KR101874759B1 - Stainless steel plate cutting method with improved workability, and Equipment system for the same - Google Patents

Stainless steel plate cutting method with improved workability, and Equipment system for the same Download PDF

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KR101874759B1
KR101874759B1 KR1020170156103A KR20170156103A KR101874759B1 KR 101874759 B1 KR101874759 B1 KR 101874759B1 KR 1020170156103 A KR1020170156103 A KR 1020170156103A KR 20170156103 A KR20170156103 A KR 20170156103A KR 101874759 B1 KR101874759 B1 KR 101874759B1
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stainless steel
steel plate
information
post
terminal
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김동광
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김동광
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    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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Abstract

The present invention relates to a stainless steel sheet cutting method with improved workability, and a plant system therefor. The present invention comprises a first step of the control terminal 500 recording stainless steel plate order acceptance and order history information according to an access of an orderer terminal 700 through a network 600; The control terminal 500 transmits the stainless steel plate raw material to the stainless steel plate feeder 100 in accordance with the application of the stainless steel plate raw material to the stainless steel plate feeder terminal 800 via the network 600 for the stainless steel plate raw material A second step of checking; A third step of transmitting a request to prepare for inputting to the cutting apparatus 200 by the stainless steel sheet feeder 100 when the control terminal 500 confirms and matches the stainless steel sheet material order details with the stainless steel sheet raw material comparison check; A fourth step in which the control terminal 500 controls the feeding of the stainless steel sheet material to the cutting device 200 in order of the stainless steel sheet material; A fifth step in which the control terminal 500 transmits cutting condition information of each stainless steel sheet raw material to the cutting device 200 in order detail information to perform cutting processing; A sixth step in which the control terminal 500 delivers the cut stainless steel plate from the cutting device 200 to the post-processing device 300; A seventh step of controlling the post-processing process for the post-processing device 300 for each of the cut stainless steel plates of the control terminal 500; An eighth step of delivering the post-processed stainless steel sheet to the destination on the order details by the control terminal 500; The control terminal 500 transmits the entire process from the order reception to the delivery of the first stage and the order detail information to the orderer terminal 700 or the constructor terminal 700a via the network 600 in the form of a complete message Step 9; A tenth step of the control terminal (500) updating the order history information and the processing status up to the delivery to the DB of the big data server (900b) for each purchaser; And after the cutting by the cutting device 200 of the stainless steel plate ordered by the orderer terminal 700 matching the order detail information after access to the big data server 900b via the network 600 by the maker terminal 700a An eleventh step of converting the image into a three-dimensional image after receiving the image, and outputting the image for a pre-construction or an actual construction based on an augmented reality; And a control unit.

Description

TECHNICAL FIELD The present invention relates to a method for cutting a stainless steel plate having improved workability and a system for the same,

The present invention relates to a method of cutting a stainless steel sheet with improved workability and a system for the same. More specifically, the present invention relates to a method for cutting a stainless steel sheet, The present invention relates to a method of cutting a stainless steel plate with improved workability for improving workability by a constructor as well as providing a one-stop process, and a plant system therefor.

A general stainless steel sheet processing method basically includes a machining step of cutting and processing a stainless steel sheet material, and may further include a heat treatment step to minimize deformation of the metal material in the machining step.

In other words, the stainless steel plate is processed through the processing, such as solar panel, heating panel, composite sandwich panel, composite panel for formwork, environmentally friendly fireproof panel, composite insulation panel for building, Ondol heating construction panel, building wall reinforcing panel, hot water heat panel And can be used for various purposes.

Conventionally, stainless steel plate materials are cut from different companies for different purposes for each use of stainless steel plate, and construction of each processed stainless steel plate is carried out by different construction companies.

Accordingly, in the related art, it is required not only to integrally manage the cutting of the stainless steel plate for each use, but also to develop the technique for improving the workability by providing efficient information when constructing the cut stainless steel plate according to the integrated management.

