35 results about "Batch processor" patented technology

An assessments framework includes a framework batch processor and a partner batch processor. The framework batch processor performs static assessments based on information obtained from a task definition database and a policy database. The partner batch processor outputs dynamic task definitions and dynamic policy information, to be input to the framework batch processor for executing an assessment when a triggering event occurs. The triggering event may be a schedule-based trigger or an event-based trigger.

Disclosed is a batch scheduling method achieving minimum total completion time based on product family sorting used for a reenterable production line. An objective function is a minimum total completion time of a scheduling batch, different product families of a buffering device in front of a reenterable batch processor are used as researching objects through model resolving, then workpieces of the product family with the highest priority are used as researching objects, the batch scheduling method achieving the minimum total completion time based on the product family sorting is implemented step by step by utilizing a product family weighting shortest processing time prior rule, a maximum reenterable time prior rule, a first-come first-service rule and a full batch rule, and implementation of all scheduling periodical tasks is achieved under a rolling time domain strategy. The batch scheduling method achieving the minimum total completion time based on the product family sorting does not need to implement group batch and batch sorting of workpieces of different product families under a regular situation, greatly lowers time complexity of an algorithm, can achieve real-time optimized scheduling of a reenterable batch processor by using an accurate algorithm, meet product requirement of achieving minimum total completion time of an semiconductor industry as a purpose, and is simple in concept, convenient to achieve, and capable of facilitating popularization usage of reenterable industries like semiconductors and the like.

The subject invention relates to a system and methodology facilitating automated manufacturing processes in a regulated industrial controller environment, wherein operator commands are tied to one or more signature requirements before the requested commands take effect in a batch system. In one aspect, a system is provided for signature processing in an industrial control environment. The system includes a queuing component to hold a pending request for an action. A signature component then determines when an electronic signature is completed for the action, wherein a batch processor executes the action from the queuing component after the electronic signature is completed. A policy component can be provided to define one or more conditions for completing the electronic signature.

The present system uses quorum based aggregator failure detection in which a failed aggregator is detected and configured. Rather than repair and roll-up of all metrics for a period of time associated with the failed aggregator, only the specific metrics that were to be processed by the failed aggregator are repaired. Once the failed aggregator is identified, the time range for the downed aggregator and keys processed by the aggregator are identified. Keys for replica aggregators associated with the identified time ranges and key values are then pulled, provided to a batch processor, and processed. At cluster roll-up task completion, a time rollup task for cluster rollup is then started.

In a process of making a liquid cleaning composition, adding a gel breaker upstream of an anionic surfactant addition in the recirculatory loop of a recirculatory batch processor mitigates the viscous hexagonal phase whilst providing maximum flexibility in formulating various ingredients in the composition.

The invention discloses a workpiece scheduling method based on an ant colony optimization algorithm. The workpiece scheduling method is characterized in that workpieces are effectively selected in the scheduling process through the workpiece characteristics by using a Pareto multi-objective method, and production is performed by preferentially using the low-electricity-price period so that two objectives of optimizing electric power cost A and delay degree B can be realized. A better workpiece scheduling scheme is calculated under the environment of the parallel batch processor of the background of industrial time-of-use electricity price so that the utilization rate of enterprise resources and the energy use efficiency can be maximized, optimization of cost control and the production effect of the enterprise production process can be achieved and the market competitiveness of the enterprise can be enhanced.

The invention relates to a cross-operation unit scheduling method with a batching machine. The cross-operation unit scheduling method comprises the following steps of: 1, defining three information elements with different structures; 2, initializing the information elements; 3, assigning each process before a batching process of each part to a machine according to a machining order; 4, ordering the processes of each machine according to a time order; 5, batching and scheduling the parts; 6, assigning each process of each part after the batching process to the machine according to the machining order; 7, ordering the processes of each machine according to the time order; 8, updating the information elements according to a obtained solution; and 9, if a circulation frequency reaches an upper limit, or an optimal solution is unchanged for continuous times, finishing; and otherwise, turning to the step 2. With the adoption of the cross-operation unit scheduling method provided by the invention, the part cross-unit scheduling problem in a production process can be solved; and the integrated scheduling of a batching process and a non-batching process in the production process can be treated, and the operation efficiency can be ensured.

Disclosed is a batch scheduling method achieving minimum total completion time based on product family sorting used for a reenterable production line. An objective function is a minimum total completion time of a scheduling batch, different product families of a buffering device in front of a reenterable batch processor are used as researching objects through model resolving, then workpieces of the product family with the highest priority are used as researching objects, the batch scheduling method achieving the minimum total completion time based on the product family sorting is implemented step by step by utilizing a product family weighting shortest processing time prior rule, a maximum reenterable time prior rule, a first-come first-service rule and a full batch rule, and implementation of all scheduling periodical tasks is achieved under a rolling time domain strategy. The batch scheduling method achieving the minimum total completion time based on the product family sorting does not need to implement group batch and batch sorting of workpieces of different product families under a regular situation, greatly lowers time complexity of an algorithm, can achieve real-time optimized scheduling of a reenterable batch processor by using an accurate algorithm, meet product requirement of achieving minimum total completion time of an semiconductor industry as a purpose, and is simple in concept, convenient to achieve, and capable of facilitating popularization usage of reenterable industries like semiconductors and the like.