21 June 2018

SUCCESS CASE — HERON HOSPITAL REDEVELOPMENT

AS BUILT VERIFICATION TO PLAN NEW STRUCTURAL CHANGES Hospital in North of Italy

PDF versione italiana

PROJECT DESCRIPTION

KEYWORDS: Engineering | Architecture | Hospital redevelopment | Heron | 3D Mapping 

The healthcare sector is always in constant evolution. In order to stay at the forefront from the point of view of diagnosis, there is often the need to introduce more advanced machinery whose placement within the hospital space must be adequately planned. In many cases it is necessary to completely rethink the rooms, taking care not to hinder the hospital routine or to cause inconvenience to the patients.

« The use of HERON AC-1 for the detection of some hospital internal environments has allowed obtaining a 3D model in a very short time, without interfering with the hospital's operational routine.»
Massimo Dierna
Gexcel | Civil engineer

NEEDS AND GOALS

  • To obtain the real state of the building in order to plan the implementation of new technical rooms.
  • To acquire 2D and 3D data quickly and discreetly without disturbing the guests of the structure.
  • To not interrupt or hinder the regular functioning of the hospital.

HERON 3D Mapping
Fig 1. HERON outdoor and indoor mapping


In this specific case, the client decided to proceed with a rapid survey carried out using the HERON instrument, thanks to which it was possible to detect 3 wings in just 20 minutes, simply by walking along corridors, rooms, and stairsDuring data processing, it was possible to extract the point cloud 3D model and compare it with existing 2D maps.  The plans of the detected environments were then updated: orthophotos of the 3D model were generated and subsequently imported and vectored in CAD.


HERON AC-1 MAIN BENEFITS


  • Efficiency: time and economic saving.
  • Integration: management of very large dataset, with the possibility of automatically integrating data from terrestrial or handheld laser scanners. 
  • Quick and frequent update of 2D and 3D maps, thanks to Heron’s automatic localization capability. Survey easily managed by operators with minimal knowledge of surveying.

    hospital x-ray orthophoto
    Fig 2. HERON survey with its trajectory. Fig 3. Hospital x-ray orthophoto 



    CAD floor plan
    Fig 4.  HERON survey section (in purple) comparing with the existing CAD floor plan


    RESULTS

    • 3D point cloud model
    • CAD maps in 1:200 scale
    • Windows position into the CAD map

    TECHNICAL DETAILS
    • SURVEYING SYSTEM: HERON AC-1
    • SURVEYING AREA: 2.500 sqm
    • SURVEYING TIME: 20 minutes
    • PROCESSING SOFTWARE: HERON Desktop - JRC 3D Reconstructor
    • DATA PROCESSING TIME: HERON Data 1 day - CAD Plans 3 days



    ABOUT


    The Client required to Gexcel the rent of HERON with operator for the surveying activities and the data processing delivery. For a privacy agreement, Gexcel is not allowed to show the Client’s name.


    17 May 2018

    EVENT — Gexcel and HERON at GEO Business Show 2018

    HERON® AC-1, the innovative Wearable Mobile Mapping System from Gexcel, is having a significant success worldwide on innovative BIM-check projects. Several customers are using the HERON® change detection feature to highlight differences between the reality and the BIM model: everything in real time.

    Real-time and effective scan to BIM quality check services on huge sites, such as airports, industrial plants, and construction yards are now possible!


    HERON® can survey complex environments without any external positioning system and is capable to highlight in real-time possible geometrical changes between different surveying sessions. Moreover, HERON® works as a localization system using either a former survey or a CAD model as reference frame.

    Thanks to these unique features, HERON® has been adopted by international institutions and large companies involved in the nuclear power plant and advanced industrial projects.