Korean Patent Application No. 10-2015-7003002 entitled " STAINLESS STEEL SHEET FOR PRECISION MACHINING AND METHOD FOR PRODUCING SAME "

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and it is an object of the present invention to provide a one-stop process from the time of wearing of a stainless steel plate to a final delivery through a cutting process and a post- The present invention provides a method of cutting a stainless steel plate with improved workability for improving workability and a plant system therefor.

The present invention also provides a stainless steel plate cutting method with improved workability for creating and managing big data for a stainless steel plate based on an RFID, and for making it easy for a purchaser and a contractor to access each generated data, and a facility system therefor .

In addition, according to the present invention, it is possible to construct an augmented reality-based image after acquiring an image from a viewpoint of a constructor and reconstructing the image into a three-dimensional image, thereby increasing the accuracy of construction, Information on the post-treatment condition according to the application, and can be applied while confirming the post-treatment condition information according to the application, so that the construction can be carried out according to the standard or the non-standard according to the application, and a facility system for the same.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

In order to accomplish the above object, according to an embodiment of the present invention, a method for cutting a stainless steel plate with improved workability includes the steps of: receiving a stainless steel sheet material according to an access of an orderer terminal (700) A first step of recording receipt and order history information; The control terminal 500 transmits the stainless steel plate raw material to the stainless steel plate feeder 100 in accordance with the application of the stainless steel plate raw material to the stainless steel plate feeder terminal 800 via the network 600 for the stainless steel plate raw material A second step of checking; A third step of transmitting a request to prepare for inputting to the cutting apparatus 200 by the stainless steel sheet feeder 100 when the control terminal 500 confirms and matches the stainless steel sheet material order details with the stainless steel sheet raw material comparison check; A fourth step in which the control terminal 500 controls the feeding of the stainless steel sheet material to the cutting device 200 in order of the stainless steel sheet material; A fifth step in which the control terminal 500 transmits cutting condition information of each stainless steel sheet raw material to the cutting device 200 in order detail information to perform cutting processing; A sixth step in which the control terminal 500 delivers the cut stainless steel plate from the cutting device 200 to the post-processing device 300; A seventh step of controlling the post-processing process for the post-processing device 300 for each of the cut stainless steel plates of the control terminal 500; An eighth step of delivering the post-processed stainless steel sheet to the destination on the order details by the control terminal 500; The control terminal 500 transmits the entire process from the order reception to the delivery of the first stage and the order detail information to the orderer terminal 700 or the constructor terminal 700a via the network 600 in the form of a complete message Step 9; A tenth step of the control terminal (500) updating the order history information and the processing status up to the delivery to the DB of the big data server (900b) for each purchaser; And after the cutting by the cutting device 200 of the stainless steel plate ordered by the orderer terminal 700 matching the order detail information after access to the big data server 900b via the network 600 by the maker terminal 700a An eleventh step of converting the image into a three-dimensional image after receiving the image, and outputting the image for a pre-construction or an actual construction based on an augmented reality; And a control unit.

In the method of cutting a stainless steel plate with improved workability according to another embodiment of the present invention, the order detail information includes at least one of an orderer ID, order numbers of a plurality of stainless steel sheets ordered by each purchaser, specification information of a stainless steel sheet, Cutting condition information corresponding to the processing characteristic information, post-processing condition information according to the use, order information, and information on the orderer / supplier delivery address.

According to another embodiment of the present invention, there is provided a method of cutting a stainless steel plate with improved workability, wherein the check method is a method of cutting a stainless steel plate by a RFID reader module provided in a stainless steel plate feeder 100 for an RFID tag attached to a raw material of a stainless steel plate And a recognition process.

The method for cutting a stainless steel plate with improved workability according to an embodiment of the present invention, and a plant system for the same, is characterized in that after receiving the stainless steel plate, the cutting process and the post- Stop, but also provides an effect of improving the workability by the constructor.

According to another aspect of the present invention, there is provided a method of cutting a stainless steel plate with improved workability and a plant system for the same, which comprises: generating and managing big data for a stainless steel plate based on RFID; The accessibility can be made convenient.

