Intellectual property operation and technology transfer one-stop public service platform system

Abstract

The invention relates to the technical field of intellectual property operation and technology transfer service, in particular to an intellectual property operation and technology transfer one-stop public service platform system. Comprising an intellectual property operation module; a technology transfer integration module; according to the invention, through an infringement risk check and early warning mechanism in the legal compliance assessment unit, a user is effectively helped to actively identify potential infringement risks before registration and use of intellectual property, the possibility of subsequent legal disputes is reduced, and through a multi-dimensional dynamic assessment model established by the transfer value assessment unit, the risk of infringement is effectively evaluated. The commercial value of the intellectual property can be scientifically measured, so that the supply and demand matching efficiency and the achievement conversion rate in the technology transfer process are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of intellectual property operation and technology transfer services, and in particular to a one-stop public service platform system for intellectual property operation and technology transfer. Background Art

[0002] With the continuous advancement of scientific and technological innovation, intellectual property has become a vital resource for driving economic development. In modern society, technology transfer and the effective management of intellectual property are crucial for enhancing a company's core competitiveness and promoting the commercialization of technological achievements. However, intellectual property management and technology transfer services currently face numerous challenges, such as fragmented information, inefficient management, and complex legal compliance. Existing service platforms often offer limited functionality and fail to provide users with one-stop services ranging from intellectual property protection and technology assessment to industrialization support, resulting in underutilized resources. Therefore, there is an urgent need for an integrated platform that can integrate multiple functions, including intellectual property management, technology transfer, legal compliance, and industrialization, to improve the efficiency of technological transformation and maximize the value of intellectual property.

[0003] There has been some research in the field of intellectual property operation and technology transfer services. For example, the Chinese invention patent application patent number CN202410931038.4, entitled "A knowledge service system for intellectual property protection", extracts the basic data of plaintiffs and defendants through the case analysis module, classifies and extracts intellectual property information, and calculates the infringement overlap and infringement probability to help users obtain reference opinions when handling intellectual property disputes and reduce the errors of the legal knowledge service system in case prediction; for example, the Chinese invention patent application patent number CN202411858259.X, entitled "A storage management system based on intellectual property data", proposes a storage management system based on intellectual property data, which constructs a feature set by pre-processing comprehensive data, detects and processes duplicate data, maintains multi-node data consistency, and monitors abnormal status in real time.

[0004] However, existing methods are unable to effectively warn of infringement issues during the operation of intellectual property rights, and are also unable to conduct efficient value assessment of transferred technologies. The service platforms constructed for intellectual property and technology transfer are imperfect and inefficient.

[0005] To sum up, the development of a one-stop public service platform system for intellectual property operation and technology transfer is still a key issue that needs to be urgently addressed in the field of intellectual property operation and technology transfer service technology. Summary of the Invention

[0006] The purpose of the present invention is to solve the problems in the prior art that the existing methods are unable to effectively warn of infringement in the process of intellectual property operation, and at the same time are unable to efficiently evaluate the value of the transferred technology, and the service platform constructed for intellectual property and technology transfer is imperfect and inefficient.

[0007] To achieve the above objectives, the present invention provides a one-stop public service platform system for intellectual property operation and technology transfer, including: an intellectual property operation module; a comprehensive technology transfer module; and a platform service center module.

[0008] Furthermore, the intellectual property operation module includes:

[0009] The intellectual property operation module includes: an intellectual property registration unit, a legal compliance assessment unit, an intellectual property query unit, a user information management unit, and an intellectual property intelligent monitoring unit. The functions of the intellectual property registration unit include multi-type registration, a cross-platform collaborative interface, and intellectual property records. The multi-type registration supports online declaration and registration of various types of intellectual property rights such as patents, trademarks, copyrights, integrated circuits, etc.; the cross-platform collaborative interface supports docking with international intellectual property platforms such as the PCT system and the WIPO database, and supports cross-border intellectual property filing; the intellectual property record means that all registered intellectual property information is recorded in detail, including application time and owner name information. The legal compliance assessment unit is used to help users assess the legal compliance of their intellectual property rights and ensure that all registration and use behaviors comply with relevant laws and regulations, including but not limited to infringement risk checks, legal document support, and risk warnings; the infringement risk check automatically detects whether the currently applied intellectual property rights have infringement risks; the legal document support provides legal provisions, precedents, and regulatory support related to the current intellectual property item to help users understand compliance requirements; the risk warning provides compliance risk warnings based on the detection results, reminding users to pay attention to potential legal issues.

