95 results about "Cost estimate" patented technology

By automating everything from design drawing analysis to cost estimation, work efficiency is improved and highly accurate cost estimation is achieved. [Solution] The program is a program to be executed by a computer having a processor and a memory, and the program causes the processor to execute the following steps: accepting information about a design drawing; selecting a tool to be used by inputting a first prompt containing information about the design drawing and an instruction to execute the estimation process to a generation AI configured to execute an estimation process using a first tool and a second tool based on the information about the design drawing; when the first tool is selected, identifying an area included in the information about the design drawing using the first tool; and when the second tool is selected, calculating the quantity of components included in the identified area using the second tool.

The invention discloses a low-altitude path planning method and system based on a dynamic adaptive graph neural network, and belongs to the technical field of artificial intelligence and robot autonomous navigation. Aiming at the problems of large calculation amount of a fixed grid map, slow dynamic response of a static octree, failure of a traditional heuristic function on a non-uniform graph and the like, the invention provides the following scheme: constructing a resolution self-adaptive non-uniform graph by using the octree; a Morton code is adopted to realize rapid positioning of a dynamic obstacle and millisecond-level updating of a map; an attention mechanism is introduced into a graph attention network (GAT), weights are adaptively allocated to different neighbor nodes, features are aggregated, and a high-precision heuristic cost estimation value is output; and finally, integrating the estimated value into an algorithm to perform efficient path search. According to the method, the memory occupation and the calculation complexity are remarkably reduced, and the planning efficiency and the path safety in a dynamic environment are improved.

The invention discloses a manufacturing process optimization method and system based on multi-agent autonomous collaboration, and the method is applied to a central coordinator, and comprises the steps: transmitting a received production demand to a task planning agent for the task planning agent to carry out the analysis and decomposition, and forming task information; receiving task information, wherein the task information comprises sub-tasks after the task planning intelligent agent analyzes and decomposes the production demand; the sub-tasks are sent to a plurality of intelligent agents, so that the intelligent agents perform bidding according to self capability evaluation functions and cost estimation to generate bidding information; and bidding information is received, the bidding information comprises a self-ability evaluation function and cost estimation of each agent for each sub-task, the sub-tasks are allocated to the multiple agents according to a total execution cost minimization principle, and a production plan is generated and executed. According to the method provided by the invention, planning and execution of the production task can be autonomously completed in a complex manufacturing scene, and the production efficiency and the product quality are improved.

The utility model discloses a constructional engineering cost preliminary budget combination template, relates to the technical field of constructional engineering, and aims to solve the technical problem that the current constructional engineering cost preliminary budget combination template is inconvenient to quickly replace, the constructional engineering cost preliminary budget combination template comprises a fixed bracket, and a mounting plate is arranged on the fixed bracket. According to the utility model, the four groups of templates are arranged in the mounting plate, the four groups of templates are respectively the basic data entry area, the cost calculation area, the result display area and the related information supplement area, and then the quick fixing structures corresponding to the mounting rods on the templates are arranged on the back surface of the mounting plate, so that when the templates are mounted, the inserting rods of the quick fixing structures are pulled, and the templates can be quickly fixed. And at the moment, the spring is in a compressed state, then the template is placed in the placement groove of the mounting plate, the mounting rod of the template penetrates through the first through hole, and then the insertion rod is pushed to be quickly reset and inserted into the second through hole of the mounting rod under the action of the spring, so that quick mounting of the template can be realized.

The invention discloses an informatization software project cost evaluation system and method, and the system comprises a data collection module, a data processing module, a cost evaluation module and a result output module, and relates to the technical field of software project management. According to the informatization software project cost evaluation system and method, through cooperative work of the cost evaluation unit and the value evaluation unit of the cost evaluation module, a quantitative evaluation model is constructed based on historical data and market dynamics, accurate measurement and calculation of the whole life cycle cost of a software project are realized, and when the deviation analysis unit finds that the cost is abnormal, the evaluation result is accurate. And the data can be immediately fed back to the data processing module and the cost evaluation module for dynamic adjustment, so that a closed-loop management mechanism of estimation-evaluation-deviation correction is formed, the problem of disordered cost management is fundamentally solved, the cost is reduced, and meanwhile, reasonable allocation of resources and stability of software quality are ensured through matching analysis of the cost and the value.

