GICLWiki - User contributions [en]

Group 10 - Kodak Flash Camera

2007-12-06T17:50:01Z

J Kopena: Testing again...

== '''Executive Summary''' ==

{| border="0" cellpadding="2"
|-
|Our group was assigned to analyze the Kodak zoom disposable camera. Aspects of the camera that we were asked to examine include overall design concept, specific components and their respective functions and features, materials and manufacturing processes used, and develop possible design improvements. Before disassembly began, our group identified the purpose of the camera and made assumptions of how it works. We then tested the camera to see if it worked, predicted how many components make up the complete device, and how many different materials were used. During the disassembly every removed piece and tool used was recorded. The internal pieces of the camera were already numbered- we assumed they were used for assembling the camera at the manufacturing factory. Disassembly of the camera took approximately one hour, while reassembly took only about half an hour. The camera was primarily composed of plastic- with a few small metal and electronic components. Plastic is an excellent material to be used for a one-time use camera because it is inexpensive and can be easily recycled and reused.
|[[Image:kodakzoom10.jpg|325 px]]
|-
|}

----

== '''Introduction''' ==

The purpose of the Kodak disposable camera is to capture photographs in a cheap, convenient, and affordable way. The camera has a flash feature so photographs can be taken in low light situations, and zoom for pictures taken at a distance.

----

== '''Research Group Members''' ==

[[Alex Finkel]]

[[Jordan Gomes]]

[[Kyle Greenzweig]]

[[Brian Hamilton]]

[[Melissa Maze]]

----

== '''Before Disassembly''' ==

Chemical energy from battery- into electrical

Mechanical energy for the user- (pushing buttons, turning knobs)

Chemical reaction- film with light exposure

Flash capacitor- charge it so it will work

Product worked properly.

Initial assumption- product is made up of at least 25 parts.

Multiple types of plastic- clear, black, gray

----

== '''Disassembly Procedure''' ==

First we removed the stickers from back cover with our fingernails.

Then we pried off back cover with small screwdriver and a pocket knife.

We removed the battery.

We removed the film and winding spool and rolled up the film.

We then pried off front cover with the small screwdriver.

We then began working on the front of the camera. We removed the flat metal spring that holds part 5, the double lens toggle. We removed part 5.

We then popped off the little coil spring that hooks part 9, the plate that the double lens toggle mounts on, to part 1, which is a black connecting piece.

Once the spring was off parts 1 and 12 fell off. Part 12 is a connecting rod.

We then took off the tiny copper spring that connects the shutter to a fixed point on the circuit board.

We then began working on the top of the camera. We took off part 9, which is clear plastic; and then took off part 16, which is a gray plastic part.

Then we took the "number of pictures remaining" wheel off, the winding wheel, the winding cam, and part 32, which connects the cam to the winding wheel.

Next we took the copper brace that holds part 4, the viewing lens in place. We removed part 4.

We then took off a blue plastic piece that was also labeled 9, that was underneath the viewing lens.

We then went back to the front of the camera and pried off part 9, the toggle zoom plate, with the small screwdriver and a pocket knife.

Then part 2, the big gray zoom lever arm, and the shutter fell off.

We then removed part -1, the shutter lever which is blue plastic, and the spring that holds it.

Part 101, the little winding gear fell out then. When re-assembling, this piece will be held on by the winding cam. It simply didn't fall off until now.

We then pried off the circuit board with the little screwdriver and a pocket knife.

We popped off the little plastic insert in the back of the camera and a little metal lever in the front and then the only thing remaining was the plastic frame.

We met in Furnas 621 at 11:00 AM on Friday, October 12, 2007.

The only tools used were a small screw driver and a pocket knife, and we only used them when we had to pry something off.

It took only one hour to take the camera apart and then study it and put some of the parts together again to see how they fit together, as most of the time things were just falling off.

----

== '''Post Disassembly- Component Analysis''' ==
{| border="0" cellpadding="2"
|-
|[[Image:10zoomcamerakodak.jpg|500px]]
|[[Image:Camera320dissected.jpg|500px]]
|-
|[[Image:659391149-Picture20005-1.jpg|500px]]
|[[Image:10picturekodak.jpg|500px]]
|}
----

== '''Reassembly''' ==

----

== '''Post Reassembly''' ==

----

== '''Refrences and Outside Links''' ==
[http://www.kodak.com/eknec/PageQuerier.jhtml?pq-path=1026/1051&pq-locale=en_US KODAK Zoom Single Use Camera]
----

Are page saves working again???

Group 32 - Ryobi Palm Sander

2007-12-06T17:35:37Z

J Kopena: More Testing

= '''Ryobi Corner Cat Finish Sander''' =

== Executive Summary ==

The purpose of our project is to analyze the function and design of a Ryobi Corner Cat Finish Sander. We will first walk through the disassembly of the product step by step in order to discover each component's design and how it fits with the final product.
yea, i'm pretty sure we can edit stuff now

== Introduction ==

The Ryobi Corner Cat Finish Sander is used for light, detailed sanding. It runs on 120V AC power at a speed of 12,000 orbits per minutes. It features an ergonomic comfort grip, a dust bag, triangular pad design, and velcro for easy removal of sandpaper.

