CN113780695A - Chemical industry patent value high-throughput retrieval and measurement method, device, system and computer readable storage medium - Google Patents
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Abstract
The invention discloses a high-throughput chemical industry patent value retrieval and measurement method, a high-throughput chemical industry patent value retrieval and measurement device, a high-throughput chemical industry patent value measurement and calculation system and a computer-readable storage medium, relates to the field of intangible asset value retrieval and measurement and calculation, and is used for solving the problems of long time consumption and low efficiency when a large amount of chemical industry patent values are measured and calculated on line. The high-throughput retrieval and measurement method for the chemical industry patent value comprises the following steps: obtaining an application number and/or a publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and an initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number and the non-fixed constant initial value of each patent to be retrieved; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches. The invention is mainly applied to the retrieval of chemical patent values.
Description
Technical Field
The invention relates to the technical field of intangible asset value retrieval and measurement, in particular to a chemical industry patent value high-throughput retrieval and measurement method, device and system and a computer readable storage medium.
Background
Currently, intangible assets are identifiable non-monetary assets that an enterprise owns or controls without physical form. Intangible assets in a broad sense represent some legal right or technology, including monetary funds, financial assets, long-term equity investments, patent rights, trademark rights, copyright rights, etc.; specifically, the patent rights, trademark rights, and copyright rights belong to intellectual property rights.
The evaluation of intellectual property refers to the behavior and process that registered asset evaluators of intellectual property evaluation organizations analyze, estimate and release professional opinions of intellectual property evaluation objects (such as patents in the chemical industry field) under the specific purpose of evaluation benchmark days according to relevant laws, regulations and asset evaluation criteria.
However, the process of measuring and calculating the value of a plurality of chemical patents by the above-mentioned asset evaluators on line usually takes a long time and is inefficient.
Disclosure of Invention
The invention aims to provide a method, a device and a system for high-throughput retrieval and measurement of chemical patent values and a computer-readable storage medium, which are used for solving the technical problems of long time consumption and low efficiency when a large amount of chemical patent values are measured and calculated on line.
In order to achieve the purpose, the invention adopts the following technical scheme:
a chemical industry patent value high-throughput retrieval and measurement method comprises the following steps: obtaining an application number and/or a publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and an initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be retrieved and the initial value of the non-fixed constant; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches.
In practical application, the chemical industry patent value high-throughput retrieval and measurement method further comprises the following steps: obtaining the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batches; screening out the value of each patent to be retrieved from a chemical patent transaction price database according to the application number and/or the publication number of each patent to be retrieved; and outputting the value of a plurality of patents to be retrieved in batches.
Specifically, the chemical industry patent transaction price database is not limited to be formed after being collected and cleaned by a patent evaluation database of an evaluation organization.
Furthermore, the chemical industry patent transaction price database is formed by collecting and cleaning one or more databases of a patent transfer permission database of the national intellectual property office, a patent transfer permission database of scientific and technological achievement of the department of science and technology, a patent transaction database of a listed company and a patent and judicial litigation database of a court of law.
In practical application, the basic data information of each basic chemical patent in the chemical industry patent transaction price database includes but is not limited to application number and/or publication number, fixed constant value, IPC classification number.
The fixed constant values corresponding to all the basic chemical patents in the chemical patent transaction price database form a fixed constant set together, and the fixed constant set divides a fixed constant interval value and stores the fixed constant interval value in the chemical patent transaction price database; and the fixed constant interval value is [0, 20], [20, 50 ], [50, 80], [80, 100 ]; the value range of the initial value of the non-fixed constant is between [0 and 100 ].
Specifically, the mathematical calculation model of the fixed constant value is:
(ii) a The mathematical calculation model of the initial value of the non-fixed constant is as follows:
(ii) a Wherein k isiExpressing the number of adjustment factors of the ith factor in a second index system of the value measurement of the patent to be retrieved; k is a radical ofjExpressing the number of adjustment factors of the jth factor in the first index system measured and calculated by the value of the patent to be retrieved; k is a radical ofi0The adjustment factor number of the ith factor in a second index system is measured and calculated according to the basic chemical industry patent value; k is a radical ofj0And (4) expressing the adjustment factor number of the jth factor in the first index system in the calculation of the basic chemical industry patent value.
Further, the first index system for calculating patent value comprises: equipment index, process index and product index; the second index system for measuring the patent value comprises: legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes.
Optionally, the equipment indicator includes, but is not limited to, pressure vessels, column equipment, heat exchangers and condensers, mercury and valves; the process indexes include but are not limited to raw material treatment, chemical reaction, separation and product refinement; the product specifications include, but are not limited to, a minimum size product, a small size product, a medium size product, a large size product, and an oversized size product.
