Intelligent data object model for distributed product manufacturing, assembly and facility infrastructure
A computer aided process for creation of a manufacturing facility, for production of a user-selected product, relies on a set of functional modules for specification of the facility's floorspace requirements, manufacturing equipment, and equipment layout to allow optimization of the facility for a production capacity specified by the user.
1. A computer aided method of producing a manufacturing plant suitable for production of one of a first or a second user selectable product, the computer aided method comprising the steps of:
creating a physical facility database containing the physical facility requirements of said manufacturing plant, wherein said physical facility database comprising:
a production floorspace dataset specifying dimensions of the physical footprint of the production portion of said manufacturing plant,
wherein said dimensions being determined as a function of the dimensions of specified manufacturing machines,
a full floorspace dataset of the physical footprint specifying dimensions of the manufacturing plant,
a machinery layout dataset specifying the layout of machinery within the production portion of said manufacturing facility, and
a facilities layout dataset specifying layout of supporting facilities within the manufacturing plant, wherein said facilities layout dataset more specifically specifying the location of utilities, comprising one or more of Heating, Venting and Air Conditioning (HVAC), electrical, water, compressed air and hydraulic lines:
creating a database of manufacturing machines suitable for use in the production of at least one of said first or second user selectable product, wherein said database of manufacturing machines including details of manufacturing machines sufficient for production of both of said first and second user selectable products comprising:
at least one supplier of each identified manufacturing machine,
an indication of the price of each identified manufacturing machine,
wherein the dimensions of each identified manufacturing machine, comprising,
physical dimensions of each manufacturing machine,
required clearances for operation and maintenance of each manufacturing machine,
required clearances for loading and unloading workpieces into and from each manufacturing machine,
location of fittings on the manufacturing machine for external connection to one or more of electric, water, air and hydraulic lines,
the production capacity of the manufacturing machine,
the identification of the usage requirements of the manufacturing machine, during operation at full operating speed, for external supply of any needed electric, water, hydraulic fluid, and compressed air,
the details of any heating and air conditioning specifications provided by the supplier of the manufacturing machine, and
a cross reference to a supplier database for manufacturing machines,
creating a database of components suitable for use in the production of at least one of said first or second user selectable product comprising identification of each such component and, for each identified component, wherein said database of components including details of such components sufficient for production of both of said first and second user selectable products, and including one or more of:
identification of at least one supplier of each identified component along with available information related to pricing and delivery terms available from such identified supplier,
identification of the physical characteristics of each said component including:
materials from which said component is fabricated,
details of form, fit and finish,
any specifications provided by the manufacturer of said component with the sale of such component,
full specifications for three-dimensional (3D) fabrication when available,
database of 3D parameters,
identification of suppliers of and the specifications of 3D equipment suitable for the component,
a cross reference to a supplier database for components, and
create a database of assembly components comprising:
identifying the physical structure of each assembly component,
identifying the components and assemblies that are combined to form the assembly component,
identifying the manner in which the identified components and assemblies are combined, and
provide a floor space calculation module that:
receives user input selecting one or more products to be produced:
receives user input indicating desired manufacturing capacity for each selected product:
selects manufacturing machines from the manufacturing machine database suitable for use to support the desired manufacturing capacity of each selected product:
uses database of manufacturing machines to determine the space requirements for the manufacturing machines selected and generate a floor layout based on each manufacturing machine's dimensions and clearances and the loading and unloading spatial requirements and clearances of each:
provides suitable product movement lanes between manufacturing machines and allows space at each manufacturing machine for loading and unloading of components and assemblies, in each case as a function of the dimensions of the selected delivery equipment,
provides space for utilities as calculated by a utility module: and
provides a product capacity calculation module that:
receives user input selecting one or more products to be produced from a list of available products:
receives user input indicating the total floorspace available for the manufacture of the selected products:
receives user input regarding the desired manufacturing capacity for each selected product:
selects manufacturing machines from the manufacturing machine database suitable for use to support the manufacture of the indicated desired manufacturing capacity for each of said selected products:
uses the database of manufacturing machines to determine the space requirements for the manufacturing machines selected and to generate a floor layout based on each manufacturing machine's dimensions and the operating, loading and unloading spatial requirements and clearances of each:
provides suitable product movement lanes between manufacturing machines and allows space at each manufacturing machine for loading and unloading of components and assemblies, in each case as a function of the dimensions of the selected delivery equipment: and
provides a floorspace layout for utilities as calculated by said utility module provide a supplier database with information related to:
identification of each supplier, including legal name, address, phone number and identification of each component supplied by each suppliers:
indication of alternative components available from each supplier:
indication of the cost of each component supplied by each suppliers:
indication of delivery lead times for each component supplied by each supplier: and
indication of the supplier rating for on-time delivery,
provide a 3D manufacturing database with specifications, in sufficient detail for operation of a 3D printing machine, for each component intended to be fabricated through 3D printing,
provide a manufacturing knowledge module for specifying the flow of components and assemblies through the manufacturing process based on data inputs received from the floorspace module, the manufacturing machine module and the component module, wherein said manufacturing knowledge module comprising a first stage and a second stage knowledge database,
wherein said first stage knowledge database specifying information for the movement of raw input materials and supplies from the loading dock to the first manufacturing machine, for production of a first assembly, based, at least in part, on
a) receipt of floorspace layout details from said floorspace module,
b) receipt of manufacturing machine details from said manufacturing machine module and
c) receipt of component details from said component module, wherein said component details including identification of necessary components, materials and supplies,
and wherein said second stage knowledge database specifying information for movement of said first assembly from said first stage of manufacturing to a second stage of manufacturing comprising the steps of
removal of said first assembly from said first stage,
delivery of said first assembly to said second stage, and
positioning said first assembly for operation of said second stage.