Powercube Connection Module: Difference between revisions
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=Basics= | |||
- The part of a Powercube Array that the powercube slides into | - The part of a Powercube Array that the powercube slides into | ||
- Has quick disconect: air intake, fuel in, electricity in, and data in | - Has quick disconect: air intake, fuel in, electricity in, data out, and data in | ||
- Has quick disconnect hydraulic in and out | - Has quick disconnect hydraulic in and out | ||
- All connections are in standardized positions | - All connections are in standardized positions | ||
=Used For= | |||
- the [[Advanced Powercube Construction Set] | |||
=Industry Standards= | |||
- | |||
=Existing Open Source Designs= | |||
- | |||
=Minimum Viable Product= | |||
- Cheap | |||
- Standardized | |||
- Scaleable | |||
- Durable (lets shoot for 100 insert+removal cycles before any failures) | |||
=Basic Design= | |||
==Frame== | |||
- A Chunk of Sheet Metal With Holes Drilled in It for The Quick Disconnect Ports | |||
==Quick Disconnect Inerting Ports== | |||
- Insert in to the powercube from the array | |||
- 1x Hydraulic Fluid In | |||
- 1x Fuel In | |||
- 1x Oil In | |||
- 1x Air in | |||
- 1x DC Electricity In | |||
- 1x AC Electricity In | |||
- 1x Data In | |||
==Quick Disconnect Inserting Ports== | |||
- Insert into the array from the powercube | |||
- 1x Hydraulic Fluid Out | |||
- 1x Oil Out | |||
- 1x Exhaust Out | |||
- 1x DC Electricity Out | |||
- 1x AC Electricity Out | |||
- ix Data Out | |||
==Locking Mechanism== | |||
- Pins possibly? (the powercube could have holes and this could insert pins into it using a mechanism | |||
=BOM= | |||
- | |||
=See Also= | |||
- | |||
=Useful Links= | |||
- | |||
Latest revision as of 02:25, 21 January 2018
Basics
- The part of a Powercube Array that the powercube slides into
- Has quick disconect: air intake, fuel in, electricity in, data out, and data in
- Has quick disconnect hydraulic in and out
- All connections are in standardized positions
Used For
- the [[Advanced Powercube Construction Set]
Industry Standards
-
Existing Open Source Designs
-
Minimum Viable Product
- Cheap
- Standardized
- Scaleable
- Durable (lets shoot for 100 insert+removal cycles before any failures)
Basic Design
Frame
- A Chunk of Sheet Metal With Holes Drilled in It for The Quick Disconnect Ports
Quick Disconnect Inerting Ports
- Insert in to the powercube from the array
- 1x Hydraulic Fluid In
- 1x Fuel In
- 1x Oil In
- 1x Air in
- 1x DC Electricity In
- 1x AC Electricity In
- 1x Data In
Quick Disconnect Inserting Ports
- Insert into the array from the powercube
- 1x Hydraulic Fluid Out
- 1x Oil Out
- 1x Exhaust Out
- 1x DC Electricity Out
- 1x AC Electricity Out
- ix Data Out
Locking Mechanism
- Pins possibly? (the powercube could have holes and this could insert pins into it using a mechanism
BOM
-
See Also
-
Useful Links
-