초록 ▼

In a first embodiment, an apparatus includes a vehicle turning system; a vehicle moving system; a signal transmitting system with transmitters that measure, and generate signals corresponding to, the locations of two portions of the vehicle; a signal receiving system that receives the signals; and a

In a first embodiment, an apparatus includes a vehicle turning system; a vehicle moving system; a signal transmitting system with transmitters that measure, and generate signals corresponding to, the locations of two portions of the vehicle; a signal receiving system that receives the signals; and a control system that estimates the orientation of the vehicle, and controls the vehicle moving system and vehicle turning system. In a second embodiment, the apparatus includes a vehicle turning system; a laser system including a laser emitting a laser beam, a mirror attached to the vehicle, and a target plate to receive the laser beam from the mirror; an orientation detecting system including a transceiver with sensors attached to the vehicle, that generate signals, and a reflector that reflects the signals; and a control system that determines the orientation of the vehicle, and controls the vehicle turning system based on the orientation.

대표청구항 ▼

What is claimed is: 1. An apparatus, comprising: a vehicle turning system comprising a vehicle support rail configured to support a vehicle, and a vehicle turning unit configured to rotate the vehicle; a vehicle moving system comprising a support frame, a guide rail connected to the support frame,

What is claimed is: 1. An apparatus, comprising: a vehicle turning system comprising a vehicle support rail configured to support a vehicle, and a vehicle turning unit configured to rotate the vehicle; a vehicle moving system comprising a support frame, a guide rail connected to the support frame, and a mover configured to move the vehicle support rail and the vehicle along the guide rail; a signal transmitting system comprising first and second transmitters that measure locations of first and second portions of the vehicle, respectively, and generate signals corresponding to the positions, and an interval-regulating rail configured to regulate a distance between the first and second transmitters; a signal receiving system comprising a central receiver mounted on the support frame and first and second receivers mounted on the support frame at first and second sides of the central receiver, respectively; and a control system that estimates an orientation of the vehicle based on the signals and controls the vehicle moving system and vehicle turning system to move the vehicle on the basis of the orientation. 2. The apparatus as set forth in claim 1, wherein the central receiver and the first receiver receive the signals from the first transmitter, and the central receiver and the second receiver receive the signals from the second transmitter. 3. An apparatus, comprising: a vehicle turning system configured to rotate a vehicle disposed thereon; a laser system comprising a laser configured to emit a laser beam, a mirror configured to be attached to the vehicle, and a target plate configured to receive the laser beam from the mirror; an orientation detecting system comprising a transceiver comprising first and second sensors that are attached to first and second portions of the vehicle, respectively, and generate signals, and a reflector that reflects the signals; and a control system, configured to receive the signals from the orientation detecting system, to determine an orientation of the vehicle based on the signals, and to control the vehicle turning system based on the orientation. 4. The apparatus as set forth in claim 3, wherein the reflector comprises first and second reflective plates configured to reflect the signals from the first and second sensors, respectively, and a third reflective plate configured to reflect the signal from the first sensor.