Our group consisted of...
: Greg Cummings: oral presentation
: Anthony Wasch: oral presentation
: Rick Hills: written presentation
: Jeff Ackerman: written presentation
: Jonathan Loebel: CAD drawings
(All members contributed to the assembly and disassembly process)

== Before Disassembly ==

*Initially, we believed the Ryobi Corner Cat was used for sanding and polishing wood and other surfaces.
*We thought it worked by converting electrical AC power from an outlet into mechanical energy using a motor.
*We assumed the vibration was due to a rotating weight much like the ones in cell phones or gaming controllers.
*It sounded much like a vacuum and the presence of a dustbag meant that there was a suction component involved within the sander.
*We estimated that the sander contained 37 components all made of either plastic, rubber, aluminum, copper, canvas or velcro.

== Disassembly Procedure ==

{| border="1" cellspacing="0" cellpadding="5" align="center"
! width="40" | Step #
! width="300" | Process
! width="150" | Tool Used
! width="150" | Difficulty
|-
| align="center" | 1
| align="center" |Removed top (3 screws)
| align="center" | Philips Head Screwdriver / Hands
| align="center" | easy
|-
| align="center" |2
| align="center" |Unscrewed 2 inside screws
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |3
| align="center" |Unscrewed casing (4 screws)
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |4
| align="center" |Removed 2 screws near the top
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |5
| align="center" |Removed bottom plate (5 screws)
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |6
| align="center" |Removed inner bottom plate (4 small screws)
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |7
| align="center" |Removed 3rd tier of bottom screws
| align="center" |Philips Head Screwdriver
| align="center" |easy
|-
| align="center" |8
| align="center" |Removed half of the casing
| align="center" |Hands
| align="center" |easy
|-
| align="center" |9
| align="center" |Removed interior supports
| align="center" |Hands
| align="center" |easy
|-
| align="center" |10
| align="center" |Removed motor from casing
| align="center" |Hands
| align="center" |easy
|-
|}

