摘要:
The content of an operating instruction to each worker in a manufacturing process is controlled in the following way based on a manufacturing direction to the worker and on manufacturing achievement, work proficiency, and the like of the worker for the manufacturing direction. A deviation between a manufacturing direction and manufacturing achievement is calculated. Manufacturing direction parameters acting as factors of the calculated deviation are specified for each product to be manufactured. The above information is stored in a deviation factor database. For a new manufacturing direction, manufacturing direction parameters therein are checked against the deviation factor database to determine alarm information to be given to a worker on a manufacturing line, and the determined alarm information is outputted.
摘要:
The content of an operating instruction to each worker in a manufacturing process is controlled in the following way based on a manufacturing direction to the worker and on manufacturing achievement, work proficiency, and the like of the worker for the manufacturing direction. A deviation between a manufacturing direction and manufacturing achievement is calculated. Manufacturing direction parameters acting as factors of the calculated deviation are specified for each product to be manufactured. The above information is stored in a deviation factor database. For a new manufacturing direction, manufacturing direction parameters therein are checked against the deviation factor database to determine alarm information to be given to a worker on a manufacturing line, and the determined alarm information is outputted.
摘要:
A transportation schedule planning support system receives an order of one or more types of products which requires a use-by date control, and transports the products from one or more stock-carrying bases to one or more delivery destinations. In the system, a user previously registers a transportation route candidate from a stock-carrying base to each delivery destination adoptable as a solution, as a base group. A necessary use-by date for a product to be delivered next is determined based on an actual delivery to each delivery destination. The number of vehicles allocatable to a transportation at each base according to a vehicle type, and a vehicle type not used in each base group are added to a restriction condition. A mixed integer programming is applied using an expected obtainable profit obtained by delivering each product as an objective function.
摘要:
A manufacturing instruction evaluation support system includes a data reading part that reads a manufacturing instruction parameter group and manufacturing performance data corresponding thereto, a parameter sorting part that calculates a risk rate for each manufacturing instruction parameter configuring the manufacturing instruction parameter group and an average value of risk rates among the manufacturing instruction parameters to identify as available choices the manufacturing instruction parameters having the risk rates no greater than the average value, a parameter identifying part that calculates an explanatory variable selection reference value for the manufacturing instruction parameter group and the manufacturing instruction parameters of the available choices with the multiple regression analysis program to identify the manufacturing instruction parameter group or the manufacturing instruction parameters of the available choices having the greater calculated explanatory variable selection reference value as optimum parameters, and a regression equation calculating part that calculates and displays a regression equation when employing the optimum parameters with the multiple regression analysis program.
摘要:
A manufacturing instruction evaluation support system includes a data reading part that reads a manufacturing instruction parameter group and manufacturing performance data corresponding thereto, a parameter sorting part that calculates a risk rate for each manufacturing instruction parameter configuring the manufacturing instruction parameter group and an average value of risk rates among the manufacturing instruction parameters to identify as available choices the manufacturing instruction parameters having the risk rates no greater than the average value, a parameter identifying part that calculates an explanatory variable selection reference value for the manufacturing instruction parameter group and the manufacturing instruction parameters of the available choices with the multiple regression analysis program to identify the manufacturing instruction parameter group or the manufacturing instruction parameters of the available choices having the greater calculated explanatory variable selection reference value as optimum parameters, and a regression equation calculating part that calculates and displays a regression equation when employing the optimum parameters with the multiple regression analysis program.