Masterformat 2016 Edition: Numbers and Titles
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
1.2Kv Class Energy Efficient Distribution Transformer Typical Specification
HPS SENTINEL® 1.2kV Class Energy Efficient Distribution Transformer Typical Specification Canada United States 595 Southgate Drive 1100 Lake Street Guelph, Ontario Baraboo, Wisconsin N1G 3W6 53913-2866 Phone: 1-888-798-8882 Phone: 1-866-705-4684 Fax: 1-519-822-9701 Fax: 1-608-356-2452 E-mail: [email protected] www.hammondpowersolutions.com CSI-2004 (Section 26 22 13) Page 1 of 4 SPS# 06, Rev: 06 1 GENERAL 1.1 SCOPE A This section defines dry-type, enclosed and ventilated low voltage low loss transformers designed constructed and rated in accordance with efficiency levels defined (where applicable) in the U.S. Department of Energy, Energy Conservation Program for Commercial Equipment; Distribution Transformers Energy Conservation Standards DOE 10 CFR Part 431; (before DOE referred to as TP1) and/or CSA C802.2 as referenced in the Canadian Energy Efficiency Regulations (SOR/94-651). 1.2 RELATED DOCUMENTS A Drawing and general provisions of the Contract, including General and Supplementary Conditions and Division 1 Specification Sections, apply to this Section. 1.3 REFERENCES A NEMA ST-20 Dry-Type Transformer For General Applications B IEEE C57.110 Recommended Practice for establishing transformer capability when feeding non- sinusoidal load currents. C DOE 10 CFR Part 431 Efficiency Standards; (before DOE referred to as TP1), CSA C802.2 as referenced in the Canadian Energy Efficiency Regulations SOR/94-651. D UL 1561, CSA C9 & CA 22.2 No. 47. 1.4 SUBMITALS A Submit shop drawing and product data for approval and final documentation in the quantities listed according to the Conditions of the contract. -
Scaffolding Information Problem Solving in Web-Based Collaborative Inquiry Learning
Computers & Education 59 (2012) 82–94 Contents lists available at SciVerse ScienceDirect Computers & Education journal homepage: www.elsevier.com/locate/compedu Scaffolding information problem solving in web-based collaborative inquiry learning Annelies Raes*, Tammy Schellens, Bram De Wever, Ellen Vanderhoven Department of Educational Studies, Ghent University, Henri Dunantlaan 2, 9000 Gent, Belgium article info abstract Article history: This study investigated the impact of different modes of scaffolding on students who are learning Received 9 May 2011 science through a web-based collaborative inquiry project in authentic classroom settings and Received in revised form explored the interaction effects with students’ characteristics. The intervention study aimed to 27 October 2011 improve domain-specific knowledge and metacognitive awareness during online information problem Accepted 8 November 2011 solving (IPS) as part of an online inquiry project. Three experimental conditions (teacher-enhanced scaffolding, technology-enhanced scaffolding, and both forms of scaffolding) were compared with Keywords: a control condition in a two-by-two factorial quasi-experimental design. Moreover, gender and prior Web-based inquiry fi Information problem solving knowledge were examined as two factors which may have a signi cant impact on Web-based learning. fi Scaffolding In a four-week eld study in secondary science education, pretest-posttest differences were measured. Secondary science education In total 347 students from 18 secondary school classes were involved and the classes were randomly Individual differences distributed over the 4 conditions. Our findings support the notion of multiple scaffolding as an approach to enhance both knowledge acquisition and metacognitive awareness with respect to IPS- processes and to meet a mix of students with different needs within the context of a web-based inquiry learning project. -
Language Development and Scaffolding in a Sino-American Telecollaborative Project