The invention relates to the technical field of fabricated building cost estimation, and discloses an indoor fabricated design parameter intelligent matching cost estimation method. The method comprises the following steps: constructing a dynamic coupling fabricated component spatio-temporal evolution deduction network for bearing and simulating an interaction and transition process of design parameters in a complete assembly period; based on the network, spatio-temporal trajectory simulation is carried out on historical project data, and a component evolution path sequence containing cost correlation is generated. And establishing a semantic mapping channel from the evolution path sequence to the cost element, and analyzing the sequence into a structured cost influence factor map. And for a design scheme input in real time, the description of the design scheme is injected into the network for deduction, and a target component evolution path is obtained. And carrying out map matching and factor mapping on a target path by utilizing the cost influence factor map, and automatically outputting a refined cost estimation entry. According to the method, accurate and automatic estimation of the dynamic influence cost of the design parameters is realized.

The invention discloses a building cost estimation method and device based on artificial intelligence, a storage medium and an electronic device. The method comprises the steps that a target drawing is acquired, and information in the target drawing is recognized and mapped to a standard layer; space planning is conducted on the target drawing, a target contour is determined based on the standard layer and the space planning scheme, and the target contour is used for cost measurement and calculation; calling an intelligent semantic recognition engine, analyzing product usage information in the target contour, classifying the primitives based on the spatial relationship and the product features, and determining a target primitive classification result; product processes are intelligently matched based on the target primitive classification result, the price library is called to calculate the target price for estimation list information, the target estimation building cost is determined, the estimation list information comprises the product processes and product usage information, and the technical problem that in the prior art, the building cost estimation efficiency is low is solved.

A computer system for sump pump monitoring and repair service provider notification may include one or more processors configured to: detect that a sump pump is faulty, transmit a prompt for service quotes to a machine learning (ML) chatbot to cause the ML chatbot to: request sump pump replacement or repair services from one or more service providers, receive cost estimates from the one or more repair service providers, receive schedule availability from the one or more repair service providers, receive, from the ML chatbot, the cost estimates and the schedule availability, and communicate the cost estimates and / or the schedule availability to a user associated with the sump pump.

Methods, computer-readable media, software, and apparatuses may receive, at a field vehicle, field data from one or more unmanned autonomous vehicles, where the field data may be indicative of an item for assessment. Edge-computing, based on machine learning techniques, may be performed at the field vehicle to identify one or more characteristics of the assessment, and a projected cost may be determined. An estimate may be sent to a consumer. In some aspects, the projected costs may be based on local data related to a geographical location of the item. In another aspect, underwriting tasks may be performed at the field vehicle, and a quote may be sent to a consumer.

The invention discloses a whole vehicle performance integration balance prediction method, system and device and a medium, and relates to the technical field of automobile engineering and artificial intelligence. The method comprises the following steps: acquiring a vehicle design parameter set containing structured feature data; inputting the data into a hybrid integrated AI agent model in parallel; using the first feature learning branch to extract decision tree path information as a first intermediate feature vector representing a structured rule; using a second feature learning branch to extract a full connection layer high-order semantic vector as a second intermediate feature vector representing the physical coupling relationship; carrying out weighted fusion on the two through a feature fusion network and carrying out multi-task prediction; and finally outputting a balance scheme including performance indexes and cost estimation. According to the method, the advantages of rule learning and nonlinear fitting are combined through a hybrid model architecture, traditional time-consuming simulation iteration is replaced, and rapid and accurate collaborative optimization of the whole vehicle performance and cost is achieved.

This utility model relates to the field of display stand technology, specifically a bidding information display stand for engineering cost estimates. The utility model includes a display stand body, and a statistical component is provided on the inner wall of the display stand body. The statistical component includes a statistical rod slidably connected to the inner wall of the display stand body. By setting up the statistical component, when it is necessary to count the number of times a bidding document has been read by visitors, after a visitor removes the bidding document, the statistical rod moves downwards due to its own weight, causing the receiving end of a photoelectric sensor to move downwards into the mounting slot, thereby receiving the signal light emitted by the transmitting end of the photoelectric sensor, and thus sending an electrical signal to the controller, causing the counter to increment by one. Then the visitor puts it back into the display stand body, and the counter increments again when the next visitor removes it for reading. The same method can be used to count the bidding documents in each compartment of the display stand body, thereby achieving the purpose of counting the number of times bidding documents have been read.

