234 results about "Space planning" patented technology

A method starts when a print job is received from a workstation. The print job includes user printing options and an identification of an initial printer. The method ranks the abilities of the available printers to process the print job to identify the best printer for the print job according to, among other items, printer proximity. If the initial printer identification creates a print policy violation, the method presents a question/statement to the workstation (to the user through the workstation) regarding whether the print job should be redirected to the best printer and provides an automated resubmit option at the workstation. If the resubmit option is activated, the method automatically submits the print job to a different available printer, without requiring the user to manually input the printing options.

The invention discloses a double-layer personification motion planning method for a seven-freedom-degree simulated human mechanical arm, and belongs to the technical field of the mechanical arm control. The problems that the current seven-freedom-degree simulated human mechanical arm path planning method based on a Bi-RRTX algorithm is not suitable for the task space planning of the simulated human mechanical arm, and the path of an end effector and the mechanical arm configuration of the simulated human mechanical arm cannot be optimized at the same time can be solved. The method comprises the steps of planning a collisionless path for the end effector, executing the smoothing treatment to the collisionless path, calculating all usable mechanical arm configurations, selecting an optimal mechanical arm configuration set according to the kinematics characteristic of a human arm and controlling the simulated human mechanical arm to successively complete all arm configurations in the optimal mechanical arm configuration set. In the step of planning the collisionless path, an end new growth path point validity judgment method based on arm configuration description is used for replacing the collision detection method in the current Bi-RRTX algorithm. The method is suitable for the double-layer personification motion planning of the seven-freedom-degree simulated human mechanical arm.

The present invention discloses an integration method of large-scale coastal newly reclaimed beach agricultural land ecologicalization exploitation, and belongs to the field of agricultural land ecological exploitation. The integration method mainly comprises four links including the space planning technology, the land consolidation technology, the soil improvement technology and the ecological management and protection technology of coastal beach agricultural land exploitation, and the four links commonly form the comprehensive control integration technology (system) of coastal large-scale newly reclaimed beach agricultural land ecologicalization exploitation. By adoption of the integration technology, the coastal soil salinization problem can be expected to be radically solved in 3-5 years. On the basis of coastal beach space planning and land consolidation, the target of coastal saline land improvement can be rapidly achieved by utilization of the modes including natural desalination, irrigation and loosening desalination and green manure back to field, and requirements of agricultural land exploitation are satisfied.

The invention provides a seven-degree-of-freedom redundancy mechanical arm task constraint path planning method under a Descartes space, and relates to a redundancy mechanical arm task constraint pathplanning technology. A collision-free path is planned for a seven-degree-of-freedom mechanical arm end executor in the Descartes space for achieving task constraint, and the problem that an existingplanning method is mostly and only suitable for joint space planning, but can not ensure optimization of the end track is solved. According to the seven-degree-of-freedom redundancy mechanical arm task constraint path planning method under the Descartes space, an improved FMT* planning algorithm is adopted in the Descartes space, and the end collision-free path meeting the task constraint is planned out for a mechanical arm, so that the optimization of the end track is achieved, and the movement reasonability of the mechanical arm is ensured. The method comprises the steps that a description method of a mechanical arm end constraint position space based on a task function under the Descartes space is provided, Gaussian sampling is used for replacing a sampling scheme of an original algorithm, distance measurement based on the previous constraint position space is put forward, and the effectiveness of a sampling point and the effectiveness of local connection are judged with the adoption of a mode based on arm configuration description.

The invention relates to the land space planning technical field, and specifically relates to a space planning model establishing method comprising the following steps: S1, obtaining research area land utilization layout data; S2, spatializing the land utilization layout data so as to form a land utilization layout data spatialization evaluation index; S3, calculating surrounding point essential factor density of each output pixel according to the inputted data spatialization evaluation index; S4, aiming at distance attenuation type factors in the data spatialization evaluation index, calculating the space distance of affecting variables, and using the space distance to calculate the space attractive force value of the affecting variables; S5, calculating the weight of each spatializationevaluation index, weighting and integrating each spatialization evaluation index so as to obtain the multi-index integrated evaluation value; S6, building the space planning model. The method uses thegeography national condition monitoring results as the basis to build the full spatialization evaluation model, thus improving a conventional evaluation model using administrative areas are the evaluation units, and forming the complete set of space planning model.

