Technology implementation management system

Abstract

To provide a system for understanding accurate implementation of a target technology from a technology transfer origin to a technology transfer destination.SOLUTION: A technology implementation management system includes: an implementation management server which manages an implementation of a technology from a transfer origin; and an execution side terminal which is connected to the implementation management server through a public line and instructs implementation at a technology transfer destination. The system manages the implementation of technology by exchanging the execution and completion of each process between the implementation management server and the execution side terminal on the basis of a specially combined electronic code including an encryption key.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to a technology execution management system for technology transfer. More specifically, the present invention relates to a technology execution management system for ensuring that a technology transfer recipient accurately executes a technology of a source in accordance with instructions from the source when transferring a specific technology. [Background technology]

[0002] It is well known that, when implementing a certain technology, the technology is managed in the process using IoT technology or identification codes such as three-dimensional codes represented by QR codes (registered trademark) and bar codes (hereinafter referred to as digitized codes).

[0003] For example, Patent Document 1 discloses a process management system that can identify each part in a work process in which workers assemble products made of multiple parts or a wide variety of products, and trace the process until the specified product is completed.

[0004] According to Patent Document 1, image information captured by a camera during the manufacturing process of a product is associated with code information obtained by reading an identification code attached to the product using a reader, and the associated information is recorded in a database. The image information extracted using the code information is then displayed on a viewing terminal, making it possible to trace the manufacturing process of a specific product.

[0005] Furthermore, a technology for supporting production and the like using IoT technology is also known (Patent Document 2). Furthermore, systems for managing intellectual property rights following technology transfer are known (Patent Documents 3 to 8). [Prior art documents] [Patent documents]

[0006] [Patent Document 1] Patent Publication G [Patent Document 2] JP 2004-164311 A [Patent Document 3] JP 2001-14327 A [Patent Document 4] Japanese Patent Application Publication No. 10-283400 [Patent Document 5] Japanese Patent Application Publication No. 11-345246 [Patent Document 6] JP 2002-117215 A [Patent Document 7] JP 2004-213595 A [Patent Document 8] JP 2006-293418 A Summary of the Invention [Problem to be solved by the invention]

[0007] However, simply combining these methods makes it extremely difficult to accurately transfer the technology of the source to the recipient. In addition, the source is unlikely to be willing to impart all of its technological know-how, and there is concern that the recipient may not implement the technology correctly according to the source's instructions, or may implement it improperly, which has hindered the smooth implementation of technology transfer.

[0008] In addition, the recipient of the technology transfer may be concerned about whether the technology of the original party is as disclosed by the recipient, and may also be concerned that the technology is too complex to achieve the intended purpose.

[0009] Therefore, an object of the present invention is to provide a system that can transfer a target technology of a technology transfer source to a technology transfer destination and grasp the exact implementation of the target technology. [Means for solving the problem]

[0010] The present invention, which solves the above problems, relates to the following items.

[0011] A technology implementation management system comprising an implementation management server that manages the implementation of the technology of the technology transfer source, and an implementation side terminal that is connected to the implementation management server via a public line and instructs the implementation at the technology transfer destination, The implementation management server includes: a process condition data storage unit that stores execution conditions of each process; A process execution instruction unit for instructing the execution side terminal to execute each process; an execution determination unit that determines whether each process matches an execution condition when the process is executed at the execution side terminal and an execution completion notification is transmitted from the execution side terminal; Equipped with Furthermore, the management server includes an electronic code generating unit that generates a computerized code associated with condition data of a process when instructing the execution of the process, generates a computerized code associated with a process execution result when the process execution result is transmitted based on a completion notification of the execution, and assigns an encryption key to the computerized code for at least each process; A technology implementation management system characterized by having an electronic code synthesis unit that generates an electronic code associated with the process execution result after the execution result of the final process is transmitted, and then synthesizes the generated electronic codes to synthesize an electronic code for the implemented technology.

[0012] 2. A technology implementation management system characterized by calculating royalties based on the synthesized electronic code.

[0013] 3. A technology implementation management system characterized by performing traceability based on the synthesized electronic code.

