18 results about "Site planning" patented technology

The utility model discloses a bilateral flat plate fixed type inclined 2.5-dimensional X-RAY detection machine which comprises an objective table device, an x-ray receiving device arranged above the objective table device, and an x-ray transmitting device arranged below the objective table device, the x-ray receiving device comprises a mounting rack and a mounting cross beam connected between the two ends of the mounting rack; the two ends of one side of the installation cross beam are each connected with a first fixing plate, and one side of each first fixing plate is further provided with an x-ray receiving mechanism. According to the utility model, a double-inclined flat plate fixed structure is adopted, redundant components are simplified, and the whole structure is simplified, so that the space occupancy rate of equipment is effectively reduced, the layout of the whole machine is compact and exquisite, and a more flexible and efficient solution is provided for site planning and equipment deployment of industrial production.

The invention discloses a site planning method for grinding a large structural component through a movable grinding platform. The method comprises the steps of 1, establishing an optimization model; step 2, establishing a coding data solving format; 3, solving by adopting an optimization algorithm, and solving the proposed optimization model by using an improved non-dominated sorting genetic algorithm RL-NSGA-DP integrating reinforcement learning and double-population coevolution; step 4, selecting a site sequence planning scheme from a solving result to regulate and control the mobile grinding platform; the labor and time cost is effectively reduced, and the efficiency and the automation degree of the production process are improved.

This application relates to the field of power grid planning technology and provides a method, apparatus, equipment, and medium for determining the capacity and location of substations. The method includes: First, collecting load data of each user in the area to be planned; Second, dividing the reasonable power supply range of existing substations based on the load data of each user in the area to be planned and preset constraints; users within the reasonable power supply range are powered by existing substations, including existing users and planned users; Third, matching the site capacity to existing users and planned users outside the reasonable power supply range, and planning the location of substations based on the site capacity; Fourth, merging the planned substations and existing substations to obtain new existing substations; Fifth, repeating steps two through four for the new existing substations until no new planned substations are needed. This application can achieve the site selection and capacity determination of substations and distribution stations while minimizing the construction and operation costs of low-voltage lines.

The application is a BIM deepening method for rapid construction of an automobile factory building, comprising: step 1, standardizing BIM team management, determining a BIM project leader and a BIM engineer; step 2, site planning, BIM deepening design, collision detection and design optimization, 4D progress simulation; step 3, parameterized establishment of family library models, and sharing of parameters; step 4, rapid deepening by using technologies such as Dynamo; step 5, rapid auxiliary deepening by using secondary development plug-ins; step 6, a lightweight browsing and checking model platform; step 7, prefabricated processing based on BIM technology; and step 8, BIM data delivery. In the BIM deepening design of a new energy factory building, the application increases the method of rapid modeling construction, and through parameterized programming, Dynamo technology or other same type rapid modeling software, rapid remodeling is realized, so that the deepening design time and construction period are greatly reduced, and the rapidity, safety and quality of construction are guaranteed.

The embodiment of the invention discloses a road optimization method and device, computer equipment and a storage medium. The method comprises the following steps: acquiring a construction site planning drawing, wherein the construction site planning drawing comprises road peripheral boundary data and internal obstacle boundary data; constructing an initial road network according to the road peripheral boundary data and the internal obstacle boundary data, wherein the initial road network comprises a peripheral boundary and an inner circle boundary; performing concave point detection on the peripheral boundary to determine at least one concave curve in the peripheral boundary, and performing convex point detection on the inner ring boundary to determine at least one convex curve in the inner ring boundary; performing turning radius risk detection on the concave curve and the convex curve to determine a risk curve; generating an arc curve corresponding to the risk curve based on a preset multi-stage arc generation rule; and performing corresponding arc curve replacement processing on the risk curve to obtain a target road network. By implementing the method provided by the embodiment of the invention, the road curve optimization efficiency can be improved.

The invention discloses a base station site planning scheme evaluation method and device, computing equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: determining a mountain blocking evaluation result of a site planning scheme according to the altitude of a planning site of a base station and the altitude of a sampling point; wherein the sampling points comprise at least one site located between the planning site and the planning coverage point location of the base station; determining a coverage value evaluation result of the site planning scheme according to the planning frequency band of the base station and a coverage scene of a current network physical base station to which the base station belongs; acquiring the position of a same-frequency station in the area to which the planning station belongs; determining a network structure evaluation result of the site planning scheme according to the attribute information, related to the network structure, of the base station; and determining whether the site planning scheme is qualified or not according to the mountain blocking evaluation result, the coverage value evaluation result and the network structure evaluation result.

