13 results about "Actual cost" patented technology

The present application relates to an information processing method, device, computing equipment and medium. The present application obtains first difference information representing the difference between the standard product cost of a product component of a target product and the first theoretical product cost of the product component, and obtains second difference information representing the difference between the standard product cost of the product component and the second theoretical product cost of the product component, determines difference adjustment information based on the first difference information and the second difference information, adjusts the first cost information obtained by the material ledger module based on the difference adjustment information to obtain second cost information that is closer to the actual cost of the target product, improves the accuracy of the calculated actual component cost, and reduces the occurrence of distortion of the calculated actual component cost.

To calculate projected labor costs that more accurately reflect actual costs. [Solution] The cost accounting unit 102c obtains employee, work content, and work time from the daily report data stored in the storage unit 106, refers to the employee master 106e to obtain the planned man-hour unit price code using the employee as the key, refers to the work content classification determination master 106b to obtain cost elements using the obtained work content as the key, refers to the planned man-hour unit price master 106d to obtain the planned cost (standard unit price, multiplier) using the obtained planned man-hour unit price code and cost elements as the keys, and calculates the planned labor cost for each cost element for the obtained employee by multiplying the planned cost by the work time.

The embodiment of the invention provides a ship building plate blanking quota man-hour calculation method, a storage medium and equipment. The method comprises the steps that S1, plate blanking quota man-hour standards are established according to resource allocation of different building factories; s2, the designed material amount of plate blanking for ship building is obtained; and S3, calculating rated working hours. According to the embodiment of the invention, the working property of the plate blanking process is analyzed, the quota man-hour standard of plate blanking is established according to the resource allocation of different building factories, and the quota man-hour consumed for plate blanking of each part is calculated by further combining the design quantity of plate blanking, so that the calculation efficiency and the calculation accuracy are greatly improved, and the calculation cost is reduced. A unified reference is established for management in the aspects of operation dispatching, resource configuration, field management, labor cost settlement, actual cost analysis and the like, and effective support is provided.

The application discloses a multi-agent manufacturing process optimization method based on a multi-objective particle swarm algorithm, and comprises the following steps: for a manufacturing process of a process industry, a manufacturing process optimization model based on multi-agents is constructed, including a two-layer structure, wherein the upper layer structure is a total control agent and a pool agent used for storing algorithms and data information, and the lower layer structure is a raw material agent, a device agent, a management agent and a waste agent; each intelligent agent can interact with other agents based on a communication module of the intelligent agent; the agent is used as a particle in the multi-objective particle swarm algorithm, the agent population evolution ability is given, a corresponding data model is established for the multi-agent-based manufacturing process optimization model, the multi-objective particle swarm algorithm is used for solving, and an effective solution set is obtained. The cost after the optimization is lower than the actual cost, so the non-inferior solution set after the optimization can be used as a reference in actual production, so that the process operation manufacturing is improved in low consumption, high yield, high quality and cost reduction.

The embodiment of the invention provides a ship building profile machining quota man-hour calculation method, a storage medium and equipment. The method comprises the steps that S1, a profile machining quota man-hour standard is established according to resource allocation of different building factories; s2, the design object quantity of profile machining for ship building is obtained; and S3, calculating rated working hours. According to the embodiment of the invention, the working property of the profile processing procedure is analyzed, the quota man-hour standard of profile processing is established according to the resource allocation of different building factories, and the quota man-hour consumed for processing each profile is calculated by further combining the design object quantity of profile processing, so that the calculation efficiency and the calculation accuracy are greatly improved, and the working efficiency and the working efficiency are improved. A unified reference is established for management in the aspects of operation dispatching, resource configuration, field management, labor cost settlement, actual cost analysis and the like, and effective support is provided.

The utility model relates to an upper and lower punching die with a clamp, which belongs to the technical field of punch dies and comprises a universal base, a support column is fixed at the top of the universal base, an external thread groove is arranged on the outer side of the support column, two semi-truncated cone-shaped limit parts are abutted against the top of the support column, and the clamp is arranged in the semi-truncated cone-shaped limit parts. The punch comprises two semi-truncated-cone-shaped limiting pieces, a clamping piece is connected between the opposite sides of the two semi-truncated-cone-shaped limiting pieces in an abutting mode, a punch body is connected to the inner side of the clamping piece in an inserted mode, a positioning base is arranged between the outer sides of the two semi-truncated-cone-shaped limiting pieces in a sleeved mode, and an inner thread groove is formed in the inner side of the positioning base. According to the upper punching die and the lower punching die with the clamps, the punches can be directly installed and replaced through the separated structural design, so that the actual cost can be controlled to a certain degree, the die manufacturing period can be shortened through the clamping mode, the maintenance time is saved, the actual production efficiency is improved, and the production cost is reduced. And meanwhile, the disassembly and assembly mode is very convenient and rapid, and operation of workers is facilitated.

