Business model providing system using e-SMK-based and identification phrase-associated docking result data for promoting technology transfer and commercialization

Abstract

Disclosed is a technical idea comprising: a patent information processing unit that sources patent information from a patent database (DB), defines a preset patent set, and processes the patent information into the preset patent set for each supply organization; an IP showroom unit that provides a preset space on a web page, presents prescribed image information about the preset patent set on the preset space, and individually matches and presents an identification phrase on each item in the prescribed image information; and an e-SMK unit that defines and provides a plurality of preset item spaces on the web page, extracts pieces of preset item information about arbitrarily selected patents from the preset patent set, and selectively arranges the pieces of preset item information in the plurality of preset item spaces.

Description

A business model system that utilizes E-SMK-based and identification phrase-linked docking result data to promote technology transfer and commercialization.

[0001] The present invention relates to a system for providing a patent and enterprise-based business model, and more specifically, to a technical field of a system for providing a business model through a service that provides docking result data of identification phrase linkage based on the provision of e-SMK in an active / selective response type and patent information and technology linked thereto for technology transfer or technology commercialization.

[0002]

[0003] In the case of patent information, technological trend analysis can be used to assess trends in technological evolution and identify new technological opportunities by leveraging patent data. Furthermore, text mining can be used to extract keywords or key phrases from patents, which can facilitate other stages of patent analysis, such as clustering and technology prediction.

[0004] Effectively utilizing patent data can also reliably predict annual technological improvement rates. Here, the centrality of cited patents serves as the most reliable predictor, explaining 64% of the variance in technological improvement rates. Furthermore, the proposed approach enables a deeper understanding of technological evolution patterns through empirical analysis of patent data, and by comparing evolution patterns between target and reference fields, it helps identify new technological opportunities.

[0005] Research on how to obtain additional and related information through this patent information suggests that technologies for extracting additional information and predicting technological trends through patent data are being actively researched across various industries, and this suggests that the usability and marketability of these technologies are increasing.

[0006] There are many prior patent documents related to technology and BM utilizing patent information, for example, “Patent Information Search System (Registration No. 10-1229520, Patent Document 1).”

[0007] According to Patent Document 1, a patent information search system is disclosed. The patent information search system according to the present invention relates to a patent information search system that provides patent information search results corresponding to a search keyword, and includes a patent information database having patent documents, a search keyword, and an expert database having expert information according to a patent classification code of the search keyword, a search unit that searches for patent documents and expert information according to the search keyword, and a page generation unit that merges the searched patent document information and expert information into one and provides the merged result to a client that provided the search keyword.

[0008] "Information processing method and system of a patent information system that generates and provides relationship information (Publication No. 10-2015-0136428, Patent Document 2)" exists.

[0009] Patent Document 2 The invention relates to an information processing method and system of a patent information system that generates and provides relationship information. The patent information system of Patent Document 1 is characterized in that it processes information in a manner including: (A) a step of generating an input patent object corresponding related patent object composed of at least one patent object corresponding to each input patent object of a set of at least two input patent objects; (B) a step of obtaining at least two input patent object corresponding parameter values ​​corresponding to the input patent objects and at least two related patent object corresponding parameter values ​​corresponding to the input patent object corresponding related patent objects; and (C) a step of generating an input patent-related patent integrated object including the input patent objects, the input patent object corresponding parameter values, the related patent objects, and the related patent object corresponding parameter values.

[0010] There exists a "Method and device for providing patent inventor information service (Publication No. 10-2023-0168870, Patent Document 3)".

[0011] According to Patent Document 3, a method and device for providing patent inventor information are disclosed. According to one aspect of the present disclosure, the method for providing patent inventor information includes the steps of: obtaining inventor information for at least one inventor of a target patent; searching for inventor information of other patents that include the same name as the inventor name of the target patent based on inventor information of other patents registered in advance, as candidate inventor information; and providing first candidate inventor information that includes the same address as the inventor address of the target patent among the searched candidate inventor information, as final inventor information for the corresponding inventor of the target patent.

[0012] There exists a "method for issuing a composite web page including at least one specific identification phrase extracted from a user's specific input data and at least one location specifier that can access at least one docking result data corresponding thereto, and a composite web page issuing server using the same (Registration No. 10-2350111, Patent Document 4)".

