Model of a Paddle Box and Wheel, anonymous, 1845 demonstration model Model of the starboard wheelboard against a part of the ship's wall, with a cycloidal scoop wheel or fan wheel. The landing boards are divided into narrow strips, which, according to cycloidal lines, are applied to the jet irons, so that they hit the water successively, creating a minimum of vibrations. The axis of the fan wheel does not extend to the needle beam on the outside of the wheel cabinet, but only sticks a small stretch outside of the board and is supported by an outdoor question device (see NG-MC-551); As a result
Model of a Paddle Box and Wheel, anonymous, 1845 demonstration model Model of the starboard wheelboard against a part of the ship's wall, with a cycloidal scoop wheel or fan wheel. The landing boards are divided into narrow strips, which, according to cycloidal lines, are applied to the jet irons, so that they hit the water successively, creating a minimum of vibrations. The axis of the fan wheel does not extend to the needle beam on the outside of the wheel cabinet, but only sticks a small stretch outside of the board and is supported by an outdoor question device (see NG-MC-551); As a result, the perseverance of the axis is less, which means that warm walking is less common. The jet irons are mounted on a thick iron plate on the axle. Scale 1:20 (derived). Flushing wood (plant material). brass (alloy). rope
Size: 6496px × 4872px
Photo credit: © piemags/rmn / Alamy / Afripics
License: Licensed
Model Released: No
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