The invention relates to the technical field of cost control in building engineering management, in particular to a building construction cost monitoring method and system based on real-time evaluation, and the method comprises the steps: 1, constructing a dynamic mapping model of physical parameters and cost projects; 2, generating an environment-adaptive dynamic cost reference, correcting a material loss coefficient according to real-time environment sensor data, and generating minute-level reference cost in combination with the BIM design quantity of the current construction area; 3, multi-modal root cause diagnosis and early warning are executed, and when the actual cost deviation rate continuously exceeds the limit, the physical parameter contradiction combination is subjected to cross validation. By dynamically adjusting the weight of the physical parameters and combining the self-adaptive correction of the environmental data, the construction cost can be predicted and controlled more accurately, and errors caused by environmental changes or data islands are reduced.

The application provides a steel product cost accounting method and device, and relates to the technical field of cost accounting, and comprises the following steps: obtaining cost-related data in a steel product production process; cleaning the cost-related data based on a pre-set cleaning strategy to obtain target cost-related data; determining main raw material cost and additional cost based on the target cost-related data; the additional cost is obtained by apportioning physical quantities; forming complete cost based on the main raw material cost and the additional cost; determining quality cost and reducing the quality cost to the complete cost to obtain standard cost; keeping the input and output consistent in the steel product production process based on the standard cost to obtain actual cost. In this way, the main raw material cost, the additional cost and the quality cost are determined, and the additional cost is apportioned, so that the characteristics of energy and auxiliary material consumption of different products are reflected, and the accuracy of cost accounting is improved.

This invention provides an individual cost management device, an individual cost management method, and an individual cost management program that can compare planned costs with actual costs and clearly show the differences in quantity, unit price, and amount for each component and operation that makes up a product. [Solution] An individual cost management device equipped with a control unit, which is capable of accessing planned cost detail data including the type and quantity, unit price, and amount of parts and work that constitute a product; production order data including the ordering classification of the parts and work; and actual data including the quantity, unit price, and amount of the parts and work actually ordered for the parts and work in the production order data, wherein the control unit is equipped with a difference extraction unit that compares the quantity, unit price, and amount for each part and work in the planned cost detail data and the actual data, extracts parts and work with differences, and specifies the type of difference.

The invention discloses an actual cost accounting method and system based on order and batch. The method comprises the following steps: S1, calculating an actual cost rate according to an order and a production batch; s2, sorting the current production products, and calculating the actual cost and the average moving price step by step from bottom to top according to the sorting; and S3, generating a cost accounting report according to the order batch, the actual cost rate and the actual cost, and carrying out order benefit analysis. According to the invention, through order and batch two-dimensional management and control, production lean, supply chain agility and cost refinement are realized; and performing accurate cost accounting and profit insight, and performing order-level cost and profit analysis: accurately accounting materials, manpower and manufacturing fees to a single order, and identifying high-gross-profit products and customers.

The application discloses a mine engineering cost management system based on intelligent measurement and calculation, belongs to the technical field of mine engineering cost, and breaks through the limitation that traditional cost management only relies on historical consumption data for post analysis by introducing a multi-source fusion mechanism of measurement while drilling, three-dimensional scanning and equipment consumption data. First, a real lithology parameter is used to correct a geological model, a pricing function is combined to dynamically predict a residual cost, and the actual cost is combined to generate a dynamic total cost, so that double closed-loop management of "early static estimation" and "mining process dynamic correction" is realized. Second, based on a lithology deviation coefficient and an engineering quantity deviation value, a completed engineering cost deviation is decomposed into two independent causes of geological variation and engineering quantity deviation, root cause judgment is performed on the deviation between the actual cost of the completed engineering and the initial budget share, and multi-dimensional early warning is performed by fusing future risks and historical performance, so that the accuracy, timeliness and decision scientificity of cost management are significantly improved.

This invention relates to a method and system for predicting steel costs and carbon footprints, belonging to the technical field of metallurgical industrial equipment and methods. The technical solution of this invention is as follows: It establishes the relationships between tapping time, ladle temperature, and molten steel temperature; the relationship between scrap addition and molten steel equilibrium temperature; the relationship between ladle holding time and LF (forging furnace) inlet molten steel temperature; and the functional relationship between molten steel temperature rise and LF furnace power consumption. Simultaneously, it combines the changes in scrap, argon, and electricity consumption during the above processes to indirectly establish the relationship between process parameters and reference carbon footprints and reference costs of molten steel. It constructs a benchmark process scheme and a predicted process scheme and compares them, converting the reference carbon footprint and reference cost into actual carbon footprints and actual costs. The beneficial effects of this invention are: it achieves the goal of predicting steel costs and carbon footprints under different process schemes, and can guide steel companies in responding to the dual control requirements of downstream customers regarding carbon footprint and cost.

A data-driven hydraulic engineering cost dynamic closed-loop control method comprises the following steps: S1, acquiring and analyzing project budget data, project price settlement data and accounting subject system data, and integrating the data into a central data resource library; s2, converting the price settlement data into structured accounting voucher data; s3, calculating a cost deviation analysis result reflecting the difference between the actual cost and the budget plan according to the project budget data and the accounting subject data; s4, based on the cost deviation analysis result, a control instruction used for indicating subsequent operation is generated; s5, in response to the control instruction, automatically executing a preset control operation; according to the method, the business and finance integrated data footstone is constructed, the prospective controllability model is combined, hierarchical adaptive closed-loop control is driven, and the accuracy and automation level of decision advance and risk management and control are greatly improved.