Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data tile and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data tile and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data tile and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: The present invention relates to a method for designing a system. This method includes obtaining a visual representation of one or more components of the ventilation system. One or more property values are assigned to each of the components of the system, which may be achieved using first program code. Geometrical information representing the visual representation and the property values of each component are exported to a data file using the first program code. Standards information relating to the property values are stored. The data file is then imported into a second software application and the data file and the standards information is used to generate a final design using the second software application.

Abstract: An apparatus for the proper shaped cutting of alternate components of sheet material fittings for subsequent joining as ductwork. The apparatus comprises a main support platform defined by a rectangular peripheral frame of side beams and end beams and a cutter head movably arranged over the platform to cut sheet material on the platform. A first shuttle table for receipt of a first piece of sheet material is supported on the platform. A second shuttle table for receipt of a second piece of sheet material is also supported alternately, on the platform. A roller bearing set is arranged on the platform to permit one of the shuttle tables to be moved onto the platform as the other of the tables is moved from the platform, to permit alternate pieces of sheet material to be cut by the cutter head over the platform in sequence with one another.