In addition, according to another embodiment of the present invention, a method for cutting a stainless steel plate material with improved workability and a plant system for the same, wherein the constructor acquires an image from the perspective of a constructor, reconstructs the 3D image into a 3D image, It is possible to increase the accuracy of the construction, and it is possible to construct while confirming the cutting condition information including the order detail information and the post-processing condition information according to the application, to provide.

FIG. 1 is a view showing a system 10 for cutting a stainless steel plate with improved workability according to an embodiment of the present invention.
2 is a view showing a stainless steel plate cutting system 10a with improved workability according to another embodiment of the present invention.
FIG. 3 is a block diagram specifically showing components of a control terminal 500 in a stainless steel plate cutting system 10 or 10a with improved workability according to an embodiment of the present invention.
4 is a flowchart illustrating a method of cutting a stainless steel plate with improved workability according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In the present specification, when any one element 'transmits' data or signals to another element, the element can transmit the data or signal directly to the other element, and through at least one other element Data or signal can be transmitted to another component.

FIG. 1 is a view showing a system 10 for cutting a stainless steel plate with improved workability according to an embodiment of the present invention. 1, a stainless steel plate cutting system 10 having improved workability includes a stainless steel plate feeder 100, a cutting device 200, a post-processing device 300, an outlet device 400, and a control terminal 500 .

2 is a view showing a stainless steel plate cutting system 10a with improved workability according to another embodiment of the present invention. 2, the stainless steel plate cutting system 10a having improved workability is formed of a stainless steel plate feeder 100 having a stainless steel plate feeder 100, a cutting device 200, a post-processing device 300, The customer terminal 700, the constructor terminal 700a, the stainless steel plate supply terminal 800, the delivery company server 900a, the big data server 900b (not shown), the control terminal 500, ).

The network 600 may be a high-speed period network of a large-sized communication network capable of large-capacity, long-distance voice and data services, and may be a next-generation wired and wireless network for providing Internet or high-speed multimedia service. When the network 600 is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. As an embodiment of the asynchronous mobile communication network, a WCDMA (Wideband Code Division Multiple Access) communication network is exemplified. In this case, although not shown in the drawings, the network 600 may include a Radio Network Controller (RNC). On the other hand, although the WCDMA network is taken as an example, it may be a 3G LTE network, a 4G network, or a next generation communication network such as 5G, or an IP network based on other IP. The network 600 includes a control terminal 500, an orderer terminal 700, a constructor terminal 700a, a stainless steel sheet supply terminal 800, a delivery company server 900a, a big data server 900b, Signal and data to each other.

FIG. 3 is a block diagram specifically showing components of a control terminal 500 in a stainless steel plate cutting system 10 or 10a with improved workability according to an embodiment of the present invention.

3, the control terminal 500 may include an input / output I / F 510, a transceiver 520, an input / output unit 530, a storage unit 540, and a control unit 550.

The control unit 550 may include a raw material input module 550a, a cut control module 550b, a post process control module 550c notification, and a DB update module 550d.

Hereinafter, the stainless steel plate cutting equipment system 10, 10a with improved workability in FIGS. 1 and 2 will be described in detail with reference to the components of the control unit 550. FIG.

The raw material input module 550a controls the transmitting and receiving unit 520 to receive the order sheet information and the order history information according to the access of the orderer terminal 700 through the network 600, ). Herein, the order detail information includes information of each orderer ID, each order number of the plurality of stainless steel sheets ordered by each orderer, specification information of the stainless steel sheet, cutting condition information corresponding to the processing characteristic information, post- , Orderer / maker delivery address information, and the like.

Here, the specification information of the stainless steel plate, the cutting condition information corresponding to the processing feature information, the post-processing condition information according to the application, the order number information, and the orderer / supplier delivery address information are stored in the storage unit 540 desirable.