== After Disassembly ==
=== Part Table ===
{| border="1" cellspacing="0" cellpadding="5" align="center"
! width="30" | Part #
! width="150" | Part Name
! width="50" | Quantity
! width="150" | Material
! width="200" | Function
! width="200" | Reason for Shape
! width="150" | Manufacturing Process
! width="100" | Image
|-
| align="center" | 1
| align="center" | Top Screws
| align="center" | 3
| align="center" | Steel for durability
| align="center" | Fastening top
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:topscrews.jpg|center|thumb|75px]]
|-
| align="center" | 2
| align="center" | Inside Top Screws
| align="center" | 4
| align="center" | Steel
| align="center" |
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:insidetopscrews.jpg|center|thumb|75px]]
|-
| align="center" | 3
| align="center" | Side Panel Screws
| align="center" | 4
| align="center" | Steel
| align="center" | Fastening sides together
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:sidepanelscrews.jpg|center|thumb|75px]]
|-
| align="center" | 4
| align="center" | Bottom Screws
| align="center" | 5
| align="center" | Steel
| align="center" | Fastening bottom
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:bottomscrews.jpg|center|thumb|75px]]
|-
| align="center" | 5
| align="center" | Inside Bottom Screws
| align="center" | 4
| align="center" | Steel
| align="center" |
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:insidebottomscrews.jpg|center|thumb|75px]]
|-
| align="center" | 6
| align="center" | Third Tier Bottom Screws
| align="center" | 2
| align="center" | Steel
| align="center" |
| align="center" | Threaded for fastening
| align="center" | Machined
| [[Image:thirdtierbottomscrews.jpg|center|thumb|75px]]
|-
| align="center" | 7
| align="center" | Case
| align="center" | 2
| align="center" | ABS Plastic for light weight, cost, ergonomics
| align="center" | Holds all components together, allows for air flow
| align="center" | To fit components, aesthetics, air flow for cooling and dust collector
| align="center" | Injection-Molded
| [[Image:case.jpg|center|thumb|75px]]
|-
| align="center" | 8
| align="center" | Top
| align="center" | 1
| align="center" | Rubber for grip, ergonomics
| align="center" | Facilitates grip, reduces vibration transfered to user
| align="center" | Curved and ribbed on sides for grip
| align="center" | Injection-Molded
| [[Image:top.jpg|center|thumb|75px]]
|-
| align="center" | 9
| align="center" | Dust Collector
| align="center" | 1
| align="center" | Canvas and ABS Plastic for dust collection, durability
| align="center" | Collecting dust during sanding operation
| align="center" | Space for collecting dust
| align="center" | Injection-Molded (ABS Plastic) and Sewn (Canvas)
| [[Image:dustcollector.jpg|center|thumb|75px]][[Image:insidedustcollector.jpg|center|thumb|75px]]
|-
| align="center" | 10
| align="center" | Bottom Cover
| align="center" | 1
| align="center" | ABS Plastic
| align="center" | Protecting Velcro pad while not in use and doubles as a sandpaper punch to maintain sandpaper shape
| align="center" | Fits iron-shaped Velcro pad and punches sandpaper for extended use
| align="center" | Injection-Molded
| [[Image:bottomcover.jpg|center|thumb|75px]]
|-
| align="center" | 11
| align="center" | Velcro Pad
| align="center" | 1
| align="center" | Velcro Sheet for easy fastening
| align="center" | Fastening included sandpaper/scrubbing pads for sanding/polishing using Velcro
| align="center" | Iron-shaped for flat sanding on wide back and fine sanding on tip and Velcro surface to easily affix sandpaper/scrubbing pads
| align="center" | Manufactured
| [[Image:velcropad.jpg|center|thumb|75px]]
|-
| align="center" | 12
| align="center" | Bottom Piece
| align="center" | 1
| align="center" | ABS Plastic
| align="center" | Attaching Velcro pad, allow fan to pump dust through pad to dust collector, transmit mechanical vibration to Velcro pad and sandpaper
| align="center" | Holes to allow dust to travel through, fits form of case while allowing for vibration, fits iron-shaped Velcro pad, and has a slot for shaft to transmit vibration from the motor
| align="center" | Injection-Molded
| [[Image:bottompiece.jpg|center|thumb|75px]][[Image:makeonepiece.jpg|center|thumb|75px]]
|-
| align="center" | 13
| align="center" | Fan Housing
| align="center" | 1
| align="center" | ABS Plastic
| align="center" | Funneling dust pumped up by fan to dust collector, separating components, and providing support for structure
| align="center" | Fits case to support it and has a large hole to allow dust to travel through
| align="center" | Injection-Molded
| [[Image:fanhousing.jpg|center|thumb|75px]][[Image:fanhousing2.jpg|center|thumb|75px]]
|-
| align="center" | 14
| align="center" | Plastic Supports
| align="center" | 2
| align="center" | ABS Plastic
| align="center" | Fastening the Bottom Piece to the case during operation
| align="center" | Plastic supports fit tightly, strongly affixing the Bottom Piece to the case, and are good at absorbing vibration with their rib-like structure
| align="center" | Injection-Molded
| [[Image:plasticsupports.jpg|center|thumb|75px]][[Image:plasticsupports2.jpg|center|thumb|75px]]
|-
| align="center" | 15
| align="center" | Switch
| align="center" | 1
| align="center" | ABS Plastic
| align="center" | Click the switch connected to the cord inside, which closes the circuit and sends AC power to the motor
| align="center" | Fits into side within finger reach for one-handed use
| align="center" | Injection-Molded
| [[Image:plasticswitch.jpg|center|thumb|75px]]
|-
| align="center" | 16
| align="center" | Cord
| align="center" | 1
| align="center" | Copper and Plastic
| align="center" | Transmits AC electric power to motor and when the switch is closed
| align="center" | Electric wires are insulated by plastic and the long length allows for use further from outlet
| align="center" | Manufactured
| [[Image:cord.jpg|center|thumb|75px]]
|-
| align="center" | 17
| align="center" | Stator
| align="center" | 1
| align="center" | Cast Iron, Copper, Plastic
| align="center" | Coils supplied with AC current produce a rotating magnetic field causing the rotor to rotate
| align="center" | Surrounds the rotor to create a rotating magnetic field around it
| align="center" | Machined
| [[Image:stator1.jpg|center|thumb|75px]][[Image:stator2.jpg|center|thumb|75px]]
|-
| align="center" | 18
| align="center" | Rotor
| align="center" | 1
| align="center" | Cast Iron, Steel, Copper, Plastic
| align="center" | The rotor is attached to the slightly offset and weighted output shaft that is given torque by the rotating magnetic field, creating non-symmetrical motion at high speeds which causes the bottom piece and Velcro pad to vibrate when connected; the fan at the bottom sucks dust through the holes in the bottom piece and Velcro pad to the dust collector and helps cool the motor by promoting air flow
| align="center" | Slightly offset and weighted on one side of the fan to produce asymmetrical rotation and create vibration; fan shape
| align="center" | Machined
| [[Image:rotor1.jpg|center|thumb|75px]][[Image:rotor2.jpg|center|thumb|75px]][[Media:rotor.avi|First video of Rotor]], [[Media:rotor1.avi|Second video of Rotor]]
|-
|}

=== Accessories ===
{| border="1" cellspacing="0" cellpadding="5" align="center"
! width="150" | Type
! width="50" | Quantity
! width="200" | Recommended Use
! width="100" | Image
|-
| align="center" | Heavy-Duty Scrubbing Pad
| align="center" | 1
| align="center" | Paint and rust removal
| [[Image:heavyscrubbingpad.jpg|center|thumb|75px]]
|-
| align="center" | Light Scrubbing Pad
| align="center" | 1
| align="center" | Light scrubbing and cleaning
| [[Image:lightscrubbingpad.jpg|center|thumb|75px]]
|-
| align="center" | Polishing Pad
| align="center" | 1
| align="center" | Polishing
| [[Image:polishingpad.jpg|center|thumb|75px]]
|-
| align="center" | 60-Grit Sanding Sheet
| align="center" | 2
| align="center" | Coarse sanding
| [[Image:60grit.jpg|center|thumb|75px]]
|-
| align="center" | 120-Grit Sanding Sheet
| align="center" | 3
| align="center" | Light sanding
| [[Image:120grit.jpg|center|thumb|75px]]
|-
| align="center" | 240-Grit Sanding Sheet
| align="center" | 2
| align="center" | Finish sanding
| [[Image:240grit.jpg|center|thumb|75px]]
|}

== Assembly ==

{| border="1" cellspacing="0" cellpadding="5" align="center"
! width="30" | Step #
! width="150" | Process
! width="150" | Tool Used
! width="150" | Difficulty
|-
| align="center" | 1
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |2
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |3
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |4
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |5
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |6
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |7
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |8
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |9
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |10
| align="center" |
| align="center" |
| align="center" |
|-
| align="center" |11
| align="center" |
| align="center" |
| align="center" |
|-
|}

== After Assembly ==

== References ==
http://en.wikipedia.org/wiki/Electric_motor#Components

*How an AC electric motor works

== Testing ===
Making some edits to see if I can...

