75 results about "Design support system" patented technology

Provide appropriate layout information. [Solution] The layout design support device 100 comprises an estimation means and an output means. The estimation means is a trained model for inferring layout information, which includes layout items used for designing the layout of a facility for manufacturing a product, from condition information, which includes condition items representing the conditions for manufacturing a product. The estimation means applies the condition information to the trained model generated by a neural network to estimate the layout information. The output means outputs the layout information estimated by the estimation means.

To provide a design support system and a design support program to simplify facility design for an air conditioning system.SOLUTION: A design support system for supporting design of an air conditioning system includes: an operation device used for inputting a condition regarding a building and a room in which the air conditioning system is installed; a control device for selecting a plurality of devices constituting the air conditioning system in accordance with the condition input through the operation device, and generating symbols indicating the selected plurality of devices and ducts connecting the plurality of devices; and a display device for displaying a layout image with the symbols placed on a floor plan of the building.SELECTED DRAWING: Figure 2

Provided is a design assistance system suitable for understanding a plurality of elements to be successively edited and an editing order thereof.　A drawing creation assistance device 100: acquires a created or edited element ID; estimates, from the acquired element ID, a plurality of pieces of element order information having different editing elements or editing orders by using a trained model that was trained on the basis of training data that includes the created or edited element ID, a plurality of editing elements consecutively edited following the editing element of the created or edited element ID, and element order information relating to the editing order thereof; and displays any of a plurality of element orders on the basis of the estimated plurality of pieces of element order information. Thereby, a plurality of editing elements to be consecutively edited and the editing order thereof can be understood.

This design assistance device receives input of first information pertaining to a first shape of a portion of a body, selects, from a first candidate group including a plurality of items of second information pertaining to a second shape of an implant, the plurality of items of second information that satisfy a first condition in relation to the first information as a second candidate group, and selects, from at least a portion of the items of second information included in the second candidate group, the items of second information that satisfy a second condition different from the first condition as a third candidate group.

To provide a design support system suitable for grasping the order of creation or editing of elements.SOLUTION: A drawing creation support device 100 inputs a first request including inquiry information for inquiring first execution information for editing an editing element to a large-scale language model, and acquires the first execution information output from the large-scale language model in response to the first request. Then, a second request including inquiry information for inquiring about second execution information for editing the editing element with respect to a result of editing the editing element on the basis of the acquired first execution information and execution result information about a result of the inquiry is input to the large scale language model, and the second execution information output from the large scale language model with respect to the second request is acquired.SELECTED DRAWING: Figure 6

A design support system suitable for understanding the order in which elements are created or edited is provided. [Solution] The storage device 42 stores implementation information tables 1 to 3. Implementation information table 1 registers inquiry information inquiring about first implementation information for editing edit elements, in association with the first implementation information. Implementation information table 2 registers inquiry information inquiring about second implementation information for editing edit elements based on the results of editing related to the first implementation information, implementation result information related to the results, and the second implementation information, in association with each other. Implementation information table 3 registers inquiry information inquiring about third implementation information for editing edit elements based on the results of editing related to the second implementation information, implementation result information related to the results, and the third implementation information, in association with each other. Then, in steps S204, S212, and S220, implementation information is acquired from implementation information tables 1 to 3.

To efficiently manage a piping member of a piping structure by piping design.SOLUTION: A piping design support system is constituted by comprising: a data acquisition part indicated with the design of a piping structure, and acquiring a drawing which can impart a piping system identifier to a piping member in response to each of the piping systems which is formed of the piping member having a prescribed connection relationship in the piping structure; and a system setting part for specifying the piping system included with a non-imparted piping member when there is the non-imparted piping member in which the piping system identifier is not imparted in the drawing which is acquired by the data acquisition part, and imparting the piping system identifier of the specified piping system to the non-imparted piping member.SELECTED DRAWING: Figure 7

Provided is a design assistance system suitable for identifying a plurality of elements that are edited in succession and an edit order of same.　A drawing creation assistance device 100: acquires a created or edited element ID; and estimates edit order information from the acquired created or edited element ID by using the created or edited element ID and a trained model that has been trained on the basis of training data including a plurality of edit elements, which have been edited in succession after the edit element, and edit order information pertaining to an edit order of same. Thus, since the plurality of edit elements edited in succession after the edited or created edit element and the edit order information pertaining to the edit order of same can be obtained, the plurality of edit elements edited in succession and the edit order of same can be identified.