    >> Visit Us on Stand L15 at GEO Business (22-23 May, London) <<


    10 May 2018

    SUCCESS CASE — UNDERGROUND ARCHAEOLOGICAL SURVEY

    STUDY OF THE HYPOGEUM SITE AND PRODUCTION OF VIRTUAL REALITY Hellenistic Necropolis of Neapolis, Napoli (ITALY)

    PDF versione italiana

    PROJECT DESCRIPTION

    KEYWORDS: Virtual Reality | JRC 3D Reconstructor | 3D Laser Scanner | Photogrammetry | Archeology

    «The Hellenistic Necropolis of Naples presents chamber tombs from the Hellenistic period (V-III century BC) characterized by monumental façades dug into the tuff. The site is crossed by the canal bridges of the imposing Augustus aqueduct of Serino» (Carlo Leggieri, Celanapoli).
    Since the site is only partially open, there is a project in progress to be able to benefit from the good in a "digital" way through the production of an Immersive Virtual Tour.
    The survey has developed for hundreds of meters in depth, acquiring data through laser scanners integrated with the photogrammetric survey of the individual chamber tombs and part of the aqueduct. The site develops from 0 to about -35 meters underground.
    The processing of point clouds, generated with different techniques and instruments, was very effective thanks to JRC 3D Reconstructor. The advanced tools for data management and filtering allowed to perform the first data processing, producing point clouds and 3D models for a deeper and fine study of the Hypogeum site. The further data processing allowed to extract orthophotos, plants and elevations at millimeter precision, as well as to create an immersive virtual reality application.

    ACAS3D - JRC 3D Reconstructor - chamber tombs point cloud orthographic view in reflectance - hypogeum site of Naples Necropoli (Italy)
    Fig.1_Chamber tombs: point cloud orthographic view in reflectance
    ACAS3D - JRC 3D Reconstructor - chamber tombs point cloud model inclination value - hypogeum site of Naples Necropoli (Italy)
    Fig.2_Chamber tombs: 3D point cloud model with inclination value
    ACAS3D - Photogrammetric station and fresco orthophoto - hypogeum site of Naples Necropoli (Italy)
    Fig.3-4_Photogrammetric station and fresco orthophoto


    « The technology of Gexcel software, developed by experts in the field, is the basis of truly versatile products able to guarantee a very satisfactory processing experience »
    Federico Capriuoli
    Acas3D | Civil Engineer

    NEEDS AND GOALS

    • Laser scanner and photogrammetric survey for the study of the Hypogeum site.
    • Creation of a topographical reference network. 
    • Millimeter precision of the elaborates.
    • Production of immersive virtual tour.


    RESULTS

    • 2D models
    • 3D models
    • High-resolution orthophotos
    • Plants, elevations and sections
    • Immersive virtual tour


    ACAS3D - Orthographic view of the external façades - hypogeum site of Naples Necropoli (Italy)
    Fig.5_Orthographic view of the external façades
    ACAS3D - 3D point cloud model - hypogeum site of Naples Necropoli (Italy)
    Fig.6_3D point cloud model


    JRC 3D RECONSTRUCTOR MAIN BENEFITS

    • Effectiveness of processing functions
    • Management of data from different types of surveying hardware
    • Alignment and filtering tools for point clouds


    TECHNICAL DETAILS (*project still in progress)

    • SURVEYING SYSTEM: Terrestrial laser scanner - Total station - Super High-Res reflex cameras (Nikon D850)
    • PROCESSING SOFTWARE: JRC 3D Reconstructor Heritage-Architectural - Photogrammetric software - Graphic engines (Unity/Unreal)
    • SURVEYING DATA*: 6.600 photograms - 460 laser scans
    • PROCESSING TIME*: 1 month


      ACAS3D - Trasversal section - hypogeum site of Naples Necropoli (Italy)
      Fig.7_Trasversal section



      ABOUT

      Acas3D Srs | www.acas3d.com
      The ACAS3D \ Hera Srl company, based in Grosseto (Italy), deals with laser scanner/photogrammetric surveys for the historical buildings and cultural heritage field.

      19 April 2018

      ELISIR project: eco-seismic building regeneration 4.0

      Gexcel will provide its own technologies in 3D mapping, fast 3D digitalization, and BIM model update within the ELISIR project. These technologies are essential to drastically reduce costs and times of surveying activities and to assess in real-time the as-built conditions of a building.

