KR102591313B1 - System for modeling electric circuit using block library and method thereof - Google Patents

Abstract

The present invention discloses an electric circuit modeling system and method using a block library. That is, the present invention creates a block library by dividing the activated project into blocks and expresses the generated block library as a single symbol, so that an electric circuit can be designed in a hierarchical structure using the block library.

Description

Electric circuit modeling system and method using block library {System for modeling electric circuit using block library and method thereof}

The present invention relates to an electric circuit modeling system and method using a block library. In particular, an electric circuit modeling system using a block library that creates a block library by converting an activated project into blocks and expresses the generated block library as a single symbol. and methods thereof.

An electric circuit design tool is a device that designs an electric circuit using the necessary individual components and evaluates its performance.

These electric circuit design tools lack standardization and commonization of reusable data, lack history management of design data and output, and have a disconnected design process.

In addition, these information disconnections and errors can result in unexpected damage costs or, in the worst case, a recall that threatens the company's credibility, affecting the company's image.

Korean Patent Publication No. 10-2001-0000809 [Title: 3D parts information library provision system through the Internet]

The purpose of the present invention is to provide an electric circuit modeling system and method using a block library that creates a block library by dividing an activated project into blocks and expresses the generated block library as a single symbol.

Another object of the present invention is to provide an electric circuit modeling system and method using a block library that dynamically generates PLC symbols or connector symbols to form one dynamic symbol.

Another object of the present invention is to provide an electric circuit modeling system and method using a block library that manages a plurality of instances arranged in a circuit diagram by grouping them into a master and one or more slaves.

The electric circuit modeling method using a block library according to an embodiment of the present invention is performed by a circuit designer terminal, according to the circuit designer input of the circuit designer terminal in the main circuit diagram creation window in the app execution result screen displayed on the circuit designer terminal. performing electronic circuit design functions; When a circuit diagram consisting of one or more elements has been created in the currently activated folio in the main circuit diagram creation window displayed on the circuit designer terminal, the preset make a hierarchical block item included in the toolbar in the app execution result screen is selected, inspecting, by the circuit designer terminal, a drawing state for a circuit diagram configured in a currently activated folio; As a result of the inspection, when there is no error in the drawing state in the circuit diagram constructed in the folio, displaying an element property window by the circuit designer terminal to set a block type and add a project file path; Receiving, by the circuit designer terminal, a plurality of input values corresponding to a plurality of input items according to a circuit designer input of the circuit designer terminal in an element characteristic window displayed on the circuit designer terminal; And a step of automatically generating one or more pins by reading block port information of a project file based on the plurality of input values received by the circuit designer terminal, and displaying the one or more created pins. It can be included.

As an example related to the present invention, the step of checking the drawing state of the circuit diagram configured in the currently activated folio includes wiring for one or more elements included in the circuit diagram configured in the currently activated folio, which are one or more preset error check items. At least one of the following can be checked: presence/absence, label error presence/absence, block port element error presence/absence, report element error presence/absence, and master-slave element error presence/absence.

As an example related to the present invention, as a result of the inspection, when there is an error in the drawing state in the circuit diagram constructed in the folio, an error list containing error information related to the error case is generated by the circuit designer terminal, and A step of outputting the generated error list may be further included.

As an example related to the present invention, designing a symbol according to the circuit designer input by the circuit designer terminal; Arranging, by the circuit designer terminal, one or more previously generated pins on one side of the designed symbol; And when a preset storage item in the file menu of the main menu item displayed on the app execution result screen of the circuit designer terminal is selected, the step of generating the symbol as a block library by the circuit designer terminal may be further included. there is.

An example related to the present invention includes displaying, by the circuit designer terminal, a list of elements to which the generated block library is applied in a collection window in the app execution result screen; And when a part corresponding to the block library is selected from among one or more parts included in the element list to which the block library is applied displayed in the collection window, the part corresponding to the selected block library is selected by the circuit designer terminal. A step of displaying the main circuit diagram in the creation window may be further included.

As an example related to the present invention, when the preset make a dynamic symbol item included in the toolbar is selected on the app execution result screen displayed on the circuit designer terminal, the selected make a dynamic symbol item is selected by the circuit designer terminal. displaying a dynamic symbol management screen corresponding to; Receiving, by the circuit designer terminal, a plurality of different input values corresponding to a plurality of different input items according to the circuit designer input of the circuit designer terminal on a dynamic symbol management screen displayed on the circuit designer terminal; By the circuit designer terminal, the dynamic symbol corresponding to the plurality of different input values is confirmed among the one or more pre-stored dynamic symbols, and the confirmed dynamic symbol is displayed in the dynamic symbol display item in the dynamic symbol management screen. step; And after receiving the total number of pins and the number of divisions, which are input values for the total number of pins and the division number input, according to the circuit designer's input on the dynamic symbol management screen displayed on the circuit designer terminal, When a preset set item is selected, the circuit designer terminal may further include updating and displaying the contents of the output item in the dynamic symbol management screen according to the received total number of pins and the number of divisions. You can.

As an example related to the present invention, after pin names and division information are set for each pin in the output items of the dynamic symbol management screen displayed on the circuit designer terminal, when a preset apply item is selected, the circuit designer terminal displaying a management screen listed based on the set pin name for each pin and division information for each pin; After segment-specific folio information according to input from the circuit designer is received for each segment folio item on the listed management screen displayed on the circuit designer terminal, a finish item displayed on one side of the listed management screen When selected, displaying, by the circuit designer terminal, a dynamic symbol final management screen reflecting information applied to the listed management screen; And when a preset confirmation menu is selected on the dynamic symbol final management screen displayed on the circuit designer terminal, the dynamic symbol is segment-specific folio information based on the information included in the dynamic symbol final management screen by the circuit designer terminal. Accordingly, a step of applying and displaying the method to one or more folios may be further included.

As an example related to the present invention, in order to bind a plurality of instances included in the circuit diagram placed in the main circuit diagram creation window in the app execution result screen to master-slave, select one instance placed in the circuit diagram and then select the preset Edit When the element item is selected, displaying, by the circuit designer terminal, an element editing screen corresponding to the selected Edit the element item; According to the circuit designer input of the circuit designer terminal, one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen, and then when a preset additional item is selected, by the circuit designer terminal. , grouping the selected one or more other instances with the previously selected one instance, and displaying the selected one or more other instances by adding them to an element connection information item in the element editing screen; When a preset apply item in the element editing screen displayed on the circuit designer terminal is selected, a slave instance is displayed on one side of the one instance that is the master instance in the main circuit diagram creation window by the circuit designer terminal. displaying location information and displaying master instance location information on one side of the other instance, which is the slave instance; And when the master instance is selected in the main circuit diagram creation window of the circuit designer terminal, a slave instance corresponding to the selected master instance can be confirmed by the circuit designer terminal. A step of applying and displaying a highlight effect with a preset color may be further included.

The electrical circuit modeling system using a block library according to an embodiment of the present invention is an electrical circuit modeling system using a block library including a circuit designer terminal, wherein the circuit designer terminal is an app execution result screen displayed on the circuit designer terminal. The electrical and electronic circuit design function is performed according to the circuit designer input of the circuit designer terminal in the main circuit diagram creation window within the main circuit diagram creation window, and a circuit diagram consisting of one or more elements is created in the currently active folio within the main circuit diagram creation window displayed on the circuit designer terminal. In this state, when the preset make a hierarchical block item included in the toolbar in the app execution result screen is selected, the drawing status of the circuit diagram configured in the currently activated folio is inspected, and as a result of the inspection, the circuit diagram configured in the folio is checked. When there is no error in the drawing state, in order to set the block type and add the project file path, the element properties window is displayed, and in the element properties window displayed on the circuit designer terminal, a plurality of values are displayed according to the circuit designer input of the circuit designer terminal. Receives a plurality of input values corresponding to the input items, reads block port information of the project file based on the received plurality of input values, automatically generates one or more pins, and generates one or more pins. You can display pins.

As an example related to the present invention, the circuit designer terminal designs a symbol according to the circuit designer input, places one or more previously generated pins on one side of the designed symbol, and displays the app execution result of the circuit designer terminal. When a preset save item in the file menu of the main menu item displayed on the screen is selected, the symbol is created as a block library, and a list of elements to which the created block library is applied is displayed in the collection window in the app execution result screen. When a part corresponding to the block library is selected from one or more parts included in the element list to which the block library is applied displayed in the collection window, the part corresponding to the selected block library is displayed in the main circuit diagram creation window. You can.

The present invention creates a block library by dividing an activated project into blocks and expresses the generated block library as a single symbol, which has the effect of designing an electric circuit in a hierarchical structure using the block library.

In addition, the present invention dynamically generates a PLC symbol or connector symbol to form a single dynamic symbol, so that the dynamic symbol is divided into a plurality, and then the divided dynamic symbol is distributed and arranged on a plurality of circuit diagram pages that require it, making it convenient. This has the effect of allowing you to easily create circuit diagrams.

Additionally, the present invention has the effect of increasing the efficiency of parts list management by managing a plurality of instances arranged in a circuit diagram by grouping them into a master and one or more slaves.

Figure 1 is a block diagram showing the configuration of an electric circuit modeling system using a block library according to an embodiment of the present invention.
Figure 2 is a diagram showing an example of information on the current progress status according to an embodiment of the present invention.
Figure 3 is a block diagram showing the configuration of a circuit designer terminal according to an embodiment of the present invention.
4 to 8 are diagrams showing example screens of a circuit designer terminal according to an embodiment of the present invention.
Figure 9 is a diagram showing an example of information stored in a database according to an embodiment of the present invention.
Figure 10 is a diagram showing an example of information stored in a database according to an embodiment of the present invention.
11 to 13 are flowcharts showing an electric circuit modeling method using a block library according to an embodiment of the present invention.
14 to 34 are diagrams showing example screens of a circuit designer terminal according to an embodiment of the present invention.

It should be noted that the technical terms used in the present invention are only used to describe specific embodiments and are not intended to limit the present invention. In addition, the technical terms used in the present invention, unless specifically defined in a different sense in the present invention, should be interpreted as meanings generally understood by those skilled in the art in the technical field to which the present invention pertains, and are not overly comprehensive. It should not be interpreted in a literal or excessively reduced sense. Additionally, if the technical terms used in the present invention are incorrect technical terms that do not accurately express the idea of the present invention, they should be replaced with technical terms that can be correctly understood by those skilled in the art. In addition, general terms used in the present invention should be interpreted according to the definition in the dictionary or according to the context, and should not be interpreted in an excessively reduced sense.

Additionally, as used in the present invention, singular expressions include plural expressions unless the context clearly dictates otherwise. In the present invention, terms such as “consists of” or “comprises” should not be construed as necessarily including all of the various components or steps described in the invention, and some of the components or steps may not be included. It may be possible, or it should be interpreted as being able to further include additional components or steps.

Additionally, terms containing ordinal numbers, such as first, second, etc., used in the present invention may be used to describe constituent elements, but the constituent elements should not be limited by the terms. Terms are used only to distinguish one component from another. For example, a first component may be named a second component without departing from the scope of the present invention, and similarly, the second component may also be named a first component.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings. However, identical or similar components will be assigned the same reference numbers regardless of the reference numerals, and duplicate descriptions thereof will be omitted.

Additionally, when describing the present invention, if it is determined that a detailed description of related known technologies may obscure the gist of the present invention, the detailed description will be omitted. In addition, it should be noted that the attached drawings are only intended to facilitate easy understanding of the spirit of the present invention, and should not be construed as limiting the spirit of the present invention by the attached drawings.

Figure 1 is a block diagram showing the configuration of an electric circuit modeling system 10 using a block library according to an embodiment of the present invention.

As shown in FIG. 1, the electric circuit modeling system 10 using a block library is composed of a circuit designer terminal 100, a server 200, and an administrator terminal 300. Not all of the components of the electrical circuit modeling system 10 using the block library shown in FIG. 1 are essential components, and the electrical circuit modeling system using the block library ( 10) may be implemented, or the electric circuit modeling system 10 using a block library may be implemented with fewer components.

The circuit designer terminal 100 and the manager terminal 300 are connected to a smart phone, a portable terminal, a mobile terminal, a foldable terminal, and a personal digital terminal. Assistant: PDA, PMP (Portable Multimedia Player) terminal, telematics terminal, navigation terminal, personal computer, laptop computer, Slate PC, Tablet PC, Ultra Ultrabook, wearable device (e.g., smartwatch, smart glass, head mounted display (HMD), etc.), Wibro terminal, IPTV (Internet Protocol) It can be applied to various terminals such as Television) terminals, smart TVs, digital broadcasting terminals, AVN (Audio Video Navigation) terminals, A/V (Audio/Video) systems, flexible terminals, and digital signage devices.

The server 200 may be implemented in the form of a web server, database server, proxy server, etc. In addition, the server 200 may be equipped with a network load balancing mechanism or one or more of various software that allows the server 200 to operate on the Internet or other networks, which can be implemented as a computerized system. You can. Additionally, the network may be an http network, a private line, an intranet, or any other network. Furthermore, the connection between the circuit designer terminal 100, the server 200, and the manager terminal 300 may be connected to a secure network to prevent data from being attacked by any hacker or other third party. Additionally, the server 200 may include a plurality of database servers, and these database servers may be implemented in such a way that they are separately connected to the server 200 through any type of network connection, including a distributed database server architecture. there is.

The circuit designer terminal 100, the server 200, and the manager terminal 300 each have a communication unit (not shown) to perform a communication function with other terminals, and store various information and programs (or applications). a storage unit (not shown), a display unit (not shown) for displaying various information and program execution results, an audio output unit (not shown) for outputting audio information corresponding to the various information and program execution results, each terminal. It may include a control unit (not shown) to control various components and functions.

The circuit designer terminal (or 3D electric circuit modeling device) 100 communicates with the server 200, the manager terminal 300, etc. At this time, the circuit designer terminal 100 provides a new part registration function, a new library registration function, a part/library search function, a registration application status check function, a circuit design function, and part information through the website provided by the corresponding server 200. and library information synchronization function, function to insert/add parts/libraries to the design area, library use prohibition function through linking ERP's part grade information, function to calculate the total amount of parts used in circuit design through linking ERP's part price information, circuit design It may be a terminal owned by a circuit designer (or user) who wishes to perform functions, block library creation and management functions, dynamic symbol management functions, master-slave library creation and management functions, etc.

In addition, by linking with the server 200, the circuit designer terminal 100 provides a new part registration function, a new library registration function, and a parts/library through a dedicated app and/or website provided by the server 200. Search function, registration application status check function, circuit design function, part information and library information synchronization function, part/library insertion/addition function in the design area, library use prohibition function through linkage with ERP part grade information, ERP part price information As a general user (or circuit designer) to receive functions such as calculating the total amount of components used in circuit design through linkage, circuit design function, block library creation and management function, dynamic symbol management function, and master-slave library creation and management function. Sign up as a member and register personal information, etc. on the server 200. At this time, the personal information includes ID, email address, password (or password), name, gender, date of birth, contact information, address (or address information/residence), etc.

Additionally, the circuit designer terminal 100 may register as a user on the server 200 using SNS account information or other site account information registered by the user of the circuit designer terminal 100. Here, the SNS account may be information related to Facebook, Twitter, Kakao Story, Naver, PAYCO, etc. In addition, the mobile messenger account contains information related to KakaoTalk, Line, Viber, WeChat, Whatsapp, Telegram, Snapchat, etc. You can.

In addition, when performing the membership registration process, the circuit designer terminal 100 must complete the authentication function through an identity authentication means (including mobile phone, credit card, i-PIN, etc.) to complete the membership registration process for the server 200. can be completed normally.

In addition, after membership registration is completed, the circuit designer terminal 100 may use a dedicated game app (or application/application/specific app) provided by the server 200 in order to use the service provided by the server 200. ) is installed in the corresponding circuit designer terminal (100). At this time, the dedicated game app includes a new part registration function, a new library registration function, a part/library search function, a registration application status check function, a circuit design function, a function for synchronizing part information and library information, and insertion/addition of parts/libraries into the design area. Function, library use prohibition function through linking ERP's part grade information, calculation function for the total amount of parts used in circuit design through linking ERP's part price information, circuit design function, block library creation and management function, dynamic symbol management function, master -This may be an app for performing slave library creation and management functions, etc.

Additionally, after membership registration is completed, the circuit designer terminal 100 can display a discount coupon provided by the server 200 through the corresponding dedicated app. At this time, the discount coupon is a new part registration function provided by the server 200, a new library registration function, a part/library search function, a registration application status check function, a circuit design function, a function for synchronizing part information and library information, and a design area. Part/library insertion/addition function, library use prohibition function through linkage with ERP's part grade information, calculation function of total parts used in circuit design through linkage with ERP's part price information, circuit design function, block library creation and management function , It may be a discount coupon containing discount information of a certain percentage when performing a dynamic symbol management function, master-slave library creation and management function, etc.

Additionally, in order to perform the functions provided by the server 200, the circuit designer terminal 100 links with the server 200 and a payment server (not shown) and performs a payment function according to the subscription function. At this time, the server 200 allows payment by card, automatic transfer through linkage with a bank's payment account, payment using cash points or cash remaining in the account of the circuit designer terminal 100 that has registered as a member of the server 200, Payment functions can be performed through simple payments, including Kakao Pay and Naver Pay.