[0010] Furthermore, the intellectual property operation module includes:

[0011] The process of infringement risk inspection is as follows:

[0012] Construction of intellectual property similarity calculation formula;

[0013] Before intellectual property rights are protected, the infringement of intellectual property rights needs to be evaluated. When the intellectual property rights applied for do not infringe the existing intellectual property rights, the current intellectual property rights can be further processed. Therefore, it is necessary to calculate the similarity of the current intellectual property rights. The specific calculation formula is:

[0014]

[0015] Where, Indicates current intellectual property rights and comparative intellectual property rights The similarity calculation results of Represents current intellectual property rights and comparative intellectual property rights respectively The text similarity, technical effect similarity and graphic similarity calculation values ​​between 、 The weight coefficients corresponding to the calculated values ​​of text similarity, technical effect similarity and graphic similarity, respectively. represents the number of selected comparison IPs,

[0016] Infringement risk-based construction;

[0017] Based on the similarity in the similarity calculation formula ~ The maximum value in , let the maximum value be , the infringement risk formula is specifically:

[0018]

[0019] Where, represents the infringement calculation value, represents the similarity threshold, Indicates the similarity influencing factors,

[0020] Text similarity calculation methods include but are not limited to cosine similarity and Jaccard similarity. Cosine similarity represents the intellectual property text as a bag-of-words model or TF-IDF vector, and calculates the cosine value of the angle between text vectors to quantify the similarity. Jaccard similarity measures similarity by calculating the ratio of the intersection and union of the words in two texts.

[0021] The method for calculating the similarity of technical effects includes but is not limited to a method based on feature matching; the method based on feature matching represents the functions of intellectual property rights through keywords or tags, and uses the function keywords to calculate similarity.

[0022] The graphic similarity calculation method includes but is not limited to shape-based comparison and convolutional neural network; the shape-based comparison uses image processing algorithms, such as SIFT, SURF and other feature point extraction methods, to extract key features in the graphics, and calculates the graphic similarity by matching these feature points; the convolutional neural network extracts features from the image through a pre-trained convolutional neural network to obtain the image's feature vectors, and then evaluates the similarity between graphics by calculating the cosine similarity of these feature vectors.

[0023] Risk warning generation;

[0024] Different risk warning levels are designed based on different infringement risk calculation values ​​to inform the current intellectual property owner and service platform of the severity of the infringement. Specifically:

[0025]

[0026] Where, The threshold value indicating the safety status, Indicates the threshold value of the first level warning, Indicates the threshold for the second-level warning.

[0027] Furthermore, the intellectual property operation module includes:

[0028] The intellectual property query unit is used to provide comprehensive query and retrieval functions for intellectual property information, including but not limited to quick search, status query, and history query; the quick search provides quick search based on multiple conditions such as keywords, numbers, and applicants; the status query can query the current status of intellectual property, such as registered, under review, and authorized; the history query supports querying the historical information of a certain intellectual property, including ownership changes and licensing status.

[0029] The user information management unit is used to manage platform user information, including but not limited to user registration and login, role and permission management, and information maintenance; the user registration and login provide users with online registration, identity authentication and password management functions; the role and permission management is divided into three types of access rights according to user identity: administrator, intellectual property holder, and technology transfer manager; the information maintenance allows users to update personal information and contact information and ensure the security of user information; the intellectual property intelligent monitoring unit provides hosting services for intellectual property to ensure the security and effectiveness of intellectual property, including hosting fee reminders and infringement monitoring; the hosting fee reminder is used to automatically pay the intellectual property hosting fees or remind the property owner to pay the hosting fees on time.

[0030] Furthermore, the comprehensive module of technology transfer includes:

[0031] Transfer value assessment unit, technology transfer management unit and industrialization support unit; the transfer value assessment unit is used to assess the transfer value of intellectual property rights, quantify the commercial value of intellectual property rights, and judge the value of intellectual property rights through a multi-dimensional dynamic assessment model.

