13results about How to "Waste minimization" patented technology

The invention relates to the technical field of intelligent control of transformer substations, in particular to a standardized intelligent control system of a transformer substation, which realizes real-time response to the running state of equipment by acquiring the current, voltage, power factor, temperature and humidity, operation state, insulation state and environment temperature and humidity of a power transformation unit in real time. A gradient boosting decision tree is combined with a variational auto-encoder and a self-attention mechanism, state vector features are extracted, complex abnormal states are accurately recognized, potential faults are detected in an early stage, and the monitoring efficiency and the early warning precision are greatly improved. The future power demand is accurately predicted by combining the long-short-term memory network model with historical and real-time load data, and the limitation of traditional static load management is overcome. Based on the predicted power demand, the reinforcement learning model is adopted to dynamically adjust the operation number of the power transformation units, optimal configuration of resources is achieved while the demand is met, and the overall operation efficiency of the transformer substation is remarkably improved.

The invention discloses an aircraft pulse type general assembly production line assembly process method, and relates to the technical field of large production line assembly. The aircraft pulse type general assembly production line assembly process method comprises the steps of determining an aircraft general assembly production line assembly task and the required yield, planning the aircraft pulse type production line layout and process, reasonably dividing system assembly process separation surfaces in all stations, designing detailed assembly process flows in all the stations, and measuring and calculating station assembly periods. Establishing an aircraft final assembly pulse type production line, and verifying and improving the aircraft final assembly production line. According to the aircraft pulse type general assembly production line assembly process method, the whole process from task determination to production line verification implementation is systematically planned in detail, the assembly period is shortened by reasonably planning the general assembly production line assembly process flow and resource allocation, the aircraft general assembly efficiency is improved, and double improvement of the production efficiency and the product quality is ensured.

The invention discloses a production scheduling method based on wooden furniture process standards and product BOM, and relates to the technical field of wooden furniture production scheduling. The production scheduling method based on the wooden furniture process standard and the product BOM comprises the following steps: S101, establishing a standard process model according to a wooden furniture production process; s102, obtaining information to be produced; s103, carrying out productivity evaluation on each process node; s104, making a corresponding scheduling adjustment measure according to a scheduling detection result; s105, outputting a preliminary scheduling detection result, and calculating a scheduling result adjustment value according to the scheduling parameters; s106, productivity evaluation and scheduling detection are carried out again according to the scheduling result adjustment value; and S107, the adjusted scheduling parameter information is acquired, and the scheduling parameters are analyzed. The problem of how to dynamically and efficiently adjust the production schedule to adapt to variable production requirements and complex production processes is solved.

The invention relates to the technical field of part assembly line flexible reconstruction, and discloses a part assembly line flexible reconstruction method aiming at capacity flexible matching, which comprises the following steps: inputting a product assembly process, station characteristics, material size, weight, carrying equipment and worker skills into a process station optimization strategy model, and carrying out layout on modular stations; inputting the original production plan, the order information and the real-time production data into a schedule change strategy model to obtain an updated production schedule; inputting skills, experiences and availability of workers, complexity of each process, required skill levels, production plans and target yield into a personnel allocation strategy model to obtain personnel allocation schemes of each station, working plans of the workers and shift arrangements; based on a task-driven cooperative control mechanism, dynamically allocating current available resources, and optimizing and adjusting a production process and a task scheduling plan; according to the invention, rapid productivity adjustment of the assembly line under different seasonal requirements is realized.

The application relates to the dispensing technical field, in particular to a barrier-avoiding dispensing method based on machine vision, which comprises the following steps: step 1, visual identification generates a dispensing model, an analysis unit determines the angle of a workpiece, and the dispensing model is corrected; step 2, dispensing parameters are determined according to the measured value of a balancing machine; step 3, single-process conditions of a dispensing mechanism are determined, a new dispensing process is generated, and dispensing is carried out; step 4, the dispensing mechanism is adjusted to enter the next dispensing process; step 5, the dispensing mechanism is controlled to carry out dispensing of the quality-minimal dispersion correction point, and the dispensing process of the dispensing mechanism is determined again; step 6, the dispensing mechanism is corrected according to the deviation quality condition of any dispensing process; and step 7, all dispensing processes are completed, the dispensing cylinder is reset, and the workpiece generates a dispensing finished product after a certain curing time. The application improves the qualified rate of dispensing finished products by carrying out barrier-avoiding algorithm processing on the dispensing process.

One disclosure of the present specification provides a method operating in a terminal. The method comprises the following steps of: sending a protocol data unit (PDU) session establishment request message; and in response to the transmission of the PDU session setup request message, which may include receiving a PDU session setup accept message or a PDU session setup reject message. The PDU session setup request message may include a PDU session type indicating industrial traffic. When a PDU session setup reject message is received, the PDU session setup reject message may include a cause value indicating that the network does not support the PDU session type.

This invention relates to a molding process. In particular, this invention relates to an improved two-layer molding process that allows for the selective and localized deposition of an additional cellulose layer only at points detected as critical, with the aim of enhancing its mechanical and aesthetic features.