Optionally, the legal indicators include, but are not limited to, legal status, number of independent claims, number of dependent claims, number of patents in the family; the technical team indexes include but are not limited to the number of patent inventors, the professional background and the personnel structure of a technical team, and the number of patents of team members; the technical indexes include but are not limited to quoted times, technical advancement, technical innovation, technical practicality and technical maturity; the economic indicators include, but are not limited to, acquisition costs, profitability, license fees, patent-like transaction prices; the risk indicators include, but are not limited to, technical replacement risk, technical entitlement risk, technical integration risk, and market capacity risk.
Still further, according to the application number and/or the publication number of each patent to be retrieved and the non-fixed constant initial value, respectively screening out corresponding chemical industry patent transaction price database in a chemical industry patent transaction price database, specifically comprising: respectively determining subclasses in the IPC classification numbers of the patents to be retrieved according to the application numbers and/or the publication numbers of the patents to be retrieved; respectively determining corresponding fixed constant interval values according to the non-fixed constant initial values of the patents to be retrieved; and for each patent to be retrieved, respectively screening out the corresponding chemical industry patent transaction price database from the chemical industry patent transaction price database according to the fixed constant interval value under the subclass category in the same IPC classification number.
Further, the calculating the corresponding value of the patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database specifically includes: acquiring the fixed constant value and the value of each basic chemical patent in the chemical patent transaction price database, and calculating the average value of the fixed constants and the average value of all the basic chemical patents in the chemical patent transaction price database; the initial value of the non-fixed constant and the average value of the fixed constant are subjected to quotient operation to determine a value measurement coefficient; and the value measurement coefficient and the value average value are subjected to product to determine the value of the patent to be retrieved.
A chemical industry patent value high throughput retrieval and measurement device comprises: the system comprises a measuring and calculating unit, a searching unit and a searching unit, wherein the measuring and calculating unit is configured to obtain the application number and/or the publication number of each patent to be searched in a plurality of patents to be searched in batch and the initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be retrieved and the initial value of the non-fixed constant; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches.
During practical application, the chemical industry high-throughput retrieval and measurement device of patent value still include: the system comprises an inquiry unit, a searching unit and a searching unit, wherein the inquiry unit is configured to obtain the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch; screening out the value of each patent to be retrieved from a chemical patent transaction price database according to the application number and/or the publication number of each patent to be retrieved; and outputting the value of a plurality of patents to be retrieved in batches.
A chemical industry patent value high-throughput retrieval and measurement system comprises: a memory; a processor; and a computer program; wherein the computer program is stored in the memory and configured to be executed by the processor to implement the chemical industry patent value high throughput retrieval and evaluation method according to any one of the above.
A computer readable storage medium having stored thereon a computer program for execution by a processor to implement the chemical industry patent value high throughput search and estimation method according to any one of the above.
Compared with the prior art, the chemical industry patent value high-throughput searching and measuring and calculating method has the following advantages:
the invention provides a high-throughput retrieval and measurement method for chemical patent values, which comprises the following steps: obtaining an application number and/or a publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and an initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number and the non-fixed constant initial value of each patent to be retrieved; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches. Therefore, the high-throughput retrieval and measurement method for the chemical industry patent value can screen out the required chemical industry patent transaction price database according to the basic data information in the chemical industry patent transaction price database after the application numbers and/or the publication numbers and the initial values of the non-fixed constants of a plurality of patents are input in batch, calculate the values of a plurality of patents to be retrieved according to the basic chemical industry patent values in the chemical industry patent transaction price database, and simultaneously realize batch output. Therefore, the invention can efficiently, quickly and massively (with high flux) realize the purposes of value retrieval and measurement and calculation of chemical patents, thereby well solving the technical problems of long time spent and low efficiency when a large amount of chemical patents are measured and calculated on line in the prior art.
The chemical industry patent value high-throughput searching and calculating device, the chemical industry patent value high-throughput searching and calculating system and the computer readable storage medium have the same advantages as the chemical industry patent value high-throughput searching and calculating method in comparison with the prior art, and are not repeated herein.
Drawings
Fig. 1 is a first schematic flow chart of a chemical industry patent value high-throughput searching and calculating method according to an embodiment of the present invention;
fig. 2 is a second flow chart of the chemical industry patent value high-throughput searching and calculating method according to the embodiment of the present invention.
Detailed Description
For convenience of understanding, the chemical industry patent value high-throughput searching and calculating method, device, system and computer readable storage medium provided by the embodiments of the present invention are described in detail below with reference to the drawings of the specification.