If the payment fails, the circuit designer terminal 100 receives information indicating that the payment has failed (including, for example, insufficient balance, limit exceeded, etc.) transmitted from the server 200 (or the payment server), Information indicating that the received payment has failed is output (or displayed).

Additionally, the circuit designer terminal 100 receives the payment function performance result transmitted from the server 200 after the payment function is normally performed. Here, the result of performing the payment function includes the subscription period, payment amount, payment date, and time information.

Additionally, in order to manage the component library, the circuit designer terminal 100 accesses a website provided by the server 200 and displays an initial screen provided by the website. At this time, the initial screen displays the parts registration application menu (or button/item) to request registration of a new part, the library registration application menu to request registration of the library for the registered part, and the status of the part or library registration application. It includes a status check menu to do this, a settings menu to set up the environment, etc. Here, the circuit designer terminal 100 has registered as a member of the server 200 that provides the website, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. to access the website. When accessing the site, you must perform a login procedure to use one or more functions of the website (e.g. new parts registration function, new library registration function, parts/library search function, registration application status check function, circuit design function, parts information and library) Information synchronization function, function to insert/add parts/libraries to the design area, library use prohibition function by linking ERP's part grade information, calculation function of total parts used in circuit design by linking ERP's part price information, circuit design function, (including block library creation and management functions, dynamic symbol management functions, master-slave library creation and management functions, etc.) can be performed. At this time, new part registration function, new library registration function, part/library search function, registration application status check function, circuit design function, part information and library information synchronization function, part/library insertion/addition function in the design area, ERP parts Library use prohibition function through linkage with grade information, calculation function for the total amount of parts used in circuit design through linkage with ERP part price information, circuit design function, block library creation and management function, dynamic symbol management function, master-slave library creation and Circuit designers (or users) who wish to be provided with management functions, etc., and administrators (or approvers/part reviewers) who wish to be provided with registration request approval function, registration review function, registration request status check function, etc. for newly registered parts or libraries. I), the website may be configured with different user interfaces. Here, the library includes a component library and a function block library. In addition, the parts library contains files such as symbols (or logical symbols), 2D models (or 2D Physical symbols), 3D models (or 3D Physical symbols), and data sheets for each part, and meta information (or Indicates that the library property) is connected to electrical component information (or electronic component information) using the part number as the key value.

In addition, when a preset part registration application menu is selected on the initial screen displayed on the circuit designer terminal 100, the circuit designer terminal 100 displays a new part registration request screen to request registration of a new part. . Here, the new parts registration request screen includes a requester information item for entering requester information, a process map item for displaying the current progress status, a parts detail information item for entering information related to the part to be newly registered, and an input information item. Automatic detailed information item to display part information, library information, part request information, library request information, etc., duplicate search item to search for duplicate parts corresponding to information related to the entered part, and attached file. Attachment information items for attaching, approval information items for entering information related to payment, distribution items for distributing information related to approved (or registered) parts, approval for requesting registration of parts using the entered information. It includes request items, a two-list item to move to the previous screen, and a cancellation cancellation item that is activated when the approver does not proceed with the approval after requesting approval. At this time, when the circuit designer terminal 100 accesses the initial screen, the new part registration request screen corresponding to the part registration application menu set as default in the circuit designer terminal 100 or the server 200 in advance can also be displayed.

In addition, the circuit designer terminal 100 may request the requester according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100. Input values corresponding to an information item, the part detail information item, the attachment file information item, the approval information item, etc. are received. Here, the input values include requester information (e.g., requester, department name, phone number, email address, completion request date, etc.), part detailed information (e.g., part classification, detailed information, part use, PB Free status (or Lead-free soldering), operating voltage range, operating temperature range, storage temperature range, Moisture Sensitivity Level (MSLEVEL), AEC standard (Automotive Electronics Council Specification), ROHS (Restriction Of The Use Of Certain Hazardous Substances: Harmful substances) limit guidelines), UL94 (underwriters laboratories 94), manufacturer, manufacturer part number, resistance, tolerance, power, dimension, packing type, etc.), Includes attachment file information (including, for example, data sheets, reliability reports, etc.), approval request management information (including, for example, drafter information and drafting comments, approval person information, parts review person information, etc.). At this time, the client, department name, phone number, email address, etc. in the client information uses user information (or member information) previously registered in relation to the circuit designer according to the log-in function performed on the circuit designer terminal 100. So it may have been entered automatically. Additionally, the reliability report includes AEC-Q certificate, PPAP (Production Part Approval Process) certificate, etc. Additionally, the approval person information and the parts review person information included in the approval request management information may be the same or different from each other.

In addition, when the above-mentioned part detailed information item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100, The circuit designer terminal 100 displays a component detailed information input screen corresponding to the selected component detailed information item.

In addition, when one electronic component is selected from a preset electronic component list (or electronic/electrical component list) according to the circuit designer input on the component detailed information input screen displayed on the circuit designer terminal 100, the circuit The designer terminal 100 displays one or more component information (or component classification system) related to the selected electronic component.

In addition, when specific component information is selected from one or more component information displayed on the circuit designer terminal 100 in a major/medium/subcategory format, the circuit designer terminal 100 converts the selected specific component information into the corresponding component detailed information. It is reflected (or applied) as the input value of the item.

At this time, the circuit designer terminal 100 provides a manufacturer search function managed by ERP (enterprise resource planning or enterprise resource planning), and inputs information on a specific manufacturer selected from among the searched manufacturers into the corresponding part detailed information item. It is reflected (or applied) as a value. Here, the circuit designer terminal 100 provides a list of semi-finished product manufacturers if the ERP material classification of the corresponding classification is semi-finished products, and provides a list of circuit material manufacturers if the ERP material classification of the corresponding classification is circuit materials. .

In addition, if the attachment file information item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100, The circuit designer terminal 100 displays an attached file input screen corresponding to the selected attached file information item.

In addition, the circuit designer terminal 100 reflects (or applies) one or more attached files according to the circuit designer input as the input value of the corresponding attached file information item in the attached file input screen displayed on the circuit designer terminal 100. do. At this time, the circuit designer terminal 100 registers history information in the server 200 when attaching a file, deleting a file, or modifying a file.

In addition, if the approval information item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100, The circuit designer terminal 100 displays an approval information input screen corresponding to the selected approval information item.

In addition, the circuit designer terminal 100 reflects (or applies) one or more information according to the circuit designer input as an input value of the corresponding approval information item on the approval information input screen displayed on the circuit designer terminal 100. At this time, the circuit designer terminal 100 can search only users (or administrators) who have approval authority, review authority, etc., and can select a preset number of approvers and reviewers (for example, 1 person). After selection, if you select another person using the search button (not shown), the previously selected person is replaced by the other person selected later.

In addition, when an approval request item is selected according to a circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100, the circuit The designer terminal 100 transmits the previously received input value, identification information of the circuit designer terminal 100, etc. to the server 200. At this time, the approval request item is displayed in a deactivated state by default, and preset required input items included in the new parts registration request screen (e.g., requester information item, part detail information item, attachment file information item, approval information item) It can be activated when all the information (or values/data) corresponding to (including, etc.) has been entered. Here, the identification information of the circuit designer terminal 100 includes MDN (Mobile Directory Number), mobile IP, mobile MAC, SIM (subscriber identity module) card unique information, serial number, etc.

In addition, on the new part registration request screen displayed on the circuit designer terminal 100, the process map item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100. In this case, as shown in FIG. 2, the circuit designer terminal 100 provides information on the current progress status of the component related to the corresponding input value provided from the server 200 (e.g., during the entire processing process, activation Displays information corresponding to the current status of the checked/checked process.

In addition, the circuit designer terminal 100 responds to previously transmitted input values, etc., indicating the reason for request rejection transmitted from the manager terminal 300 via the server 200 and indicating that the request for registration of the corresponding part has been rejected. information, the current date and time information, the unique code, etc. are received.

That is, the circuit designer terminal 100 includes the reason for rejecting the request transmitted from the server 200 in response to the previously transmitted input value, information indicating that the request for registration of the corresponding part has been rejected, the current date and time information, Receive the unique code, etc.

In addition, the circuit designer terminal 100 displays the received reason for rejecting the request, information indicating that the request for registration of the corresponding part has been rejected, etc., by applying (or reflecting) it to the approval information item in the new part registration request screen. do.

Accordingly, the circuit designer terminal 100 terminates the new registration process for the part for which a new registration was desired, or after resolving the problem due to the reason for the request rejection according to the circuit designer's input, the server 200 and In conjunction with the manager terminal 300, a new registration process for the corresponding part (including, for example, a part registration request approval process, a parts registration review process, etc.) may be performed.

At this time, if the circuit designer terminal 100 does not receive response information related to the registration requested component from the manager terminal 300 within a preset time (for example, 1 hour), the circuit designer terminal 100 Activates and displays the registration cancellation item in the new part registration request screen, and when the registration cancellation item is selected according to the input of the circuit designer, the document related to the new part (or document related to the request for registration of the new part) is registered. You can also cancel what you have done and move to (or return to) the previous screen (or initial screen).

In addition, the circuit designer terminal 100 receives information indicating the reason for registration rejection and that registration of the corresponding part is rejected, transmitted from the manager terminal 300 via the server 200 in response to previously transmitted input values, etc. , the current date and time information, the unique code, etc. are received.

That is, the circuit designer terminal 100 responds to the previously transmitted input value, etc., such as the reason for registration rejection transmitted from the server 200, information indicating that registration of the corresponding part has been rejected, the current date and time information, the Receive a unique code, etc.

In addition, the circuit designer terminal 100 applies (or reflects) the received reason for rejecting the registration, information indicating that the registration of the corresponding part has been rejected, etc., to the approval information item in the new part registration request screen and displays it. .

Accordingly, the circuit designer terminal 100 terminates the new registration process for the part for which a new registration was desired, or after resolving the problem due to the reason for rejecting the registration of the part according to the circuit designer's input, the server 200 returns to the server 200 again. And in conjunction with the manager terminal 300, a new registration process for the corresponding part (including, for example, a part registration request approval process, a parts registration review process, etc.) may be performed.

At this time, if the circuit designer terminal 100 does not receive response information related to the registration requested component from the manager terminal 300 within a preset time (for example, 1 hour), the circuit designer terminal 100 Activates and displays the registration cancellation item in the new part registration request screen, and when the registration cancellation item is selected according to the input of the circuit designer, the document related to the new part (or document related to the request for registration of the new part) is registered. You can also cancel what you have done and move to (or return to) the previous screen (or initial screen).

In addition, the circuit designer terminal 100 responds to input values previously transmitted, etc., indicating that the reason for approval, the reason for registration, and the registration of the corresponding part are normally completed, transmitted from the manager terminal 300 via the server 200. The information indicated, the current date and time information, the unique code, etc. are received.

That is, the circuit designer terminal 100 receives the approval reason, registration reason, information indicating that the registration of the corresponding part has been normally completed, and the current date and time information transmitted from the server 200 in response to the previously transmitted input value, etc. , receive the unique code, etc.

In addition, the circuit designer terminal 100 applies (or reflects) the received approval reason, registration reason, information indicating that the registration of the part has been normally completed, etc. to the approval information item in the new part registration request screen. and display it.

Accordingly, the circuit designer terminal 100 can normally complete (or perform) the new registration process for the part for which new registration was intended.

In addition, according to the judgment of the manager terminal 300, if the corresponding circuit designer terminal 100 requests new library registration in relation to the part for which new registration has been requested, the circuit designer terminal 100 is connected to the server. (200) and in conjunction with the manager terminal 300, link (or map/match/link) the part information and library information related to the newly registered part using library information according to user input. Store (or manage/register) in the database.

In addition, the circuit designer terminal 100 responds to input values previously transmitted, etc., indicating that the reason for approval, the reason for registration, and the registration of the corresponding part are normally completed, transmitted from the manager terminal 300 via the server 200. Information indicating that library registration related to the corresponding part has been successfully completed, the current date and time information, the unique code, etc. are received.

That is, the circuit designer terminal 100 responds to the input value transmitted previously, such as the reason for approval and the reason for registration transmitted from the server 200, information indicating that the registration of the corresponding part has been normally completed, and library registration related to the corresponding part. Information indicating that this has been completed normally, the current date and time information, the unique code, etc. are received.

In addition, the circuit designer terminal 100 displays the received approval reason, the corresponding registration reason, information indicating that registration of the corresponding part has been normally completed, information indicating that library registration related to the corresponding part has been normally completed, etc. It is applied (or reflected) to the approval information items in the parts registration request screen and displayed.

Accordingly, the circuit designer terminal 100 can normally complete (or perform) the new registration process for the part to be newly registered and the library related to the part in one stop.

In addition, when the distribution item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new part registration request screen displayed on the circuit designer terminal 100, the circuit The designer terminal 100 displays a distribution input screen corresponding to the selected distribution item. At this time, the distribution item may be activated and displayed after the component to be newly registered is normally registered in the corresponding circuit designer terminal 100.

Additionally, the circuit designer terminal 100 reflects (or applies) one or more information according to the circuit designer input as an input value of the corresponding distribution item on the distribution input screen displayed on the circuit designer terminal 100.

In addition, the circuit designer terminal 100, in conjunction with the server 200, performs a distribution function related to parts newly registered in the circuit designer terminal 100 according to the information entered in the distribution item.

In addition, when the preset library registration application menu is selected on the initial screen displayed on the circuit designer terminal 100, the circuit designer terminal 100 requests new library registration to request registration of the library for the registered part. Display the screen. Here, the new library registration request screen includes a requester information item for entering requester information, a process map item for displaying the current progress status, and part detail information for entering information related to the part corresponding to the library to be newly registered. Item, attachment information item for attaching an attachment, approval information item for entering payment-related information, distribution item for distributing information related to an approved (or registered) library, library registration using the entered information. It includes an approval request item to request an approval, a two-list item to move to the previous screen, and a cancellation cancellation item that is activated when the approver does not proceed with the approval after requesting approval.

In addition, the circuit designer terminal 100 may request the requester according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new library registration request screen displayed on the circuit designer terminal 100. Receive other input values corresponding to information items, the part detailed information item according to part classification, the attachment file information item, the approval information item, etc. Here, the other input values include requester information (e.g., requester, department name, phone number, email address, completion request date, etc.), part detailed information (e.g., part classification, detailed information, part use, PB Free status, etc.) Including operating voltage range, operating temperature range, storage temperature range, MSLEVEL (moisture sensitivity level), AEC standard, manufacturer, manufacturer part number, resistance, tolerance, power, dimensions, packing type, etc.), attached file information (e.g. (e.g., data sheets, reliability reports, etc., item-specific comments, etc.), approval request management information (e.g., drafter information and drafting comments, library designer information, etc.), etc. At this time, the client, department name, phone number, email address, etc. in the client information uses user information (or member information) previously registered in relation to the circuit designer according to the log-in function performed on the circuit designer terminal 100. So it may have been entered automatically. Additionally, the reliability report includes AEC-Q certificate, PPAP certificate, etc.

In addition, when the approval request item is selected according to the circuit designer input (or user selection/touch/control) of the circuit designer terminal 100 on the new library registration request screen displayed on the circuit designer terminal 100, the circuit The designer terminal 100 transmits other previously received input values, identification information of the circuit designer terminal 100, etc. to the server 200. At this time, the approval request item is displayed in a deactivated state by default, and other preset required input items included in the new library registration request screen (e.g., requester information item, part detail information item, attachment file information item, approval information It can be activated when all information (or values/data) corresponding to the item (including items, etc.) has been entered.

In addition, the circuit designer terminal 100 responds to other input values previously transmitted, such as the reason for rejecting the library registration transmitted from the manager terminal 300 via the server 200, and the request for registration of the library is rejected. information indicating that it is, the current date and time information, the other unique code, etc. are received.

That is, the circuit designer terminal 100 responds to other input values previously transmitted, such as the reason for rejecting the library registration transmitted from the server 200, information indicating that the registration request for the library has been rejected, and the current date and time. Receive information, other unique codes, etc.

In addition, the circuit designer terminal 100 displays the received reason for rejecting the library registration, information indicating that the registration request for the library has been rejected, etc., by applying (or reflecting) it to the approval information item in the new library registration screen. do.

Accordingly, the circuit designer terminal 100 terminates the new registration process for the library for which a new registration was desired, or after resolving the problem due to the reason for rejecting the library registration according to the circuit designer's input, the server 200 returns to the server 200 again. And in conjunction with the manager terminal 300, a new registration process (including, for example, a library registration review process, etc.) for the corresponding library may be performed.

At this time, if the circuit designer terminal 100 does not receive other response information related to the library requested for registration from the manager terminal 300 within a preset time (for example, 1 hour), the circuit designer terminal 100 ) activates and displays the cancellation cancellation item in the new library registration screen, and if the cancellation cancellation item is selected according to the input of the circuit designer, the document related to the new library (or document related to the registration request for the new library) is registered. You can also cancel what you have done and move to (or return to) the previous screen (or initial screen).

In addition, the circuit designer terminal 100 indicates the reason for library registration transmitted from the manager terminal 300 via the server 200 in response to other input values transmitted previously, and that registration of the library has been normally completed. information, the current date and time information, the unique code, etc. are received.