One disclosure of the present specification provides a method operating in a terminal. The method comprises the following steps of: sending a protocol data unit (PDU) session modification request (PDU session modification) message, and sending a protocol data unit (PDU) session modification request (PDU session modification) message, and in response to the transmission of the PDU session modification request message, it may include receiving a PDU session modification command message or a PDU session modification ACK message or a PDU session modification reject message. The PDU session modification request message may include a PDU session type indicating industrial traffic. When a PDU session modification rejection message is received, the PDU session modification rejection message may include a cause value indicating that the network does not support the PDU session type.

Control, evaluation and optimization techniques for the manufacture of secondary electrochemical devices to improve the quality, yield and safety of the produced cells and facilitate the finish machining (formation / aging / sorting / grading) process. A system for dynamically controlling and optimizing a secondary battery finishing process includes a closed-loop process control module configured to process real-time online manufacturing data derived from at least one of electrochemical impedance spectroscopy (EIS), self-discharge analysis (SDA), ampere or potential battery measurements. The formation time of the battery cell can be shortened from several days in the prior art to less than 24 hours, and the aging time can be shortened from 2-3 weeks to less than 1 hour. The control module provides real-time feedback to the pre-operation / material for confirmation, refinement, correction, and / or identification or isolation of better / poorer performance characteristics. The control module also provides feed-forward information that may indicate an identified aspect of a deviation of performance from the specification.

The invention discloses a load trend prediction and optimization system based on big data, and relates to the technical field of power grid management systems, and the system integrates a plurality of charging stations, a state grid power supply system and a renewable energy power station in a region. The system collects meteorological data, the number of vehicles, power consumption, power generation and other data in real time through the data acquisition module, and preprocesses and integrates the data through the data management module. The central processing module constructs a prediction model by using the data, and accurately predicts the power supply amount required by each charging station and the power generation amount of the renewable energy power station. The prediction module provides a decision basis for the power distribution module according to the prediction model, and the power distribution module optimizes the power distribution conditions of the state grid power supply system and the renewable energy power station according to the prediction result. The system can plan power resource distribution in advance, effectively cope with power demand and supply changes, and improve the reliability and efficiency of power supply.

The application discloses an AI-based intelligent factory dynamic production scheduling optimization method and system, and belongs to the technical field of factory dynamic production scheduling, and the method comprises the following steps: acquiring and integrating the working states of various types of equipment in the factory, the inventory location states of different materials, manual data, production order states, process route requirements, the plan and completion time of each process, and the delivery period requirements of customers; combining the supply chain material data, the factory storage space, the equipment switching cost, the production rules, the order process dependency relationship, and the production target, and generating an initial production scheduling plan through an AI optimization algorithm; the application generates an initial scheduling plan by acquiring and integrating multiple types of production data, monitors dynamic events, evaluates multiple schemes, selects an optimal scheme through economic model evaluation, and realizes production refinement, dynamic response, and benefit optimization.

The invention belongs to a prefabrication process, and particularly relates to a nuclear power carbon steel small pipe prefabrication process and an assembly line. The invention discloses a nuclear power carbon steel small pipe prefabrication process. The nuclear power carbon steel small pipe prefabrication process comprises the following steps of S1, material receiving, S2, material codes, needing to trace items, of prefabricated materials, S3, elbow prefabrication, S4, pipe fitting polishing, S5, assembly welding, S6, pipeline marking, S7, detection, S8, surface treatment and S9, pipe section warehousing and ex-warehousing. The method has the remarkable effects that 1) the work type subdivision of the workshop is defined, so that the personnel structure is reasonably matched; secondly, the layout of a workshop is improved, the process spacing is adjusted, and secondary carrying can be avoided by arranging a flat car; 3) a traffic light system is arranged, so that the quality development progress can be clearly understood; (4) 30 persons are needed in a small workshop before improvement, only 23 persons are needed after improvement, the number of the persons is reduced by 7, and the number of the persons is reduced by 23.33%; the workshop efficiency is not 17.44 inches per person per day before improvement, the workshop efficiency is not 41.44 inches per person per filling after improvement, and the efficiency is obviously improved by 137.61%.

The invention relates to a device (1) for compressing a gaseous fluid. The device (1) comprises a stator (5) and a rotor (8), which are arranged inside a housing (2) to extend along a common longitudinal axis (9), wherein the stator (5) encloses the rotor (8) in a radial direction. A space (10) is formed between the inside of the wall of the housing (2) and the outside of the wall of the stator (5). The housing (2) has a first housing element (2-1a, 2-1b) and a second housing element (2-2a, 2-2b), which are arranged so that their contact surfaces (3) are aligned with each other so as to seal the housing (2). Thus, a sealing element (11, 11-1, 11-2, 11-3, 11-4, 11-5, 11-6, 11-7, 11-8) is arranged between the contact surfaces (3) of the housing elements. The sealing element (11, 11-1, 11-2, 11-3, 11-4, 11-5, 11-6, 11-7, 11-8) has the shape of an annular disk with a circumferential formation (17) and at least one sealing area (18, 18-1, 18-2, 18-3). The formation (17) corresponds to the contour of the contact surface in the circumferential direction. The sealing area (18, 18-1, 18-2, 18-3) is designed to at least partially enclose a space (10). The invention also relates to a method for operating a device (1) for compressing a gaseous fluid and to the use of the device (1) according to the invention.