A feeding device for motorcycle sealed shaft bushing
A technology for sealing shafts and motorcycles, which is applied in metal processing and other directions. It can solve the problems that the axial dimension does not meet the requirements, the edge of the inner wall is prone to burrs, and affects the quality of the product, so as to achieve the effect of ensuring the axial machining dimension.
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[0033] Example: such as Figure 1-Figure 5 As shown, a feeding device for a motorcycle sealed shaft bushing includes a rotating shaft 1a, a sleeve expansion device for clamping the bushing on the rotating shaft 1a, and a bushing for sending the bushing to the The feeding device on the expansion cover device; the feeding device includes a feeding platform 1 with a feeding trough, a pushing device 2 that pushes the bush in the feeding trough, and the pushing device 2 can adopt a conventionally arranged cylinder, An oil cylinder can be used, and a crank slider mechanism can be used. See textbooks for these, and do not explain them. It also includes a bushing shoulder clip 3 that can release the bushing shoulder when it moves downwards and is located under the feeding table 1. The positioning device 4 provided on the pushing device 2 can hold the round wall of the bushing during the pushing process, and the driving structure 5 that moves the bushing shoulder clip 3 downward after ...
Embodiment 2
[0047] Embodiment 2: different from embodiment 1, such as Image 6 As shown, the adjustment mechanism 13a includes a block body 131a disposed in the functional cavity 12a, a first contact head 132a and a rear contact head protrudingly provided on the block body 131a which successively contact the expansion sleeve 3a 133a, the limit plate 134a provided on the wall of the functional cavity 12a for limiting the position of the block 131a in the energy cavity 12a, the block 131a is provided with the limit plate 134a to interact The groove 135a. The block 131a is also provided with a sealing cavity 136a filled with grease, and the sealing cavity 136a includes a first sealing cavity 1361a, a second sealing cavity 1362a communicating with the first sealing cavity 1361a and a third sealing cavity. Cavity 1363a, the first contact head 132a and the rear contact head 133a are respectively movably arranged in the second sealed cavity 1362a and the third sealed cavity 1363a, the first con...
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