[0013] In the case of Patent Document 4, a method for issuing a composite web page including at least one specific identification phrase extracted from specific input data of a user and at least one location designator capable of accessing at least one docking result data corresponding thereto, comprises: (a) (i) first docking result data in which relationship information of a plurality of identification phrases included in a plurality of input data and a first ID to an n-th ID corresponding thereto is set, and (ii) at least one first response result obtained from a first database using each of the plurality of identification phrases as a query or a second response result processed therefrom and second docking result data in which relationship information of the first ID to the n-th ID is set is stored in a second database, when the specific input data is obtained from a user terminal of the user, a composite web page issuing server extracts the specific identification phrase from the specific input data; And (b) the composite web page issuing server transmits a query including information about the specific identification phrase to the second database, and when at least one specific ID corresponding to the specific identification phrase is determined among the first ID to the n-th ID stored in the second database, the relationship information of the specific ID and the specific identification phrase is set to at least one specific first docking result data, and the relationship information of the specific ID and at least one specific first response result or a specific second response result processed therefrom, each of the specific first response result and the specific second response result indicating at least a part of the first response result and the second response result obtained from the first database using the specific identification phrase as a query, is set to at least one specific second docking result data, and the composite web page issuing server using the same is disclosed, including the step of issuing a specific composite web page by linking the specific second docking result data with the specific identification phrase of the specific input data.

[0014] "A method for supporting data business for at least a portion of global corporate information and technology collective intelligence information using an intelligent module, and a server and user terminal using the same (Registration No. 10-2350112, Patent Document 5)" exists.

[0015] In the case of Patent Document 5, in a method for configuring a result page of a server to support a user terminal to easily acquire and manage at least a part of corporate information and technical information, (a) supporting display of at least one category hierarchy node in a first area on a screen of the user terminal linked with the server, and when a specific category hierarchy node among the category hierarchy nodes is selected, supporting display of at least one lower node corresponding to the specific category hierarchy node in a second area on the screen of the user terminal, and when at least one specific lower node among the lower nodes is selected and at least one specific limited condition-imposed individual menu is selected from a limited condition-imposed entire menu displayed in a third area on the screen of the user terminal, the server obtains information on the specific lower node and information on the specific limited condition-imposed individual menu; And (b) a step of generating a location identifier for accessing a specific result page that is a result of searching a database using a key including information about the specific lower node and information about the specific limited condition-imposed individual menu, and supporting display of the specific result page corresponding to the location identifier in a fourth area on the screen of the user terminal; and a method including a server using the same and a user terminal linked to the server are disclosed.

[0016]

[0017] The system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention was devised to solve the above-mentioned problems, and presents the following tasks to be solved.

[0018] First, we aim to discover potential demand companies for supply technologies through systematic and scientific methods.

[0019] Second, a market- and demand-tailored technology introduction document will be developed to support technology demanders' decision-making.

[0020] Third, we aim to create and provide corporate, technology, researcher, and commercialization analysis information necessary for real-time e-SMK online services.

[0021] Fourth, we aim to provide a permanent access channel for technology demanders to technologies held by public research institutes.

[0022] The problems to be solved by the present invention are not limited to those mentioned above, and other problems not mentioned can be clearly understood by those skilled in the art from the description below.

[0023]

[0024] The system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention has the following problem-solving means to solve the above-mentioned problem.

[0025] In the case of a system for providing a business model through the use of e-SMK-based and identifier phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the system may be characterized by including a patent information processing unit that sources patent information from a patent DB, defines a preset patent set, and processes the patent information into the preset patent set for each supplier; an IP showroom unit that provides a preset space on a web page, presents predetermined image information for the preset patent set on the preset space, and individually matches and presents identifier phrases on each item of the predetermined image information; and an e-SMK unit that defines and provides a plurality of preset item spaces on a web page, extracts preset item information for a patent arbitrarily selected from the preset patent set, and selectively arranges the preset item information within the plurality of preset item spaces.

[0026] In the case of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the patent information processing unit may be characterized in that the preset patent set is set for each of the supplying institutions, and the supplying institutions are mainly comprised of universities, industry-academia-research institutes, and public research institutions, and the preset patent set is comprised of a collection of patents held by the supplying institutions.