[0014] 4. A technology implementation management system further characterized in that the implementation management server is provided with a user registration unit for registering the implementing user, and the synthesized electronic code is associated with the accessing user information.

[0015] 5. The technology execution management system described in 4 further comprises a technology evaluation system for managing the skill level of technology acquirers, and assigns engineers evaluated by the technology evaluation system to technology execution destinations.

[0016] 6. A technology execution management system as described in 4 or 5, characterized in that the skill level of the technology performed by the user is determined based on information on the accessed user information and the associated electronic code.

[0017] 7. The technology implementation management system according to claim 6, further characterized in that it is connected to a technology training system for mastering the technology of the technology provider.

[0018] 8 A technology implementation management system characterized in that the implementation terminal of the transfer destination is remotely monitored by an IoT device.

[0019] 9. The technology implementation management system described in 8, characterized in that the implementation terminal of the transfer destination is connected to the terminal of the user who executes the technology via a communication line.

[0020] 10. The technology implementation management system described in 8 or 9, characterized in that the management server provides execution support by voice, video and text when instructing the execution of each process.

[0021] 11. A technology implementation management system, characterized in that the management server stores, in addition to process management information, material information including raw materials, intermediates, processed products, and finished products, linked by electronic codes.

[0022] 12. The technology implementation management system further characterized in that the implementation terminal can access the management server by a digitalized code designated in advance by the technology implementation management system.

[0023] 13. The technical execution management system further comprises a server connected to a certification body and transmitting the electronically coded data in response to a request from the server of the certification body.

[0024] 14 A technology implementation management method according to the technology implementation management system of the present invention, (a) accessing said management server from the implementation terminal of the transfer destination, and if said access is judged to be from the technical implementation destination, generating implementation digitized codes for all processes to be implemented this time, including encryption keys, and associating each generated digitized code with each process condition data; (b) a step of transmitting a computerized code of step 1, which is a first step, to the execution terminal to instruct execution of step 1; (c) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 1 after completion as an additional process 1 digitized code by adding a digitized code including an encryption key for the process 1 completion to the digitized code for process 1, and storing the additional process 1 digitized code and the execution data for process 1 associated therewith; (d) synthesizing the additional computerized code of step 1 with the computerized code of step 2 to instruct execution of step 2; (e) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 2 after completion as an additional process 2 digitized code by adding a digitized code for process 2 completion including an encryption key to the digitized code for process 2, and storing the additional process 2 digitized code and the execution data for process 2 associated therewith; (f) synthesizing the additional step 2 digitized code with the step 3 digitized code to instruct execution of step 3; (g) repeating the same steps to synthesize an additional final step immediately preceding step digitized code including an encryption key into the final step digitized code, thereby issuing an instruction to execute the final step; (h) a step of, after receiving a process completion notification including an execution condition from the execution terminal, adding a final process completion digitization code to the final process digitization code to create an additional final process digitization code for the final process after completion, and storing the additional final process digitization code and the execution data of the final process associated therewith; (i) a process of synthesizing the additional computerized codes from process 1 to the final process to generate a computerized code for implementation management; A technology implementation management method comprising:

[0025] 15 A program for operating the technology implementation management method of the present invention. (a) accessing said management server from the implementation terminal of the transfer destination, and if said access is judged to be from the technical implementation destination, generating implementation digitized codes for all processes to be implemented this time, including encryption keys, and associating each generated digitized code with each process condition data; (b) a step of transmitting a computerized code of step 1, which is a first step, to the execution terminal to instruct execution of step 1; (c) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 1 after completion as an additional process 1 digitized code by adding a digitized code including an encryption key for the process 1 completion to the digitized code for process 1, and storing the additional process 1 digitized code and the execution data for process 1 associated therewith; (d) synthesizing the additional computerized code of step 1 with the computerized code of step 2 to instruct execution of step 2; (e) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 2 after completion as an additional process 2 digitized code by adding a digitized code for process 2 completion including an encryption key to the digitized code for process 2, and storing the additional process 2 digitized code and the execution data for process 2 associated therewith; (f) synthesizing the additional step 2 digitized code with the step 3 digitized code to instruct execution of step 3; (g) repeating the same steps to synthesize an additional immediately preceding final step digitized code including an encryption key into the final step digitized code, thereby issuing an instruction to execute the final step; (h) a step of, after receiving a process completion notification including an execution condition from the execution terminal, adding a final process completion digitization code to the final process digitization code to create an additional final process digitization code for the final process after completion, and storing the additional final process digitization code and the execution data of the final process associated therewith; (i) a process of synthesizing the additional computerized codes from process 1 to the final process to generate a computerized code for implementation management; A program comprising:

[0026] 16. Electronic code for implementation management generated by the technology implementation management method of the present invention.

