For each game, it is assigned a score, and based on this series of assessments, it will learn, improve and determine the optimal strategy for laying out the network thanks to its learning-by-reinforcement algorithm. SprinkIA may be compared to a virtual technician playing with all possible permutations of a network. Its design driven by Stéphane Maviel, this innovation takes a generative design approach, combining the processing power of the Cloud with AI algorithms to help engineers create a system. So, how can we bring agility to this process? United under the Uxello banner, VINCI Energies business units in France dedicated to fire protection have turned to artificial intelligence and developed a new procedure for designing active fire protection systems: SprinkIA. Once the plan has been drawn up, manufacturing modules are identified so that production of the fire protection system components can begin.īut as Stéphane Maviel, Development Manager at DIANE (VINCI Energies), points out, “At this late stage, you might realise that if you had moved one head a few centimetres, it would have simplified the production phase, saving both time and money.” Next comes a study phase with network sizing, hydraulic calculations and optimal sprinkler head positioning, often to the nearest centimetre. The technician starts with costing, including an estimate of the number of sprinklers required. “The application of AI algorithms to technical building design and fire protection is a real innovation.”
Traditionally, the design process includes several phases. The design of a sprinkler system for a given location must meet precise standards and contend with various parameters that have to be calibrated for each use case. These sprinklers are distributed across the ceiling according to the floor layout below, and are interlinked by pipes that converge on a control station. They are everywhere you look on a protected site such as a store or warehouse. Sprinklers that activate automatically in response to a rapid rise in temperature are now part of the landscape.
SprinkIA optimises productivity in the design phase prior to installing solutions in a building. 13.1.4) and only gravity loads need be considered.VINCI Energies has developed a new design assistance tool based on algorithms and learning through reinforcement. (2) In the event that SDC C applies and the enclosure(s) in question is “unimportant (i.e., Ip = 1.0 per ASCE 7),” then the enclosure(s) is seismically exempt (per ASCE 7 para. Two Notes: (1) Hilti KB-TZ2 may be directly substituted for TZ in this detail. NOTE: If the MCC is “unimportant (i.e., Ip = 1.0 per ASCE 7)” and being installed as part of a new- or existing-building project in which the seismic design of the building is based on SDC C, then the MCC is seismically exempt (per ASCE 7 para. Housekeeping Pad to Existing Slab Anchorage MOTOR CONTROL CENTER ANCHORAGE (INTERIOR) Metal Stairs - General Notes Optional Use Tie-down quantities Considering Topographic Factor Single Wide Trailer Requirements for In-Situ Soilįoundation Support System for Temporary Trailers-double wide Structural (Chapter 5) POC: Michael Denlinger, ES-EPD, 667-6572 Suggestions (LANL ONLY use IE)įOUNDATION SUPPORT SYSTEM FOR TEMPORARY TRAILERS On-Building Identification Letters and Detailīuilding Identification Plaques and Detail STANDARD DETAILS-G2040 EXTERIOR WAYFINDINGįacility Complex Identification Sign and Detailįreestanding Building Identification Sign and Detail Gas Piping Tie-In, PE Service Line to PE MainĪrchitectural (Chapter 4) POC: Scott Richardson, ES-EPD, 606-0596 Alt: TBD Suggestions (LANL ONLY use IE) Gas Piping Tie-In, PE Service Line to Steel Main Gas Piping Tie-In, Steel Service Line to Steel Main Water Piping Shut-Off Valve, for Fire Line (PIV) Water Piping Shut-Off Valve, 4" - 12" Line Size Water Piping Tie-In, 4" - 12" Service Line Water Piping Tie-In, 3/4" - 2" Copper Service Line Parking Layout (Accessible and Motorcycle)įence- Smooth Strand Single or Double Gateīollard
Sprinkler System Riser Detail - Backflow Preventer/Design Notes Ĭivil (Chapter 3) POC: John O'Brien, ES-UI, 606-0335 List of Complete Alternates Suggestions (LANL ONLY use IE) Sprinkler System Riser Detail - Dry Pipe Sprinkler System Riser Detail - Pre-Action Sprinkler System Riser Detail - Wet Pipe (Transportable)
Fire sprinkler system design in autocad pdf#
The PDF files open with Adobe Acrobat.įire Protection | Civil | Architectural | Structural | Mechanical | Electrical | Instrumentation & Control |įire Protection (Chapter 2) POC: Todd Smith, ES-EPD, 665-3152 Alt: Scott McMurtrey, ES-EPD Suggestions (LANL ONLY use IE) Netscape users-right click on AutoCad icon and select "Save Target As" to save to your computer and then open. You can also view the CAD drawings using Voloview.