The embodiment of the invention provides a high-throughput retrieval and measurement method for chemical patent values, which comprises the following steps of: s1, obtaining the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and the initial value of the non-fixed constant; s2, respectively screening corresponding chemical industry patent transaction price database from the chemical industry patent transaction price database according to the application number and/or the publication number and the non-fixed constant initial value of each patent to be retrieved; step S3, respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and step S4, outputting the value of a plurality of patents to be retrieved in batches. Through the steps S1 to S4, the value of a plurality of patents to be retrieved can be retrieved and measured in a chemical industry patent transaction price database in a batch (high-throughput) manner efficiently and quickly.
In practical application, as shown in fig. 1, the chemical industry patent value high-throughput searching and calculating method according to the embodiment of the present invention may further include: step S1', obtaining the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch; s2', screening the value of each patent to be retrieved from the chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be retrieved; and step S3', outputting the value of a plurality of patents to be retrieved in batch. Through the steps S1 'to S3', the value of a plurality of patents to be retrieved can be efficiently, quickly and massively (with high throughput) retrieved and inquired in the chemical industry patent transaction price database.
Specifically, the chemical industry patent transaction price database may not be limited to be formed by collecting and cleaning the patent evaluation database of the evaluation organization.
Furthermore, the chemical industry patent transaction price database can be formed by collecting and cleaning one or more databases of a patent transfer permission database of the national intellectual property office, a patent transfer permission database of the scientific and technological achievement of the department of science and technology, a patent transaction database of a listed company and a patent and judicial litigation database of a court of law.
Further, the basic data information of each basic chemical patent in the chemical industry patent transaction price database may include, but is not limited to, information of both parties of transaction, application number and/or publication number, purpose of transaction, value, transaction date, fixed constant value, IPC classification number. Wherein, the basic data information of each basic chemical patent in the chemical patent transaction price database at least comprises: application and/or publication numbers, value, fixed constant values, and IPC classification numbers.
Still further, the fixed constant values corresponding to all the basic chemical patents in the chemical patent transaction price database form a fixed constant set together, and the fixed constant set can be divided into fixed constant interval values and stored in the chemical patent transaction price database.
In practical application, the fixed constant interval value may be [0, 20], [20, 50 ], [50, 80], [80, 100 ]; the value range of the initial value of the non-fixed constant is between [0, 100 ]. Wherein, the initial value of the non-fixed constant is [0, 20] generally represents low-value chemical industry patents, the initial value of the non-fixed constant is [20, 50 ] generally represents medium-low value chemical industry patents, the initial value of the non-fixed constant is [50, 80] generally represents medium-high value chemical industry patents, and the initial value of the non-fixed constant is [80, 100] generally represents high-value chemical industry patents. In addition, in practical applications, the number of chemical patents with the initial non-fixed constant value of 0 or 100 may be small.
Specifically, the mathematical calculation model of the fixed constant value is:
(ii) a The mathematical calculation model of the initial value of the non-fixed constant is as follows:
(ii) a Wherein k isiExpressing the number of adjustment factors of the ith factor in a second index system of the value measurement of the patent to be retrieved; k is a radical ofjExpressing the number of adjustment factors of the jth factor in the first index system measured and calculated by the value of the patent to be retrieved; k is a radical ofi0The adjustment factor number of the ith factor in a second index system is measured and calculated according to the basic chemical industry patent value; k is a radical ofj0And (4) expressing the adjustment factor number of the jth factor in the first index system in the calculation of the basic chemical industry patent value.
Specifically, the first index system for measuring patent value includes: equipment index, process index and product index; the second index system for measuring the patent value comprises: legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes.
Alternatively, the equipment indicator may include, but is not limited to, one or more of pressure vessel, tower equipment, heat exchanger and condenser, mercury and valve; the process indexes can include but are not limited to one or more of raw material treatment, chemical reaction, separation and refining products; the product index may include, but is not limited to, one or more of a minimum size product, a small size product, a medium size product, a large size product, and an oversized size product; the legal indicators can include, but are not limited to, one or more of legal status, number of independent claims, number of dependent claims, number of patents related to IPC classification, number of patents in the same family; the technical indexes can include but are not limited to one or more of quoted times, technical advancement, technical innovation, technical practicability and technical maturity; the economic indicators may include, but are not limited to, one or more of acquisition cost, profitability, license fee, patent-like transaction price; the technical team index can include but is not limited to one or more of the number of patent inventors, the professional background and personnel structure of the technical team, and the number of patents of team members; the risk indicators may include, but are not limited to, one or more of patent substitution risk, patent entitlement risk, patent integration risk, and market capacity risk.