The invention discloses a method for controlling underground water of a deep foundation pit in a large steel cofferdam in a river with a deep and thick sand soil layer geology. Comprising the steps of S1, water pumping testing, S2, site planning, S3, waterproof cloth laying on the outer side of a cofferdam, S4, catchwater construction on the inner side of the cofferdam, S5, tube well dewatering construction, S6, tube well dewatering operation, S7, well point dewatering construction, S8, well point dewatering operation and S9, dismantling and plugging. The surrounding seepage distance is increased outside the cofferdam, the annular intercepting ditch in the cofferdam is used for blocking open water, a circle of dewatering pipe wells on the inner side of the intercepting ditch, two circles of dewatering pipe wells on the slope top of the foundation pit and dewatering well points at the bottom of the foundation pit are combined, the dewatering range is gradually narrowed to control the underground water level, and five-level measures are constructed in total to achieve accurate dewatering. Precipitation blind areas and excessive disturbance are avoided, and the requirement for large-area precipitation under complex working conditions is met.

The invention provides a layout and geographic information-based substation site planning method, which comprises the following steps of: collecting multi-source geographic information data of a site alternative area and a peripheral area to form a site planning area, and constructing a geographic information data center; the method comprises the following steps: establishing a standardized rule base of substation site selection based on national and industrial specifications, carrying out finite element grid division in a site planning area, generating a site suitability cost surface covering the whole planning area, and taking the site suitability cost surface as a search space and the standardized rule base as a filtering condition, searching a candidate site with the lowest total cost by adopting an optimal first search space search algorithm; according to the method, the multi-source geographic information and the standardized rule base are fused, the optimal site is searched by means of an intelligent algorithm, and intelligentization and optimization of substation site planning are achieved.

Embodiments of the present application disclose a road optimization method and device, computer equipment and a storage medium. The method comprises: obtaining a construction site planning drawing, the construction site planning drawing comprising road peripheral boundary data and internal obstacle boundary data; constructing an initial road network according to the road peripheral boundary data and the internal obstacle boundary data, the initial road network comprising a peripheral boundary and an inner ring boundary; performing concave point detection on the peripheral boundary to determine at least one concave curve in the peripheral boundary, and performing convex point detection on the inner ring boundary to determine at least one convex curve in the inner ring boundary; performing turning radius risk detection on the concave curve and the convex curve to determine a risk curve; generating a circular arc curve corresponding to the risk curve based on a preset multi-level circular arc generation rule; and performing corresponding circular arc curve replacement processing on the risk curve to obtain a target road network. The method of the embodiments of the present application can improve the efficiency of road curve optimization.

The utility model discloses an X-ray detection receiving device of a 2.5-dimensional double flat panel detector. The X-ray detection receiving device comprises a mounting cross beam, the two ends of one side of the installation cross beam are each connected with a first fixing plate, and one side of each first fixing plate is further provided with an X-ray receiving mechanism. A second fixing plate is connected to the middle of one side of the mounting cross beam, and a visual positioning mechanism is further mounted on one side of the second fixing plate; the ends, used for receiving signals, of the two X-ray receiving mechanisms are obliquely arranged downwards towards the lower portion of the visual positioning mechanism. Compared with a traditional large 360-degree rotating flat plate to obtain image data at different angles, the device innovatively adopts a double-inclined flat plate fixed structure, and the space occupancy rate of the device is effectively reduced by simplifying redundant components and simplifying the whole structure, so that the layout of the whole device is compact and exquisite, and the cost is reduced. And a more flexible and efficient solution is provided for field planning and equipment deployment of industrial production.

The application discloses a kind of space building land planning system and method, it is related to building land planning technical field, including the following steps: obtaining the plot boundary data of planning area, plot is coded as functional unit, and construct plot function proportion vector;K order neighborhood structure of functional unit is constructed, and neighborhood aggregation is carried out to plot function proportion vector, obtain neighborhood function proportion vector;Based on neighborhood function proportion vector, clustering and anomaly detection are carried out to functional unit, obtain several imbalance units;The plot function proportion vector of imbalance unit is disturbed and adjusted, and several function proportion adjustment path sequences are obtained based on preset path generation algorithm;The neighborhood disturbance cost of function proportion adjustment path sequence is evaluated, and land planning album is updated according to the evaluation result, solve the problem that neighborhood relationship is ignored in traditional urban land planning to the influence of land, leading to the accuracy and rationality of planning adjustment reduce.

The invention discloses a neighbor relation determination method and device, electronic equipment, a storage medium and a program, and the method comprises the steps: obtaining the geographic position coordinates of a stock site and a new site; determining a geographic position range corresponding to the newly-added site according to the required spacing information of the newly-added site and the geographic position coordinate of the newly-added site; and based on the geographic position range of the newly added site and the geographic position coordinate of the stock site, determining a neighbor site of the newly added site. According to the embodiment of the invention, the stock sites can be screened based on the geographic position range of the newly added sites, the efficiency of determining the neighbor relation can be improved, the processing speed of the stock data is improved, and the improvement of the site planning efficiency is facilitated.

