http://www.archibloq.com Model prepared in "old times" in ArchiCAD version 6.5 by scripting in GDL language only - no Morphs, no add-ons, no imported meshes from 3ds :-) Its was made as exhibit for virtual Techician Museum project. User interface was rewritten for version 12.

Airport Bench designed for waiting areas

2D airplane on top, side or front view.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

3D parametric, inclined profiled sheet with optional\n- profile sizes\n- slope angle\n- angle of the 2 cutting planes

3D parametric, vertical profiled sheet with optional\n- profile sizes\n- rotation of cutting plane\n- angle of the 2 cutting planes

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

Spatial steel truss girder end with symmetric triangular grid and vertical cutting plane.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

2D airplane on top, side or front view.

2D airplane on top, side or front view.

#http://www.idobathroom.com www.bimlab.fi changelog 01.03.2005 -update 01.03.2004 -initial release

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

T-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

UAP steel column with cutting planes at the ends and different sizes according to EN Standards.

Unequal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

UPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Z-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Domical vault with editable cutting plane.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Universal beam steel column with cutting planes at the ends and different sizes according to British Standards.

Universal bearing piles steel column with cutting planes at the ends and different sizes according to British Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

#http://www.cigraph-store.com library part developed by Fabrizio Diodati www.cigraph-store.com2D / 3D billboard, Platanus Acerifolia / London / Hybrid Plane tree

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Metal sheet with different profiles and cutting planes.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Metal sheet with different profiles and cutting planes.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Spatial steel truss girder end with symmetric trangular grid and vertical cutting plane.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Universal beam steel column with cutting planes at the ends and different sizes according to British Standards.

Universal bearing piles steel column with cutting planes at the ends and different sizes according to British Standards.

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

T-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

UAP steel column with cutting planes at the ends and different sizes according to EN Standards.

Unequal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

UPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Z-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Domical vault with editable cutting plane.

[LIST] The Schüco standard façade systems FW 50+ and FW 60+ are tried and tested solutions,which have proven themselves time and again Transom and mullion profiles are available in graduated dimensions to meet varying structural requirements FW 50+.SI (FW 60+.SI) certified by Passivhaus Institut Darmstadt, Germany Identical inner gasket sight lines on transoms and mullions Three drainage levels: the FW 50+ and FW 60+ systems are designed in such a way that the glass rebates of the mullions and transoms lie in different planes System-based security to WK2 (RC 2) / WK3 (RC 3) / FB4 The insert units offer new design options and efficient ventilation for large opening sections. Windows from the AWS series and Doors from the ADS series are compatible with façade systems Projected top-hung and parallel-opening window for vent weights up to a maximum of 250 kg Particularly large insert unit dimensions up to maximum 2700 mm wide and 3600 mm high [/LIST]

Mobile/transportable intensive care infant incubator. Unit consists of a closed controlled environment in a clear plastic hood for direct observation. Equipped with access ports, doors, heating and humidification systems, temperature and oxygen controllers, physiological monitoring system and a mattress. Used in the intensive care unit or for helicopter, airplane and ground ambulance movement of critically ill neonates. The services have approved different models and manufacturers. Verify airframe compatibility with Army Aeromedical Research Laboratory at Ft. Rucker or the US Air Force Armstrong Laboratory (AFMC) before purchasing.

This system is specifically designed to perform biplane radiographic/fluoroscopic examinations in the Special Procedures Department. On-line digital angio image processing will provide instant availability of images for review. This units characteristics and components include: 100 kW micro-processor controlled X-ray generators, C-arm and U arm with 9” multi-field Image Intensifier, integrated X-ray tube unit. The Digital Spot Imaging for both the AP and Lateral planes shall consist of a computer, keyboard with acquisition and viewing monitor and a slave monitor. The system shall be DICOM 3.0 compatible, for easy linkage to filmless image management systems and review stations. It is recommended that the TV monitors be ceiling suspended.

This system is specifically designed to perform biplane radiographic/fluoroscopic examinations in the Cardiology Department. On-line digital cardiac image processing will provide instant availability of images for review. This units characteristics and components include 100 kW micro-processor controlled X-ray generators, C-arm and U arm with 9” multi-field Image Intensifier, integrated X-ray tube unit and cine camera. The Digital Imaging for both the AP and Lateral planes shall consists of a computer, keyboard with acquisition, viewing monitor, and slave monitor. The system shall be DICOM 3.0 compatible, for easy linkage to filmless image management systems and review stations. It is recommended that the TV monitors be ceiling suspended. System to be procured with Cardiac Cath Lab computerized analysis/monitoring system.