User:MAE277G11

2007-12-06T17:33:24Z

J Kopena: Testing...

== Executive Summary ==
This project consisted of disassembling and reassembling the Ryobi Router. The router is a power tool that is designed to make cuts into wood or laminate bases. It is a cordless unit that runs on a 18 volt battery source (not supplied) and ultimately turns electrical energy into mechanical energy. The router was broken down into four major components: the clip-on cover, the plastic housing, the translucent base and finally the motor. Once we determined what the main components were, we then began the disassembly process, looking at each major component one at a time. From there, the major components were broken down into individual parts and were documented accordingly. Once fully disassembled, our group began to think about why the router was constructed the way it was. One of the main questions asked was "how do all of the components and individual parts work together to ensure that the product operates and stays together?" After thorough documentation of the disassembly, we reversed the process to reassemble the router. Since good notes were taken, this went quite smoothly. Once back together, we documented changes that we thought could be made and why. All in all, this project allowed us to see how and why the Ryobi router operates the way it does.

== Introduction ==
As mentioned before in the executive summary, our group disassembled the Ryobi router. It was a small portable device used for making cuts into wood or laminate surfaces. It operates on an 18 volt battery that is not supplied. It will not run on AC power as there was no power cord option with this unit. The motor generates 26,000 rpm when operating which allows for maximum power and less of a chance for the motor to get bogged down when cutting. Right from the beginning, we could tell that the unit was made primarily of plastic, although we were not sure what type until we disassembled the router. As far as the Group 11 members, John Kostadinov was the group leader and helped to assign parts and kept a watch over the entire project. Tom Consolazio contributed to some of the research and created the final presentation in which he also presented. George Stamatros helped to take photos of the unit before, during and after the assembly and helped in the disassembly and reassembly of the router. Mike Bednarz worked on the disassembly and reassembly of the router. He also documented steps needed to disassemble and reassemble the router. And finally Anthony Hussak also worked on the disassembly and reassembly of the router and helped to document components, materials used and steps for all of the process. He also aided in creating an outline presentation for Tom which covered basic facts needed for the presentation.

== Before Disassembly ==
Before the disassembly of the router, we guessed that it was made up of 10 to 15 components and had 5 to 6 different types of materials. We knew that it took an 18 volt battery for operation but we were unable to test the router to see if it worked since there was no battery. Overall, there was not much that could be done before the disassembly since this was a relatively small device that was not very complex in nature. Once assumptions were made, we took pictures of how it looked and then began a methodical approach to disassembly.

[[Image:Example.jpg]]

== Disassembly Process ==

== After Disassembly ==
[file:///C:/Documents%20and%20Settings/Alexandra/Desktop/MAE%20277%20Table%20for%20Project.htm]

== Reassembly ==

== Final Thoughts ==

Why isn't this page editing...?!?!?!

Double Chamber

2006-08-16T17:29:24Z

J Kopena:

{{drawings}}
{{CAD_Models}}
{{scanned}}

[[Image:DSCN0222.JPG|right|thumb|200px|Figure 1: Double Chamber Box]]

==Description==
Double Chamber machined and finished box with multiple drilled holes. It was spray painted for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Double Chamber Box - STP and Alibre 2D.zip|2D Packaged Files]]

''3D Models (Alibre AD_PRT, STP, IGS, STL, ACIS format)''

[[media:Double Chamber Box -3D models saved in STP, STL, ACIS, IGS, and Alibre.zip|3D Packaged Files]]

''Scans''

Gave to Dave

U-Shaped

2006-08-16T17:29:08Z

J Kopena:

{{drawings}}
{{CAD_Models}}
{{scanned}}

[[Image:DSCN0223.JPG|right|thumb|200px|Figure 1: U-Shaped Machine Piece]]
==Description==
U-shaped machined, finished box. It was spray painted and stenciled with numbers for ease of 3D scanning.

==Files==
''2D Drawings'' ''(Alibre AD_DRW and STP format)''

[[media:U Shaped Box -2D Packaged File.zip|2D Packaged Files]]

''3D Models (Alibre AD_PRT, ACIS, STP, STL, IGS format)''

[[media:U-Shaped Box - 3D Packaged File.zip|3D Packaged Files]]

''Scan Data (Zipped WRP format)''

Gave to Dave

U-Shaped

2006-08-16T17:28:59Z

J Kopena:

{{drawings}}
{{cad_models}}
{{scanned}}

[[Image:DSCN0223.JPG|right|thumb|200px|Figure 1: U-Shaped Machine Piece]]
==Description==
U-shaped machined, finished box. It was spray painted and stenciled with numbers for ease of 3D scanning.