The invention relates to a building material cost estimation method and system, a terminal and a storage medium, and relates to the technical field of building material cost estimation, and the method comprises the steps: collecting a specific construction position and a project construction drawing of a preset underground parking lot; searching a matched parking lot set in a preset regional project library according to the specific construction position and a preset matching condition; analyzing the matched parking lot set and the project construction drawing to determine matched parking lots, project matching areas and project unmatching areas; analyzing the matched parking lot and the matched project area to determine the building material cost of the matched area; performing BIM modeling and cost estimation on the project unmatched area to determine the building material cost of the unmatched area; and determining the project building material cost of the underground parking lot according to the building material cost of the matched area and the building material cost of the unmatched area. The method has the effect of improving the estimation efficiency of the building material cost.

A computer implemented method for determining a set of parameters for developing an oil and gas field or infrastructure is described. In an embodiment, the method comprises: (i) receiving a plurality of input parameters comprising a type of the oil and gas field or infrastructure, a stage parameter indicating a stage of the oil and gas field or infrastructure, a type of output of the oil and gas field or infrastructure and a location of the oil and gas field or infrastructure: (ii) receiving historical data associated with the plurality of input parameters: (iii) generating sets of suggested parameters for developing the oil and gas field or infrastructure based on the plurality of input parameters and the historical data, each of the sets of suggested parameters includes development parameters: (iv) forming a subset of the sets of suggested parameters based on at least one of the development parameters; and (v) determining a cost estimate for each of the subset of the sets of suggested parameters for use in determining the set of parameters for developing the oil and gas field or infrastructure. A system for determining a set of parameters for developing an oil and gas field or infrastructure is also described.

This invention discloses an intelligent generation system for optimizing quota-based cost estimates in engineering projects, relating to the field of engineering cost estimation technology. The invention includes: a process action atom library construction module, used to decompose quota items into multiple process action atoms, and to label each process action atom with a cost driving factor and the function type of the cost driving factor. By constructing a process action atom library and a cost driving factor system, this invention achieves refined decomposition of quota items, laying a data foundation for conversion based on the essence of the process; it introduces a process knowledge graph to store the process logic and cost transmission relationship, enabling the system to have process reasoning capabilities, making the conversion process more consistent with engineering reality; the intelligent conversion engine executes differentiated nonlinear conversion rules based on cost driving factors, solving the systematic deviation caused by the traditional linear scaling "one-size-fits-all" approach, and effectively improving cost estimation accuracy.

A method for flood control scheduling of multi-hole reservoirs under multiple rounds of heavy rainfall includes the following steps: S1: Perform independent simulations for m from 1 to M, generating a single sample path, dynamically scheduling, and calculating the total cost. S2: Calculate the expected total cost estimate, average operating cost, average risk cost, and scheduling failure probability. S3: Execute flood control scheduling for the multi-hole reservoir based on the optimal threshold group that minimizes the expected total cost. This invention treats each round of effective heavy rainfall during the plum rain season as a random "impact" on the reservoir flood control system, and characterizes the reservoir flood control scheduling process as a multi-stage dynamic decision-making process consisting of an initial operation stage and several tiered flood discharge stages. Considering the comprehensive costs of downstream evacuation, flood disturbance, and power generation losses caused by tiered flood discharge, the optimal scheduling under risk-cost trade-offs is constructed.

Provide a system. 【Solution means】 A device for automatically aggregating information from public information sources, A device for processing the aggregated information to identify a project target, A device for creating optimized proposed content by referring to past history data, A device for automatically calculating a cost estimate, A device for automatically creating materials for a proposal, A device for improving the proposed content by learning evaluations from users, A device for visually checking and modifying the proposed content using a mobile terminal or an information display device, A system including.

The invention provides a monitoring camera site selection method and device, a medium and equipment, and belongs to the technical field of video monitoring layout, and the method comprises the steps: obtaining geographical constraint data and power supply node coordinate data of a region range to be subjected to site selection; acquiring cost distribution data according to the geographical constraint data and the power supply node coordinate data; and according to the geographical constraint data and the cost distribution data, constructing and solving a multi-objective optimization model, and according to a solving result, generating site selection scheme information of the monitoring camera. According to the method, the actual wiring path difficulty from each candidate position to the adjacent power supply node is calculated, and real engineering obstacles such as topographic relief and gradient are incorporated into the cost model. The optimal path planned by using the Dijkstra algorithm can accurately reflect the engineering quantity and material cost of cable laying, avoids the cost underestimation caused by neglecting the terrain in the traditional method, reduces the total cost estimation error, and significantly improves the economy and feasibility of the site selection scheme.