The invention relates to the technical field of territorial space planning, and discloses a method and device for constructing a territorial space planning 'one graph' and a storage medium. The methodcomprises the steps of obtaining territorial spatial association current situation data; wherein the territorial spatial association current situation data comprises three-way result data, basic surveying and mapping data, resource survey data and resource perception data; performing data format conversion processing on each territorial spatial association status data to convert the data format of each territorial spatial association status data into a target data format; coordinate conversion processing is performed on each territorial spatial association status data, so that the coordinatesof each territorial spatial association status data can be converted into coordinates under a target coordinate system; generating a working base map according to the processed territorial space association current situation data; and gathering territorial space planning data in the working base map so as to form a territorial space planning'one map '. According to the method, the accuracy of theconstructed territorial space planning 'one graph' is effectively improved.

A digital space management system is provided for managing a plurality of peripheral devices in a space. The digital space management system includes a communication unit for communicating with the peripheral devices, and a processing unit electrically coupled to the communication unit. The processing unit is operable to generate a space management graphic interface with a floor-planning function and a room-planning function allowing a user of the digital space management system to perform a space planning operation for the space.

The invention relates to the field of machining, in particular to a side milling error compensation device based on a non-extended straight-line surface and a cutter spacing planning method of the side milling error compensation device. The side milling error compensation device comprises a clamping disc, a workpiece and a milling cutter arranged above the workpiece and used for side milling, and the workpiece is arranged on the clamping disc. The side milling error compensation device is characterized by further comprising a three-dimensional scanner, a microcomputer, a stand column and a cutter spacing compensation mechanism; the cutter spacing compensation mechanism is arranged below the clamping disc; a non-extended straight-line surface five-axis side milling cutter path is planned by adopting a four-point offset manner, whether interference exists or not is judged in real time in an online manner, online adjustment is performed according to the judging result, collision in the machining process is avoided while the machining error is reduced, and the purpose of rapid and efficient machining is achieved; and the generated cutter spacing is further optimized and completed in cooperation with the error compensation device, and the error is further lowered.

The invention provides a robustness dynamic motion method based on reinforced learning and an all-body controller. The method comprises the steps of designing a reinforced learning process surroundinga phase space planning frame (PSP); utilizing a directional walking simplified restriction model inherent in PSP for carrying out phase space planning, reinforced learning problem and learning strategy evaluation; meanwhile, adopting the all-body dynamic controller as an accelerated speed command for calculating in an operation space; utilizing differential positive motion to convert into joint accelerated speed; and optimizing a counter-acting force of a non-drive robot according to the accelerated speed, so that two parameters adopting position or time as outputs can be calculated at the same time, multiple walking modes can be produced, and the process speed is applicable to real-time control. The invention provides a robustness dynamic walking controller formed by a dynamic motion plan program, a robustness reinforced learning process and a novel all-body motion controller, so that higher calculation efficiency is realized, and excellent robustness is obtained.

The invention relates to a temporary road arrangement method for mountainous buildings based on the BIM. The method includes the following steps that a three-dimensional integral BIM model of the mountain buildings is built; a starting point, an end point and a boundary condition of a main road in temporary roads constructed for the mountain buildings are determined; a space planning set of the main road in the temporary roads constructed for the mountain buildings is determined, and an optimally planned arterial road is obtained through analysis; according to non-covered temporary-road regionof a tower crane of each individual building, a first-level branch road is built on the base of planning of the temporary roads constructed for the mountain buildings; according to the non-covered temporary-road region of the tower crane of each individual building, and secondary branch roads of the temporary roads constructed for the mountain buildings are sequentially built until each temporaryroad reaches the covered region of the tower crane of each individual building; construction and maintenance of specific trunk-line temporary roads and the construction base layer and surface layer of each level of branch temporary road are completed. Compared with the prior art, the method has the advantages of being reasonable, accurate, efficient, applicable, economical and the like.

The invention discloses a data fusion-based city built-up area entity boundary identification method. According to the method, the urban built-up area entity boundary can be more accurately positionedby combining the surface temperature and the building index of remote sensing inversion, the defect that urban edge industrial areas and urban and rural joint parts are difficult to identify is overcome, and the urban built-up area entity boundary is more scientifically identified. In addition, the data source only needs Landsat data, the operation is simple, the accuracy is high, and the boundary of the city built-up area can be quickly and accurately obtained. A large number of experiment results show that the boundary recognition accuracy rate reaches 94% or above, and the method is suitable for the fields of territory space planning, geographic national condition monitoring, urban spreading treatment analysis and the like.