[0027] 17 A method of using the electronic code for managing the implementation of the present invention to create a trademark, AI, FS or PoC for the relevant technology. Effect of the Invention

[0028] According to the present invention, when the technology of the developer is executed at the technology execution destination, the execution procedure of the technology is instructed to the technology execution destination via a computerized code for each process, and the execution and completion of the process are communicated via the electronic code, so that the technology of the provider can be executed accurately at the technology execution destination. The execution results of each process are stored by a computerized code composed of a computerized code including a plurality of encryption keys, and are preferably stored in a distributed manner, so that the newly created computerized code, which is a collection of electronic codes composed of a plurality of electronic codes, is a computerized code that can access the technical contents of various technology providers. The execution results of the technology executed by the technology execution destination according to the execution conditions of the technology of the technology provider according to this computerized code are stored.

[0029] Therefore, this technical information includes support for technology implementation, proof that the technology has been implemented correctly (in other words, the standard for calculating royalties), quality assurance, and traceability information. Moreover, this information can be used for a variety of purposes because it is linked to all information from the technology implementation process to its completion by multiple electronic codes. In addition, these electronic codes are secured from a security standpoint because encryption keys are applied at each process.

[0030] The electronic code composed of multiple electronic codes obtained by this system (hereinafter referred to as collective electronic code) can be used, for example, as data for turning the provider's technology into AI based on the execution conditions and optimal execution results, or as data for FS or PoC. Also, for example, if the technology of the technology developer is a technology certified by a certification body, such as a CO2 reduction technology, this collective electronic code can be used as data for certification by the certification body. [Brief description of the drawings]

[0031] [Figure 1] FIG. 1 is a schematic diagram showing a configuration of a technology execution management system according to a first embodiment of the present invention. [Diagram 2] 2 is a diagram showing an example of a technique for managing execution in the technique management system shown in FIG. 1. [Diagram 3] 3 is a diagram showing an example of a computerized code for the technique shown in FIG. 2. [Figure 4] FIG. 11 is a schematic diagram showing a configuration of a technology execution management system according to a second embodiment of the present invention. [Diagram 5] 2 is a flowchart showing the operation of the technology implementation management system of the present invention shown in FIG. 1. [Figure 6] 1 is a diagram showing an example of the technology implementation management system of the present invention as a waste treatment system based on pyrolysis. [Figure 7] 7 is a flowchart showing the flow of the example shown in FIG. 6. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0032] Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings. As shown in Figure 1, the technology execution management system 100 of the present invention is composed of an implementation management server 10 that manages the implementation of the technology of the technology transfer source, and an implementation side terminal 50 that is connected to the implementation management server 100 via a public line and instructs implementation at the technology transfer destination.

[0033] The implementation management server 10 has a process condition data storage unit 21 that stores the execution conditions of each process, a process execution instruction unit 11 for instructing the implementation side terminal 50 to execute each process, an execution judgment unit 12 that judges whether each process meets the execution conditions when it is executed at the implementation side terminal 50 and an execution completion notification is sent from the implementation side terminal 50, an electronic code generation unit 13 that generates an electronic code to be associated with the condition data of the process when instructing the execution of the process, and generates an electronic code to be associated with the process execution result when the process execution result is sent based on the execution completion notification, and an electronic code synthesis unit 15 that generates an electronic code to be associated with the process execution result when the execution result of the final process is sent, and then combines the generated electronic codes to synthesize an electronic code for the implemented technology.