[0032] The multi-dimensional dynamic evaluation model is specifically:

[0033] Calculation of intellectual property market demand;

[0034] After intellectual property is registered on the one-stop public service platform, its search, download, collection and other user data will be recorded in detail by the platform. Based on this actual data, the formula for calculating the demand for intellectual property is designed as follows:

[0035]

[0036] Where, Indicates the calculated value of intellectual property demand, represents the number of searches for intellectual property rights, represents the number of IP downloads, Indicates the size of the intellectual property collection, Represent the weight coefficients of search volume, download volume and collection volume respectively.

[0037] Furthermore, the working logic of the technology transfer comprehensive module is:

[0038] Intellectual property innovation calculation;

[0039] Innovation is one of the important indicators of the value of intellectual property. The calculation formula for intellectual property innovation can be obtained by the number of citations and infringement risk values ​​of intellectual property:

[0040]

[0041] Where, represents the calculated value of intellectual property innovation, Indicates the number of times the intellectual property is cited, Indicates the similarity The corresponding infringement risk, Indicates the number of similarity comparison IPs selected, Represent the weight coefficients of the citation item and the infringement risk item respectively,

[0042] Multi-dimensional dynamic assessment model;

[0043] The multi-dimensional dynamic evaluation model of intellectual property rights is:

[0044]

[0045] Where, Represents the calculated value of the multi-dimensional dynamic evaluation model, which is used to characterize the value of intellectual property rights. The weight coefficients respectively represent the market demand for intellectual property rights and the innovation of intellectual property rights. The technology transfer management unit is used to improve the efficiency of technology transfer, including but not limited to transfer plan management, transfer contract management, and transfer progress tracking. The transfer plan management formulates a detailed plan and timetable for technology transfer based on the characteristics of the technology and market demand. The transfer contract management supports the signing of contracts with all parties during the technology transfer process and tracks the execution of the contracts. The transfer progress tracking tracks the progress of technology transfer in real time and provides reminders and reporting functions to ensure the efficient transfer process.

[0046] The industrialization support unit matches the pilot bases and equipment resources corresponding to the field, accesses the list of suppliers, channel dealers, and investment institutions, and provides possible transfer directions for the transfer of intellectual property technology; the pilot base represents the place for intermediate testing of new products, and its nature is a professional testing base for conducting intermediate tests.

[0047] Furthermore, the platform service center module includes:

[0048] The platform service center is used to provide online human customer service or robot customer service to help users answer or specifically handle intellectual property issues.

[0049] When constructing the public service platform, it can be implemented through existing technologies, including but not limited to front-end development technology and back-end development technology; the front-end development technology provides an intuitive and easy-to-use interface for users to operate and query, and the frameworks used include but are not limited to React.js, Vue.js, and Angular; the back-end development technology is the core of the entire platform, responsible for data calculation and processing as well as interaction with data, and the technologies that can be used include but are not limited to MySQL, PostgreSQL, and MongoDB.

[0050] Beneficial effects

[0051] Compared with the known public technology, the technical solution provided by the present invention has the following beneficial effects:

[0052] 1. The present invention uses the infringement risk inspection and early warning mechanism in the legal compliance assessment unit to effectively help users proactively identify potential infringement risks before registering and using intellectual property rights, thereby reducing the possibility of subsequent legal disputes.

[0053] 2. The multi-dimensional dynamic evaluation model established by the transfer value assessment unit can scientifically measure the commercial value of intellectual property rights, thereby improving the supply and demand matching efficiency and the conversion rate of results in the technology transfer process.

[0054] 3. This invention integrates multiple functions such as intellectual property registration, compliance assessment, and technology transfer management, solving the problems of incomplete functions and low efficiency of existing platforms and significantly improving the integrity of platform services and user experience.

[0055] 4. The legal document support and automated risk warning functions provided by the system can intelligently match relevant laws and regulations with precedents, helping users quickly understand compliance requirements and reducing the workload of manual retrieval and judgment.