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by ScholarSpace at University of Hawai'i at Manoa Language Learning & Technology June 2013, Volume 17, Number 2 http://llt.msu.edu/issues/june2013/jin.pdf pp. 193–219 LANGUAGE DEVELOPMENT AND SCAFFOLDING IN A SINO-AMERICAN TELECOLLABORATIVE PROJECT Li Jin, DePaul University Previous research (e.g., Belz & Thorne, 2006; Ware & O’Dowd, 2008) has discovered that language learning can be afforded through intercultural telecollaboration. From a sociocultural theoretical perspective, the current study investigated the language development outcomes and process in a 10-week Sino-American telecollaborative project involving 10 college-level American learners of Mandarin Chinese and their respective native Chinese partners from China. The findings show that the American learners’ production quantity in Mandarin Chinese increased steadily throughout the project whereas the quality of their production didn’t improve as rapidly. These learners also self- reported gains in age-appropriate cultural information, reading ability, and expanded vocabulary. The analysis shows the gains can be attributed to the scaffolding conditions (van Lier, 1996, 2004) that focused on friendship building and idea sharing in Mandarin Chinese and were specifically manifested in the operation of intersubjectivity, contingent help, and handover by both American learners and their Chinese partners throughout the project. Possible underlying reasons for the unbalanced focus on form versus on meaning in the project are discussed. Based on the findings, pedagogical suggestions are provided to enhance the learning conduciveness of email-based intercultural telecollaborative projects, particularly those involving participants from oriental cultures. Keywords: Sino-American Telecollaboration, Language Development, Sociocultural Theory (SCT), Scaffolding, Intersubjectivity, Contingency, Handover APA Citation: Jin, L. -
Sloane Drayson Knigge Comic Inventory (Without
Title Publisher Author(s) Illustrator(s) Year Number Donor Box # 1,000,000 DC One Million 80-Page Giant DC NA NA 1999 NA Sloane Drayson-Knigge 1 A Moment of Silence Marvel Bill Jemas Mark Bagley 2002 1 Sloane Drayson-Knigge 1 Alex Ross Millennium Edition Wizard Various Various 1999 NA Sloane Drayson-Knigge 1 Open Space Marvel Comics Lawrence Watt-Evans Alex Ross 1999 0 Sloane Drayson-Knigge 1 Alf Marvel Comics Michael Gallagher Dave Manak 1990 33 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 1999 1 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 1999 2 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 1999 3 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 1999 4 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 2000 5 Sloane Drayson-Knigge 1 Alleycat Image Bob Napton and Matt Hawkins NA 2000 6 Sloane Drayson-Knigge 1 Aphrodite IX Top Cow Productions David Wohl and Dave Finch Dave Finch 2000 0 Sloane Drayson-Knigge 1 Archie Marries Veronica Archie Comics Publications Michael Uslan Stan Goldberg 2009 600 Sloane Drayson-Knigge 1 Archie Marries Veronica Archie Comics Publications Michael Uslan Stan Goldberg 2009 601 Sloane Drayson-Knigge 1 Archie Marries Veronica Archie Comics Publications Michael Uslan Stan Goldberg 2009 602 Sloane Drayson-Knigge 1 Archie Marries Betty Archie Comics Publications Michael Uslan Stan Goldberg 2009 603 Sloane Drayson-Knigge 1 Archie Marries Betty Archie Comics Publications Michael Uslan Stan Goldberg 2009 -
PMQ400-E Dumbwaiter Planning Guide.Indd
Planning Guide Cable-Waiter™ Paca-Waiter® Dumbwaiters W E CABLE-WAITER™ & PACA-WAITER® PLANNING GUIDE PMQ0400.1 W E CABLE-WAITER™ & PACA-WAITER® PLANNING GUIDE PMQ0400.2 We are a proud member of the Accessibility Equipment Manufacturers Association. This symbol assures you of our commitment to high quality and accessibility to everyone. Waupaca Elevator Mission Statement Our company’s mission is to supply and service products that meet W E or exceed our customers’ expectations of high quality, value, delivery and longevity. Our success is a direct refl ection of our employees’ involvement and commitment to excellence. We strive to continuously improve our products to ensure meeting the future requirements of our customers and facilitate competitive growth. CSI 3-Part Specifi cations Customize and download CSI 3-Part Specifi cations by logging on to: www.arcat.com - specify Waupaca Elevator as the requested manufacturer www.waupacaelevator.com - go to “Architect Section” click on linking icon Table of Contents Introduction & Planning Steps ...................................................................... 