SLQ Wiki facilities:hte:projects:wip

Ciclop 3D Scanner

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

Ciclop 3D Scanner

(a picture of the finished product to go here)

Intro

This device is designed to scan small objects … ( not in great detail )

Project Outline

Initial aim was to build & get to scanning objects. We have had some success in getting it to work ( mostly software related problems ) but found short comings in operation … ( more explanation follows )

Future Direction

After several failed attempts to get this to work, will need to do a rethink on the design & look at building in some vertical adjustment to camera … will also need to update to higher resolution images along with computing power with capacity to process the scanned images …

Materials

(List the materials you used, with dimensions, and quantities. This is often easier to do once the project is at the beta testing stage, but that means you will need to keep a list as you go. It is useful to collect the details of suppliers, quantities, prices and websites in an Excel sheet as an aid to those who follow you - you can upload the Excel table at the end of this document in the space provided)

Tools

(List all the tools you used to complete the project, eg: from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki ( it is also useful if they are in a transferable format, .svg rather than .ai, for example ).

Step One:

Step Two:

Step Three:

Step Four:

etc …

Development notes

( This is where you can put ideas that you tried, but which did not work and why ! )

Feedback

( Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction )

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

Web site from which this design was taken from : https://www.thingiverse.com/thing:740357

Project Progress

A running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.

Log of works

- Basic assembly complete … Needs more work. … 2017
- Ordered replacement Stepper board … Arrived. …
- Look at Order vertical stepper slide …
- Need to Draw up Vertical slide mechanism … 2018

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
3d_scanner	80%	Andrew		$100	?	Redesign vertical element	get updated system operational

IDEA: 3d Printing Display Plinth

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:57 +0000

IDEA: 3d Printing Display Plinth

(a picture of the finished product could go here too)

Summary

(Describe why the project was undertaken, what problem you wanted to solve, which target group this might suit and what the product might be used for. as well as any other details you think important)

Materials

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

(Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Arduino ADC based touch sensor

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:01 +0000

Arduino ADC based touch sensor

Summary

Using the Arduino's built in ADC(Analog to Digital Converters) along with libraries originally based on Atmel's QTouch technology to create 'free' capacitive touch sensors using either zero or ultra low(I you include copper tape and a resistor or two) cost capacitive touch sensors that can work as bare copper, covered with tape or through 1.5mm acrylic.

Materials

Arduino Nano (Though any AVR based Arduino works)
Copper tape/foil
Wire
Substrate: Cardboard or laser cut acrylic.
1k resistors. (Optional but recommended)
MP3 player module. (Optional)
Neopixel strip (optional)

Tools

One Byron
Time

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

Proof of concept

Cardboard base, roughly cut contacts made from wide and narrow self adhesive copper tape then covered with packing tape.

Electronics hot glued in place and everything soldered together quickly.

Neopixel strip and MP3 player are for feedback.

Demonstration board

Laser cut version. Copper tape on back of 1.5mm acrylic. 3mm acrylic frame and back.

MP3 player, 3 neopixels for status, two neopixels for backlight illumination under each pad.

Hot glue. Solder.

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

ADC Touch:

MP3 player:

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Project Progress

Project

Percent Complete

Project Lead

Status

Budget Req

Budget Approved

Next Major Milestone

Subsequent Milestones to complete

Test Page

90%

Byron

Play with

BioLoid Robot

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

BioLoid Robot

Intro

Lost & Found

This device was found as a donation - but is missing several components … ( More detail to come )

Future Direction

Primary purpose will be to get it going / completed & it will need a few items to achieve this - Plan then is to build & tinker with what we have …

Materials

List the materials used, with dimensions, and quantities.

Printed Parts

* itemise …

Electronics

* TBA …

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

Any External Links like 'Thingiverse' etc. to go here …

Project Progress

- Basic check of parts available complete … Needs more work. ( List TBA ) - Printed out some of the missing bits … ( More to be Done ) - Provisionally ordered a replacement main board …

Log of works

Itemize work carried out …

Sort components out & find out what's missing …
Place order for missing Components …
Provisionally put together lower half …
Reprint missing components …
Print out manual …

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
Bioloid_Robot	40%	Andrew		$200

Display Trolley

anonymous@undisclosed.example.com (Anonymous) — Tue, 25 Jun 2019 11:08:47 +0000

Display Trolley

https://cdn.thingiverse.com/renders/32/d5/81/03/61/edf996d3cb009b7ef8e75062155fb9f5_preview_featured.jpg

Intro

Aim is to develop a Display Trolley for Advisory notices etc. …

!st prototype was made in house from sheets of cardboard - the following document is a 'how to' procedure to make this.