[0056] 5. The standardized and intelligent platform system constructed by the present invention is not only advanced in terms of technical path, but also provides a scalable practical solution for the fields of intellectual property operation and technology transfer, and has important theoretical guidance significance and practical application value. BRIEF DESCRIPTION OF THE DRAWINGS

[0057] Figure 1 This is a first-level architecture diagram of a one-stop public service platform system for intellectual property operation and technology transfer according to the present invention;

[0058] Figure 2 This is a multi-level architecture diagram of a one-stop public service platform system for intellectual property operation and technology transfer in the present invention. DETAILED DESCRIPTION

[0059] In order to enable those skilled in the art to better understand the solutions of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the embodiments described are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts should fall within the scope of protection of the present invention.

[0060] It should be noted that the terms "first", "second", etc. in the description and claims of the present invention and the above-mentioned drawings are used to distinguish similar objects and are not necessarily used to describe a specific order or sequence. It should be understood that the numbers used in this way can be interchanged where appropriate, so that the embodiments of the present invention described herein can be implemented in an order other than those illustrated or described herein. In addition, the terms "including" and "having" and any variations thereof are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device that includes a series of steps or units is not necessarily limited to those steps or units clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices.

[0061] The present invention is described in further detail below with reference to the accompanying drawings:

[0062] Example:

[0063] like Figure 1 As shown, the present invention provides a one-stop public service platform system for intellectual property operation and technology transfer, including: an intellectual property operation module;

[0064] Furthermore, the intellectual property operation module includes:

[0065] The intellectual property operation module includes: intellectual property registration unit, legal compliance assessment unit, intellectual property query unit, user information management unit, and intellectual property intelligent monitoring unit. The functions of the intellectual property registration unit include multi-type registration, cross-platform collaborative interface, and intellectual property records. Multi-type registration supports online declaration and registration of various types of intellectual property such as patents, trademarks, copyrights, integrated circuits, etc.; the cross-platform collaborative interface supports docking with international PCT systems, WIPO databases and other intellectual property platforms, and supports cross-border intellectual property filing; intellectual property records mean that all registered intellectual property information will be recorded in detail, including application time and owner name information. The intellectual property operation module includes: the legal compliance assessment unit is used to help users evaluate the legal compliance of their intellectual property rights and ensure that all registration and use behaviors comply with relevant laws and regulations, including but not limited to infringement risk checks, legal document support, and risk warnings; infringement risk checks automatically detect whether the currently applied intellectual property rights have infringement risks; legal document support provides legal terms, precedents and regulatory support related to the current intellectual property items so that users can understand compliance requirements; risk warnings provide compliance risk warnings based on the detection results, reminding users to pay attention to potential legal issues.

[0066] The process of infringement risk inspection is as follows:

[0067] Construction of intellectual property similarity calculation formula;

[0068] Before intellectual property rights are protected, the infringement of intellectual property rights needs to be evaluated. When the intellectual property rights applied for do not infringe the existing intellectual property rights, the current intellectual property rights can be further processed. Therefore, it is necessary to calculate the similarity of the current intellectual property rights. The specific calculation formula is:

[0069]

[0070] Where, Indicates current intellectual property rights and comparative intellectual property rights The similarity calculation results of Represents current intellectual property rights and comparative intellectual property rights respectively The text similarity, technical effect similarity and graphic similarity calculation values ​​between 、 The weight coefficients corresponding to the calculated values ​​of text similarity, technical effect similarity and graphic similarity, respectively. Indicates the number of selected comparison IPs.

[0071] Infringement risk-based construction;

[0072] Based on the similarity in the similarity calculation formula ~ The maximum value in , let the maximum value be , the infringement risk formula is as follows:

[0073]

[0074] Where, represents the infringement calculation value, represents the similarity threshold, Represents the similarity influencing factors, =.

[0075] Text similarity calculation methods include but are not limited to cosine similarity and Jaccard similarity. Cosine similarity represents intellectual property text as a bag-of-words model or TF-IDF vector, and calculates the cosine value of the angle between text vectors to quantify similarity. Jaccard similarity measures similarity by calculating the ratio of the intersection and union of the words in two texts.

[0076] Methods for calculating technical effect similarity include but are not limited to methods based on feature matching; methods based on feature matching represent intellectual property functions through keywords or tags, and use functional keywords to calculate similarity.