4 Dumbwaiter Reference Chart ........................................................................ 5 Car Gate Reference Chart ................................................................................ 6 Commercial Hoistway Door Reference Chart .......................................... 7 Hoistway Layout ...........................................................................................8-14 Elevation Layout .........................................................................................15-17 -
A New Family of Self-Assembled Biomaterials Derived from Copper-Capillary Alginate Gels
MODULAR TISSUE SCAFFOLDING TOOLS: A NEW FAMILY OF SELF-ASSEMBLED BIOMATERIALS DERIVED FROM COPPER-CAPILLARY ALGINATE GELS By BRADLEY JAY WILLENBERG A DISSERTATION PRESENTED TO THE GRADUATE SCHOOL OF THE UNIVERSITY OF FLORIDA IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY UNIVERSITY OF FLORIDA 2005 Copyright 2005 by Bradley Jay Willenberg To the old man who drowned so near the shore. ACKNOWLEDGMENTS I would like to sincerely thank Dr. Christopher Batich, my supervising committee chairman. His hands-off approach and wealth of scientific and engineering knowledge propelled me and this project faster and farther than initially envisioned. I thank Dr. Anthony Brennan, Dr. Robert DeHoff and Dr. Thomas Mareci for their time and efforts as my teachers and committee members. I also specially thank Dr. Naohiro Terada and Dr. Takashi Hamazaki for their tremendous efforts, input and profound support of this work. Much praise and thanks go to Marina Scotti for giving me roots; split a piece of wood and she is there. Lift a stone and you will find her. I thank my family for their consistent support, guidance, criticism and strength. I especially thank, Mom, Jimbo, Dan and Ryan, Dr. Amelia Dempere and Specialist Wayne Acree (“The Lab Dude”). I also thank the entire Major Analytical Instrumentation Center (MAIC) staff for their scientific and social insights. I further thank all those students, faculty and staff who took the time to know and talk with me. Special thanks go to Charlie Murphey (Precision Tool & Engineering, Gainesville, FL) for custom machining all my tools and reactors, and to Dr. -
BID DOCUMENTS,’ the Name and Address of the Bidder, the Date and Time of Opening, and the Title of the Project for Which the Bid Is Submitted
TOWN OF ACTON INVITATION TO BID FOR THE REHABILITATION OF FIVE (5) TOWN OWNED BRIDGES A-02-008 River Street at Fort Pond Brook A-02-009 Brook Street at Nashoba Brook A-02-020 River Street at Fort Pond Brook A-02-021 River Street at Fort Pond Brook A-02-023 Martin Street at Fort Pond Brook CONTRACT NO. 9/3/2009-908 TOWN OF ACTON STEVEN L. LEDOUX TOWN MANAGER TABLE OF CONTENTS BIDDING DOCUMENTS, CONTRACT FORMS, AND GENERAL CONDITIONS CHECKLIST FOR BIDDERS [This Checklist is provided for Bidders' convenience only. Bidders are urged to read the Contract Documents carefully and use this form as an aid in the preparation of their bids.] CHECK ITEMS BIDDERS ARE REMINDED THAT IT IS THEIR RESPONSIBILITY TO 1. ____ The Bid is submitted on the Bid Form provided by the Authority. 2. ____ The name of the Bidder has been provided on the Bid Form. 3. ____ All Addenda have been acknowledged on the Bid Form. 4. ____ The Proposed Contract Sum has been set forth in both words and figures. 5. ____ The Bid Proposal, if any, has been completed. All multiplication and addition have been checked for accuracy. 6. ____ The Bid Form is signed by an authorized representative of the Bidder. 7. ____ Company information has been provided (following the signature section on the Bid Form). 8. ____ A Bid Deposit in the amount of a minimum of 5% of the Proposed Contract Price has been provided in the form of a certified check, cashier’s check, or treasurer’s check made payable to the Town of Acton, or in the form of a bid bond, signed and sealed by both the Bidder and Surety, with the Surety’s current Power of Attorney attached. -
Precision Geometry Scaffolding Using MEMS Technology
