Group 12 - Fuji Waterproof Camera - Revision history

R Deyo: /* After Disassembly and Table for Parts */

2006-12-08T16:07:38Z

After Disassembly and Table for Parts

A Gomez: /* After Disassembly and Table for Parts */

2006-12-08T15:24:45Z

After Disassembly and Table for Parts

A Gomez: /* After Disassembly and Table for Parts */

2006-12-08T15:23:37Z

After Disassembly and Table for Parts

Show changes

R Deyo: /* After Disassembly and Table for Parts */

2006-12-08T14:23:05Z

After Disassembly and Table for Parts

R Deyo: /* After Disassembly and Table for Parts */

2006-12-08T14:15:25Z

After Disassembly and Table for Parts

A Gomez: /* After Disassembly and Table for Parts */

2006-12-08T01:35:16Z

After Disassembly and Table for Parts

A Gomez: /* CAD Files */

2006-12-08T01:29:26Z

CAD Files

A Gomez: /* Files */

2006-12-08T01:23:40Z

Files

R Deyo: /* Before Disassembly */

2006-12-07T23:33:47Z

Before Disassembly

R Deyo: /* Before Disassembly */

2006-12-07T23:26:24Z

Before Disassembly

@@ Line 79: / Line 79: @@
 | align="center"| Light, Waterprrof
 | align="center"| Injection Molding
-| align="center"| -
+| align="center"| transparent to view the details
 | [[Image:DSC00134.JPG |center|thumb|50px]]
 |-

@@ Line 51: / Line 51: @@
 | align="center"| Plastic
 | align="center"| Very cheap and easily produced into mass quantities
-| align="center"|
+| align="center"|-
 | align="center"| Outer protective "shell" which protects the product before it is purchased.
 | align="center"|[[Image:DSC00104.JPG|center|thumb|50px]]
@@ Line 79: / Line 79: @@
 | align="center"| Light, Waterprrof
 | align="center"| Injection Molding
-| align="center"|
+| align="center"| -
 | [[Image:DSC00134.JPG |center|thumb|50px]]
 |-
@@ Line 302: / Line 302: @@
 | align="center"|1
 | align="center"|Various Materials
-| align="center"|
+| align="center"|-
 | align="center"|Various Process
 | align="center"| Rolled into a cylinder so that maximum surface area is kept while consuming least volume
@@ Line 320: / Line 320: @@
 | align="center"|1
 | align="center"|Misc
-| align="center"|
+| align="center"|-
-| align="center"|
+| align="center"|-
-| align="center"|
+| align="center"|-
 | [[Image:DSC00342.JPG  |center|thumb|50px]]

@@ Line 50: / Line 50: @@
 | align="center"|1
 | align="center"| Plastic
-| align="center"| Very cheap, easy to produce, since outter box already had durability, no need to have thick wall for inner one
+| align="center"| Very cheap and easily produced into mass quantities
 | align="center"|
-| align="center"| It is in a such shape that it’s good enough to Make secondary barrier for the cameraAs well as is easy for the customers to open
+| align="center"| Outer protective "shell" which protects the product before it is purchased.
 | align="center"|[[Image:DSC00104.JPG|center|thumb|50px]]
 |-
@@ Line 61: / Line 61: @@
 | align="center"| Light and Waterproof
 | align="center"| Plastic Shaping
-| align="center"| Long strap so that people can wrap around handMultiple times to get a good grip on it
+| align="center"| Long strap which enables the user to hold the product in a convenient manner.
 | [[Image:DSC00131.JPG|center|thumb|50px]]
 |-
@@ Line 68: / Line 68: @@
 | align="center"|1
 | align="center"|Plastic
-| align="center"| Light, Waterprrof and gives good transparent feeling as well. If Glass was used, it would be more costy, heavy and fragile.
+| align="center"| Light, Waterpoof
 | align="center"| Injection Molding
-| align="center"| Middle is nearly fully transparent so that it providesOpen view for the lens, the rest is semi-transparentSo that customer would know the Camera’s in the Cover without actually opening up.
+| align="center"| Middle is partially trasparent to allow the user to see a few of the major components.
 | [[Image:DSC00188.JPG |center|thumb|50px]]
 |-
@@ Line 77: / Line 77: @@
 | align="center"|1
 | align="center"|Plastic
-| align="center"| Light, Waterprrof and gives good transparent feeling as well. If Glass was used, it would be more costy, heavy and fragile.
+| align="center"| Light, Waterprrof
 | align="center"| Injection Molding
-| align="center"| Need to be fully transparent because there areMany things to be read from the camera such asHow many shots are left.
+| align="center"|
 | [[Image:DSC00134.JPG |center|thumb|50px]]
 |-

@@ Line 43: / Line 43: @@
 | align="center"| Fairly cheap, easy to produce, More durable and stronger than plastic
 | align="center"| Printing and Folding
-| align="center"| Rectangular boxes are easy to stack up or storeIn boxes. Also one side of the box being longerthan the other 3 helps the product easy to bedisplayed in shops.
+| align="center"| Rectangular shaped boxes can easily be "stacked" on top of eachother to form rows and columns.  This makes it convenient for storage and transportation of the product.
 | [[Image:DSC00097.JPG |center|thumb|50px]]
 |-