[0027] In the case of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the IP showroom unit may be characterized in that it sets the predetermined image information as an image matching the preset patent set, and the item is set as a composition of a sub-concept of the predetermined image and presented in the preset space on the web page.

[0028] In the case of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the IP showroom unit may be characterized in that it graphically displays the identification phrase so as to be individually matched on the item set as a configuration of a sub-concept of the predetermined image.

[0029] In the case of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the e-SMK unit may be characterized in that each of the plurality of preset item spaces is selectively and variably set according to the amount of data of the preset item information individually filled in the plurality of preset item spaces.

[0030] In the case of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the patent information processing unit may be characterized by including a patent information acquisition unit that selectively sources the patent information from a patent DB and configures the preset patent set for each supplier from the patent DB; an institution-specific information sorting unit that sorts the preset patent set for each supplier by inputting information on the supplier from the patent information of the patent DB; a patent information processing unit that processes the patent information of the preset patent set according to predetermined processing information; a showroom providing unit that provides the predetermined processing information to the IP showroom unit upon a request of the IP showroom unit; and an SMK providing unit that provides the predetermined processing information to the e-SMK unit upon a request of the e-SMK unit.

[0031] In the case of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the patent information processing unit may be characterized in that it sets the predetermined processing information as a purpose information extraction rule, a right holder analysis rule, a technology field classification rule, a trend information analysis rule, a related patent analysis rule, and a related event analysis rule from the predetermined patent set.

[0032] In the case of a system for providing a business model through the use of e-SMK-based and identifier phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the patent information processing unit comprises: a purpose information extraction unit defining the purpose information extraction rule as a rule for extracting at least one or more of a patent technology summary, a patent claim scope, a detailed description of the invention, or a set of main keywords of a randomly selected patent document; a right holder analysis unit defining the right holder analysis rule for extracting the right holder of the randomly selected patent document to which the purpose information extraction rule is applied; a technology field classification unit defining the technology field classification rule for applying at least one of the KPC classification, the CPC classification, or the IPC classification to the randomly selected patent document to which the purpose information extraction rule is applied, and presenting the classification, code, and description according to the code to which the patent document belongs; a trend information analysis unit defining the trend information analysis rule for diagramming the application trend or registration trend of patent documents belonging to the technology field classification rule defined by the technology field classification unit according to the trend over time; It may be characterized by including a related patent analysis unit that defines at least one of the family patents, cited patents, cited patents, similar patents, and non-patented cited technologies of the above-mentioned randomly selected patent documents as the related patent analysis rule; and a related event analysis unit that defines at least one of the litigation information in which the patent of the above-mentioned randomly selected patent documents is used, the trial information in which the patent is used, or the patent assignment history information as the related event analysis rule.

[0033] In the case of a business model providing system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the IP showroom unit includes: an illustration information presentation unit that defines the predetermined image information according to the preset patent set, defines the predetermined image information as an upper image concept and a lower image concept, and sets a hierarchy between the upper image concept and the lower image concept; an identification phrase sorting unit that groups the preset patent set by technical field to which it belongs, divides the grouped technical field into an upper concept and a lower concept, sets a hierarchy between the upper concept and the lower concept, and designates and sorts the identification phrase of the upper concept and the identification phrase of the lower concept; a keyword mapping unit that maps the identification phrase of the upper concept sorted by the identification phrase sorting unit to the upper image concept; a lower keyword listing unit that maps the identification phrase of the lower concept sorted by the identification phrase sorting unit to the lower image concept; The invention may be characterized by including a patent information linking unit that provides a linked docking result when at least one of the identification phrases of the upper concept or the identification phrases of the lower concept is arbitrarily selected; and an e-SMK linking unit that transmits a patent document matching the linked docking result to the e-SMK unit and requests the e-SMK unit to view e-SMK information on the patent document matching the linked docking result.

[0034] In the case of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the e-SMK unit may include a patent information input unit for inputting patent information of a patent document matching the linked docking result from the patent DB in response to a viewing request from the e-SMK connection unit; a space area allocation unit for selectively and variably setting each of the plurality of preset item spaces; and a patent information mapping unit for variably setting each of the plurality of preset item spaces and selectively mapping the preset item information to each of the plurality of preset item spaces.