In addition, the post-processing condition information may include position information for post-processing, shape information of the stainless steel sheet according to post-processing after standardization or non-standardization, in the standard information of the stainless steel sheet material.

The raw material input module 550a controls the transceiver 520 to request the stainless steel sheet supply terminal 800 to apply the stainless steel sheet raw material to the stainless steel sheet raw material through the network 600 according to the order details recorded in the storage unit 540 After that, the input / output I / F 510 is controlled so as to check the stainless steel sheet material feeder 100 for wearing of the stainless steel sheet material. Here, the stainless steel plate supply terminal 800 is a terminal for managing and supplying the stainless steel plate raw material. The stainless steel plate supply terminal 800 includes a stainless steel plate feeder 100 divided into a plurality of stacked tables by controlling the loading device and the moving device for the stainless steel plate raw material It is possible to control so that the stack table is allocated for each orderer ID among the order history information of each orderer for the stainless steel plate raw material.

In addition, the stainless steel sheet supply terminal 800 may include order numbers of a plurality of stainless steel sheets allocated to one orderer ID, cutting condition information set to each order number, post-processing condition information according to use, order information, It is possible to attach the RFID tag to the stainless steel plate raw material which is manufactured and supplied with the RFID tag stored as the RFID tag information and to put the RFID tag into the stainless steel plate feeder 100. It is preferable that the RFID tag is attached to the raw material of the stainless steel plate which is not adhered to the stainless steel plate material even if the cutting and post-processing steps are not performed or performed according to the cutting condition information and the post-processing condition information.

Here, the checking method of wearing the stainless steel plate raw material of the control terminal 500 can be performed by recognizing by the RFID reader module provided in the stainless steel plate feeder 100 for the RFID tag attached to the raw material of the stainless steel plate material.

The raw material input module 550a transmits a request to prepare the input to the cutting device 200 with the stainless steel plate feeder 100 when the comparison is made by comparing the stainless steel plate material order stored in the storage unit 540 with the stainless steel plate raw material And controls the input / output I / F 510.

The cutting control module 550b recognizes the order information on the RFID tag attached to each stainless steel sheet raw material by the RFID reader module provided in the stainless steel sheet feeder 100 and controls the stainless steel sheet feeder 100, After controlling the input / output I / F 510 so as to control the input to the cutting device 200 in order of the raw materials, the order information of the order history information stored in the storage unit 540 in accordance with the input of each stainless steel plate raw material, After the set cutting condition information is extracted, the input / output I / F 510 is controlled so as to be transmitted to the cutting device 200, so that cutting information can be processed with the standard information for each stainless steel sheet raw material, It is possible to perform cutting processing.

The cutting control module 550b then controls the cutting operation of the cutting device 200 by using a multi-joint robot (not shown) and / or a conveyor belt (not shown) to control the stocking of the cut stainless steel plates to the post- Can be controlled.

The post-processing control module 550c controls the input / output I / F 510 to control post-processing for the post-processing device 300 for each of the cut stainless steel sheets.

Here, the post-processing apparatus 300 for post-processing utilizes the post-processing condition information matched with the order number of each cut stainless steel plate and stored according to the use purpose, and includes an injection groove processing apparatus, an injection protrusion processing apparatus, , A deburring device, and the like.

In other words, the cut stainless steel plate can be used for a wide variety of applications such as solar panels, heating panels, composite sandwich panels, composite panels for formwork, environmentally friendly fireproof panels, thermal insulation composite panels, Ondol heating construction panels, building wall reinforcement panels, And a plurality of stainless steel sheets having the same purpose or different purposes can be ordered by a customer in a complex manner. Therefore, various post-treatment processes suitable for the purpose of construction are required and management is required.