It should be added that the pressure container may refer to a closed device that contains gas or liquid and bears a certain pressure; tower equipment can refer to a container with a certain shape (most of the cross section is circular), a certain volume, an internal device, an external device and certain accessories; the heat exchanger and the condenser can be equipment for transferring partial heat of hot fluid to cold fluid, and are also called as heat exchangers; mercury and valves may refer to machinery that transports or pressurizes fluids and plumbing fixtures that are used to open and close piping, control flow, regulate and control parameters (temperature, pressure and flow) of the transport medium; the raw material treatment can be pretreatment of raw materials for ensuring the smooth progress of chemical engineering, such as purification of gas, heating and pressurization and the like; chemical reactions may refer to the process of old chemical bond breaking and new chemical bond formation to generate new molecules; the separation and refining of the product can mean a process of obtaining a preliminary chemical product after pretreatment of raw materials and multiple chemical reactions in order to obtain a final product; a minimum specification product may refer to a product in which a small number of changes are made in individual components, but these changes do not affect the overall structure of the product system; a small-scale product may refer to a product in which some component in the product system is partially changed by about several tens of parameters, i.e., the product is improved in a qualitative manner; a medium specification product may refer to a product system in which several components may be subject to comprehensive changes, with a broad summary of hundreds of variables to improve, which may require knowledge outside the field, but may not require knowledge from other disciplines for reference; a large specification product may refer to a scenario where thousands or even tens of thousands of variables are needed to create a new thing to improve; the super-huge type product can refer to scientific discovery, new discovery is firstly carried out, new knowledge is established, and then the super-huge type product is widely applied; legal status can refer to which stage of legal protection a patent is formed at (including application, acceptance, publication, actual review, authorization); the number of independent claims may refer to the number of technical features necessary to solve the technical problems described in the technical solutions of the inventions or the utility model patents; dependent claim numbers may refer to claim numbers further defined by additional features on the referenced claims (including independent or dependent claims); the related IPC classification number can refer to an international patent classification table; the patent family number can refer to a group of publications with the same or basically the same content, which are generated by applying patents in a plurality of countries by the same invention and are called a patent family; the number of times of citation may refer to the number of times the technology of the patent is cited; the technical advancement can refer to the superiority of the patent relative to other patents in the field; the technical innovation can refer to the characteristics of creating new things, new methods, new concepts and the like expressed in the field of the patent; technical utility may refer to the property of the patent that plays a positive role in practice; the technical maturity can refer to the stage of the patent, including laboratory research stage, pilot test, etc.; acquisition costs may refer to the expense incurred in developing the patent; the profitability can refer to the profit that the patent can bring to the right subject; the license fee may refer to a fee which is owned by a license of another person in a certain period, a certain area, and a certain manner, and charges the use fee to the other person; the patent-like transaction price may refer to a patent transaction price with similar attributes to the patent; the number of patent inventors may refer to the number of the patent inventors; the technical team professional background and the personnel structure can refer to the technical team professional background, such as academic degree, reading and amending specialties and the like, high academic degree, high proportion of personnel in accordance with the specialties of the research field and the like; the number of patents of the team members can refer to the number of other patents besides the patents to be retrieved; patent substitution risk may mean that the technology of the patent may be replaced by better technology; patent right risk may refer to a potential right dispute for that patent; patent integration risk may refer to the degree of cooperation with supporting technology during the transformation process of the patent; market capacity risk may refer to the size of the market and the prospects for development of the field in which the patent is applied or the industry.
Furthermore, the above legal indicators can include, but are not limited to, the property and limitation of rights in patent assets, the category of patents (invention, utility model, design), the legal status of patents, the legal protection period of the patent remaining, the scope of protection of patents, and the difference between patent ownership and usage rights, the specific form of patent usage rights, past licensing and assignment situations, and whether patents are related to lawsuits or are in a review, invalid declaration status, and patent validity maintenance situation; the technical indicators may include, but are not limited to, alternatives, advancement, innovativeness, maturity, practicality, defensiveness, monopoly; such economic indicators may include, but are not limited to, acquisition cost, profitability, license fees, transaction prices for similar assets for the patent.
In practical application, as shown in fig. 1 and fig. 2, the step S2 may specifically include: step S21, according to the application number and/or the publication number of each patent to be retrieved, respectively determining the subclass category in the IPC classification number of the patent to be retrieved; s22, respectively determining corresponding fixed constant interval values according to the non-fixed constant initial values of each patent to be retrieved; and S23, screening out a chemical industry patent transaction price database from the chemical industry patent transaction price database according to the fixed constant interval value under the same small category in the IPC classification number aiming at each patent to be retrieved. It should be noted that, in the actual operation, the steps S21 and S22 may be executed in parallel or in reverse order, and are not limited herein.
