KR101729714B1 - Apparatus for evaluating a value of technique, method thereof, and storage media for storing a program evaluating avalue of technique - Google Patents

Abstract

The present invention relates to a technology valuation device, a method, and a computer-readable recording medium on which a program for the same is recorded. The technology transfer classifier classifies a technology transfer contract type into a license contract and a transfer contract, The economic value of the technology to be evaluated is evaluated based on the similarity between the technical transaction case information and the economic value of the evaluation target technology is evaluated based on the market multiplier of the evaluation target technology in the case of the ambitious contract.

Description

TECHNICAL FIELD [0001] The present invention relates to a technology valuation apparatus, a method, and a computer-readable storage medium storing a program for the same. BACKGROUND OF THE INVENTION [0001]

The present invention relates to a technology valuation device, a method, and a computer-readable recording medium on which a program for the same is recorded. More particularly, the present invention relates to a technology valuation device for evaluating the economic value of a technology, And a computer-readable recording medium having recorded thereon a program therefor.

The algorithm for evaluating the technology value has been proposed various methodological theories. For example, a market approach is one that is perceived as the most reasonable valuation method in technology valuation.

The reason for this is that it provides the most reasonable and easily tolerable transaction base price among stakeholders to make a technology transaction. However, this approach needs to estimate the market value of intangible assets by analyzing recent technical transactions or similar technical intangible assets traded in the past, and comparing and analyzing intangible assets of technology to be valued and technical intangible assets that were traded , A database of existing technology trade cases that include technology trade cost information is required, but it could not be utilized without existing technology trade.

Current methods for assessing the value of market-based technology are as follows.

1. Comparison of transaction cases

2. Industry Standard Law

3. Loyalty provision law

4. Correlated Line Method

5. Comparison of Difference in Profit

6. Market Alternative Cost Approach

7. Auctions

8. Industrial Standard Loyalty Law

However, most of these methods are basically required to accumulate past technical transaction related data, and it is necessary to design the technology transaction structure to confirm the similarity with the evaluation target technology. However, There is a problem.

The industry standard, correlation, and industry standard royalties laws are based on the assumption that the technological base of an existing business case, which has more closely related to the technology to be evaluated, .

Accordingly, the conventional technology has a problem that a database for a technology transaction case and a technology value evaluation case is not provided.

And there is no method for calculating a comparable technology transaction structure for confirming similarity information between evaluation target technology and existing technology trade cases.

Therefore, there is a problem that the similarity between the technology to be evaluated based on the technology transaction structure and the existing technology transaction case can not be utilized.

Also, there is a problem that it is not possible to provide a method for correcting the difference between the obsolete technology of the technology and the evaluation technique and the similar technology transaction case according to the change of time.

Korean Patent No. 958,172, entitled " Computer-readable Recording Medium " in which a technology valuation method and system and a program for the same are recorded,

An object of the present invention is to provide a technology valuation device and method for evaluating the economic value of a technology according to a type of a technology transaction contract based on the technology transaction case information, and a computer readable recording medium on which a program for the same is recorded.

Another object of the present invention is to provide a technology valuation device and method for classifying a type of a technology transaction contract by a license and a transfer contract and evaluating the economic value of the technology based on each type of market price And a recorded computer readable recording medium.

According to an aspect of the present invention, a technology transfer contract type is classified into a license agreement and a transfer contract, and in the case of a license agreement, the evaluation target technology And evaluates the economic value of the evaluation target technology based on the market multiplier of the evaluation target technology in the case of the ambitious contract.

According to another embodiment of the present invention, the incremental profit to volatility ratio of the evaluation target technology is calculated, and based on the information on the previously stored technology transaction, a market price sharply double ratio (MPSDR) of the industry / ), And a first value evaluating unit for calculating the economic value of the evaluation target technology using the incremental profit to volatility ratio and the MPSDR.

Wherein the technology valuation apparatus calculates at least one element among factors affecting a technology transaction cost according to at least one technology classification from information on a previously stored technology transaction, And a second value evaluating unit calculating the similarity of the technology transaction structure according to the technical classification and calculating the economic value of the evaluation target technology based on the calculated similarity.

The second value evaluating unit may calculate the technical transaction evaluation value by adjusting the technical transaction evaluation value using the value ratio according to the weight.

The technical valuation apparatus may further include a database storing information on a technical transaction according to a technical classification method.

Wherein the first value evaluating unit comprises: a market multiplier calculating module for calculating an incremental profit due to introduction and use of the evaluation target technology, calculating the variability of the calculated incremental profit, and obtaining the incremental profit and the volatility ratio; A market multiplier index derivation module for deriving the ratio of the incremental profit to the volatility ratio and the market transaction price based on the information on the incremental profit to volatility ratio and the MPSDR of the industry / And a value estimation module for calculating an economic value of the evaluation target technology by multiplying the MPSDR by the multiplication result.

