor track of a conveyor system is provided with an access way so that persons or vehicles may traverse the tracks without interfering with movement of driverless vehicles along the conveyor. A shuttle is suspended from above and supported for reciprocatory movement across a gap in the track. The vehicles traverse the gap by way of the shuttle.

Abstract: In an exemplary embodiment, a brake disc is fixed to a motor shaft and a movable counter disc is withdrawn from the brake disc by an electromagnet against the force of a spring device. The spring device is laid out unsymmetrically in such manner that, in a first phase of the withdrawal, the counter disc is more strongly withdrawn from the brake disc in the area of lower spring forces. The braking system is employed as a parking brake supplementing the standard short circuit braking for transport cars traveling on profile rails and employed for transporting files.

Abstract: A shuttle rail assembly, capable of carrying a pair of pallets to which workpieces are fixtured, is mounted on a wheeled vehcile movable along a pair of tracks extending adjacent machine tools and set-up stations. The vehicle is positively driven by a DC motor and pinion, mounted on a adjustable eccentric, which meshes with a toothed rack secured to one of the pair of tracks. A vertical standard extending upward from the vehicle is slidable along power and control electrical buses contained within an enclosed overhead trolley. The shuttle rail assembly includes a pair of rails, extendable to either side of the vehicle by a hydraulic rail motor, mounted on a platform rotatable by a hydraulic index motor to 180.degree. positions when pallets are to be interchanged, and having a 90.degree. latched position during vehicle travel.

Abstract: A shuttle vehicle reciprocates between sets of tracks for driverless vehicles. The linear movement of the shuttle vehicle causes a turntable on the shuttle vehicle to rotate. The turntable is adapted to support a driverless vehicle to be transported from one set of tracks to another.