nyuuzyou/wikis huggingface dataset:
SolidCAM Fixtures

This page provides a basic tutorial on loading and defining fixtures for the CNC machines in the machine shop. SolidCAM contains a collision recognition feature that will insure the cutting tool won't run into anything defined as a fixture. Pictures must be double clicked to be resized larger for a more detailed view. 
WARNING: If the fixture parts and stock in real life are assembled differently than in the model, the machine may still run the tool into them. An adequate clearance can be selected in the program to account for slight variations.
 Setup
Tool/Step	Description
Squaring Rough Stock

This article offers a basic tutorial on how to square six sides of rough stock. It is necessary to have square edges so that when the mill or lathe is zeroed off an edge, the dimensions will still be accurate.
==Steps to squaring rough stock ==
 	center
Guide Block; located on top of the CNC mill cabinet	Rough Stock Facing Guide
	Steps to squaring rough stock
	1. Install facing mill in milling machine
	2. Place stock in vise on parallels and face top surface (#1)
	3. Deburr and place machined surface (#1) against back jaw in vise. Machine top surface (#2).
	4. Deburr and place surface #2 on parallels with surface #1 against back jaw of vise. Machine top surface (#3) to the correct dimension between #2 and #3. 
•Surface #2 and #3 are parallel and both are perpendicular to surface #1
	5. Deburr and place surface #1 on parallels with either #2 or #3 against back jaw and properly seat stock in vise. Machine top surface (#4) to the correct dimension between #4 and #1. 
•Surface #4 and #1 are now parallel and perpendicular to parallel surfaces #2 and #3.
	6. Deburr and reset stock in step 5's configuration; stock seated with a machined face seated on the parallels, and machined faces clamped in the vise with one of the remaining un-machined faces protruding from the side of the vise. Change the mill tool to an end mill and use the side of the end mill to face surface #5.
•Surface #5 is perpendicular to surfaces #1, #2, #3, and #4.
	7. Deburr and place surface #5 on parallels and seat properly. Replace end mill with original facing mill and machine top surface (#6) to correct dimension between #5 and #6.
	Now, you have a block in which the sides are perpendicular to each of its neighbors and parallel to the opposite sides.
Standard:ADTable

{|class="wikitable"
|+Caption
!Item!!Advantages!!Disadvantages
|-
{{ADRow|fileName=name.JPG|caption=picture caption|advantages=list of items|disadvantages=list of items}}
|}
This is a table used for comparing and contrasting multiple items.
==Usage==
Template	Description 	Parameters
ADRow 	Creates a row with a picture of the item with description, and description for the advantages and disadvantages (ex. Collet chuck)	
*fileName
*caption
*advantages
*disadvantages
==Example==
;Code
{|class="wikitable"
|+Advantages and disadvantages of various types of lathe chucks
!Chuck!!Advantages!!Disadvantages
|-
{{ADRow|fileName=Block_Under_Chuck.JPG|caption=Three jaw chuck|advantages=
 
Self-centering
Can hold hex bar-stock
Quick and easy to use
|disadvantages=
Can't hold square bar-stock
Run-out/off-center can't be easily fixed
Can't hold irregularly shaped work
Can't turn off-center
}}
{{ADRow|fileName=4 Jaw Chuck.JPG|caption=Four jaw chuck|advantages= 
Work can be centered to high precision
Can handle square/rectangular bar
Can turn work off-center
Slightly more grip on round stock
|disadvantages=
Slower/fiddlier to mount work (dial-indicator required)
Can't hold hex-stock
}}
{{ADRow|fileName=Cullet Chuck.JPG|caption=Collet chuck|advantages=
Coffee
Milk
 
|disadvantages=
Coffee
Milk
}}
|}
;Result
Advantages and disadvantages of various types of lathe chucks
Chuck	Advantages	Disadvantages
==Special Considerations==
The normal wiki markup ofr bulleted list does not display properly. Use HTML markup instead
Coffee
Milk
 