==Files==
''2D Drawings'' ''(Alibre AD_DRW and STP format)''

[[media:U Shaped Box -2D Packaged File.zip|2D Packaged Files]]

''3D Models (Alibre AD_PRT, ACIS, STP, STL, IGS format)''

[[media:U-Shaped Box - 3D Packaged File.zip|3D Packaged Files]]

''Scan Data (Zipped WRP format)''

Gave to Dave

Multiple Chamber

2006-08-16T17:28:11Z

J Kopena:

{{drawings}}
{{CAD_Models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:28:04Z

J Kopena:

{{drawings}}
{{cad_models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:27:57Z

J Kopena:

{{drawings}}
{{cadmodels}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:27:51Z

J Kopena:

{{drawings}}
{{cad models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Template:CAD Models

2006-08-16T17:27:39Z

J Kopena:

<includeonly>[[Category:3D Models]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:3D Models]].''</noinclude>

Multiple Chamber

2006-08-16T17:27:08Z

J Kopena:

{{drawings}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Template:Drawings

2006-08-16T17:26:58Z

J Kopena:

<includeonly>[[Category:2D Drawings]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:2D Drawings]].''</noinclude>

Multiple Chamber

2006-08-16T17:26:13Z

J Kopena:

{{2d drawings}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:26:07Z

J Kopena:

{{2d drawing}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:25:55Z

J Kopena:

{{disassembly}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:25:42Z

J Kopena:

{{2D_drawings}}
{{3D_models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:25:31Z

J Kopena:

{{2D drawings}}
{{3D models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Multiple Chamber

2006-08-16T17:24:41Z

J Kopena:

{{2d drawings}}
{{3d models}}

[[Image:DSCN0226.JPG|right|thumb|200px|Figure 1: Multiple Chamber Box]]

==Description==
Multiple chamber machined and finished box with several cuts and tapped holes on both sides. It was spray painted white for ease of 3D scanning.

==Files==
''2D Drawings (Alibre AD_DRW, STP format)''

[[media:Multiple Chamber Box -2D in Step and Alibre.zip |2D Packaged Files]]

''3D Models (Alibre AD_PRT, STL, STP, IGS, ACIS format)''

[[media:Multiple Chamber Box - 3D Packaged File.zip|3D Packaged Files]]

Category:2D Drawings

2006-08-16T17:24:13Z

J Kopena:

These pages include 2D drawings.

Category:3D Models

2006-08-16T17:24:04Z

J Kopena:

These pages include 3D models.

Template:2D Drawings

2006-08-16T17:23:36Z

J Kopena:

<includeonly>[[Category:2D Drawings]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:2D Drawings]].''</noinclude>

Template:3D Models

2006-08-16T17:22:59Z

J Kopena:

<includeonly>[[Category:3D Models]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:3D Models]].''</noinclude>

Category:3D Scanner Data

2006-08-16T17:20:55Z

J Kopena:

These pages contain data generated using a 3D scanner.

Template:Scanned

2006-08-16T17:20:28Z

J Kopena:

<includeonly>[[Category:3D Scanner Data]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:3D Scanner Data]].''</noinclude>

MediaWiki:Sidebar

2006-08-16T16:34:18Z

J Kopena:

* navigation
** mainpage|mainpage
** special:categories|Categories
** recentchanges-url|recentchanges
** randompage-url|randompage

MediaWiki:Sidebar

2006-08-16T16:33:54Z

J Kopena:

MediaWiki:Sidebar

2006-08-16T16:33:07Z

J Kopena:

MediaWiki:Sidebar

2006-08-16T16:31:17Z

J Kopena:

MediaWiki:Sidebar

2006-08-16T16:30:25Z

J Kopena:

Kodak Waterproof One-Time-Use Camera

2006-08-16T16:21:44Z

J Kopena:

{{disassembly}}

[[Image:DSCN0166.JPG|right|thumb|300px|Figure 1: Fully assembled product]]

==Description==
This product is a one-time use disposable, waterproof camera manufactured by Kodak. It has 23 distinct parts with the majority being made of ABS Plastic and by injection molding.

== How It Works ==
The disposable camera is all mechanical with no electrical components (the exception is a camera with a flash, where a circuit board and battery are included, but that is not the case in this model).

When the photographer depresses the shutter button (which is actually just an extension of the "Viewfinder"), the button moves the "Shutter Lever" to one side, rotating the "Shutter" until the "Shutter Spring" forces the "Shutter Lever" to return to a halfway position. The "Shutter" cannot be rotated again until the "Shutter Lever" is reset. The "Shutter" remains open for only a fraction of a second, as the "Shutter Spring" retracts it as soon as the "Shutter Lever" passes, allowing light to pass through both lenses to the exposed film. During the "Shutter Lever" movement, the "Camshaft" is offset slightly by an extension from the "Shutter Lever" which releases the "Film Advance Lock."

With the picture taken, the photographer winds the "Film Advance Wheel" which rolls up film into the "Film Canister" and clicks off numbers on the "Frame Counter." The film is slotted onto the "Sprocket" which is joined to the "Camshaft" causing both to rotate with the film. When the "Camshaft" rotates a complete cycle, the "Shutter Lever" is reset and the "Film Advance Lock" returns to its original position preventing operation of the "Film Advance Wheel".