      ELISIR stands for Energy, Life Styled & Seismic Innovation for Regenerated Buildings and it aims at exploiting the potential of digitization in order to create a very personalized product-service to be offered on the market of the existing building heritage focused on seismic improvement and energy efficiency in a "smart living" way, developing a real "Built in Italy". The research project has been launched last November with a research call funded by the Lombardy Region and will end in May 2019.

      gexcel-heron-elisir-progetto

      Gexcel participates in the project, along with other important partners, using the HERON technology for the rapid survey of buildings, for the as-built data acquisition in the form of a point cloud, and will further develop the product adding the possibility of collecting camera data. Schneider will contribute by developing appropriate sensors for energy analysis, a platform for collecting, storing and processing data and validating them. Valsir will undertake the development of hydraulic connections leveraged by sensors, to monitor all the water consumption of the various users. H&D will craft appropriate financial products to provide "the business model and a brand capable of spreading and introducing innovation in the supply chain" with possible "consequences on foreign markets that will be investigated together with the partners involved". Delta Phoenix will fine-tune the energy seismic plaster. The development of smart windows will be taken care by Italserramenti, which will experiment products with a high degree of automation and intelligence, able to adapt to users' needs and independently manage environmental comfort.

      The concept of the project was born at the DICATAM headquarters in the University of Brescia, on the initiative of Angelo Ciribini, one of the leading experts in Building Information Modeling (BIM) and digitization in construction. The second university involved is the Milan Polytechnic, with the Abc department - Architecture, Engineering and the built environment, and in particular with the operating units "Building envelope engineering group" and "Sustainable building process management group". Find more...

      6 April 2018

      SUCCESS CASE — CONSERVATION, RECOVERY AND RESTORATION OF HISTORICAL BUILDINGS

      The ancient complex "Convent and Prison of S. Domenico buildings" San Gimignano, Siena (Italy)

      PDF versione italiana


      PROJECT DESCRIPTION

      KEYWORDS: Classification Mapping | JRC 3D Reconstructor | 3D Laser Scanner | Heritage | Architectural

      Assignment carried out in 2016 and 2017 for the underground part, commissioned by the Public Authority of San Gimignano (Siena) to the "RTP Borromini" group, a multidisciplinary professional team composed of specialists in architecture, engineering, restoration, and archeology. The STUDIO ASSOCIATO PERIGEO was involved for the topographic and laser scanners survey. The complicated geometries detected with the 3D laser scanner, together with the accurate topographic survey, were then used for all the subsequent phases of detail analysis and output of a unique georeferenced system. Thanks to the data processing software JRC 3D Reconstructor, it was possible to collect and share 3D outputs from laser scanner scans and an in-depth evaluation of underground constructions of historical and anthropological interest.


      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.1_3D colored point cloud model: a global view of the complex with caves

      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)


      «Thanks to the Gexcel software, I could complete an important laser scanner survey with high accuracy and quality, very demanding for its features and dimension»
      Roberto Pierini
      STUDIO ASSOCIATO PERIGEO | Senior Surveyor


      NEEDS AND GOALS

      • An integrated geometric dataset for multidisciplinary technical activity aimed at reconstructing the cognitive framework.
      • Essential geometric data for subsequent conservation, recovery, and enhancement of the historical compendium. 
      • Accurate 3D laser scanner survey of façades, cloister, chapel and underground cavities.
      • Topographic support.


      RESULTS

      • Detailed technical table
      • Plans, sections, elevations, high-resolution orthophotos and photo plans
      • 3D point cloud model
      • 3D model flythrough movies
      • Mines and tunnels 3D metric survey



      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.2_Hypogeal tunnels with altimetric coloring
      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.3_Vertical section and orthographic view of the cave interior
      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.4_3D colored model | Global view and internal detail


      JRC 3D RECONSTRUCTOR MAIN BENEFITS

      • Easy management of a big dataset
      • Millimeter precision of the results
      • Compatibility of different laser scanners
      • Fast third-party software connection



      TECHNICAL DETAILS

      • SURVEYING SYSTEM: Laser scanner Faro Focus3D X130 - Total station Leica TS06
      • SURVEYING AREA: Area: 8.700 m² approximately - Prospects: 15.000 m² approximately
      • SURVEYING TIME: Topographic and laser scanner: 6 days (2 operators)
      • PROCESSING SOFTWARE: JRC 3D Reconstructor - PointR3
      • PROCESSING TIME: Laser models: 30 days (1 operator)


      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.5_Final delivery | Orthophoto inserted into the 3D point cloud

      studio associato perigeo, jrc 3d reconstructor, complex "convent & prison of S. Domenico buildings" S.Gimignano, Siena (IT)
      Fig.6_Final delivery | 3D colored models


      ABOUT

      STUDIO ASSOCIATO PERIGEO | www.studioperigeo.it
      The STUDIO ASSOCIATO PERIGEO, by Roberto Pierini and Valentina Tinti, features more than 30 years of experience in topographic, architectural, building and inventory surveys; for public associations and administrations as for individuals, businesses, or professionals in the fields of renovation and design, where it is important to create functional synergies to provide adequate metric datasets necessary for consistent and sound tasks performance.