The CT Scanner System is an noninvasive radiographic technique that involves the reconstruction of a tomographic plane of the body from a large number of collected x-ray absorption measurements taken during a scan around the body's periphery. The CT System shall be a single gantry, whole body scanning system appropriate to support tertiary care facilities with an annual projected workload of less than 5,500 separate studies. System includes DICOM 3.0 or latest version software protocol. System to be procured with turnkey installation.

The system shall be a single plane or variable angle dual detector emission system, designed for fast data acquisition and high patient through put for Single Photo Emission Computed Tomography (SPECT), whole body and general purpose nuclear medicine procedures. It shall be designed to image at any energy range for any procedure. The unit detects and counts photons emanating from radiopharmaceuticals. Collimators available to suit full range applications. The system shall be DICOM 3.0 or latest version, compatible, for easy linkage to filmless image management systems and review stations.

16 is formed by sequentially pouring three separate layers of molten glass – in varying opacities – on a horizontal plane. Each layer responds to the indeterminate shape of the previous pour to create a uniquely layered whole. Two of these pieces are then attached and illuminated with an internal LED lamp.

Timeless, reduced, consistent Consistent variety of solutions, the greatest possible reduction in the design: LS ZERO transfers the design constants of the classic LS 990 range to a new flush-mounted interpretation. Installed in furniture, brickwork or drywalls, LS ZERO creates a level plane in any type of installation between the surface and the operating element. Furnishing concepts thus make a compelling and creative statement. All the requirements for a modern electrical installation can of course be implemented with LS ZERO. The advantages at a glance: [LIST] totally flush-mounted installation reduced, timeless design clear, straight edges purist aesthetic combinable with all inserts of the LS 990 Installation in furniture and with special plaster frame in brickwork or drywall available in white and 26 Les Couleurs® Le Corbusier colours available in totally flush-mounted version or with a 3 mm profile height [/LIST]

Timeless, reduced, consistent Consistent variety of solutions, the greatest possible reduction in the design: LS ZERO transfers the design constants of the classic LS 990 range to a new flush-mounted interpretation. Installed in furniture, brickwork or drywalls, LS ZERO creates a level plane in any type of installation between the surface and the operating element. Furnishing concepts thus make a compelling and creative statement. All the requirements for a modern electrical installation can of course be implemented with LS ZERO. The advantages at a glance: [LIST] totally flush-mounted installation reduced, timeless design clear, straight edges purist aesthetic combinable with all inserts of the LS 990 Installation in furniture and with special plaster frame in brickwork or drywall available in white and 26 Les Couleurs® Le Corbusier colours available in totally flush-mounted version or with a 3 mm profile height [/LIST]

Overlapping prefabricated bed joint reinforcement consisting of two parallel longitudinal wires (that are) joined by a central wire. The central wire forms a truss structure and is welded on (in) the same plane along the inner side of the longitudinal wires. It has an innovative design that enables the (performing of the) overlap between reinforcements without the need for any further manipulation, keeping the same nominal width of the reinforcement in the overlap area. The ends of the pieces have a specific geometric plug-shaped configuration which enables the 250mm overlap to be performed without the need to cut the wires. Also, the transverse wire is crushed in said area so that minimum mortar beds can be ensured.

Overlapping prefabricated bed joint reinforcement consisting of two parallel longitudinal wires (that are) joined by a central wire. The central wire forms a truss structure and is welded (soldered) on (in) the same plane along the inner side of the longitudinal wires. It has an innovative design that enables the (performing of the) overlap between reinforcements without the need for any further manipulation, keeping the same nominal width of the reinforcement in the overlap area. The ends of the pieces have a specific geometric plug-shaped configuration which enables the 250mm overlap to be performed without the need to cut the wires. Also, the transverse wire is crushed in said area so that minimum mortar beds can be ensured. It also has spacers on the transverse wires which permit the control of the bed joint thickness. It also includes some devices, called SAO, placed at both ends of the pieces which permit visual verification, after the execution phase, that the amounts of wall reinforcement correspond to those of the design and that the overlap length complies with the regulations.

Metallic elements made of stainless steel with the primary role of clamping and retaining the masonry wall to structural elements. They permit free movement in the two directions contained within the plane of the wall. The anchor consists of two parts, a socket that is mechanically fixed to the structure and an omega that engages the grooves of the socket and whose ends are embedded in the ends of the masonry wall. The anchor is characterized by its great resistance both to traction and to compression as well as by including a SAO device.