See: http://www.w3schools.com/html/html_lists.asp
Category:Standards
Standard:ChecklistTable

This table is meant to be used as a quick reference checklist and should be used for procedures that do not require lengthy details or photos.
==Applicable Templates==
{| style="text-align: left;"
{{ChecklistCategory|title=Category1}}
{{ChecklistRow|title=step1}}
{{ChecklistRowDescription|title=Step2|description=description of step2}}
|}
==Usage==
Template 	Description 	Parameters
ChecklistCategory 	Creates main category (ex. Before Printing) 	
*title
ChecklistRow 	Creates row entry with checkbox (ex. Turn on printer) 	
*title
ChecklistRowDescription	Creates row entry with checkbox and description underneath	
*title 
*description
==Example==
;Code
{| style="text-align: left;"
{{ChecklistCategory|title=Before Printing}}
{{ChecklistRowDescription|title=Secure machine|description=The printer must be on a stable work surface and must not able to rattle around. Add foam under the feet as necessary.}}
{{ChecklistRow|title=Turn on printer}}
{{ChecklistRowDescription|title=Check reel of filament|description=If empty/too low/wrong color, see (put link here)}}
{{ChecklistRowDescription|title=Preheat nozzle|description=ADD INSTRUCTION HERE}}
{{ChecklistRow|title=Insert SD card}}
{{ChecklistCategory|title=Starting the Job}}
{{ChecklistRowDescription|title=Begin job|description=ADD INSTRUCTION HERE}}
{{ChecklistRowDescription|title= Monitor first few layers|description=ADD INSTRUCTION HERE WITH LINK TO LEVELING BED}}
{{ChecklistCategory|title=Post Printing}}
{{ChecklistRowDescription|title=Remove part|description=ADD INSTRUCTION HERE}}
{{ChecklistRowDescription|title=Cool extruder|description=ADD INSTRUCTION HERE}}
{{ChecklistRowDescription|title=Clean printer|description=ADD INSTRUCTION HERE}}
{{ChecklistRowDescription|title=Turn of printer|description=After the fan has shut off, cooling has completed and the printer may be turned off}}
|}
;Result
===Special Considerations===
None
Category:Standards
Standard:IDTable

{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"| Caption
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|- 
| {{RowPicture|fileName=name.jpg|caption=End Mill|description=add description here}}
|}
This table is used to provide information that is itemized/Step by step.
==Usage==
Template 	Description 	Parameters
RowPicture	adds a row that includes a image with a caption, and a description to the left of the image (ex. Before Printing)	
*fileName
*caption
*description
==Example==
;Code
<pre style="white-space: pre-wrap; 
white-space: -moz-pre-wrap; 
white-space: -pre-wrap; 
white-space: -o-pre-wrap; 
word-wrap: break-word;">
{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"| Various types of mill cutters:
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|- 
| {{RowPicture|fileName=Mill end.jpg|caption=End Mill|description=An endmill is a type of milling cutter, a cutting tool used in industrial milling applications. It is distinguished from the drill bit in its application, geometry, and manufacture. While a drill bit can only cut in the axial direction, a milling bit can generally cut in all directions, though some cannot cut axially. End mills are used in milling applications such as profile milling, tracer milling, face milling, and plunging.}}
|- 
| {{RowPicture|fileName=Mill end Rough.jpg|caption=6 Flute End Mill|description=This is NOT a roughing end mill}}
|}
;Result
 Various types of mill cutters:
Tool/Step	Description
 	
