35 results about "Batch processor" patented technology

An apparatus for managing database logs provides more efficient system operations. An interactive processor operates a database through interactive processing in response to transaction requests inputted. A batch processor operates the database through batch processing in response to a batch request comprising a series of batch instructions. A log storage unit stores database logs in a time series. A log acquisition unit stores in the log storage unit a transaction log indicating the transaction every time when the interactive processor operates the database while the batch processing is not performed. And after the batch processor starts the batch processing, the log acquisition unit stores a checkpoint log indicative of the execution of the batch processing in the log storage unit.

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 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.

A business rules batch processor is provided that includes a business rules manager that sends a plurality of pending requests to a rules database for processing. A business rules orchestrator receives statuses of the pending requests from the business rules manager. The business rules orchestrator manages the batch processing of the pending requests by assessing the rules database usage and job requirements of the pending requests.

The invention provides a method used for implementing two-stage mixing optimized batch processing scheduling and based on a variable time window. According to the method, a decomposition rule of a complex problem is used, an aim of smallest total weighting delaying time is achieved, and two-stage mixing control is implemented. A first stage comprises the steps of based on a multi-rule combined self-adaptive principle, establishing a real-time control platform, adopting a variable time window rolling time domain method to obtain real-time parameters of patch combination and the like. A second stage comprises the steps of based on a flabby method, establishing a flabby linear integer mathematical model, obtaining a solution through a combined engineer of .NET and ILOG CPLEX commercialized software, and obtaining optimized order of batch sequencing. According to the two stages, lot grouping and sequencing for lot grouping in the batch scheduling problem are respectively solved, a multi-entrance property of a batch processor is considered, and according to the variable time window rolling time domain method, a dynamic state real-time scheduling property of machined work piece batches is met. According to the method used for implementing the two-stage mixing optimized batch processing scheduling and based on the variable time window, scheduling accuracy and operating time of a central processing unit (CPU) are considered in a comprehensive mode, real-time optical scheduling of a reentrant next batch processor can be achieved, and the method is beneficial to being popularized and applied in semiconductor field and the like.

The invention provides a dispatching control method for a batch processor of a reentrant manufacturing system. The dispatching control method comprises a primary dispatching control method based on the pull rule, a subsidiary dispatching control method based on the pull rule under a full-batch circumstance and a subsidiary dispatching control method based on the pull rule under a non-full-batch circumstance. The actual requirement that a product maximum dead time limit exist between different equipment units is considered, continuous full-batch operation of the batch processor serves as the pull requirement, dispatching and lot grouping of workpieces of a previous process and reentrant workpieces are pulled, whether the full-batch requirement of the reentrant workpieces is met within a machining constraint time serves as a judgment condition, and the subsidiary dispatching control method based on the pull rule under the full-batch circumstance or the subsidiary dispatching control method based on the pull rule under the non-full-batch circumstance is called. According to the dispatching control method, good collaborative manufacturing between different equipment units is realized according to the pull rule, and the production dispatching requirement of the reentrant manufacturing system can be met. The dispatching control method is simple in conception, convenient to implement, and beneficial to popularization of reentrant manufacturing industries such as semiconductor chip manufacturing.

The invention relates to the technical field of picture processing and particularly discloses a method and a device of beautifying pictures in batch. The method comprises the steps that a client submits a request of the pictures to be beautified, an input service end receives and transmits the request to a filter judgment server, the filter judgment server judges the request and transmits a request of beautifying the identical pictures and a request of beautifying the different pictures to an identical beautification batch processor and a different beautification batch processor, the identical beautification batch processor and the different beautification batch processor conduct batch processing and generate processed results; a system correction processor receives the processed results and conducts system error correction and modification; an output server transmits the processed results to an output service end after the correction and modification, and the output service end receives and outputs the processed results to the client. The method and device save a great deal of time and energy for a user, is easy, simple and quick to operate, avoid errors caused by artificial beautification, and improve the working efficiency.

The invention discloses a high-efficiency order batch-processing method of tobacco industry orders, belonging to the field of order processing methods. The high-efficiency order batch-processing method comprises the steps: sending messages to an order processing application queue by order foreground applications in turn, after the order processing application receives a request of submitting orders, packing order information into one message, placing the message in an order queue, and then returning to user prompt information; timing-starting processing the orders by a background, executing a plurality of threads, firstly generating a batch by a timer, namely, packing a plurality of orders into an order group, then transmitting the order group into an order batch processor, and summating order combined goods by the order batch processor for reserving inventory. Compared with the prior art, the high-efficiency order batch-processing method of tobacco industry orders, disclosed by the invention, is capable of effectively increasing transaction processing capacity per second of order processing, and has good popularization and application values.

The embodiment of the invention provides a high-end equipment batch processor scheduling method and system for improving cuckoo search. Start with the number of artifacts, the number of machines and the first predetermined value assign workpieces to each machine, then, the initial population is generated, and the current population is updated by using the Levy flight operation of the cuckoo algorithm, and the improved individual fitness value is calculated and compared with the fitness value of the unimproved individual, so that the individual with large fitness value is reserved; and finally,the improved individual fitness value is calculated and compared with the improved individual fitness value; by using random probability and cross mutation operation, the individuals in the updated population are discarded, and finally, the global optimal solution is output. The technical scheme determines that each job will be assigned to a specific machine, and the batch mode and the batch processing order of the jobs on the machine can minimize the manufacturing span, improve the production efficiency, and solve the parallel machine batch scheduling problem under the condition of learningeffect.

The invention relates to a knowledge-driven flexible discrete manufacturing production scheduling optimization method. A flexible job shop scheduling problem of a batch processor in an evanescent mode casting environment is researched, and a flexible casting job shop scheduling model based on a completion time criterion is established. In combination with the characteristics of casting production, the time execution window is applied to the model. And the model is solved by adopting a hybrid particle swarm optimization (HPSO) algorithm. In the algorithm, a block integration decoding rule is provided to solve the scheduling integration problem. And global search is carried out on the particle swarm optimization algorithm by adopting a discrete type search strategy and a continuous type search strategy. On the basis, a neighborhood tabu search algorithm based on knowledge driving is adopted for local search. A simulation experiment is carried out to verify the feasibility of the optimized model, and the optimized model is applied to lost foam casting. Experimental results show that the algorithm has higher efficiency and robustness than the existing algorithm.

The invention discloses a wafer transfer system and a wafer transfer method. According to the embodiment of the invention, the wafer conveying system comprises a wafer conveying box used for placing a wafer to be conveyed; the bearing unit is used for being connected with the wafer conveying box so as to bear the wafer conveying box; the transfer unit is used for obtaining the wafers to be conveyed from the wafer conveying box and transferring the wafers to the base station; and the base station is used for receiving the wafer to be conveyed. According to the wafer conveying system and the wafer conveying method provided by the embodiment of the invention, the productivity per hour and the processing effect of the wet-process batch processor are improved.