https://wiki.squirrelslair.ca/api.php?action=feedcontributions&user=Ttenbergen&feedformat=atomSquirrel's Lair - User contributions [en]2024-03-28T21:54:30ZUser contributionsMediaWiki 1.41.0https://wiki.squirrelslair.ca/index.php?title=CNC_Machining&diff=4459CNC Machining2024-03-28T03:33:37Z<p>Ttenbergen: </p>
<hr />
<div>{{Skillset | Description=We are able to CNC Machine wood and some other materials through our membership at [[North Forge Fabrication Lab]].<br />
<br />
Our primary tool is the [[ShopBot]] but we also use the [[Tormach 1100 Personal CNC]]. Sometimes [[Laser Cutting]] is a preferable alternative to CNC Machining. }}<br />
<br />
[[Category:North Forge Fabrication Lab]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Thomas_Bunn_House_Telephone_Interaction&diff=4448Thomas Bunn House Telephone Interaction2024-03-28T01:26:55Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|longDescription=This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
|geekery=The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
<br />
This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
<br />
=== How we did it ===<br />
The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
A set of alligator clips is connected to points on the receiver switch to indicate to an RP2040-based microcontroller whether the earpiece was off the hook. When the hand crank is run, a magnet held between the spokes of one of the crank gears moves past a Hall-effect sensor, which creates a small, changing voltage. The microcontroller reads an analog-to-digital converter (ADC) that is connected to the output of the Hall sensor, and, if the value exceeds a threshold enough times, it triggers an MP3 audio board (DFPlayer Mini) to play a random track from the micro-SD card that the user can hear in the earpiece.<br />
<br />
Once the audio finishes playing, it goes silent and waits for the next off-hook and crank-detect events. If the earpiece is hung up before the audio finishes playing, the audio is stopped and the device goes idle, waiting for the off-hook/crank-detect events.<br />
<br />
A 10Ω, 10W resistor was placed across the crank terminals to shunt any crank energy away from terminals that the user may come into contact with, convert that crank energy to heat, drain any residual charge, and provide some resistance to cranking.<br />
<br />
LED indicators in the electronics enclosure will blink status messages in the event that there is a problem; a sheet showing the codes was printed in a similar style to the original schematic sheet and taped over it.<br />
<br />
All programming was done using MicroPython.<br />
<br />
<gallery><br />
File:BunnPhone-Left.jpg|Bunn Phone showing earpiece and receiver|alt=Bunn Phone showing earpiece and receiver<br />
File:BunnPhone-CabinetInside.jpg|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).<br />
File:Bunn Phone - Magnet in Crank Gear.jpg|A bright pink 3D printed magnet holder, wired between brass crank spokes|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes<br />
File:BunnPhone-Right.jpg|alt=Bunn Phone - view with hand crank|Bunn Phone - view with hand crank<br />
</gallery><br />
<br />
<br />
|skillSet=Raspberry Pi; 3D Printing; Python; 3D Modelling; Laser Cutting; Electronics<br />
|projectType=Interactive Display; Museum Display<br />
|northForge=No<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Thomas_Bunn_House_Telephone_Interaction&diff=4447Thomas Bunn House Telephone Interaction2024-03-28T01:25:55Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|longDescription=This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
|geekery=The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
<br />
This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
<br />
=== How we did it ===<br />
as gallery<br />
<gallery><br />
File:BunnPhone-Left.jpg|Bunn Phone showing earpiece and receiver|alt=Bunn Phone showing earpiece and receiver<br />
File:BunnPhone-CabinetInside.jpg|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).<br />
File:Bunn Phone - Magnet in Crank Gear.jpg|A bright pink 3D printed magnet holder, wired between brass crank spokes|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes<br />
File:BunnPhone-Right.jpg|alt=Bunn Phone - view with hand crank|Bunn Phone - view with hand crank<br />
</gallery><br />
<br />
The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
A set of alligator clips is connected to points on the receiver switch to indicate to an RP2040-based microcontroller whether the earpiece was off the hook. When the hand crank is run, a magnet held between the spokes of one of the crank gears moves past a Hall-effect sensor, which creates a small, changing voltage. The microcontroller reads an analog-to-digital converter (ADC) that is connected to the output of the Hall sensor, and, if the value exceeds a threshold enough times, it triggers an MP3 audio board (DFPlayer Mini) to play a random track from the micro-SD card that the user can hear in the earpiece.<br />
<br />
Once the audio finishes playing, it goes silent and waits for the next off-hook and crank-detect events. If the earpiece is hung up before the audio finishes playing, the audio is stopped and the device goes idle, waiting for the off-hook/crank-detect events.<br />
<br />
A 10Ω, 10W resistor was placed across the crank terminals to shunt any crank energy away from terminals that the user may come into contact with, convert that crank energy to heat, drain any residual charge, and provide some resistance to cranking.<br />