Disclosed are a system and method for developing a patent invention. The disclosed system for developing a patent invention comprises: a client terminal that requests a development server to investigate the marketability of a patent invention, requests development in accordance with a marketability evaluation result, and requests manufacture of a prototype in accordance with a development estimate provided from the development server; and the development server that receives, from the client terminal, a request to investigate the marketability, produces promotional material including virtual product modeling for the patent invention on the basis of patent registration publication, evaluates the marketability on the basis of responses to the promotional material, provides the marketability evaluation result to the client terminal, receives a development request from the client terminal, calculates a development cost estimate for the patent invention on the basis of the patent registration publication, provides the development cost estimate to the client terminal, and provides an advertisement video for the sale of produced goods after product development is completed.

A computerized system of main controller that each node uses to process packets comprising: the main controller that each node uses to process packets, wherein the main controller comprises a plurality of receiving threads while receiving or transmitting a plurality of packets, and wherein when packets are received, a payload of the packet is placed per flow into a payload buffer, which notifies a suitable context queue by identifying a connection and a number of bytes received, and wherein the main controller further comprises: a policy controller configured to handle how and when a request for data and computation is performed, relayed, and cached, based on a localized cost estimation procedure, and a mode selector configured to calibrate a sending rate, a transmission window size, and a payload buffer size, based on a given choice complexity parameter that optimizes for a high throughput, a loss avoidance and a low latency.

The invention relates to the technical field of thermodynamic system design, in particular to a multi-configuration thermodynamic system comprehensive design method and device and a storage medium, and the method comprises the steps: setting boundary parameters of a thermodynamic system, and setting structural parameters of the thermodynamic system and variable initial values of the thermodynamic parameters; establishing a thermodynamic model through a thermodynamic static simulation tool, and performing static simulation on the thermodynamic system; collecting feasible result data meeting a thermodynamic system operation mechanism as a debugging data set; carrying out equipment structure design through an equipment structure design tool; carrying out dynamic simulation on the thermodynamic system through a thermodynamic dynamic simulation tool and calculating a flexibility index of the thermodynamic system; calculating an economic index of the thermodynamic system through a cost estimation tool; and performing single-objective optimization or multi-objective optimization on the thermodynamic system through a data analysis processing tool, and updating the structural parameters and thermodynamic parameters of the thermodynamic system until various index requirements are met. According to the method, flexible, comprehensive and easy-to-use thermodynamic system comprehensive design can be realized.

The present invention designs the concept of a device desired by a user on the spot and presents an estimated amount of money on the spot. This estimation program of at least one device of which dimensions are customizable causes a processor to implement: a user request acquisition function of acquiring user request information related to the dimensions of the device input by a user; a recommended form output function of outputting a recommended form of the device according to the user request information by reflecting a value based on the user request information to CAD software by RPA; and an estimation function of outputting cost estimation information corresponding to the recommended form.

To provide a housing estimation system, a terminal, and a housing estimation method for easily presenting costs required for construction to a person in charge of a construction company.SOLUTION: An embodiment is a housing estimation system including a server device and a terminal. The server device calculates a cost corresponding to the selected housing plan, which can be set for each construction company in each construction of housing work, and transmits the cost to the terminal. In addition, in response to receiving the cost, the terminal displays the cost on a display portion.SELECTED DRAWING: Figure 5

Planning virtual production from a digital application, including: performing digital planning and management of the virtual production to produce at least video output of a digital LED wall from a virtual camera mimicking filming on a virtual LED wall of the virtual production including: rendering pre-visualization of the virtual production; and generating technical visualization of the virtual production within a virtual environment; automatically generating a cost estimate of the virtual production based on the rendered pre- visualization and the generated technical visualization of the virtual production; and enabling requests for booking a sound stage from the digital application when the cost estimate is acceptable.

A method, computer program product and computer system to evaluate maintenance performance in a data center is provided. A processor provides an augmented reality device to a user performing a maintenance procedure, where the augmented reality device displays a guidance script to the user while performing the maintenance procedure. A processor determines an initial base cost associated with the maintenance procedure. A processor retrieves user activity data regarding the performance of the maintenance procedure. A processor determines an activity cost of the user performing the procedure. A processor, in response to the activity cost varying a threshold amount from the initial base cost, adjusts the initial base cost of the maintenance procedure based on the activity data of the user regarding the performance of the maintenance procedure.