[0035]

[0036] The system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention having the above configuration provides the following effects.

[0037] First, we identify potential demand companies for supply technologies and enhance the effectiveness of technology transfer activities through targeted marketing.

[0038] Second, we provide a permanent access channel so that companies in need of technology transfer can easily access technology information held by universities and research institutes.

[0039] Third, we will move away from the existing supplier-centric, technology-push approach and establish a market-driven technology information provision system that focuses on market and industry information, institutional and research institute information, technology information, and related transaction, M&A, dispute, and NPE information.

[0040] Fourth, through the use of advanced patent analysis techniques such as analysis of specialized companies and new companies, citation / citation analysis (supply technology vs. company-owned patents), and technology keyword analysis, we will systematically and scientifically discover and match supply technologies and demand companies.

[0041] Fifth, by streamlining technology transfer work through the e-SMK-based IP Showroom service, the problems caused by lack of dedicated technology transfer personnel and budget will be resolved.

[0042] The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

[0043]

[0044] Figure 1 is a conceptual diagram of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0045] FIG. 2 is a block diagram illustrating the main configuration of a system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0046] FIG. 3 is a block diagram illustrating a patent information processing unit and its sub-components of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0047] FIG. 4 is a block diagram illustrating a patent information processing unit and its sub-components in a system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0048] FIG. 5 is a block diagram illustrating an IP showroom unit and its sub-components among a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0049] FIG. 6 is a block diagram illustrating an e-SMK unit and its sub-components among a system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0050] Figures 7 to 9 are part of a web page screen showing an example screen of an IP showroom among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0051] Figures 10 and 11 correspond to a concept diagram of an IP Showroom configuration and a concept diagram of a patent set matching among a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0052] FIG. 12 is an example screen of patent application trend information linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0053] FIG. 13 is an example screen of patent transaction number trend information linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0054] FIG. 14 is an example screen of information related to a key company linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0055] FIG. 15 is an example screen of national R&D-related information linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0056] FIG. 16 is an example screen of a word cloud of new keywords linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0057] Figure 17 is an example screen of a trend in the related technology field of IP showroom linkage among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0058] Figure 18 is an example screen of a key researcher in connection with IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0059] FIG. 19 is an example screen of a transaction network linked to an IP showroom, among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0060] Figures 20 to 23 are example screens of e-SMK screens in a system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0061] Figure 24 is a conceptual diagram of a specific supply technology and e-SMK linkage among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to one embodiment of the present invention.

[0062] Figure 25 is a conceptual diagram of an e-SMK-based Showroom among the business model provision systems using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to one embodiment of the present invention.

[0063]

[0064] The system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization according to the present invention can be modified in various ways and has various embodiments. Specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, and alternatives falling within the technical spirit and scope of the present invention.

[0065] FIG. 1 is a conceptual diagram of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating the main configuration of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIG. 3 is a block diagram illustrating a patent information processing unit and its sub-components of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIG. 4 is a block diagram illustrating a patent information processing unit and its sub-components of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIG. 5 is a block diagram illustrating an IP Showroom unit and its sub-components in a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIG. 6 is a block diagram illustrating an e-SMK unit and its sub-components in a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIGS. 7 to 9 are part of web page screens illustrating example screens of an IP Showroom in a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention. FIGS. 10 and 11 correspond to a conceptual diagram of an IP Showroom configuration and a conceptual diagram of a matching concept of a patent set in a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to an embodiment of the present invention.FIG. 12 is an example screen of patent application trend information linked to an IP showroom among the business model provision system using e-SMK-based and identifier phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 13 is an example screen of patent transaction number trend information linked to an IP showroom among the business model provision system using e-SMK-based and identifier phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 14 is an example screen of key company-related information linked to an IP showroom among the business model provision system using e-SMK-based and identifier phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 15 is an example screen of national R&D-related information linked to an IP showroom among the business model provision system using e-SMK-based and identifier phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 16 is an example screen of a word cloud of new keywords related to IP showroom linkage in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 17 is an example screen of trends in related technology fields related to IP showroom linkage in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 18 is an example screen of a key researcher related to IP showroom linkage in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. FIG. 19 is an example screen of a transaction network related to IP showroom linkage in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention.Figures 20 to 23 are example screens of e-SMK screens in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. Figure 24 is a conceptual diagram of a specific supply technology and e-SMK linkage in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention. Figure 25 is a conceptual diagram of an e-SMK-based Showroom in a business model provision system using e-SMK-based and identification phrase-linked docking result data for technology transfer and commercialization promotion according to an embodiment of the present invention.

