Abstract: A centering device for determining a position of a vehicle includes free roller parts configured to respectively seat left and right vehicle wheels of the vehicle. A driving body pushes the vehicle wheels when the vehicle is seated on the free roller parts. The centering device may be simply and rapidly installed on a floor with a minimal height. Thus, complicated construction is avoided. The centering device also has a plurality of sensors and a sensor cleaner on a first plate and a second plate. The first and second plates are driven at the same time, in opposite directions to center the vehicle.

Abstract: An automatic examination device of parts for a vehicle allows examination of smart cruise control (SCC) even though the SCC is mounted on different model vehicles. The automatic examination device includes: a base plate provided to be horizontally movable, a part examining plate automatically examining the part for the vehicle; and an elevating part provided on the base plate and vertically moving the part examining plate. It is possible to improve workability and examination reliability by allowing the parts to be automatically examined according to the position of the smart cruise control mounted in the vehicle by moving the position of the part examining plate according to the vehicle model for the different mounting positions of the smart cruise control for each vehicle model to thereby flexibly deal with several vehicle models.

Abstract: A centering device for determining a position of a vehicle includes free roller parts configured to respectively seat left and right vehicle wheels of the vehicle. A driving body pushes the vehicle wheels when the vehicle is seated on the free roller parts. The centering device may be simply and rapidly installed on a floor with a minimal height. Thus, complicated construction is avoided. The centering device also has a plurality of sensors and a sensor cleaner on a first plate and a second plate. The first and second plates are driven at the same time, in opposite directions to center the vehicle.

Abstract: An automatic examination device of parts for a vehicle allows examination of smart cruise control (SCC) even though the SCC is mounted on different model vehicles. The automatic examination device includes: a base plate provided to be horizontally movable, a part examining plate automatically examining the part for the vehicle; and an elevating part provided on the base plate and vertically moving the part examining plate. It is possible to improve workability and examination reliability by allowing the parts to be automatically examined according to the position of the smart cruise control mounted in the vehicle by moving the position of the part examining plate according to the vehicle model for the different mounting positions of the smart cruise control for each vehicle model to thereby flexibly deal with several vehicle models.

Abstract: The present invention discloses a jig for assembling various types of front end modules to various types of vehicles, comprising: (a) a body movably supported to the ceiling of an assembly line; (b) a car body-fixing part movably mounted to the body to fix various types of vehicles by variably adjusting its fixing position to the front car body of the vehicles; (c) a component-supporting part movably mounted to the body to support the front end module; and (d) a component-holding part mounted to the body and the component-supporting part to fix the front end module by variably change its holding position depending on the types of front end modules.

Abstract: The present invention discloses a jig for assembling various types of front end modules to various types of vehicles, comprising: (a) a body movably supported to the ceiling of an assembly line; (b) a car body-fixing part movably mounted to the body to fix various types of vehicles by variably adjusting its fixing position to the front car body of the vehicles; (c) a component-supporting part movably mounted to the body to support the front end module; and (d) a component-holding part mounted to the body and the component-supporting part to fix the front end module by variably change its holding position depending on the types of front end modules.