 	
===Special Considerations===
None
Category:Standards
Standard:Infobox

This table is meant to be used at the beginning of pages to convey to the reader important, repeatable information of a certain page type. See Special considerations below for entry requirements for various page types.
==Applicable Templates==
{{InfoboxBegin
 |name=AS5040
 |image=EncoderOverviewLabled.jpg
 |caption=An implementation of the AS5040 for keeping track of spindle position for the [[NASA Tensegrity]] senior design project of 2012
}}
{{InfoboxtEntry
 |title = Device Type
 |content = Encoder
}}
==Usage==
Template 	Description 	Parameters
InfoboxBegin 	Starts the table, includes final picture, project title, and brief project description	
*name
*image
*caption
InfoboxtEntry	Creates row entry with title and content 	
*title
*content
==Example==
;Code
{|{{InfoboxBegin
 |name=AS5040
 |image=EncoderOverviewLabled.jpg
 |caption=An implementation of the AS5040 for keeping track of spindle position for the [[NASA Tensegrity]] senior design project of 2012
}}
{{InfoboxEntry
 |title = Device Type
 |content = Encoder
}}
{{InfoboxEntry
 |title = Type
 |content = Magnetic
}}
{{InfoboxEntry
 |title = Manufacture
 |content = Australia Microsystems (ams)
}}
{{InfoboxEntry
 |title = Model
 |content = AS5040
}}
{{InfoboxEntry
 |title = Resolution
 |content = 10 bit
}}
{{InfoboxEntry
 |title = Modes
 |content =
Absolute
Incremental
PWM
 
}}
{{InfoboxEntry
 |title = Interfaces
 |content =
SSI
PWM
}}
{{InfoboxEntry
 |title = Max RPM
 |content = 30,000 rpm
}}
|}
;Result
==Special Considerations==
#Pay special attention to the first and last lines.
##{| (start of table) must be on the same line as {{InfoboxBegin}}
##|} (end of table) must be on the line after the last {{InfoboxEntry}}
#Template {{InfoboxBegin}} is required
#Capstone design teams should have the following entries:
##Sponsor(s)
##Team name
##Duration (ex. Fall 2013 - Spring 2014)
##Facility Adviser
##Mentor(s)
##other specific to your project type. For example, if Cessna or Boeing asked you to design and build a prototype of their next aircraft, you might want to include: Wingspan, Length, Endurance, Gross weight, Horse power, etc.
#All pictures must be of 1.33:1 (or 4:3). see: http://en.wikipedia.org/wiki/Aspect_ratio_(image)#4:3_standard
Category:Standards
Standard:TeamBio

This table is meant to be used at the beginning of pages to convey to the reader important, repeatable information of a certain page type. See Special considerations below for entry requirements for various page types.
==Applicable Templates==
{{InfoboxBegin
 |name=AS5040
 |image=EncoderOverviewLabled.jpg
 |caption=An implementation of the AS5040 for keeping track of spindle position for the [[NASA Tensegrity]] senior design project of 2012
}}
{{InfoboxtEntry
 |title = Device Type
 |content = Encoder
}}
==Usage==
Template 	Description 	Parameters
InfoboxBegin 	Starts the table, includes final picture, project title, and brief project description	
*name
*image
*caption
InfoboxtEntry	Creates row entry with title and content 	
*title
*content
==Example==
;Code
{|{{InfoboxBegin
 |name=AS5040
 |image=EncoderOverviewLabled.jpg
 |caption=An implementation of the AS5040 for keeping track of spindle position for the [[NASA Tensegrity]] senior design project of 2012
}}
{{InfoboxEntry
 |title = Device Type
 |content = Encoder
}}
{{InfoboxEntry
 |title = Type
 |content = Magnetic
}}
{{InfoboxEntry
 |title = Manufacture
 |content = Australia Microsystems (ams)
}}
{{InfoboxEntry
 |title = Model
 |content = AS5040
}}
{{InfoboxEntry
 |title = Resolution
 |content = 10 bit
}}
{{InfoboxEntry
 |title = Modes
 |content =
Absolute
Incremental
PWM
 