[0066] In the case of a system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, as illustrated in FIGS. 1 and 2, it may include a patent database (10), a patent information processing unit (100), an IP showroom unit (200), and an e-SMK (Sales-Material-Kit) unit (300).

[0067] In Figure 1, the supplier refers to an entity that holds a technology, i.e., a patent. Here, the supplier refers to an entity that holds a patent and supplies a monopolistic / exclusive technology conceptualized as a patent. Typically, the supplier refers to a university's industry-academia cooperation group or a public research institute.

[0068] The demand company in Figure 1 refers to an entity that wishes to acquire the patent of the above supplier and, along with the acquisition of the patent right, to acquire the technical know-how accompanying the conceptualized patent right. In return for the acquisition of the rights of the above supplier, the demand company pays the transfer amount of the patent right to the supplier or goes through procedures such as paying other royalties.

[0069] In Figure 1, each entity is interconnected in the form of a dotted line as a conceptual diagram, which naturally signifies the connection of a computer network, etc.

[0070] From the supplier's standpoint, the IP showroom unit (200) exposes its own patents to demand companies in a schematic form, and demand companies can use the IP showroom unit (200) as a channel to access / view the patented technologies they need.

[0071] From the supplier's standpoint, the form in which its patented technology is exposed and proposed to other entities, such as demand companies, is generally SMK (Sales-Material-Kit), i.e., a technology proposal, etc. However, since general SMK documents are fixed in the form of PDF or other documents, it is difficult to reflect the passage of time, other market volatility, and other patent information in real time or near real time in the SMK itself. However, the form of e-SMK mentioned in the present invention has one of the technical features in that it has a dynamic characteristic in which the passage of time, other market volatility, and other patent information are reflected in the e-SMK in real time or near real time by applying the above-mentioned selective / variable elements to the e-SMK.

[0072] In the case of a business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, the patent information processing unit (100) is a component that sources patent information from a patent DB (10), defines a preset patent set, and processes patent information into a preset patent set for each supplier.

[0073] The term "unit" here is not defined as a functional or conceptual unit of a physical chip or mechanical device, but as a conceptual definition centered on a unit of software function expressed through an algorithm.

[0074] That is, the unit in the present invention corresponds to a conceptual unit divided into functional units of an algorithm, and its sub-components are given the suffix “part”, which also corresponds to a functionally centered conceptual unit of a sub-concept of the unit, which is a functionally centered conceptual unit.

[0075] The detailed functional characteristics of the patent processing unit (100) are expressed from the sub-components of the patent processing unit (100), and the detailed functions of the patent processing unit (100) will be described later along with the division of the sub-components.

[0076] Patent information refers to patent publications or registration publications stored in the patent DB (10), and refers to public patent information published in the form of PDF, etc.

[0077] A preset patent set means a collection of information in the form of various extractions, processing, linking, citations / cited information, bibliography, table of contents, keywords or classifications, etc., reprocessed from patent information through the function of a patent processing unit (100), and the unit of such preset patent set can be equipped with at least one preset patent set, mainly centered around the supply organization as described above.

[0078] That is, the patent information processing unit (100) sets a preset patent set for each supplier, and the suppliers are mainly comprised of university-industry-academia-research institutes and public research institutes, and the preset patent set is comprised of a collection of patents held by the supplier.

[0079] In the case of the IP showroom unit (200) of the business model provision system using e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization according to the present invention, a preset space is provided on a web page, predetermined image information for a preset patent set is presented on the preset space, and identification phrases are individually matched and presented on each item of the preset image information.