According to another aspect of the present invention, there is provided a method for evaluating the economic value of a technology to be evaluated, comprising the steps of: (a) classifying a technology transfer contract type into a transfer contract and a license agreement; (b) In the case of a contract, the economic value of the evaluation target technology is evaluated based on the market multiplier of the evaluation target technology, and in the case of the license contract, the economic value of the evaluation target technology is evaluated based on the similarity between the evaluation target technology and the technology transaction case information A technical valuation method is provided.

The step of evaluating the economic value of the evaluation target technology based on the market multiplier of the evaluation target technology in the case of the ammunition contract in the step (b) may include calculating an incremental profit due to introduction and use of the evaluation target technology, Calculating a ratio of the incremental profit to the market price based on the information on the stored technical transaction and calculating the ratio of the incremental profit to the market price based on the information on the stored technical transaction, Identifying the MPSDR of the industry / technology classification to which it belongs, and calculating the economic value of the evaluation target technology by multiplying the incremental profit to volatility ratio by the MPSDR.

In the step (b), in the case of the license agreement, the evaluation of the economic value of the evaluation subject technology based on the similarity between the evaluation subject technology and the technical transaction case information is performed based on at least one technical classification Calculating at least one element among factors influencing a technology transaction cost, calculating a similarity between a technology to be evaluated and a technology transaction structure according to the technology classification based on the calculated element, And calculating the economic value of the evaluation target technology based on the evaluation value.

According to the present invention, when applying the market approach, it provides very useful basic data and objective market information when calculating the average royalty rate by industrial sector, and provides a basis for establishing objective evaluation criteria for professional evaluators. By establishing comparable case information corresponding to the conditions, it is possible to provide a method for confirming the similarity of the technology with respect to the comparability of the technology transaction cases.

In addition, by presenting the value adjustment method for adjusting the royalty rate, the method of applying the adjustment factor suggested in the Technical Value Evaluation Practice Guide previously announced by the Ministry of Knowledge Economy is concretely supplemented so that the evaluator can perform the valuation using clear criteria Respectively.

In addition, an evaluation model that reflects the market multiplier based on the market price to evaluate the value of the technology can be developed to evaluate the economic value of the technology according to the contract type based on the semi-

1 is a block diagram schematically showing a configuration of a technical apparatus evaluating apparatus according to an embodiment of the present invention;
Fig. 2 is a detailed view of the configuration of the first value evaluating unit shown in Fig. 1. Fig.
FIG. 3 is a detailed view showing the configuration of the second value evaluating unit shown in FIG. 1; FIG.
4 is a view showing an example of a technology transaction payment condition classified in the embodiment of the present invention;
FIG. 5 and FIG. 6 are views showing examples of a flat fee and a royalty rate according to an industrial technology classification stored in a database according to an embodiment of the present invention; FIG.
FIG. 7 is a diagram illustrating a process in which a technology value is transferred from a technology value to a market value in a technology-technology value-market value transfer system in the case where technology is traded in the semen royalty fee system according to the embodiment of the present invention.
8 is a diagram for explaining a relationship between a market transaction price and an incremental profit / volatility ratio according to an embodiment of the present invention;
9 is a diagram illustrating the main elements for determining the similarity between the evaluation target technology and the technology transfer transaction case information;
FIG. 10 is a diagram for explaining an example of a method for evaluating a factor affecting the determination of similarity among the main elements illustrated in FIG. 9; FIG.
Figure 11 illustrates the results of a logistic regression method for determining meaningful influencing factors among the key elements of industry classification;
12 is a diagram illustrating the main factors or technical attributes that can determine the similarity between the evaluation target technology and the valuation of the transaction technology for each industry classification.
FIG. 13 is a detailed example of FIG. 12, which illustrates technical attributes of industrial technology classification according to an embodiment of the present invention in the fields of machine material / information communication and electric / electronic / textile chemistry and exemplifies categories thereof.
FIG. 14 is an exemplary diagram for explaining an example of adjusting a royalty; FIG.
15 illustrates an example of estimating a final royalty based on a value ratio;
16 is a diagram illustrating a method for evaluating the economic value of a technology to be evaluated by a technology value evaluation apparatus according to an embodiment of the present invention.

The foregoing and other objects, features, and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an apparatus and method for evaluating a technology value according to the present invention will be described in detail with reference to the accompanying drawings. The embodiments are provided so that those skilled in the art can easily understand the technical spirit of the present invention, and thus the present invention is not limited thereto. In addition, the matters described in the attached drawings may be different from those actually implemented by the schematic drawings to easily describe the embodiments of the present invention.

In the meantime, each constituent unit described below is only an example for implementing the present invention. Thus, in other implementations of the present invention, other components may be used without departing from the spirit and scope of the present invention. In addition, each component may be implemented solely by hardware or software configuration, but may be implemented by a combination of various hardware and software configurations performing the same function. Also, two or more components may be implemented together by one hardware or software.

Also, the expression " comprising " is intended to merely denote that such elements are present as an expression of " open ", and should not be understood to exclude additional elements.