That is, the circuit designer terminal 100 responds to other input values previously transmitted, such as the reason for library registration transmitted from the server 200, information indicating that registration of the library has been normally completed, the current date and time information, Receive the unique code, etc.

In addition, the circuit designer terminal 100 applies (or reflects) the received reason for registration of the library, information indicating that registration of the library has been normally completed, etc., to the approval information item in the new library registration screen and displays it.

Additionally, the circuit designer terminal 100 finally reviews registration of the new library.

Accordingly, the new registration process for the library you wish to register can be normally completed (or performed) in one stop.

In the embodiment of the present invention, it is explained that the circuit designer terminal 100 performs a new part registration function, a new library registration function, a part/library search function, a registration application status check function, etc. in the form of a website, but is limited to this. This does not mean that the new part registration function, the new library registration function, the parts/library search function, the registration application status check function, etc. can be performed through a dedicated app provided to the server 200 in addition to the website. It may be possible.

The dedicated app (or modeling tool) for 3D electric circuit modeling described in the embodiment of the present invention consists of three tools. Here, the three tools are Element Editor, Title Block Editor, and Schematic Editor.

The element editor is a tool for creating symbols (including, for example, static symbols, dynamic symbols, etc.) that make up a circuit diagram, and the title block editor is a tool for creating a title block for writing the drawing name, designer, design date, etc. The schematic editor is linked with the element editor and the title block editor, and the symbol and the title block are imported (or loaded/opened), parts are placed, and wires/cables are connected to design a circuit diagram. It is a tool to perform.

The concepts (or definitions) of key terms described in the embodiments of the present invention are as follows.

Elements are components of a circuit diagram and represent symbols, etc.

Project represents a circuit diagram consisting of one or more pages.

Folio represents the pages (or sheets) that make up a project.

An instance represents an element inserted into a circuit diagram.

Electric parts (or parts) represent electrical panel components such as electric switches, controllers, etc., are connected using wires, and have terminals to connect the wires.

Terminal refers to the part of a part where a wire is connected, and the part of the part to which a wire/cable core is connected.

A wire is a straight line that connects components, with the terminal of the component being the starting and ending point, and the connection can be made using a channel as a path.

A cable is made up of multiple wires woven into one strand. The wire is called a core, and the core is connected to the terminal of the component.

Routing refers to connecting parts to each other using wires/cables.

The block library represents holding block information and block symbol/block schematic/block parts list as a pair, and can be designed in a hierarchical structure using the block library.

For PLCs and connectors that have many pins, it is difficult to create a circuit diagram after placing one component symbol on one page of the circuit diagram. Even if it is written, the circuit diagram is complicated, making it difficult for people looking at the circuit diagram to understand.

Therefore, even if it is one component, if you create a circuit diagram by dividing it into several symbols and placing them on the necessary circuit diagram page, it is easy to understand and concise.

To this end, when creating a library, a single symbol is created, and when using it in a circuit diagram, a dynamic symbol is defined that can be divided into multiple symbols and placed.

As shown in FIG. 3, the circuit designer terminal (or 3D electric circuit modeling device) 100 includes a communication unit 110, a storage unit 120, a display unit 130, a voice output unit 140, and a control unit 150. ) is composed of. Not all of the components of the circuit designer terminal 100 shown in FIG. 3 are essential components, and the circuit designer terminal 100 may be implemented with more components than those shown in FIG. 3, or fewer components than those shown in FIG. The circuit designer terminal 100 may also be implemented by components.

The communication unit 110 communicates with any internal component or at least one external terminal through a wired/wireless communication network. At this time, the external arbitrary terminal may include the server 200, the manager terminal 300, etc. Here, wireless Internet technologies include Wireless LAN (WLAN), DLNA (Digital Living Network Alliance), Wibro (Wireless Broadband: Wibro), Wimax (World Interoperability for Microwave Access: Wimax), and HSDPA (High Speed Downlink Packet Access). ), HSUPA (High Speed Uplink Packet Access), IEEE 802.16, Long Term Evolution (LTE), LTE-A (Long Term Evolution-Advanced), Wireless Mobile Broadband Service (WMBS), etc. The communication unit 110 transmits and receives data according to at least one wireless Internet technology, including Internet technologies not listed above. In addition, short-range communication technologies include Bluetooth, RFID (Radio Frequency Identification), Infrared Data Association (IrDA), UWB (Ultra Wideband), ZigBee, and Near Field Communication (NFC). , Ultrasound Communication (USC), Visible Light Communication (VLC), Wi-Fi, Wi-Fi Direct, etc. may be included. Additionally, wired communication technologies may include Power Line Communication (PLC), USB communication, Ethernet, serial communication, optical/coaxial cables, etc.

Additionally, the communication unit 110 can transmit information to and from any terminal through a universal serial bus (USB).

In addition, the communication unit 110 supports technical standards or communication methods for mobile communication (e.g., Global System for Mobile communication (GSM), Code Division Multi Access (CDMA), Code Division Multi Access 2000 (CDMA2000), EV -DO (Enhanced Voice-Data Optimized or Enhanced Voice-Data Only), WCDMA (Wideband CDMA), HSDPA (High Speed Downlink Packet Access), HSUPA (High Speed Uplink Packet Access), LTE (Long Term Evolution), LTE-A Wireless signals are transmitted and received with a base station, the server 200, the manager terminal 300, etc. on a mobile communication network constructed according to (Long Term Evolution-Advanced), etc.).

In addition, the communication unit 110, under the control of the control unit 150, sends the block library, dynamic symbol, master-slave library, etc. created in the corresponding circuit designer terminal 100 to the server 200, the manager terminal ( 300), etc.

The storage unit 120 stores various user interfaces (UIs), graphic user interfaces (GUIs), etc.

Additionally, the storage unit 120 stores data and programs necessary for the circuit designer terminal 100 to operate.

That is, the storage unit 120 can store a plurality of application programs (application programs or applications) running on the circuit designer terminal 100, data for operation of the circuit designer terminal 100, and commands. there is. At least some of these applications may be downloaded from an external server via wireless communication. Additionally, at least some of these application programs may exist on the circuit designer terminal 100 from the time of shipment for the basic functions of the circuit designer terminal 100. Meanwhile, the application program is stored in the storage unit 120, installed on the circuit designer terminal 100, and driven by the control unit 150 to perform the operation (or function) of the circuit designer terminal 100. there is.

In addition, the storage unit 120 is a flash memory type, hard disk type, multimedia card micro type, and card type memory (for example, SD or XD). memory, etc.), magnetic memory, magnetic disk, optical disk, RAM (Random Access Memory), SRAM (Static Random Access Memory), ROM (Read-Only Memory: ROM), EEPROM (Electrically Erasable Programmable Read-Only Memory), It may include at least one storage medium of PROM (Programmable Read-Only Memory). Additionally, the circuit designer terminal 100 may operate web storage that performs the storage function of the storage unit 120 on the Internet, or may operate in relation to the web storage.

In addition, the storage unit 120 stores block libraries, dynamic symbols, master-slave libraries, etc. created in the circuit designer terminal 100 under the control of the control unit 150.

The display unit (or display unit) 130 can display various contents, such as various menu screens, using the user interface and/or graphic user interface stored in the storage unit 120 under the control of the control unit 150. there is. Here, the content displayed on the display unit 130 includes various text or image data (including various information data) and a menu screen including data such as icons, list menus, and combo boxes. Additionally, the display unit 130 may be a touch screen.

In addition, the display unit 130 may be a liquid crystal display (LCD), a thin film transistor-liquid crystal display (TFT LCD), an organic light-emitting diode (OLED), or a flexible display. It may include at least one of a flexible display, a 3D display, an e-ink display, and a light emitting diode (LED).

Additionally, the display unit 130 may include at least one of a Head Mounted Display (HMD), Google Glass, and a wearable display.

Additionally, the display unit 130 displays content under the control of the control unit 150.

In addition, the display unit 130 displays block libraries, dynamic symbols, master-slave libraries, etc. created in the circuit designer terminal 100 under the control of the control unit 150.

The audio output unit 140 outputs audio information included in a signal processed by the control unit 150. Here, the audio output unit 140 may include a receiver, speaker, buzzer, etc.

Additionally, the voice output unit 140 outputs a guidance voice generated by the control unit 150.

In addition, the voice output unit 140 outputs voice information (or sound information) corresponding to a block library, dynamic symbol, master-slave library, etc. generated in the circuit designer terminal 100 under the control of the controller 150. Outputs .

The controller (or microcontroller unit (MCU)) 150 executes the overall control function of the circuit designer terminal 100.

Additionally, the control unit 150 executes the overall control function of the circuit designer terminal 100 using the programs and data stored in the storage unit 120. The control unit 150 may include RAM, ROM, CPU, GPU, and a bus, and the RAM, ROM, CPU, GPU, etc. may be connected to each other through a bus. The CPU can access the storage unit 120, perform booting using the O/S stored in the storage unit 120, and use various programs, content, data, etc. stored in the storage unit 120. This allows you to perform various operations.

In addition, the control unit 150 executes a dedicated app (or 3D electrical modeling app/electrical and electronic circuit design tool app) pre-installed on the corresponding circuit designer terminal 100, and displays an app execution result screen according to the execution of the dedicated app on the display unit. Marked at (130). At this time, the app execution result screen includes main menu items to display the main menu, a toolbar to display frequently used functions (or tools), and a main circuit diagram creation window (or main circuit diagram creation area/zone) to create the main circuit diagram. ), an auxiliary project window to provide information about the project, a collections window to provide a list of basic elements and elements (or parts list) used in the project, and a selected object ( Selection properties window for providing properties for objects, auto numbering for automatically assigning numbers to conductors, elements (or instances), folios, etc. that exist in a circuit diagram. selection window, etc. Here, the control unit 150 can set an automatic numbering order, and the automatic numbering order creates an automatic numbering rule (including, for example, type, value, incrementing, etc.) and the automatic numbering rule. Indicates application of . Additionally, the main menu items include the file menu, edit menu, project menu, display menu, settings menu, etc. In addition, the file menu includes the latest files item to load recently used files, the new item to create a new project, the open item to load an existing project, and the project currently being worked on. and the save item to save all folios, the save as item to save the project currently being worked on with a new file name, and the close item to close (or terminate) the project currently being worked on. item, export item to export the folio you are currently working on to another format, print item to output (or print) one or more folios of the project you are currently working on, exit item to terminate the currently running dedicated app. Includes (quit) items, etc. In addition, the edit menu includes an undo item to cancel a previous action, a redo item to restore a previously canceled action, a cut item to put the selected element into the clipboard, Copy item to copy the selected element, Paste item to paste the element on the clipboard to the folio, Select all item to select all elements in the folio, Select none item to deselect all elements, invert selection item to invert the selection of elements, delete item to remove selected elements from the folio, and rotate selected elements and text. Rotate item to rotate the selected text to a specific angle, choose texts orientation item to rotate the selected text to a specific angle, find in the panel to find the selected element in the collection panel, and select the selected element/conductor. A view the element item to display properties for the selected text, a group selected texts item to group selected texts, a reset conductors item to reset the conductor path to ignore user changes, Folio properties item to edit the properties of the folio, add a column item to add a column to the folio, remove a column item to remove a column from the folio, row to folio Add a row item to add a row, Remove a row item to remove a row from the folio, Bring to front item to bring the selected part to the front, Selected A raise item to access the part, a lower item to move the selected part, a send backwards item to send the selected part backwards, and a search/replace item to display the search/replace panel. Includes (search/replace) items, etc. In addition, the project menu includes a project properties item to display project characteristics in a pop-up window, an add a folio item to add a new folio to an activated project, and an add a folio item to delete an activated folio of an activated project. Delete this folio item to organize the active project of unused elements and empty categories and templates, clean project item to create an index table of the active project (or title block in the schematic) Add a summary item to tabulate and insert information and page information, and add a partlist item to insert a parts list into a schematic (or export parts list/insert a parts list into a table). , It includes a make a fromtolist item to export the wire connection information used in the circuit diagram in a preset format (including, for example, Excel format, Json format, etc.). In addition, the display menu includes a zoom in item for zooming in the screen based on a specific area (or specific point), a zoom out item for zooming out the screen based on a specific area (or specific point), It includes a fit in view item to display content to fit the screen and a reset zoom item to reset the zoom. Additionally, the settings menu includes a display settings item for setting the display state, a fullscreen mode item for setting the full screen mode, and a configure synchrosapce item for setting the dedicated app configuration. In addition, the toolbar includes a new item, an open item, a save item, a save item with a new name, a close item, a print item, an exit item, an undo item, a redo item, a cut item, a copy item, a paste item, Delete item, Rotate item, Select item, Move item, Grid display item, Background color white/black item, Content zoom item, View fit item, Zoom reset item, Folio characteristic item, Conductor reset item, Auto-wiring item, Selected To create a cable symbol that bundles multiple wires (for example, to store/save not only the attribute information of the cable itself (including part number, diameter, color, etc.) but also the attribute information of each wire that makes up the inside) Make wires to cable item, Make a hierarchical block item, Make a dynamic symbol item, text item, image item, Output Block Port symbol item, Input Block Port symbol item, Offpage Out symbol item, Offpage In symbol item, line item, square item, circular item, polygonal item, bring to front item to bring the selected part to the front, raise item to access the selected part, lower item to move the selected part, Includes a send backwards item to send the selected part backwards. Here, the circuit designer terminal 100 has registered as a member of the server 200 that provides the dedicated app, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. When running the app, the login procedure is performed to perform one or more functions of the dedicated app (e.g., circuit design function, part information and library information synchronization function, part/library insertion/addition function in the design area, and part grade information linkage in ERP). (including library use prohibition function through ERP, total calculation of parts used in circuit design through linkage with ERP's component price information, block library creation and management function, dynamic symbol creation and management function, master-slave library creation and management function, etc.) It can be done. Here, the collection window, selection characteristics window, auto numbering selection window, etc. included in the app execution result screen may be displayed (or controlled) through a separately configured library management tool (not shown).

In addition, when a preset new item in the file menu of the main menu item is selected among the app execution result screens displayed on the display unit 130, the control unit 150 creates a new project and creates a new project and the first folio. Open (or display) (or page) and open the default title block. At this time, when the dedicated app is executed on the circuit designer terminal 100, the control unit 150 displays the app execution result screen including a new project, first folio, and default title block corresponding to the new item set as default. It can also be displayed on the display unit 130.

In addition, the control unit 150 sets the page size, title block properties, etc. in relation to the new project according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100.

That is, in order to specify the page size and title block properties, the control unit 150 selects a preset folio properties item in a pop-up window according to a double-click on the title block according to the circuit designer's input or a right-click selection of the mouse. If so, the folio characteristics screen is displayed on the display unit 130. Here, the folio characteristics screen includes folio dimension items (e.g., number of columns, number of rows, etc.), title block information items (e.g., template, title, author, date, file, folio, plant, location, Rev index, (including page numbers, etc.), etc.

Additionally, the control unit 150 sets the page size and title block properties based on information input by the circuit designer on the folio characteristics screen displayed on the display unit 130. At this time, if you want to create your own title block by copying the default title block, the control unit 150 sets the current folio characteristics when the preset Duplicate and edit this template item according to the circuit designer's input is selected on the folio characteristics screen. The circuit designer creates and manages his or her own title block based on the page size and title block attribute information set on the screen.

Additionally, when a preset save item in the file menu is selected after creating the new project, the control unit 150 stores information related to the project.

In addition, the control unit 150 operates the main circuit diagram creation window (or main circuit diagram) displayed on the circuit designer terminal 100 according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100. Perform electrical and electronic circuit design functions (or circuit diagram editing functions) in the circuit diagram creation area/design area/circuit design area.

That is, the control unit 150 creates a circuit diagram consisting of one or more elements (including, for example, components, wires/cables, etc.) according to the input of the circuit designer in the currently activated folio within the corresponding main circuit diagram creation window. At this time, when it is desired to place a specific element among one or more elements displayed in the collection window on the circuit diagram, the control unit 150 provides circuit designer input (e.g., Drag & Drop, Touch, etc.) among one or more elements displayed in the collection window. , Double Touch, etc.) are placed on the circuit diagram. Here, when the automatic wiring function is selected, the control unit 150 can automatically connect the wiring if the terminals are on the same line when dropping the specific element. In addition, the wire connection method is to click the mouse on the terminal of the placed instance, and an virtual line appears. If you move the virtual line to the other terminal using the drag and drop function and release the mouse, it is automatically connected. Additionally, the method of moving a wire is that when you select a wire, a preset blue circle is created on the wire. This is the point where you can move the wire. Simply select the blue circle and move the wire to the desired location. Additionally, the method of adding text and properties to an instance is to select the instance, check the location of the contributed text and properties of the selected instance displayed in the texts tab of the preset Select properties item, and then add text according to the circuit designer's input. You can add properties of the corresponding text. Here, among the items displayed in the texts tab, 'A' is an attribute, '_' represents general text, and for general text, text is added to the instance when text is entered in the '_' part, and A is in the information tab. When you enter an attribute value in the label part, the attribute value is entered in the texts tab and added to the instance.

In addition, when a circuit diagram consisting of one or more elements (or instances) is created in the currently activated folio in the main circuit diagram creation window displayed on the display unit 130, the preset make a hierarchical function included in the toolbar in the app execution result screen When the block item is selected, the control unit 150 inspects (or confirms) the drawing status of the circuit diagram configured in the currently activated folio.