<br />
LED indicators in the electronics enclosure will blink status messages in the event that there is a problem; a sheet showing the codes was printed in a similar style to the original schematic sheet and taped over it.<br />
<br />
All programming was done using MicroPython.<br />
|skillSet=Raspberry Pi; 3D Printing; Python; 3D Modelling; Laser Cutting; Electronics<br />
|projectType=Interactive Display; Museum Display<br />
|northForge=No<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Thomas_Bunn_House_Telephone_Interaction&diff=4446Thomas Bunn House Telephone Interaction2024-03-28T01:22:11Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|longDescription=This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
|geekery=The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
[[File:BunnPhone-Right.jpg|alt=Bunn Phone - view with hand crank|thumb|Bunn Phone - view with hand crank]]<br />
This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
<br />
=== How we did it ===<br />
as gallery<br />
<gallery><br />
File:BunnPhone-Left.jpg|Bunn Phone showing earpiece and receiver|alt=Bunn Phone showing earpiece and receiver<br />
File:BunnPhone-CabinetInside.jpg|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).<br />
File:Bunn Phone - Magnet in Crank Gear.jpg|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes<br />
</gallery><br />
<br />
The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
A set of alligator clips is connected to points on the receiver switch to indicate to an RP2040-based microcontroller whether the earpiece was off the hook. When the hand crank is run, a magnet held between the spokes of one of the crank gears moves past a Hall-effect sensor, which creates a small, changing voltage. The microcontroller reads an analog-to-digital converter (ADC) that is connected to the output of the Hall sensor, and, if the value exceeds a threshold enough times, it triggers an MP3 audio board (DFPlayer Mini) to play a random track from the micro-SD card that the user can hear in the earpiece.<br />
<br />
Once the audio finishes playing, it goes silent and waits for the next off-hook and crank-detect events. If the earpiece is hung up before the audio finishes playing, the audio is stopped and the device goes idle, waiting for the off-hook/crank-detect events.<br />
<br />
A 10Ω, 10W resistor was placed across the crank terminals to shunt any crank energy away from terminals that the user may come into contact with, convert that crank energy to heat, drain any residual charge, and provide some resistance to cranking.<br />
<br />
LED indicators in the electronics enclosure will blink status messages in the event that there is a problem; a sheet showing the codes was printed in a similar style to the original schematic sheet and taped over it.<br />
<br />
All programming was done using MicroPython.<br />
|skillSet=Raspberry Pi; 3D Printing; Python; 3D Modelling; Laser Cutting; Electronics<br />
|projectType=Interactive Display; Museum Display<br />
|northForge=No<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Thomas_Bunn_House_Telephone_Interaction&diff=4445Thomas Bunn House Telephone Interaction2024-03-28T01:21:01Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|longDescription=This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
|geekery=The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
[[File:BunnPhone-Right.jpg|alt=Bunn Phone - view with hand crank|thumb|Bunn Phone - view with hand crank]]<br />
This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
<br />
=== How we did it ===<br />
as gallery<br />
<gallery><br />
File:BunnPhone-Left.jpg|Bunn Phone showing earpiece and receiver|alt=Bunn Phone showing earpiece and receiver<br />
File:BunnPhone-CabinetInside.jpg|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).<br />
File:Bunn Phone - Magnet in Crank Gear.jpg|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes<br />
</gallery><br />
<br />
as separate images<br />
[[File:BunnPhone-Left.jpg|alt=Bunn Phone showing earpiece and receiver|thumb|Bunn Phone - view with earpiece and receiver]][[File:BunnPhone-CabinetInside.jpg|thumb|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).]][[File:Bunn Phone - Magnet in Crank Gear.jpg|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes.|thumb|3D printed magnet holder, wired between crank spokes.]]<br />
The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
A set of alligator clips is connected to points on the receiver switch to indicate to an RP2040-based microcontroller whether the earpiece was off the hook. When the hand crank is run, a magnet held between the spokes of one of the crank gears moves past a Hall-effect sensor, which creates a small, changing voltage. The microcontroller reads an analog-to-digital converter (ADC) that is connected to the output of the Hall sensor, and, if the value exceeds a threshold enough times, it triggers an MP3 audio board (DFPlayer Mini) to play a random track from the micro-SD card that the user can hear in the earpiece.<br />
<br />
Once the audio finishes playing, it goes silent and waits for the next off-hook and crank-detect events. If the earpiece is hung up before the audio finishes playing, the audio is stopped and the device goes idle, waiting for the off-hook/crank-detect events.<br />
<br />
A 10Ω, 10W resistor was placed across the crank terminals to shunt any crank energy away from terminals that the user may come into contact with, convert that crank energy to heat, drain any residual charge, and provide some resistance to cranking.<br />
