Connecting device and connecting method of marine gearbox and diesel engine
A technology for coupling devices and gearboxes, which is applied in the direction of mechanical gear transmissions, couplings, mechanical equipment, etc., can solve the problems of broken mounting brackets, broken boxes, time-consuming, etc., and achieve improved performance, compact structure, and convenient use Effect
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Embodiment 1
[0017] Embodiment 1: as figure 1 As shown, a coupling device between a marine gearbox and a diesel engine includes a diesel engine 1 and a marine gearbox 2, the diesel engine 1 and the marine gearbox 2 are connected through a transition flange 3, and the transition flange 3 is connected to the marine gearbox 2. A flywheel 4 is provided between the diesel engine 1, an internal ring gear 5 is provided between the transition flange 3 and the marine gearbox 2, and a toothed high elastic coupling 6 is used between the internal ring gear 5 and the marine gearbox 2 is fixedly connected with each other, and a propeller 7 is installed on the outside of the marine gearbox 2 . The inner wall of the inner ring gear 5 is provided with involute inner teeth 8 integrated therewith, and the outer wall of the tooth-type highly elastic coupling 6 is provided with outer teeth meshing with the involute inner teeth 8. Teeth 9, the tooth width of the involute internal teeth 8 is greater than the ...
Embodiment 2
[0023] Embodiment 2: the connection method of marine gear box and diesel engine, carry out according to the following steps:
[0024] (1) Install the transition flange 3 on the flywheel 4 of the diesel engine 1, align the input shaft center of the marine gearbox 2 with the center of the flywheel 4 of the diesel engine 1, and slide the sleeve on the gear type high elastic coupling 6 in advance. The inner ring gear 5 on the top is fixedly connected with the transition flange 3;
[0025] (2) Connect one end of the transition flange 3 to the flywheel in the diesel engine 1 with seam positioning and bolts, and connect the other end of the transition flange 3 to the inner ring gear 5 with seam positioning and bolts;
[0026] (3) The inner ring gear 5 slides with the outer teeth 9 of the gear-type highly elastic coupling 6 through the involute inner teeth 8; when disassembling or replacing the gear-type high-elastic coupling 6, the inner gear Remove the connecting bolts with the ...
Embodiment 3
[0028] Embodiment 3: the connection method of marine gear box and diesel engine, carry out according to the following steps:
[0029] (1) Install the transition flange 3 on the flywheel 4 of the diesel engine 1, align the input shaft center of the marine gearbox 2 with the center of the flywheel 4 of the diesel engine 1, and slide the sleeve on the gear type high elastic coupling 6 in advance. The inner ring gear 5 on the top is fixedly connected with the transition flange 3;
[0030] (2) Connect one end of the transition flange 3 to the flywheel in the diesel engine 1 with seam positioning and bolts, and connect the other end of the transition flange 3 to the inner ring gear 5 with seam positioning and bolts;
[0031] (3) The inner ring gear 5 slides with the outer teeth 9 of the gear-type highly elastic coupling 6 through the involute inner teeth 8; when disassembling or replacing the gear-type high-elastic coupling 6, the inner gear Remove the connecting bolts with the ...
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