Method for transporting bodywork panels of a vehicle and corresponding transport device
The method is used for transporting bodywork panels ( 12 ) of a vehicle by means of an endless transport device ( 10 ), equipped with a plurality of carrier units ( 16 ) that are spaced at intervals in the transport direction ( 14 ). In this case, provision is made for an associated group ( 18 ) of panels to be stacked on at least one carrier unit ( 16 ), for the group ( 18 ) of panels to be transported as far as a panel removal station ( 20 ) and in each case for an individual bodywork panel ( 12 ) to be removed by a panel separation device ( 22 ) at the panel removal station ( 20 ).
1 . A method for transporting bodywork panels ( 12 ) of a vehicle by means of an endless transport device ( 10 ), equipped with a plurality of carrier units ( 16 ) that are spaced at intervals in the transport direction ( 14 ), comprising:
stacking an associated group ( 18 ) of panels on at least one carrier unit ( 16 ),
transporting the group ( 18 ) of panels as far as a panel removal station ( 20 ) and
in each case removing an individual bodywork panel ( 12 ) by a panel separation device ( 22 ).
2 . The method as claimed in claim 1 , wherein the bodywork panels ( 12 ) of a respective group ( 18 ) of panels are arranged stacked on edge in the carrier unit ( 16 ) at a panel group formation station ( 24 ).
3 . The method as claimed in claim 1 , wherein the group ( 18 ) of panels in the carrier unit ( 16 ) is built up by means of the successive deposition of individual bodywork panels ( 12 ).
4 . The method as claimed in claim 3 , wherein the individual bodywork panels ( 12 ) are deposited in the carrier unit ( 16 ) manually or in an automated manner, forming the group ( 18 ) of panels.
5 . The method as claimed in claim 2 wherein the group ( 18 ) of panels is transported from the panel group formation station ( 24 ) as far as the panel removal station ( 20 ) in a transport direction ( 14 ) that extends obliquely upward.
6 . The method as claimed in claim 1 , wherein the respective group ( 18 ) of panels is transported by means of the transport device ( 10 ) during a predefinable cycle time, the cycle time depending on the required panel separation time of a complete group ( 18 ) of panels respectively located at the panel removal station ( 20 ).
7 . A transport device ( 10 ) for transporting bodywork panels ( 12 ) of a vehicle, the transport device ( 10 ) being endless and provided with a plurality of carrier units ( 16 ) that are spaced at intervals in the transport direction ( 14 ), each respective carrier unit ( 16 ) having at least one carrier element ( 26 ) projecting substantially perpendicular to the transport direction ( 14 ), such that:
an associated group ( 18 ) of panels can be stacked on at least one carrier unit ( 16 ),
the group ( 18 ) of panels can be transported as far as a panel removal station ( 20 ), and
in each case an individual bodywork panel ( 12 ) can be removed by a panel separation device ( 22 ) at the panel removal station ( 20 ),
wherein the transport device ( 10 ) is an inclined transport device.
8 . The transport device as claimed in claim 7 , wherein the position of the carrier element ( 26 ) can be adjusted in the transport direction ( 14 ).
9 . The transport device as claimed in claim 7 , wherein the position of the carrier element ( 26 ) can be adjusted transversely with respect to the transport direction ( 14 ).
10 . The transport device as claimed in claim 7 wherein the number and/or the design construction of the carrier elements ( 26 ) used in a carrier unit ( 16 ) can be varied as a function of the geometric shape of a bodywork panel ( 12 ).
11 . The transport device as claimed in claim 7 , wherein it is a chain transport device.
12 . The transport device as claimed in claim 7 wherein it is an inclined transport device with an adjustable transport direction ( 14 ).
13 . The transport device as claimed in claim 7 wherein the panel separation device ( 22 ) is constructed as a panel removal pivoting gripper.