KR102162380B1 - Apparatus and Method for manufacturing of label - Google Patents

Abstract

The present invention relates to an apparatus for automatically generating a label including product identification information for integrated product management and a method thereof. According to the present invention, the apparatus comprises: a database storing basic data for each product; a product information input unit receiving product information including at least one from a product name, a model name, detail model information, seller information, and state information about a product whose label is generated through a label design tool based on the basic data for each product stored in the database; a label information input unit using the label design tool to receive label template information matched with the product information; a label image generation unit applying the product information received from the product information input unit to the label template information received from the label information input unit to generate a label information of the product corresponding to the product information and using the label design tool to output the generated label image on a screen; and a label printing unit printing the label image generated from the label generation unit to generate a label. Accordingly, everybody can easily design and directly make a label suitable for characteristics of a product produced, sold, and distributed by himself or herself, and easily modify content of the label when the product information is changed.

Description

Automatic label generation device and method for integrated product management {Apparatus and Method for manufacturing of label}

The present invention relates to an apparatus and method for automatically generating a label, and more particularly, to an apparatus and method for automatically generating a label including product identification information for integrated product management.

In general, a product manufacturer or seller attaches a label (label) to the product itself or product packaging in order to inform consumers of information about the product. At this time, in the conventional method of producing labels (labels), various types of labels such as designs, woven labels, hangtags, and adhesive labels must be separately produced by a professional manufacturer according to the label type or attachment method required for each product.

In the past, labels are produced in a way that they design labels by reflecting their identity and brand image by requesting their own or external professional designers for label design, and requesting them to separate label manufacturers/printers.

Meanwhile, in the case of a sticker or a banner type, a sticker manufacturer or a printing company may provide a design tool with a suggested function. However, it is distributed in the form of an exe program and is limited to a specific OS (MS Window), which is severely restricted in terms of versatility. In addition, there is a limit to labels sold by label foam manufacturers (ex: Formtech, i-label) due to the absence of product certification mark or product information linkage function.

On the other hand, in the Smart Factory system, it is easy to link data between post and post processes, and various objects in the manufacturing site are connected through the Internet of Things to autonomously connect, collect, and analyze data. The decision is possible. In addition, the development of flexible manufacturing systems suitable for multi-kind (large/small) complex production is becoming active.

In particular, a medium (label, smart label) capable of short-range communication for various devices and products such as smart factories, IoT, and smart stores is required, and a new label production technology that can be easily produced in various sizes and shapes is required.

However, the fact that the web browser cannot directly control various printers, the lack of control (SW/HW) technology for producing a small amount of labels, and the problem that the labels designed through the web browser appear differently depending on the browser environment, etc. Due to the same operating environmental factors, there is still a limit that production of product labels can only be produced in large quantities by external label makers/printers.

KR 10-2004-0004233 A KR 10-2000-0036579 A

The present invention is derived from such a technical background, and anyone can easily design and produce a label that fits the characteristics of the product they produce, sell, and distribute, and label automatic that can easily modify the label content when product information is changed. It is an object to provide an apparatus and method for generating.

In addition, it is possible to provide a label according to the needs of the label user and the purpose of the label, enabling customized production for each consumer, and to provide a label automatic generation device and method that can improve productivity through rapid sales, distribution, and management. do.

The present invention for achieving the above object includes the following configuration.

That is, the apparatus for automatically generating a label for integrated management of products according to an embodiment of the present invention is intended to generate a label through a label design tool based on a database storing basic data for each product, and basic data for each product stored in the database. A product information input unit receiving product information including at least one of product name, model name, model detailed information, seller information, and status information for a product, and a label receiving label template information to match the product information using a label design tool An information input unit, a label image of a product corresponding to the product information is generated by applying the product information input through the product information input unit to the label template information inputted through the label information input unit, and the generated label image is used in the label design tool. And a label image generating unit for outputting a screen by using and a label printing unit for generating a label by printing the label image generated by the label generating unit.