}}
{{InfoboxEntry
 |title = Interfaces
 |content =
SSI
PWM
}}
{{InfoboxEntry
 |title = Max RPM
 |content = 30,000 rpm
}}
|}
;Result
==Special Considerations==
#Pay special attention to the first and last lines.
##{| (start of table) must be on the same line as {{InfoboxBegin}}
##|} (end of table) must be on the line after the last {{InfoboxEntry}}
#Template {{InfoboxBegin}} is required
#Capstone design teams should have the following entries:
##Sponsor(s)
##Team name
##Duration (ex. Fall 2013 - Spring 2014)
##Facility Adviser
##Mentor(s)
##other specific to your project type. For example, if Cessna or Boeing asked you to design and build a prototype of their next aircraft, you might want to include: Wingspan, Length, Endurance, Gross weight, Horse power, etc.
#All pictures must be of 1.33:1 (or 4:3). see: http://en.wikipedia.org/wiki/Aspect_ratio_(image)#4:3_standard
Category:Standards
Steam Plant Chiller

==Problem Definition==
Data collected from the south chiller's current operating condition suggest areas of inefficiencies, leading to unnecessary operating costs
==Project Goals==
*Specify, order, and install flow, pressure, and temperature sensors
*Develop a working math model of the existing chiller system
*Test math model against current operating conditions
*Develop a control system solution strategy
==Specifications==
*1.0E6 gal storage tank
*Trending data for 50 thermodynamic states
*HFC-134A
 
=Current System=
thumb|right|310px|UI SCCP Thermodynamic Cycle
The Current System Model is broken up into 6 stages.
*2 Chillers
*8 Compressors
*2 Cooling Towers
*2 Pumps
*2 Condensate Pumps
*Thermal Energy Storage (TES) Tank
==Control System Ideas==
We are looking into adding weather prediction as a means of reducing cost of operation at the South Campus Chiller Plant.
==EES Verification==
The program Engineering Equation Solver (EES) is used to model the current chiller system, and estimate the efficiency using inputs of chiller generated and fuel usage.
==Team Members==
	Ali Almater:
Major: BS in Mechanical Engineering
Hometown: Saudi Arabia 
Graduation Date: Dec 19, 2014
Hobbies: Biking, Hiking, Rock Climbing, camping, traveling,soccer
Email: alma3451@vandals.uidaho.edu
Responsibilities: Wiki Manager/makingsure we don't overspend./takes it to instructor for approval
Plan After Graduation:Try to find a job in the mechanical engineering field	ME
	Patrick Frome:
Major: BS in Mechanical Engineering
Hometown: Spokane, WA
Graduation Date: May 17, 2015
Hobbies: music, travel,Fitness
Email: From7898@vandals.uidaho.edu
Responsibilities: date found,revision number and name,make project timeline
Plan After Graduation:Graduate School	ME
	Darvin Thornton:
Major: BS in Mechanical Engineering
Hometown: Anchorage, AK
Graduation Date: Dec19, 2014
Hobbies: Biking, Hiking
Email: Thor8610@vandals.uidaho.edu
Responsibilities: Client Contact/set up chiller plant visit
Plan After Graduation:Try to find a job in the mechanical engineering field with emphasis on thermal sciences.	ME
	Christopher Thilmony:
Major: BS in Mechanical Engineering
Hometown: Anchorage, AK
Graduation Date: Dec 19, 2014
Hobbies: Music, Fishing 
Email: Thil3899@vandals.uidaho.edu
Responsibilities: Math Modeling /Task Handler
Plan After Graduation:Try to find a job in the mechanical engineering field with emphasis on thermal sciences.	ME
==Design Review Presentation==
==Team Meeting Minutes==
Step Drills

==Purpose==
The step drill is used to drill a precise hole into thin metal, such as sheet metal. A normal drill will try to life a sheet metal off of the table and spin it. Like the name implies, you will want to start a hole with the smallest step drill and work your way up in sizes until the desired hole size is achieved. 
 