[0034] In these digitized codes, the part containing the encryption key or the digitized code itself is used as the encryption key. As each process proceeds, this encryption key is deleted from the executing terminal. Therefore, even the executing terminal cannot read the data resulting from execution without special permission. In fact, as is well known in the art, the encryption key includes an encryption key for reading everything and an encryption key for reading specific data, and is controlled by the information disclosure level.

[0035] The requirements for all steps of a technology to be executed at the technology execution destination (hereinafter referred to as the executed technology) are registered for each step in the each-step condition data storage unit 21. As shown in Fig. 2, for example, if the executed technology is a manufacturing technology consisting of five steps, steps 1 to 5, in which the raw materials and intermediates used are A to G and which results in a final product P, the execution requirements for each step 1 to 5 are registered, and the raw material standards, amounts used, and other material conditions for the raw materials, etc., A to G to be used are registered.

[0036] From the viewpoint of security, it is preferable to store such data, particularly electronically coded data, in a distributed manner.

[0037] The present invention is characterized by monitoring the accurate execution of, for example, the manufacturing technology shown in FIG. 2, and managing the results of the accurate execution together with various data in electronic codes associated with these data.

[0038] In the present invention, electronic codes (identification codes) such as two-dimensional codes and three-dimensional codes are used to associate data.

[0039] The feature of the present invention is that, as shown in FIG. 3, a computerized code composed of each process code and a generated code that is generated and assigned thereto is used to trace whether or not a technique has been performed correctly.

[0040] When all steps have been performed correctly, the execution of the technology is completed (implementation completion). In this case, in the present invention, each condition from the start of the execution of the technology to its completion is managed by a computerized code composed of multiple assigned codes.

[0041] By combining these fragments of digitized code and managing the execution results with the digitized code, the execution of the technology can be managed with the encrypted special digitized code. Furthermore, if the technology consisting of a plurality of steps (five steps in the embodiment shown in Figs. 2 and 3, seven types of materials A to G such as raw materials) is a technology related to a method invention (an invention related to a manufacturing method in the embodiment shown in Figs. 2 and 3), this special digitized code becomes a code associated with the implementation of the invention. Furthermore, this special digitized code can be used for calculating royalties, and can also be used as a code for traceability, for example.

[0042] In other words, the present invention is based on the technical idea of ​​monitoring the implementation of the invention by a system, calculating the implementation of the invention by executing each step under predetermined conditions within a predetermined time frame, and calculating royalties based on this. Such a technical idea is a completely new technical idea.

[0043] In addition, the implementation side terminal 50 in the technology execution management system 100 of the present invention may be a control panel or the like in a system related to the technology to be executed, but it is preferable that the implementation management server 10 has a user registration unit (not shown) for registering the implementing user, and the synthesized digitized code is associated with the accessing user information. In other words, by configuring in this way, only the registered user can execute it, and it is possible to prevent execution by a third party. In addition, as shown in FIG. 4, the implementation side terminal 50 is preferably a system that can be remotely controlled by IoT as shown in FIG. 4.

[0044] 4 shows a technical execution management system according to a second embodiment of the present invention. This system configures a remote technical support system in which an implementation side terminal 50 is remotely monitored by IoT technology, and when an execution command is issued from the implementation management server 50 and an execution command is issued, remote support is provided by voice, video, and text.

[0045] In this system, instructions from the implementation management server and reports to the server are sent via the user terminal T. Furthermore, preferably, the skill level of the user is evaluated by the degree of implementation of the technology by the user and education by the online educational institution 220. It is also possible to assign users with a predetermined skill level to a technology implementation location via the human resource assignment server 230.

[0046] In addition, online demonstrations will be conducted based on the IoT monitoring system, and the system can be used as a demonstration for those who wish to implement the technology and as teaching materials at online educational institutions 220.

[0047] Furthermore, by using IoT for remote management, it is possible to perform, for example, regular maintenance and emergency measures via the network.

[0048] Moreover, by sending data obtained by the technology implementation management system of the present invention to the server 250 of the certification authority, it becomes possible to certify a given technology.

[0049] In yet another preferred embodiment of the present invention, the implementation management server 50 is configured to access the implementation management server 50 using a pre-distributed electronic code. By configuring in this way, it becomes possible to limit the number of implementations in a given period of time and to change the processing conditions for each process depending on the raw materials and processed products used.