Precision Geometry Scaffolding using MEMS Technology Michael P. Stout, Kaigham J. Gabriel, Lee E. Weiss, Phil Campbell Carnegie Mellon University Pittsburgh, PA 15213 Enabled by MEMS (semiconductor-based) technology, our group has produced a chainmail-based tissue scaffold out of polysilicon. We constructed the tissue scaffold through the combination of photolithography's high precision, the use of silicon dioxide and polysilicon material, and a planar chainmail structure (Figures 1 & 2). This approach allows uniform seeding, geometric features controlled on the micrometer scale, and folding of the scaffold into three-dimensional shapes. The scaffold consists of 1-2 micron-thick polysilicon formed from a multilayer surface micromachining process. The layout is a planar process and uses the top two polysilicon layers to form a tessellation of interlocking rings with diameters of 250 and 500 microns and widths 10 and 25 microns, that are free from the silicon substrate but attached at a few breakaway anchor points. The scaffold provides many advantages for tissue engineering: MEMS-based approach precisely controls the structure of the scaffold according to the resolution of photolithography (a few microns to submicrons); the chainmail form allows local rigidity and global flexibility; the entire area is a regular construction of polysilicon that allows uniform seeding; the chainmail structure allows folding (because of its interlocking ring structure) in order to fill arbitrary volumes as required in surgical implantation sites. The manipulative properties of chainmail permit much better shape and form control than is possible with currently available woven fabric designs. In order to establish the feasibility of seeding and growing of cells on chainmail scaffolds, we used osteoblastic cells as a model for bone tissue engineering applications. -
06 9/2 TV Guide.Indd 1 9/3/08 7:50:15 AM
PAGE 6 THE NORTON TELEGRAM Tuesday, September 2, 2008 Monday Evening September 8, 2008 7:00 7:30 8:00 8:30 9:00 9:30 10:00 10:30 11:00 11:30 KHGI/ABC H.S. Musical CMA Music Festival Local Nightline Jimmy Kimmel Live KBSH/CBS Big Bang How I Met Two Men Christine CSI: Miami Local Late Show-Letterman Late Late WEEK OF FRIDAY , SEPT . 5 THROUGH THUR S DAY , SEPT . 11 KSNK/NBC Deal or No Deal Toughest Jobs Dateline NBC Local Tonight Show Late FOX Sarah Connor Prison Break Local Cable Channels A&E Intervention Intervention After Paranorml Paranorml Paranorml Paranorml Intervention AMC Alexander Geronimo: An American Legend ANIM Animal Cops Houston Animal Cops Houston Miami Animal Police Miami Animal Police Animal Cops Houston CNN CNN Election Center Larry King Live Anderson Cooper 360 Larry King Live DISC Mega-Excavators 9/11 Towers Into the Unknown How-Made How-Made Mega-Excavators DISN An Extremely Goofy Movie Wizards Wizards Life With The Suite Montana So Raven Cory E! Cutest Child Stars Dr. 90210 E! News Chelsea Chelsea Girls ESPN NFL Football NFL Football ESPN2 Poker Series of Poker Baseball Tonight SportsCenter NASCAR Now Norton TV FAM Secret-Teen Secret-Teen Secret-Teen The 700 Club Whose? Whose? FX 13 Going on 30 Little Black Book HGTV To Sell Curb Potential Potential House House Buy Me Sleep To Sell Curb HIST The Kennedy Assassin 9/11 Conspiracies The Kennedy Assassin LIFE Army Wives Tell Me No Lies Will Will Frasier Frasier MTV Exposed Exposed Exiled The Hills The Hills Exiled The Hills Exiled Busted Busted NICK Pets SpongeBob Fam. -
Improvement Codes Building Attributes
IMPROVEMENT CODES CODE TYPE IMPROVEMENT CODE TYPE IMPROVEMENT CODE TYPE IMPROVEMENT BD1 Light Boat Dock FP Fire Place MAA Main Area Addition or Mobile Home BD2 Medium Boat Dock FP1 Fire Place Class 1 MBH Masonry Boat House BD3 Heavy Boat Dock FP2 Fire Place Class 2 MUB Masonry Utility Building BW Breezeway FUB Metal or Frame Utility Building OB Out Building CA Central Air GA Attached Garage OP Open Porch CH Central Heat GH Greenhouse SP Screen Porch CP1 Carport 1, Wood/Concrete HE Heatalator SPA Spa CP2 Carport 2, Wood/Dirt HO Hoist SPOOL Small Pool CP3 Carport 3, Metal/Dirt HT Hot Tub / Jacuzzi ST Storage (Attached to House) CP4 Carport 4, Under Beach House LPOOL Large