That is, when a circuit diagram consisting of one or more elements (including, for example, parts, wires/cables, etc.) has been created in the currently active folio within the main circuit diagram creation window, the make a hierarchical block item included in the toolbar is selected. , the control unit 150 determines whether or not one or more elements (or instances) included in the circuit diagram configured in the currently activated folio, which are one or more preset error check items, are wired (for example, if the placed element/instance is not wired), cases, etc.), presence or absence of label errors (including, for example, empty labels, duplicate labels, etc.), presence or absence of errors in block port elements (e.g., single input/output elements without distinction) (including cases where there is not even a single block port, etc.), whether there are errors in the report element (including, for example, cases where it is not linked, etc.), whether there are errors in the master-slave element (including, for example, cases where it is not linked, etc.), etc. Inspect (or confirm).

If there is an error in the drawing state in the inspection result (or the confirmation result) or the circuit diagram configured in the corresponding folio, the control unit 150 generates an error list containing error information related to the error case, and the generated The error list is output (or displayed) on the display unit 130.

That is, if a wiring exists for one or more elements (or instances) included in the circuit diagram configured in the currently active folio, if the inspection result (or the confirmation result), if the label is empty, if the label is duplicated, If an error exists in the block port element, if an error exists in the report element, if an error exists in the master-slave element, etc. (or at least one error check among the one or more preset error check items) (if there is an error/error in the item), the control unit 150 generates an error list containing error information related to the error case, and outputs (or displays) the generated error list on the display unit 130. do.

In addition, if there is no error in the drawing state in the circuit diagram constructed in the corresponding folio as a result of the inspection (or the confirmation result), the control unit 150 opens the element properties window in order to set the block type and add the project file path. It is displayed on the display unit 130. Here, the element characteristic window (or element characteristic widget) includes a base type item (including, for example, Hierarchical Block, etc.) for displaying the base of the block type, a project file path item for setting the project file path, etc.

That is, as a result of the inspection (or the confirmation result), there is no wiring, no label error, no error in the block port element for one or more elements (or instances) included in the circuit diagram configured in the currently active folio, and the report If there is no error in the element and there is no error in the master-slave element (or if there is no error/abnormality in all of the one or more preset error check items), the control unit 150 opens the element characteristic window to the display unit 130. ) is displayed.

In addition, the control unit 150 selects a plurality of input items according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100 in the element characteristics window displayed on the display unit 130. Receive multiple corresponding input values. Here, the plurality of input values (or element/instance characteristic information) include the block type, the path of the project file (for example, extension .sync), etc. Here, the block type (or base type) may have hierarchical block selected (or set) by default according to the selection of the make a hierarchical block item.

In addition, the control unit 150 automatically generates one or more pins by reading (or loading/loading) the block port information of the corresponding project file based on the plurality of input values received, and One or more pins are displayed on the display unit 130. At this time, the circuit designer terminal 100 can automatically set (or assign/reflect/apply) a pin number and pin name (or pin name) for each pin.

In addition, the control unit 150 designs (or designs/generates/configures) a symbol according to the circuit designer's input (or circuit designer/user selection/touch/control) of the corresponding circuit designer terminal 100. At this time, the control unit 150 may display the selected symbol on the display unit 130 when a symbol is selected according to the circuit designer's selection among a plurality of pre-stored (or registered) symbols.

Additionally, the control unit 150 places one or more previously created pins on one side of the designed symbol. At this time, the control unit 150 selects one or more pins displayed on one side of the main circuit diagram creation window according to the circuit designer input (including, for example, drag and drop function, etc.) of the corresponding circuit designer terminal 100, configured in the design symbol. Each can be placed in one or more pin positions.

In addition, when a preset save item (or save item) in the file menu of the main menu item displayed on the app execution result screen of the display unit 130 is selected, the control unit 150 stores the corresponding symbol as a block library. Create. Here, the block library includes information about the folio of the corresponding project file, block port information, pin information, symbol information, etc.

That is, when a preset save item (or save item) displayed on the app execution result screen of the display unit 130 is selected, the control unit 150 displays a circuit diagram, a plurality of Create a block library (or new part) based on information about input values, symbols, one or more pins, etc.

The element list (or parts list) to which the generated block library is applied (or reflected/updated) is displayed in the collection window of the display unit 130.

That is, when the preset reload collections item is selected in the collection window in the app execution result screen (or when the reload collections item is selected in the pop-up window displayed after the right button of the mouse (not shown) is selected in the collection window) , the control unit 150 displays a list of elements (or a list of parts) to which the generated block library (or parts corresponding to the block library) has been applied (or reflected/updated) in the collection window.

In addition, when a part corresponding to the block library is selected among one or more parts included in the element list to which the block library is applied displayed in the collection window, the control unit 150 selects the part corresponding to the selected block library. It is displayed in the main circuit diagram creation window. Here, the control unit 150 is installed on one side of the component corresponding to the block library ( Alternatively, preset markers (including, for example, icons, images, symbols, text, etc.) may be displayed (in adjacent locations). At this time, the control unit 150 selects a preset open block's source project item (or the corresponding block) with the part corresponding to the block library selected for the part corresponding to the symbolized block type element (or the block library). When the right button of the mouse is selected while the part corresponding to the library is selected (or activated) and the open block's source project item above is selected in the pop-up window that appears, drawing information about the part corresponding to the block library is displayed. (or print/check).

In this way, since the block library according to an embodiment of the present invention is managed in units of one file, it can be easy to modify or apply drawing information.

In the embodiment of the present invention, the creation of a block library targeting the currently activated folio is mainly described, but the present invention is not limited to this. In a state where a circuit diagram is created for each of the plurality of folios configured in the project, the toolbar included in the toolbar If the make a hierarchical block item is selected, the drawing status of multiple folios configured in the project can be checked, and if there are no errors, multiple folios configured in the project can be created as one block library.

In addition, when the preset make a dynamic symbol item included in the toolbar is selected on the app execution result screen displayed on the display unit 130, the control unit 150 creates a specific dynamic symbol according to the circuit designer's selection in the main circuit diagram. To display in the creation window, a dynamic symbol management screen corresponding to the selected make a dynamic symbol item is displayed on the display unit 130. Here, the dynamic symbol management screen (or dynamic symbol management window) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), input items (e.g., total number of pins input items, division (including number input items, etc.), output items (including, for example, current status items, pin grouping setting items, pin name items for each pin, division information items for each pin, etc.), etc. At this time, the current status item within the output item may be in the 'Not Ready' state by default. Here, the dynamic symbol may be created through another dedicated app (or symbol/element editor app) pre-installed on the circuit designer terminal 100.

In addition, the control unit 150 may input a plurality of different inputs according to the circuit designer input (or circuit designer/user selection/touch/control) of the corresponding circuit designer terminal 100 on the dynamic symbol management screen displayed on the display unit 130. Receive multiple different input values corresponding to the item. Here, the plurality of different input values (or dynamic symbol information) include a symbol name, element type (eg, including PLC, Connector, etc.), etc.

In addition, the control unit 150 checks (or searches) a dynamic symbol corresponding to the plurality of different input values among the one or more dynamic symbols that are pre-stored (or registered), and uses the confirmed dynamic symbol as the dynamic symbol. Displayed in the dynamic symbol display item in the management screen. Here, when the dynamic symbol corresponding to the plurality of different input values received is not confirmed (or not searched/exists) among the plurality of dynamic symbols pre-stored (or registered) in the storage unit 120, the control unit 150 displays information indicating that there is no dynamic symbol corresponding to the plurality of other input values on the display unit 130.

In addition, in the dynamic symbol management screen displayed on the display unit 130, input the total number of pins included in the input items according to the circuit designer input (or circuit designer/user selection/touch/control) of the corresponding circuit designer terminal 100. After receiving the total number of pins, the number of divisions, etc., which are input values for the item, the division number input item, etc., when a preset set item is selected, the control unit 150 determines the total number of pins received, the division number, etc. The contents of the output items in the dynamic symbol management screen are updated according to the number, etc., and displayed on the display unit 130.

That is, after the total number of pins is received (or input), when a setting item related to the total number of pins input item is selected, the control unit 150 generates a pin number and pin name corresponding to the total number of pins received. It is automatically generated, and the pin number and pin name corresponding to the total number of pins generated are applied to the output items and displayed on the display unit 130. At this time, if the total number of pins is preset as default in response to the displayed dynamic symbol, the control unit 150 outputs the pin number and pin name corresponding to the total number of pins as default when displaying the dynamic symbol. It can also be displayed by applying it to an item. Here, the control unit 150 may modify (or edit/update) the pin name for each pin according to the circuit designer's input from the corresponding circuit designer terminal 100.

In addition, after the number of divisions is received (or input), when a setting item related to the division number input item is selected, the control unit 150 automatically generates a division number corresponding to the received number of divisions, The division number corresponding to the number of divisions created is applied to the output item and displayed on the display unit 130.

Additionally, the control unit 150 sets (or maps/matches) division numbers for each pin according to the circuit designer's input from the circuit designer terminal 100.

In addition, after the pin name and division information for each pin are set (or mapped/entered) in the output items of the dynamic symbol management screen displayed on the display unit 130, when the preset apply item is selected, The control unit 150 displays a listed management screen based on the set (or mapped/input) pin name for each pin, division information for each pin, etc. Here, the listed management screen (or listed/updated dynamic symbol management screen) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), and input items (e.g. It includes input items for the total number of pins, input items for the number of divisions, etc.), and other output items (including, for example, current status items, pin grouping setting items, pin number items for each segment, folio items for each segment, etc.). At this time, the segment-specific pin number item may have division information applied to the segment according to pin-specific division information. Additionally, the symbol name input item, the element type selection item, the dynamic symbol display item, the input item, etc. are automatically entered according to previously received information, and may be set to not be modified. At this time, the current status item within the output item may be in the 'Not Ready' state.

In addition, after segment-specific folio information according to the circuit designer's input is received for the segment-specific folio items in the listed management screen displayed on the display unit 130, the completion (complete) displayed on one side of the listed management screen When the item (finish) is selected, the control unit 150 displays (or applies) the information received (or entered/set) in the previous processes (or the information applied/included in the listed management screen). The final symbol management screen is displayed on the display unit 130. Here, the dynamic symbol final management screen (or dynamic symbol final management window) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), and input items (for example, total number of pins input items). , division number input items, etc.), and other output items (including, for example, current status items, pin grouping setting items, pin name items for each pin, division information items for each pin, etc.). At this time, the current state item in the output item may be in a state that has been converted from the previous 'Not Ready' state to the 'Ready' state.

In addition, when a preset confirmation menu (or OK menu/button/item) is selected on the dynamic symbol final management screen displayed on the display unit 130, the control unit 150 displays information included in the dynamic symbol final management screen. Based on the symbol name, element type, total number of pins, number of divisions, pin name for each pin, division information for each pin, folio information for each segment, etc., the dynamic symbol is selected according to the folio information for each segment. It is applied to the above folio and displayed on the display unit 130. At this time, when the corresponding dynamic symbol is divided into a plurality of dynamic symbols according to the division information for each pin, the control unit 150 applies the divided plurality of dynamic symbols to the corresponding folio according to the folio information for each segment and displays (for example, For example, the plurality of divided dynamic symbols can be distributed and displayed within one folio. Here, when the plurality of dynamic symbols divided are to be distributed across a plurality of folios according to the folio information for each segment, the circuit designer terminal 100 distributes the plurality of divided dynamic symbols to a plurality of folios according to the folio information for each segment. Dynamic symbols can be displayed by applying them separately.

In addition, when a preset edit menu (or Change menu/button/item) is selected on the dynamic symbol final management screen displayed on the display unit 130, the control unit 150 displays information included in the dynamic symbol final management screen. Based on this, the previous dynamic symbol management screen is displayed on the display unit 130, and the process of modifying information related to the dynamic symbol according to the input of the circuit designer is repeated.

In addition, in order to tie multiple instances included in the circuit diagram placed in the main circuit diagram creation window in the app execution result screen to master-slave, select one instance (or master instance) placed in the circuit diagram and then select the preset Edit When the element item (or the Edit the element item in a pop-up window displayed after the right mouse button is selected after selecting one instance) is selected, the control unit 150 edits the element corresponding to the selected Edit the element item. The screen is displayed on the display unit 130. Here, the element editing screen (or element editing window) includes a cross-reference (master) tab, an information tab, a texts tab, and a general tab. At this time, the cross-reference (master) tab includes available element information items (e.g., thumbnail, label folio, folio title, position, etc.), element connection information items (e.g., thumbnail, label folio, folio title, position, etc.) etc.) etc. are included. Additionally, the available element information items include a list of slave instances placed in the circuit diagram, etc. In addition, the information tab contains one or more items for editing the properties of the instance (e.g., label formula item, label item, plant item, annotation item, function item, auxiliary block item, textual description item, manufacturer item, order number item) , internal number item, supplier item, quantity item, unity item, etc.). In addition, the text tab includes one or more items for providing text-related information of the selected instance (e.g., source of text item, text item, information item, composite text item, size item, font item, color item, frame item, Includes width items, Position X items, Position Y items, rotation items, maintain visual items, alignment items, etc.) Additionally, the general tab provides general information (e.g., including name, folio, type, sub-type, position, rotation, dimensions, terminals, location, etc.) of the selected instance. Additionally, when a preset find in the panel item in the general tab is selected, the control unit 150 cross-selects and displays the corresponding instance in the collection window. In addition, when a preset edit element item in the general tab is selected, the control unit 150 opens an element editor window (or an app execution result screen according to execution of a dedicated app) of the corresponding instance and displays it on the display unit 130. do.

In addition, when one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen according to the circuit designer input of the corresponding circuit designer terminal 100, and then a preset additional item is selected, The control unit 150 bundles (or maps/matches/links) the selected one or more other instances with the previously selected one instance (or master instance), and associates the selected one or more other instances with element connection information in the element edit screen. It is added to the item and displayed on the display unit 130.

That is, if one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen according to the circuit designer input of the corresponding circuit designer terminal 100, and then a preset additional item is selected, The control unit 150 creates a master-slave library based on the selected instance and one or more other instances selected, and displays the one or more other instances, which are information related to the created master-slave library, in the element editing screen. It is added to the element connection information item and displayed on the display unit 130.

In addition, when a preset apply item in the element editing screen displayed on the display unit 130 is selected, the control unit 150 displays the master instance (or one of the On one side of the slave instance (or another instance), slave instance location information is displayed on the display unit 130, and on one side of the slave instance (or another instance), master instance location information is displayed on the display unit 130. At this time, when there are a plurality of slave instances, the control unit 150 processes the plurality of slave instances into one in order to recognize them as one part when outputting the parts list.

In addition, when the master instance (or slave instance) is selected in the circuit diagram (or the main circuit diagram creation window) of the display unit 130, the control unit 150 configures the slave instance corresponding to the selected master instance (or slave instance). In order to check the instance (or master instance), the slave instance (or master instance) corresponding to the selected master instance (or slave instance) is highlighted in a preset color (or by applying a highlight effect) on the display unit (130). ) is displayed.

In addition, the control unit 150 executes another dedicated app (or symbol/element editor app) pre-installed on the corresponding circuit designer terminal 100, and, as shown in FIG. 4, executes another app according to the execution of the other dedicated app. The result screen 400 is displayed on the display unit 130. At this time, the other app execution result screen may include other main menu items for displaying the main menu, other toolbars for displaying frequently used functions (or tools), and the main writing window (or main creation window) for creating/editing symbols/elements. writing area/area), an information window to provide information about symbols/elements, and an undo window to provide information about commands canceled when creating symbols/elements. Here, the other main menu items include the file menu, edit menu, display menu, settings menu, etc. In addition, the file menu includes a new item to create a new file, an open item to load an existing file, a recently opened item to load a recent file, and the content currently being worked on. Save item to save, Save as item to save the content currently being worked on with a new file name, Reload item to refresh the file currently being worked on, Current running Includes a quit item to terminate the dedicated app. Additionally, the edit menu includes an undo item to cancel a previous action, a redo item to restore a previously canceled action, and a select all item to select all elements in the folio. ) item, a select none item to deselect all elements in the folio, an invert selection item to invert the selection of elements, a cut item to place the selected element on the clipboard, Copy item to copy the selected element, Paste item to paste the element on the clipboard to the folio, Paste in the area to paste the element on the clipboard to a specific area area) item, Paste from a file/an element item for selecting and pasting a pre-generated element file or selecting and pasting from an existing built-in element tree, selecting the selected element in the folio. Delete item to remove, Edit name and information of the element item to edit the name and information of the element, Edit author information item to record the author who created the element, Edit element to edit the element's properties properties item, bring to front item to bring the selected part to the front, raise item to access the selected part, lower item to move the selected part, send the selected part to the back. Includes send backwards items, etc. In addition, the display menu includes a zoom in item for zooming in the screen based on a specific area (or specific point), a zoom out item for zooming out the screen based on a specific area (or specific point), It includes a fit in view item to display content to fit the screen and a reset zoom item to reset the zoom. Additionally, the settings menu includes a display settings item for setting the display state, a fullscreen mode item for setting the full screen mode, and a configure synchrosapce item for setting other dedicated app configurations. In addition, the toolbar includes line drawing items, square drawing items, circle drawing items, polygon drawing items, non-editable text input items when instanced, arc drawing items, terminal insertion items, editable text input items when instanced, and selected object (Object). Send forward/backward items, new items, open items, save items, save with new name items, reload items to ignore edited files without saving them after editing and reload the last saved file, undo items, It includes redo items, delete items, fit zoom items, reset zoom items, edit items for editing the name of an element, and attribute edit items for editing the properties of the element. Here, the circuit designer terminal 100 has registered as a member of the server 200 that provides the other dedicated app, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. When running another dedicated app, you can perform a login procedure to perform one or more functions of that other dedicated app (including, for example, dynamic symbol creation and management functions, etc.).