As shown in fig. 1 and fig. 2, the step S3 may specifically include: step S31, acquiring a fixed constant value and a value of each basic chemical patent in the chemical patent transaction price database, and calculating a fixed constant average value and a value average value of all basic chemical patents in the chemical patent transaction price database; step S32, making the initial value of the unfixed constant and the average value of the fixed constant quotient, and determining a value measurement coefficient; and step S33, integrating the value measurement coefficient with the value average value to determine the value of the patent to be retrieved. It should be noted that, in the step S32, the quotient of the non-fixed constant initial value and the fixed constant average value is divided, that is, the non-fixed constant initial value/the fixed constant average value is divided; in the above step S33, the value calculating coefficient is multiplied by the value average value, that is, the value calculating coefficient is multiplied by the value average value.
It should be added that the IPC code of the patent is the code in the international patent classification table; the device specifically comprises eight major parts which are respectively: human life is essential (agriculture, light and medical); operation and transportation; chemistry and metallurgy; weaving and papermaking; fixed buildings (construction, mining); mechanical engineering; physical; and (4) chemical reaction.
The embodiment of the invention provides a high-throughput retrieval and measurement device for chemical patent values, which comprises: the system comprises a measuring and calculating unit, a processing unit and a processing unit, wherein the measuring and calculating unit is configured to obtain the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and the initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number and the non-fixed constant initial value of each patent to be retrieved; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches.
In practical application, the chemical industry patent value high-throughput retrieval and measurement device further comprises: the query unit is configured to obtain the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch; screening the value of the patent to be retrieved from a chemical patent transaction price database according to the application number and/or the publication number of each patent to be retrieved; and outputting the value of a plurality of patents to be retrieved in batches.
The embodiment of the invention provides a high-throughput retrieval and measurement system for chemical patent values, which comprises the following steps: a memory; a processor; and a computer program; wherein the computer program is stored in the memory and configured to be executed by the processor to implement the chemical industry patent value high throughput retrieval and evaluation method as described in any one of the above.
An embodiment of the present invention provides a computer-readable storage medium, on which a computer program is stored, where the computer program is executed by a processor to implement any one of the above-mentioned methods for high-throughput searching and calculating of chemical industry patent value.
In summary, the chemical industry patent value high-throughput retrieval and calculation method, device, system and computer readable storage medium according to the embodiments of the present invention can efficiently, quickly and in batch (high-throughput) achieve the purpose of querying or retrieving and calculating the chemical industry patent value, thereby well solving the technical problems of long time spent and low efficiency in online calculation of a large amount of chemical industry patent values in the prior art.
Example one (e.g., batch input of three chemical patents):
". catalyst" ("patent No.: ZL 20101"). 2.7);
"a composition and its application" (patent number: ZL 20151. a. 1.6);
"a fungicidal composition" (patent No.: ZL20091 ×. 2.4).
Specifically, the method comprises the following steps:
". catalyst" ("ZL 20101". times.2.7) invented a patent whose initial non-fixed constant value could be 87.
The initial value 87 of the non-fixed constant is obtained by calculating equipment indexes, process indexes, product indexes, legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes through a formula; specifically, the method comprises the following steps:
in the legal aspect:
". catalysts" (patent No.: ZL 20101. multidot. 2.7) patent patentee was a company scientific and technology. The patent is applied for registration by patentees in 5 months 2010 and granted in 12 months 2014. The patent completes the name change of the patentee in 3 months in 2017. The independent claim and the dependent claim of the patent total 10, relate to B01J type, the patent of this patentee's family is more. According to the situation, the legal indexes of the patent are scored, and the scoring result is as follows: 20.
secondly, technical team aspect:
". catalysts" (patent No.: ZL 20101. multidot. 2.7) the inventors of the present invention named cinnabar and chen. The research field of researchers of the team is consistent with the industry to which the patent belongs to a higher degree. Team members have a great number of patents in the industry in addition to the patent. According to the situation, the technical team index of the patent is scored, and the scoring result is as follows: 15.
third, the technology aspect is that:
". catalysts" (patent No.: ZL 20101. times. 2.7) the invention patent was cited a greater number of times. The advancement and innovation of the patent is better, and the solid-phase catalyst of the patent does not need to be recovered, concentrated or recycled, so that the method for producing the 4-ADPA, which has higher efficiency, predictability, higher speed, lower cost and more environmental protection, is provided. When the catalyst is used for synthesizing 4-ADPA, the dosage of the organic base catalyst can be obviously reduced, so that the air pollution caused by the decomposition of the organic base can be reduced, and certain environmental benefit is achieved. This patent has formed a product. According to the situation, the technical indexes of the patent are scored, and the scoring result is as follows: 20.