[0050] In addition, the electronic code generated by the technology implementation management system of the present invention can be effectively utilized as a trademark of the corresponding technology, as data collection for AI, and as data for FS or PoC.

[0051] That is, by varying the operating conditions for each step between upper and lower limits depending on the ambient conditions and, for example, the raw material conditions, it is possible to optimize the operating requirements of the technology.

[0052] Furthermore, by conducting preliminary tests according to the conditions at the site where the system is to be introduced, it is possible to set process conditions suitable for that site.

[0053] Next, the operation of the technology implementation management system of the present invention will be described with reference to the flow chart shown in FIG.

[0054] As shown in Figure 5, the technology implementation management method using the technology implementation management system is as follows: The management server is accessed from the implementation terminal of the transfer destination, and if it is determined that the access is from the technology implementation destination, an implementation digitization code to be implemented this time is generated for all processes, and each generated digitization code is associated with each process condition data (a).

[0055] Next, the electronic code for step 1, which is the first step, is sent to the implementation terminal to instruct execution of step 1 (b).

[0056] After receiving a process completion notification including the execution conditions from the implementation terminal, the electronic code for process 1 completion is added to the electronic code for process 1 to create an additional process 1 electronic code as an additional process 1 electronic code, the additional process 1 electronic code and the execution data for process 1 associated therewith are saved (c), and the additional process 1 electronic code is combined with the electronic code for process 2 to give an instruction to execute process 2 (d).

[0057] Next, after receiving a process end notification including the execution conditions from the implementation terminal, the computer adds a process 2 end digitization code to the process 2 digitization code to create a digitization code for process 2 after completion as an additional process 2 digitization code, and saves the additional process 2 digitization code and the execution data for process 2 associated therewith (e).Then, the additional process 2 digitization code is combined with the digitization code for process 3 to issue an execution instruction for process 3 (f).

[0058] Similar steps are then repeated until the final step is reached. The additional final and immediately preceding step digitization codes are combined with the digitization code for the final step to issue an instruction to execute the final step (g), and after receiving a process completion notification including the execution conditions from the implementation terminal, the digitization code for the final step completion is added to the digitization code for the final step to create a digitization code for the final step after completion as an additional final step digitization code, the additional final step digitization code and the execution data for the final step associated with it are saved (h), and the additional digitization codes for steps 1 to the final step are combined to create a digitization code for implementation management (i).

[0059] By repeating these steps, the server issues instructions to the execution terminal to execute the process under appropriate conditions, and the execution terminal executes the process under appropriate conditions based on those instructions. The execution results are stored on the server, and at the same time, a digitized code containing an encryption key is issued to associate the stored data with the digitized code. By repeatedly confirming the completion of a process and issuing an instruction to execute the next process, it is possible to know that the technology was executed correctly from the first process to the last, and the data at that time is stored in a state of multiple encryption.

[0060] In a preferred embodiment of the present invention, the amount of production, processing, etc., that has been achieved through this process can be measured, and this proves that the technology has been implemented correctly based on the requirements of the technology (invention). Therefore, the method of the present invention makes it possible to calculate royalties for the results of implementing the technology.

[0061] Such a flow is novel, and therefore the invention extends to a program for managing engineering performance by an engineering performance management system.

[0062] That is, the program for managing technology implementation by the technology implementation management system of the present invention includes the following steps: (a) accessing said management server from the implementation terminal of the transfer destination, and if said access is judged to be from the technical implementation destination, generating implementation digitized codes for all processes to be implemented this time, including encryption keys, and associating each generated digitized code with each process condition data; (b) a step of transmitting a computerized code of step 1, which is a first step, to the execution terminal to instruct execution of step 1; (c) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 1 after completion as an additional process 1 digitized code by adding a digitized code including an encryption key for the process 1 completion to the digitized code for process 1, and storing the additional process 1 digitized code and the execution data for process 1 associated therewith; (d) synthesizing the additional computerized code of step 1 with the computerized code of step 2 to instruct execution of step 2; (e) after receiving a process completion notification including the execution conditions from the implementation terminal, generating a digitized code for process 2 after completion as an additional process 2 digitized code by adding a digitized code for process 2 completion including an encryption key to the digitized code for process 2, and storing the additional process 2 digitized code and the execution data for process 2 associated therewith; (f) synthesizing the additional step 2 digitized code with the step 3 digitized code to instruct execution of step 3; (g) repeating the same steps to synthesize an additional final step immediately preceding step digitized code including an encryption key into the final step digitized code, thereby issuing an instruction to execute the final step; (h) a step of, after receiving a process completion notification including an execution condition from the execution terminal, adding a final process completion digitization code to the final process digitization code to create an additional final process digitization code for the final process after completion, and storing the additional final process digitization code and the execution data of the final process associated therewith; (i) a process of synthesizing the additional computerized codes from process 1 to the final process to generate a computerized code for implementation management; Includes.