<br />
LED indicators in the electronics enclosure will blink status messages in the event that there is a problem; a sheet showing the codes was printed in a similar style to the original schematic sheet and taped over it.<br />
<br />
All programming was done using MicroPython.<br />
|skillSet=Raspberry Pi; 3D Printing; Python; 3D Modelling; Laser Cutting; Electronics<br />
|projectType=Interactive Display; Museum Display<br />
|northForge=No<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Thomas_Bunn_House_Telephone_Interaction&diff=4443Thomas Bunn House Telephone Interaction2024-03-28T01:18:02Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|longDescription=This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
|geekery=The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
[[File:BunnPhone-Right.jpg|alt=Bunn Phone - view with hand crank|thumb|Bunn Phone - view with hand crank]]<br />
This display is an antique telephone (late 1890s-early part of 20th century) that was provided by the Thomas Bunn House. Their request was to have it play an audio file through the earpiece when the earpiece was lifted and the crank was run.<br />
<br />
=== How we did it ===<br />
[[File:BunnPhone-Left.jpg|alt=Bunn Phone showing earpiece and receiver|thumb|Bunn Phone - view with earpiece and receiver]][[File:BunnPhone-CabinetInside.jpg|thumb|Inside view of cabinet, including electronics enclosure and updated "schematic". Note that original hardware is still in place (and in some cases is used to anchor new components).]][[File:Bunn Phone - Magnet in Crank Gear.jpg|alt=A bright pink 3D printed magnet holder, wired between brass crank spokes.|thumb|3D printed magnet holder, wired between crank spokes.]]<br />
The speaker in the earpiece was in excellent shape. As a result, we were able to build place a Hall sensor, some magnets, and use the existing switches without damaging or removing any of the existing equipment inside the box.<br />
<br />
A set of alligator clips is connected to points on the receiver switch to indicate to an RP2040-based microcontroller whether the earpiece was off the hook. When the hand crank is run, a magnet held between the spokes of one of the crank gears moves past a Hall-effect sensor, which creates a small, changing voltage. The microcontroller reads an analog-to-digital converter (ADC) that is connected to the output of the Hall sensor, and, if the value exceeds a threshold enough times, it triggers an MP3 audio board (DFPlayer Mini) to play a random track from the micro-SD card that the user can hear in the earpiece.<br />
<br />
Once the audio finishes playing, it goes silent and waits for the next off-hook and crank-detect events. If the earpiece is hung up before the audio finishes playing, the audio is stopped and the device goes idle, waiting for the off-hook/crank-detect events.<br />
<br />
A 10Ω, 10W resistor was placed across the crank terminals to shunt any crank energy away from terminals that the user may come into contact with, convert that crank energy to heat, drain any residual charge, and provide some resistance to cranking.<br />
<br />
LED indicators in the electronics enclosure will blink status messages in the event that there is a problem; a sheet showing the codes was printed in a similar style to the original schematic sheet and taped over it.<br />
<br />
All programming was done using MicroPython.<br />
|skillSet=Raspberry Pi; 3D Printing; Python; 3D Modelling; Laser Cutting; Electronics<br />
|projectType=Interactive Display; Museum Display<br />
|northForge=No<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Category:Making&diff=4442Category:Making2024-03-28T01:15:20Z<p>Ttenbergen: </p>
<hr />
<div>Pages about [[Making]].<br />
[[Category:Skillset]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Category:Laser_Cutting&diff=4441Category:Laser Cutting2024-03-28T01:05:33Z<p>Ttenbergen: </p>
<hr />
<div>Pages related to [[Laser Cutting]].<br />
[[Category:Skillset]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Category:Laser_Cutting&diff=4440Category:Laser Cutting2024-03-28T01:05:11Z<p>Ttenbergen: </p>
<hr />
<div>Pages related to [[Laser Cutting]].[[:Category:Skillset]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4434Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-28T00:03:58Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
|skillSet=3D Modelling; 3D Printing; Making; Raspberry Pi; Mediawiki; Laser Cutting<br />
|projectType=Mediawiki Project; Interactive Display<br />
|northForge=Yes<br />
}}<br />
<br />
[[File:CHS HW-02.jpg|thumb]]<br />
<br />
[[Category:Kiosk]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4433Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-27T23:58:53Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
|skillSet=3D Modelling; 3D Printing; Making; Raspberry Pi; Mediawiki; Laser Cutting<br />
|projectType=Mediawiki Project; Interactive Display<br />
|northForge=Yes<br />
}}<br />
<br />
[[File:CHS HW-02.jpg|thumb]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4432Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-27T23:48:38Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
|skillSet=3D Modelling; 3D Printing; Making; Raspberry Pi; Mediawiki; Laser Cutting<br />
|projectType=Mediawiki Project; Interactive Display<br />
|northForge=Yes<br />
}}<br />
<br />
[[File:CHS HW-02.jpg|thumb]]<br />
<br />
===image query test===<br />
