초록 ▼

A carriage configured to transport an aircraft engine module from a preparation station to an assembly station includes, on a dolly, a reinforcement structure configured to be made horizontally mobile by sliding on balls, two vertically mobile brackets, and moving fingers to slide under the module's

A carriage configured to transport an aircraft engine module from a preparation station to an assembly station includes, on a dolly, a reinforcement structure configured to be made horizontally mobile by sliding on balls, two vertically mobile brackets, and moving fingers to slide under the module's supports. The module is then supported by the carriage in a safe manner, can be raised and transported, and can also be temporarily overturned to check that its interior is empty.

대표청구항 ▼

1. A carriage for transporting an aircraft engine module, comprising: a wheeled frame; anda reinforcement structure to receive an installed model on the frame, wherein the reinforcement structure includes: two module receiving structures positioned on two lateral sides of the carriage, wherein each

1. A carriage for transporting an aircraft engine module, comprising: a wheeled frame; anda reinforcement structure to receive an installed model on the frame, wherein the reinforcement structure includes: two module receiving structures positioned on two lateral sides of the carriage, wherein each module receiving structure includes: a vertically moving arm,a bracket at an upper end of the arm, which is rotatable around a transverse axis of the carriage,a module support finger, which is movable on the bracket in a transverse direction of the carriage, anda lock to lock the module, balls to slidingly support the reinforcement structure, the balls being installed on the frame, and wherein the balls support sliding movements of the reinforcement structure in all directions of a plane; andfirst clamps to tighten the reinforcement structure on the frame. 2. A carriage for transporting an aircraft engine module according to claim 1, wherein the module support fingers rotate around supporting axes. 3. A carriage for transporting an aircraft engine module according to claim 2, wherein the locks include second clamps including closure devices, installed on the module support fingers. 4. A carriage for transporting an aircraft engine module according to claim 3, wherein the frame includes an edge including a positioning device. 5. A carriage for transporting an aircraft engine module according to claim 4, wherein the positioning device includes a slot of the edge of the frame with oblique or bevelled lateral limits. 6. A carriage for transporting an aircraft engine module according to claim 4, further comprising a catch to stop the aircraft engine module. 7. A carriage for transporting an aircraft engine module according to claim 5, further comprising a catch to stop the aircraft engine module. 8. A carriage for transporting an aircraft engine module according to claim 1, wherein the module support fingers include polygonally hollowed clamps that cooperate with rods that each include a complementary polygonal cross-section. 9. A carriage for transporting an aircraft engine module according to claim 1, wherein the brackets are rotatable to transmit a rotation of at least a quarter rotation to the aircraft engine module. 10. A carriage for transporting an aircraft engine module according to claim 1, wherein the first clamps include a movable rod tightened between a support and the carriage, tabs are provided around the support, and the tabs each include a flat lower surface lying on top of one of the balls.