On the other hand, the label automatic generation method performed by the label automatic generation device for integrated product management is based on the product-specific basic data stored in the database storing the basic data for each product. Receiving product information including at least one of product name, model name, seller information, and status information, receiving label type information to match the product information using a label design tool, and input through the label design tool Applying the input product information to label type information to generate a label image of a product corresponding to the product information, and outputting the generated label image to a screen using the label design tool, and generating in the label generator And generating a label by printing the printed label image.

According to the present invention, anyone can easily design and produce a label that fits the characteristics of a product they produce, sell, and distribute, and can easily modify the label content when product information is changed. In other words, it is possible to provide a label according to the needs of the label user and the purpose of the label, so that customized production is possible for each consumer, and the effect of improving productivity through rapid sales, distribution, and management is derived.

In addition, non-professionals can easily display and print display labels for various certifications, including numerous certifications and standards that product manufacturing, sales, and distribution companies need to know, and from domestic certifications to overseas certifications. There is an effect of providing an apparatus and method for automatically generating labels optimized for cost reduction and work efficiency.

Furthermore, it is possible to create labels of the same quality anytime, anywhere, in any environment, without restrictions on hardware (computers and printers) and Internet environments (all browsers), and can be shared with other users, thereby creating revenue in the new content sales market. Can be expected.

In addition, it eliminates specialized knowledge and expensive design tools such as photoshop and illustrator, and introduces a label automatic generation device and method that allows anyone to easily create custom labels using drag-and-drop label design tools without language barriers. Can provide.

1 is an exemplary view showing the configuration of an apparatus for automatically generating a label according to an embodiment of the present invention;
2 is an exemplary diagram for explaining a label design tool according to an embodiment of the present invention;
3 is an exemplary diagram for explaining data stored in a database according to an embodiment of the present invention;
4 is an exemplary view for explaining a label design tool according to an embodiment of the present invention;
5A to 5L are exemplary diagrams of a label design tool execution screen according to an embodiment of the present invention;
6 is an exemplary view for explaining a physical label according to an embodiment of the present invention;
7 is a flowchart illustrating a label automatic generation method performed by an automatic label generation apparatus for integrated product management 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 should be interpreted as generally understood by those of ordinary skill in the technical field to which the present invention belongs, unless otherwise defined in the present invention, and is excessively comprehensive. It should not be construed as a human meaning or an excessively reduced meaning.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary diagram showing the configuration of an apparatus for automatically generating a label according to an embodiment of the present invention.

As shown in FIG. 1, the apparatus for automatically generating a label according to an embodiment of the present invention includes a database 100, a product information input unit 110, a label information input unit 120, a label image generation unit 130, and a label printing unit. (140), and an update unit 150.

The database 100 stores basic data for each product. Specifically, the database 100 includes a template database 104 that stores label paper information, data necessary for creating and editing label layouts, and data necessary in the process of selecting and printing labels, setting a label background, linking a short code, and handling. It includes a product database 104 that stores at least one of precaution information, handling indication information, sensor information, logo information, and icon information.

The product information input unit 110 includes at least one of product name, model name, detailed model information, seller information, and status information for a product for which a label is to be generated through a label design tool based on basic data for each product stored in the database. Information, that is, basic data for each product is input.

The label information input unit 120 receives label template information to match product information using a label design tool.

The label image generation unit 130 generates a label image of a product corresponding to the product information by applying the product information input through the product information input unit 110 to the label template information input through the label information input unit 120, and generates The label image is displayed on the screen using the label design tool.

According to an aspect, the label image generation unit 130 includes product information including at least one of product information, regulatory information, business information, campaign information for companies or products, quality information, and history information input using a label design tool. Create a label image of the product corresponding to.

According to an aspect of the present invention, a label design tool generates a label image through a scalable vector graphics (SVG) based graphic editing program.

Scalable Vector Graphics (SVG) is an XML-based file format for expressing 2D vector graphics. SVG-format images and their operations are defined as XML text files, so they can be searched, cataloged, scripted, and compressed.

In one embodiment, the label design tool may be, for example, HTML5, CSS3, EPS, or PDF technology applied. In addition, the label design tool supports RGB, CMYK, and color formats when outputting a label image created by a user.

2 is an exemplary diagram for describing a label design tool according to an embodiment of the present invention.

