10 results about "Batch processing" patented technology

The invention discloses a batch data processing method and device, computer equipment and a storage medium. The batch data processing method comprises the steps: selecting a target batch task from a non-real-time task queue, and creating a data processing queue based on the target batch task; determining target idle information from the target idle time queue, obtaining the number of to-be-processed data corresponding to the to-be-processed data, obtaining the target number based on the number of the to-be-processed data, the target idle duration and the estimated thread number, selecting theto-be-processed data corresponding to the target number from the data processing queue, and determining the to-be-processed data as segmentation processing data; when the original load of the system is smaller than a busy load threshold value, obtaining a target processing thread, adopting the target processing thread to perform data processing on the segmentation processing data in the target idle duration, and obtaining a data processing result; and based on the data processing result, updating the task state of each split processing data in the data processing queue. According to the batchdata processing method, system resources can be reasonably distributed, and the batch data processing efficiency is ensured.

The invention discloses a load balance strategy for allocating service resource based on a cloud computing environment. User need with a given quantity within a unit time in the cloud computing environment is used as a batch processing target to be batched, a large task is segmented by a map/reduce model into a plurality of subtasks with independent logics, a hardware physical resource is virtualized to a virtual service resource, and the subtasks are allocated to the virtual service resources. A corresponding weight is used for respectively representing the processing performance of each service resource and the specification of each service demand and a greedy algorithm is used for conducting the solution, so that the problem that the load is unbalancedly allocated in the existing cloud computing environment can be effectively solved.

The invention discloses a dish-washing drying machine, which comprises a drying machine workbench, wherein a drying machine bracket is arranged at the lower end of the drying machine workbench; a base structure is arranged at the lower end of the drying machine bracket; a drying machine workbench surface is arranged at the upper end of the drying machine workbench; a loading guide rail is arranged on the drying machine workbench surface; air heaters are arranged at the bottom of the loading guide rail; the air heaters are presented in electrical heating structural forms, so that air heating is implemented; air vents A are formed in a drying machine workbench bracket; and by virtue of the air vents A, circulation of hot air is achieved. The dish-washing drying machine provided by the invention is compact in structural design and ideal in drying effect, and batch processing of dishes and chopsticks can be achieved.

The invention relates to a rough surface treatment device for an inner groove of a quartz substrate for an optical fiber coupler, which includes a fixed workbench, a flexible brush, a mortar nozzle and a reciprocating drive device. The flexible brush is correspondingly installed above the fixed workbench, and the flexible brush It includes a brush plate and bristles fixed under the brush plate, the brush plate is provided with a through hole, the mortar nozzle is installed above the flexible brush, the mortar can flow out from the mortar nozzle, and pass through the The bristles flow into the through holes, and the reciprocating drive device is connected with the flexible brush plate to drive the flexible brush to reciprocate. The invention uses a flexible brush to drive the mortar to perform soft contact friction on the inner groove of the quartz substrate, which not only has little damage to the workpiece, but can greatly reduce the processing stress of the product, and the rough surface is evenly sanded, and the processing quality of the workpiece is good; the processing device and process are simple and no high-tech is required. Accurate alignment, increasing the area of ​​the flexible brush can be processed in batches at the same time, and the processing efficiency is high; no chemical corrosive agent is used in the present invention, which is beneficial to environmental protection.

The invention relates to a stamping process for a large-table-board stamping device of metal sheet stamping and cutting automation equipment. The large-table-board stamping device of the metal sheet stamping and cutting automation equipment consists of a servo motor, a speed reducer, a drive wheel, a synchronous belt, a driving wheel, an upper fixing plate, a beating plate and a beating seat; a power guide box is arranged on the beating plate; the beating seat is correspondingly arranged in the power guide box; the inner side of the power guide box and the outer side of the beating seat are correspondingly arranged; the servo motor drives the speed reducer; the speed reducer drives the synchronous belt by the drive wheel by reducing the rotating speed and magnifying the power and is in linkage with the driving wheel; the driving wheel drives a beating mechanism between the beating seat and the beating plate, so as to further drive the beating plate to carry out downward stamping for realizing stamping of 500/min, 300 K.N; the efficiency is improved, the energy consumption is reduced, the human and equipment input is reduced, the automation of the production process is realized, the processing stability is achieved, the consistency is good, and energy consumption and emission reduction are achieved; the stamping process can be used for batch processing of sheet metal parts like steel furniture, steel cabinets and electric appliance cabinets.

The invention provides a game model blending processing method and device and an electronic device. A graphical user interface of a game engine is displayed through the electronic device. The method comprises the steps that responding to a model obtaining operation for the graphical user interface, multiple to-be-blended game models are obtained; responding to a placement operation for the game models, model placement forms of the game models are determined; model resources corresponding to the game models are extracted through the game engine; and according to the model placement forms, the model resources corresponding to the game models are blended, and an overall game model corresponding to the model placement forms is obtained. Accordingly, automatic blending operation can be conducted on the game models in the game engine, and the blended overall model is obtained.

The invention discloses premna herbacea roxb-flavored canned goat tripe. The premna herbacea roxb-flavored canned goat tripe takes premna herbacea roxb and goat tripe as the raw materials, and is prepared by adding polygonatum sibiricum and green tangerine peel. The nutrition of premna herbacea roxb and goat tripe is fully used, the premna herbacea roxb and goat tripe enables mutual compatibility with the traditional Chinese medicines for synergistic interaction, and the premna herbacea roxb-flavored canned goat tripe has the efficacy for supplementing vacuity and benefiting stomach, and invigorating spleen and promoting digestion. Long-term eating of the premna herbacea roxb-flavored canned goat tripe can obviously improve discomfort of people with poor appetite. The making process is simple, is easily popularized, and enables batch-processing production.

The invention discloses an iterative filtering identification method of a linear motor transfer function, belonging to the technical field of linear motor control. The identification method in the prior art is not flexible enough and has poor adaptability, which affects the accuracy of identification parameters. An iterative learning filter is integrated into a batch-processing least squares identification algorithm in the method. A corresponding filter can be generated according to the characteristics of a system to be identified, and there is no need to design a special filter. As the filtering algorithm is added, identified data is more accurate, and the design of a high-precision controller is facilitated. The method is undoubtedly of practical significance and practical value to the design of a parameter identification and control system. The method has strong anti-jamming ability and high parameter identification precision, can help to realize high-speed and high-precision control on a system, and avoids the problem concerning filter selection and the poor anti-jamming ability of the least squares algorithm.