When a new item in the file menu is selected on the other app execution result screen 400 displayed on the display unit 130, as shown in FIG. 5, the control unit 150 selects an element to create a new symbol. The properties window 500 is displayed. Here, the element characteristic window includes type items, information items, etc. Additionally, the type item includes a base type item for setting the base type (base byte). At this time, the types of the elements include Simple, Master, Slave, Reference folio following, Previous reference folio, Terminal block, Hierarchical Block, Input Block Port, Output Block Port, Cable, PLC, Connector, etc.

In addition, when one base type is selected among the base types included in the element characteristic window 500, the control unit 150 generates a symbol corresponding to the selected base type, and displays the generated symbol on the display unit. Marked at (130).

For example, when a PLC item is selected from the base types included in the element characteristic window 500, as shown in FIG. 6, the control unit 150 creates a PLC symbol 600 corresponding to the selected PLC item. Displays .

For another example, when a Connector item is selected from the base types included in the element characteristic window 500, as shown in FIG. 7, the control unit 150 creates a Connector symbol (700) corresponding to the selected Connector item. ) is displayed.

Additionally, the control unit 150 sets attribute values for the generated symbol according to the circuit designer's input from the corresponding circuit designer terminal 100.

In this way, the circuit designer terminal 100 can easily generate various types of symbols (or dynamic symbols) through the other dedicated apps.

In addition, the control unit 150 executes another dedicated app (or title block editor app) pre-installed on the corresponding circuit designer terminal 100, and as shown in FIG. 8, another dedicated app is executed according to execution of another dedicated app. The app execution result screen 800 is displayed on the display unit 130. At this time, the other app execution result screen includes another main menu item for displaying the main menu, another toolbar for displaying frequently used functions (or tools), a project menu, a display menu, and a settings menu.

In addition, when the preset User title blocks item is selected in the project window in the another app execution result screen 800 and then the preset New templates item is selected in the pop-up window following a right-click, as shown in FIG. 9 , the control unit 150 displays the title block template editor screen 900 on the display unit 130.

Additionally, the control unit 150 edits rows and/or columns in the title block template editor screen 900 according to input from the circuit designer. Here, when the pixel (px) or % portion of the existing row and column is selected and the right mouse button is clicked, a related menu is displayed on the display unit 130. In addition, the control unit 150 performs at least one function of adding, deleting, and changing rows and/or columns, or performs an attribute editing function through the relevant menu according to the circuit designer's input.

In an embodiment of the present invention, the circuit designer terminal 300 has a registration request approval function, registration review function, and registration for a part or library for which a new registration is requested in the form of a dedicated app (or another dedicated app form/another dedicated app form). It is described as performing a request status check function, circuit design function, 2D/3D panel design function, title block creation and management, etc., but is not limited to this, and in addition to the dedicated app, the website provided by the server 200 The registration request approval function for the newly registered part or library for which registration has been requested, the registration review function, the registration request status check function, the circuit design function, the 2D/3D panel design function, the title block creation and management, etc. You can also perform .

The server 200 communicates with the circuit designer terminal 100, the manager terminal 300, etc.

Additionally, the server 200 performs membership registration procedures for users of the circuit designer terminal 100, the administrator terminal 300, etc.

Additionally, the server 200 registers personal information related to users of the circuit designer terminal 100, the administrator terminal 300, etc. At this time, the server 200 may register (or manage) the relevant personal information, etc. in a DB server (not shown).

Additionally, the server 200 performs a member management function for users of the circuit designer terminal 100, the administrator terminal 300, etc.

In addition, the server 200 provides a new part registration function, a new library registration function, a part/library search function, a registration application status check function, a registration request approval function for a newly registered part or library, a registration review function, and a registration request. Status check function, circuit design function, synchronization function between part information and library information, function to insert/add parts/libraries to the design area, library use prohibition function through linking ERP's part grade information, circuit design through linking ERP's part price information Recall the dedicated app and/or website that provides functions such as calculating the total amount of parts used, block library creation and management function, dynamic symbol creation and management function, master-slave library creation and management function, title block creation and management function, etc. It is provided to the circuit designer terminal 100, the manager terminal 300, etc. At this time, the dedicated app and/or website includes a new part registration function, a new library registration function, a part/library search function, a registration application status check function, a circuit design function, a function for synchronizing part information and library information, and a function for component/library registration in the design area. Library insertion/addition function, library use prohibition function through linking ERP's part grade information, calculation function of total parts used in circuit design through linking ERP's part price information, block library creation and management function, dynamic symbol creation and management function , circuit designers (or users) who wish to be provided with master-slave library creation and management functions, title block creation and management functions, etc., registration request approval function for newly registered parts or libraries, registration review function, registration request, etc. Different user interfaces (UIs) can be provided depending on the administrator (or approver/part reviewer) who wishes to receive status check functions, etc.

Additionally, the server 200 provides a bulletin board function for announcements, events, etc.

In addition, the server 200 works in conjunction with the circuit designer terminal 100 and the payment server to subscribe to a new part and/or new library registration function provided by the server 200 in the terminal 100. Performs payment functions according to function performance.

If the payment function fails, the server 200 includes payment failure information (e.g., payment date, payment amount, failure information (e.g., insufficient balance, limit exceeded, etc.)) (or indicating that the payment has failed). information) is provided to the circuit designer terminal 100.

In addition, after the payment function with the circuit designer terminal 100 is normally performed, the server 200 transmits the payment function performance result provided from the payment server to the circuit designer terminal 100. Here, the result of performing the payment function includes the subscription period, payment amount, payment date, and time information.

In addition, the server 200 manages (or stores/links) the payment function performance results by mapping (or matching/linking) them with the corresponding circuit designer terminal 100 (or account information related to the corresponding circuit designer terminal 100). register).

In addition, as the server 200 performs the subscription function, the circuit designer terminal 100 provides a function for registering new parts and/or new libraries provided by the server 200 through the dedicated app, creating a block library, and It provides various information to perform management functions, dynamic symbol creation and management functions, master-slave library creation and management functions, and title block creation and management functions.

Additionally, the server 200 uses a plurality of learning datasets collected in advance as data for continuous machine learning (or deep learning). Here, the input dataset (or learning dataset) for machine learning is divided into a training set and a test set at a preset ratio (for example, 7:3), and training and testing functions are performed. can be performed. Additionally, the input dataset for machine learning includes input values collected later and other input values. In addition, the output dataset for machine learning includes errors and/or error information in corresponding input values and other input values according to a request for new part registration or a new library registration request.

That is, the server 200 has a learning function to check whether there is an error for the corresponding input value, other input values, etc., and error information according to the error with respect to specific raw data for the error prediction model through preset learning data. Perform. At this time, the server 200 stores raw data (including, for example, training data, etc.) in parallel and distributed ways, and unstructured data and structured data included in the stored raw data (or training data, etc.) Data and semi-structured data are refined, preprocessing including classification into metadata is performed, analysis including data mining is performed on the preprocessed data, and at least one type of machine learning is performed. Based on this, you can build big data by conducting learning, training, and testing. At this time, at least one type of machine learning is Supervised Learning, Semi-Supervised Learning, Unsupervised Learning, Reinforcement Learning, and Deep Reinforcement Learning. It may be any one or a combination of at least one of them.

In this way, the server 200 performs a learning function on the error prediction model in the form of neural networks through the learning data.

In addition, when the circuit designer terminal 100 accesses a website provided by the corresponding server 200 and wishes to use various services (or functions) provided by the corresponding server 200, the server 200 An authentication process is performed according to the login procedure on the circuit designer terminal 100 accessing the website, and it is confirmed whether the service can be used normally on the circuit designer terminal 100.

As a result of the above confirmation, if the service cannot be normally used in the circuit designer terminal 100, the server 200 blocks (or stops/stops) the performance of the function in the circuit designer terminal 100.

In addition, as a result of the above confirmation, if the service can be used normally in the corresponding circuit designer terminal 100, the server 200 is configured to enable the corresponding server 200 (200) to use various services in the corresponding circuit designer terminal 100. or a website) provides various functions (or services) to the circuit designer terminal 100.

Additionally, the server 200 provides an initial screen and other initial screens to the circuit designer terminal 100 connected as a circuit designer and the manager terminal 300 connected as an administrator.

Additionally, the server 200 receives input values transmitted from the circuit designer terminal 100, identification information of the circuit designer terminal 100, etc.

In addition, the server 200 transmits a unique code corresponding to the input value, new part registration request approval request information, etc. to the manager terminal 300 owned by the manager based on the received input value. Here, the new part registration request approval request information may include relevant website information (or link information) so that the manager terminal 300 can directly access the relevant website through the unique code.

That is, the server 200 connects the corresponding circuit designer terminal (100) based on the approval request management information (including drafter information and drafting comments, approval person information, parts review person information, etc.) included in the received input value. )'s circuit designer checks the manager (or person in charge of approval) who will decide (or approve) whether to approve the registration request for the part for which he/she wants to newly register, and sends the above to the manager terminal 300 corresponding to the confirmed manager. A unique code corresponding to the input value, new part registration request approval request information, etc. are transmitted. Here, the unique code is related to the circuit designer terminal 100 (or circuit designer) that requested registration of the new component, consists of a preset size (for example, 10 bytes), and is stored in the received input value. Correspondingly, it may be created by the corresponding server 200 using (or combining) letters, special characters, symbols, numbers, etc.

In addition, when the administrator terminal 300 accesses a website provided by the server 200 and wants to use various services (or functions) provided by the server 200, the server 200 An authentication process is performed according to the login procedure on the corresponding administrator terminal 300 accessing the site, and it is confirmed whether the service can be used normally on the corresponding administrator terminal 300.

As a result of the above confirmation, if the service cannot be used normally in the corresponding administrator terminal 300, the server 200 blocks (or stops/stops) the performance of the function in the corresponding administrator terminal 300.

In addition, as a result of the above confirmation, if the service can be used normally in the corresponding administrator terminal 300, the server 200 is connected to the corresponding server 200 (or web) so that various services can be used in the corresponding administrator terminal 300. Various functions (or services) on the site are provided to the manager terminal 300.

In addition, after receiving the reason for request rejection (or reason for request hold/reason for request rejection/request rejection comment) according to the administrator input of the corresponding manager terminal 300 on the new parts registration request approval screen displayed on the manager terminal 300, , when a preset request rejection item is selected on the new parts registration request approval screen, the server 200 provides a request rejection reason transmitted from the manager terminal 300 in response to the previously transmitted new parts registration request approval request information, etc. , information indicating that the registration request for the corresponding part has been rejected, identification information of the manager terminal 300, current date and time information, and the unique code are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested a component registration application based on the received unique code, etc.

In addition, the server 200 sends the reason for the received request rejection, information indicating that the registration request for the corresponding part has been rejected, the current date and time information, and the unique code to the confirmed circuit designer terminal 100. send.

In addition, on the new parts registration review screen displayed on the manager terminal 300, the reason for rejecting the part registration (or reason for retaining the part registration/reason for rejecting the part registration/comment for rejecting the part registration) according to the administrator input of the corresponding manager terminal 300. After receiving, when a preset registration rejection item is selected on the new parts registration review screen, the server 200 sends the parts transmitted from the manager terminal 300 in response to the previously transmitted new parts registration request approval request information, etc. The reason for rejection of registration, information indicating that registration of the corresponding part has been rejected, identification information of the manager terminal 300, current date and time information, and the unique code are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested a component registration application based on the received unique code, etc.

In addition, the server 200 sends the reason for rejecting the received part registration, information indicating that registration of the part has been rejected, the current date and time information, the unique code, etc. to the confirmed circuit designer terminal 100. send.

In addition, after receiving the registration reason (or registration comment) according to the administrator input of the corresponding administrator terminal 300 on the new part registration review screen displayed on the administrator terminal 300, the corresponding circuit designer terminal 100 If new library registration is not requested in relation to the part for which registration has been requested, the server 200 sends the approval reason and registration reason transmitted from the manager terminal 300 in response to the previously transmitted new part registration request approval request information, etc. , information indicating that the registration of the corresponding part has been successfully completed, identification information of the manager terminal 300, current date and time information, and the unique code are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested a component registration application based on the received unique code, etc.

In addition, the server 200 sends the confirmed circuit designer terminal 100 to the received approval reason, registration reason, information indicating that registration of the corresponding part has been normally completed, the current date and time information, the unique code, etc. transmit.

In addition, as shown in FIG. 9, the server 200 links with the manager terminal 300 and a database (not shown) to store (or manage) parts information related to the newly registered part in the database. /register). Here, the part information includes part classification, detailed information, part use, PB Free status, operating voltage range, operating temperature range, storage temperature range, MSLEVEL (moisture sensitivity level), AEC standard, ROHS (Restriction of Hazardous Substances Directive) status, Includes UL94, manufacturer, manufacturer part number, resistance, tolerance, power, dimensions, packing type, etc.

In addition, after receiving the registration reason (or registration comment) according to the administrator input of the corresponding administrator terminal 300 on the new part registration review screen displayed on the administrator terminal 300, the corresponding circuit designer terminal 100 When a new library registration is requested in relation to a part for which registration has been requested, the server 200 links with the circuit designer terminal 100 and the manager terminal 300 to provide information provided by the circuit designer terminal 100. Using library information, the part information and library information related to the newly registered part are linked (or mapped/matched/linked) and stored (or managed/registered) in the database.

In addition, the server 200 responds to the previously transmitted new part registration request approval request information, the reason for approval transmitted from the manager terminal 300, the reason for registration, information indicating that the registration of the part has been normally completed, and the corresponding part. Information indicating that library registration related to has been completed normally, identification information of the manager terminal 300, current date and time information, and the unique code are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested a component registration application based on the received unique code, etc.

In addition, the server 200 reports to the confirmed circuit designer terminal 100 the received approval reason, registration reason, information indicating that registration of the corresponding part has been normally completed, and library registration related to the corresponding part has been normally completed. The information indicated, the current date and time information, the unique code, etc. are transmitted.

Additionally, the server 200 receives other input values transmitted from the circuit designer terminal 100, identification information of the circuit designer terminal 100, etc.

In addition, when the server 200 receives an input value, another input value, etc. transmitted from the terminal 100, the server 200 uses the received input value, the other input value, etc. as a pre-learned error. A learning function (or machine learning/artificial intelligence/deep learning) is performed using the input value of the prediction model, and depending on the results of the learning function, whether there is an error and/or error information for the input value, and the error for the other input value. Calculate (or calculate/generate) whether or not and/or error information, etc., respectively.

In addition, as a result of performing the learning function according to the input value, the other input value, etc., if there is an error in the input value or if there is an error in the other input value, the server 200 is configured to resolve the error. Information indicating that there is an error in the input value, other input values, etc., and error information are transmitted to the circuit designer terminal 100.

In addition, the server 200 transmits another unique code corresponding to the other input value, new library registration approval request information, etc. to the administrator terminal 300 owned by the manager based on the received other input value. Here, the new library registration approval request information may include relevant website information (or link information) so that the manager terminal 300 can directly access the website through the other unique code.

That is, the server 200 determines the circuit designer of the corresponding circuit designer terminal 100 based on the approval request management information (for example, including drafter information, drafting comments, library designer information, etc.) included in the other received input values. Confirm the administrator (or approval person/library designer) who will decide (or approve) whether to approve registration of the library for the library you wish to newly register, and make the other inputs to the administrator terminal 300 corresponding to the confirmed administrator. Other unique codes corresponding to the value, new library registration approval request information, etc. are transmitted. Here, the other unique code is related to the circuit designer terminal 100 (or circuit designer) that requested registration of the new library, and consists of a preset size (for example, 10 bytes), and the other received input value It may be created by the server 200 using (or combining) letters, special characters, symbols, numbers, etc. in response to .

In addition, on the new library registration screen displayed on the manager terminal 300, a reason for rejecting library registration (or reason for holding library registration/reason for rejecting library registration/comment for rejecting library registration) is received according to the administrator input of the corresponding manager terminal 300. After that, when a preset library rejection item is selected on the new library registration screen, the server 200 provides a reason for library registration rejection transmitted from the manager terminal 300 in response to the previously transmitted new library registration approval request information, etc. , information indicating that the registration request for the corresponding library has been rejected, identification information of the manager terminal 300, current date and time information, and the other unique codes are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested an application for library registration based on the other unique codes received.

In addition, the server 200 provides the confirmed circuit designer terminal 100 with the reason for rejecting the received library registration, information indicating that the registration request for the library has been rejected, the current date and time information, and the other unique code. etc. are sent.