An object of a system according to an embodiment is to provide a plan that satisfies a client in a short period of time by efficiently performing processes from planning of an ordered house to creation of a construction drawing.SOLUTION: A system according to an embodiment includes an owner information acquiring unit, a floor plan proposing unit, a 3D perspective generating unit, an approximate amount calculating unit, a Metaverse generating unit, and a working drawing creating unit. The client information acquisition unit acquires client information. The floor plan proposal unit proposes an optimal floor plan based on the client information acquired by the client information acquisition unit. The 3D perspective drawing generator generates a 3D perspective drawing based on the floor plan proposed by the floor plan proposing unit. The approximate amount calculation unit calculates an approximate amount based on the 3D perspective drawing generated by the 3D perspective drawing generation unit. The Metaverse generation unit automatically generates a 3D perspective view in the Metaverse. The construction drawing creation unit creates a construction drawing when the client is satisfied with the plan.SELECTED DRAWING: Figure 1

The embodiment of the invention discloses an intelligent planning method and device for an overcharge station, computer equipment and a storage medium. The method comprises the steps of obtaining a target site model, project demand data and project constraint data; calling a conventional parking space layout algorithm in the algorithm agent through the planning agent to obtain a conventional parking space layout scheme; calling an over-charging parking space arrangement algorithm in the algorithm agent to obtain a complete parking space arrangement scheme; calling a module equipment arrangement algorithm in the algorithm agent to obtain an overall layout scheme; calling a power checking algorithm in the algorithm agent to determine a target layout scheme; calling a cost estimation algorithm in the algorithm agent to obtain an evaluation cost; and if the evaluation cost is less than or equal to the cost constraint data in the project constraint data, outputting a planning result corresponding to the target layout scheme through the summarizing agent. By implementing the method provided by the embodiment of the invention, the planning efficiency of the overcharge station can be improved.

The invention relates to an automated system for long-term planning and execution of repair works and preventive maintenance, incorporating cost estimation and utilizing artificial intelligence (AI) technologies. The system integrates modules for generating repair schedules and work plans based on technical documentation and regulatory requirements, forecasting repair costs considering market fluctuations and inflation, monitoring actual repair execution, and dynamically adjusting plans in real time. The system implements the integration of technical and financial functionalities within a single platform, providing controlled and segregated access for specialists of various profiles. Additional features include automatic analysis of regulatory documents, market price monitoring, risk management, deviation analysis, occupational safety control, support for a digital technical council, and comprehensive information security compliant with international standards ISO / IEC 27001 and NIST guidelines. The system ensures efficient, accurate, and adaptive repair management and maintenance planning, optimizing resource utilization and reducing operational risks over the long term.

A mobile device application and system utilizing artificial intelligence for surveying the contents of a space, estimating a weight of the space contents, locating and providing cost estimates for moving such contents to a given destination. Systems, methods, and devices of the various embodiments may provide an online interface supporting consumer shopping of movers' services and pricing.

A method (500) of generating a cost estimate for performing one or more earthmoving operations at a worksite (132) includes receiving, at a controller (124), a plurality of files indicative of a structural design corresponding to a structure (130) selected from a plurality of structures, a geographical data of the worksite (132), and at least one operational variable associated with the worksite (132). The at least one operational variable varies based on the geographical data of the worksite (132). The method (500) also includes generating, by the controller (124), at least one of the cost estimate for performing the one or more earthmoving operations at the worksite (132) and an instruction file to autonomously perform the one or more earthmoving operations at the worksite (132). The cost estimate is displayed to a user.

This invention provides a BIM-based method, apparatus, equipment, and medium for calculating tower crane blind spot costs. The method includes: acquiring the planar outline geometric data of a building based on a BIM model; extracting vertices from the planar outline geometric data to obtain a polygon set; extracting parameters from the tower crane data to obtain the tower crane coverage area; performing region calculations on the polygon set and the tower crane coverage area to obtain blind spot data; performing feature calculations on the blind spot data to obtain blind spot shape feature indicators; and using the blind spot shape feature indicators to calculate the total blind spot penalty cost. By implementing this invention, vertex extraction, parameter extraction, region calculation, and feature calculation are performed on the data to obtain the blind spot shape feature indicators. The total blind spot penalty cost is then calculated using these indicators, and the blind spot shape feature indicators are used as evaluation metrics to achieve accurate cost estimation, ensure cost quantification, and guarantee optimization guidance, thereby improving processing efficiency.