FIG. 1 is a block diagram schematically showing a configuration of a technology valuation apparatus according to an embodiment of the present invention, FIG. 2 is a detailed view of the configuration of a first value evaluating unit shown in FIG. 1, FIG. 4 is a diagram showing an example of a technology transaction payment condition classified according to an embodiment of the present invention. FIG. 5 and FIG. 6 are views showing an example of a technology FIG. 7 is a diagram showing an example of a fixed technical fee and a royalty rate according to a technical classification, FIG. 7 is a diagram showing an example of a technique in which technology is traded in the semi- FIG. 8 is a diagram for explaining a relationship between a market transaction price and an incremental profit / volatility ratio according to an embodiment of the present invention, and FIG. 9 is a diagram for explaining the evaluation target technology and technology transfer FIG. 10 is a view for explaining an example of a method for evaluating a factor affecting the determination of similarity among the main elements illustrated in FIG. 9, FIG. 10 11 is a diagram illustrating the results of a logistic regression method for determining meaningful influential factors among the main elements of the industry classification and FIG. 12 is a diagram illustrating major factors that can determine the similarity between valuation techniques and value- FIG. 13 is a detailed example of FIG. 12, which illustrates technical attributes of industrial technology classification according to an embodiment of the present invention in the fields of machine material / information communication and electric / electronic / textile chemical, FIG. 14 is an example for explaining an example of adjusting the royalty, and FIG. 15 is a diagram for explaining an example of estimating the final royalties according to the value ratio.

The technology valuation apparatus according to the present invention classifies the type of technology transfer contract by the license contract and the transfer contract and evaluates the economic value of the technology to be evaluated based on the similarity between the evaluation target technology and the technology transaction case information in the case of the license contract , And in the case of a transfer contract, the economic value of the technology to be evaluated is evaluated based on the market multiplier of the technology to be evaluated.

1, the technology value evaluation apparatus 100 includes a database construction unit 110, a database 120, and a first value evaluating economic value of a technology to be evaluated An evaluation unit 130, and a second value evaluating unit 140 for evaluating the economic value of the evaluation target technology based on the license contract.

The database 120 may store information on a technology transaction according to a technology classification. The database 120 can store the technical fee and the technical fee information classified by the technical classification into four categories of machine material, electrical and electronic, information communication, and textile chemistry. Examples of information on technology transactions according to technology categories stored in the database 120 are illustrated in FIGS.

The database construction unit 110 examines and analyzes the actual transaction cases in the technology market, classifies them according to the industrial technology classification and the Korean standard industry classification, and then classifies each transaction type and the royalty rate (the market price of the technology) And establishes a database 120 in which information on technology transfer transactions in the technology market is stored. The ratio of royalty rate by industry sector can be used as meaningful information such as basic value of technology valuation and market negotiation of technology industry, reasonable taxation based on tax transfer income, and damages claim for infringement.

For example, information on technology transfer transactions is stored for information related to technology transfer registered in 15 institutions including public technology trading organizations (Korea Invention Promotion Association, Technology Guarantee Fund) and 12 private technology trading institutions (120). We analyzed the cases of research and technical transactions held by these organizations and analyzed the cases of technical transactions according to the industrial technology classifications or the Korean standard industry classifications by checking whether the collected technology trade cases were valid. Based on this, it is possible to analyze and determine the royalty rate by technology such as industrial technology classification and Korean standard industry classification.

A total of 1,131 transaction examples used in the construction of the above data of the embodiment of the present invention are case examples of suggestive technology transactions, but they can be added continuously or cases of overseas transactions can be added. Therefore, the basic data exemplified is the data that was targeted at the construction of the technology transfer system, and if there are many data to be surveyed, a more reasonable technical value evaluation can be performed using the same method.

The database 120 according to the embodiment of the present invention may store information that classifies the technology transaction examples collected in advance according to the respective classification tables in order to classify the technology transaction examples by industry technology or standard industry. For example, the classification table can use the industry classification table and the industrial classification table according to the Korean standard industry classification. Therefore, it can be used to analyze the royalty rate of individual industrial technology and analyze the royalty rate by individual standard industry.

FIG. 4 shows an example of a technology transaction payment condition classified in the embodiment of the present invention.

The database 120 according to the embodiment of the present invention may store statistical data classified by types of payment conditions when analyzing the technology transaction cases. Types of payment conditions may include ordinary technical fee, flat technical fee, and others. In the case of ordinary technical fee, the sales price may be divided into the base technical fee and other reasons. Thus, the database may or may not store, for example, one of the payment terms for the royalty rate.

FIG. 5 and FIG. 6 are views showing an example of the royalties and the royalties according to the industrial technology classification stored in the database according to the embodiment of the present invention. It is possible to analyze the semiannual royalty rate and royalty rate analysis by industry technology classification and Korean standard industry classification.