Materials

List the materials used, with dimensions, and quantities.

Maquette

* 3mm fluted cardboard ( 120×240 mm )
* Masking tape
* 2mm screw - 3 of

Full Size Trolley

List of items to complete 2 full trolleys :

* 15mm sheet Ply ( 1200×2400 mm ) - 1 of
* Door Hinges ( 100×50 mm ) - 12 of
* Center Pivot Hinge ( 57×15 mm ) - 4 of
* Castor Wheels ( 75 mm ) - 8 of
* Screws to suit …
* M12 nut & bolt + washers - 6 sets

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

* Screw driver

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

Mick wanted some 'furniture' to enable use of old screens for display purpose …

- Idea was further developed for a portable platform for displays …
- Design is to fit within a 1200x2400mm ply sheet …
- Use Standard fittings available from Bunnings …

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

display_trolley.zip

Links

- https://www.thingiverse.com/thing:3056861
- https://www.aliexpress.com/item/Stainless-Steel-Pivot-Hinges-for-Cabinets-Windows-Connect-Folding-Free-Shipping/32804416600.html

Project Progress

Basic prototype development in progress …

Log of works

- Prototype done …
- Drawn up a draft layout … Aug 2018.
- Make 1:5 scale Maquette …
- Find Center Pivot Hinge … Sept 2018.

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
Display Trolley	30%	Andrew	First Draft	$100 ?	$ ?	Approved concept ?	Complete CAD drawings & Assembly procedure

IDEA: Esp-link

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:01 +0000

IDEA: Esp-link

Summary

“ESP-LINK: Wifi-Serial Bridge w/REST&MQTT”
Use these to link assorted projects around the edge together to allow remote access/control/upgrade.

Materials

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

(Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Project Progress

Project

Percent Complete

Project Lead

Status

Budget Req

Budget Approved

Next Major Milestone

Subsequent Milestones to complete

Test Page

90%

Byron

Play with

High Resolution Scanner

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

High Resolution Scanner

Photo to go here …

Intro

Project to Scan objects @ detailed resolution …

Following on from the Ciclop project, looking to develop a cost effective high resolution scanner. outline of project to follow.

Materials

List the materials you used, with dimensions, and quantities.

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development Notes

(This is where you can put ideas that you tried, but which did not work & and why)

Waiting on

* PC to run it.
* High res camera.

Hardware Requirements

* Hi Speed Processor.
* Memory.

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

This project utilises Remake Software. ( link TBA )

Project Progress

Basic prototype development in progress …

Log of works

Got Camera
Got 30% of hardware on site
Can use re-use Ciclop turntable

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
High Resolution Scanner	10%	?	Draft	$1000

IDEA: Interactive Window(s)

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:01 +0000

IDEA: Interactive Window(s)

Aka: Don't look into the window with a soul?

Intro

Do something pretty with these!

Door: Interactive display

Touch sensors. Screen. Fun!

LCD screen with a raspberry Pi and copper foil capastive touch sensors on the inside of the window.

Better view of the door:

First window: LED Display

We can't remove the sign, it's part of the fire safety stuff. But we can build things below it.

Each big window is: 660x1585mm. Sign is 1190mm from base. Small window is 515x1585mm

Window will fit a 10×20 LED 'pixel' display.

Sheet of frosted plastic contact against the window.
Cardboard frame/guide.
Neopixel style LEDs.
Driven by an arduino either independent or off the Pi from the doorway system
Some kind of super robust external controls?

First game: TETRIS!

Quick mockup:

Second window: Ants!

Some kind of ants nest. Maybe filling about half the window?

Third window: Unknown

No idea yet!

Materials

Detection chips:

Some info:

LEDs:

https://www.aliexpress.com/item/DC12V-RGBW-DMX512-UCS512-chip-5050-SMD-addressable-pixel-PCBA-3-piece-of-5050-SMD-LED/32881386437.html?