[0063] Next, a specific example of the present invention will be described. As shown in FIG. 5, in the implementation management system of the present invention, the implementation terminal can be a system for obtaining fuel oil by treating waste by pyrolysis.

[0064] Specifically, as shown in Figures 6 and 7, the system for obtaining fuel oil by treating waste materials through pyrolysis involves feeding the organic matter, such as municipal solid waste (MSW), food waste, waste plastic, ocean plastic, and waste tires, into the pyrolysis furnace of the pyrolysis system, which is the implementation terminal (Step 0), heating the inside of the furnace to a specified temperature (Step 1), maintaining that temperature for a specified time (Step 3), and cooling the furnace when the organic matter fed in is completely pyrolyzed (Step 4). At this time, crude fuel oil is obtained as a product, which can be subsequently refined into fuel oil as desired (Step 5), or can be refined together to produce fuel oil.

[0065] At this time, the implementation management server 10 is composed of an authentication server that authenticates the user, a process determination section (corresponding to the process instruction section and execution result determination section in FIG. 1) that determines the end of a process (end determination is made when each process meets the process conditions), a code generation section, and a data storage section. On the other hand, the implementation terminal 50 is a mechanism that can exchange data with the implementation management server 10 via, for example, a user terminal T, and performs authentication based on a digitized code that has been issued in advance and sent to the terminal T, scans the code affixed to the waste to be processed as process 0, and after scanning and authenticating a predetermined amount of waste, transmits it to the implementation management server 10 together with information such as the type of waste and the amount to be processed. The implementation management server 10 calculates the execution conditions for all processes according to the type and amount of waste based on the information in the digitized code 0, and executes the heating process of process 1 (automatic execution).

[0066] Then, the temperature rise log data and the amount of energy consumption are stored along with the elapsed time, and when a predetermined temperature is reached, it is determined that step 1 is complete, a computerized code 1 associated with these stored data is issued, and the process automatically moves to step 2. Step 2 continues at the predetermined temperature for a predetermined time, for example, until the production of crude fuel is no longer measured, and similarly, the temperature log data, energy consumption data, data on the amount of crude fuel produced, etc. are stored in a data area separate from step 1, and when it is determined that step 2 is complete, a computerized code 2 associated with these stored data is issued (automatic execution).

[0067] In this example, when moving from the previous process to the next process, a process completion determination and an electronic code corresponding to the process are generated, but if desired, confirmation information of the process completion may be sent to the terminal, and the process may move to the next process after confirmation.

[0068] When step 2 is completed, in this waste treatment system, it is possible to select whether to terminate the operation or to carry out another waste treatment (continue).

[0069] If the user selects to continue processing, a digitized code F is generated based on the digitized code for each process. This digitized code F is a digitized code composed of digitized codes 1 to 3, which are encryption keys, and royalties are calculated in relation to this code. In other words, royalties are calculated based on a coefficient determined in advance from the identification of the processing system, the processing date and time, the waste to be processed and its processing volume, etc.