In the example of Fig. 5, the industrial technical classification can be classified according to four categories of machine material, electrical and electronic, information communication, and textile chemistry. For example, the number of semi- technical fees for machine materials was 212, the minimum value was 0.35 million, the maximum was 3,004 million, the average value was 60.98 million, the median was 10 million, The minimum value was 1.00%, the maximum value was 25.00%, the average value was 4.8%, and the median value was 3.0%.

FIG. 6 is a diagram illustrating an example of the royalties and the royalties pertaining to the Korean standard industry classifications that the database 120 of the embodiment of the present invention can store. According to this drawing, the Korean Standard Industrial Classification can include 27 categories of large and middle classifications, and the minimum, maximum, average and median values for the number of analyzed cases, semi- .

The first value evaluating unit 130 calculates the economic value of the evaluation target technology based on the market multiplier of the evaluation target technology in the case of the ambitious contract.

The first value evaluating unit 130 calculates the incremental profit to volatility ratio of the evaluation target technology and calculates the incremental profit to volatility ratio based on the information on the technical transaction stored in the database 120, Sharp Double Ratio) and calculates the economic value of the technology to be evaluated using the incremental earnings-to-volatility ratio and the MPSDR.

The first value evaluating unit 130 evaluates the value of the evaluation target technology based on the amortization contract and utilizes the market multiplier concept in consideration of the incremental profit ratio versus the volatility of the incremental profit due to technology introduction and use and the market transaction price To calculate the economic value of the technology to be evaluated.

In order to develop a technology valuation model based on the market transaction price based repurchase contract type, it is necessary to construct a technology transaction case information based on the active market information, develop a market multiplier to reflect the market transaction price due to technology transfer, A method is required.

2, the first value evaluator 130 includes a market multiplier calculation module 132, a market multiplier index derivation module 134, and a value estimation module 136 .

The market multiplier calculation module 132 calculates the incremental profit due to introduction and use of the evaluation target technology, calculates the variability of the calculated incremental profit, and obtains the incremental profit and the volatility ratio.

Technology in the case where technology is traded in the semi- technology fee system - Technology value - Market value In the transfer system, the process of converting the technology value to the market value is shown in FIG.

An incremental gain is the present value of future net cash flows that can be generated by the introduction or use of technology, and can be estimated through the application of an income approach. When calculating the incremental profit, the current price is calculated by using the discount rate reflecting the market risk, the technical risk, the cost of capital raising, and the uncertainty. When choosing the discount rate, there may be deviation such as optimistic and pessimistic opinion according to the evaluator.

The volatility of the incremental profit can be measured as the percentage of the incremental profit when the optimistic discount rate is applied and the incremental profit when the pessimistic discount rate is applied to the incremental profit when the average discount rate is applied. In the present invention, the variability of future cash flows associated with the incremental profit is derived by applying the log-value present value method to apply the method for predicting the variability from the future expected cash flow itself. The present value of profit method is based on the assumption that all future cash flow estimates are based on the sum of the two present values (one is the present value sum of the 0th year and the other is 1 Sum of the present value of the next year) to estimate the volatility.

The above parameter value has a single value as a value, and the variance becomes 0 when the value is a single value. Therefore, in order to obtain the variability of parameter values, it is necessary to simulate the volatility of future cash flows, which is the most important element of the present value of future cash flows. , And if we execute the simulation through the formula of the parameter x, we can obtain the standard deviation of the parameter x, which is the volatility of the incremental profit.

The discount rate can be applied to the opinions of experts and various discount rate options as needed, by applying the industry discount rate value derived by the analytical model quantified by the present technology valuation industry.

The value of technology, characterized by incremental gains and volatility, is transformed into a market value when the technology is traded in the market. Depending on how the incremental gains and volatilities, which are two components of the technology value, are recognized and valued in the market, , That is, the price is determined.

The market multiplier calculation module 132 obtains an incremental gain / variation ratio using the following equation (2).

In order to construct a relationship model between the factors that constitute the technology value and the market price, the technology value constituent factor needs to be reduced to one dimension. For this, the incremental profit / volatility ratio of the technology asset is defined as Equation (2).

The incremental earnings / volatility ratio can be interpreted in the same way as the Sharp index used to represent the performance of a stock, and either the less volatile technology with the same incremental profit or the incremental gain / The higher the volatility rate, the higher the technical value. The higher the incremental profit / volatility ratio, the higher the investment value, which can be expected to lead to higher market transaction prices, higher semi- technical fees.

On the other hand, when expressing the relationship between the incremental profit / volatility ratio and the corrective transaction price as a linear equation with a positive slope, the slope is defined as an index called MPSDR.

MPSDR is a concept similar to the PER in the stock market and serves as a market multiplier. The PER indicates how many times the share price of the company corresponds to the year's net profit. The MPSDR indicates that when a technology is traded in the market, This can be interpreted as indicating how many times the incremental profit / volatility ratio is traded.