In addition, on the new library registration screen displayed on the administrator terminal 300, the reason for library registration (or library registration comment) according to the administrator input of the corresponding administrator terminal 300, library path information (e.g., symbol name, symbol path, After receiving the information (including the footprint name, etc.), when a preset library registration item is selected on the new library registration screen, the server 200 links with the manager terminal 300 and the database, Using the library information provided by the circuit designer terminal 100, the newly registered library information and the part information corresponding to the library are linked (or mapped/matched/linked) and stored in the database (or management/registration).

That is, the library path information item included in the new library registration screen according to the administrator input (or user selection/touch/control) of the corresponding administrator terminal 300 on the new library registration screen displayed on the administrator terminal 300. When selected, the manager terminal 300 displays a library path information input screen corresponding to the selected library path information item.

In addition, the manager terminal 300 reflects (or applies) one or more information according to the manager input as an input value of the corresponding library path information item on the library path information input screen displayed on the manager terminal 300. At this time, the administrator terminal 300 can select a symbol name according to the administrator's selection from the symbol list searched based on symbol classification, registration date, etc. managed by the server 200. Additionally, the terminal 300 can select a footprint name according to the administrator's selection from a footprint list searched based on the class, footprint name, registration date, etc. managed by the server 200.

In addition, the server 200 provides a reason for library registration (or library registration comment) transmitted from the manager terminal 300 in response to previously transmitted new library registration approval request information, and information indicating that registration of the library has been normally completed. , identification information of the manager terminal 300, current date and time information, and other unique codes are received.

Additionally, the server 200 confirms the corresponding circuit designer terminal 100 that has requested an application for library registration based on the other unique codes received.

In addition, the server 200 provides the received library registration reason (or library registration comment) to the confirmed circuit designer terminal 100, information indicating that registration of the library has been successfully completed, the current date and time information, Transmit the other unique codes, etc.

Additionally, the server 200 receives and stores (or manages) information about block libraries, information about dynamic symbols, and information about title blocks transmitted from the circuit designer terminal 100.

The manager terminal 300 communicates with the circuit designer terminal 100, the server 200, etc. At this time, the manager terminal 300 is an administrator who wishes to perform a registration request approval function, a registration review function, a registration request status check function, etc. for a newly registered part or library through the website provided by the server 200. It may be a terminal owned by (or a user). Here, in the embodiment of the present invention, the circuit designer terminal 100 and the manager terminal 300 are separately described, but this is for convenience in explaining the invention, and is not limited thereto, and the user of the terminal Depending on the performance of the function, the terminal may perform the function as either the circuit designer terminal 100 or the manager terminal 300.

In addition, by linking with the server 200, the manager terminal 300 has a function of approving registration requests for parts or libraries newly requested for registration through a dedicated app and/or website provided by the server 200, Register as a general user (or administrator) to receive registration review functions, registration request status check functions, etc., and register personal information, etc. in the server 200. At this time, the personal information includes ID, email address, password (or password), name, gender, date of birth, contact information, address (or address information/residence), etc.

Additionally, the manager terminal 300 may register as a user on the server 200 using SNS account information or other site account information registered by the user of the manager terminal 300. Here, the SNS account may be information related to Facebook, Twitter, Instagram, Kakao Story, Naver Blog, etc. Additionally, the other site account may be information related to YouTube, Kakao, Naver, etc.

In addition, when performing the membership registration process, the manager terminal 300 must complete the authentication function through an identity authentication method (including mobile phone, credit card, i-PIN, etc.) to complete the membership registration process for the server 200. It can be completed normally.

In addition, after membership registration is completed, the manager terminal 300 uses a dedicated game app (or application/application/specific app) provided by the server 200 in order to use the service provided by the server 200. Install on the corresponding manager terminal 300. At this time, the dedicated game app may be an app that performs a registration request approval function for a newly registered part or library, a registration review function, a registration request status check function, etc.

Additionally, after membership registration is completed, the manager terminal 300 can display a discount coupon provided by the server 200 through the corresponding dedicated app. At this time, the discount coupon includes a new parts registration function provided by the server 200, a new library registration function, a parts/library search function, a registration application status check function, a block library creation and management function, a dynamic symbol creation and management function, It may be a discount coupon containing discount information of a certain percentage when performing master-slave library creation and management functions, title block creation and management functions, etc.

In addition, the manager terminal 300 provides cash points or cash provided by the server 200 as a reward according to the performance of the registration request approval function and the registration review function for the newly registered part or library. You may receive it.

In addition, the manager terminal 300 receives the unique code, the new part registration request approval request information, etc. transmitted from the server 200, and the received unique code, the new part registration request approval request information, etc. Displays (or outputs) .

In addition, in order to manage the parts library, the manager terminal 300 accesses the website provided by the server 200 and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. Therefore, when accessing the above website, a login procedure is performed.

That is, when the website information in the new parts registration request approval request information displayed on the manager terminal 300 is selected (or clicked/touched), the manager terminal 300 opens the web site provided by the server 200. Access the site and perform the login process when accessing the website using the ID and password according to membership registration, a barcode or QR code containing the ID, etc.

In addition, after the login procedure is normally performed, the manager terminal 300 displays a new part registration request approval screen including input values related to the new part corresponding to the new part registration request approval request information. At this time, the new parts registration request approval screen is related to the unique code, a requester information item for displaying requester information including the input value, a process map item for displaying the current progress status, and a part to be newly registered. Part detail information item for displaying information related to a part, Attachment information item for displaying attached files, Approval information item for entering approval information by an administrator, and distributing information related to approved (or registered) parts. Distribution items for processing, request approval items for processing registration request approval for the parts you want to newly register, request rejection items for processing registration request rejection for the parts you want to newly register, and moving to the previous screen. Includes two-list items, etc.

Here, the administrator terminal 300 accesses the website provided by the server 200 according to the selection of the website information and displays different initial screens provided by the website. At this time, the other initial screens include a parts registration request approval processing menu for processing whether to approve the registration request for a new part, a parts registration review menu for processing whether to register a part for the registration request for a new part, and registration of a new library. It includes a library registration review menu to process library registration for requests, a status check menu to check the status of part or library registration request/review processing, and a settings menu for environment settings.

In addition, the manager terminal 300 is registered as a member of the server 200 that provides the website, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. to access the website. When accessing, you can perform a login procedure to perform one or more functions of the website (including, for example, a registration request approval function for a newly registered part or library, a registration review function, a registration request status check function, etc.). . At this time, new parts registration function, new library registration function, parts/library search function, registration application status check function, block library creation and management function, dynamic symbol creation and management function, master-slave library creation and management function, title block creation circuit designers (or users) who wish to receive registration and management functions, and administrators (or approvers/parts) who wish to receive registration request approval functions, registration review functions, and registration request status check functions for newly registered parts or libraries. Depending on the reviewer, the website may be configured with different user interfaces.

In addition, after receiving the reason for request rejection (or reason for request hold/reason for request rejection/request rejection comment) according to the administrator input of the corresponding manager terminal 300 on the new parts registration request approval screen displayed on the manager terminal 300, , when a preset request rejection item is selected on the new part registration request approval screen, the manager terminal 300 is in a rejected state (or rejected/suspended state) in relation to new part registration. In order to indicate that the reason for rejecting the received request, information indicating that the registration request for the corresponding part has been rejected, current date and time information, and the unique code are transmitted through the server 200, the circuit designer terminal ( 100).

That is, after receiving the reason for request rejection according to the administrator input of the corresponding administrator terminal 300 on the new parts registration request approval screen displayed on the administrator terminal 300, when the request rejection item is selected, the administrator terminal ( 300) sends the reason for rejecting the received request, information indicating that the registration request for the corresponding part has been rejected, identification information of the manager terminal 300, current date and time information, and the unique code to the server 200. send.

In addition, after receiving the reason for approval (or approval comment) according to the administrator input of the corresponding manager terminal 300 on the new parts registration request approval screen displayed on the manager terminal 300, in advance on the new parts registration request approval screen When the set request approval item is selected, the manager terminal 300 inputs an input value related to the new part corresponding to the new part registration request approval request information in order to review whether to register information related to the part to be newly registered. Displays a new parts registration review screen including. At this time, the new part registration review screen includes a requester information item for displaying requester information including the input value, a process map item for displaying the current progress status, and a part for displaying information related to the part to be newly registered. Detailed information item, automatic detailed information item to display part information, library information, part request information, library request information, etc. related to the entered part, duplicate to search for duplicate parts corresponding to information related to the entered part. Search items, attachment information items for displaying attached files, library process progress items for registering not only new parts selected by the circuit designer but also library information, approval information items for entering approval information by the administrator, Distribution items for distributing information related to approved (or registered) parts, registration approval items for processing registration of parts for which you wish to newly register, and processing registration rejection for parts for which you wish to newly register. Includes registration rejection items for registration, to-list items for moving to the previous screen, etc.

In addition, on the new parts registration review screen displayed on the manager terminal 300, the reason for rejecting the part registration (or reason for retaining the part registration/reason for rejecting the part registration/comment for rejecting the part registration) according to the administrator input of the corresponding manager terminal 300. After receiving, when a preset registration rejection item is selected on the new part registration review screen, the manager terminal 300 is in a rejected (or rejected/suspended) state for the corresponding part in relation to new part registration. ), the reason for rejecting the received part registration, information indicating that the registration of the part has been rejected, current date and time information, and the unique code are transmitted through the server 200 to the circuit designer terminal. Send to (100).

That is, after receiving the reason for rejecting the parts registration according to the administrator input of the corresponding manager terminal 300 on the new parts registration review screen displayed on the manager terminal 300, the registration rejection item preset in the new parts registration review screen is When selected, the manager terminal 300 includes the reason for rejecting the received part registration, information indicating that the registration of the part has been rejected, identification information of the manager terminal 300, current date and time information, and the unique code. etc. are transmitted to the server 200.

In addition, after receiving the registration reason (or registration comment) according to the administrator input of the corresponding manager terminal 300 on the new parts registration review screen displayed on the manager terminal 300, preset registration on the new parts registration review screen When an approval item is selected, the manager terminal 300 determines, in conjunction with the server 200, whether the circuit designer terminal 100 has requested new library registration in relation to the part for which new registration has been requested. (or confirm).

That is, after receiving the registration reason (or registration comment) according to the administrator input of the corresponding manager terminal 300 on the new parts registration review screen displayed on the manager terminal 300, preset registration on the new parts registration review screen When an approval item is selected, the manager terminal 300 not only applies for new registration of a part in the corresponding circuit designer terminal 100, but also provides information on the part (or part corresponding to the part) if the part is successfully newly registered. ) to check whether the library related to the newly registered part has also applied for new registration, and if the library related to the newly registered part has also applied for new registration, to process new registration for the part and library related to the part in one stop. , In conjunction with the server 200, the circuit designer terminal 100 determines (or confirms) whether new library registration has been requested in relation to the part for which new registration has been requested.

As a result of the determination (or the confirmation result), if the circuit designer terminal 100 has not requested new library registration in relation to the part for which new registration has been requested, the manager terminal 300 may request registration of the new part. In order to indicate that the registration of the part has been normally completed, the received approval reason, the received registration reason, information indicating that the registration of the part has been normally completed, current date and time information, the unique code, etc. are sent to the server. It is transmitted to the circuit designer terminal 100 via (200).

That is, as a result of the determination (or the confirmation result), if the circuit designer terminal 100 has requested new registration only for the component and has not requested new registration for the library related to the component, the manager terminal 300 The received approval reason, registration reason, information indicating that registration of the corresponding part has been normally completed, identification information of the manager terminal 300, current date and time information, and the unique code are transmitted to the server 200. .

In addition, the manager terminal 300 links with the server 200 and the database to store (or manage/register) part information related to the newly registered part in the database. Here, the part information includes part classification, detailed information, part use, PB Free status, operating voltage range, operating temperature range, storage temperature range, MSLEVEL (moisture sensitivity level), AEC standard, ROHS (Restriction of Hazardous Substances Directive) status, Includes UL94, manufacturer, manufacturer part number, resistance, tolerance, power, dimensions, packing type, etc.

In addition, as a result of the determination (or the confirmation result), if the circuit designer terminal 100 has requested new library registration in relation to the part for which new registration has been requested, the manager terminal 300 is connected to the circuit designer terminal ( 100) and the server 200, link (or map/match) the part information and library information related to the newly registered part using the library information provided by the circuit designer terminal 100. /linked) and stored (or managed/registered) in the database.

That is, as a result of the determination (or the confirmation result), if the circuit designer terminal 100 requests new registration for the component and the library related to the component, as shown in FIG. 10, the manager terminal 300 ) is linked with the circuit designer terminal 100 and the server 200, and links the component information and library information related to the newly registered component using the library information provided by the circuit designer terminal 100. Store (or manage/register) in the database.

In addition, the manager terminal 300 includes the received approval reason, the received registration reason, information indicating that registration of the corresponding part has been normally completed, information indicating that library registration related to the corresponding part has been normally completed, and the manager terminal 300. The identification information of 300, current date and time information, and the unique code are transmitted to the server 200.

In an embodiment of the present invention, one manager terminal 300 performs an approval process for a new part registration request, a new part registration review process, and a new library registration review process at the circuit designer terminal 100. However, it is not limited to this, and the circuit designer terminal 100 includes a first manager to process approval for new part registration requests, a second manager to process approval for new part registration review, and a new library. When different third managers are set (or selected) to process approval for registration review, each manager terminal (300) owned by a different manager is transferred to the corresponding new manager at the request of the corresponding circuit designer terminal (100). Approval processing for a request in relation to a part to be registered, approval processing for registration review in relation to the part, and approval processing for registration review in relation to a library corresponding to the part may be performed respectively.

In addition, the manager terminal 300 receives the other unique code, the new library registration approval request information, etc. transmitted from the server 200, and receives the received other unique code, the new library registration approval request information, etc. Display (or output).

In addition, in order to manage the parts library, the manager terminal 300 accesses the website provided by the server 200 and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. Therefore, when accessing the above website, a login procedure is performed.

That is, when the website information in the new library registration approval request information displayed on the administrator terminal 300 is selected (or clicked/touched), the administrator terminal 300 is connected to the website provided by the server 200. Log in and perform the login process when accessing the website using the ID and password required for membership registration, a barcode or QR code containing the ID, etc.

Additionally, after the login procedure is normally performed, the manager terminal 300 displays a new library registration screen including other input values related to the new library corresponding to the new library registration approval request information. At this time, the new library registration screen includes a requester information item for displaying requester information including the other input values, a process map item for displaying the current progress, and information related to parts corresponding to the library to be newly registered. Part detail information item for displaying, attachment information item for displaying attached files, library information item for displaying library information, library path information item for displaying library path information according to administrator input, approval information by administrator Approval information items to enter, distribution items to distribute information related to the approved (or registered) library, library registration items to process registration for the library you wish to register as a new library, and library registration items to process registration for the library you wish to register as a new library It includes a library rejection item to process registration rejection for the library, a to-list item to move to the previous screen, etc.

Here, the administrator terminal 300 accesses the website provided by the server 200 according to the selection of the website information and displays different initial screens provided by the website. At this time, the other initial screens include a parts registration request approval processing menu for processing whether to approve the registration request for a new part, a parts registration review menu for processing whether to register a part for the registration request for a new part, and registration of a new library. It includes a library registration review menu to process library registration for requests, a status check menu to check the status of part or library registration request/review processing, and a settings menu for environment settings.

In addition, the manager terminal 300 is registered as a member of the server 200 that provides the website, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. to access the website. When accessing, you can perform a login procedure to perform one or more functions of the website (including, for example, a registration request approval function for a newly registered part or library, a registration review function, a registration request status check function, etc.). . At this time, the circuit designer (or user) who wishes to be provided with a new part registration function, a new library registration function, a part/library search function, a registration application status check function, etc., a registration request approval function for a newly registered part or library, Depending on the administrator (or approver/part reviewer) who wishes to receive registration review functions, registration request status check functions, etc., the website may be configured with different user interfaces.

In addition, on the new library registration screen displayed on the manager terminal 300, a reason for rejecting library registration (or reason for holding library registration/reason for rejecting library registration/comment for rejecting library registration) is received according to the administrator input of the corresponding manager terminal 300. After that, when the preset library rejection item is selected on the new library registration screen, the manager terminal 300 registers the received library to indicate that registration of the corresponding library is rejected in relation to new library registration. The reason for rejection, information indicating that the registration of the corresponding library has been rejected, current date and time information, and other unique codes are transmitted to the circuit designer terminal 100 via the server 200.

That is, after receiving the reason for library registration rejection according to the administrator input of the corresponding administrator terminal 300 on the new library registration screen displayed on the administrator terminal 300, if the library rejection item is selected, the administrator terminal 300 ) is the reason for rejecting the received library registration, information indicating that the registration request for the library has been rejected, identification information of the manager terminal 300, current date and time information, the other unique code, etc. to the server 200 send to

In addition, on the new library registration screen displayed on the administrator terminal 300, the reason for library registration (or library registration comment) according to the administrator input of the corresponding administrator terminal 300, library path information (e.g., symbol name, symbol path, After receiving (including footprint name, etc.), etc., when a preset library registration item is selected on the new library registration screen, the manager terminal 300 links with the server 200 and the database, Using the library information provided by the circuit designer terminal 100, the newly registered library information and the part information corresponding to the library are linked (or mapped/matched/linked) and stored in the database (or management/registration).