When various information is input to the label design tool, the label design tool performs SVG-based graphic editing and outputs an EPS (Encapsulated Postscript) or PDF (Portable Document Format) file, that is, a label image as a result.

That is, the label design tool can generate an encapsulated EPS or PDF that is converted into a raster image after resolution adjustment to support a low-resolution printer, or can directly output text and raster images.

The label design tool can be used alone or can issue labels linked to product information. Using the label design tool according to an embodiment, even a beginner can easily create/issuing a high quality label. In addition, the label image generated by the label design tool may provide a function to transmit or share to the tile through the label design tool.

The label design tool can create various types of label forms, and it provides a variety of tools that are easy to design labels that enter the form. By designing a label form through a label design tool, it is possible to support using various types of labels on the market as they are.

In one embodiment, the label design tool is based on the basic data stored in the template database 104 and the product database 102 to set a paper layout, select a generation/edit function, select a label, set print, set a label background, and link a short code. Information on at least one of a function, handling precaution information, handling indication information, sensor information, logo information, and icon information may be obtained. That is, the label design tool provides a user interface for easy setting and confirmation of various information required for label production.

The label image generation unit 130 may produce a label in various sizes and shapes by a label design tool. In particular, it allows users to use the label design editing function in a variety of ways and easily.

In one embodiment, the label design tool provides a user interface for selecting a label paper type and a layout template as information required for label production.

3 is an exemplary diagram for explaining data stored in a database according to an embodiment of the present invention.

In one embodiment, the database 100 may store paper information to support all of A4, A3, roll type, and non-standard size, and may store various layout designs for the same size paper. At this time, the category may support category by item and category by type, and design support by category according to the paper layout design is also possible. The label design may be linked with item information so that the label display information may be displayed differently according to the registration information for each item, or may be displayed in the form of a general sticker or brochure without interlocking.

In an embodiment, the label design tool may select a layout according to a paper type, set a category for each item, and execute label design of the selected item.

4 is an exemplary diagram for describing a label design tool according to an embodiment of the present invention. As shown in FIG. 4, the label design tool receives paper type and category information for each product (item) when a new label is created, and provides a screen for revising and editing label information stored in the database.

In addition, as can be seen from FIG. 4, it includes a label printing icon that pops up the output form of the layer image and the print setting screen.

5A to 5L are exemplary diagrams of a label design tool execution screen according to an embodiment of the present invention.

As shown in FIG. 5A, the label design tool may provide a screen for creating and editing a label layout on a new sheet. In addition, as shown in 5b, the label design tool provides a print or edit setting screen so that the completed label can be checked and printed or edited.

As shown in FIG. 5C, the label design tool may provide a screen for editing a background template of a label.

In addition, as shown in FIG. 5D, the label design tool provides a screen for arranging short codes. In this case, a title description frame for describing a short code name such as a product name and a model name, and a value frame for describing a dummy product name are provided together.

That is, the label design tool according to an embodiment provides a screen for arranging a short code, and product name, model name, detailed model information, seller information, and status information for a product for which a label is to be generated through the screen on which the short code is placed. Product information including at least one of them is input and is linked with basic data for each product stored in the database.

5E is an exemplary view of a screen for inputting item information when a product is newly registered in a label design tool.

5F is a diagram illustrating a screen for including handling precautions in a label in a label design tool, and FIG. 5G is an exemplary view of a screen for inputting handling precautions when a product is newly registered.

5H is a diagram illustrating a screen for including a handling display item in a label in a label design tool, and FIG. 5I is an exemplary view of a screen for inputting a handling display item when a product is newly registered.

5J is a diagram illustrating a screen in which information related to mounting a sensor is included in a label in a label design tool, FIG. 5K is an exemplary diagram illustrating a screen in which a logo is included in a label in a label design tool, and FIG. 5L is in the label design tool. It is an exemplary diagram showing a screen in which an icon is included in a label.

Additionally, the label design tool can pre-store default label formats. It is also obvious that the default label format can be set or changed by the user. First, the label design tool selects the paper type and layout template for the default label format. In addition, an item category may be input and set, and a default label format may be provided for each set item.