A design support system suitable for understanding the order in which elements are created or edited is provided. SOLUTION: A drawing creation support device 100 inputs a first request including inquiry information inquiring about first implementation information for editing an edit element to a large-scale language model, and acquires the first implementation information output from the large-scale language model in response to the first request. Then, after editing the edit element based on the acquired first implementation information, inputs a second request including inquiry information inquiring about second implementation information for editing the edit element and implementation result information related to the result to the large-scale language model, and acquires the second implementation information output from the large-scale language model in response to the second request.

A design support device S011: uses an installable area calculation unit P01 to calculate, on the basis of spatial data D01, installation rule data R01, and virtual structure design data B01, which are stored in an external storage, areas that satisfy installation rules in the installation rule data R01 and design rules in the virtual structure design data B01, and thereby acquire installable area data T01; and uses a virtual structure installation unit M01 to install, on the basis of the installable area data T01 and the virtual structure design data B01, a virtual structure within an installable area based on the installable area data T01, and acquire and output design support data E01 to the outside.

A design support device (2) of the present invention includes: a virtual space creation unit (211) which creates image data of a virtual space simulating a site of a design target; a penetration creation support unit (213) which has a function of creating a penetration for a penetration formation target portion in the virtual space, and is capable of creating image data of an installation area image in which an image of an area where the penetration is formable is superimposed on an image of the penetration formation target portion in the virtual space in a case where information regarding a design specification of the penetration to be created in the penetration formation target portion is acquired from an external device; and a communication unit (23) which is communicably connected to the external device, receives information regarding a design specification of the penetration from the external device, and transmits image data of the installation area image created by the penetration creation support unit to the external device.

To make it possible to realize a front loading design in consideration of an environment load index.SOLUTION: A design support system comprises: a processing category reception unit for receiving a processing category of a design target on a design screen; a BOP (Bill Of Process) candidate calculating unit for specifying a candidate of a processing method belonging to the processing category with respect to each of the processing categories to calculate, as a BOP candidate, combination of the candidates of the processing method specified with respect to all of the design targets; an environment load index calculating unit for calculating an environment load index of the BOP candidate; and a display information generating unit for displaying, on the design screen, the environment information index in association with the BOP candidate.SELECTED DRAWING: Figure 1

To support design work of a system aiming at maintenance of provision of service even when a failure occurs.SOLUTION: In a design support system, an imparting part 120 imparts a factor that may cause a failure in a target system composed of a cloud service provided by cloud computing and a device for exchanging data with the cloud service to any of components of the target system. The detection unit 140 detects the occurrence of a failure in the target system. The changing unit 160 changes a cloud resource for executing a cloud application that provides a cloud service. The requirement identification section 170 identifies, on the basis of a result of detection by the detection section in response to application of a factor by the application section each time when the changing section is caused to change a cloud resource by a plural number of times, a requirement for a cloud resource with which a failure does not occur even if the factor is applied. The output unit 180 outputs information indicating the requirement specified by the requirement specifying unit.SELECTED DRAWING: Figure 2

To provide an electrical facility design support system, an electrical facility design support method, and a program capable of appropriately calculating a transformer capacity for an actual introduced load facility.SOLUTION: An electrical facility design support system comprises: an acquisition unit for acquiring sample data indicating a time-based power consumption when a predetermined load facility is in operation and information indicating the power consumption and the number of actual introduced load facilities connected to a design support target electrical facility; and a calculation unit for calculating the time-based power consumption of the actual introduced load facility based on a coefficient indicating the correspondence between the sample data and the time-based power consumption of the actual introduced load facility, calculating a peak value of the time-based power consumption when the actual introduced load facility is in operation, and calculating the transformer capacity for the actual introduced load facility based on the peak value of the time-based power consumption when the actual introduced load facility is in operation. The information indicating the power consumption and the number of actual introduced load facilities is used to set the coefficient.SELECTED DRAWING: Figure 1

The present invention can assist realization of a front loading design in consideration of an environmental impact index.　The present invention comprises: a processing category reception unit that receives processing categories for design targets on a design screen; a bill-of-process (BOP) candidate calculation unit that specifies, for each of the processing categories, a candidate for a processing method which belongs to the processing category, and calculates, as a BOP candidate, a combination of candidates for the processing method which have been specified for all of the design targets; an environmental impact index calculation unit that calculates the environmental impact index of the BOP candidate; and a display information generation unit that displays, on the design screen, the environmental impact index in association with the BOP candidate.