      27 March 2018

      EVENT — Gexcel and CSMT at the First China Global Experts Summit (CGES)

      20th March 2018, China — The first China (Ningbo) Global Experts Summit (CGES).


      CGES 2018




      The Global Experts Summit is a worldwide meeting focused on the world's cutting-edge technology and China's industrial demands, creating a platform where global talents and technologies seek cooperation and achieve win-win results.

      The CSMT of Brescia (Italy) attended the summit as a successful example of Italian technology transfer center and Gexcel was invited as one of the representative expert companies located at the CSMT technology center.







      During the event, Mr. Matteo Sgrenzaroli (R&D Project Manager at Gexcel) focused his presentation by showing the benefits of LiDAR technology, the new engineering solutions, and the market outer reach.



      A total of 239 high-tech projects from a variety of industries (aerospace, integrated circuits, new materials, etc.) sought cooperation and financial support through roadshows and matchmaking events at the summit.

      Find more about the event





      6 February 2018

      PRESS RELEASE — GEXCEL and 3DFLOW: a stronger partnership to integrate LiDAR and Photogrammetric technologies

      6th February, 2018, Italy — Gexcel is proud to announce the latest strengthening of the partnership with 3DFlow, finalized to improve the integration between their specific sectors: LiDAR and Photogrammetry.
























      The task to provide to the market outstanding solutions and products capable to integrate LiDAR and Digital Photogrammetry is one of the main strategic goal of both companies, Gexcel and 3DFlow.

      The partnership between Gexcel and 3DFlow started in 2012, when an innovative software for digital Photogrammetry was commonly customized and named PixR3 to satisfy the needs of Gexcel's customers.

      In these years the competence and the diffusion of Gexcel's products in the global LiDAR market are dramatically grown and the products like JRC 3D Reconstructor® (software for LiDAR data management) and HERON® (SLAM based mapping wearable system) are became estimated and well known products worldwide.

      On the other hand, also the worldwide presence and high competence of 3DFlow products and services in the digital photogrammetric field are exponentially grown. For this reason both partners have commonly decided to be more focused on their main technology competence, not forgetting the strategic importance of the integration between LiDAR and Digital Photogrammetry products.
         
      The strengthen partnership will allow Gexcel to full benefit of the 3DFlow technology in a more integrated and cross way. Gexcel portfolio will be now enriched with all the 3DF Zephyr® software solutions, perfectly integrated with JRC 3D Reconstructor® LiDAR software, to provide ever more complete solutions to users and final clients.





      Follow Gexcel on gexcel.it/software/3df-zephyr to learn more on the software integration and 3DF Zephyr® software.




      About Gexcel

      Gexcel has a rich history spanning more than 10 years of proven fully featured LiDAR and imagery analysis software like the well-known JRC 3D Reconstructor®. Gexcel’s software are compatible with the LiDAR sensors of the main laser scanner manufactures such as Faro, Geomax, Riegl, Stonex, Surestar, Teledyne-Optech, Topcon, Trimble, Velodyne and Z+F. Gexcel is currently present on the market with innovative surveying systems (HERON® and OPMMS®) and it is involved, with several partners, in various projects for the development of innovative solutions based on laser scanner, SLAM and digital photogrammetry. Gexcel was established in 2007 from the academic know-how of the University of Brescia and the applied research achievements of the European Joint Research Centre (JRC), located in Ispra (Italy).

      About 3DFlow
      3Dflow is a completely private held consulting company and software house operating in the field of Computer Vision and Image Processing. It was established in 2011 as a spin-off of the University of Verona and in 2012 it became a spin-off of the University of Udine. 3Dflow is a dynamic, innovative company committed to providing cutting-edge solutions and software components involving Photogrammetry, 3D modeling of reality, 3D processing and 3D visual effects. Its customers ranges from small local industries to worldwide leading entertainment companies.

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      Published on:

      - https://www.geoconnexion.com/news/a-partnership-to-integrate-lidar-and-photogrammetric-technologies
      - http://www.amerisurv.com/content/view/16560/
      - http://www.lidarmag.com/content/view/12650/