[0077] Methods for calculating graphic similarity include but are not limited to shape-based comparison and convolutional neural networks. Shape-based comparison uses image processing algorithms, such as SIFT, SURF and other feature point extraction methods, to extract key features from the graphics, and calculates graphic similarity by matching these feature points. Convolutional neural networks extract features from images through pre-trained convolutional neural networks to obtain feature vectors of the images, and then evaluate the similarity between graphics by calculating the cosine similarity of these feature vectors.

[0078] Risk warning generation;

[0079] Different risk warning levels are designed based on different infringement risk calculation values ​​to inform the current intellectual property owner and service platform of the severity of the infringement. Specifically:

[0080]

[0081] Where, The threshold value indicating the safety status, Indicates the threshold value of the first level warning, Indicates the threshold for the second-level warning; the intellectual property query unit is used to provide comprehensive query and retrieval functions for intellectual property information, including but not limited to quick search, status query, and history query; quick search provides quick search based on keywords, numbers, and applicants; status query can query the current status of intellectual property, such as registered, under review, and authorized; history query supports querying the historical information of a certain intellectual property, including ownership changes and licensing status.

[0082] The user information management unit is used to manage platform user information, including but not limited to user registration and login, role and permission management, and information maintenance; user registration and login provide users with online registration, identity authentication, and password management functions; role and permission management is divided into three types of access rights according to user identity: administrator, intellectual property holder, and technology transfer manager. Information maintenance allows users to update personal information and contact information, and ensures the security of user information. The intellectual property intelligent monitoring unit provides hosting services for intellectual property to ensure the security and effectiveness of intellectual property, including hosting fee reminders and infringement monitoring; hosting fee reminders are used to automatically pay intellectual property hosting fees or remind property owners to pay hosting fees on time; infringement monitoring automatically monitors in real time whether there are new intellectual property rights that infringe current intellectual property rights through infringement risk checks.

[0083] Specifically, the user first completes registration and login through the user information management unit, and the system assigns roles based on permissions; then, the user completes online declaration of multiple types of intellectual property rights through the intellectual property registration unit, and the system simultaneously connects to platforms such as PCT or WIPO to complete cross-border filing and record detailed information; then, the system starts the legal compliance assessment unit to detect infringement risks of registered items, and constructs an infringement risk model based on the weighted calculation results of three types of similarities: text, function, and graphics. It automatically determines the risk level and generates early warning prompts; users can retrieve the status and historical information of registered items in real time through the intellectual property query unit; the system continuously tracks the cost status and infringement dynamics of the managed items through the intelligent monitoring unit to ensure safe operation and compliance management of intellectual property rights.

[0084] Comprehensive module on technology transfer;

[0085] Furthermore, the comprehensive module of technology transfer includes:

[0086] Transfer value assessment unit, technology transfer management unit and industrialization support unit; the transfer value assessment unit is used to assess the transfer value of intellectual property, quantify the commercial value of intellectual property, and judge the value of intellectual property through a multi-dimensional dynamic assessment model.

[0087] The multi-dimensional dynamic evaluation model is specifically as follows:

[0088] Calculation of intellectual property market demand;

[0089] After intellectual property is registered on the one-stop public service platform, its search, download, collection and other user data will be recorded in detail by the platform. Based on this actual data, the formula for calculating the demand for intellectual property is designed as follows:

[0090]

[0091] Where, Indicates the calculated value of intellectual property demand, represents the number of searches for intellectual property rights, represents the number of IP downloads, Indicates the size of the intellectual property collection, Represents the weight coefficients of search volume, download volume and collection volume, and calculation of intellectual property innovation;

[0092] Innovation is one of the important indicators of the value of intellectual property. The calculation formula for intellectual property innovation can be obtained by the number of citations and infringement risk values ​​of intellectual property:

[0093]

[0094] Where, represents the calculated value of intellectual property innovation, Indicates the number of times the intellectual property is cited, Indicates the similarity The corresponding infringement risk, Indicates the number of similarity comparison IPs selected, Represent the weight coefficients of the citation item and the infringement risk item respectively.