[0080] Drawings representative of the IP showroom unit (200) are as shown in FIGS. 7, 8, and 9, and the images shown in the upper portions of FIGS. 7, 8, and 9 are shown as images having a hierarchy from the overall image to the detailed image, that is, a hierarchy, and on each image, a higher keyword (identifying phrase) is attached in various forms such as a speech bubble or a pointer line, and when such an image is re-imaged as a detailed image, the upper keyword (identifying phrase) also has a hierarchy as a lower concept, and as a detailed keyword, a keyword is attached again in the form of a speech bubble or a pointer line for the detailed image (item).

[0081] That is, the IP showroom unit (200) sets a predetermined image information as an image matching the preset patent set, and the item is set as a configuration of a sub-concept of the predetermined image and presented in a preset space on the web page.

[0082] The IP showroom unit (200) is a configuration that schematically displays identification phrases on items set as sub-concepts of a given image so that they are individually matched.

[0083] In the case of the e-SMK unit (300), as illustrated in FIGS. 20 to 23, a configuration is provided in which a plurality of preset item spaces are defined and prepared on a web page, preset item information is extracted for a patent arbitrarily selected from a preset patent set, and the preset item information is selectively placed within the plurality of preset item spaces.

[0084] Here, the preset item information refers to items such as basic, right holder analysis in Fig. 20, technology field analysis in Fig. 21, technology field trend analysis in Fig. 23, and their sub-items, and the preset item space here corresponds to a space where these preset item information are variably / selectively arranged and filled.

[0085] The e-SMK unit (300) selectively and variably sets each of the plurality of preset item spaces according to the amount of data of preset item information individually filled in the plurality of preset item spaces.

[0086] As illustrated in FIG. 3, the patent information processing unit (100) may include a patent information acquisition unit (110), an institution-specific information sorting unit (120), a patent information processing unit (130), a showroom provision unit (140), and an SMK provision unit (150).

[0087] In the case of the patent information acquisition unit (110), it is configured to selectively source patent information from the patent DB (10) and configure a patent set preset for each supplier from the patent DB (10).

[0088] In the case of the information sorting unit (120) by institution, it is configured to sort a patent set preset for each institution by importing information on the supply institution from the patent information of the patent DB (10).

[0089] In the case of the patent information processing unit (130), it is a configuration that processes patent information according to predetermined processing information of a preset patent set.

[0090] In the case of the showroom provision unit (140), it is configured to provide predetermined processing information to the IP showroom unit (200) upon request of the IP showroom unit.

[0091] In the case of the SMK provision unit (150), it is a configuration that provides predetermined processing information to the e-SMK unit (300) upon request of the e-SMK unit (300).

[0092] Here, in the case of the patent information processing unit (130), predetermined processing information is set as a purpose information extraction rule, a rights holder analysis rule, a technology field classification rule, a trend information analysis rule, a related patent analysis rule, and a related event analysis rule from a preset patent set.

[0093] As illustrated in FIG. 4, in the case of the purpose information extraction unit (131), the purpose information extraction rule is defined as a rule for extracting at least one or more of a patent technology summary, patent claims, detailed description of the invention, or a set of main keywords of a randomly selected patent document.

[0094] In the case of the rights holder analysis unit (132), as shown at the bottom of Fig. 20, the configuration is such that extracting the rights holder of a randomly selected patent document to which the purpose information extraction rule is applied is defined as a rights holder analysis rule.

[0095] In the case of the technical field classification section (133), as illustrated in FIG. 21, the technical field classification rule is defined to apply at least one of the KPC classification, CPC classification, or IPC classification to a randomly selected patent document to which the purpose information extraction rule is applied, and to present the classification and code to which the patent document belongs and an explanation according to the code.

[0096] In the case of the trend information analysis unit (134), as illustrated in FIG. 23, the trend information analysis rule is defined to diagram the application trend or registration trend of patent documents belonging to the technical field classification rule defined by the technical field classification unit (133) according to the time course.

[0097] In the case of the related patent analysis unit (135), as shown in FIG. 23, it is configured to define at least one of a family patent, a cited patent, a cited patent, a similar patent, and a non-patent cited technology of an arbitrarily selected patent document as a related patent analysis rule.

