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Elevator Design Book. Synergy ® and Evolution ® Design Contents
Elevator Technology Elevator design book. synergy ® and evolution ® Design Contents synergy and evolution 04 Philosophy. Design line architecture 05 How to define your personal cabin 06 F design line 07 E design line 15 D design line 29 C design line 43 B design line 55 A design line 71 Cabin and landing fixtures 85 Planning tools 92 About us 93 We have turned our elevators into an architectural design element, providing users with a great thyssenkrupp ambiance they can see and feel. New design collection for synergy and evolution elevators offers a wide range of attractive styles and moods. Perfect, down to the detail. Every single element reflects our commitment to creating the optimum ride experience. From functional, robust cabin interiors to a luxurious look and feel: all design elements speak a clear language and provide exceptional quality. Our many combination possibilities allow you to select a design that perfectly meets your individual taste and needs. 4 synergy and evolution. Design line architecture. 5 synergy and evolution. Design line architecture. Our synergy and evolution elevators combine state-of-the-art technology with flexible Our synergy and evolution elevators feature new design lines, which are named with design. Immerse yourself in the design world of these two elevator families and choose letters from “F” to “A”. “F” indicates a more functional, robust design line, whereas “A” the design that suits your taste and requirements. portrays the premium designs. Our designers have developed predesigned cabins in various ambiances for each design line. In addition, the design lines A, B, E and D offer synergy evolution the opportunity to configure cabins according to your individual taste - truly custom fit. -
Clear Wall Planning Guide
Clear Wall Planning Guide December 2020 Clear Wall Planning Guide 1 Contents Five steps to specs ...................................................................................... 3 Design and Installation Planning .....................................................4 - 11 Space Planning, Site Survey and Measurement...........6 - 10 Planning Checklist ...........................................................................11 Components .........................................................................................12 - 25 Framing Elements ...................................................................13 -15 Transition Connectors ...........................................................15 - 16 Glass Inserts................................................................................ 17-18 Copolymer Strips ........................................................................... 19 Doors ..................................................................................................20 Door Sections ......................................................................... 21 - 23 Door Hardware ......................................................................24 - 25 Power/Data .................................................................................................. 26 Installation ...........................................................................................27 - 40 Clear Wall Planning Guide 2 5 Steps Five steps to specs: 1. Pre-qualify the project 2. Select Framing Elements 3. Select -
Townhouse Or Two-Family Dwelling?
TWO-FAMILY DWELLING, TWO-UNIT TOWNHOUSE and TOWNHOUSE BUILDINGS and the 2020 MINNESOTA RESIDENTIAL CODE Minnesota Department of Labor and Industry DEFINITIONS A two-family dwelling (IRC-2 occupancy) is: • A building containing two separate dwelling units. • The separation between units is either horizontal or vertical. • Both units are on one lot. • Sometimes referred to as “duplexes.” A townhouse (IRC-3 occupancy) is: • A single-family dwelling unit constructed in a group of two or more attached dwelling units. • Each unit is a separate building and extends from the foundation to the roof with open space on at least two sides of each unit. • Each unit is provided with separate building service utilities required by other chapters of the State Building Code. • A two-unit townhouse is sometimes referred to as a “twin-home.” DISTINCTION The primary differences between a two-family dwelling and a two-unit townhouse or twin-home: • Property – A two-unit townhouse or twin-home is typically located on two separate individual lots with a property line running between them whereas both units of a two-family dwelling, or “duplex,” are located on the same single lot. • Separation – A two-unit townhouse must be separated from the foundation to the roof by a double wall (two one-hour walls, see exceptions below). The separation between units in a two-family dwelling can be provided by single one-hour fire-resistance-rated assembly that is horizontal or vertical. • Services – Since each townhouse unit is a separate building, each townhouse unit must be supplied with separate utilities. Units classified as townhouses must be supplied by separate electrical services. -
Basic Technical Rules the Nubian Vault (Nv)