Accordingly, the post-processing apparatus 300 is equipped with the camera device, and recognizes the image conforming to the cutting condition information of the cut stainless steel plate transmitted from the cutting device 200 under the control of the control terminal 500, The control terminal 500 transmits the image recognition information to the control terminal 500 to determine whether the RFID tag reader 100 is in contact with the cutting condition information included in the plurality of RFID tag information recognized by the RFID reader module of the stainless steel plate feeder 100, After extracting the order number of the plate material, after completion of extracting the post-processing condition information corresponding to the extracted order number, the processing condition information is received after completion and the post-processing process is performed through allocation of apparatuses suitable for the post-processing process.

In the meantime, if the order number matching with the cutting condition information matched with the image recognized by the control terminal 500 is not extracted, the post-processing device 300 analyzes the possibility of occurrence of an operation error of the cutting device 200, The terminal 500 may request the inspection of the PLC (Programmable Logic Controller) process for the stainless steel plate cutting facility 1 including the cutting device 200 and the postprocessing process may be stopped until the inspection is completed have.

The notification and DB update module 550d may be configured to determine whether the post-processed stainless steel sheet material corresponds to the orderer / maker delivery destination information matched with the order number extracted by the control terminal 500 in accordance with image recognition by the post- Not only to control the transmission / reception unit 520 to perform courier consignment to the delivery company server 900a via the network 600, but also to control the delivery company 400a to manage the delivery receipt from the shipping company server 900a When the courier vehicle arrives, the input / output I / F 510 can be controlled to deliver the separated stainless steel plate to each orderer by the courier vehicle.

Thereafter, the notification and DB update module 550d transmits the delivery status information (delivery start time, delivery time, and delivery time) of the delivery destination corresponding to the orderer / maker delivery destination information through data transmission and reception through the delivery server 900a and the network 600, Completion), and store it in the storage unit 540. [

Accordingly, the notification and DB update module 550d transmits the entire process history from the order reception to the delivery according to the access of the ordering terminal 700 to the orderer terminal 700 and / or the maker terminal 700a, And controls the transmission / reception unit 520 to transmit the completion message in the form of a completion message through the communication unit 600.

The notification and DB update module 550d controls the transmission / reception unit 520 to update the order history information and the processing status until delivery to the DB of the big data server 900b.

On the other hand, if the destination corresponding to the information of the shipper / installer destination information transmitted from the notification and DB update module 550d to the delivery company server 900a is delivered only to the orderer's destination except for the deliverer of the constructor, As described above, the order ID information can be confirmed from the order history information included in the completed message format.

Accordingly, when the fabricated stainless steel sheet is delivered from the purchaser of the purchaser terminal 700 in the future, the constructor terminal 700a recognizes and utilizes the processed RFID sheet using the RFID reader provided in the inside / outside of the constructor terminal 700a, After recognizing the order number of the RFID tag that has been cut by the cutting device 200 recognized by the camera device of the post-processing device 300 through the network 600, Dimensional stereoscopic image, and can perform the construction of the stainless steel plate while confirming the cutting condition information and the post-processing condition information of the used RFID tag information among the recognized RFID tag information.

Meanwhile, in another embodiment of the present invention, the maker terminal 700a may receive the order information such as the orderer ID, the order information, and the order information from the order history information included in the completed message format received before the finished stainless steel sheet is delivered from the orderer of the buyer terminal 700 The order numbers of a plurality of stainless steel sheets ordered by the purchaser can be confirmed and the big data server 900b can be accessed via the network 600 to process the processed stainless steel sheet corresponding to each order number, Dimensional stereoscopic image by outputting an image for confirming a standard corresponding to the cutting condition information of the stainless steel plate cut by the cutting device 200 recognized by the camera device of the controller 300, The cutting condition information included in the order history information, and the post-processing condition information according to the application, The construction of the dictionary can be performed.

When the three-dimensional image is generated, the constructor terminal 700a determines at least one focus position and a focus number for the two-dimensional image, and if two-dimensional image data corresponding to the respective focus positions and the focus number are acquired, A focal distance between two focal points in two-dimensional image data is calculated, a depth value in inverse proportion to the calculated focal distance is calculated, and a set of polygons, which is a basic unit for expressing the three- do.