{{#cargo_query:<br />
tables=Project<br />
|fields=CONCAT("[[File:",mainImage,"|280px]]" )=<br />
|where=_pageName="{{PAGENAME}}"<br />
|format=list<br />
|default=[[File:Squirrelslair.png|280px]]<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4431Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-27T23:42:53Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
|skillSet=3D Modelling; 3D Printing; Making; Raspberry Pi; Mediawiki; Laser Cutting<br />
|projectType=Mediawiki Project; Interactive Display<br />
|northForge=Yes<br />
}}<br />
<br />
[[File:CHS HW-02.jpg|thumb]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4430Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-27T23:42:46Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
<br />
}}<br />
<br />
[[File:CHS HW-02.jpg|thumb]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi&diff=4429Offline Museum Kiosk With MediaWiki and Raspberry Pi2024-03-27T23:39:45Z<p>Ttenbergen: </p>
<hr />
<div>{{Project<br />
|shortDescription=MediaWiki kiosk running on a Raspberry Pi 4B<br />
|longDescription=We set up and did the initial data import and collection creation for a MediaWiki-based standalone (offline) kiosk for the Charleswood Historical Society. They wanted a small, reliable, and performant kiosk that was not prohibitively expensive and had capacity to add more information (including the potential for audio and video) in the future.<br />
|geekery=The kiosk is built around a Raspberry Pi 4B (8GB) running the 64-bit version of Raspberry Pi OS (Bookworm).<br />
<br />
Storage is a 500GB Samsung EVO 870 SSD, connected via StarTech USB312SAT3CB USB-SATA adapter.<br />
<br />
Since there is no network connection, we installed a DS3231 RTC to keep track of time.<br />
<br />
We designed and made a custom enclosure for this project with 3D-printed PETG end caps and cutout cover panel, and laser-cut birch plywood panels.<br />
<br />
Initial wiki setup, collaboration, and training was done with a web hosted wiki. Once the wiki was populated and looked as desired, it was backed up from the web host and restored to the offline Pi wiki.<br />
<br />
|skillSet=3D Modelling; 3D Printing; Making; Raspberry Pi; Mediawiki; Laser Cutting<br />
|projectType=Mediawiki Project; Interactive Display<br />
|northForge=No<br />
}}<br />
[[File:Offline Museum Kiosk With MediaWiki and Raspberry Pi.jpg.jpg|thumb]]<br />
<br />
[[File:CHS HW-02.jpg|thumb]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=File:Offline_Museum_Kiosk_With_MediaWiki_and_Raspberry_Pi.jpg&diff=4428File:Offline Museum Kiosk With MediaWiki and Raspberry Pi.jpg2024-03-27T23:37:51Z<p>Ttenbergen: Ttenbergen moved page File:CHS HW-04.jpg to File:Offline Museum Kiosk With MediaWiki and Raspberry Pi.jpg without leaving a redirect: name so it becomes the main picture for the project</p>
<hr />
<div></div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4413Populating a mediawiki from tabular data2024-03-25T04:09:10Z<p>Ttenbergen: </p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.<br />
<br />
Mediawiki import/export files are of the following basic XML structure: <br />
<mediawiki><br />
<page><title>mypagetitle</title><br />
<revision><br />
<text xml:space="preserve"> the content of my page <br />
</text><comment>Imported content</comment> <br />
</revision> <br />
</page><br />
</mediawiki><br />
<br />
So, the xml for one page can be created by putting a adding a first, third and fifth column with the xml tags. <br />
{| class="wikitable"<br />
|-<br />
| <page><title> || the title || </title><revision><text xml:space="preserve"> || page content || </text><comment>Imported content</comment></revision></page><br />
|}<br />
The title and the page content can then be generated via excel formula from other columns if needed. <br />
<br />
These lines are pasted into a text file, between the <code><mediawiki></code> and <code></mediawiki></code> tags. That file can then be imported to the wiki via Special Pages, Import pages. A bug on that page means that you have to enter some text into the "interwiki prefix" line or nothing will be imported. <br />
<br />
There are additional xml tags that can be used, to see more example content export a few pages from a wiki and review the XML for examples.<br />
<br />
<br />
[[Category:Mediawiki]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4412Populating a mediawiki from tabular data2024-03-25T04:06:44Z<p>Ttenbergen: Ttenbergen moved page Internal:Populating a mediawiki from tabular data to Populating a mediawiki from tabular data without leaving a redirect</p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.<br />
<br />
Mediawiki import/export files are of the following basic XML structure: <br />
<mediawiki><br />
<page><title>mypagetitle</title><br />
<revision><br />
<text xml:space="preserve"> the content of my page <br />
</text><comment>Imported content</comment> <br />
</revision> <br />
</page><br />
</mediawiki><br />
<br />
So, the xml for one page can be created by putting a adding a first, third and fifth column with the xml tags. <br />
{| class="wikitable"<br />
|-<br />
| <page><title> || the title || </title><revision><text xml:space="preserve"> || page content || </text><comment>Imported content</comment></revision></page><br />
|}<br />
The title and the page content can then be generated via excel formula from other columns if needed. <br />
<br />