==Location==
Step drills are located in the grey center tool box located next to Russ's office on the shelf with "Step Drills" labeled on it. On the shelf, they are in the last two rows of the center section.
==Steps for Use==
# Determine the diameter of the hole desired
# Insert the appropriate step drill into the drill press (refer to table below)
# Determine the depth required to achieve the diameter
# Drill to desired depth to achieve diameter
# If changing step drills, REMEMBER to change speed according to the largest diameter of the new step drill
# Clean Up!
==Step Drill Sizes==
Min Ø	Max Ø	Ø Step Size	Depth Between Step	Machine Speed to Run at
1/8 	1/2 	1/32 	1/8 	450
1/4 	3/4 	1/16 	1/8 	306
1/4 	7/8 	~*~ 	1/16 	260
3/16 	1/2 	1/16 	3/8 	450
3/4 	1 1/2	1/16 	1/8 	150
==Safety==
#Secure work in place using a clamp or vise.
#De-bur edge to eliminate sharp edges and prevent cuts.
==Demonstration Video==
*How to use a Step Drill
<youtube >xjnodmZ4UFM</youtube>
==Supplier==
MSC International Supply Co.
[MSCDirect]
==MindWorks Page==
[MindWorks]
Stub

A stub is an article containing only one or a few sentences of text that, although providing some useful information, is too short to provide encyclopedic coverage of a subject, and that is capable of expansion. Non-article pages, such as disambiguation pages, lists, categories, templates, talk pages, and redirects, are not regarded as stubs.
If a stub has little verifiable information, or if its subject has no apparent notability, it may be deleted or be merged into another relevant article.
While a "definition" may be enough to qualify an article as a stub, Wikipedia is not a dictionary. The distinction between dictionary and encyclopedia articles is best expressed by the use–mention distinction:
*A dictionary article is about a word or phrase and will often have several different definitions for it
*An encyclopedia article is about the subject denoted by the title but usually has only one definition (or in some cases, several definitions that are largely the same) but there may be several equivalent words (synonyms) or phrases for it.
Sizable articles are usually not considered stubs, even if they have significant problems or are noticeably incomplete. With these larger articles, a cleanup template is usually added instead of a stub template.
Substation in a Box - SEL

The goal of this project is to build an interactive demo unit for Schweitzer Engineering Laboratories Industrial Control System security classes. The end product will be a simple substation with an easy to read visualization that responds to a variety of security scenarios.
==Problem Statement==
SEL needs a portable traveling case containing substation components with a clear visualization built into the demo unit that makes it possible to show students in SELU courses both physical components and the logical impact of changes to the system.
==Specifications==
Features 	
 
Small set of substation devices
 
SEL 3530 Real-Time Automation Controller
SEL 3620 Ethernet Security Gateway
SEL 2730 Managed Switch
SEL 2411 Programmable Automation Controller
SEL 751 Feeder Protection Relay
Network
Human Machine Interface (HMI)
Constraints	
Portable
Rack-mount case
Wheels
60lb weight limit
==Project Learning==
 Project Learning Topics
Networking 	
Network Architecture
Network Security
Firewalls
Open Systems Interconnection (OSI) model
Protocols 	
Ethernet
Modbus
Substation Design	
Representative Designs
Human-Machine Interfaces (HMIs)
SEL Devices 	
 
SEL 3530 Real-Time Automation Controller
SEL 3620 Ethernet Security Gateway
SEL 2730 Managed Switch
SEL 2411 Programmable Automation Controller
SEL 751 Feeder Protection Relay
SEL Software 	
AcSELerator RTAC®
AcSELerator Quickset®
HMI 	
Raspberry Pi 2 B
The Python language
Python's Tkinter package
PyModbus
Modbus_Tk
PyShark, the Python wrapper for Wireshark's command-line utility tshark
==Project Graphics==
 none | thumb | frame | top | 500px | Communication Diagram
 none | thumb | frame | top | 500px | Simplified Network Diagram
 none | frame | top | 500px | The Human Machine Interface (HMI) in action
==Team Information==
	I am an electrical engineering student with an interest in power systems and related hardware. Apart from my academic pursuits, I have strong interests in the outdoors, travel, photography, and environmentalism. I chose this project to broaden my conception of industrial control and communication systems.
	I am a computer engineering major. I was a linguist in the United States Air Force in my first attempt at a career. I have been happily married for eight years and I have three children and three cats.
	I am a senior electrical engineering student and am emphasizing in industrial control systems. I have completed 3 internships with Bechtel Corporation, which builds large construction like power plants, oil refineries, airports, and more. My internships were at 3 different power plants, where I worked as an electrical field engineer, and a DCS startup engineer.
I am happily married of 3 years with a baby boy on the way. My wife is due in January.
	I am currently an undergrad student at the university of Idaho, majoring in electrical engineering. My main interests are power systems and industrial control systems.
==Document Archive==
Swapping Lathe's Three and Four Jaw Chucks