The denominator of the MPSDR is the sum of the performance (incremental gain) that the technology is expected to achieve in the future and the performance of all the technologies that the technology has generated during the next technology life cycle. In MPSDR, volatility of business performance (incremental profit) is considered together. In most cases, technology valuation involves new technology, so it is impossible to predict the future by using past performance (incremental profits), and in view of the fact that the future should be predicted, the MPSDR The validity of the use of. The above description is shown in FIG.

For each of the technology trading cases traded on the flat fee method, if the incremental profit / volatility ratio of the technology and the market trading price (flat fee) are expressed on the 2D plane, they will show a positive correlation. The profit divided by the volatility ratio is defined as the MPSDR of the technology and indicates how many times the incremental profit / volatility ratio of the technology corresponds to the price.

In the technology trading market, characteristic MPSDR values may appear by industry, industry, or technology type. When there are two technologies with the same incremental profit / volatility ratio, they can be traded at different prices (fixed-rate) depending on the type of industry, industry or technology they belong to, In the case of industry, industry or technology type where volatility is actually more favorably evaluated in the market, the MPSDR value is high, otherwise it will be the opposite.

The market multiplier index derivation module 134 derives the ratio between the incremental profit to volatility ratio and the market transaction price obtained from the market multiplier calculation module 132 based on the information on the technology transaction stored in the database 120, Identify the MPSDR of the industry / technology classification to which it belongs.

That is, the market multiplier index derivation module 134 derives the ratio of the incremental profit / volatility ratio and the market transaction price (the fixed technical fee) based on the transaction example transferred to the present so that the market multiplier MPSDR .

The value estimation module 136 multiplies the incremental profit to volatility ratio calculated by the market multiplier calculation module 132 by the MPSDR obtained from the market multiplier index derivation module 134 to calculate the economic value of the evaluation target technology.

The second valuation unit 140 evaluates the economic value of the technology to be evaluated based on the similarity between the evaluation target technology and the technology transaction case information in the case of the license contract.

The second value evaluating unit 140 may calculate at least one element among the factors affecting the technology transaction cost according to at least one technical classification from the information on the technical transaction stored in the database 120, And calculates the economic value of the technology to be evaluated on the basis of the calculated similarity.

Referring to FIG. 3, the second value evaluating unit 140 includes a designing module 142, a similarity calculating module 144, and a value estimating module 146.

The design module 142 designs a comparable technology transaction structure to find the similarity between the evaluation target technology and the technology trade of the technology classified by the database 120.

The comparable transaction case information can be classified according to the form referencing, for example, a technical transaction institution performance survey form and technical trade statistics. Thus, the scope of case information collection can be determined.

Based on the information gathered, a key element of comparability can be determined to determine whether there is a comparability of the technology to be evaluated and the industry-specific technologies stored in the database 120. In order to analyze the similarity between the technology trade case and the technology to be evaluated, one can determine the major influencing factors affecting the transaction value. And, based on the calculated major influencing factors, it is possible to design the technology transaction structure for each industrial technology classification.

9 is a diagram illustrating the main elements for determining the similarity between the evaluation target technology and the technology transfer transaction case information.

For example, according to certain criteria, the type of technology providing companies can be divided. In this example, companies that provide technology are exemplified by large companies, medium-sized enterprises, SMEs, startups, research institutes, universities, and individuals. The transaction method is exemplified by the right setting or the previous form. For example, trading methods can be divided into amendment, exclusive license, commercial license, and technology transfer after joint development research and development. Commercialization stage can be divided into idea stage, research stage, development stage, development completion stage, productization stage, and manufacturing and sales stage. The key elements for determining other similarities can be distinguished as illustrated in this figure.

The right-most column shows the applicability of the comparison technique according to the evaluation technique and corresponding key factors. For example, in the commercialization phase, exploration studies, candidate drug delivery, preclinical animal testing, clinical phase 1, clinical phase 2, phase 3 clinical trials, and FDA approval apply only to the technology under evaluation in the pharmaceutical or biotechnology field, The other fields can be the main factors that determine the comparability, such as the idea stage, the research stage, the development stage, the development completed (prototype), the commercialization stage, and the manufacturing and sales stage.

FIG. 10 is a diagram for explaining an example of a method for evaluating factors that affect the determination of similarity among the above-mentioned main factors.

In order to secure the comparability between the technology transfer transaction case information stored in the database 120 and the evaluation target technology, it is necessary to judge the multiplicity between the factors affecting the above-mentioned main factors, , The similarity can be determined more accurately. For example, in the example of FIG. 9, the relationship information with the technology introduction company and factors of the payment method can be excluded.

In the embodiment of the present invention, the analytical method for deriving a significant influence factor from the data of the transaction cases is that the independent variables belong to the nominal scale category and the linear relationship between the independent variable and the dependent variable can not assume linear proportional relationship , And influential factor analysis methods such as logistic regression analysis among regression analysis methods can be used.

Using statistical methods such as logistic regression analysis, the influential factors that have significant influence can be identified and derived as attribute variables for similarity analysis.