[0098] In the case of the related event analysis unit (136), as illustrated in FIG. 23, at least one of the litigation information in which the patent of a randomly selected patent document is used, the trial information in which the patent is used, or the patent transfer history information is defined as a related event analysis rule.

[0099] As illustrated in FIG. 5, the IP showroom unit (200) may include a diagram information presentation unit (210), an identification phrase sorting unit (220), a keyword mapping unit (230), a sub-keyword listing unit (240), a patent information connection unit (250), and an e-SMK connection unit (260).

[0100] First, in the case of the image information presentation unit (210), as shown in FIGS. 10 and 11, predetermined image information is defined in accordance with a preset patent set, and the predetermined image information is defined as an upper image concept and a lower image concept, so that a hierarchy is set between the upper image concept and the lower image concept.

[0101] In the case of items, the lower image concept compared to the upper image concept can be expressed as an image such as an exploded view.

[0102] In the case of the identification phrase sorting unit (220), as shown in FIGS. 10 and 11, it is configured to group by the technical field to which the preset patent set belongs, divide the grouped technical field into upper concepts and lower concepts, set a hierarchy between the upper concepts and the lower concepts, and designate and sort the identification phrases of the upper concepts and the identification phrases of the lower concepts.

[0103] In the case of the keyword mapping unit (230), it is a configuration that maps the identification phrases of the upper concept sorted by the identification phrase sorting unit (220) to the upper image concept.

[0104] In the case of the sub-keyword listing section (240), as shown in FIGS. 10 and 11, it is a configuration that maps the identification phrases of the sub-concepts sorted by the identification phrase sorting section (220) to the sub-image concepts.

[0105] In the case of the patent information connection unit (250), it is configured so that a linkage docking result is provided when at least one of the identification phrases of the upper concept or the identification phrases of the lower concept is randomly selected.

[0106] The result of the linked docking corresponds to the content such as the connection of e-SMK to the relevant technology or patent information or the processed content of patent information when clicking on the identification phrase, and of course, this may vary depending on the setting of the linked docking result.

[0107] In the case of the e-SMK connection (260), the patent document matching the result of the linked docking is transmitted to the e-SMK unit (300), and the e-SMK information for the patent document matching the result of the linked docking is requested to be viewed by the e-SMK unit (300).

[0108] In the case of the e-SMK unit (300), as illustrated in FIG. 6, it may include a patent information input unit (310), a space area allocation unit (320), and a patent information mapping unit (330).

[0109] In the case of the patent information input unit (310), it corresponds to a configuration that inputs patent information of a patent document matching the linked docking result from the patent DB (10) in response to a viewing request from the e-SMK connection unit (260).

[0110] In the case of the space area allocation unit (320), each of the plurality of preset item spaces is configured to be selectively and variably set.

[0111] In the case of the patent information mapping unit (330), each of a plurality of preset item spaces is variably set, and the configuration is such that preset item information is selectively mapped to each of the plurality of preset item spaces.

[0112] The scope of the present invention is determined by the matters described in the patent claims, and the parentheses used in the patent claims are not written for optional limitation, but are used to indicate clear components, and the description within the parentheses should also be interpreted as essential components.

Claims

1. A patent information processing unit that sources patent information from a patent DB, defines a preset patent set, and processes the patent information into the preset patent set for each supplier; An IP showroom unit that provides a preset space on a web page, presents predetermined image information for the preset patent set on the preset space, and individually matches and presents an identification phrase on each item on the preset image information; and A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that it includes an e-SMK unit that defines and provides a plurality of preset item spaces on a web page, extracts preset item information for a patent arbitrarily selected from the preset patent set, and selectively arranges the preset item information in the plurality of preset item spaces.

2. In paragraph 1, the patent information processing unit, The above preset patent set is set for each of the above supply agencies, The above-mentioned supply organizations shall be centered on universities, industry-academia-research institutes, and public research institutes. The above preset patent set is, A system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that it consists of a collection of patents held by the above-mentioned supplying agency.

3. In paragraph 1, the IP showroom unit, The above image information is set to an image matching the preset patent set. A system for providing a business model by utilizing e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that the above items are set as a composition of sub-concepts of the above-mentioned image and presented in the preset space on the above-mentioned web page.