In addition, labels produced through the label design tool can be searched for each list or called and printed. In one embodiment, the label design creation tool supports a drag-and-drop method and can be used by placing it on various components cambus. In addition, it provides a variety of templates including complex and diverse product regulation indications.

Category by product item and model can be provided, and various types of label layouts can be provided through a layout builder. It is possible to design a label that includes identification information corresponding to each category by model by product list in the form of QR-CODE, BAR-CODE, Bio, NFC, and RFID Tag. At this time, the shape of the barcode type can also be customized. Then, a barcode image is created to include the identification information of the product in the set barcode type and included in the label.

At this time, the label design tool provides various types of fonts and styles when designing labels, and supports high-quality image upload (UP-LOAD), high-quality design and output functions.

According to an embodiment, it is possible to generate an automatic label linked to various products by a label design tool.

The label printing unit 140 prints out the label image generated by the label image generation unit 130 to generate a label.

The label design tool can match a variety of printers (OA, ROLL, industrial printer, etc.) and paper types, and can provide not only small/multi-product but also mass printing functions. Specifically, the label design tool supports HTML 5, CSS3, SVG, EPS, and PDF, and can perform storage and delivery functions.

That is, according to an embodiment of the present invention, labels having various shapes and designs can be produced by the label design tool. Accordingly, it is possible to increase the usability of labels linked to products, as well as general stickers, banners, brochures, business cards, etc. without any restrictions on size and shape.

In one embodiment, the label design tool can be set to receive the resolution (dip) information when creating a label template to create a label equal to the printer resolution. Accordingly, it can be applied to various printers.

In this embodiment, the label printing unit 140 selects one of a product or packaging attached sticker type, a hangtag, a label, and a roll type according to the label type information input using the label design tool, and the selected type Characterized in that it outputs the physical label as it is.

That is, a label produced using a label design tool can be attached to a product and distributed, and the history and quality can be easily checked using the sensors (QR-CODE, BARCODE, RFID, NFC, Bio) attached to the label. Furthermore, in an embodiment, it may be implemented to enable tracking of distribution history from production to consumption by using a label produced through a label design tool.

6 is an exemplary diagram for describing a physical label according to an embodiment of the present invention.

The label printed by the label printing unit 140 includes at least one of CODE, BAR-CODE, QR-CODE, Bio, RFID tag, and NFC sensor including product information and basic product data.

As can be seen from FIG. 6, the printed label may be physically implemented in a single layer or in a structure of at least one or more layers.

The update unit 150 selects one of a product type field including at least one of imported goods, parallel imports, manufactured goods, and service goods, receives evidence required for product type authentication, and approves the product type authentication. In order to enable category setting, model information for identifying a product model is input and basic data for each product stored in the database is updated.

The update unit 150 updates basic data for each product stored in the database 100 by receiving necessary information from a business operator to enable automatic generation of a label for a product.

The product registration method depends on the input method for each model and can be stored separately for each unit. Create and manage unique codes for each product or product list, model, and individual product.

At this time, it is possible not only to create a unique code for each product list, model, or individual product, but also to create and manage in a QR code format or a barcode format.

Specifically, for the registered product, the update unit 150 includes model name (code) or style number, image, brand, season, product name, regulated item, tag, material/ingredient, country of origin, color, size, quantity, manufacturing cost, Arrival/import cost, selling price, discount rate, detailed product description, user-defined field, product status, safety/authentication number are entered and stored.

In addition, for each unit, the unit code (SKU), image, brand, season, model name, product name, and regulations are combined with a user-identifiable code with a combination of user-defined codes (brand + model name / style number + color + size) for each unit. Item, style tag, material/ingredient, country of origin, color, size, quantity, manufacturing cost, arrival/import cost, selling price, discount rate, product detail description, user-defined field, product status barcode, safety/authentication information, QR, SmartLaber authentication code, Owner information and shipping status information can be saved.

In one embodiment, through the quick registration issuance function, a product can be registered on its own and quickly without a separate process required for product certification from an external organization (government and association).