PRODUCTION CENTRE INTERNATIONAL PROGRAMME BASIC TECHNICAL RULES v3 BASIC TECHNICAL RULES THE NUBIAN VAULT (NV) TECHNICAL CONCEPT THE NUBIAN VAULT ASSOCIATION (AVN) ADVICE TO MSA CLIENTS Version 3.0 SEASON 2013-2014 COUNTRY INTERNATIONAL Association « la Voûte Nubienne » - 7 rue Jean Jaurès – 34190 Ganges - France February 2015 www.lavoutenubienne.org / [email protected] / +33 (0)4 67 81 21 05 1/14 PRODUCTION CENTRE INTERNATIONAL PROGRAMME BASIC TECHNICAL RULES v3 CONTENTS CONTENTS.............................................................................................................2 1.AN ANCIENT TECHNIQUE, SIMPLIFIED, STANDARDISED & ADAPTED.........................3 2.MAIN FEATURES OF THE NV TECHNIQUE........................................................................4 3.THE MAIN STAGES OF NV CONSTRUCTION.....................................................................5 3.1.EXTRACTION, FABRICATION & TRANSPORT OF MATERIAL....................................5 3.2.CHOOSING THE SITE....................................................................................................5 3.3.MAIN STRUCTURAL WORKS........................................................................................6 3.3.1.Foundations........................................................................................................................................ 6 3.3.2.Load-bearing walls.............................................................................................................................. 7 3.3.3.Arches in load-bearing -
Schindler 3300 MRL Traction Elevator Entrance Details
Schindler 3300 MRL Traction Elevator Entrance details Single-speed center opening (SSCO) side jamb Single-speed center opening (SSCO) top jamb 2 x 5/8” Gypsum board Wall 2HR fire rating thickness Door space (4.875”) 2 x 5/8” Gypsum board (Ref.) Wall thickness (Ref.) Wall rhickness (Ref.) Clear opening width 1” Gypsum board Rough opening width J-Runner See note A See note A 6.75” 6.75” Rough 4.25” opening 4.25” Wall thickness height Clear Wall thickness 4.75” Wall 4.75” opening thickness height See note B minus 4.25” Wall thickness minus 4.25” See note B 4 3/8”– 5 7/8” Two-speed side opening (2SSO) side jamb Two-speed side opening (2SSO) top jamb Door space (4.875”) Wall thickness (Ref.) Wall thickness (Ref.) Clear opening width Rough opening width See note A 6.75” See note A 2.5” 5.5” Rough 2.5” opening Wall thickness height 4.75” Clear Wall thickness Wall thickness Wall thickness minus 2.5” minus 2.5” opening 4.75” height See note B See note B Strike side Return side 4 3/8”– 5 7/8” Note A: Fire rating is maintained by the interface at this area only. Note B: Finished wall by others. No fire rating at this point. Wall thickness can vary, as jamb thickness remains constant. Dimensions Capacity lbs (kg) Door Type Clear Opening Width x Height ft (mm) Rough Opening Width x Height ft (mm) 2100 (950) 2SSO 3’- 0” x 7’- 0” (915 x 2134) 4’- 4” x 7’- 8” (1321 x 2337) 2SSO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) 2500 (1135) SSCO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) General Purpose 2SSO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) 3000 (1360) SSCO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) 2SSO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) 3500 (1590) SSCO 3’- 6” x 7’- 0” (1067 x 2134) 4’- 10” x 7’- 8” (1473 x 2337) Schindler 3300 MRL Traction Elevator Entrance details Landing door mounting options General requirements Requirements for installation vary by type of equipment selected. -
READY VAULT Instructions #1050224 Product #222933 Revision A
READY VAULT Instructions #1050224 Product #222933 Revision A 1 IMPORTANT SAFETY INFORMATION • This vault is designed to increase safety of unloaded firearm(s). Completely unload the firearm(s) before using this device. • Treat every firearm as if it were loaded. • Always keep the muzzle pointed in a safe direction when handling any firearm. • Read the owner’s manual and instructions supplied with your firearm before attempting to operate the firearm and use this vault. • Always store unloaded and locked firearms in a safe place inaccessible to children and other unauthorized persons. Store ammunition in a separate locked or secure location. • Do not store the combination to the vault in the same place as your vault. • This vault is only part of an effective firearm safety and storage solution, and should not be a substitute for safe firearm handling or secure storage. • This vault is designed to be a convenient locking mechanism, but tools, determination, and time can overcome any vault. • Always engage the safety and never touch the trigger when placing or removing the firearm from the vault. • Always fasten the vault to a secure object. See mounting instructions. IMPORTANT • This vault features a programmable lock mechanism. Upon removing this product from the packaging for the first time, be sure to program the lock to a unique combination (See programming lock instructions for more details). • You should document your programmed combination and store this documented combination in a secure location, so that the combination can be retrieved if forgotten. Combination should be stored in a secure location, inaccessible to children and unauthorized individuals. -
The Vault with Curvilinear Ribs in the “Hall of Arms”