As an example, the dependent variable setting is higher than the median transaction price (for example, value: 1) or lower than the median transaction price based on the royalty rate (royalty amount: lump sum royalty, lump sum payment, For example, a value of 0). In this figure, the parameters for the logistic regression analysis can be set as follows.

When the main factors illustrated in FIG. 9 are taken as independent variables, the effect of the independent variables can be evaluated when the dependent variable, the royalty payment amount (or rate) is determined.

The independent variables can be the main elements illustrated in FIG. The technology type, the technology introduction type, the transaction type, and the technology type are categorical variables in which the category is set. In addition, the contract period, the technical innovation information, and the commercialization step can be set as continuous variables.

For reference, the 7-point scale for the commercialization stage was applied only to the pharmaceutical and biotechnology sectors.

Figure 11 is a diagram illustrating the results of a logistic regression method for determining meaningful influencing factors among the key elements of industry classification.

For example, logistic regression analysis for the major categories of mechanical materials, electrical and electronics, information communication, and textile chemicals in the industrial classification can yield significant influencing factors for each industrial classification.

The option to perform logistic regression analysis can use the forward method of finding the most appropriate model, adding one significant independent variable.

According to this example, in the case of the machine material field, the contract period, the commercialization stage, and the technology type have a great influence on determining the similarity with the evaluation target technology. In the electric and electronic field, And the effects that have a great impact on determining similarities with technology.

As described above, it is possible to calculate the key factors that determine the flat royalty rate and royalty rate according to industry classification or standard industrial classification.

When the factors determining the similarity of the evaluation target technology are determined using the technology transaction case information in the database 120, the similarity analysis model can be used to determine the evaluation target description and the similarity information.

 The similarity calculation module 144 calculates at least one element from among the factors affecting the technology transaction cost according to at least one technical classification from the information on the technical transaction stored in the database 120, The similarity between the technology to be evaluated and the technology trading structure according to the technical classification is calculated.

The similarity calculation module 144 calculates the similarity of each of the technical transactions based on the technical transaction information stored in the database 120, It is possible to calculate at least one element among the elements. Factors affecting the cost of technology transactions include at least two of the technology provider type, type of technology provider, contract term, transaction method, payment amount or payment rate, payment method, technology type, degree of innovation and commercialization phase . A detailed description thereof has been described above with reference to Figs. 9 to 11.

The similarity calculation module 144 may analyze the similarity of the technology to be evaluated and the technology transaction cost per technology field based on the calculated at least one factor and calculate the technology transaction evaluation value of the technology to be evaluated based on the analyzed similarity . At least one element may be at least one of a technology providing company type, a contract term, a transaction method, a technology type, a technology innovation information, and a commercialization step.

The similarity calculation module 144 may calculate the similarity by using a cosine coefficient method in which at least one element that affects the evaluation target description and the factors that influence the transaction case information stored in the database are cosine coefficients.

The similarity calculation module 144 may calculate the calculated value of the technology trading value by adjusting the value of the technology trading value using the value ratio according to the weight. For example, the similarity calculation module 144 may provide a maximum value and a minimum value of a technology transaction evaluation value using the maximum value and the minimum value of the value ratio. The similarity calculation module 144 may calculate the final technology transaction cost for the calculated value of the technology trading using the scoring method or the like in order to calculate the final technology fee as the case may be.

In order to confirm the similarity and similarity between each existing transaction case and the evaluation target technology, it is possible to use the attribute value of each technology possessed by the existing transaction case and the evaluation target technology. Generally, similarity can be confirmed by taking all transaction case attribute data into consideration. However, it is possible to selectively use attribute values that reflect unique characteristics of each industry, industry, or product (technology) and utilize them as attributes for measuring similarity.

There are various methods for measuring the similarity based on transaction case attributes such as industry, industry, and product technology classified according to a specific purpose. For example, the Euclidean distance measure method, which is an applicable distance coefficient method, and the cosine coefficient method, which is a similarity coefficient method, can be utilized.

For example, when the cosine coefficient method is used, when the cosine coefficient value is 0, the two objects (the comparison technique and the evaluation technique) are completely different from each other. Thus, it is possible to evaluate the relative value of a particular technology's trading opportunity by referring to past trading case information having a cosine coefficient value close to one.

In order to determine the degree of similarity, several factors affecting the technology transactions by industry classification are determined. If there is a lack of technical transaction information or a result that is concentrated on the specific result according to the factors, some factors are added to judge similarity can do.

FIG. 12 is a diagram illustrating major factors or descriptive attributes that can determine the similarity between the evaluation target technology and the valuation of the transaction technology for each industry classification.

For example, in the field of information and telecommunications, it is possible to judge the similarity between the valuation technique and the value evaluation of the traded technology, such as the technology providing company type, the contract period, the technology type, the technology innovation information and the commercialization stage.