In addition, when a product corresponding to each type of imported product, parallel imported product, manufactured product, or service product is registered, certification for the product (genuine certification, history system, safety certification, etc.) is performed with external organizations. In addition, it is possible to issue an external agency certification label for each item, not a self-certification label, for a product that has been approved for product type certification by receiving the supporting data required for product type certification after execution.

At this time, the supporting data required for certification may be a product test or certification document. For example, it may be a product test report or a document related to genuine product certification, and it may be stored and managed in conjunction with registered product information.

In one embodiment, the label design tool includes paper layout setting, creation/editing function selection, label selection, print setting, label background setting, shortcode linkage function, handling precaution information, handling indication information, and sensor in the database 100 Basic data of a product including information on at least one of information, logo information, and icon information may be updated. That is, the label design tool provides a user interface that is easy to create and edit various information necessary for label production.

In addition, the updater 150 automatically outputs a screen so that an item (field) that must be displayed on the label can be inputted when only one of item information included in various technical regulation categories is selected when registering a product. That is, it is possible to register as a product capable of automatically generating a label by inputting information on items that are automatically output upon product registration in the database.

In an embodiment, the automatic label generation apparatus may provide different services for general users and business administrators, administrators for institutions and associations, and super administrator administration services through the web.

With this development technology, anyone can easily create labels that fit the characteristics of products they produce, sell, and distribute, and when product information is changed, label contents can be easily modified, and complex and diverse product certification labeling can be easily linked with product information. Since it can be attached to products and sold, it can help to quickly expand the era of personalized production, multi-variety complex production (large/small), and the 4th industrial era.

That is, according to an embodiment of the present invention, in order to implement the IoT in the 4th industrial era, the necessity of a smart label printing technology that enables sensors to be attached in various forms can be eliminated. In addition, the development of label design tools could lead to a change in the market at a time when the current printing industry, which remains in the large device industry, needs to be changed.

7 is a flowchart illustrating a label automatic generation method performed by an automatic label generation apparatus for integrated product management according to an embodiment of the present invention.

When there is a database update request from a product manufacturer or seller (S700), information on whether the product to be registered or edited is an imported product, parallel imported product, manufactured product, or service product is input. That is, one item is selected from the product type field including at least one of imported goods, parallel imported goods, manufactured goods, and service goods (S710).

In addition, when authentication for a corresponding product type is required according to the selected product type field, evidence required for authentication is received (S720). Thereafter, in the step of approving the product type during product certification/inspection, the product type certification is approved by referring to the received evidence (S725).

Thereafter, model information for identifying a product model is input so that a category for each product item can be set (S730).

In addition, detailed information of the product model can be further input. The detailed information may be information for distinguishing color or size.

8 and 9 are exemplary diagrams for explaining a product registration process for label generation according to an embodiment of the present invention.

In this embodiment, when registering a product, an input method for each model is taken, and when stored, the product is separated and stored.

As shown in FIG. 8, each model has a brand, model name, color, size, and quantity field and stores corresponding information. In addition, the information is stored in the unit code (SKU), barcode, and product status fields for each unit. And for each individual unit, the corresponding information is stored in the individual code, QR code, SmartLabel authentication code, owner information, and shipping status fields.

Enter the brand and model unit, and select the color one by one. In other words, different colors are recognized as different models. Then, select a size group and enter the quantity for each unit and size option.

If there is already a storage history for the same model, the information can be retrieved.

At this time, the brand, model name, color, and size group information among the information imported to maintain the uniqueness of the same model cannot be modified.

In addition, although the model number is allowed to be duplicated in units of brands, the input is received in units of brand and model, and when duplicated, the user selects to retrieve the same model information.

For example, when searching for a model name after selecting a brand, a duplicate check is performed. In addition, a new model name can be created or an existing model name can be called through the duplicate check.

When creating a new model name, you can newly enter or modify the contents excluding the brand and model name. On the other hand, when the existing model name is called, the contents excluding the brand, model name, color, and size group can be newly entered or modified. It can be implemented so that a pop-up window asking whether to load existing model information or create new model information is displayed.

As can be seen in FIG. 9, product information is registered in a model unit, and a unique SmartLabel code is generated so that it can be distinguished for each model, item, and product.