These lines are pasted into a text file, between the <code><mediawiki></code> and <code></mediawiki></code> tags. That file can then be imported to the wiki via Special Pages, Import pages. A bug on that page means that you have to enter some text into the "interwiki prefix" line or nothing will be imported. <br />
<br />
There are additional xml tags that can be used, to see more example content export a few pages from a wiki and review the XML for examples.</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4411Populating a mediawiki from tabular data2024-03-25T04:04:48Z<p>Ttenbergen: </p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.<br />
<br />
Mediawiki import/export files are of the following basic XML structure: <br />
<mediawiki><br />
<page><title>mypagetitle</title><br />
<revision><br />
<text xml:space="preserve"> the content of my page <br />
</text><comment>Imported content</comment> <br />
</revision> <br />
</page><br />
</mediawiki><br />
<br />
So, the xml for one page can be created by putting a adding a first, third and fifth column with the xml tags. <br />
{| class="wikitable"<br />
|-<br />
| <page><title> || the title || </title><revision><text xml:space="preserve"> || page content || </text><comment>Imported content</comment></revision></page><br />
|}<br />
The title and the page content can then be generated via excel formula from other columns if needed. <br />
<br />
These lines are pasted into a text file, between the <code><mediawiki></code> and <code></mediawiki></code> tags. That file can then be imported to the wiki via Special Pages, Import pages. A bug on that page means that you have to enter some text into the "interwiki prefix" line or nothing will be imported. <br />
<br />
There are additional xml tags that can be used, to see more example content export a few pages from a wiki and review the XML for examples.</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4410Populating a mediawiki from tabular data2024-03-25T03:51:56Z<p>Ttenbergen: </p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.<br />
<br />
Mediawiki import/export files are of the following basic XML structure: <br />
<mediawiki><br />
<page><title>mypagetitle</title><br />
<revision><br />
<text xml:space="preserve"> the content of my page <br />
</text><comment>Imported content</comment> <br />
</revision> <br />
</page><br />
</mediawiki><br />
<br />
So, the xml for one page can be created by putting a adding a first, third and fifth column with the xml tags. <br />
{| class="wikitable"<br />
|-<br />
| <page><title> || the title || </title><revision><text xml:space="preserve"> || page content || </text><comment>Imported content</comment></revision></page><br />
|}<br />
The title and the page content can then be generated via excel formula from other columns if needed. <br />
<br />
These lines are pasted into a text file, between the <code><mediawiki></code> and xxx tags. That file can then be imported to the wiki via Special Pages, Import pages. A bug on that page means that you have to enter some text into the "interwiki prefix" line or nothing will be imported. <br />
<br />
There are additional xml tags that can be used, to see more example content export a few pages from a wiki and review the XML for examples.</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4409Populating a mediawiki from tabular data2024-03-25T03:31:54Z<p>Ttenbergen: </p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.<br />
<br />
Mediawiki import/export files are of the following basic XML structure: <br />
<mediawiki><br />
<page><title>mypagetitle</title><br />
<revision><br />
<text xml:space="preserve"> the content of my page <br />
</text><comment>Imported content</comment> <br />
</revision> <br />
</page><br />
</mediawiki></div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Populating_a_mediawiki_from_tabular_data&diff=4408Populating a mediawiki from tabular data2024-03-25T02:22:53Z<p>Ttenbergen: Created page with "{{TidBit |shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet |skillSet=Mediawiki |featured=Yes }} When you first set up a new Mediawiki it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. To make best use of the wiki you will want one pag..."</p>
<hr />
<div>{{TidBit<br />
|shortDescription=Get data into a mediawiki from tabular format such as a spreadsheet<br />
|skillSet=Mediawiki<br />
|featured=Yes<br />
}}<br />
<br />
When you first set up a new [[Mediawiki]] it is a good idea to populate it with some starting content that uses templates. Sometimes data that needs to go on the wiki is available in tabular form. For example, you may have a spreadsheet to track tools and you want to add this to the wiki. <br />
<br />
To make best use of the wiki you will want one page per tool, so you can add all the structured data you want, but also add as much free text as you want. This means you need to add one page per line of spreadsheet, and there could be hundreds of lines. <br />
<br />
In this scenario I will often create a new column and use excel functions to generate text of the same format as the XML files generated by an export from Mediawiki. This file can then be imported into the wiki.</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Sawstop_Industrial_Cabinet_Saw&diff=4407Sawstop Industrial Cabinet Saw2024-03-19T17:59:07Z<p>Ttenbergen: </p>
<hr />
<div>https://www.sawstop.com/support/saw-type-ics/manuals/<br />
<br />
* [https://www.sawstop.com/wp-content/uploads/2021/10/Manual_ICS_Pre-Dust_Upgrades.pdf manual]<br />
<br />
== Log ==<br />
