DropBot: Unterschied zwischen den Versionen

Aktuelle Version vom 22. Februar 2019, 02:22 Uhr

	DropBot Basic Data Category: Construction elevators URL (first publication): http://microfluidics.utoronto.ca/dropbot/ Project status: Technical documentation Maturity of the project: no no no Other Assembly instructions are editable: Bill of materials is editable: Design files are in original format: No Free redistribution is allowed licence: No Project management Open-o-meter: 0 Product category: Business & Industrial Contains original non-electronic hardware: Contains original electronic hardware: Contains original software:

Description

DropBot is an open-source Digital Microfluidic (DMF) automation system developed in the Wheeler Lab. It can be used to manipulate discrete droplets on the surface of an array of electrodes coated with a hydrophobic insulator. DMF has many applications in the fields of biology and chemistry, including diagnostics, cell-based assays, and chemical synthesis. The DropBot features a modular and extensible design, an intuitive user interface, and is capable of driving up to 120 independent channels. It also provides dynamic impedance sensing which enables closed-loop control and real-time measurement of:

drop position

instantaneous drop velocity

electrostatic driving force

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Public cad repository for non-electronic hardware
Public cad repository for electronic hardware
Public code repository
Assembly instructions
Bill of materials
Contributing guide
Link github

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 {{Projekt
 |projectname=DropBot
-|subcat=Gewerbe, Industrie
+|kewords_de=Bauaufzug, dachdeckeraufzug, lastenaufzug bau
+|kewords_en=Construction elevator
+|kewords_es=Elevador de obras
+|subcat=Construction elevators
 |Images={{ProjektImages
 |projectimage=36.1.jpg
@@ Zeile 14: / Zeile 17: @@
 }}
 |firstin=http://microfluidics.utoronto.ca/dropbot/
-|desc=<div>The DropBot system is described in detail in . If you use this information in work that you publish, please cite as appropriate.</div><div><div><p>DropBot is an open-source Digital Microfluidic (DMF) automation system developed in the . It can be used to manipulate discrete droplets on the surface of an array of electrodes coated with a hydrophobic insulator. DMF has in the fields of biology and chemistry, including diagnostics, cell-based assays, and chemical synthesis. The DropBot features a modular and extensible design, an intuitive user interface, and is capable of driving up to 120 independent channels. It also provides dynamic impedance sensing which enables closed-loop control and real-time measurement of:</p><ul><li>drop position</li><li>instantaneous drop velocity</li><li>electrostatic driving force</li></ul></div>Check out the recent entry in .<br/><div><div><p>System overview</p><p>DropBot is built around an -based instrument and is controlled by a custom software interface called . Users can activate/deactivate electrodes on the DMF device by clicking their mouse on the webcam video overlay, providing an intuitive interface with real-time visual feedback. Sequences of actuation steps can be pre-programmed and run automatically, enabling fully automated operation. The system is designed as a loosely-coupled set of modules, which means that it is relatively easy to extend the hardware and/or software capabilities.</p></div><div><p>Open-source</p><p>All components are open-source, subject to the (software code) or (hardware designs), meaning you are free to .</p></div><br/><div><p>Get involved</p><p>If you have any comments or questions, or would like to collaborate on the development of this project, please join the . For announcements concerning future releases/updates, join the or to receive email updates from our ticket tracker, subscribe to the .</p></div></div><br/><br/><h3>Videos</h3><div><div>Real-time control and velocity measurements<br/><p>Demonstration of real-time drop control and protocol programming. This video also highlights the systems ability to measure drop velocity from electrical impedance.</p></div><div>Automated protocol with video overlay<br/><p>Video showing an automated protocol with drop dispensing, merging, mixing and splitting.</p></div></div><br/><h3>Software</h3><div><div><p>Microdrop software</p><p>is the graphical user interface for the DropBot DMF automation system.</p></div><br/><div><p>Control board software</p><p>The control board software consists of firmware, a module for communicating over a serial connection, and a plugin for the application.</p></div></div><br/><br/><h3>Hardware</h3><p>All hardware designs can be viewed or edited using or .</p><div><div><p>Control board</p></div><br/><div><p>Signal generator board</p></div></div><br/><div><div><p>High-voltage switching board</p></div><br/><div><p>Pogo pin connector board</p></div></div><br/><div><div><p>Device connector</p></div><br/><div><p>DropBot case</p></div></div><br/><h3>DropBots in the wild</h3><p>Here’s a map of all of the (both up and running and those being built). If you are building a system, add a wiki page or link to another webpage/blog to document your progress. Email ryan(dot)fobel(at)utoronto(dot)ca if you want to add a pin to the map.</p></div>
+|typeproject=TUBerlin
 |lang=English
-|typeproject=TUBerlin
 |project_status=Active
 |maturity=production / DIY
+|cad_files_editable=Yes
+|assembly_instructions_editable=Yes
+|bill_materials_editable=Yes
+|free_redist_allowed_licence=Yes
 |open_o_meter=8
 |product_category=Business & Industrial
@@ Zeile 24: / Zeile 30: @@
 |original_elect_h=No
 |original_soft=No
-|cad_files_editable=Yes
+|desc=DropBot is an open-source Digital Microfluidic (DMF) automation system developed in the [http://microfluidics.utoronto.ca Wheeler Lab]. It can be used to manipulate discrete droplets on the surface of an array of electrodes coated with a hydrophobic insulator. DMF has [http://microfluidics.utoronto.ca/research.php many applications] in the fields of biology and chemistry, including diagnostics, cell-based assays, and chemical synthesis. The DropBot features a modular and extensible design, an intuitive user interface, and is capable of driving up to 120 independent channels. It also provides dynamic impedance sensing which enables closed-loop control and real-time measurement of:
-|assembly_instructions_editable=Yes
+* drop position
-|bill_materials_editable=Yes
-|free_redist_allowed_licence=Yes
+* instantaneous drop velocity
+* electrostatic driving force
 }}
 {{ProjektLink