fourthly, in economic aspect:
". catalyst" ("catalyst": patent No.: ZL 20101. catalyst 2.7.) the development cost of the invention patent was not high. The patent belongs to the technology of catalyst aspect, can be used for producing 4-aminodiphenylamine, can be used for producing p-phenylenediamine (PPD) anti-aging agents of various polymers including rubber at present, has large market scale, and can bring more economic benefits to patentees. According to the situation, the economic index of the patent is scored, and the scoring result is as follows: 23.
risk aspect:
similar technology exists in the industry for the invention patent "(patent No. ZL20101 × 2.7), but this technology has certain advantages and the risk of technical substitution is not great. The patent is invented and authorized by the national intellectual property office, so that the right risk is not great. The patent has less matched technology in the transformation process, so the technology integration risk is not great. The product of the patent can be used for producing 4-aminodiphenylamine, and has wide market prospect. The market capacity risk of this patent is thus low. According to the situation, the risk index of the patent is scored, and the scoring result is as follows: 9.
the equipment aspect is as follows: ". catalyst" relates to the pressure vessel and the scoring results are: 28.
② the process aspect: ". catalysts" relates to raw material treatment and the scoring results are: 31.
third, product aspect: ". catalysts" relates to the small invention products and the scoring results are: 28.
based on the above-described equipment, processes and products, and scores in terms of law, technical team, technology, economy and risk, the comprehensive score for the invention patent was found to be 87 (patent No.: ZL20101 × 2.7) and 87 was found to be the initial non-fixed constant value.
"a composition and its application" (patent number: ZL 20151. the initial value of the non-fixed constant of patent can be 84).
The initial non-fixed constant value 84 is calculated by a formula from equipment indexes, process indexes, product indexes, legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes; specifically, the method comprises the following steps:
in the legal aspect:
"a composition and its use" (patent No. ZL 20151. a. 1.6) patent patentee was shenyang research & development limited. The patent is applied for registration by patentees in 12 months in 2012 and granted in 10 months in 2017. The independent claim and the dependent claim of the patent total 6, relate to A01N type, the patent of the patentee's family is more. According to the situation, the legal indexes of the patent are scored, and the scoring result is as follows: 17.
secondly, technical team aspect:
"a composition and its application" (patent number: ZL 20151. a. b. The research field of researchers of the team is consistent with the industry to which the patent belongs to a higher degree. Team members have a great number of patents in the industry in addition to the patent. According to the situation, the technical team index of the patent is scored, and the scoring result is as follows: 13.
third, the technology aspect is that:
"A composition and its use" (patent No. ZL 20151. A. 1.6) the invention patent is cited generally times. The binary insecticidal and acaricidal composition containing pyriminostrobin and other organic insecticidal and acaricidal agents has good advancement and innovation, exerts the action characteristics of different medicaments, improves the control effect, expands the control spectrum and reduces the dosage. This patent has formed a product. According to the situation, the technical indexes of the patent are scored, and the scoring result is as follows: 17.
fourthly, in economic aspect:
"A composition and its application" (patent No. ZL 20151. A. 1.6) is not expensive in development. The patent belongs to the technology of pesticides, the current global pesticide market capacity is about 1000 million dollars, the annual pesticide increment is about 2% -3%, the market scale of the industry is huge, and the patent can bring more economic benefits for patentees. According to the situation, the economic index of the patent is scored, and the scoring result is as follows: 22.
risk aspect:
"a composition and its use" (patent No. ZL20151 x 1.6) the invention patent presents similar technology in the industry, but this technology has certain advantages and the risk of technical substitution is not great. The patent is invented and authorized by the national intellectual property office, so that the right risk is not great. The patent has less matched technology in the transformation process, so the technology integration risk is not great. The patented product can be applied to controlling pests and mites on various crops, and has a wide market prospect. The market capacity risk of this patent is thus low. According to the situation, the risk index of the patent is scored, and the scoring result is as follows: 15.
the equipment aspect is as follows: "a composition and its use" relates to a pressure vessel, the scoring results are: 37.
② the process aspect: "a composition and its use" relates to raw material processing, and the scoring result is: 30.
third, product aspect: "a composition and its use" relates to the small inventive product, the scoring result is: 27.
based on the above-mentioned equipment, processes and products, and the scores in terms of law, technical team, technology, economy and risk, the comprehensive score of "one kind of composition and its application" (patent No. ZL 20151) was found to be 84, and the initial value of the non-fixed constant was found to be 84.
"A fungicidal composition" (patent No. ZL 20091X 2.4) the initial value of the non-fixed constant of which may be 55.
