Abstract: A refitting apparatus for a tire assembly “w” having a disk wheel “a” having engaging rims and a tire “d” fitted to the disk wheel and having tire bead rims and side walls. The apparatus is constituted to perform a refit process in which a pressing step of bringing one of the tire bead rims “e” of the tire into pressing contact with one of the engaging rims “b” of the disk wheel “a” by supplying air into the tire “d” and a releasing step of releasing the one of tire bead rims “e” of the tire “d” from the one of engaging rims “b” of the disk wheel “a” are repeated a predetermined number of times for each of the tire bead rims “e”.

Abstract: A snug fitting apparatus for improving the finished quality of a tire assembly 1 without sacrificing productivity, including a first pressing member 25 (25a) adapted to be pressed against the ground contact surface F of a tire assembly 1 and a second pressing member 25 (25b) adapted to be pressed against the ground contact surface F to receive the radial reactional force of the ground contact surface F. Measuring device is provided to read variation in the reactional force. As a result, a large, expensive uniformity checking machine is made unnecessary, making it possible to assure quality for all the quantity of tire assemblies 1 on the production line and to fully automate the process.

Abstract: A refitting apparatus for a tire assembly “w” having a disk wheel “a” having engaging rims and a tire “d” fitted to the disk wheel and having tire bead rims and side walls. The apparatus is constituted to perform a refit process in which a pressing step of bringing one of the tire bead rims “e” of the tire into pressing contact with one of the engaging rims “b” of the disk wheel “a” by supplying air into the tire “d” and a releasing step of releasing the one of tire bead rims “e” of the tire “d” from the one of engaging rims “b” of the disk wheel “a” are repeated a predetermined number of times for each of the tire bead rims “e”.

Abstract: A snug fitting apparatus for improving the finished quality of a tire assembly 1 without sacrificing productivity, including a first pressing member 25 (25a) adapted to be pressed against the ground contact surface F of a tire assembly 1 and a second pressing member 25 (25b) adapted to be pressed against the ground contact surface F to receive the radial reactional force of the ground contact surface F. Measuring device is provided to read variation in the reactional force. As a result, a large, expensive uniformity checking machine is made unnecessary, making it possible to assure quality for all the quantity of tire assemblies 1 on the production line and to fully automate the process.