(A1, a2, ..., an), and the attribute value of the influence factor of the i-th transaction case information among the collected transaction case information is bi (b1 , b2, ..., bn), the similarity in the field of machine material / information communication is expressed by Equation (3).

Here, each index is the same as the number according to the description attribute in FIG.

On the other hand, the similarity in the field of electric < RTI ID = 0.0 > electronics / textiles < / RTI >

FIG. 13 is a detailed example of FIG. 12, which shows technical attributes according to the industrial technology classification according to the embodiment of the present invention in the fields of machine material / information communication and electric / electronic / textile chemistry, and shows the category thereof.

In this way, if the cosine coefficient method is used, the similarity between the value of the technology to be evaluated and the transaction case can be judged, and the royalties can be calculated by referring to transaction case information having a value close to 1.

For example, refer to the results of the top 5% similarity cases and refer to the results of the top 5% results having a similarity value of 0.9 or more.

If there is a lot of information on the existing transaction cases collected, it may be necessary to adjust the final technology fee.

 The value estimation module 146 calculates the economic value of the evaluation target technology based on the similarity calculated in the similarity calculation module 144. [

Fig. 14 is an exemplary diagram for explaining an example of adjusting the technology fee.

Basically, it may be necessary to make adjustments considering changes in value over time. To do this, we check the similarity measurement results by comparing the attribute values of the evaluation target technology and the existing transaction case information, and finally make the comparison adjustment based on the time attribute (trade year) based on the result.

Based on the results based on time attributes, the final royalty rates can be calculated by referring to the most recent transactions cases and adjusting to adjust the difference between the finally obtained similar technology transaction cases and the evaluation target technology.

For example, an adjustment method using a scoring method can be used to determine the final royalty rate.

For example, the protection potential, the utility versus the existing method, the scope of the exclusivity, the expected revenue of the technologist, the commercial success potential, the restriction of the utilization area, the comparable license rate, the duration of protection, We can calculate the score based on the technology introduction weight and the technology providing weight using the attributes such as similar assets and the possibility of selling the same price, and can calculate the technology introduction weighted average and technology providing weighted average.

At this time, if the value ratio is derived at the time of technology introduction or technology provision, the final royalty rate can be estimated by multiplying the average royalty rate value by the value ratio.

Fig. 15 discloses an example of estimating the final royalty according to the value ratio.

In this example, if the average royalty rate is set at 3%, the final royalty rate estimate is adjusted to 3.07% and 3.10% at the time of introducing technology or providing technology, respectively, and the best or worst case royalty rate estimate And 5.00% and 1/00% (when technology is introduced and technology is provided), respectively.

The range of the estimation result of the royalty rate is adjusted by comparing with the result value calculated by analyzing the existing technology transaction case (<Technical fee and royalty rate by industry technical classification> and <Semiconductor royalty rate and royalty rate by Korean standard industry classification>). If the range value exceeds the range value analyzed by the actual case, the range value calculated from the existing case can be utilized.

 The technology value estimation module 146 may display the calculated value of the technology transaction evaluation value and provide it to the user.

An embodiment of an apparatus for evaluating a technology value according to the present invention can provide the above information to a user who is limited in the outside and the Internet connection.

16 is a diagram illustrating a method of evaluating the economic value of a technology to be evaluated according to an embodiment of the present invention.

Referring to FIG. 16, the technology valuation apparatus builds a database of technology transfer trades for each industrial technology classification (S402). If there is already a technology transfer transaction example by industry technology in the database, this can be used, and step S402 can be omitted.

Then, the technology valuation device classifies the technology transfer contract type by the transfer contract and the license agreement, and evaluates the economic value of the technology to be evaluated.

First, the case of the license agreement will be explained.

In the case of a license agreement, the technology valuation apparatus designs at least one element among the factors affecting the technology transaction cost by the technology field from the data of the technology transfer transaction stored in the database (S404a).

Then, the technology valuation apparatus calculates the similarity between the evaluation target technology and the technology transaction structure according to the technical classification based on the calculated factor (S406a), and calculates the economic value of the evaluation target technology based on the calculated similarity (S408a).

Next, the case of a transfer contract will be described.

In the case of the contract of transfer, the technology valuation apparatus calculates the incremental profit due to introduction and use of the evaluation target technology, calculates the variability of the calculated incremental profit, and obtains the incremental profit and the volatility ratio (S404b).

Then, the technology value evaluating device derives the ratio of the incremental profit to the volatility ratio and the market transaction price based on the information on the technology transaction stored in the database, and obtains the MPSDR of the industry / technology classification to which the evaluation target technology belongs (S406b).

Then, the technical value evaluation apparatus calculates the economic value of the evaluation target technology by multiplying the incremental profit to volatility ratio by the MPSDR (S408b).

Such a technology valuation method can be written in a program, and the codes and code segments constituting the program can be easily deduced by a programmer in the field. In addition, a program relating to a technology valuation method is stored in an information storage medium (Readable Media) that can be read by an electronic device, and can be read and executed by an electronic device.