In addition, in relation to registration of a new library, the manager terminal 300 displays the received library registration reason (or library registration comment) and the registration of the library in a normally completed state in order to indicate that the registration of the corresponding library has been normally completed. The indicated information, current date and time information, and other unique codes are transmitted to the circuit designer terminal 100 via the server 200.

That is, the manager terminal 300 links the newly registered library (or library information) requested for new registration and the parts (or parts information) corresponding to the library in conjunction with the server 200 and the database and stores them in the database. Afterwards, the received library registration reason (or library registration comment), information indicating that the registration of the library has been completed normally, identification information of the manager terminal 300, current date and time information, and other unique codes, etc. Transmitted to the server 200.

Additionally, the manager terminal 300 receives and stores (or manages) information about block libraries, information about dynamic symbols, and information about title blocks transmitted from the circuit designer terminal 100.

In this way, a block library can be created by turning the activated project into a block, and the generated block library can be expressed as a single symbol.

Additionally, in this way, a PLC symbol or connector symbol can be dynamically generated to form one dynamic symbol.

In addition, in this way, multiple instances arranged in the circuit diagram can be managed by grouping them into a master and one or more slaves.

Hereinafter, the electric circuit modeling method using the block library according to the present invention will be described in detail with reference to FIGS. 1 to 34.

11 to 13 are flowcharts showing an electric circuit modeling method using a block library according to an embodiment of the present invention.

First, the circuit designer terminal 100 runs a dedicated app (or 3D electrical modeling app/electrical and electronic circuit design tool app) pre-installed on the circuit designer terminal 100, and displays an app execution result screen according to the execution of the dedicated app. do. At this time, the app execution result screen includes main menu items to display the main menu, a toolbar to display frequently used functions (or tools), and a main circuit diagram creation window (or main circuit diagram creation area/zone) to create the main circuit diagram. ), an auxiliary project window to provide information about the project, a collections window to provide a list of basic elements and elements (or parts list) used in the project, and a selected object ( Selection properties window to provide properties for objects, auto numbering selection window to automatically assign numbers to conductors, elements, folios, etc. that exist in circuit diagrams, etc. Includes. Additionally, the main menu items include the file menu, edit menu, project menu, display menu, settings menu, etc. In addition, the toolbar includes a new item, an open item, a save item, a save item with a new name, a close item, a print item, an exit item, an undo item, a redo item, a cut item, a copy item, a paste item, Delete item, Rotate item, Select item, Move item, Grid display item, Background color white/black item, Content zoom item, View fit item, Zoom reset item, Folio characteristics item, Conductor reset item, Auto Wiring item, Make wires to cable item, Make a hierarchical block item, Make a dynamic symbol item, text item, image item, Output Block Port symbol item, Input Block Port symbol item, Offpage Out symbol item, Offpage In symbol item, line item, rectangular item, circular item, polygonal item, bring to front item to bring the selected part to the front, raise item to access the selected part, lower to move the selected part. ) item, and a send backwards item to send the selected part backwards. Here, the circuit designer terminal 100 has registered as a member of the server 200 that provides the dedicated app, and uses the ID and password according to membership registration, a barcode or QR code including the ID, etc. When running the app, the login procedure is performed to perform one or more functions of the dedicated app (e.g., circuit design function, part information and library information synchronization function, part/library insertion/addition function in the design area, and part grade information linkage in ERP). (including library use prohibition function through ERP, calculation of the total amount of parts used in circuit design through linkage with ERP's component price information, block library creation and management function, dynamic symbol management function, master-slave library creation and management function, etc.) You can.

In addition, when a preset new item in the file menu of the main menu item is selected from the app execution result screen displayed on the circuit designer terminal 100, the circuit designer terminal 100 creates a new project, and open (or display) the first folio (or page) and open the default title block. At this time, when the circuit designer terminal 100 executes the dedicated app, the circuit designer terminal 100 displays the app execution result including a new project, first folio, and default title block corresponding to the new item set as default. You can also display a screen.

As an example, the first circuit designer terminal 100 runs the SynchroSpace app for circuit design pre-installed on the first circuit designer terminal, and, as shown in FIG. 14, the SynchroSpace app execution result screen ( 1400) is displayed.

In addition, as shown in FIG. 14, the first circuit designer terminal opens and displays (1410) the first project, first folio, and first title block corresponding to the new item set as default (S1110). .

Thereafter, the circuit designer terminal 100 displays the main circuit diagram creation window ( Or perform the electrical and electronic circuit design function (or circuit diagram editing function) in the main circuit diagram creation area/design area/circuit design area).

That is, the circuit designer terminal 100 creates a circuit diagram consisting of one or more elements (including, for example, components, wires/cables, etc.) according to the circuit designer's input in the currently activated folio within the corresponding main circuit diagram creation window.

For example, as shown in FIG. 15, the first circuit designer terminal performs an electrical and electronic circuit design function in the main circuit diagram creation window according to the first circuit designer input of the first circuit designer terminal to create a first circuit diagram ( 1500) (S1120).

Afterwards, in a state where a circuit diagram consisting of one or more elements (or instances) is created in the currently activated folio in the main circuit diagram creation window displayed on the circuit designer terminal 100, the preset make included in the toolbar in the app execution result screen When a hierarchical block item is selected, the circuit designer terminal 100 inspects (or confirms) the drawing status of the circuit diagram configured in the currently activated folio.

That is, when a circuit diagram consisting of one or more elements (including, for example, parts, wires/cables, etc.) has been created in the currently active folio within the main circuit diagram creation window, the make a hierarchical block item included in the toolbar is selected. , the circuit designer terminal 100 determines whether or not there is a connection (for example, a connection to the placed element/instance) for one or more elements (or instances) included in the circuit diagram configured in the currently activated folio, which is one or more preset error check items. (including cases where this is not possible, etc.), presence or absence of label errors (including, for example, empty labels, duplicate labels, etc.), presence or absence of errors in block port elements (for example, input/output distinction) (including cases where there is not even a single block port, etc.), whether or not there is an error in the report element (including, for example, not linked, etc.), whether or not there is an error in the master-slave element (including, for example, when it is not linked, etc.) Inspect (or confirm) the back.

For example, when the make a hierarchical block item 1510 included in the toolbar is selected while the first circuit diagram 1500 is created, the first circuit designer terminal is one of the one included in the first circuit diagram 1500. For the above elements, one or more parts are inspected for wiring, label errors, block port element errors, report element errors, and master-slave element errors (S1130).

As a result of the inspection (or as a result of the confirmation), if there is an error in the drawing state in the circuit diagram constructed in the corresponding folio, the circuit designer terminal 100 generates an error list containing error information related to the error case, and Prints (or displays) the generated error list.

That is, if a wiring exists for one or more elements (or instances) included in the circuit diagram configured in the currently active folio, if the inspection result (or the confirmation result), if the label is empty, if the label is duplicated, If an error exists in the block port element, if an error exists in the report element, if an error exists in the master-slave element, etc. (or at least one error check among the one or more preset error check items) (if there is an error/abnormality in the item), the circuit designer terminal 100 generates an error list containing error information related to the error case, and outputs (or displays) the generated error list.

As an example, for one or more elements included in the first circuit diagram 1500, the presence or absence of wiring, the presence or absence of a label error, the presence or absence of an error in the block port element, the presence or absence of an error in the report element, and the error in the master-slave element As a result of checking the presence or absence, when a connection exists between the first element and the second element, as shown in FIG. 16, the first circuit designer terminal generates a first error list (1600) containing information about the connection error. ) is displayed in a pop-up form (S1140).

In addition, if there is no error in the drawing state in the circuit diagram constructed in the corresponding folio as a result of the inspection (or the confirmation result), the circuit designer terminal 100 opens the element properties window in order to set the block type and add the project file path. Displays . Here, the element characteristic window (or element characteristic widget) includes a base type item (including, for example, Hierarchical Block, etc.) for displaying the base of the block type, a project file path item for setting the project file path, etc.

That is, as a result of the inspection (or the confirmation result), there is no wiring, no label error, no error in the block port element for one or more elements (or instances) included in the circuit diagram configured in the currently active folio, and the report If there is no error in the element and there is no error in the master-slave element (or if there is no error/abnormality in all of the one or more preset error check items), the circuit designer terminal 100 displays the element characteristic window. .

For example, when an error is not detected for one or more components targeting one or more elements included in the first circuit diagram 1500, as shown in FIG. 17, the first circuit designer terminal determines the first element characteristics. The window 1700 is displayed in a pop-up form (S1150).

Thereafter, the circuit designer terminal 100 selects a plurality of items according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100 in the element characteristics window displayed on the circuit designer terminal 100. A plurality of input values corresponding to the input items are received. Here, the plurality of input values (or element/instance characteristic information) include the block type, the path of the project file (for example, extension .sync), etc. Here, the block type (or base type) may have hierarchical block selected (or set) by default according to the selection of the make a hierarchical block item.

As an example, the first circuit designer terminal includes a first block type (e.g. hierarchical block), a path to the first project file (e.g. C: desktop), etc. according to the first circuit designer input. Receive element characteristic information (S1160).

Thereafter, the circuit designer terminal 100 reads (or loads/loads) the block port information of the corresponding project file based on the plurality of input values received and automatically creates one or more pins, Displays one or more pins created above. At this time, the circuit designer terminal 100 can automatically set (or assign/reflect/apply) a pin number and pin name (or pin name) for each pin.

As an example, the first circuit designer terminal reads the block port information of the first project file based on the received first element characteristic information and automatically generates the first to eighth pins.

Additionally, as shown in FIG. 18, the first circuit designer terminal displays the created first to eighth pins (1800) (S1170).

Thereafter, the circuit designer terminal 100 designs (or designs/generates/configures) a symbol according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100. At this time, the circuit designer terminal 100 may display the selected symbol when a symbol is selected according to the circuit designer's selection among a plurality of pre-stored (or registered) symbols.

Additionally, the circuit designer terminal 100 places one or more pins previously created on one side of the designed symbol. At this time, the circuit designer terminal 100 selects one or more pins displayed on one side of the main circuit diagram creation window according to the circuit designer input (including, for example, drag and drop function, etc.) of the circuit designer terminal 100 as the design symbol. Each can be placed in one or more pin positions configured in .

For example, as shown in FIG. 19, the first circuit designer terminal designs a first symbol (for example, 741_?) 1900 according to the first circuit designer input.

In addition, as shown in FIG. 20, the first circuit designer terminal moves the first to eighth pins to specific pin positions within the first symbol according to the first circuit designer input (for example, a drag and drop function). Arranged (2000) respectively (S1180).

Thereafter, when a preset save item (or save item) in the file menu of the main menu item displayed on the app execution result screen of the circuit designer terminal 100 is selected, the circuit designer terminal 100 displays the corresponding symbol. Create a block library. Here, the block library includes information about the folio of the corresponding project file, block port information, pin information, symbol information, etc.

That is, when a preset save item (or save item) displayed on the app execution result screen of the circuit designer terminal 100 is selected, the circuit designer terminal 100 relates to the folio corresponding to the project, Create a block library (or new component) based on information about the circuit diagram, multiple input values, symbols, and one or more pins.

As an example, when a preset storage item in the file menu displayed on the Synchrospace app execution result screen of the first circuit designer terminal is selected, the first circuit designer terminal stores the corresponding first circuit diagram and the first element characteristic information. , a first block library is created based on information about the first symbol, the first to eighth pins, etc. (S1190).

Afterwards, the circuit designer terminal 100 displays a list of elements (or parts list) to which the generated block library has been applied (or reflected/updated) in the collection window.

That is, when the preset reload collections item is selected in the collection window in the app execution result screen (or when the reload collections item is selected in the pop-up window displayed after the right button of the mouse (not shown) is selected in the collection window) , the circuit designer terminal 100 displays a list of elements (or parts list) to which the generated block library (or parts corresponding to the block library) has been applied (or reflected/updated) in the collection window.

In addition, when a part corresponding to the block library is selected among one or more parts included in the element list to which the corresponding block library is applied displayed in the collection window, the circuit designer terminal 100 selects the part corresponding to the selected block library. is displayed in the main circuit diagram creation window. Here, the circuit designer terminal 100 is installed on one side of the part corresponding to the block library so that the user can easily confirm that the part corresponding to the block library displayed in the main circuit diagram creation window is a part related to the block library. You can also display preset markers (including, for example, icons, images, symbols, text, etc.) on (or adjacent to). At this time, the circuit designer terminal 100 selects a preset open block's source project item (or If the open block's source project item above is selected in the pop-up window that appears after the right button of the mouse is selected while the part corresponding to the block library is selected (or activated), the drawing information for the part corresponding to the block library You can also display (or print/check).

In this way, since the block library according to an embodiment of the present invention is managed in units of one file, it can be easy to modify or apply drawing information.

For example, when the reload collections item is selected in a pop-up window displayed after the right button of the mouse is selected in the collection window in the Synchrospace app execution result screen, as shown in FIG. 21, the first circuit designer terminal A list of elements to which the first part corresponding to the created first block library is applied is displayed in the collection window 2100.

In addition, when the first component 2110 corresponding to the first block library is selected among one or more elements displayed in the collection window 2100, as shown in FIG. 22, the first circuit designer terminal The selected first component 2110 is displayed in the main circuit diagram creation window 2200 (S1200).

In addition, when the preset make a dynamic symbol item included in the toolbar is selected on the app execution result screen displayed on the circuit designer terminal 100, the circuit designer terminal 100 creates a specific dynamic symbol according to the circuit designer's selection. In order to display in the main circuit diagram creation window, a dynamic symbol management screen corresponding to the selected make a dynamic symbol item is displayed. Here, the dynamic symbol management screen (or dynamic symbol management window) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), input items (e.g., total number of pins input items, division (including number input items, etc.), output items (including, for example, current status items, pin grouping setting items, pin name items for each pin, division information items for each pin, etc.), etc. At this time, the current status item within the output item may be in the 'Not Ready' state by default. Here, the dynamic symbol may be created through another dedicated app (or symbol/element editor app) pre-installed on the circuit designer terminal 100.

For example, when the make a dynamic symbol item 1420 included in the toolbar in the synchrospace app execution result screen 1400 is selected, as shown in FIG. 23, the first circuit designer terminal executes the selected make A first dynamic symbol management screen 2300 corresponding to the dynamic symbol item 1420 is displayed (S1210).

Thereafter, the circuit designer terminal 100 operates according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100 on the dynamic symbol management screen displayed on the circuit designer terminal 100. A plurality of different input values corresponding to a plurality of different input items are received. Here, the plurality of different input values (or dynamic symbol information) include a symbol name, element type (eg, including PLC, Connector, etc.), etc.

In addition, the circuit designer terminal 100 checks (or searches) a dynamic symbol corresponding to the plurality of different input values among the one or more pre-stored (or registered) dynamic symbols, and selects the confirmed dynamic symbol as the Displayed in the dynamic symbol display item in the dynamic symbol management screen.

As an example, the first circuit designer terminal displays a first symbol name (e.g., PLC_Sample), a first element type (e.g., PLC), etc. according to the first circuit designer input in the first dynamic symbol management screen 2300. Receive first dynamic symbol information including.

Additionally, the first circuit designer terminal identifies a first dynamic symbol corresponding to the received first dynamic symbol information among one or more dynamic symbols managed in the corresponding synchrospace app.

Additionally, as shown in FIG. 24, the first circuit designer terminal displays the confirmed first dynamic symbol in the dynamic symbol display item 2400 in the first dynamic symbol management screen (S1220).

Thereafter, in the dynamic symbol management screen displayed on the circuit designer terminal 100, all pins included in the input items according to the circuit designer input (or circuit designer/user selection/touch/control) of the circuit designer terminal 100. After receiving the total number of pins, number of divisions, etc., which are input values for the number input item, the division number input item, etc., when a preset set item is selected, the circuit designer terminal 100 The contents of the output items in the dynamic symbol management screen are updated and displayed according to the number of pins, number of divisions, etc.

That is, after the total number of pins is received (or input), when a setting item related to the total number of pins input item is selected, the circuit designer terminal 100 generates a pin number corresponding to the received total number of pins and A pin name is automatically generated, and the pin number and pin name corresponding to the total number of pins generated are applied to the output item and displayed. At this time, if the total number of pins is preset as default in response to the displayed dynamic symbol, the circuit designer terminal 100 sets the pin number and pin name corresponding to the total number of pins as default when displaying the dynamic symbol. It can also be displayed by applying it to the above output items. Here, the circuit designer terminal 100 may modify (or edit/update) the pin name for each pin according to the circuit designer input of the circuit designer terminal 100.

In addition, after the number of divisions is received (or input), when a setting item related to the division number input item is selected, the circuit designer terminal 100 automatically generates a division number corresponding to the received number of divisions. And, the division number corresponding to the number of divisions created is applied to the output item and displayed.

In addition, the circuit designer terminal 100 sets (or maps/matches) partition numbers for each pin according to the circuit designer input of the corresponding circuit designer terminal 100.