[0070] It is also possible to calculate carbon credits based on the energy consumed and the fuel produced, etc. Furthermore, the system price, operating costs (running costs, maintenance fees, labor costs), royalties, profits from waste treatment, carbon credits, etc. can be used as encrypted F / S data or PoC data based on the quantification. [Industrial Applicability]

[0071] According to the present invention, when the technology of the developer is executed at the technology execution destination, the execution procedure of the technology is instructed to the technology execution destination via a computerized code for each process, and the execution and completion of the process are communicated via the electronic code, so that the technology of the provider can be executed accurately at the technology execution destination. The execution results of each process are stored by a computerized code composed of a computerized code including a plurality of encryption keys, and are preferably stored in a distributed manner, so that the newly created computerized code, which is a collection of electronic codes composed of a plurality of electronic codes, is a computerized code that can access the technical contents of various technology providers. The execution results of the technology executed by the technology execution destination according to the execution conditions of the technology of the technology provider according to this computerized code are stored.

[0072] Therefore, this technical information includes support for technology implementation, proof that the technology has been implemented correctly (in other words, the standard for calculating royalties), quality assurance, and traceability information. Moreover, this information can be used for a variety of purposes because it is linked to all information from the technology implementation process to its completion by multiple electronic codes. In addition, these electronic codes are secured from a security standpoint because encryption keys are applied at each process.

[0073] The electronic code composed of multiple electronic codes obtained by this system (hereinafter referred to as collective electronic code) can be used, for example, as data for turning the provider's technology into AI based on the execution conditions and optimal execution results, or as data for FS or PoC. Also, for example, if the technology of the technology developer is a technology certified by a certification body, such as a CO2 reduction technology, this collective electronic code can be used as data for certification by the certification body. [Explanation of symbols]

[0074] 10. Implementation Management Server 11 Process Execution Instruction Department 12 Execution decision section 13 Electronic Code Generator 14 Electronic Code Synthesis Section 100,200 Execution Management System 210 Skill Evaluation Server 220 Online Educational Institutions 230 Talent assignment server 240 Virtual Demo System 250 Certificate Authority Servers

Claims

1. A technology implementation management system comprising an implementation management server that manages the implementation of a technology of a technology transfer source, and an implementation side terminal that is connected to the implementation management server via a public line and instructs implementation at a technology transfer destination, The implementation management server includes: a process condition data storage unit that stores execution conditions of each process; A process execution instruction unit for instructing the execution side terminal to execute each process; an execution determination unit that determines whether each process matches an execution condition when the process is executed at the execution side terminal and an execution completion notification is transmitted from the execution side terminal; Equipped with Furthermore, the management server includes an electronic code generating unit that generates an electronic code associated with condition data of a process when instructing the execution of the process, generates an electronic code associated with a process execution result when the process execution result is transmitted based on a completion notification of the execution, and assigns an encryption key to the electronic code for at least each process; A technology implementation management system characterized by having an electronic code synthesis unit that generates an electronic code associated with the process execution result after the execution result of the final process is transmitted, and then synthesizes the generated electronic codes to synthesize an electronic code for the implemented technology.

2. 2. The technology implementation management system according to claim 1, wherein royalties are calculated based on the synthesized electronic code.

3. 2. The technology implementation management system according to claim 1, wherein traceability is performed based on the synthesized electronic code.

4. The technology implementation management system according to any one of claims 1 to 3, further characterized in that the implementation management server is provided with a user registration unit for registering the user who will implement the technology, and the synthesized electronic code is associated with the accessing user information.

5. The technology execution management system according to claim 4, further comprising a technology evaluation system for managing the skill level of technology learners, and assigning engineers evaluated by said technology evaluation system to technology execution destinations.

6. 6. The technology execution management system according to claim 4, further comprising: a step of determining a skill level of a technology executed by a user based on information on a computerized code associated with accessed user information.

7. 7. The technology execution management system according to claim 6, further comprising a technology training system for acquiring the technology of a technology provider.

8. The technology implementation management system according to any one of claims 1 to 7, characterized in that the implementation terminal of the transfer destination is a system remotely monitored by an IoT device.

9. 9. The technology implementation management system according to claim 8, wherein the implementation terminal of the transfer destination is connected to a terminal of a user who implements the technology via a communication line.

10. 10. The engineering implementation management system according to claim 8, wherein the management server provides execution support by voice, video and text when issuing an instruction to execute each process.

11. The technology implementation management system according to any one of claims 1 to 7, characterized in that the management server stores, in addition to process management information, material information including raw materials, intermediates, processed products, and finished products, linked by electronic codes.