The present invention supports design by enabling the checking of a determination rule in consideration of material-specific characteristics or physical properties, and enabling, in the design stage, the evaluation of corrosion resistance and durability of a product to be designed.　This design support system defines a determination rule related to a combination of component materials, recognizes an adjacent component on the basis of a feature value acquired from information of a model to be designed by using a predetermined function associated with the determination rule, and determines the suitability of the combination of the materials by using the material of the adjacent component and first material determination information in which a theoretical value related to the combination of the materials is registered. The determination rule includes a threshold value of an electrochemical potential, and a theoretical value of the electrochemical potential is registered in the first material determination information. It is determined whether the combination of the materials in the adjacent component conforms to the determination rule on the basis of comparison between the theoretical value of the electrochemical potential corresponding to the combination of the materials of the adjacent component and the threshold value of the determination rule.

To relatively easily proceed with the design of a metal structure. [Solution] A design support system that supports the design of a metal structure formed by connecting multiple metal conductors, in which both the placement conditions for the metal conductors to be placed at the first end of the metal structure and the placement conditions for the metal conductors to be placed at the second end of the metal structure can be specified using an input means, and the placement conditions for the metal conductors to be placed between them can be determined while being bound by the specified conditions.

The aim is to provide design support for the new construction or relocation locations of infrastructure facilities using virtual space data. [Solution] In a design support device S011, an installable area calculation unit P01 calculates an area that satisfies the installation rules in the installation rule data R01 and the design rules of the virtual structure design data B01 based on spatial data D01, installation rule data R01, and virtual structure design data B01 stored in external storage, to obtain installable area data T01, and a virtual structure installation unit M01 installs a virtual structure within the installable area based on the installable area data T01 based on the installable area data T01 and the virtual structure design data B01, to obtain design support data E01 and output it to the outside.

Provided is a design assistance system suitable for ascertaining the order in which elements are created or edited.　A drawing creation assistance device 100 acquires inquiry information for inquiring about first implementation information, and estimates first implementation information from the acquired inquiry information by using a trained model 1 that is trained on the basis of information for inquiring about the first implementation information and the first implementation information. Then, inquiry information for inquiring about second implementation information for editing an editing element with respect to a result of editing the editing element on the basis of the estimated first implementation information and implementation result information relating to the result of the inquiry information are acquired, and second implementation information is estimated from the acquired inquiry information and the implementation result information by using a trained model 2 that is trained on the basis of information for inquiring about the second implementation information for editing the editing element with respect to the result of editing pertaining to the first implementation information, information pertaining to the result of the inquiry, and the second implementation information.

Provided is a design assistance system suitable for grasping the order of creation or editing of elements.　A drawing creation assistance device 100 inputs, to a large-scale language model, a first request including inquiry information for inquiring first execution information for editing an editing element, and acquires first execution information output from the large-scale language model in response to the first request. Then the drawing creation assistance device 100 inputs, to the large-scale language model, a second request including inquiry information for inquiring second execution information for editing the editing element with respect to a result obtained by editing the editing element on the basis of the acquired first execution information, and execution result information related to the result, and acquires second execution information output from the large-scale language model in response to the second request.

This technology enables the proper coordination of raw material and energy sources with plant operations. [Solution] The operation support device 100 includes a supplier information acquisition unit that acquires the current or predicted value of the supply amount at a supplier that supplies raw materials or energy used in the plant to the plant; a plant information acquisition unit that acquires the current or predicted value of the raw materials or energy used in the plant; an adjustment parameter determination unit that determines a supply amount adjustment parameter for adjusting the supply amount or a usage amount adjustment parameter for adjusting the usage amount in accordance with fluctuations in the supply amount and usage amount, based on the current or predicted value of the supply amount, the current or predicted value of the usage amount, a time interval at which the supply amount can be adjusted at the supplier, and a time interval at which the usage amount can be adjusted in the plant; and an output unit that outputs the determined supply amount adjustment parameter or usage amount adjustment parameter.

An input information analysis unit that analyzes input information of a user regarding a system model, a model candidate specifying unit that specifies a system model to be generated from system model information in which a plurality of types of templates of the system models is registered, based on an analysis result of the input information, an information extraction unit that extracts necessary information used to generate the system model from a database that stores information regarding design, based on the analysis result of the input information, and a system model generation unit that generates a system model according to the input information, using the extracted necessary information and the template of the system model to be generated are included.