The invention discloses a fusion method based on multi-source heterogeneous space planning data. The fusion method comprises the following steps: S1, GIS data processing and fusion; S2, carrying out AutoCAD data processing and conversion; S3, matching and hooking place names and addresses; and S4, carrying out batch processing. Territorial space planning data from different sources can be efficiently and rapidly read and processed, data redundancy is eliminated, the purpose of data deduplication is achieved, the data processing capacity can be improved to the maximum extent, and the efficiency is improved. According to the method, natural laws and social economic laws of territorial space pattern differentiation are scientifically known through an intelligent data processing and analysis tool, so that territorial space function regions are efficiently divided, and key basic work of territorial space planning is facilitated.

The invention relates to a double-arm collaborative robot three-dimension vision recognizing and grabbing method based on deep learning. A double-arm robot and three-dimension vision system coordinatesystem is unified, and accordingly vision and double-arm target recognizing and positioning are achieved. The three-dimension object type and posture of a target are obtained on the basis of deep learning, the grabbing and posture of a double-arm tail end grabbing tool are obtained according to the object type and posture, and then the robot double-arm tail end grabbing tool is controlled to conduct grabbing. According to the double-arm collaborative robot three-dimension vision recognizing and grabbing method, the robot operation collaborating and space planning capability can be improved, the accurate mutual perception collaborating and object recognizing and grabbing capability can be achieved in the double-arm robot operation project, and intelligence and applicability of the robot system are improved.

Method and system for calculating space planning of a building, using a building database (31), with unit distribution possibility tables (33), and compatibility tables (33, 34) showing the compatibility between them, whether horizontal, vertical or both, and comprising: defining (38) design criteria of the units and need program parameters; defining (39) a set of parameters of the typology and shape of the building; searching (40) in the vertical distribution table (33) for those that are as close as possible to the parameters defined; establishing (41) relation possibilities between the floors obtaining compatible houses; filtering (42) the design solutions which meet the design criteria; selecting (43) the buildings with houses as close as possible to the parameters and to the need program; calculating (44) the parameters which define floors of a building and distribution units by means of regression algorithms, decision trees or neural networks.

The invention discloses an automatic coordination method for space planning land difference. The method comprises the following steps of performing vectorization processing on a space planning land graph, dividing a whole city into different lands in the space, wherein each land is correlated with attributes such as land property; overlapping two or more space planning graphs after vectorization, thereby forming a graph with fused information; furthermore, forming a difference determining rule and a difference coordination rule according to a fixed format for difference determining methods and difference coordination methods between different space planning graphs; according to the difference determining rule and the difference coordination rule, determining each land in the graph with fused information, determining the attributes such as difference type, difference code and land property, and correlating the attributes with the land; and finally, according to the land property, forming a city space planning land graph in which the difference is eliminated. The automatic coordination method can improve efficiency of space planning difference coordination and ensures high coordination accuracy.

The invention provides a territorial space planning method, which comprises the following steps: 1, collecting territorial landform type resource data, wherein the territorial landform type resource data comprise plains, rivers, forests, mountainous regions and oceans, and dividing regions to be classified into a plurality of different sets according to landform types; 2, performing preliminary data analysis including soil, rock, vegetation, aquatic products and groundwater veins according to the territorial landform type resource data, and dividing the data into a plurality of different subsets according to the preliminary data analysis; 3, firstly collecting and obtaining original planning data information, and then establishing a territorial space planning data set, wherein the space planning data set comprises an urban planning data set, a rural planning data set, a forestry planning data set, an agricultural planning data set, a grassland planning data set, an ocean planning dataset and the like; and 4, processing the data.

The KE architectural element is a component of a building or space.

Designed by a licensed architect, interior designer, and general contractor, the KE architectural element will revolutionize the creative design approach to space planning of interiors. Used as a template tool, the KE architectural element will influence the arrangement of spaces. The KE architectural element will result in the efficient, effective, and sustainable solution of any project. The KE architectural element is formed out of standard metal framing parts and can fit any actual condition. Easy to assemble, the KE architectural element will be the central hub for all utility infrastructures, which is housed in compartments and distributed within zoned layers according to specified locations. The KE architectural element will adapt to a number of standard configurations of plumbing fixture, appliance, and cabinetry layouts. The KE architectural element comes in a single key shape that is adaptable to varied dimensional restraints, depending upon the ultimate use and design intent for the space.