The purpose of the "Exterior Front" and "Exterior Back" covers are to protect the camera from the elements. The "Outside Film Advance" allows the rotation of the "Film Advance Wheel" despite the exterior covers. The "Washer" seals the hole between the "Outside Film Advance" shaft and the "Film Advance Wheel"

The "Lens Holder" and "Eyehole Holder" serve to hold their respective components in place. The "Eyehole Cover" allows only a small fraction of the incoming light to be focused on the "Inner Lens" giving a sharper, clearer image.

==Parts==

The table belows lists the Bill of Materials for the disposable camera:

{| border="1" align="center"
|+ '''Table 3.1: Disposable Camera Bill of Materials'''
! width="50"|Part # !! width="100"|Part Name !! width="50"|# Req'd !! width="120"|Mat'l !! width="145"| Manufacturing Process !! width="100"|Image
|-
! 1
| align="center"|Back Interior
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera back interior.JPG |center|thumb|50px]]
|-
! 2
|align="center"|Back Plastic Cover
| align="center"|1
|align="center"|ABS Plastic
| align="center"|Injection Molding
| align="center"|[[Image:Camera Back Exterior Cover.JPG|center|thumb|50px]]
|-
! 3
|align="center"|Camshaft
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Camshaft.JPG |center|thumb|50px]]
|-
! 4
|align="center"|Eyehole for Shutter
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Eyehole.JPG |center|thumb|50px]]
|-
! 5
|align="center"|Film Advance Gear
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Film Advance.JPG |center|thumb|50px]]
|-
! 6
|align="center"|Film Advance Lock
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Advance Lock.JPG|center|thumb|50px]]
|-
! 7
|align="center"|Film Canister
| align="center"|1
| align="center"|Varied
| align="center"|Varied
| [[Image:FilmCanister.jpg |center|thumb|50px]]
|-
! 8
|align="center"|Film Spindle
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Spindle.JPG |center|thumb|50px]]
|-
! 9
|align="center"|Frame Counter
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Frame Counter.JPG |center|thumb|50px]]
|-
! 10
|align="center"|Front Interior
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera front interior.JPG |center|thumb|50px]]
|-
! 11
|align="center"|Front Plastic Cover
| align="center"|1
| align="center"|ABS Plastic and Rubber
| align="center"|Injection Molding and Molding
| [[Image:Camera front exterior.JPG |center|thumb|50px]]
|-
! 12
|align="center"|Inner Lens
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Inner Lens.JPG |center|thumb|50px]]
|-
! 13
|align="center"|Interior Body
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Interior.JPG |center|thumb|50px]]
|-
! 14
|align="center"|Lens Holder
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Lens Holder.JPG |center|thumb|50px]]
|-
! 15
|align="center"|Outer Lens
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Outer Lens.JPG |center|thumb|50px]]
|-
! 16
|align="center"|Outside Film Advance
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Exterior film advance.JPG |center|thumb|50px]]
|-
! 17
|align="center"|Shutter
| align="center"|1
| align="center"|1040 Steel
| align="center"|Stamping
| [[Image:Camera Shutter.JPG |center|thumb|50px]]
|-
! 18
|align="center"|Shutter Lever
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Shutter Lever.JPG |center|thumb|50px]]
|-
! 19
|align="center"|Shutter Spring
| align="center"|1
| align="center"|1040 Steel
| align="center"|Forming
| [[Image:Camera shutter spring.JPG |center|thumb|50px]]
|-
! 20
|align="center"|Spring for Shutter Lever
| align="center"|1
| align="center"|1040 Steel
| align="center"|Forming
| [[Image:Camera Shutter Lever Spring.JPG |center|thumb|50px]]
|-
! 21
|align="center"|Sprocket
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Sprocket.JPG |center|thumb|50px]]
|-
! 22
|align="center"|Viewfinder
| align="center"|1
| align="center"|ABS Plastic
| align="center"|Injection Molding
| [[Image:Camera Viewfinder.JPG |center|thumb|50px]]
|-
! 23
|align="center"|Washer
| align="center"|1
| align="center"|Rubber
| align="center"|Molding
| [[Image:Camera Washer.JPG |center|thumb|50px]]
|}

==Disassembly==
The ease of disassembly (ranked on a scale of 1 - 5 with five being the most difficult) is ranked at 2. No tools are required for disassembly but a flathead screwdriver or knife helps.