Tools

(List all the tools you used to complete the project, eg: from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Step One:

Step Two:

Step Three:

Step Four:

etc …

Development notes

( This is where you can put ideas that you tried, but which did not work and why ! )

Feedback

( Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction )

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

Any External Links like 'Thingiverse' etc. to go here …

Project Progress

( Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Log of works

Itemize work carried out …

Prototype done …

Project Table

Project

Percent Complete

Project Lead

Status

Budget Req

Budget Approved

Next Major Milestone

Subsequent Milestones to complete

Test Page

90%

Byron

Play with

Large Format Scanner

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

Large Format Scanner

(a picture to go here)

https://cdn.thingiverse.com/renders/38/f0/a0/89/5d/12c67337dd6479fcda4e2dcf4554b624_preview_featured.JPG

Intro

This project was developed for :

- Scanning larger objects … ( Human Size )
- Is based on a design sourced from Thingiverse …

link : https://www.thingiverse.com/thing:729923

Intent is for it to be semi automated, with simple push button operation & computer interaction - saving output file on laptop / usb device …

More to add here …

Components

This device uses several components - outline to follow ….

Hardware

Following Materials were used, with dimensions, and quantities. Have broken this down into two parts - Turntable & camera slide …

Turntable

- 16mm Plywood sheet ( CNC cut ) : 1 & 1/2 sheet …
- Wheel Hub : Toyota ZZE122 ( http://www.alliedbearings.com.au/rear-wheel-bearing-hub-assembly-for-toyota-corolla )
- Feet ( 3d printed ) : 10 of …
- Various nuts & bolts … ( TBA )
- Connecting Shaft : 100 x 50mm RHS Aluminium …

( more details to add )

Chain Driven Option :

- Chain : Approx 600mm long ( I used one from Garage but same as Bicycle )
- Drive gears …

Shaft Driven Option :

- Shaft drive : 14 mm
- Pillow block : 2 of
- Drive Gear & Coupler
- Shaft : 100 x 50mm RHS Aluminium

Camera Slide

- ( TBA ) - vertical slide.
- various nuts & bolts.

Electrical

- Power supply : 12v DC/AC
- Various wiring : ( TBA )
- Sensor ?

Turntable :

- Turntable Motor + Gearbox ( TBA ) : Nema 23 with Reduction gear ratio 1:5
- Driver ( CNC board ) : ( TBA )
- Power supply to suit : ( TBA )

Camera :

- Kentix PlayStation Camera : ( TBA )
- Slide Motor ( TBA ) : Nema 17
- Driver ( CNC board ) : ( TBA )

Software

Working on controls for this …

Provisionally see here :

https://www.dfrobot.com/wiki/index.php/TMC260_Stepper_Motor_Driver_Shield_SKU:_DRI0035

https://www.trinamic.com/products/integrated-circuits/details/tmc260a-pa/

http://www.3ders.org/articles/20120807-new-kinect-based-3d-scanning-software-released.html

Notes

Tested the basic software operation on a desktop & laptop : Worked on the computer, but couldn't get it to load on Laptop …

Computer

There are two sides to the scanning operation, one to scan & other to process : thinking of using a laptop for scanning & larger more capable machine to do the processing. ( ideally it should be done on the same machine )

Laptop

Sufficient to run Kinect scanner software …

Main Processor

The resultant scan will be compiling a large amount of data, so it will be needing a reasonable amount of processing / memory for this something like :

* CPU Processor - 6 core @ 3.2 upto 4.3GHz
* Memory - 32GB DDR4 ( 2x16GB )
* Storage Drive - 500GB to 1TB SSD
* Graphics Card - Nvidia Quad P1000 4GB

( more to add )

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

( Some ideas that were tried, but which did not work & and why )

- Tested the Kinect camera & software on large computer - works …
- Tried on laptop, insufficient processing power - will require higher spec one …

- Tested the chain drive system, found problems with motor & chain not engaging & falling off … ( Do note the Chain is not designed to run horizontal ! … )

- Research a system to run a prototype shaft drive …
- Now working on a shaft driven option, will add more as it progress …
- Drawn up & making shaft drive system …

- Control panel operation …

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This external links & data sheets go …

Files

- Files for laser cutting, Excel sheets of suppliers etc..

Links

- External link : https://www.thingiverse.com/thing:2476523

Project Progress

Summary of how the project is going :

- Basic prototype done, development / drawings in progress …
- Commenced cutting out of main components …
- Ordered main hub & drive motor …
- Order electrical parts …

Log of works

- Drawn up a layout … 2017.
- Make 1:5 scale Maquette … 2017.
- Commence CNC cut-out … 2017.
- Install camera / motor to track system … 2017.
- Assemble turntable … 2018.
- Layout system to enable testing … 2018.
- Complete drive system … Sept. 2018.