The embodiment of the invention discloses an article separate storage method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining the task information of a current distribution task, and the task information comprises the distribution amount of a target article at each distribution point in a plurality of distribution points; obtaining attribute information of the target article; according to the attribute information and the delivery quantity of each delivery point, creating a separate storage area for the target article at the current site, and generating a separate storage task according to the separate storage area; and sending the separate storage task to the terminal, so that an operator corresponding to the terminal stores the target article in the separate storage area of the current station. The embodiment of the invention can avoid planning the scene in advance, improve the scene strain capability, avoid resource waste and reduce the labor cost.

The application provides a construction process of a mountain complex terrain photovoltaic power station, comprising the following steps: site terrain selection; site selection screening and determination; site planning and reclamation; site pouring after reclamation; photovoltaic panel base frame installation; photovoltaic panel base frame correction; photovoltaic panel and equipment installation; cable laying; networking debugging and use.The construction process of the mountain complex terrain photovoltaic power station provided by the application can increase the solidity of the land when soft terrain appears in the site planning and reclamation in S3 by reclamation of weeds and trees in the planned site and ramming operation by equipment, and can improve the convenience of operation in the construction process by cleaning and crushing the rubble on the site where weeds and trees are removed in the planning and using the crushed rubble mixed with concrete in the site.

The invention discloses a photovoltaic power station intelligent configuration method based on large language model driving, and relates to the field of photovoltaic technology, the method uses a large language model to deeply understand the site planning demand of a user, and uses a physical modeling method to predict the daily average power generation amount and daily average power consumption of each month in the whole year according to the site planning demand; a product knowledge base integrated by a large language model is used for providing decision support, candidate configuration schemes feasible in technology are preliminarily screened out from the two dimensions of generating capacity and electricity consumption, then economic indexes of different candidate configuration schemes are quantitatively evaluated, and finally an intelligent configuration result giving consideration to technology and economy is given. Therefore, intelligent, scientific, quantitative and accurate data support is provided for configuration of the photovoltaic power station, and the operation stability and the return on investment of the photovoltaic power station can be effectively improved.

The application discloses a rural base station planning method and system, electronic equipment and a storage medium. The method comprises the following steps: acquiring a to-be-identified rural remote sensing image; identifying and analyzing the to-be-identified rural remote sensing image by using a preset building identification model to obtain preset building data; performing clustering analysis on the preset building data by using a preset clustering algorithm to obtain preset concentrated area data; performing site planning according to the preset concentrated area data and existing network base station information to generate a desired base station planning site. The embodiment of the application can realize automatic planning of a rural base station, effectively improve the site identification accuracy and planning efficiency. The application can be widely applied to the technical field of wireless communication planning.

The invention relates to a wireless local area network (WLAN) intelligent point distribution method and device based on three-dimensional environment perception, and relates to the technical field of WLAN point distribution. The method comprises the following steps: identifying semantics of each obstacle in a three-dimensional grid model of a target deployment area by using a lightweight segmentation model, matching material composition of the obstacle and a corresponding electromagnetic wave attenuation coefficient from a material attenuation library by using the semantics, and matching an interference field from an obstacle interference library to obtain a three-dimensional environment twinborn body; establishing a prediction model from AP distribution configuration to corresponding network performance indexes by using the three-dimensional environment twinborn body and a signal path between the selected AP distribution and a receiving end; the prediction model supports generation of a network performance index thermodynamic diagram; determining the range of the gridded fixable APs in the twin space of the three-dimensional environment; and under the condition of meeting the AP budget constraint, the AP distribution configuration is optimized by adopting a genetic algorithm under the guidance of the network performance index thermodynamic diagram of the corresponding scheme obtained by the prediction model.

This invention relates to the field of construction technology for reinforcing bar binding in cap beams, specifically to a prefabricated reinforcing bar jig for cap beams and its binding construction method, including the following steps: construction preparation and site planning; jig fabrication; reinforcing bar processing and skeleton piece fabrication; and skeleton piece hoisting and binding. A prefabricated reinforcing bar jig for cap beams includes: a main support, consisting of side uprights and a main crossbeam made of I22 I-beams; an auxiliary work platform support, located at the end of the main support, made of 4×8 square steel; a bottom slot, located on the upper part of the main crossbeam, for positioning the skeleton pieces; an end crossbar, a pull-out round tube structure, located at the end of the jig; a side movable buckle, located inside the side uprights; and a top fixed buckle, a detachable channel steel structure, located above the skeleton pieces. The jig components of this invention adopt a modular design, allowing for arbitrary disassembly and replacement of various positioning slots. Different types of cap beam reinforcing bar skeletons can be fabricated and assembled on the same base, improving efficiency while reducing costs.