Then, the constructor terminal 700a generates a three-dimensional image by mapping the two-dimensional image data corresponding to each focal point onto the set of polygons, and then generates a three-dimensional image by applying texture mapping Can be generated by graphic processing of the stainless steel plate material synthesized with the post-processing state according to the above-described embodiment. Here, when synthesizing the post-processing state, the position information for the post-processing, the shape information of the stainless steel sheet according to the standardized or non-standardized post-processing can be utilized for the standard information of the stainless steel sheet on the post-processing condition information.

Accordingly, the constructor terminal 700a provides the processed stainless steel plate along the x, y, and x axes in response to a drag command on the touch screen of the constructor, Dimensional stereoscopic image, and outputting a mapping image of the stainless steel plate corresponding to the three-dimensional stereoscopic image subjected to the graphic processing. Thus, the construction can be performed based on the augmented reality, thereby improving the workability.

4 is a flowchart illustrating a method of cutting a stainless steel plate with improved workability according to an embodiment of the present invention. Referring to FIG. 4, the control terminal 500 records the order information of the stainless steel plate according to the access of the orderer terminal 700 through the network 600 (S110). Herein, the order detail information includes information of each orderer ID, each order number of the plurality of stainless steel sheets ordered by each orderer, specification information of the stainless steel sheet, cutting condition information corresponding to the processing characteristic information, post- , Orderer / maker delivery address information, and the like.

After step S110, the control terminal 500 transmits the stainless steel plate raw material to the stainless steel plate supply terminal 800 via the network 600 according to the order detail information recorded in step S110, It is checked whether the stainless steel sheet material is loaded in the sheet material feeder 100 (S120). Here, the checking method can be performed by recognizing by the RFID reader module provided in the stainless steel plate feeder 100 for the RFID tag attached to the raw material of the stainless steel plate material.

After step S120, the control terminal 500 transmits a request for preparing the cutting apparatus 200 to the stainless steel sheet feeder 100 when the stainless steel sheet material order and the stainless steel sheet raw material comparison check are matched with each other at step S130.

After step S130, the control terminal 500 controls the cutting device 200 to sequentially input the raw materials of the stainless steel plate material (S140).

After step S140, the control terminal 500 transmits the cutting condition information of each stainless steel sheet raw material to the cutting device 200 in the order detail information in step S110 (S150).

After step S140, the controlling terminal 500 delivers the cut stainless steel plate to the post-processing device 300 from the cutting device 200 (S160).

After the step S160, the control terminal 500 controls the post-processing for the post-processing device 300 for each of the cut stainless steel sheets (S170).

After the step S170, the control terminal 500 delivers the post-processed stainless steel sheet to the destination on the order details (S180).

After step S180, the control terminal 500 transmits the entire process from the order reception to the delivery in step S110 to the orderer terminal 700 and / or the manufacturer terminal 700a, In a completed message format (S190).

After step S190, the control terminal 500 updates the order history information and the processing status until delivery to the DB of the big data server 900b (S200).

After the step S200, the constructor terminal 700a accesses the cutting device 200 of the stainless steel plate ordered by the custom terminal 700 matching the order detail information after the access to the big data server 900b through the network 600. [ And converts the image into a three-dimensional (3D) stereoscopic image, and performs an output for a pre-construction or an actual construction based on an augmented reality (S210).

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

1: Stainless steel plate cutting equipment
10, 10a: Stainless steel plate cutting facility system with improved workability
100: Stainless steel plate feeder
200: Cutting device
300: Post-processing device
400: output device
500: control terminal
510: I / O I / F
520: Transmitting /
530: I /
540:
550:
550a: Raw material input module
550b: Cutting control module
550c: post-processing control module
550d: Notification and DB update module
600: Network
700: Customized terminal
700a: the constructor terminal
800: Stainless steel sheet supply terminal
900a: delivery server
900b: Big Data Server

Claims (2)