Pool STG Storage (Detached from House) CPY Canopy MA Main Area 1 Story SV Salvage DG Detached Garage MA1 Main Area 1.5 Story WD Wood Deck EP Enclosed Porch MA2 Main Area 2 Story XPOOL Extra Large Pool FBH Metal or Frame Boat House MA2.5 Main Area 2.5 Story ELV Dumbwaiter or Elevator MA3 Main Area 3 Story BUILDING ATTRIBUTES CONSTRUCTION STYLE EXTERIOR FINISH FOUNDATION SF-M Single Family Modern BV Brick Veneer CS Concrete Slab SF-C Single Family Conventional WF Wood Frame PB Pier & Beam SF-S Single Family Spanish COMP Composition WPR Wood Piers MF-C Multi Family Conventional ST Stucco WOK Wood Pilings R-CT Recreation - Comp Type CB Concrete Blocks PT Post Tension Concrete L-CM Light Commercial AS Asbestos BW Brick & Wood INTERIOR FINISH SV Stone SR Sheetrock ROOF STYLE SI Sheet Iron PA Panel HP Hip SS Structural Steel WP Wallpaper GA Gable WS Wood Shingle FLOORING CS Composition -
2017 Florida Building Code - Residential, Sixth Edition (First Printing: Jul 2017) SECTION R 321 ELEVATORS and PLATFORM LIFTS R321.1 Elevators
2017 Florida Building Code - Residential, Sixth Edition (First Printing: Jul 2017) SECTION R 321 ELEVATORS AND PLATFORM LIFTS R321.1 Elevators. Where provided, passenger elevators, limited-use and limited-application elevators or private residence elevators shall comply with ASME A17.1/CSA B44. R321.2 Platform lifts. Where provided, platform lifts shall comply with ASME A18.1. R321.3 Accessibility. Reserved. R321.4 Clearance requirements between elevator doors for elevators inside a private residence. R321.4.1 For elevators installed in a private residence: 1. (a)The distance between the hoistway face of the hoistway doors and the hoistway edge of the 3 1 landing sill may not exceed /4 inch for swinging doors and 2 /4 inches for sliding doors. 2. (b) 1. 1.Horizontal sliding car doors and gates shall be designed and installed to withstand a force of 75 pounds applied horizontally on an area 4 inches by 4 inches at right angles to and at any location on the car door without permanent deformation. The deflection may not 3 exceed /4 inch and may not displace the door from its guides or tracks. The force must be applied while the door is in the fully closed position. 2. 2.Folding car doors shall be designed and installed to withstand a force of 75 pounds applied horizontally using a 4-inch-diameter sphere at any location within the folds on the car door 3 without permanent deformation. The deflection may not exceed /4 inch and may not displace the door from its guides or tracks. The force must be applied while the door is in the fully closed position. -
Inclinator Dumbwaiter Brochure
INCLINATOR® DUMBWAITERS Commercial grade to home use Commercial Dumbwaiters Providing convenience and safety for employees. Stop carrying heavy or bulky items D up and down stairs. A Reduce the risk of back strain, aching muscles and even accidents by installing B an Inclinator Dumbwaiter. For businesses, a Workers’ Comp claim could easily exceed the cost of a Dumbwaiter. Can be used as counter-loading or floor-loading. The commercial dumbwaiter is great for restaurants, hospitals, medical practices, office buildings and other public buildings. The energy-efficient drive system requires just 220V electrical. DUMBWAITER C • Custom sizes up to 36” x 36” x 48” (91.4 cm x 91.4 cm x 121.9 cm) • Weight capacities: 200 lb. (90 kg), 300 lb. (136 kg) and 500 lb. (226 kg) • Travel: up to 27 ft. (8.2 m) on 200 lb. (90 kg) model, up to 47 ft. (14.3 m) on 300 lb. (136 kg) and 500 lb. (226 kg) models Hoistway Doors Call Buttons • Up to 6 stops • Automatic controls from any level A • Can accommodate openings on 1, 2 C or 3 sides • Painted steel cab or optional stainless steel • 220V electrical Bi-parting Slide-up Swing Cab Gates Arrival Gong D B Bi-parting Slide-up Collapsible (where allowable by law) Residential Dumbwaiters Walk up and down stairs empty-handed. Move things from floor to floor easily and safely. Inclinator’s Homewaiter® residential dumbwaiter is ideal for transporting groceries from garage to kitchen, laundry from bedrooms to utility room, bottles and cases from/to a wine cellar, and hauling firewood from ground level to living space.