As an example, when the first setting item 2410 is selected after the first total number of pins (for example, 5) is received on the dynamic symbol management screen displayed on the first circuit designer terminal, as shown in FIG. 25 As such, the first circuit designer terminal receives first to fifth pin numbers and first to fifth pin names (e.g., OUT1) corresponding to the first total number of pins (e.g., 5). Generate (e.g. OUT5) and output the generated first to fifth pin numbers and first pin names (e.g. OUT1) to fifth pin names (e.g. OUT5) in the dynamic symbol management screen. Apply to the item and display (2500).

In addition, when the second setting item 2510 is selected after the first division number (for example, 2) is received on the dynamic symbol management screen displayed on the first circuit designer terminal, as shown in FIG. 26 , the first circuit designer terminal manages division information into two according to the received first division number (for example, 2), and the first to second pins are divided into Division 1 according to the first circuit designer input. and the third to fifth pins are set to Division 2 (2600) (S1230).

Thereafter, after the pin name and division information for each pin are set (or mapped/entered) in the output items of the dynamic symbol management screen displayed on the circuit designer terminal 100, the preset apply item is selected. , the circuit designer terminal 100 displays a management screen listed based on the set (or mapped/input) pin name for each pin, division information for each pin, etc. Here, the listed management screen (or listed/updated dynamic symbol management screen) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), and input items (e.g. It includes input items for the total number of pins, input items for the number of divisions, etc.), and other output items (including, for example, current status items, pin grouping setting items, pin number items for each segment, folio items for each segment, etc.). At this time, the segment-specific pin number item may have division information applied to the segment according to pin-specific division information. Additionally, the symbol name input item, the element type selection item, the dynamic symbol display item, the input item, etc. are automatically entered according to previously received information, and may be set to not be modified. At this time, the current status item within the output item may be in the 'Not Ready' state.

As an example, when a preset application item 2610 is selected on the dynamic symbol management screen displayed on the first circuit designer terminal, as shown in FIG. 27, the first circuit designer terminal applies the first to the first pins. For 5 pins, the first listed management screen 2700 is displayed based on the pin name for each pin (e.g., OUT1, OUT2, OUT3, OUT4, OUT5), division information for each pin (e.g., Division 1, Division 2), etc. Display (S1240).

Thereafter, after segment-specific folio information according to the circuit designer's input is received for the segment-specific folio items in the listed management screen displayed on the circuit designer terminal 100, the information displayed on one side of the listed management screen When the finish item is selected, the circuit designer terminal 100 reflects the information received (or entered/set) in the previous processes (or information applied/included in the listed management screen) ( or applied) displays the dynamic symbol final management screen. Here, the dynamic symbol final management screen (or dynamic symbol final management window) includes symbol name input items, element type selection items, dynamic symbol display items (or dynamic symbol display area), and input items (for example, total number of pins input items). , division number input items, etc.), and other output items (including, for example, current status items, pin grouping setting items, pin name items for each pin, division information items for each pin, etc.). At this time, the current state item in the output item may be in a state that has been converted from the previous 'Not Ready' state to the 'Ready' state.

As an example, in the first listed management screen 2700 displayed on the first circuit designer terminal, segment-specific folio information according to circuit designer input for the segment-specific folio items (for example, folio (1 for segment 1) /1), after folio (1/1) is received for segment 2, when the completion item 2710 is selected, as shown in FIG. 28, the first circuit designer terminal The first dynamic symbol final management screen 2800 reflecting the information included in the management screen is displayed (S1250).

Thereafter, when a preset confirmation menu (or OK menu/button/item) is selected on the dynamic symbol final management screen displayed on the circuit designer terminal 100, the circuit designer terminal 100 displays the dynamic symbol final management screen. Based on the information contained in (e.g., the symbol name, the element type, the total number of pins, the number of divisions, the pin name for each pin, the division information for each pin, the folio information for each segment, etc.), the dynamic symbol is divided into the folio for each segment. Depending on the information, it is applied to one or more folios and displayed. At this time, when the corresponding dynamic symbol is divided into a plurality of dynamic symbols according to the division information for each pin, the circuit designer terminal 100 applies the divided plurality of dynamic symbols to the corresponding folio according to the folio information for each segment and displays ( For example, the plurality of divided dynamic symbols can be distributed and displayed within one folio. Here, when the plurality of dynamic symbols divided are to be distributed across a plurality of folios according to the folio information for each segment, the circuit designer terminal 100 distributes the plurality of divided dynamic symbols to a plurality of folios according to the folio information for each segment. Dynamic symbols can be displayed by applying them separately.

As an example, when the confirmation menu 2810 is selected on the first dynamic symbol final management screen 2800 displayed on the first circuit designer terminal, the first circuit designer terminal displays the first dynamic symbol final management screen on the first dynamic symbol final management screen. Based on the included information, the first dynamic symbol is separated into a 1-1 sub dynamic symbol and a 1-2 sub dynamic symbol, and as shown in FIG. 29, the separated 1-1 sub dynamic symbol and The 1-2 sub dynamic symbols are applied to the same folio 1 and displayed (2900) (S1260).

In addition, in order to tie multiple instances included in the circuit diagram placed in the main circuit diagram creation window in the app execution result screen to master-slave, select one instance (or master instance) placed in the circuit diagram and then select the preset Edit When the element item (or the Edit the element item in a pop-up window displayed after selecting one instance and clicking the right mouse button) is selected, the circuit designer terminal 100 displays the Edit the element item corresponding to the selected Edit the element item. Displays the element editing screen. Here, the element editing screen (or element editing window) includes a cross-reference (master) tab, an information tab, and a text tab. At this time, the cross-reference (master) tab includes available element information items (e.g., thumbnail, label folio, folio title, position, etc.), element connection information items (e.g., thumbnail, label folio, folio title, position, etc.) etc.) etc. are included. Additionally, the available element information items include a list of slave instances placed in the circuit diagram, etc.

As an example, as shown in FIG. 30, after the first coil 3010, which is the first instance, is selected among the plurality of instances included in the circuit diagram arranged in the main circuit diagram creation window, the first coil 3010 is displayed by selecting the right button of the mouse. When the Edit the element item 3021 is selected in the pop-up window 3020, as shown in FIG. 31, the first circuit designer terminal displays a first element editing screen corresponding to the selected Edit the element item 3021. (3100) is displayed (S1270).

Thereafter, according to the input of the circuit designer of the circuit designer terminal 100, one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen, and if a preset additional item is selected, The circuit designer terminal 100 bundles (or maps/matches/links) the selected one or more other instances with the previously selected one instance (or master instance), and associates the selected one or more other instances with an element in the element edit screen. It is displayed by adding it to the connection information item.

That is, if one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen according to the circuit designer input of the corresponding circuit designer terminal 100, and then a preset additional item is selected, The circuit designer terminal 100 creates a master-slave library based on the selected one instance and the selected one or more other instances, and edits the element using the one or more other instances, which are information related to the created master-slave library. It is displayed by adding it to the element connection information item on the screen.

As an example, after the first contact point 3110 and the second contact point 3120 are each selected from the slave instance list displayed in the available element information item in the first element editing screen 3100 of the first circuit designer terminal, the addition When the item 3130 is selected, as shown in FIG. 32, the first circuit designer terminal binds the first coil and the selected first contact point and the second contact point into one, and the selected first contact point 3110 And the second contact point 3120 is added to the element connection information item 3200 in the first element editing screen and displayed (S1280).

Thereafter, when a preset apply item in the element editing screen displayed on the circuit designer terminal 100 is selected, the circuit designer terminal 100 selects the master instance in the circuit diagram (or the main circuit diagram creation window). Slave instance location information is displayed on one side, and master instance location information is displayed on one side of the slave instance. At this time, when there are a plurality of slave instances, the circuit designer terminal 100 bundles the plurality of slave instances into one in order to recognize them as one part when outputting the parts list.

For example, when a preset application item 3210 is selected on the first element editing screen displayed on the first circuit designer terminal, as shown in FIG. 33, the first circuit designer terminal displays the main circuit diagram creation window. Position information 3310 related to the first contact point and the second contact point is displayed on one side of the first coil, which is the first master instance, and position information 3320 of the first coil is displayed on one side of the first contact point, which is the slave instance. ) is displayed, and the position information 3330 of the first coil is displayed on one side of the second contact point, which is the slave instance (S1290).

Thereafter, when the master instance (or slave instance) is selected in the circuit diagram (or the main circuit diagram creation window) of the circuit designer terminal 100, the circuit designer terminal 100 selects the selected master instance (or slave instance). In order to check the corresponding slave instance (or master instance), the slave instance (or master instance) corresponding to the selected master instance (or slave instance) is highlighted with a preset color (or by applying a highlight effect). Display.

For example, as shown in FIG. 34, when the first coil 3410, which is the first master instance, is selected in the main circuit diagram creation window, the first circuit designer terminal is connected to the selected first coil 3410. The corresponding first contact point 3420 and second contact point 3430 are highlighted and displayed in a preset blue color (S1300).

As described above, an embodiment of the present invention creates a block library by blocking the activated project, expresses the generated block library as a symbol, and designs an electric circuit in a hierarchical structure using the block library. There is a possible effect.

In addition, as described above, an embodiment of the present invention constructs one dynamic symbol by dynamically generating a PLC symbol or connector symbol, divides the dynamic symbol into a plurality, and then requires a plurality of divided dynamic symbols. You can create a circuit diagram conveniently and easily by distributing it across multiple circuit diagram pages.

In addition, as described above, an embodiment of the present invention manages a plurality of instances arranged in a circuit diagram by grouping them into a master and one or more slaves, thereby improving the efficiency of parts list management.

The above-described content can be modified and modified by anyone skilled in the art without departing from the essential characteristics of the present invention. Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but are for illustrative purposes, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted in accordance with the claims below, and all technical ideas within the equivalent scope should be construed as being included in the scope of rights of the present invention.

10: Electric circuit modeling system using block library
100: Circuit designer terminal 200: Server
300: Administrator terminal 110: Communication department
120: storage unit 130: display unit
140: audio output unit 150: control unit

Claims (10)

Performing an electrical and electronic circuit design function according to a circuit designer input from the circuit designer terminal in a main circuit diagram creation window within an app execution result screen displayed on the circuit designer terminal, by the circuit designer terminal;
When a circuit diagram consisting of one or more elements has been created in the currently activated folio in the main circuit diagram creation window displayed on the circuit designer terminal, the preset make a hierarchical block item included in the toolbar in the app execution result screen is selected, inspecting, by the circuit designer terminal, a drawing state for a circuit diagram configured in a currently activated folio;
As a result of the inspection, when there is no error in the drawing state in the circuit diagram constructed in the folio, displaying an element property window by the circuit designer terminal to set a block type and add a project file path;
Receiving, by the circuit designer terminal, a plurality of input values corresponding to a plurality of input items according to a circuit designer input of the circuit designer terminal in an element characteristic window displayed on the circuit designer terminal;
reading block port information of a project file based on the plurality of received input values, automatically generating one or more pins, and displaying the generated one or more pins, by the circuit designer terminal;
Designing a symbol according to the circuit designer input by the circuit designer terminal;
Arranging, by the circuit designer terminal, one or more previously generated pins on one side of the designed symbol; and
When a preset storage item in the file menu of the main menu item displayed on the app execution result screen of the circuit designer terminal is selected, generating the symbol as a block library by the circuit designer terminal,
The step of creating the symbol as a block library is,
In relation to the currently activated folio, the block library is generated by blocking the symbol based on a circuit diagram configured in the currently activated folio, the plurality of input values, the symbol, and information about the one or more pins. Electric circuit modeling method using a block library. According to claim 1,
The step of checking the drawing status of the circuit diagram configured in the currently activated folio is:
Regarding one or more elements included in the circuit diagram in the currently activated folio, which are one or more preset error check items, whether there is a connection, whether there is a label error, whether there is an error in the block port element, or whether there is an error in the report element. And, an electric circuit modeling method using a block library, characterized in that at least one of the presence or absence of errors in the master-slave elements is checked. According to claim 1,
As a result of the inspection, when there is an error in the drawing state in the circuit diagram constructed in the folio, an error list containing error information related to the error case is generated by the circuit designer terminal, and the generated error list is output. An electric circuit modeling method using a block library, characterized in that it further includes steps. delete According to claim 1,
Displaying, by the circuit designer terminal, a list of elements to which the generated block library is applied in a collection window in the app execution result screen; and
When a part corresponding to the block library is selected from among one or more parts included in the element list to which the block library is applied displayed in the collection window, the part corresponding to the selected block library is selected by the circuit designer terminal as the main part. An electric circuit modeling method using a block library, further comprising the step of displaying it in a circuit diagram creation window. According to claim 1,
When the preset make a dynamic symbol item included in the toolbar is selected on the app execution result screen displayed on the circuit designer terminal, the dynamic symbol management screen corresponding to the selected make a dynamic symbol item is displayed by the circuit designer terminal. displaying;
Receiving, by the circuit designer terminal, a plurality of different input values corresponding to a plurality of different input items according to the circuit designer input of the circuit designer terminal on a dynamic symbol management screen displayed on the circuit designer terminal;
By the circuit designer terminal, the dynamic symbol corresponding to the plurality of different input values is confirmed among the one or more pre-stored dynamic symbols, and the confirmed dynamic symbol is displayed in the dynamic symbol display item in the dynamic symbol management screen. step; and
In the dynamic symbol management screen displayed on the circuit designer terminal, after receiving the total number of pins and the number of divisions as input values for the input items and the division number input items included in the input items according to the input of the circuit designer, the preset When a set item is selected, the circuit designer terminal further includes updating and displaying the contents of the output item in the dynamic symbol management screen according to the received total number of pins and the number of divisions. Electric circuit modeling method using a block library. According to claim 6,
After the pin name and division information are set for each pin in the output items of the dynamic symbol management screen displayed on the circuit designer terminal, when a preset apply item is selected, the circuit designer terminal sets the pin name and division information for each pin. Displaying a listed management screen based on division information for each pin;
After segment-specific folio information according to input from the circuit designer is received for each segment folio item on the listed management screen displayed on the circuit designer terminal, a finish item displayed on one side of the listed management screen When selected, displaying, by the circuit designer terminal, a dynamic symbol final management screen reflecting information applied to the listed management screen; and
When a preset confirmation menu is selected on the dynamic symbol final management screen displayed on the circuit designer terminal, the dynamic symbol is entered into folio information for each segment based on the information included in the dynamic symbol final management screen by the circuit designer terminal. An electric circuit modeling method using a block library, further comprising the step of applying and displaying it on one or more folios. According to claim 1,
In order to bind multiple instances included in the circuit diagram placed in the main circuit diagram creation window in the app execution result screen as master-slave, when one instance placed in the circuit diagram is selected and the preset Edit the element item is selected , displaying, by the circuit designer terminal, an element editing screen corresponding to the selected Edit the element item;
According to the circuit designer input of the circuit designer terminal, one or more other instances are selected from the list of slave instances displayed in the available element information items in the element editing screen, and then when a preset additional item is selected, by the circuit designer terminal. , grouping the selected one or more other instances with the previously selected one instance, and displaying the selected one or more other instances by adding them to an element connection information item in the element editing screen;
When a preset apply item in the element editing screen displayed on the circuit designer terminal is selected, a slave instance is positioned on one side of the one instance that is the master instance in the main circuit diagram creation window by the circuit designer terminal. displaying information and displaying master instance location information on one side of the other instances that are slave instances; and
When the master instance is selected in the main circuit diagram creation window of the circuit designer terminal, a slave instance corresponding to the selected master instance is created in advance so that the circuit designer terminal can check the slave instance corresponding to the selected master instance. An electric circuit modeling method using a block library, further comprising the step of applying and displaying a highlight effect with a set color. In an electric circuit modeling system using a block library including a circuit designer terminal,
The circuit designer terminal is,
Perform electrical and electronic circuit design functions according to the circuit designer input of the circuit designer terminal in the main circuit diagram creation window within the app execution result screen displayed on the circuit designer terminal, and currently activate within the main circuit diagram creation window displayed on the circuit designer terminal. In a state where a circuit diagram consisting of one or more elements is created in the folio, when the preset make a hierarchical block item included in the toolbar in the app execution result screen is selected, the drawing status for the circuit diagram comprised in the currently active folio is checked and , As a result of the inspection, when there is no error in the drawing state in the circuit diagram constructed in the folio, an element characteristic window is displayed to set the block type and add a project file path, and in the element characteristic window displayed on the circuit designer terminal According to the circuit designer input of the circuit designer terminal, a plurality of input values corresponding to a plurality of input items are received, and based on the received plurality of input values, block port information of the project file is read and one or more pins are connected. Automatically generates, displays one or more pins created, designs a symbol according to the circuit designer input, places one or more pins previously created on one side of the designed symbol, and When a preset save item in the file menu of the main menu item displayed on the app execution result screen is selected, in relation to the currently activated folio, the circuit diagram configured in the currently activated folio, the plurality of input values, the symbol, and An electric circuit modeling system using a block library, characterized in that a block library is created by blocking the symbol based on information about the one or more pins. According to clause 9,
The circuit designer terminal is,
A list of elements to which the generated block library is applied is displayed in a collection window in the app execution result screen, and among one or more parts included in the element list to which the block library is applied displayed in the collection window, a part corresponding to the block library is displayed. An electric circuit modeling system using a block library, characterized in that when selected, parts corresponding to the selected block library are displayed in the main circuit diagram creation window.

Images