High thermo-acoustic performance structural floor or roof with Jendy JOSS® system with metal frames, upper covering OSB panels and insulation in rock wool, for a total thickness of 237mm. The structure consists of a frame of galvanized steel, 1.5 mm thick section 50-200-50mm places to 400mm wheelbase; thickness, pitch and height of the profiles as resulting from specific structural calculations. The profiles are secured with vertical warping brackets or inserted within the 40-200-40mm section guides. The top surface of the floor will be covered with a double layer of OSB 3 sheets, normate for static functions and the bracing of the horizontal plane, 12mm thick, screwed to the metal with screws VT4.2*32 galvanized and drilling, crossed and with staggered joints cutlery. The floor lower side will instead be coated with a plasterboard plate of 13mm thickness and 2800-3000x1200mm size screwed to the steel structure with suitable self-threading screws fosfate VT3.5*25. The plasterboard will be finished as a rule with plastering of gypsum-based joint with interposed retina or microperforated tape, plastering of the head of the screws, angles, etc ... In the gap will be inserted one of high density rock wool of 160mm thick 70 kg/m³ with acoustic insulation function. In case of roof will be placed on the upper side a further insulating layer to achieve the desired thermal values ​​and suitable waterproofing of the surface; if it’s an intermediate floor it must be realized the screed plant, possibly dry, with traditional subflooring pad and subsequent paving as usual. Including static design of the floor, exclude the reviewing of the existing part. Vacuum computation for full under 5mq.

CUPOLEX® RIALTO SMALL, patented technology of Pontarolo Engineering spa, is a system to create high raised floors, with non-standard heights or inclined slabs. Can be used alone or together with CUPOLEX® RIALTO technology in the same area, distances between the columns of 57 or 28,5 cm can be obtained. Is used to facilitate the installation or in the cases where a higher structural resistance is required. CUPOLEX® RIALTO permits to create a raised slab with heights between 50 and 250 cm. The system is made of domes, tubes and bases, it is easily and quickly assembled on site: creating a matrix of bases on the prepared plane surface; on top of the bases are placed the plastic tubes of diameter 12,5 cm and variable height depending on the project requirements; at last the domes, 28,5 x 57 cm, are installed on top of the tubes. When mutually connected, all these elements can receive the slab steel reinforcement and the concrete cast giving it a unique geometry with a hollowed space underneath the slab.

CUPOLEX® RIALTO, patented technology of Pontarolo Engineering spa, is a system to create high raised floors, with non-standard heights or inclined slabs. CUPOLEX® RIALTO permits to create a raised slab with heights between 50 and 250 cm. The system is made of domes, tubes and bases, it is easily and quickly assembled on site: creating a matrix of bases on the prepared plane surface; on top of the bases are placed the plastic tubes of diameter 12,5 cm and variable height depending on the project requirements; at last the domes, 57 x 57 cm, are installed on top of the tubes. When mutually connected, all these elements can receive the slab steel reinforcement and the concrete cast giving it a unique geometry with a hollowed space underneath the slab.

kreon rei is a family of products offered as individual wall mounted luminaires or as a continuous system. The individual kreon rei luminaires are low level wall recessed or surface wall mounted products designed to provide discreet placement lighting via an optimised reflector system. They are available in two sizes with a choice of black or white finish. kreon rei continuos system is a ceiling surface mounted or ceiling recessed mounted luminaire offered with a choice of wall wash optic or downlight optic. Both types can be specified to length and are available in black or white finishes. kreon rei wall wash optical system is developed to provide a homogenous continuous luminance on vertical surfaces and is the perfect solution for galleries, residential or retail applications where vertical plane illuminance is a prerequisite of the lighting planning. kreon rei down light provides continuous controlled lighting in an optimised symmetric beam of just 55º to focus light over task areas or where an increased ambient level of lighting is required.

kreon cana is a minimal architectural lighting channel that can be equipped with a wide range of LED luminaires. When recessed, kreon cana in white gives depth to ceiling planes whilst kreon cana in black provides a visible separation. When surface or pendant mounted, kreon cana provides an architectural beam for lighting integration. kreon cana is offered in three widths and can accommodate kreon holon circular or kreon prologe

kreon cana is a minimal architectural lighting channel that can be equipped with a wide range of LED luminaires. When recessed, kreon cana in white gives depth to ceiling planes whilst kreon cana in black provides a visible separation. When surface or pendant mounted, kreon cana provides an architectural beam for lighting integration. kreon cana is offered in three widths and can accommodate kreon holon circular or kreon prologe square semi-recessed spotlights and kreon holon surface spotlights, in addition to kreon ligna continuous lines of light. The wide choice of luminaires can be mixed and arranged to suit the spacial demands and present illumination where it is required.

Brise metálico com lâminas verticais giratórias de alumínio, perfil tipo "asa de avião", dimensões baseadas no fabricante Lumibrise. Opção de lâminas com perfil retangular simples (madeira), com dimensões livres.