Qbiss One Special Solutions 24703

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  • QO Special solutions | EN | Version 1.3 | November 2014 3

    ArtMeindividualitycanbeachievedbythecontinuously3Dmechanicaltransformationoftheelementsurfaceorfigurativelybydrawingontheelement.

    1.2 artme

    Twooptionsareavailable:Option 1: using pre-designedpatterns(3)Option 2: preparing individual designsattherequestofacustomer

    ArtMeoffers3basicpre-fabricateddesignsorthecomponentsthatcanbeoptionallycombined.Thesedesigns,Concept 1aremarkedasbubbles,curvesandpuzzles.

    Anadvantageofthisconceptisthatitisalreadytried-and-tested,hasoptimizedstaticsandenables quickandless expensive assembly.

    Concept 2requirespattern confirmation with the Trimoexpertteam.

    Possibilities

    Fig. 1.9: Poznan Stadium, Poland Fig. 1.10: Blackburn Central High School, GB

  • QO Special solutions | EN | Version 1.3 | November 20144

    1.3 curved elements

    Possibilities:

    Radius-r[m]:minimal4mandmoreThickness-S[mm]:80-240Length-R[m]:upto4mForm:Convex&ConcavePerformance:retainedthermalinsulation,fireresistance,soundinsulationConsultancy:foreachprojectwithnecessarilydata(r,S,Rprojectperformancedemands)

    Fig. 1.11: Curved elements

    M

    R

    S

    r

    1.3.1 Transversal curved

    r

    R

    r

    R

    Fig. 1.11a: Curved elements - Convex

    Fig. 1.11b: Curved elements - Concave

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 2014 5

    Possibilities:

    Radius-r[m]:minimal4mandmoreThickness-S[mm]:80-240Length-R[mm]:530-5700Form:Convex&ConcavePerformance:retainedthermalinsulation,fireresistance,soundinsulationConsultancy:foreachprojectwithnecessarilydata(r,S,R,projectperformancedemands)

    Fig. 1.12: Curved elements

    1.3.2 longitudinal curved

    M

    R

    S

    r

    Fig. 1.12a: Curved elements - Convex Fig. 1.12b: Curved elements - Concave

    r rM M

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 20146

    1.4 non orthogonal elements (trapezoidal / parallelogram)

    Elementsofnonorthogonalshapesarefacadeelementswithoneortwoangledtransversesides-longitudinaljoints(male/female)areparallel.

    Fig. 1.14: Non orthogonal elements (trapezoidal / parallelogram)

    Fig. 1.13: Horizontal installation

    R(min. 200 mm)

    R (min. 200 mm)

    M

    M

    45-1

    35

    R max

    R (min. 200 mm)

    M

    M

    45-1

    35

    M

    45-135

    R (min. 200 mm)

    Fig. 1.15: Non orthogonal elements-two angled transverse sides

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 2014 7

    AB

    2.0 cOrners 2.1 transversal corner element

    2.1.1 Classical - combining two elements

    Possibilities:

    CombiningtwodifferentcoloursElementthicknessS[mm]:80-240ModulewidthM[mm]:600-1200Minimalleglength[mm]:Amin=Bmin=s+150mm(*QbissOneB/FA+B=min.530mm)Maximalleglength[mm]: a+B (max) = 2000 mm Amax=1000mm; Bmax=1000mm Amax=900mm; Bmax=1100mm Amax=800mm; Bmax=1200mm Amax=700mm; Bmax=1300mm a+B (max) = 4100 mm Amax=600mm; Bmax=3500mm

    Fig. 2.1: L corner shape Fig. 2.2: Combination of two different colours

    A

    B

    S

    min. 150 mm

    70 -175

    M

  • QO Special solutions | EN | Version 1.3 | November 20148

    2.1.2 Under an angle - combining two elements

    Fig. 2.3: L corner shape - angled transverse sides

    Possibilities:

    UnderanangleCombiningtwodifferentcolours

    A max.

    A (min. 150+S)

    M

    M

    45-135

    A (min 150+S)

    S

    A

    A

    B

    B

    M M

    Fig. 2.4: L corner shape - angled transverse sides

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 2014 9

    2.2.1 Classical - combining two elements (shape and colour combination)

    2.2 longitudinal corner element - combined

    Possibilities:

    CombiningtwodifferentcoloursElementthicknessS[mm]:80,100,120,133,150ModulewidthM[mm]:600-1200Minimalleglength[mm]: -Amin=150(200) -Bmin=200(150) -A+B=min.600mmMaximalleglength: -Amax=Bmax=800mm&A+B=max.1600mm -ElementlengthR[mm]:530-6500Anglebetweenlegs70-175

    Fig. 2.5: L corner shape

    A B

    R

    B

    A

    S

    min

    . 150

    mm

    Fig. 2.6: Combination of two different colours

    70 -175

  • QO Special solutions | EN | Version 1.3 | November 201410

    R R

    A

    AB

    B

    2.2.2 Under an angle - combining two elements

    Possibilities:

    UnderanangleCombiningtwodifferentcolours

    Fig. 2.7: L corner shape Fig. 2.8: Corner under an angle

    min

    . 150

    mm

    A (A

    )

    B (B)

    S

    70 - 175

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 2014 11

    2.3 3d corner

    3DcornerwasdevelopedsuchthatoneQbissOnecornerelementislaidhorizontallyandfoldedbelow45angleinthetransversaldirection.Thisallowsthefaadetopasssmoothlyintoasoffitinonepiece.

    Fig. 2.9: 3D corner under an angle

    A

    R1 R2

    B

    B

    90

    70 -175

    A

    A

    S

    R1

    R2

    Front view Isometric view - outer view

    Top view Isometric view - inner view

    NOTE:all applications for use must be approved by Trimo's technical support.

  • QO Special solutions | EN | Version 1.3 | November 201412

    Qbiss One facade system enables integration with different Windows, doors and Curtain Walls systems that are available on the market.

    For more information please contact Trimos technical support, [email protected].

    NOTE:- supporting sub-structure for the location of openings must be defi ned by static calculation.

    Qbissmodularfaadesystemoffersarangeofelegantandhigh-qualitysolutionsforwindows,doorsandotheropenings.Framesaremadeofaluminiumprofileswithanintegratedthermaltransferbarrierthatassuresthermalstabilityoftheindoorenvironment.Theyenableaquickassemblyofopeningsandefficientreplicationoffaadedetails.Themodularassemblysystemallowseofthefollowingtypesofframesandwindows.

    WINdOW aNd dOOr OPENINGsTypes(feasibleassemblycombinations:A,B,C):TYPE 1 equal to faade element dimension Type1.1-visiblejoint Type1.2-visiblejointbyshiftTYPE 2 not in element dimension Type2.1-withcoverededges,windowssmallerthanelement Type2.2-withcoverededges,windowslargerthanelementCombinationsofwindowandglazings A-Aluminiumframe(blindframe) B-Aluminiumframe+fixedglazing C-Aluminiumframe+glazingwithopeningfunction

    3.0 WIndOWs/dOOrs/cUrtaIn Walls

    !

    Fig. 3.1: TYPE 1 - in element dimension Fig. 3.2: TYPE 2 - not in element dimension

    Type 2.1 Type 2.2Type 1.2Type 1.1

    3.1 Windows, doors and curtain walls integration

  • Trimo, d. d., Prijateljeva cesta 12, 8210 Trebnje, Sloveniat: +386 (0)7 34 60 137 f: +386 (0)7 34 60 127 e: [email protected] w: www.qbiss.eu, www.trimo.eu

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