Transmission between two parallel shafts with adjustable axle distance 4
Cardan drives allow to adjust axial distance between the rollers. For more see:
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Tag: shafts
Shaft coupling for shafts out of line 2
The green solid block is bored at the same angle (α = 90 deg.) of the shafts and centers of the bores at a distance apart equal to the difference …
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Pump of three shafts
Input: green shaft Curves on yellow and pink rotors are epitrochoids. Tooth number of the green gear is twice the one of the other gears. The arrows show fluid flows. …
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Transmission between two coaxial shafts separated by a tube 2
Input: green face gear Output: orange face gear that rotates faster that the input. Assembling face gear drives is easy in comparison with bevel gear drives. The tube is cut …
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Transmission between two parallel shafts with adjustable relative angle 1
Input: yellow shaft. Blue pin is fixed to red bush to create helical joint with blue shaft. Helix angle of the screw is 45 deg. to ease the motion. This …
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Transmission between two parallel shafts with adjustable relative angle 3
Input: orange shaft. Yellow and blue shafts receive rotary motion from orange input shaft through two worm drives. The green worm has prismatic joint (sliding key) with the orange shaft. …
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Transmission between two parallel shafts with adjustable relative angle 2
Input: yellow shaft. Blue shaft receives rotary motion from the input through helical gear. The blue shaft has prismatic joint (sliding key) with green gear. Turn violet screw for moving …
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Transmission between two coaxial shafts separated by a tube 3
Input: green gear Output: orange gear that rotates faster that the input. The tube is cut off half for easy understanding. The mechanism is used to couple the vertical shaft …
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Transmission between two coaxial shafts separated by a tube 1
Input: green bevel gear Output: orange bevel gear that rotates faster that the input. Apexes of all bevel gears are coincident. The tube is cut off half for easy understanding. …
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