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USB control of a Solenoid Valve using Lego Wedo Robotics and "Scratch" programming
R. Siderits, P. Mazari, C. Rimmer, D. Goodwin, W. Lecorchick, O. Ouatarra
Solenoid valves open and close with low voltage relays
We illustrate the use of the solenoid valve and a small reservoir, controlled by the graphical programming language "Scratch" (scratch.mit.edu) and a solenoid valve to make the first part of an automated immunohistochemictry platform.
The first step in making an IHC platform would be to de-paraffin (wash) a glass slide with a xylene substitute.
SEE VIDEO ON SLIDE SIX
Note:
You can download and run the Scratch control program from the scratch website.
Credit for the "Axe-uator" (linear actuator) is given in the text and is viewable on Youtube.
R. Siderits, P. Mazari, C. Rimmer, D. Goodwin, W. Lecorchick, O. Ouatarra
Solenoid valves open and close with low voltage relays
We illustrate the use of the solenoid valve and a small reservoir, controlled by the graphical programming language "Scratch" (scratch.mit.edu) and a solenoid valve to make the first part of an automated immunohistochemictry platform.
The first step in making an IHC platform would be to de-paraffin (wash) a glass slide with a xylene substitute.
SEE VIDEO ON SLIDE SIX
Note:
You can download and run the Scratch control program from the scratch website.
Credit for the "Axe-uator" (linear actuator) is given in the text and is viewable on Youtube.
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Signing UpStep 1Step 1: Parts List
We've kept the cost of the parts to a minimum. The entire project setup is less than 20$, without the cost of the
Lego WeDo robotics kit (for use with the Scratch programming language).
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