After that, the code information generated based on the received product information is newly stored in the database as basic data for each product, or the previously stored content is updated (S740). Updating may include newly storing basic data on products that have not been previously stored in the database, or editing basic data on products previously stored in the database.

In addition, when a label production request is received through the label design tool (S750), the product name, model name, and product name of the product for which the label is to be generated based on the product-specific basic data stored in the database storing the product-specific basic data through the label design tool Product information including at least one of seller information and status information is input (S760).

At this time, a corresponding code may be generated based on the input product information.

Then, the label type information is input to match the product information using the label design tool (S770).

Subsequently, a label image of a product corresponding to the product information is generated by applying the input product information to the input label type information, and the generated label image is displayed on the screen using a label design tool (S780). For example, a corresponding code may be included in a label image based on product information.

According to an aspect, the label design tool may be a graphic editing program based on Scalable Vector Graphics (SVG).

Thereafter, the label image generated by the label generator is printed and output to generate a label (S790). At this time, the printed label includes at least one of CODE, BAR-CODE, QR-CODE, Bio, RFID tag, and NFC sensor including product information and basic product data.

In this case, the code includes a list code that is automatically generated in units of product list and assigned to each list, and a model code that is assigned in units of product model.

In addition, it is given on a unit basis and includes a unit code (SKU) generated after product approval. This is to enable the user to easily recognize the product by being output with product information when the label is printed. That is, it is the minimum classification unit for product inventory management.

It also includes individual codes, which are unique codes assigned to individual products. Individual product order numbers are displayed within a single product.

The printed-out label can be output including a barcode, which is a unique code given in units of units. At this time, when the barcode included in the label is scanned, SKU information, which is the minimum classification for inventory management, is displayed.

In addition, the printed-out label may include a QR-code assigned to each product as a minimum unit of the product structure. The QR-code is updatable to a new value by the user and may be configured to include a special security key value pointing to the digital certificate.

In the present embodiment, the printed label may include a SmartLabel code as a unique code assigned to each product object after product approval as a product authentication code.

In one embodiment, the label design tool provides a user interface so that a user can input/manage each code through a setting page. Using the label design tool, users can also input brand information, season information, color information, size information, customer information, country of origin/manufacturing management, label setting information, handling precautions, handling indication and service management information.

The above-described method may be implemented as an application or in the form of program instructions that may be executed through various computer components and recorded in a computer-readable recording medium. The computer-readable recording medium may include program instructions, data files, data structures, etc. alone or in combination.

The program instructions recorded in the computer-readable recording medium may be specially designed and constructed for the present invention, and may be known and usable to those skilled in the computer software field.

Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tapes, optical recording media such as CD-ROMs and DVDs, and magnetic-optical media such as floptical disks. media), and a hardware device specially configured to store and execute program instructions such as ROM, RAM, flash memory, and the like.

Examples of the program instructions include not only machine language codes such as those produced by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules to perform processing according to the present invention, and vice versa.

Although the above has been described with reference to embodiments, those skilled in the art will understand that various modifications and changes can be made to the present invention without departing from the spirit and scope of the present invention described in the following claims. I will be able to.

100: database 110: product information input unit
120: label information input unit 130: label image generation unit
140: label printing unit 150: update unit

Claims (11)

