Claims Analysis
Total Claims: 7
Claim 1
Independent Claim
275 words
A conceptual design tool method for implementation on a computer, said conceptual design tool method providing for the early manufacturing involvement information needed to aid and improve the total design planning and manufacturing effort to product a final product, comprising the steps of: prompting a user on a functional product structure; capturing product structure data input by the user in a database by entering components for each level of component detail in a table in the database; generating a hierarchical structure of the product structure and displaying said hierarchical structure to the user as the product structure data is captured in the database; prompting the user to input manufacturing details for each item in the functional product structure by selecting an item in the structure and displaying a screen for input of manufacturing details; providing the user with an option to enter default manufacturing information of each item; accessing a database to insert default manufacturing information in said screen from said database for similar items; providing the user with an option to override default manufacturing information inserted in said screen; accepting user manufacturing information input to said screen in place of the default manufacturing information; generating an item number for each item and storing the manufacturing information input to said screen in a database indexed by said item number; generating a parts list from the manufacturing details for each item in the functional product structure by accessing each item of each level in the table of the database; prompting the user to input product assembly time; and computing an estimated cost of the product based on the parts list and user input product assembly time.
Claim 2
Dependent Claim
275 words
A conceptual design tool method for implementation on a computer, said conceptual design tool method providing for the early manufacturing involvement information needed to aid and improve the total design planning and manufacturing effort to product a final product, comprising the steps of: prompting a user on a functional product structure; capturing product structure data input by the user in a database by entering components for each level of component detail in a table in the database; generating a hierarchical structure of the product structure and displaying said hierarchical structure to the user as the product structure data is captured in the database; prompting the user to input manufacturing details for each item in the functional product structure by selecting an item in the structure and displaying a screen for input of manufacturing details; providing the user with an option to enter default manufacturing information of each item; accessing a database to insert default manufacturing information in said screen from said database for similar items; providing the user with an option to override default manufacturing information inserted in said screen; accepting user manufacturing information input to said screen in place of the default manufacturing information; generating an item number for each item and storing the manufacturing information input to said screen in a database indexed by said item number; generating a parts list from the manufacturing details for each item in the functional product structure by accessing each item of each level in the table of the database; prompting the user to input product assembly time; and computing an estimated cost of the product based on the parts list and user input product assembly time.
Claim 3
Dependent Claim
103 words
The conceptual design tool recited in claim 1 wherein the step of computing an estimated cost comprises the steps of: using the parts list, accessing quantity and cost for each item in the manufacturing information stored in the database; multiplying the cost by the quantity accessed from the database for each item and temporarily storing the product; multiplying the product assembly time by a predefined labor and burden cost and temporarily storing the product; and summing the temporarily stored products and providing an output of the estimated cost of the final product under design based on the manufacturing information currently in the database.
Claim 4
Dependent Claim
249 words
A conceptual design tool method for implementation on a computer, said conceptual design tool method implementing a top-down functional approach to hardware product design, comprising the steps of: prompting a user at the beginning of a design process to input a product name for a product to be designed; capturing a product name input by the user in a database; thereafter prompting a user to input a functional product structure of the product; capturing functional product structure data input by the user in said data base under said product name; generating a hierarchical structure of the product structure as the product structure is captured in the database; displaying said hierarchical structure to the user as it is generated; successively selecting items in the hierarchical structure; prompting the user to input manufacturing details for each item selected on a display screen; providing the user with an option to enter on said display screen default manufacturing information from said database for each selected item; accessing said database to insert on said display screen default manufacturing information for similar items stored in said database; providing the user with an option to override default manufacturing information inserted on said display screen from said database; accepting user manufacturing information input on said display screen in place of said default manufacturing information; receiving manufacturing information input on said display screen for each item selected; and generating an item number for each item and storing the manufacturing information in said database indexed by said item number.
Claim 5
Dependent Claim
249 words
A conceptual design tool method for implementation on a computer, said conceptual design tool method implementing a top-down functional approach to hardware product design, comprising the steps of: prompting a user at the beginning of a design process to input a product name for a product to be designed; capturing a product name input by the user in a database; thereafter prompting a user to input a functional product structure of the product; capturing functional product structure data input by the user in said data base under said product name; generating a hierarchical structure of the product structure as the product structure is captured in the database; displaying said hierarchical structure to the user as it is generated; successively selecting items in the hierarchical structure; prompting the user to input manufacturing details for each item selected on a display screen; providing the user with an option to enter on said display screen default manufacturing information from said database for each selected item; accessing said database to insert on said display screen default manufacturing information for similar items stored in said database; providing the user with an option to override default manufacturing information inserted on said display screen from said database; accepting user manufacturing information input on said display screen in place of said default manufacturing information; receiving manufacturing information input on said display screen for each item selected; and generating an item number for each item and storing the manufacturing information in said database indexed by said item number.
Claim 6
Dependent Claim
29 words
The conceptual design tool recited in claim 3 further comprising the step of generating a parts list from the manufacturing details for each item in the functional product structure.
Claim 7
Dependent Claim
96 words
The conceptual design tool recited in claim 4 further comprising the step of: using the parts list, accessing quantity and cost for each item in the manufacturing data stored in the database; multiplying the cost by the quantity accessed from the database for each item and temporarily storing the product; multiplying the product assembly time by a predefined labor and burden cost and temporarily storing the product; and summing the temporarily stored products and providing an output of the estimated cost of the final product under design based on the manufacturing information currently in the database.