The invention discloses a welding power source power output change and arc welding robot motion closed-loop control method. Welding current setting, welding voltage setting and wire feeding speed setting are all achieved through initialization panel analog quantity input setting or are provided for a welding power source by a robot upper computer controller through looped network or analog quantity IO interface initialization, are subjected to initial distribution through a welding power core processing mechanism, and are output to an electric arc load, and load power is fed back to a power core control unit when changing, the core control unit conducts processing and achieves interactive communication with an industrial arc welding robot controller, and a robot space planning track is controlled coordinately. When space speed of the robot changes, the robot and a power source achieve communication coordinately, the power source can change welding output currents, voltage and a wire feeding speed value according to the change quantity of the robot. The welding power source power output change and arc welding robot motion closed-loop control method can be widely used for the working conditions with complex robot automatic welding, and labor productivity is improved.

A lens-adjusting module includes a base, a tray movably disposed on the base, a lens fixed at the tray, and an adjusting device including a casing, a worm, a transmission gear, and a transmission element. The casing is fixed at the base. The worm is pivoted at the casing. The transmission gear is pivoted at the casing and geared to the worm. The transmission element is fixed at the transmission gear and connected to the tray. When the worm rotates such that the transmission gear rotates, the transmission gear drives the transmission element such that the tray moves relatively to the base along an axis. The disposition of the elements of the lens-adjusting module may satisfy a designing requirement of a designer for space planning.

The invention discloses a county and country territory space planning optimization method and system. The method comprises the steps that firstly,establishing a space planning data set along a coastline area; inputting the coastline area space planning data set into Arcgis software for analysis to obtain a conflict pattern spot data table; determining conflict pattern spot spatial distribution according to the conflict pattern spot data table; secondly, constructing a conflict graph spot constraint table; optimizing the spatial distribution of the conflict pattern spots according to the conflict pattern spot constraint table to obtain a first optimization area; determining a second optimization area; and finally, determining county and country territory space planning application areas according to the first optimization area and the second optimization area. The situation that due to the fact that all departments are lack of deep connection, area arrangement is considered, and finallythe utilization space layout along the coastline is unreasonable is avoided, and intensive and efficient utilization and reasonable and sustainable development of coastline resources are influenced.

The invention discloses an integrated usefulness assessment method for key infrastructure in clustered towns. The method comprises an investment gain assessment index system for the infrastructure in clustered towns, a supply efficiency assessment index system for the infrastructure in clustered towns and a space usefulness assessment system for infrastructure in clustered towns. The investment gain assessment index system for the infrastructure in clustered towns consists of an investment level index and an integrated gain index. The supply efficiency assessment index system for the infrastructure in clustered towns consists of a supply index and a demand index. The space usefulness assessment system for infrastructure in clustered towns consists of a space usefulness assessment index system, a standard level of an infrastructure service threshold value, and a space usefulness level of the infrastructure. The level indexes are multiplied by their respective weight values and are then accumulated for an integrated assessment score so as to determine the suitability level of each unit for space usefulness. According to their weight values, the space usefulness of the infrastructure in clustered towns is analyzed. The method of the invention is capable of providing simulated planning for key infrastructure construction and networking development as well as providing strategies for auxiliary decisions and space planning.

The invention provides a space planning scene simulation method and system. The method comprises the following steps: S1, preprocessing construction land data of a to-be-simulated prediction area; s2,determining influence factors of construction land expansion, and classifying the influence factors; s3, performing spatial quantization processing on the determined influence factors; s4, constructing a training sample data set which is used for carrying out training learning of a simulation model on various models; s5, comparing and evaluating training results; s6, predicting the future land scale, wherein the future land scale is used for obtaining the total growth scale of the construction land in the predicted target year; and S7, obtaining construction land expansion simulation resultsin different scenes in the future. The system corresponding to the method comprises a data input module, a data processing module, a parameter setting module, a land scale prediction module and a result generation module. According to the method, influence factors can be comprehensively considered, simulation deviation is avoided, construction land expansion prediction is more accurate, and support is provided for urban construction; meanwhile, the working intensity of planning workers is reduced.

The invention discloses a bus customization method based on mobile interconnection. The method comprises the steps of space-time planning of stations and optimization of public transportation lines; space planning is dividing of traffic cells, and a hierarchical clustering method is selected to divide the traffic cells; defining a time window of a station, realizing spatial clustering through spatial programming in the last step, determining a time interval of a clustered center based on information contained in each clustering area for the clustered center, and determining a time period withthe highest frequency selected by a user as riding time of the station through information statistics of the station; and solving and optimizing the customized route through a genetic algorithm to obtain an optimal route. According to the invention, lines can be customized according to real-time requirements of passengers, and a plurality of lines can be switched on at the same time under the condition of multiple requirements.