The following table lists the steps and procedures for disassembly:

{| border="1" align="center"
|+ '''Table 4.1: Disassembly of a Disposable Camera'''
! width="75"|Step !! width="400"|Procedure !! width="200"|Image
|-
! 1
| align="center"|Pop film advance wheel up and out from body; separate covers || [[Image:Camera Cover Disassembly.jpg|center|thumb|150px|Figure 5.1: Exterior Disassembly]]
|-
! 2
|align="center"|Remove film canister and film spindle||[[Image:Camera disassembly 5.jpg|center|thumb|150px|Figure 5.2: Large Component Removal]]
|-
! 3
|align="center"|Remove lens holder, outer lens, shutter cap, shutter spring, shutter, eyehole, and inner lens||[[Image:Camera disassembly 2.jpg|center|thumb|150px|Figure 5.3: Lens Assembly Dissection]] [[Image:Camera disassembly 4.jpg|center|thumb|150px|Figure 5.4: Lens Assembly Dissection View 2]]
|-
! 4
|align="center"|Remove viewfinder, frame counter, internal film advance wheel, shutter lever, advance lock, camshaft, lever spring, and sprocket||[[Image:Camera disassembly 3.jpg|center|thumb|150px|Figure 5.5: Final Component Removal]]
|}

[[media:Camera Animated Dissection.wmv|Disassembly of Camera (.wmv)]]
 Right-click on the link and select "Save As"

== Files ==

===3D Models===

[[media:Kodak Camera 3D Models - Alibre Parts Only.zip|3D Models as Alibre Design AD_PRT]]

[[media:Kodak Camera - 3D Models in STEP Format.zip|3D Models in STEP Format]]

[[media:Kodak Camera 3D Models as ACIS format.zip|3D Models in ACIS Format]]

[[media:Kodak Camera 3D Models as IGS Format.zip|3D Models in IGS Format]]

[[media:Kodak Camera 3D Models as STL format.zip|3D Models in STL Format]]

===2D Drawings===

[[media:Kodak Camera 2D Files.zip|2D Alibre Drawings (.AD_DRW)]]

[[media:Kodak Camera 2D Drawings in STP format.zip|2D Drawings in STP Format]]

===Camera Assembly===

[[media:Camera Assembly.zip|Camera Assembly as ACIS, STL, STP, and Alibre]]

{| border="1" align="center"
|+ '''Table 5.1: List of Models for Download''' ''(Zipped ACIS, IGS, STL, STP, AD_PRT Files)''
! width="100" align="center"|Part # !! width="250" align="center"|Part Name !! width="100" align="center"|Image !! width="150" align="center"|3D Models !! width="170" align="center"|2D Drawings
|-
! 1
| align="center"|Back Interior
| [[Image:Camera back interior.JPG |center|thumb|50px]]
| [[media:Camera 3d Back Interior.zip|3D Package]]
| [[media:Camera Back Interior 2D Packaged Drawings.zip|2D Package]]
|-
! 2
| align="center"|Back Plastic Cover
| [[Image:Camera Back Exterior Cover.JPG |center|thumb|50px]]
| [[media:Camera 3D Back Plastic Cover.zip |3D Package]]
| [[media:Camera Back Plastic Cover 2D Packaged Drawings.zip|2D Package]]
|-
! 3
| align="center"|Camshaft
| [[Image:Camera Camshaft.JPG |center|thumb|50px]]
| [[media:Camera 3d Camshaft.zip |3D Package]]
| [[media:Camera Camshaft 2D Packaged Drawings.zip |2D Package]]
|-
! 4
| align="center"|Eyehole for Shutter
| [[Image:Camera Eyehole.JPG |center|thumb|50px]]
| [[media:Eyehole for Shutter.zip|3D Package]]
| [[media:Camera Eyehole Cover 2D Packaged Drawings.zip|2D Package]]
|-
! 5
| align="center"|Film Advance Gear
| [[Image:Camera Film Advance.JPG |center|thumb|50px]]
| [[media:Camera 3d Film Advance.zip|3D Package]]
| [[media:Camera Film Advance 2D Packaged Drawings.zip|2D Package]]
|-
! 6
| align="center"|Film Advance Lock
| [[Image:Camera Advance Lock.JPG|center|thumb|50px]]
| [[media:Camera 3d Film Advance Lock (plastic 2).zip|3D Package]]
| [[media:Camera Film Advance Lock 2D Packaged Drawings.zip|2D Package]]
|-
! 7
| align="center"|Film Canister
| [[Image:FilmCanister.jpg |center|thumb|50px]]
| [[media:Camera 3d Film Canister.zip|3D Package]]
| [[media:Camera Film Canister 2D Packaged Drawings.zip|2D Package]]
|-
! 8
| align="center"|Film Spindle
| [[Image:Camera Spindle.JPG |center|thumb|50px]]
| [[media:Camera 3d Film Spindle.zip|3D Package]]
| [[media:Camera Film Spindle 2D Packaged Drawings.zip|2D Package]]
|-
! 9
| align="center"|Frame Counter
| [[Image:Camera Frame Counter.JPG |center|thumb|50px]]
| [[media:Camera 3d Frame Counter.zip|3D Package]]
| [[media:Camera Frame Counter 2D Packaged Drawings.zip|2D Package]]
|-
! 10
| align="center"|Front Interior
| [[Image:Camera front interior.JPG |center|thumb|50px]]
| [[media:Camera 3d Front Interior.zip|3D Package]]
| [[media:Camera Front Interior 2D Packaged Drawings.zip|2D Package]]
|-
! 11
| align="center"|Front Plastic Cover
| [[Image:Camera front exterior.JPG |center|thumb|50px]]
| [[media:Camera 3d Front Plastic Cover.zip|3D Package]]
| [[media:Camera Front Plastic Cover v2 2D Package.zip|2D Package]]
|-
! 12
| align="center"|Inner Lens
| [[Image:Camera Inner Lens.JPG |center|thumb|50px]]
| [[media:Camera 3d Inner Lens.zip|3D Package]]
| [[media:Camera_Inner_Lens_2D_Package.zip.zip|2D Package]]
|-
! 13
| align="center"|Interior Body
| [[Image:Camera Interior.JPG |center|thumb|50px]]
| [[media:Camera 3d Interior.zip|3D Package]]
| [[media:Camera Interior Body 2D Packaged Drawings.zip|2D Package]]
|-
! 14
| align="center"|Lens Holder
| [[Image:Camera Lens Holder.JPG |center|thumb|50px]]
| [[media:Camera 3d Lens Holder.zip|3D Package]]
| [[media:Camera Lens Holder 2D Packaged Drawings.zip|2D Package]]
|-
! 15
| align="center"|Outer Lens
| [[Image:Camera Outer Lens.JPG |center|thumb|50px]]
| [[media:Camera 3d Outer Lens.zip|3D Package]]
| [[media:Camera Outer Lens 2D Packaged Drawings.zip |2D Package]]
|-
! 16
| align="center"|Outside Film Advance
| [[Image:Camera Exterior film advance.JPG |center|thumb|50px]]
| [[media:Camera 3d Outside Film Advance.zip|3D Package]]
| [[media:Camera Outside Film Advance 2D Packaged Drawings.zip|2D Package]]
|-
! 17
| align="center"|Shutter
| [[Image:Camera Shutter.JPG |center|thumb|50px]]
| [[media:Camera 3d Shutter.zip|3D Package]]
| [[media:Camera Outside Film Advance 2D Packaged Drawings.zip|2D Package]]
|-
! 18
| align="center"|Shutter Lever
| [[Image:Camera Shutter Lever.JPG |center|thumb|50px]]
| [[media:Camera 3d Shutter Lever.zip|3D Package]]
| [[media:Camera Shutter Lever 2D Packaged Drawings.zip|2D Package]]
|-
! 19
| align="center"|Shutter Spring
| [[Image:Camera shutter spring.JPG |center|thumb|50px]]
| [[media:Camera 3d Shutter Spring.zip|3D Package]]
| [[media:Camera Shutter Spring 2D Packaged Drawings.zip|2D Package]]
|-
! 20
| align="center"|Spring for Shutter Lever
| [[Image:Camera Shutter Lever Spring.JPG |center|thumb|50px]]
| [[media:Camera 3d Spring for Plastic.zip|3D Package]]
| [[media:Camera Spring for Lever 2D Packaged Drawings.zip|2D Package]]
|-
! 21
| align="center"|Sprocket
| [[Image:Camera Sprocket.JPG |center|thumb|50px]]
| [[media:Camera 3d Sprocket.zip|3D Package]]
| [[media:Camera Sprocket 2D Packaged Drawings.zip|2D Package]]
|-
! 22
| align="center"|Viewfinder
| [[Image:Camera Viewfinder.JPG |center|thumb|50px]]
| [[media:Camera 3d Top Clear piece.zip|3D Package]]
| [[media:Camera Viewfinder Holder 2D Packaged Drawings.zip|2D Package]]
|-
! 23
|align="center"|Washer
| [[Image:Camera Washer.JPG |center|thumb|50px]]
| [[media:Camera 3d Washer.zip|3D Package]]
| [[media:Camera Washer 2D Packaged Drawings.zip|2D Package]]
|}