* 2024-03-19 - height and angle adjustment lubricated, table stoned,</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Sawstop_Industrial_Cabinet_Saw&diff=4405Sawstop Industrial Cabinet Saw2024-03-18T21:18:09Z<p>Ttenbergen: Created page with "https://www.sawstop.com/support/saw-type-ics/manuals/ * [https://www.sawstop.com/wp-content/uploads/2021/10/Manual_ICS_Pre-Dust_Upgrades.pdf manual]"</p>
<hr />
<div>https://www.sawstop.com/support/saw-type-ics/manuals/<br />
<br />
* [https://www.sawstop.com/wp-content/uploads/2021/10/Manual_ICS_Pre-Dust_Upgrades.pdf manual]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Vinyl_cutter&diff=4404Vinyl cutter2024-03-12T20:15:27Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = Graphtec Plotter Cutter FC8000-130 |<br />
serial = xxx |<br />
consumables = <br />
* Cross-cut blade: [https://www.interwesttools.com/products/graphtec-cross-cutter-blade-ct01h?_pos=1&_sid=f0e8712b3&_ss=r CT01H] <br />
* 51407-144 cutting mat|<br />
workEnvelope = xxx |<br />
manual = https://www.graphtecamerica.com/cp-download-fc8000-1 |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
== Work Flow ==<br />
See https://northforge.ca/community/wp-content/uploads/2024/01/21.-Vinyl-Cutter-SWP.pdf <br />
<br />
==Material==<br />
Fill out sheet in the vinyl area; if out of anything, send slack msg to consumables<br />
<br />
* '''Intermediate''': Only 2.5 mils thick, ORACAL 651 offers six-year outdoor durability<br />
** Force: 24<br />
* '''Exhibition''': intermediate 3-year film removes cleanly and easily for up to 2 years after application and has a matte surface<br />
<br />
<br />
[[Category: Toolbox]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Roland_TrueVIS_VG3-540_printer&diff=4403Roland TrueVIS VG3-540 printer2024-03-12T20:09:00Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = xxx |<br />
serial = xxx |<br />
consumables = <br />
* [https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories Inks etc]<br />
* [https://dgastore.rolanddga.com/45-degree-3-25-offset-premium-blade-2-ea-standard-zec--u5032 ZEC-U5032 longer life Blade] (ZEC-U5025 has half the life expectancy)<br />
* [https://dgastore.rolanddga.com/pad-cleaner-d-vg-640-1000014464 tray pad]<br />
* [https://dgastore.rolanddga.com/wiper-head-vg-640-1000014754 wiper]<br />
|<br />
workEnvelope = 54" wide|<br />
manual = <br />
Manual: https://365rolanddgnam.sharepoint.com/:b:/s/Dealers/ERi7Nka0BMhBjfHXSMejoJwBiAmNvFsmmXSszTsFIVFePw|<br />
photo = filename | <br />
northForge=No<br />
}}<br />
<br />
=== Printer ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter<br />
<br />
=== Ink ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories<br />
<br />
most recently bought from '''Ethan Ralph <eralph@polymershapes.com> '''<br />
<br />
"TR/TE ink for TrueVIS VG and SG Series will be discontinued by February 2021* due to its replacement by new and improved TR2/TE2 ink."</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Roland_TrueVIS_VG3-540_printer&diff=4402Roland TrueVIS VG3-540 printer2024-03-12T19:56:32Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = xxx |<br />
serial = xxx |<br />
consumables = <br />
Ink<br />
* https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories<br />
* [https://dgastore.rolanddga.com/pad-cleaner-d-vg-640-1000014464 tray pad]<br />
* [https://dgastore.rolanddga.com/wiper-head-vg-640-1000014754 wiper]<br />
|<br />
workEnvelope = 54" wide|<br />
manual = <br />
Manual: https://365rolanddgnam.sharepoint.com/:b:/s/Dealers/ERi7Nka0BMhBjfHXSMejoJwBiAmNvFsmmXSszTsFIVFePw|<br />
photo = filename | <br />
northForge=No<br />
}}<br />
<br />
=== Printer ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter<br />
<br />
=== Ink ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories<br />
<br />
most recently bought from '''Ethan Ralph <eralph@polymershapes.com> '''<br />
<br />
"TR/TE ink for TrueVIS VG and SG Series will be discontinued by February 2021* due to its replacement by new and improved TR2/TE2 ink."</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Roland_TrueVIS_VG3-540_printer&diff=4401Roland TrueVIS VG3-540 printer2024-03-12T19:11:28Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = xxx |<br />
serial = xxx |<br />
consumables = <br />
Ink<br />
* https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories<br />
|<br />
workEnvelope = 54" wide|<br />
manual = <br />
Manual: https://365rolanddgnam.sharepoint.com/:b:/s/Dealers/ERi7Nka0BMhBjfHXSMejoJwBiAmNvFsmmXSszTsFIVFePw|<br />
photo = filename | <br />
northForge=No<br />
}}<br />
<br />
=== Printer ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter<br />
<br />
=== Ink ===<br />
https://www.rolanddga.com/products/printers/truevis-vg3-series-printer-cutter/accessories<br />
<br />
most recently bought from '''Ethan Ralph <eralph@polymershapes.com> '''<br />
<br />
"TR/TE ink for TrueVIS VG and SG Series will be discontinued by February 2021* due to its replacement by new and improved TR2/TE2 ink."</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=Vinyl_cutter&diff=4400Vinyl cutter2024-03-12T18:59:55Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = Graphtec Plotter Cutter FC8000-130 |<br />
serial = xxx |<br />
consumables = <br />
* Cross-cut blade: [https://www.interwesttools.com/products/graphtec-cross-cutter-blade-ct01h?_pos=1&_sid=f0e8712b3&_ss=r CT01H] |<br />
workEnvelope = xxx |<br />
manual = https://www.graphtecamerica.com/cp-download-fc8000-1 |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
