Method for selecting equipment resources in a manufacturing process
View Patent ↗A method for selecting equipment resources in a manufacturing process creates an execution equipment list by retrieving out of a database execution equipment required for starting a process segment. A list of available sub-equipments of the execution equipment is retrieved out of the database. Within the list of sub-equipments a check is performed on the availability of a totality of required equipments for each of a totality of work segments of the process segment respectively. The execution equipment is selected for the starting of the process segment. Each of the required equipments for execution of each of the work segments is selected respectively, in the case where the required equipment for the work segment is available. An output list is created and contains information about assignments of each of the required equipments to each of the work segments respectively in the case where all of the required equipments are available.
1. A method for selecting equipment resources in a manufacturing process, which comprises the steps of:
creating an execution equipment list by retrieving out of a database one execution equipment required for starting a process segment;
retrieving out of the database a list of available sub-equipments of the execution equipment;
checking within the list of available sub-equipments an availability of each of a totality of required equipments for each of a totality of work segments of the process segment respectively;
selecting the execution equipment for the starting of the process segment;
selecting each of the required equipments for execution of each of the work segments respectively, in a case where the required equipments for the work segment is available and on a location of a product to be processed; and
creating an output list containing information about assignments of each of the required equipments to each of the work segments respectively in a case where all of the required equipments are available.
2. The method according to claim 1 , which further comprises choosing the execution equipment by selecting a production area located in a production plant.
3. The method according to claim 1 , which further comprises retrieving the list of available sub-equipments based on a totality of components of the production area.
4. The method according to claim 1 , which further comprises performing the checking step by searching the list of available sub-equipments for an entry matching a function for each of the required equipments to a work type of each of the work segments respectively.
5. The method according to claim 1 , which further comprises submitting the output list to a production scheduler in case the execution equipment for starting the process segment is available and in the case where each of the required equipments for each of the work segments of the process segment respectively, is available.
6. The method according to claim 1 , which further comprises generating an error report in the case where at least one of the required equipments is missing in the list of available sub-equipments.
7. A module, comprising:
software code program in a non-transitory computer readable medium, said software code programmed for selecting equipment resources in a manufacturing process, which comprises the steps of:
creating an execution equipment list by retrieving out of a database execution equipment required for starting a process segment;
retrieving out of the database a list of available sub-equipments of the execution equipment;
checking within the list of available sub-equipments an availability of each of a totality of required equipments for each of a totality of work segments of the process segment respectively;
selecting the execution equipment for the starting of the process segment;
selecting each of the required equipments for execution of each of the work segments respectively, in a case where the required equipments for the work segment is available and on a location of a product to be processed; and
creating an output list containing information about assignments of each of the required equipments to each of the work segments respectively in the case where all of the required equipments are available.