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
Large Format Scanner	60%	Andrew	Approved	$500	$ ?	Complete Assembly	Begin testing & implementation of procedures for operation

IDEA: Laser Material Display

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:57 +0000

IDEA: Laser Material Display

(a picture of the finished product could go here too)

Summary

Materials

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

(Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

IDEA: Laust's Adventure into NodeOS

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:57 +0000

IDEA: Laust's Adventure into NodeOS

prev: lausts_adventure_into_node_os_and_cross_compilation I am interested in having the same minimal custom operating system on platforms such as the raspberry pi and intel,

At the moment I am using Ferora 27 and various rawhide LLVM 6.0.0 packages to enable Emscripten to produce runnable web assembly modules on as many architectures as possible

Leapfrog

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

Leapfrog

picture of the finished product to go here …

Summary

Redevelopment of old 3d printer …

Materials

Re-use of existing + some new components …

Tools

TBA

Operating Instructions

TBA

Development notes

Smashed heater bed - replaced ?

Feedback

TBC

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

laser cut stuff :

Links

Any External Links like 'Thingiverse' etc. to go here …

TBA

Project Progress

( Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

- Commenced tear down of old system … 2016
- The old machine needs to be pulled apart & re-engineered … 2017
- Awaiting new board & power supply ? … 2017
+ printer head … 2017

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
LEAPFROG	60%	Hyden	work in progress	$100	?	Fix printer head	reinstate external cover & get operational

Near Field Communication CheckIn System

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:58 +0000

Near Field Communication CheckIn System

(a picture of the finished product could go here too)

Summary

Materials

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

(Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

IDEA: Programmable Light

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

IDEA: Programmable Light

(a picture of the finished product could go here too)

Summary

1m of WWA SK6812 based strip
1m of RGBW SK6812 strip
1 12 to 5V PSU.
1 Esp8266
1 RTC module

Materials

https://www.aliexpress.com/item/4-Color-in-1-SMD-Addressable-SK6812-RGBW-led-strip-WWA-1m-5m-Waterproof-30-60/32680022438.html?

Tools

(List all the tools you used to complete the project, from #1 Philips screwdrivers, to the CNC machine)

Progress to date

(Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Don't forget to include design files for CNC, laser cutting or 3D printing but remember they need to be zipped before uploading to the Wiki (it is also useful if they are in a transferable format, .svg rather than .ai, for example)).

Step One:

Step Two:

Step Three:

Step Four:

etc

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Project Progress

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
Programmable Light	90%	Byron	Play with	$0

Prusa i3 Printers #1 & #2

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:58 +0000

Prusa i3 Printers #1 & #2

( picture to go here )

Intro

Thingiverse market printer, made in house …

Materials

See web site for complete list of materials needed …

Tools

#1 Philips screwdrivers,
Laser machine,
Up printers,

Progress to date

Short outline of each printer :

Green Prusa

95 % - Mostly completed, needs calibrating ?

Blue Prusa

80 % - Completed, needs replacement board & wiring to be completed.

Instructions

Mostly can be got from Web Site … ( TBA )

Development notes

A few items were made for printer spool, power board + flexi ducts …

Feedback

TBA

References

TBA

Files

Laser cutting :

Soldering workbenches

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:20:58 +0000

Soldering workbenches

Current soldering workbench

Summary

Workbenches to allow for common electronics assembly, repair and diagnostics.

From basic through-hole and other traditional electronics technology to DIY level SMD(Surface Mount Device) repair up to small(hobby) scale manufacturing of a few dozen boards at most.

The layout should allow 4 people to use matching spaces at the same time and for up to 6 people doing different tasks.

Care has been taken to prevent mess and 'paused' projects of one space from spreading into the next 'bay' allowing both messy and clean users of the space plus longer term projects to coexist while at the same time allowing for the full bench lengths to be used if required for one-off events and projects.

Layout

Plan view:

Bench design

End view: (1/10th scale)

Note: The 'odd' design of this bench takes into account that behind this bench is this window/view and thus
aims to maintain an open and, as far as practical, unobstructed view through to this 'million dollar view':

Work stations

Three stations are envisaged:

General soldering

Weller soldering iron
- Solder (0.5 and 0.7mm)
- Tip cleaners
Hot air gun
Adjustable power supply
Portable multi-meter
Basic hand tools
- Angle cutter
- Pliers
- Wire stripper
- Screwdriver sets (Small and large)

Test/measurement

Oscilloscope
Bench-top multi-meters
Basic hand tools
- Station 4 would be able to be a 'hybrid' station along with Test and Measurement by setting them up next to
  each other in the right away, allowing either two independent stations or one 'advanced' station for doing
  electronics repair and test using the full toolset.