A stainless steel plate cutting machine 1 configured by a stainless steel plate feeder 100, a cutting device 200, a post-processing device 300 and an output device 400, a control terminal 500, a network 600, And a big data server 900b. The control terminal 500 includes a control terminal 500 and a control unit 500. The control terminal 500 includes an input / output terminal The control unit 550 includes an I / F 510, a transmission / reception unit 520, an input / output unit 530, a storage unit 540, and a control unit 550,
And controls the transmission / reception unit 520 to receive the order reception and order history information according to the access of the orderer terminal 700 through the network 600 and stores the order history information in the storage unit 540, The information includes each orderer ID, each order number of the plurality of stainless steel sheets ordered by each orderer, standard information of the stainless steel sheet, cutting condition information corresponding to the processing characteristic information, post-processing condition information according to the application, / Construction supplier delivery information, and the standard information of the stainless steel plate, the cutting condition information corresponding to the processing feature information, the post-processing condition information, the order information, and the orderer / supplier delivery information are classified (540), and the post-processing condition information is stored in the standard information of the stainless steel sheet in accordance with the position for post-processing, the standardized or non- And transmits the stainless steel sheet raw material to the stainless steel sheet supply terminal 800 through the network 600 according to the order details recorded in the storage unit 540, F 510 to control the stainless steel sheet feeder 100 to check the stocking of the stainless steel sheet material after the control unit 520 controls the input / output I / F 510. The order information of the stainless steel sheet stored in the storage unit 540 for the purchaser, A raw material input module 550a for controlling the input / output I / F 510 to transmit a request to prepare for inputting to the cutting device 200 with the stainless steel plate feeder 100 when the raw materials of the plate materials are compared and matched;
The RFID reader module provided in the stainless steel plate feeder 100 recognizes the order information on the RFID tags attached to the respective raw materials of the stainless steel plate material and then controls the stainless steel plate feeder 100 to sequentially cut the raw materials of the stainless steel plate The I / F controller 510 controls the input / output I / F 510 to control the input of the order information, and then extracts cutting condition information set to each order number among the order detail information stored in the storage unit 540 according to the input of each stainless steel plate raw material F 510 to control the input / output I / F 510 so as to be transmitted to the cutting device 200, so that the cutting process is performed with the standard information corresponding to the usage of each stainless steel plate raw material, Joint robots or conveyor belts are controlled to control the delivery to the post-processing device 300 for each of the cut stainless steel plates from the apparatus 200 Cutting control module for control (550b);
The I / F 510 is controlled so as to control the post-processing process for the post-processing device 300 for each of the cut stainless steel plates, and the post-processing device 300 having the camera device The control terminal 500 transmits the image recognition information to the control terminal 500 and transmits the image recognition information to the RFID reader 100 of the stainless steel plate feeder 100. [ The order number of the stainless steel sheet material is extracted through matching with the cutting condition information included in the plurality of RFID tag information recognized by the module, and after completion of the extraction of the post-processing condition information corresponding to the extracted order number, Processing apparatus 300 according to the control of the post-processing apparatus 300. The post-processing apparatus 300 receives the post- The cutting device 200 is analyzed as the possibility of occurrence of an operation error of the cutting device 200 and the cutting device 200 is analyzed by the control terminal 500. In the case where the order number matching the cutting condition information matched with the cutting device 200 is not extracted by the post- (550) for requesting a check for a PLC (Programmable Logic Controller) process for the stainless steel plate cutting equipment (1) including the control unit (550) and for stopping the post-process until the inspection is completed;