Thus, those skilled in the art will appreciate that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the embodiments described above are to be considered in all respects only as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

100: technology value evaluation device 110: database construction part
120: database 130: first valuer
140: second valuation unit

Claims (10)

delete If the technology transfer contract type is a contract of repurchase, the incremental profit to volatility ratio of the technology to be evaluated is calculated. Based on the information on the previously stored technology transaction, the MPSDR of the industry / technology classification A first value evaluating unit for calculating an economic value of the evaluation target technology using the incremental profit to volatility ratio and the MPSDR; And
If the type of technology transfer contract is a license contract, calculating at least one element from the information on the previously stored technology transaction that affects the technology transaction cost according to at least one technology classification, and based on the calculated factor And a second value evaluating unit calculating the similarity between the evaluation target technology and the technology trade structure according to the technical classification and calculating the economic value of the evaluation target technology based on the calculated similarity,
Wherein the first value evaluating unit comprises:
A market multiplier calculation module for calculating an incremental profit due to the introduction and use of the evaluation target technology, calculating a variability of the calculated incremental profit by applying a logarithmic present value profit method, and calculating the incremental profit and the variability ratio;
A market multiplier index derivation module for deriving a ratio of the obtained incremental profit to volatility ratio and the market transaction price based on the information on the stored technical transactions to grasp the MPSDR of the industry / technology classification to which the evaluation target technology belongs; And
And a value estimation module for calculating the economic value of the evaluation target technology by multiplying the incremental profit to volatility ratio by the MPSDR,
Wherein the MPSDR means a slope when expressing the relationship between the incremental profit to volatility ratio and the corrective transaction price as a linear equation having a positive slope.


delete 3. The method of claim 2,
Wherein the second value evaluating unit comprises:
And calculating the economic value of the evaluation target technology by using the value ratio according to the weight to the calculated economic value of the evaluation target technology.
3. The method of claim 2,
And a database for storing information on a technology transaction according to a technology classification method.
delete A method for evaluating the economic value of a technology to be evaluated,
(a) classifying the technology transfer contract type into a transfer contract and a license agreement; And
(b) In the case of a transfer contract, the economic value of the technology to be evaluated is evaluated based on the market multiplier of the technology to be evaluated, and in the case of the license contract, based on the similarity between the evaluation target technology and the technology transaction case information, Evaluating the economic value,
The evaluation of the economic value of the evaluation target technology based on the market multiplier of the evaluation target technology in the case of the ammunition contract in the step (b)
Calculating an incremental profit due to introduction and use of the evaluation target technology, calculating a variability of the calculated incremental profit by applying a logarithmic value present profit method, and calculating the incremental profit and the volatility ratio; Determining an MPSDR of the industry / technology classification to which the evaluation target technology belongs by deriving a ratio of the obtained incremental profit to volatility ratio and the market transaction price based on the stored technical transaction information; And multiplying the incremental profit to volatility ratio by the MPSDR to calculate an economic value of the evaluation target technology,
In the step (b), in the case of the license agreement, the evaluation of the economic value of the evaluation subject technology based on the similarity between the evaluation subject technology and the technical transaction case information is performed based on at least one technical classification Calculating at least one element of factors influencing the technology transaction cost; Calculating a similarity between the evaluation target technology and the technology transaction structure according to the technical classification based on the calculated factor; And calculating the economic value of the evaluation target technology based on the calculated similarity.



delete delete When executed by the technology valuation device,
A method for evaluating the economic value of a technology to be evaluated,
(a) classifying the technology transfer contract type into a transfer contract and a license agreement; And
(b) In the case of a transfer contract, the economic value of the technology to be evaluated is evaluated based on the market multiplier of the technology to be evaluated, and in the case of the license contract, based on the similarity between the evaluation target technology and the technology transaction case information, Evaluating the economic value,
The evaluation of the economic value of the evaluation target technology based on the market multiplier of the evaluation target technology in the case of the ammunition contract in the step (b)
Calculating an incremental profit due to introduction and use of the evaluation target technology, calculating a variability of the calculated incremental profit by applying a logarithmic value present profit method, and calculating the incremental profit and the volatility ratio; Determining an MPSDR of the industry / technology classification to which the evaluation target technology belongs by deriving a ratio of the obtained incremental profit to volatility ratio and the market transaction price based on the stored technical transaction information; And multiplying the incremental profit to volatility ratio by the MPSDR to calculate an economic value of the evaluation target technology,
In the step (b), in the case of the license agreement, the evaluation of the economic value of the evaluation subject technology based on the similarity between the evaluation subject technology and the technical transaction case information is performed based on at least one technical classification Calculating at least one element of factors influencing the technology transaction cost; Calculating a similarity between the evaluation target technology and the technology transaction structure according to the technical classification based on the calculated factor; And computing the economic value of the evaluation target technology based on the calculated similarity. &Lt; Desc / Clms Page number 19 &gt;

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