In: Proceedings of the First Conference of the Construction History Society, ed. by James W P Campbell et al., 459-468. Queens’ College, Cambridge 2014 (authors’ manuscript) The Vault with Curvilinear Ribs in the “Hall of Arms” in the Albrechtsburg Meissen: Studies on the Concept, Design and Construction of a Complex Late Gothic Rib Vault David Wendland, María Aranda Alonso, Alexander Kobe During the 14th and 15th centuries, the challenge of creating vaulted ceilings lead to ever more complex solutions in late Gothic architecture. These ambitious, astonishing and sometimes daring constructions rank amongst the finest masterpieces of architecture – extremely demanding from the structural point of view and particularly challenging in their geometric design. Their builders managed to overcome the difficulties of planning the complicated meshes of ribs soaring along spatial curves, providing instructions for the production of their single components and their assembly on the building site, and achieving a curved vault surface which corresponds to the equilibrium condition of shell structures. The discussion on how the design and planning of these structures was performed and how their construction process was organized, has been so far largely based on sources (some of them dating from long after late Gothic architecture was practised), and in particular on their interpretation as established in the 19th century. However, this current state of research can be shown to be in contrast with the evidence of many of the actual built objects. At this point, it appears necessary to formulate hypotheses on the design directly from the built artefact, and on this basis attempt a re-interpretation of the known drawings and treatises.1 For this approach it is also necessary to deal with the methodological challenges of using the building as source. -
Save Space by Mounting Your Equipment to the Wall Or Other Surface
Vertical Wall-Mount Server Rack - Solid Steel - 6U StarTech ID: RK619WALLV This wall-mount bracket provides 6U of storage space to vertically mount your equipment on the wall. The 6U wall-mount rack is EIA-310-D compliant to ensure compatibility with any 19” rack-mount equipment, such as your power strips, telecommunication, network and A/V devices. Save space by mounting your equipment to the wall or other surface The 6U rack optimizes your working space by mounting equipment to your wall instead of taking up desk space or other surface area. It's perfect for your SoHo (small office, home office) environment, server room or any other location where available space is limited. Ensure a secure and hassle-free installation The wall rack is constructed of solid steel to ensure a sturdy and safe mounting solution for your expensive, mission-critical equipment. Also, because the wall mounting holes are positioned 16”apart, it exactly matches standard drywall construction framework to ensure simple and secure wall-stud anchoring. Cage nuts and screws are also included with the wall-mount bracket, to save you the hassle of sourcing separate mounting hardware. Customize your workspace with versatile installation options To provide a suitable mounting solution for virtually any surface such as your wall, ceiling or desk, the 6U bracket features separate mounting patterns for both ceilings and walls. This means that you can mount the bracket vertically to your wall or horizontally to your ceiling or under your desk. If you're looking for a mountable storage solution with fewer rack units, StarTech.com also offers a 1U wall- mount bracket, a 2U wall-mount bracket, a 3U wall-mount bracket and a 4U wall-mount bracket. -
The Kitchen Fire Prevention Technologies Workshop Took Place February 19, 2010 at the Madison Lowes Hotel in Washington DC
Kitchen Fire Prevention Technologies Workshop Report November, 2010 Table of Contents Page Abstract ...............................................................................................................................1 Acknowledgements ............................................................................................................2 Introduction The Problem ...........................................................................................................3 Previous Research ..................................................................................................4 Workshop Objectives.............................................................................................6 Workshop Process and Proceedings ....................................................................7 Summaries of Presentations Mr. David Dini, UL ................................................................................................7 Mr. Wayne Morris, AHAM ..................................................................................8 Breakout Sessions...............................................................................................................9 Breakout Group Reports .................................................................................................11 References .........................................................................................................................16 Appendix Materials I Invitation and Agenda.......................................................................................17 -
Marisela Correa Workforce Program Manager (915) 887-2219 [email protected]
