@thang010146
  @thang010146
thang010146 | Rotational motion into reciprocating linear motion (chain) @thang010146 | Uploaded 11 months ago | Updated 2 days ago
Input: yellow sprocket.
The two sprockets have the same tooth number.
The travel length L of the pink rod is equal to the center distance A of the sprockets plus the sprocket diameter D.
L can be very large by increasing A while keeping the height and width of the structure the same.
The speed of the pink rod is constant.
This video is an attempt to reveal the mechanism inside the following videos
youtu.be/R9fNeSHB52Y
youtu.be/K7k4qziwvVo
However, this effort appears to have failed.

STEP files of this video:
mediafire.com/file/5dhdnvzaij47d83/RotationIntoReciprocatingLinearMotionChainSTEP.zip/file
Inventor files of this video:
mediafire.com/file/bv6d3c707enl0nw/RotationIntoReciprocatingLinearMotionChainInv.zip/file
Rotational motion into reciprocating linear motion (chain)Gear train and rackRetractable canvas roof 2Gear rack drive for linear reciprocating motion 1Lifting table 6Folding stairs 1Spherical scissor mechanism 1bDisk cam with contact constant forceOld sausage stufferScrew 2-stage telescopic actuator 1b90 deg. concealed hinge of 6-bar linkageRotary cylinder mechanism

Rotational motion into reciprocating linear motion (chain) @thang010146

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