150px|right||A Chuck on The Lathe
A chuck is a clamp that holds the stock you are working with in the lathe. The jaws are tightened or loosened with the chuck key, and move in to grasp the part. The process for swapping the three and four jaw chucks is identical.
==Types of Chucks==
{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"|
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|- 
Item	Advantages	Disadvantages
== How To Remove a Chuck ==
 Steps To Remove a Chuck:
Tool/Step	Description
 	
 	
 	
 	
 	
== How to Re-install a Chuck ==
 Steps To Re-install a Chuck:
Tool/Step	Description
Swapping Lathe Chuck

A chuck is a clamp that holds the stock you are working with in the lathe. The jaws are tightened or loosened with the chuck key, and move in to grasp the part. The process for swapping the three and four jaw chucks is identical.
{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"| Types of Chucks:
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|- 
Item	Advantages	Disadvantages
== How To Remove a Chuck ==
 Steps To Remove a Chuck:
Tool/Step	Description
 	
 	
 	
 	
 	
== How to Re-install a Chuck ==
{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"| Steps To Re-install a Chuck:
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|-
|
|- 
| 
|- 
|
Swapping Lathe Collet Chuck

A Collet Chuck is a clamp that holds the stock you are working with in the lathe. The Collet Chuck should be used for stock that is that is smaller and either cylinder shaped, hexagon cylinder shaped, or squared shaped. It is important to turn on the lathe ""IF SAFE TO DO SO"" after clamping your part to check that your part is in square and didn't get clamped down crooked. If there is a size of collet for the part the collet should be used for the part because they will hold the part more securely, this is because the Collet Chuck will be contacting on almost 100% of the part giving a more stationary part. It will also help make the finish look much better instead of the jaws making a mark on it.
== How To Remove a Chuck ==
 Steps To Remove a Chuck:
Tool/Step	Description
 	
 	
 	
== How to Put in the Collet Chuck ==
{| class="wikitable" style="text-align: left;"
|+ style="text-align: left;"| Steps To install a collet chuck:
! style="text-align: left;"|Tool/Step!!style="text-align: left;"|Description
|- 
| 
|- 
| 
|-
|
|-
|
|-
|
Team Guided Parafoil System Project Uploads

Return to Main Page: Guided Parafoil System
==Final Design Report==
*Team GPS Final Report
*Final Presentation
==Design Review==
*Expo/Nasa Ames Final Presentation
*Critical Design Review Spring 2015
*November 18, 2014
==Meeting Agendas==
*March 5, 2015
*February 26, 2015
*February 19, 2015
*February 12, 2015
*February 5, 2015
*January 29, 2015
*January 22, 2015
*December 11, 2014
*December 4, 2014
*November 20, 2014
*November 13, 2014
*November 6, 2014
*
*
*
*
*
==Meeting Minutes==
*February 19, 2015
*February 12, 2015
*February 5, 2015
*January 29, 2015
*January 22, 2015
*December 4, 2014
*November 20, 2014
*November 13, 2014
*November 6, 2014
*
*
*
*
*
*
==Client Interview==
==Code==
*PCB
*GUI
Return to Main Page: Guided Parafoil System