{| border="1" align="center"
|+ '''Table 5.2: Point and Mesh Clouds Available for Download'''
 ''(Zipped .wrp format)''
! width="300"|Image !! width="200"|Link
|-
! [[Image:Camera Front exterior - merged.jpg|center|thumb|200px|Figure 5.1 Front Exterior Scan]]
| Gave to Dave
|-
! [[Image:Camera Front Interior - merged.jpg|center|thumb|200px|Figure 5.2 Front Interior Scan]]
| Gave to Dave
|-
! [[Image:Camera Back Exterior - Front.jpg |center|thumb|200px|Figure 5.3 Rear Exterior Scan (Front View)]]
[[Image:Camera Back Exterior - Back.jpg|center|thumb|200px|Figure 5.4 Rear Exterior Scan (Back View)]]
| Gave to Dave
|-
! [[Image:Camera Back Cover Scan.jpg|center|thumb|200px|Figure 5.4 Rear Interior Scan]]
| [[media:Camera Back Cover - wrp.zip|WRP Scan Files]]
|}

== Links ==

[http://kodak.com/eknec/PageQuerier.jhtml?pq-path=2/3/9/1026&pq-locale=en_US Other Kodak One-Time-Use Cameras]

Template:Disassembly

2006-08-16T16:19:45Z

J Kopena:

<includeonly>[[Category:Disassembly Notes]]</includeonly>
<noinclude>''This template will categorize articles that include it into [[:Category:Disassembly Notes]].''</noinclude>

Category:Disassembly Notes

2006-08-16T16:18:36Z

J Kopena:

These pages contain notes, photos, CAD models, and other pieces of information generated by disassembling various artifacts.

Template:Disassembly

2006-08-16T16:17:40Z

J Kopena:

[[Category:Disassembly Notes]]

User:J Kopena

2006-07-14T04:50:27Z

J Kopena:

This is Joe's page.