@@ Line 233: / Line 233: @@
 | align="center"|Injection Molding
 | align="center"| Elastic plastic is needed to keep it in position
-| [[Image:DSC00288.JPG  |center|thumb|50px]]
+| [[Image:Bottomfilmlock.JPG  |center|thumb|50px]]
 |-
 ! 23
@@ Line 250: / Line 250: @@
 | align="center"|Easy to be molded, easy and cheap to mass produce
 | align="center"|Injection Molding
-| align="center"| Has teeth so that it creates good friction so thatIts is easy for the users to spin
+| align="center"| Has teeth so that it creates good friction so that is easy for the users to turn the dial
 | [[Image:Filmadvancegear.JPG  |center|thumb|50px]]
 |-
@@ Line 259: / Line 259: @@
 | align="center"|Easy to be molded, easy and cheap to mass produce
 | align="center"|Injection Molding
-| align="center"| Once lens goes in the right place, it saves lens
+| align="center"| Once lens goes in the right place, it protects the lens
 | [[Image:DSC00304.JPG  |center|thumb|50px]]
 |-
@@ Line 268: / Line 268: @@
 | align="center"|Functions as a spring very well after shaped into it
 | align="center"| Steel Shaping
-| align="center"| Must function as a spring so that it providesNice action and reaction when trigger is used to Open and close lens
+| align="center"| Must function as a spring so that it provides nice action and reaction when trigger is used to Open and close lens
 | [[Image:Shuttercoverspring.JPG  |center|thumb|50px]]
 |-

@@ Line 376: / Line 376: @@
 ==Files==
 ===CAD Files===
-[[image:Clip.jpg|Shutter Release Clip]]
+[[image:Clip.jpg|Shutter Release Clip (Part #9)]]
 [[image:Spring.jpg|Spring]]
@@ Line 382: / Line 382: @@
 [[image:Handle.jpg|Handle]]
-[[image:Assembly_expanded.jpg|Exploded Shutter Release Overview ]]
+[[image:Assembly_expanded.jpg|Exploded View of Shutter Release System ]]
 ===Video Animation===
 [[media:Assembly.avi|Shutter Release Animation]]
 ===Class Presentation File===
 [[media:group12presentation.ppt|Class Presentation]]

@@ Line 19: / Line 19: @@
 ==Before Disassembly==
-Fuji Waterproof Camera is a disposable camera, which can be used waterproof so that you can take pictures under water. Just like any other film camera, when the shutter is open, light enters the lens and it is exposed to the film where the image is recorded. Electrical energy is used in order to operate the flash. Electrical energy is charged and than released as a light form. Mechanical energy opens the shutter for a set amount of time.
+The Fuji Waterproof disposable Camera, is waterproof which allows the user to take pictures under water. Just like any other film camera, when the shutter is open, light enters the lens and it is exposed to the film where the image is recorded. Electrical energy is charged and than released as a light form in order to operate the flash. Mechanical energy opens the shutter for a set period of time.
 When a picture is taken, it gives a "click" sound and the shutter quickly opens and re –shuts back to its original position. After each snapshot, it is required to advance the film in order to take another photo. The process is than repeated untill the spindle reaches the end of the film.

@@ Line 19: / Line 19: @@
 ==Before Disassembly==
-Fuji Waterproof Camera is a disposable camera, which is waterproof so that you could take pictures under water. Just like any other film cameras, light reflected by objects enters through lens and when shutter is opened, it is exposed to the film which then image is recorded. Electrical energy is used in order to operate flash. Electrical energy is charged and released as a light form. Mechanical energy provided users are converted to another form of mechanical energy, which opens shutter for set amount of time.
+Fuji Waterproof Camera is a disposable camera, which can be used waterproof so that you can take pictures under water. Just like any other film camera, when the shutter is open, light enters the lens and it is exposed to the film where the image is recorded. Electrical energy is used in order to operate the flash. Electrical energy is charged and than released as a light form. Mechanical energy opens the shutter for a set amount of time.
-When the product is operated, it gives click sound and the shutter quickly opens and re –shut back to its original position so that it does not let through any more light to the film. After each shot, it is required to spin film spindle for certain amount so that film is moved to new area and another photo could be taken. The mechanism is fairly simple, that is repeated process of taking a shot and reloading.
+When a picture is taken, it gives a "click" sound and the shutter quickly opens and re –shuts back to its original position. After each snapshot, it is required to advance the film in order to take another photo. The process is than repeated untill the spindle reaches the end of the film.
-It is predicted that it consists of at least 30 parts other then the cases. Also, the materials are made out of metal for springs, plastic for majority of components, glass for lens and possibly rubber for seals inside. So the prediction is that there are 30 components, consisting of 4 different materials.
+It is predicted that it consists of at least 30 parts other then the cases. Also, the materials are made out of metal for springs, plastic for the majority of the components, glass for the lenses and possibly rubber for interior seals. So to summarise there are 30 components, consisting of 4 different materials.
 ==Disassembly Procedure==