304 Texas Ave., Suite 1400 | El Paso, TX 79901 | 915.887.2600 | www.borderplexjobs.com January 13, 2021 From: rev. Jan. 29, 2021 Marisela Correa Workforce Program Manager (915) 887-2219 [email protected] Sub: Quote Request Dear Training Providers, Workforce Solutions Borderplex (WSB) is seeking quotes for a two-tier level for construction related training program. Level I: Training providers to provide single skill mini workshops that focus on teaching essential basic home repairs and maintenance to women homeowners and women in our community. WSB recognizes that ability to obtain these skills increases the participants skills, increases one’s sense of self-worth which leads to feeling empowered, more self-sufficient in home maintenance. Furthermore, these workshops provide the opportunity to generated interest in learning more about specific occupations in the construction industry and pursuing a career or become an entrepreneur. Level II: WSB is also seeking quotes from training providers to provide Construction Industry recognized certification training. Workforce Solutions Borderplex is committed to continue to develop ways to spark women interest in traditionally male dominated industries, support advancement and grow our business community. Please view the attached specifications/scope of work for detailed information on the services we are seeking. We request that you consider this information and send us your quote at your earliest convenience but no later than 2:00 p.m. on January 29, 2021 via the e-mail address listed above. However, quotes will also be accepted on a continuous basis beyond the initial deadline. Before the commencement of services and the exchange and/or allocation of funds occurs, WSB expects to enter into an agreement with the selected training provider(s) or to assign the agreement to Dynamic Workforce Solutions. -
Retaining Wall Building Permit Requirements
Retaining Wall Building Permit Requirements This guideline is intended to provide the homeowner/contractor with the basic information needed to apply for a building permit to construct residential retaining walls. These requirements apply to most simple retaining wall projects; however, the Plan Reviewer may determine that unusual circum- stance dictates the need for additional information on any particular project. Phone (314) 822-5823 Building Department 139 S. Kirkwood Rd Fax (314) 822-5898 www.kirkwoodmo.org Kirkwood, MO 63122 Complete cross-sectional drawing of wall Plans for small residential retaining walls A permit is required for any to scale. complying with the design criteria below retaining wall that is more than 2' in may be drawn by the homeowner/ height above the lowest adjacent Elevation view from the low grade side of contractor: (Note: The walls shall not be grade and for retaining walls of any wall drawn to scale. subject to any surcharge loading from steep height located in a natural water slopes, driveways, swimming pools and course or drainage swale. Guardrail details if applicable. Retaining other structures, etc.) walls more than 30”measured vertically to the grade below at any point within The proposed retaining wall is located on a 1. Fill out and sign application for a building 36” horizontally to the edge of the open parcel of land containing a one or two permit. side; are required to have a guardrail or family dwelling. other approved protective measure when 2. Submit two (2) separate copies of your site closer than 2’ to a sidewalk, path, Wood retaining walls not exceeding 6' in plan showing existing structures with the new parking area or driveway on the high height for single tier or 4' in height for retaining wall and its perpendicular distances side. -
Transformer Vault Placement and Space Requirements
Transformer Vault Placement and Space Requirements Consolidated Edison Company of New York, Inc. 4 Irving Place New York NY 10003 www.conEd.com Transformer Vault Placement and Space Requirements Whether you’re constructing a new building Con Edison supplies service to buildings at our or adding electric load to an existing one, standard voltage of 120/208. In addition, 265/460- Con Edison strongly encourages you to con- Volt or high-tension service is available, but may involve an incremental cost to the customer. tact us early in the design process to discuss your transformer vault requirements. This When transformer vaults are required to serve the step will help you to avoid unnecessary and building’s load, it is essential that you consider the vault requirements before you proceed with the costly design changes or delays that may design of your building. This will mitigate costly result if these requirements are not incorpo- design changes for you and/or delays to your rated into your final building design. project. Typical transformer vault space require- All Con Edison transformer vaults require natural ments depend on the number of transformers ventilation and must have sidewalk gratings, as required to supply electricity to your build- noted in the enclosed drawings, which identify the ing. In addition, there may be an incremen- space requirements for sidewalk transformer vault installations. The gratings provide ventilation for tal customer cost to supply service at your the transformer as well as a means of entry for Con requested point of entry. Your final service Edison personnel to maintain, remove, or install design will be developed after Con Edison equipment.