The delivery receipt to the destination corresponding to the order number / supplier delivery address information matched with the order number extracted by the control terminal 500 according to the image recognition by the post-processing device 300 for each post-processed stainless steel plate is transmitted to the network 600 Not only the transmission / reception unit 520 is controlled to perform courier delivery to the delivery company server 900a via the delivery server 400a, but also when the courier vehicle managed by the delivery company server 900a comes from the delivery apparatus 400, And controls the input / output I / F 510 to deliver the separated stainless steel sheet material according to the purchaser, and transmits and receives data through the network 600 and the delivery company server 900a to the delivery status of the delivery destination corresponding to the orderer / And stores the received information in the storage unit 540. The information on the entire process from order reception to shipping according to the access of the ordering terminal 700, The control unit controls the transmission / reception unit 520 to transmit the information to the orderer terminal 700 or the constructor terminal 700a via the network 600 in the completion message format, When the delivery destination corresponding to the orderer / builder delivery destination information transmitted to the delivery company server 900a is delivered only to the orderer's delivery destination except for the delivery destination of the constructor, the transmission / reception unit 520 controls the transmission / When the maker of the maker terminal 700a confirms the orderer ID from the order detail information included in the completion message format on the maker terminal 700a and the delivery of the processed stainless steel plate from the orderer of the orderer terminal 700 is completed, Recognizes the RFID tag using an RFID reader provided inside / outside the RFID tag 700a, recognizes the order number of the RFID tag attached to the stainless steel plate, Dimensional stereoscopic image by requesting an image for confirming the standard corresponding to the cutting condition information of the stainless steel plate cut by the cutting device 200 recognized by the camera device of the post-processing device 300 through the touch panel 600 A notification and DB update module 550d that enables the installation of the stainless steel plate while confirming the disconnection condition information and the post-process condition information according to the usage, among the recognized RFID tag information at the same time as the output tray; / RTI >
The maker terminal 700a obtains the orderer ID from the order history information included in the completed message format received before receiving the processed stainless steel sheet from the purchaser of the orderer terminal 700, the order of the plurality of stainless steel sheets ordered by each orderer The order number is confirmed and the big data server 900b is accessed via the network 600 so that the cut stainless steel plate corresponding to each order number is cut by the cutting device recognized by the camera device of the post- 200, and outputs the converted three-dimensional image and outputs the converted image. In addition, the cutting condition information and the cutting condition information included in the order detail information, Preliminary construction is performed in advance based on the augmented reality of the stainless steel plate while confirming the post-processing condition information,
When a three-dimensional image is generated, the constructor terminal 700a determines at least one focus position and a focus number for the two-dimensional image, and when two-dimensional image data corresponding to each focus position and focus number is obtained, Calculates a focal distance between each focal point in the 3D image data, calculates a depth value in inverse proportion to the calculated focal length, generates a set of polygons as a basic unit for representing the 3D image with the depth value applied thereto , And a texture mapping is performed by attaching each two-dimensional image data corresponding to each focus on a set of polygons to generate a three-dimensional image. Then, the post-processing state according to the post- A position of post-processing is added to the specification information of the stainless steel plate on post-processing condition information, Utilizing the shape information of the stainless steel sheet according to standardized or non-standardized post-processing,
The constructor terminal 700a provides the processed stainless steel plate along the x, y, and x axes according to a drag command on the touch screen of the constructor, and provides the processed stainless steel plate to the image photographed by the camera of the constructor terminal 700a Dimensional stereoscopic image corresponding to the graphic processing is mapped and output, and the construction is performed based on the augmented reality.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114386770A (en) * 2021-12-16 2022-04-22 方智模具技术(昆山)有限公司 Intelligent management system and method for steel processing, computer storage medium and equipment

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010009189A (en) * 2008-06-25 2010-01-14 Nippon Steel & Sumikin Metal Products Co Ltd Method for managing steel pipe product information
KR101798165B1 (en) * 2016-06-29 2017-11-15 경북대학교 산학협력단 System and method for facilitate construction using an augmented realty

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010009189A (en) * 2008-06-25 2010-01-14 Nippon Steel & Sumikin Metal Products Co Ltd Method for managing steel pipe product information
KR101798165B1 (en) * 2016-06-29 2017-11-15 경북대학교 산학협력단 System and method for facilitate construction using an augmented realty

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114386770A (en) * 2021-12-16 2022-04-22 方智模具技术(昆山)有限公司 Intelligent management system and method for steel processing, computer storage medium and equipment

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