== Work Flow ==<br />
See https://northforge.ca/community/wp-content/uploads/2024/01/21.-Vinyl-Cutter-SWP.pdf <br />
<br />
==Material==<br />
Fill out sheet in the vinyl area; if out of anything, send slack msg to consumables<br />
<br />
* '''Intermediate''': Only 2.5 mils thick, ORACAL 651 offers six-year outdoor durability<br />
** Force: 24<br />
* '''Exhibition''': intermediate 3-year film removes cleanly and easily for up to 2 years after application and has a matte surface<br />
<br />
<br />
[[Category: Toolbox]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=HP_DesignJet_800ps&diff=4399HP DesignJet 800ps2024-03-12T18:46:55Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = HP DesignJet 800ps Factory Mordel C7780B (or C) |<br />
serial = SG49M8201C |<br />
consumables = . <br />
* NF provided<br />
* [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright%2BWhite&qid=1709674875&s=office&sprefix=hp%2B42in%2Bx%2B150ft%2Blarge%2Bformat%2Bbright%2Bwhite%2Coffice-products%2C136&sr=1-1&th=1 42" HP paper] <br />
* Ink Cartridges <br />
** Black 10 C4844A<br />
** Cyan 82 C4911A<br />
** Yellow 82 C4913A<br />
** Magenta 82 C4912A<br />
* Printheads <br />
** Black 11 C4810A<br />
** Cyan C4811A<br />
** Yellow C4813A<br />
** Magenta C4812A|<br />
workEnvelope = 42" wide |<br />
manual = https://support.hp.com/ca-en/product/setup-user-guides/hp-designjet-800-printer-series/25302 |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=HP_DesignJet_800ps&diff=4398HP DesignJet 800ps2024-03-12T18:43:55Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = HP DesignJet 800ps Factory Mordel C7780B (or C) |<br />
serial = SG49M8201C |<br />
consumables = . <br />
* NF provided<br />
* [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright%2BWhite&qid=1709674875&s=office&sprefix=hp%2B42in%2Bx%2B150ft%2Blarge%2Bformat%2Bbright%2Bwhite%2Coffice-products%2C136&sr=1-1&th=1 42" HP paper] <br />
* Ink Cartridges <br />
** Black 10 C4844A<br />
** Cyan 82 C4911A<br />
** Yellow 82 C4913A<br />
** Magenta 82 C4912A<br />
* Printheads <br />
** Black 11 C4810A<br />
** Cyan C4811A<br />
** Yellow C4813A<br />
** Magenta C4812A<br />
* Cross-cut blade: PM-CC-002|<br />
workEnvelope = 42" wide |<br />
manual = https://support.hp.com/ca-en/product/setup-user-guides/hp-designjet-800-printer-series/25302 |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=HP_DesignJet_800ps&diff=4397HP DesignJet 800ps2024-03-08T16:11:07Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = HP DesignJet 800ps Factory Mordel C7780B (or C) |<br />
serial = SG49M8201C |<br />
consumables = . <br />
* NF provided<br />
* [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright%2BWhite&qid=1709674875&s=office&sprefix=hp%2B42in%2Bx%2B150ft%2Blarge%2Bformat%2Bbright%2Bwhite%2Coffice-products%2C136&sr=1-1&th=1 42" HP paper] <br />
* Ink Cartridges <br />
** Black 10 C4844A<br />
** Cyan 82 C4911A<br />
** Yellow 82 C4913A<br />
** Magenta 82 C4912A<br />
* Printheads <br />
** Black 11 C4810A<br />
** Cyan C4811A<br />
** Yellow C4813A<br />
** Magenta C4812A|<br />
workEnvelope = 42" wide |<br />
manual = https://support.hp.com/ca-en/product/setup-user-guides/hp-designjet-800-printer-series/25302 |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=HP_DesignJet_800ps&diff=4396HP DesignJet 800ps2024-03-08T16:03:47Z<p>Ttenbergen: </p>
<hr />
<div>{{PhysicalTool|<br />
model = HP DesignJet 800ps Factory Mordel C7780B (or C) |<br />
serial = SG49M8201C |<br />
consumables = NF provided, [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright%2BWhite&qid=1709674875&s=office&sprefix=hp%2B42in%2Bx%2B150ft%2Blarge%2Bformat%2Bbright%2Bwhite%2Coffice-products%2C136&sr=1-1&th=1 42" HP paper] |<br />
workEnvelope = 42" wide |<br />
manual = https://support.hp.com/ca-en/product/setup-user-guides/hp-designjet-800-printer-series/25302 |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=HP_DesignJet_800ps&diff=4395HP DesignJet 800ps2024-03-08T16:02:26Z<p>Ttenbergen: Created page with "{{PhysicalTool| model = HP DesignJet 800ps Factory Mordel C7780B (or C) | serial = SG49M8201C | consumables = NF provided, [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright..."</p>
<hr />
<div>{{PhysicalTool|<br />
model = HP DesignJet 800ps Factory Mordel C7780B (or C) |<br />
serial = SG49M8201C |<br />
consumables = NF provided, [https://www.amazon.ca/HP-Format-Universal-Discontinued-Manufacturer/dp/B000092T0C/ref=sr_1_1?crid=15S6AB6F8CRC9&dib=eyJ2IjoiMSJ9.wvwegaX6JXpoqRXGfGG-adZgZTL4aBUWl1pH09QpVRZ0M79LIUsI9Olkf8GsfviLOpKrA4Fe2IJjVAEkz65eTMnaRlNRfAVI5G7azyWi8lY.n6Jy0cmU2Q9yBzgbACbYejz4j_LMEOGsu7YT02qf1BE&dib_tag=se&keywords=HP%2B42in%2BX%2B150ft%2BLarge%2BFormat%2BBright%2BWhite&qid=1709674875&s=office&sprefix=hp%2B42in%2Bx%2B150ft%2Blarge%2Bformat%2Bbright%2Bwhite%2Coffice-products%2C136&sr=1-1&th=1 42" HP paper] |<br />
workEnvelope = 42" wide |<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=National_U6_4812_Brake&diff=4391National U6 4812 Brake2024-03-05T16:56:12Z<p>Ttenbergen: </p>
<hr />
<div> {{PhysicalTool|<br />
model = National U6 4812 Brake |<br />
serial = xxx |<br />
consumables = xxx |<br />
workEnvelope = <br />
* (Yield Strength 30,000 lbs. @ rated capacity) <br />
* Mild Steel: 12 Gauge: 2.7mm<br />
* Stainless Steel: 16 Gauge: 1.6mm <br />
* Finger width: 2"<br />
* Maximum Depth of Box: 6" <br />
* Bending Length: 49"/1245mm<br />
|<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