The initial value 55 of the non-fixed constant is calculated by a formula according to equipment indexes, process indexes, product indexes, legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes; specifically, the method comprises the following steps:
in the legal aspect:
"a fungicidal composition" (patent No.: ZL20091 x 2.4) patent patentee was Shenyang research & development Limited. The patent was filed in co-pending with china and sheng yang in month 2 of 2007 and granted in month 2 of 2013. The patent completed the transfer of patent rights in 2016, month 1. The independent and dependent claims of this patent, taken together in 6, relate to class a01N, the patentee having a certain number of patents of the same family. According to the situation, the legal indexes of the patent are scored, and the scoring result is as follows: 10.
secondly, technical team aspect:
"A fungicidal composition" (patent No. ZL20091, Liu, Zhang, Li, Chen) the invention of this patent. The research field of researchers of the team is in line with the industry to which the patent belongs. Team members have a certain number of other patents in the industry in addition to the patent. According to the situation, the technical team index of the patent is scored, and the scoring result is as follows: 8.
third, the technology aspect is that:
the invention patent of "a fungicidal composition" (patent No. ZL20091 x 2.4) is not cited. The advanced and innovative properties of the composition are general, and the composition related to the patent has a good synergistic interaction effect and improves the control effect on crop diseases. This patent has formed a product. According to the situation, the technical indexes of the patent are scored, and the scoring result is as follows: 9.
fourthly, in economic aspect:
"A fungicidal composition" (patent No.: ZL20091 ×. 2.4) the development costs of the invention patent are relatively high. The patented product is expected to bring certain economic benefits to the patentee. According to the situation, the economic index of the patent is scored, and the scoring result is as follows: 8.
risk aspect:
"a fungicidal composition" (patent No. ZL20091 x 2.4) the invention patent presents more similar technologies in the industry, which present a certain technical substitution risk. The patent is invented and authorized by the national intellectual property office, so that the right risk is not great. The patent has more matching technologies in the transformation process, so that certain technical integration risk exists. The product can be used for preventing and treating diseases caused by various pathogenic fungi, especially downy mildew, late blight, downy mildew, early blight, powdery mildew, rust disease, gray mold, anthracnose, scab, banded sclerotial blight, rice blast and the like in cereals (barley, wheat, oats, rye, corn, grass and the like), vegetables (such as cucumbers, beans, tomatoes, peanuts and the like), fruits (apples, pears, strawberries and the like), ornamental plants, lawns and grapevines, has a good prevention and treatment effect, and has a wide market prospect, but the market competition of the bactericide industry is increasingly violent, so that the patent has a certain market capacity risk. According to the situation, the risk index of the patent is scored, and the scoring result is as follows: 20.
the equipment aspect is as follows: "a fungicidal composition" relates to a pressure container, and the score is: 16.
② the process aspect: "a fungicidal composition" relates to the treatment of raw materials, with the scoring result: 17.
third, product aspect: "a fungicidal composition" relates to the products of the invention in small form, with the scoring: 22.
based on the above-mentioned equipment, process and products, and the scores in terms of law, technical team, technology, economy and risk, the comprehensive score of "a fungicidal composition" (patent No.: ZL20091 × 2.4) was found to be 55, and the initial value of the non-fixed constant was found to be 55.
And searching and calculating the value of the chemical industry patent in a chemical industry patent transaction price database by using big data according to the application number (20101 × 2.7) and the initial value 87 of the non-fixed constant, the application number (20151 × 1.6) and the initial value 84 of the non-fixed constant, and the application number (20091 × 2.4) and the initial value 55 of the non-fixed constant, and outputting the value in batches. The values are as follows: the inventive patent value of the catalyst (patent number: ZL20101 × 2.7) is 3399.48 ten thousand elements, the inventive patent value of the composition and the application thereof (patent number: ZL20151 × 1.6) is 1008 ten thousand elements, and the inventive patent value of the fungicidal composition (patent number: ZL20091 × 2.4) is 310.80 ten thousand elements.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (12)
1. A high-throughput retrieval and measurement method for chemical patent values is characterized by comprising the following steps:
obtaining an application number and/or a publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch and an initial value of a non-fixed constant;
respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be retrieved and the initial value of the non-fixed constant;
respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database;
and outputting the value of a plurality of patents to be retrieved in batches.
2. The high-throughput searching and calculating method for chemical industry patent value according to claim 1, comprising: obtaining the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batches;
screening out the value of each patent to be retrieved from a chemical patent transaction price database according to the application number and/or the publication number of each patent to be retrieved;
and outputting the value of a plurality of patents to be retrieved in batches.