12. Further, the technology implementation management system according to any one of claims 1 to 11, characterized in that the implementation terminal is capable of accessing the management server using an electronic code specified in advance by the technology implementation management system.

13. The technical execution management system according to any one of claims 1 to 12, further characterized in that the technical execution management system is connected to a server of a certification body and transmits the electronically coded data in response to a request from the server of the certification body.

14. A technology implementation management method according to any one of claims 1 to 13, comprising: (a) accessing said management server from the implementation terminal of the transfer destination, and if it is determined that said access is from the technical implementation destination, generating implementation digitized codes for all processes to be implemented this time, including encryption keys, and associating each generated digitized code with each process condition data; (b) a step of transmitting a computerized code of step 1, which is a first step, to the execution terminal to instruct execution of step 1; (c) after receiving a process end notification including the execution conditions from the implementation terminal, generating a digitized code for the process 1 after completion as an additional process 1 digitized code by adding a digitized code including an encryption key for the process 1 end to the digitized code for the process 1, and storing the additional process 1 digitized code and the execution data for the process 1 associated therewith; (d) synthesizing the additional step 1 digitized code with the step 2 digitized code to instruct execution of step 2; (e) after receiving a process end notification including the execution conditions from the implementation terminal, generating a digitized code for the process 2 after completion as an additional process 2 digitized code by adding a digitized code for the process 2 end including an encryption key to the digitized code for the process 2, and storing the additional process 2 digitized code and the execution data for the process 2 associated therewith; (f) synthesizing the additional step 2 digitized code with the step 3 digitized code to instruct execution of step 3; (g) repeating the same steps to synthesize an additional final step immediately preceding step digitized code including an encryption key into the final step digitized code, thereby issuing an instruction to execute the final step; (h) after receiving a process completion notification including the execution conditions from the implementation terminal, creating an additional final process digitization code by adding a final process completion digitization code to the final process digitization code to create an additional final process digitization code for the final process after completion, and storing the additional final process digitization code and the execution data of the final process associated therewith; (i) synthesizing the additional computerized codes from step 1 to the final step to generate a computerized code for implementation management; A technology implementation management method comprising:

15. A technology implementation management program for executing the technology implementation management method according to claim 14. (a) accessing said management server from the implementation terminal of the transfer destination, and if it is determined that said access is from the technical implementation destination, generating implementation digitized codes for all processes to be implemented this time, including encryption keys, and associating each generated digitized code with each process condition data; (b) a step of transmitting a computerized code of step 1, which is a first step, to the execution terminal to instruct execution of step 1; (c) after receiving a process end notification including the execution conditions from the implementation terminal, generating a digitized code for the process 1 after completion as an additional process 1 digitized code by adding a digitized code including an encryption key for the process 1 end to the digitized code for the process 1, and storing the additional process 1 digitized code and the execution data for the process 1 associated therewith; (d) synthesizing the additional step 1 digitized code with the step 2 digitized code to instruct execution of step 2; (e) after receiving a process end notification including the execution conditions from the implementation terminal, generating a digitized code for the process 2 after completion as an additional process 2 digitized code by adding a digitized code for the process 2 end including an encryption key to the digitized code for the process 2, and storing the additional process 2 digitized code and the execution data for the process 2 associated therewith; (f) synthesizing the additional step 2 digitized code with the step 3 digitized code to instruct execution of step 3; (g) repeating the same steps to synthesize an additional final step immediately preceding step digitized code including an encryption key into the final step digitized code, thereby issuing an instruction to execute the final step; (h) after receiving a process completion notification including the execution conditions from the implementation terminal, creating an additional final process digitization code by adding a final process completion digitization code to the final process digitization code to create an additional final process digitization code for the final process after completion, and storing the additional final process digitization code and the execution data of the final process associated therewith; (i) synthesizing the additional computerized codes from step 1 to the final step to generate a computerized code for implementation management; A program comprising:

16. A computerized code for implementation management generated by the technology implementation management method according to claim 14.

17. A method for using the electronic code for implementation management according to claim 16 to create a trademark, AI, FS or PoC of the relevant technology.

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