To provide a design support system capable of improving design efficiency by supporting selection of outer skin design and facility equipment necessary for achieving energy performance targeted by a building.SOLUTION: The design support system 1 executes a first calculation step of calculating a target design primary energy consumption amount Et of a building, a second calculation step (S112) of deriving a relationship between a design primary energy consumption amount and an air conditioning capacity by using a property database DB for a plurality of existing buildings and calculating a target air conditioning capacity Q t or Qta corresponding to the target design primary energy consumption amount E t as a design target value on the basis of the relationship, and a third calculation step (S15) of calculating a thermal load of the building and a design air conditioning capacity Q d corresponding to the thermal load from the skin information. The design air conditioning capacity Qd and the target air conditioning capacity Qt or Qta are displayed.SELECTED DRAWING: Figure 10

To provide an elevator design support system which enables a car congestion state to be check with a simulation image.SOLUTION: In an elevator design support system, a processing unit causes a display unit to display at least one of a car simulation image and an elevator hall simulation image based on created simulation data. The processing unit causes the display part to display a riding simulation selection unit which enables selection of riding simulation. If the riding simulation is selected at the riding simulation selection unit, the car simulation image is an image which displays an image of users riding in a car.SELECTED DRAWING: Figure 8

To provide a design support system suitable for grasping the order of creation or editing of elements.SOLUTION: The storage device 42 stores execution information tables 1 to 3. An execution information table 1 registers inquiry information for inquiring about first execution information for editing an editing element and the first execution information in association with each other. An execution information table 2 registers inquiry information for inquiring second execution information for editing the editing element to the result of editing related to the first execution information, execution result information related to the result, and the second execution information in association with each other. In the execution information table 3, inquiry information for inquiring about third execution information for performing editing of an editing element with respect to a result of performing editing according to the second execution information, execution result information regarding the result, and the third execution information are registered in association with each other. Then, in steps S204, S212, and S220, the execution information is acquired from the execution information tables 1 to 3.SELECTED DRAWING: Figure 6

A design support system that executes design support of an architecture of a cloud deployment system generates architecture candidates in the case of sharing of resources by new systems newly deployed on a cloud and operation systems which are operating on the cloud and architecture candidates in the case of non-sharing of the resources. For the architecture candidates in both the cases of sharing of the resources and non-sharing of the resources, architecture candidates meeting a non-function requirement of an operation system and a non-function requirement of a new system are determined as architectures deployed on the cloud.

The present invention provides a structural design support system, method, and program that can optimize multiple parameters more efficiently. [Solution] The present invention is a structural design support system for determining the design values ​​of multiple design items in a structure in order to satisfy multiple required performance characteristics of the structure, using a first model in which at least one of the multiple required performance characteristics is set as the first objective variable and one or more of the multiple design items are set as the first explanatory variables, the required performance characteristics set as the first objective variable are expressed using the constraints of the first explanatory variables, and under the constraints of the expressed first explanatory variables, the remaining required performance characteristics obtained by subtracting the required performance characteristics set as the first objective variable are set as the second objective variables and the multiple design items are set as the second explanatory variables, and the design values ​​of the multiple design items in the structure are determined and output based on a second model.

In a process for producing a SiC single crystal by a sublimation method, the design of production conditions is assisted. A design assistance system, which assists the design of manufacturing conditions, is applied to a process for manufacturing a SiC single crystal by a sublimation method, and comprises: a first storage unit that stores a first learning completion model obtained by learning using first learning data, and stores a second learning completion model obtained by learning using second learning data; the first learning data includes manufacturing conditions for each time inputted to a simulation device that reproduces a process, and data of a first item that represents a state in the furnace for each time simulated by inputting the manufacturing conditions for each time. A prediction unit that predicts data of a first item indicating a state in the furnace at each time by inputting manufacturing conditions at each time for prediction into the first learning completion model; and a display unit that displays the predicted data of the first item.

The present application provides a design assistance device, a design assistance system, a design assistance method, and a storage medium that can assist a design service. The design assistance device refers to a database in which a graph configuration is stored. The graph configuration includes a specification item indicating a specification of a product, a unit item indicating a unit included in the product, a first item associated with a system simulation model indicating a relationship between an input and an output in the unit, and a second item associated with a three-dimensional model indicating a three-dimensional shape of the unit. The design assistance device further sends a first notification to a first processing device associated with the first item when the three-dimensional model is updated. The design assistance device further sends a second notification to a second processing device associated with the second item when the system simulation model is updated.

This estimation device comprises: an input unit that receives an input of a target condition related to a physical property of a composition; a generation unit that generates design information of the composition; an estimation unit that estimates the physical property on the basis of the design information; and an output unit that outputs a score indicating the degree of conformity between an estimated value of the physical property and the target condition in association with the design information.