A database for storing basic data for each product;
Product information receiving product information including at least one of product name, model name, model detailed information, seller information, and status information for a product for which a label is to be created through a label design tool based on the basic data for each product stored in the database Input unit;
A label information input unit for receiving label template information to match the product information using a label design tool;
By applying the product information input through the product information input unit to the label template information input through the label information input unit, a label image of the product corresponding to the product information is generated, and the generated label image is used using the label design tool. A label image generator for outputting a screen; And
Includes; a label printing unit for generating a label by printing the label image generated by the label image generating unit,
Select one of the product type fields including at least one of imported goods, parallel imports, manufactured goods, and service products, input proof data necessary for product type certification, and approve product type certification by referring to the input proof data. , An update unit that receives model information for identifying a product model so that product category setting is possible and updates basic data for each product stored in the database; further comprising,
The update unit outputs a screen so that an item to be displayed on a label can be input when selecting one of item information included in the technical regulation category when registering a product in the database,
The label information input unit,
Paper layout setting, creation/editing function selection, label selection, print setting, label background setting, short code linkage function, handling precautions information using a label design tool that provides a user interface for setting and checking information necessary for label production , Handling display information, sensor-containing information, logo information, and icon information,
The label design tool is further characterized by generating the label image in the form of an EPS (Encapsulated Postscript) or PDF (Portable Document Format) file through a scalable vector graphics (SVG) based graphic editing program,
The label design tool provides a screen for arranging a short code, and includes at least one of product name, model name, detailed model information, seller information, and status information for a product for which a label is to be generated through the screen on which the short code is placed. It is further characterized in that receiving product information to be input and interlocking with basic data for each product stored in the database,
The label design tool is further characterized in that when a new label is created, category information for each paper type and product (item) is input, and the label information stored in the database is inquired and a correction and editing screen is provided,
The label design tool provides a user interface for selecting a layout template,
The label image generation unit,
Generating a product label image corresponding to product information including at least one of product information, regulatory information, business information, campaign information for a company or product, quality information, and history information input using the label design tool Characterized by,
The label printing unit is further configured to select one of a product or packaging attached sticker type, a hangtag, a label, or a roll type according to the label type information input using the label design tool, and output the label in the selected form. Automatic label generation device for integrated management of the featured product.
delete delete The method of claim 1,
The label printed by the label printing unit includes at least one of CODE, BAR-CODE, QR-CODE, Bio, RFID tag, and NFC sensor including the product information and basic data of the product. Automatic label generation device for integrated management.
delete delete delete In the label automatic generation method performed in a label automatic generation device for integrated product management,
Receive product information including at least one of product name, model name, seller information, and status information for a product for which a label is to be created through a label design tool based on the product-specific basic data stored in a database storing basic data for each product. step;
Receiving label type information to match the product information using a label design tool;
Generating a label image of a product corresponding to the product information by applying the input product information to the received label type information, and outputting the generated label image on a screen using the label design tool; And
Including; printing and outputting the generated label image to generate a label; Including,
Receiving a product type field including at least one of imported goods, parallel imported goods, manufactured goods, and service goods;
Receiving evidence required for product type authentication;
Approving product type authentication by referring to the received evidence;
Receiving model information for identifying a product model so that a category for each product item can be set; And
The step of updating basic data for each product stored in the database based on the received information; further comprising,
In the updating step, when one of the item information included in the technical regulation category is selected when registering the product in the database, a screen is output so that an item to be displayed on the label can be input,
The step of receiving the label type information
Paper layout setting, creation/editing function selection, label selection, print setting, label background setting, short code linkage function, handling precautions information using a label design tool that provides a user interface for setting and checking information necessary for label production , Handling indication information, sensor-containing information, logo information, and obtaining information on icon information,
The label design tool is further characterized by generating the label image in the form of an EPS (Encapsulated Postscript) or PDF (Portable Document Format) file through a scalable vector graphics (SVG) based graphic editing program,
The label design tool provides a screen for arranging a short code, and includes at least one of product name, model name, detailed model information, seller information, and status information for a product for which a label is to be generated through the screen on which the short code is placed. It is further characterized in that receiving product information to be input and interlocking with basic data for each product stored in the database,
The label design tool is further characterized in that when a new label is created, category information for each paper type and product (item) is input, and the label information stored in the database is inquired and a correction and editing screen is provided,
The label design tool provides a user interface for selecting a layout template,
The step of outputting the screen,
Generating a product label image corresponding to product information including at least one of product information, regulatory information, business information, campaign information for a company or product, quality information, and history information input using the label design tool Characterized by,
In the step of generating the label, the label is output in the selected form by selecting one of a product or packaging attached sticker type, a hangtag, a label, and a roll type according to the label type information input using the label design tool. Label automatic generation method for integrated management of products, further characterized in that.
delete delete The method of claim 8,
The printed-out label includes at least one of CODE, BAR-CODE, QR-CODE, Bio, RFID tag, and NFC sensor including the product information and basic product data. How to automatically generate labels.

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