https://www.trick-tools.com/National_4_foot_Heavy_Duty_Box_and_Pan_Brake_12_gauge_U6_4812_1037</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=National_U6_4812_Brake&diff=4390National U6 4812 Brake2024-03-05T16:54:54Z<p>Ttenbergen: </p>
<hr />
<div> {{PhysicalTool|<br />
model = National U6 4812 Brake |<br />
serial = xxx |<br />
consumables = xxx |<br />
workEnvelope = <br />
* (Yield Strength 30,000 lbs. @ rated capacity) <br />
* Mild Steel: 12 Gauge: 2.7mm<br />
* Stainless Steel: 16 Gauge: 1.6mm <br />
* Finger width: 2"<br />
* Maximum Depth of Box: 4"/102mm <br />
* Bending Length: 49"/1245mm<br />
|<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
https://www.trick-tools.com/National_4_foot_Heavy_Duty_Box_and_Pan_Brake_12_gauge_U6_4812_1037</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=National_U6_4812_Brake&diff=4389National U6 4812 Brake2024-03-05T16:54:28Z<p>Ttenbergen: Created page with " {{PhysicalTool| model = National U6 4812 Brake | serial = xxx | consumables = xxx | workEnvelope = * (Yield Strength 30,000 lbs. @ rated capacity) * Mild Steel: 12 Gauge: 2.7mm * Stainless Steel: 16 Gauge: 1.6mm * Finger width: 2" * Maximum Depth of Box: 4"/102mm * Bending Length: 49"/1245mm | manual = xxx | photo = filename | northForge=Yes }}"</p>
<hr />
<div> {{PhysicalTool|<br />
model = National U6 4812 Brake |<br />
serial = xxx |<br />
consumables = xxx |<br />
workEnvelope = <br />
* (Yield Strength 30,000 lbs. @ rated capacity) <br />
* Mild Steel: 12 Gauge: 2.7mm<br />
* Stainless Steel: 16 Gauge: 1.6mm <br />
* Finger width: 2"<br />
* Maximum Depth of Box: 4"/102mm <br />
* Bending Length: 49"/1245mm<br />
|<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=National_NH5212_Hydraulic_Shear&diff=4388National NH5212 Hydraulic Shear2024-03-04T22:13:15Z<p>Ttenbergen: </p>
<hr />
<div> <br />
{{PhysicalTool|<br />
model = National NH5212 Hydraulic Shear |<br />
serial = xxx |<br />
consumables = xxx |<br />
workEnvelope = <br />
* Mild Steel: 12 Gauge: 2.7mm<br />
* Stainless Steel: 16 Gauge: 1.6mm Mild Steel<br />
* Cutting Length: 52"<br />
|<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
<br />
http://www.national-1.com/hydraulicshears.php</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=National_NH5212_Hydraulic_Shear&diff=4387National NH5212 Hydraulic Shear2024-03-04T22:10:39Z<p>Ttenbergen: Created page with " {{PhysicalTool| model = National NH5212 Hydraulic Shear | serial = xxx | consumables = xxx | workEnvelope = * Mild Steel: 12 Gauge: 2.7mm * Stainless Steel: 16 Gauge: 1.6mm Mild Steel * Cutting Length: 48" | manual = xxx | photo = filename | northForge=Yes }} http://www.national-1.com/hydraulicshears.php"</p>
<hr />
<div> <br />
{{PhysicalTool|<br />
model = National NH5212 Hydraulic Shear |<br />
serial = xxx |<br />
consumables = xxx |<br />
workEnvelope = <br />
* Mild Steel: 12 Gauge: 2.7mm<br />
* Stainless Steel: 16 Gauge: 1.6mm Mild Steel<br />
* Cutting Length: 48"<br />
|<br />
manual = xxx |<br />
photo = filename | <br />
northForge=Yes<br />
}}<br />
<br />
<br />
http://www.national-1.com/hydraulicshears.php</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=North_Forge_Fabrication_Lab&diff=4386North Forge Fabrication Lab2024-03-04T22:00:57Z<p>Ttenbergen: /* Tools at North Forge */</p>
<hr />
<div>[https://northforge.ca/services-for-business/fabrication-lab/ North Forge Fabrication Lab] is a membership-based shop in the Exchange District. We hold a membership there, which gives us access to many tools. <br />
<br />
=== [[Projects]] done at North Forge ===<br />
{{ProjectGallery|1=Project.northForge=1}} <!-- the 1 as the parameter name means the "=" later doesn't break the template --><br />
<br />
=== Tools at North Forge ===<br />
{{To Do | Add list of tools query, but for that I need to fix up tools in general first... }}<br />
* [[National NH5212 Hydraulic Shear]] - www.national-1.com<br />
* [[National U6 4812 Brake]] - serial 107-0414 Gauge 12<br />
* [[TIG Welder]]<br />
* [[FRED]]<br />
* [[Baileigh PL-1340E-1.0 Lathe]]<br />
* [[PowerFist 3460015 Metal Cutting Band Saw]]<br />
* [[Little sandblaster]] and [[PowerFist Floor Model Sandblaster]]<br />
* [[Tormach 1100 Personal CNC]]<br />
* [[Ironworker Iroquois SPP40/75]]<br />
* [[Induction Forge]]<br />
<br />
<br />
<br />
[[Category:North Forge Fabrication Lab | *]]</div>Ttenbergenhttps://wiki.squirrelslair.ca/index.php?title=North_Forge_Fabrication_Lab&diff=4385North Forge Fabrication Lab2024-03-04T21:28:00Z<p>Ttenbergen: /* Tools at North Forge */</p>
<hr />
<div>[https://northforge.ca/services-for-business/fabrication-lab/ North Forge Fabrication Lab] is a membership-based shop in the Exchange District. We hold a membership there, which gives us access to many tools. <br />
<br />
=== [[Projects]] done at North Forge ===<br />
{{ProjectGallery|1=Project.northForge=1}} <!-- the 1 as the parameter name means the "=" later doesn't break the template --><br />
<br />
=== Tools at North Forge ===<br />
{{To Do | Add list of tools query, but for that I need to fix up tools in general first... }}<br />
* [[National NH5212 Hydraulic Shear]] - www.national-1.com<br />
* [[NAtional U6 4812 Brake]] - serial 107-0414 Gauge 12<br />
* [[TIG Welder]]<br />
* [[FRED]]<br />
* [[Lathe]]<br />
* [[PowerFist 3460015 Metal Cutting Band Saw]]<br />
* [[Little sandblaster]] and [[PowerFist Floor Model Sandblaster]]<br />
* [[Tormach 1100 Personal CNC]]<br />
* [[Ironworker Iroquois SPP40/75]]<br />
* [[Induction Forge]]<br />
<br />
<br />
<br />
[[Category:North Forge Fabrication Lab | *]]</div>Ttenbergen