3. The method of claim 1The chemical industry patent value high-throughput retrieval and measurement method is characterized in that a mathematical calculation model of an initial value of a non-fixed constant is as follows:
；
the mathematical calculation model for a fixed constant value is:
；
wherein k isiExpressing the number of adjustment factors of the ith factor in a second index system of the value measurement of the patent to be retrieved;
kjexpressing the number of adjustment factors of the jth factor in the first index system measured and calculated by the value of the patent to be retrieved;
ki0the adjustment factor number of the ith factor in a second index system is measured and calculated according to the basic chemical industry patent value;
kj0and (4) expressing the adjustment factor number of the jth factor in the first index system in the calculation of the basic chemical industry patent value.
4. The high-throughput searching and calculating method for chemical industry patent value according to claim 3, wherein the first index system for patent value calculation comprises: equipment index, process index and product index;
the second index system for measuring the patent value comprises: legal indexes, technical team indexes, technical indexes, economic indexes and risk indexes.
5. The method for high-throughput searching and calculating of chemical industry patent value according to claim 4, wherein the equipment indexes include but are not limited to pressure vessels, tower equipment, heat exchangers and condensers, mercury and valves;
the process indexes include but are not limited to raw material treatment, chemical reaction, separation and product refinement;
the product specifications include, but are not limited to, a minimum size product, a small size product, a medium size product, a large size product, and an oversized size product.
6. The chemical industry patent value high-throughput searching and calculating method according to claim 4, wherein the legal indexes include but are not limited to legal status, number of independent claims, number of dependent claims, number of patents in the same family;
the technical team indexes include but are not limited to the number of patent inventors, the professional background and the personnel structure of a technical team, and the number of patents of team members;
the technical indexes include but are not limited to quoted times, technical advancement, technical innovation, technical practicality and technical maturity;
the economic indicators include, but are not limited to, acquisition costs, profitability, license fees, patent-like transaction prices;
the risk indicators include, but are not limited to, technical replacement risk, technical entitlement risk, technical integration risk, and market capacity risk.
7. The chemical industry patent value high-throughput searching and calculating method according to claim 3, wherein the method comprises the following steps of respectively screening out corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be searched and the initial value of the non-fixed constant, wherein the method specifically comprises the following steps:
respectively determining subclasses in the IPC classification numbers of the patents to be retrieved according to the application numbers and/or the publication numbers of the patents to be retrieved;
respectively determining corresponding fixed constant interval values according to the non-fixed constant initial values of the patents to be retrieved;
and for each patent to be retrieved, respectively screening out the corresponding chemical industry patent transaction price database from the chemical industry patent transaction price database according to the fixed constant interval value under the subclass category in the same IPC classification number.
8. The high-throughput searching and calculating method for chemical industry patent value according to claim 7, wherein the calculating the corresponding value of the patent to be searched according to the value of at least one basic chemical industry patent in the chemical industry patent transaction price database comprises:
acquiring the fixed constant value and the value of each basic chemical patent in the chemical patent transaction price database, and calculating the average value of the fixed constants and the average value of all the basic chemical patents in the chemical patent transaction price database;
the initial value of the non-fixed constant and the average value of the fixed constant are subjected to quotient operation to determine a value measurement coefficient;
and the value measurement coefficient and the value average value are subjected to product to determine the value of the patent to be retrieved.
9. A chemical industry patent value high flux search and measurement device is characterized by comprising:
the system comprises a measuring and calculating unit, a searching unit and a searching unit, wherein the measuring and calculating unit is configured to obtain the application number and/or the publication number of each patent to be searched in a plurality of patents to be searched in batch and the initial value of a non-fixed constant; respectively screening corresponding chemical industry patent transaction price databases from a chemical industry patent transaction price database according to the application number and/or the publication number of each patent to be retrieved and the initial value of the non-fixed constant; respectively calculating the value of the corresponding patent to be retrieved according to the value of at least one basic chemical patent in the chemical patent transaction price database; and outputting the value of a plurality of patents to be retrieved in batches.
10. The high-throughput searching and calculating device for chemical industry patent value according to claim 9, further comprising:
the system comprises an inquiry unit, a searching unit and a searching unit, wherein the inquiry unit is configured to obtain the application number and/or the publication number of each patent to be retrieved in a plurality of patents to be retrieved in batch; screening out the value of each patent to be retrieved from a chemical patent transaction price database according to the application number and/or the publication number of each patent to be retrieved; and outputting the value of a plurality of patents to be retrieved in batches.
11. A chemical industry patent value high-throughput retrieval and measurement system is characterized by comprising:
a memory;
a processor; and
a computer program;
wherein the computer program is stored in the memory and configured to be executed by the processor to implement the chemical industry patent value high throughput search and estimation method of any one of claims 1-8.
12. A computer-readable storage medium, having stored thereon a computer program,
the computer program is executed by a processor to realize the chemical industry patent value high-throughput searching and calculating method according to any one of the claims 1 to 8.
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