Surface Mount Device (SMD)

Fine tipped, temperature controlled soldering station
Vacuum pick and place tool
Fine tweezers, picks, etc
Higher end hot air station
Inspection/work microscope/camera
Reflow oven

Tools

Vacuum pick and place

https://img.diytrade.com/cdimg/989265/10170268/0/1250749604/SMD-VAC_VACUUM_HANDLING_SYSTEMS.jpg

Microscope

Something like this connected up to a large monitor:

https://www.aliexpress.com/item/Autofocus-SONY-IMX290-HDMI-TF-Video-Auto-Focus-Industry-Microscope-Camera-180X-C-Mount-Lens-Stand/32854389430.html

https://www.aliexpress.com/item/Autofocus-1080P-60FPS-SONY-IMX290-HDMI-TF-Video-Auto-Focus-Industry-Video-Microscope-Camera-180X-C/32867628649.html

https://www.aliexpress.com/item/Big-Size-Adjustable-table-Stand-Holder-Multi-axis-Adjustable-Metal-Arm-for-Lab-Industry-Microscope-Camera/32704723593.html

https://www.aliexpress.com/item/Free-shipping-10X-180X-Adjustable-Magnification-25mm-Zoom-C-mount-Lens-0-7X-4-5X/32703396905.html

Ventilation

Overview

Soldering stations and reflow will require forced air ventilation. Measurement maybe not.

Details

Soldering benches share a common 125mm fan, controlled from any station's power switch.

This connects back to the 150mm main exhaust line common-ed with the 3d printers and resin casting area. Backflow gates allow independent use of the systems.

A rigid 125mm pipe across the back of the workbenches connect via 50mm flexible tubing to a bench mounted fume hood/extractor set up at the back edge of the soldering area of each station to draw fumes away from user.

Numbers

Main fan is rated at 280 m3/hr (77.77 l/s) and devided by 6, becomes 12.96l/s.

Extraction systems were tested to work flawlessly at 43.06 l/s, so further testing is required.

Hoods

Hardware

Standards

= AS 1668.2 =

5.3.2.2 Type A effluent removal
In addition to the requirements of Clause 5.3.2.1, the velocity of air as it enters the hood,
special surrounding or exhaust air intake used in the removal of Type A effluent shall be
not less than 0.5 m/sec averaged across the opening.

Note from asking elsewhere:

With particular respect to AS 1668.2, I can't the particular scenario but the 0.5 m/s in a hood and 5 l/s per m^2 floor (not counting occupancy based ventilation) seem to stick out.

Found a council website that basically paraphrased a decent chunk of the AS 1668.2 document so people in its area can access it for compliance reasons “The effluents shall be collected as they are being produced, as close as practical to the source of generation, using special surroundings, hoods, surface mounted exhaust air intakes or other approved means. The airflow rates shall be such as will ensure positive capture and removal of all effluents.” pretty much says it (for miscellaneous applications, it's more words than numbers).

So yeah, as long as the system *feels* like it's safely in operating limits, then the 0.5 m/s airflow at the site of soldering is a good rule of thumb but not god I guess

Light

LOTS AND LOTS OF LIGHT!

Each bench should have a good amount of overhead light from at least two angles. Likely two or three strips of mixed warm and cool white LEDs.

Current lighting plans:

Each bench/bay will have a 45W LED overhead light
strip of LEDs in the dust collector
Desklight/light on an arm of some kind.

Development notes

(This is where you can put ideas that you tried, but which did not work (and why))

Feedback

(Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction)

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

> Works in Progress

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:01 +0000

> Works in Progress

Starting a New project

When you want to start a new proposal or begin development you can either

use the Hack the Evening Wiki template to create directly in the wiki or;
~~download the Open Document Textfile template and work offline.~~¹⁾

Choosing a name

This is the docuwiki page name not your final title.

Try and keep it short but complete: 'colour3dprinter' is better than '3d printer for coloured art'

Once you create your page, make sure the first line is:

====== Actual Page Title Of Project ======

If it's only an idea or a note for the future, include “IDEA: ” at the start of the page title.