[0095] Multi-dimensional dynamic assessment model;

[0096] Combining the intellectual property demand calculation formula and the intellectual property innovation calculation formula, we can get the multi-dimensional dynamic evaluation model of intellectual property:

[0097]

[0098] Where, Represents the calculated value of the multi-dimensional dynamic evaluation model, which is used to characterize the value of intellectual property rights. They represent the weight coefficients of the market demand for intellectual property and the innovation of intellectual property respectively. The technology transfer management unit is used to improve the efficiency of technology transfer, including but not limited to transfer plan management, transfer contract management, and transfer progress tracking; transfer plan management formulates detailed plans and timetables for technology transfer based on the characteristics of the technology and market demand; transfer contract management supports the signing of contracts with all parties during the technology transfer process and tracks the execution of contracts; transfer progress tracking tracks the progress of technology transfer in real time and provides reminders and reporting functions to ensure the efficient transfer process.

[0099] The industrialization support unit matches the pilot bases and equipment resources corresponding to the field, accesses the list of suppliers, channel dealers, and investment institutions, and provides possible transfer directions for the transfer of intellectual property technology; the pilot base represents the place for intermediate testing of new products, and its nature is a professional testing base for conducting intermediate tests.

[0100] Specifically, after the intellectual property registration is completed, the platform calculates the market demand based on user search, download, collection and other behavioral data through the transfer value assessment unit, and combines the number of citations and infringement risk value to assess innovation, build a multi-dimensional dynamic model, and quantify the transfer potential of intellectual property; the assessment results are used to drive the technology transfer management unit to formulate transfer plans, intelligently generate contract templates and track contract execution and transfer progress, to ensure the orderly and efficient progress of the transfer process; at the same time, the industrialization support unit connects with pilot bases, equipment resources and high-quality suppliers, channel dealers and investors to accurately match the implementation path and accelerate the transformation and application of intellectual property into actual products.

[0101] Platform service center module;

[0102] Furthermore, the platform service center module includes:

[0103] The platform service center is used to provide online manual customer service or robot customer service to help users answer or specifically handle intellectual property issues.

[0104] When building a public service platform, existing technologies can be used, including but not limited to front-end development and back-end development technologies. Front-end development provides an intuitive and easy-to-use interface for user operations and queries, and the frameworks used include but are not limited to React.js, Vue.js, and Angular. Back-end development is the core of the entire platform, responsible for data calculation and processing, as well as data interaction. Technologies that can be used include but are not limited to MySQL, PostgreSQL, and MongoDB.

[0105] Specifically, in the process of building a public service platform, the user's visual operation interface is first realized through front-end development technology. Mainstream frameworks such as React.js or Vue.js are selected to design a modular interface structure to ensure the user's interactive experience and ease of use in intellectual property registration, query, monitoring and other operations; at the same time, back-end development technology constitutes the functional core of the platform, using database technologies such as MySQL or MongoDB to uniformly store and efficiently manage intellectual property data, and combining server-side logic to realize dynamic processing of functions such as similarity calculation, risk assessment, and transfer value model; the platform service center is simultaneously connected to the online customer service system, and can provide users with 7×24 hours of question answers and business guidance by integrating manual customer service and intelligent robot customer service technology (such as natural language processing engine), ensuring efficient response and full-process support of platform services.

[0106] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements will not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the various embodiments of the present invention.

Claims

1. A one-stop public service platform system for intellectual property operation and technology transfer, characterized by: include: Intellectual property operation module; Comprehensive module on technology transfer; Platform service center module; The intellectual property operation module includes: intellectual property registration unit, legal compliance assessment unit, intellectual property query unit, user information management unit, and intellectual property intelligent monitoring unit.

2. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 1 is characterized in that: The functions of the intellectual property registration unit include multi-type registration, cross-platform collaborative interface, and intellectual property records. The multi-type registration supports online declaration and registration of patents, trademarks, copyrights, and integrated circuit intellectual property rights; the cross-platform collaborative interface supports docking with the international PCT system and WIPO database, and supports cross-border intellectual property filing; the intellectual property record means that all registered intellectual property information will be recorded in detail, including application time and owner name information.

3. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 2 is characterized in that: The intellectual property operation module includes: the legal compliance assessment unit is used to help users evaluate the legal compliance of their intellectual property rights, ensuring that all registration and use behaviors comply with relevant laws and regulations, including infringement risk detection, legal document support, and risk warning; the infringement risk detection automatically detects whether the currently applied intellectual property rights have infringement risks; the legal document support provides legal clauses, precedents and regulatory support related to the current intellectual property rights; the risk warning provides compliance risk warnings based on the detection results.

4. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 3 is characterized in that: The intellectual property operation module includes: The infringement risk inspection process is as follows: Construction of intellectual property similarity calculation formula; The similarity calculation of intellectual property rights is as follows: Where, Indicates current intellectual property rights and comparative intellectual property rights The similarity calculation results of Represents current intellectual property rights and comparative intellectual property rights respectively The text similarity, technical effect similarity and graphic similarity calculation values ​​between 、 The weight coefficients corresponding to the calculated values ​​of text similarity, technical effect similarity and graphic similarity, respectively. represents the number of selected comparison IPs, Infringement risk-based construction; Based on the similarity in the similarity calculation formula ~ The maximum value in , let the maximum value be , the infringement risk formula is specifically: Where, represents the infringement calculation value, represents the similarity threshold, Indicates the similarity influencing factors, Risk warning generation; Where, The threshold value indicating the safety status, Indicates the threshold value of the first level warning, Indicates the threshold for the second-level warning.

5. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 4 is characterized in that: The intellectual property operation module includes: The intellectual property query unit is used to provide comprehensive query and retrieval functions for intellectual property information, including quick retrieval, status query, and history query; the quick retrieval provides quick retrieval based on keywords, numbers, and applicants; the status query can query the current status of the intellectual property, The user information management unit is used to manage platform user information, including user registration and login, role and permission management, and information maintenance; the user registration and login provide users with online registration, identity authentication, and password management functions; the role and permission management is divided into three types of access rights according to user identity: administrator, intellectual property holder, and technology transfer manager.

6. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 5 is characterized in that: The intellectual property operation module includes: The information maintenance allows users to update personal information and contact information. The intellectual property intelligent monitoring unit provides custody services for intellectual property, including custody fee reminders and infringement monitoring. The custody fee reminder is used to automatically pay the intellectual property custody fee or remind the property owner to pay the custody fee on time.

7. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 1 is characterized in that: The comprehensive technology transfer module includes: transfer value assessment unit, technology transfer management unit and industrialization support unit.

8. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 7 is characterized in that: The working logic of the technology transfer comprehensive module is: Intellectual property innovation calculation; The calculation formula for intellectual property innovation is: Where, represents the calculated value of intellectual property innovation, Indicates the number of times the intellectual property is cited, Indicates the similarity The corresponding infringement risk, Indicates the number of similarity comparison IPs selected, Represent the weight coefficients of the citation item and the infringement risk item respectively, Multi-dimensional dynamic assessment model; The multi-dimensional dynamic evaluation model of intellectual property rights is: Where, Represents the calculated value of the multi-dimensional dynamic evaluation model, which is used to characterize the value of intellectual property rights. They respectively represent the weight coefficients of intellectual property market demand and intellectual property innovation.

9. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 8 is characterized in that: The technology transfer integrated module includes: the technology transfer management unit includes transfer plan management, transfer contract management, and transfer progress tracking; the transfer plan management formulates a detailed plan and timetable for technology transfer based on the characteristics of the technology and market demand; the transfer contract management supports the signing of contracts with all parties during the technology transfer process; the transfer progress tracking tracks the progress of technology transfer in real time, The industrialization support unit matches the pilot base and equipment resources corresponding to the field, and accesses the list of suppliers, channel dealers, and investment institutions. The pilot base represents the place for intermediate testing of new products.

10. The one-stop public service platform system for intellectual property operation and technology transfer according to claim 1 is characterized in that: The platform service center module includes: the platform service center is used to provide online manual customer service or robot customer service to help users answer or specifically handle intellectual property issues, When constructing the public service platform, front-end development technology and back-end development technology are included; the front-end development technology is used for users to perform operations and queries, and the back-end development technology is responsible for data calculation and processing as well as interaction with data.

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