4. In the third paragraph, the IP showroom unit, A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that the identification phrase is individually matched and displayed schematically on the item set as a configuration of a sub-concept of the above-mentioned image.

5. In paragraph 1, the e-SMK unit, Depending on the amount of data of the preset item information individually filled in the above multiple preset item spaces, A system for providing a business model through the use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that each of the above-mentioned plurality of preset item spaces is selectively and variably set.

6. In paragraph 1, the patent information processing unit, A patent information acquisition unit that selectively sources the patent information from a patent DB and configures a preset patent set for each supplier from the patent DB; An institution-specific information sorting unit that sorts the preset patent set by institution by importing the information of the supplier from the patent information of the patent DB; A patent information processing unit that processes patent information according to predetermined processing information of the preset patent set; A showroom providing unit that provides the above-determined processing information to the IP showroom unit upon request of the IP showroom unit; and A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized by including an SMK providing unit that provides the predetermined processing information to the e-SMK unit upon request of the e-SMK unit.

7. In paragraph 6, the patent information processing unit, A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that the above-determined processing information is set as a purpose information extraction rule, a rights holder analysis rule, a technology field classification rule, a trend information analysis rule, a related patent analysis rule, and a related event analysis rule from the above-determined patent set.

8. In paragraph 7, the patent information processing unit, A target information extraction unit defining the target information extraction rule as a rule for extracting at least one of a patent technology summary, a patent claim, a detailed description of the invention, or a set of main keywords of a randomly selected patent document; A rights holder analysis unit that extracts the rights holder of the randomly selected patent document to which the above purpose information extraction rule is applied, defined by the rights holder analysis rule; A technical field classification section that applies at least one of the KPC classification, the CPC classification, or the IPC classification to the randomly selected patent document to which the above-mentioned purpose information extraction rule is applied, and presents the classification and code to which the above-mentioned patent document belongs, and an explanation according to the code, as defined by the technical field classification rule; A trend information analysis unit that defines the application or registration trends of patent documents belonging to the above-mentioned technical field classification rules as defined by the above-mentioned technical field classification unit to be diagrammed over time using the above-mentioned trend information analysis rules; A related patent analysis unit that defines at least one of the family patents, cited patents, cited patents, similar patents, and non-patented cited technologies of the above randomly selected patent documents as the related patent analysis rule; and A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized by including an associated event analysis unit that defines at least one of litigation information in which the patent of the above-mentioned randomly selected patent document is used, trial information in which the patent is used, or patent transfer history information as the associated event analysis rule.

9. In the third paragraph, the IP showroom unit, A diagram information presentation unit defining the predetermined image information according to the above preset patent set, defining the predetermined image information as an upper image concept and a lower image concept, and setting a hierarchy between the upper image concept and the lower image concept; An identification phrase sorting unit that groups the above preset patent sets by the technical fields to which they belong, divides the grouped technical fields into upper concepts and lower concepts, sets a hierarchy between the upper concepts and the lower concepts, and designates and sorts identification phrases of the upper concepts and identification phrases of the lower concepts; A keyword mapping unit that maps the identification phrases of the upper concept sorted by the identification phrase sort unit to the upper image concept; A sub-keyword listing section that maps the identification phrases of the sub-concepts sorted by the above identification phrase sorting section to the above sub-image concepts; A patent information linking unit that provides a docking result when at least one of the identification phrases of the above upper concept or the identification phrases of the above lower concept is arbitrarily selected; and A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized by including an e-SMK connection unit that transmits patent documents matching the above-mentioned linked docking result to the e-SMK unit and requests the e-SMK unit to view e-SMK information on the patent documents matching the above-mentioned linked docking result.

10. In the 9th paragraph, the e-SMK unit, A patent information import unit that imports patent information of patent documents matching the above-mentioned docking result from the above-mentioned patent DB in response to a request for inspection of the above-mentioned e-SMK connection unit; Each of the above multiple preset item spaces is an optionally variably set space area allocation section; and A system for providing a business model through use of e-SMK-based and identification phrase-linked docking result data for promoting technology transfer and commercialization, characterized in that it includes a patent information mapping unit that variably sets each of the plurality of preset item spaces and selectively maps the preset item information to each of the plurality of preset item spaces.

Images