Using the Templates

Start by making a new page in the the box below. This will make a new page using the HtE template and jump straight to the edit page.

It will turn blue and be a normal link, and appear in the list below and in the sidebar menu.

Fabrication Lab Fittings

Another way to do this is to open the editing window on the last project on the list by clicking the 'Edit“ button at the bottom.
At the very bottom of the editing window which appears, add your new project by pasting in the following:

( =====YOUR PROJECT NAME===== )

And then removing the brackets.
Save the change.

Now click on the 'edit' button immediately below your new section and in the editing window which appears, paste the following underneath the title.

your_project_name

Save the change. This will make a link to a page which has not been created yet (it will appear in red).

¹⁾

ODT import in currently disabled.

Structured Light 3D Scanner

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

Structured Light 3D Scanner

(a picture of the finished product to go here)

Intro

HP Sprout Pro G2 3D scanning device that is designed to scan small objects … ( not in great detail )

Project Outline

This computer was procured ( Jan 2019 ) for scanning small objects. Yet to be tested fully …

Future Direction

Not decided upon yet …

Materials

Tools

(List all the tools you used to complete the project … )

Instructions

(This is where you put the step-by-step photos showing how to use the 'project', as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Step One:

Step Two:

Step Three:

Step Four:

etc …

Development notes

( This is where you can put ideas that you tried, but which did not work and why ! )

Feedback

( Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction )

References

This were you put external links, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

Web site from which this came from :

Project Progress

A running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.

Log of works

- Basic assembly complete … Needs more work. … 2019

Project Table

Project	Percent Complete	Project Lead	Status	Budget Req	Budget Approved	Next Major Milestone	Subsequent Milestones to complete
Structured Light 3d_scanner	80%	Andrei		$1000	?	-	Upload updated operation system

UP! Mini SmoothWare upgrade

anonymous@undisclosed.example.com (Anonymous) — Thu, 28 Nov 2019 19:34:59 +0000

UP! Mini SmoothWare upgrade

Summary

Upgrade the original non-functional UP! Minis to a new CPU board that supports SmoothWare.

This series of printers has a fault that distroys the original CPU board over time, rendering the machine non-functional.

A board is made by tinyfab.xyz to replace the original and allow open firmware.

Photos

Links

Primary links:

Secondary:

Notes

getting started guide
https://drive.google.com/file/d/0BxnykIRpb264OUFSVnZoWVVzblU/view?pref=2&pli=1

Please save the config file to the sd card in the printer, the printer will appear as a removable drive when plug in to a PC.

Cetus, Up mini, UP plus 1/2 configuration file
https://drive.google.com/open?id=0BxnykIRpb264MFRhR2YydENKLWM

Currently heated bed control is through g42/g43 to switch on/switch off, we need to put this control in as part of the “up mini” slicer settings

IDEA: Vending Machine

anonymous@undisclosed.example.com (Anonymous) — Tue, 19 Feb 2019 15:21:02 +0000

IDEA: Vending Machine

–needs pic–

Intro

Hexagional themed vending machine based on the 'Automat' style of use.

https://en.wikipedia.org/wiki/Automat

https://files.tofugu.com/articles/travel/2014-06-04-egg-vending-machine-japan/header-5120x.jpg

First version will be a 3×3 lockable phone charger to test the hardware before scaling up to selling kits and other edge stuff.

Summary

Materials

Tools

(List all the tools you used to complete the project, eg: from #1 Philips screwdrivers, to the CNC machine)

Instructions

(This is where you put the step-by-step photos showing how to carry out your project, as well as an explanation in words. Rename the steps as you like, use italics or bold for emphasis.

Step One:

Step Two:

Step Three:

Step Four:

etc …

Development notes

( This is where you can put ideas that you tried, but which did not work and why ! )

Feedback

( Here you can put any suggestions from users that you have not yet implemented, and mention any unforeseen difficulties encountered in operation or construction )

References

This were you put external links like LED generator, if they have not appeared in the Instructions.

Files

This is where you put files for laser cutting, Excel sheets of suppliers etc..

Links

Any External Links like 'Thingiverse' etc. to go here …

Project Progress

( Use this section as a running summary of how the project is going so that others can follow. Diary type entries, with dates, would be a good format.)

Log of works

Itemize work carried out …

* Design stage … 2017

Project Table

Project

Percent Complete

Project Lead

Status

Budget Req

Budget Approved

Next Major Milestone

Subsequent Milestones to complete

vending_machine

90%

Ideas