JP2006012089A - Business pursuer education management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a business pursuer education management system capable of efficiently and precisely performing a technical education before starting various businesses to business pursuers and significantly reducing the cost. <P>SOLUTION: This business pursuer education management system for performing a technical education for a predetermined business to a plurality of business pursuers engaged in the predetermined business before starting the business, and managing the result of the technical education comprises a business pursuer education management server to which the business pursuers can connect through external terminals via a network. The business pursuer education management server comprises a database including at least a technical education database storing technical education data for various businesses and an education history database storing history data for the technical education received by the business pursuers; and a business pursuer education management means extracting technical education data necessary for executing the predetermined business from the database and providing them to the business pursuers, thereby executing a technical education program according to the predetermined business, and storing and managing the history data for the technical eduction received by the business pursuers in the education history database. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a business worker education management system that provides technical training to business workers engaged in various business operations before starting the business and manages the results of the technical training.

  It is common for business workers engaged in various production operations to receive technical training related to the operations before starting the operations. Such technical education is performed, for example, in a so-called lecture format in which a large number of business workers are gathered at one designated place, and the lecturer stands and explains using texts and electronic media. If the lecture format is adopted in this way, it is efficient because technical education can be conducted for many business workers at once, but it is very complicated to manage the results of technical education. There is. In addition, since some of the workers are experienced, there are variations in the technical level of each worker, and it is very cumbersome and inefficient to study lecture contents. There is a problem.

  In addition, depending on the curriculum of technical education, there are cases where business personnel are gathered at the actual work site and practical training is conducted. In such a case, the work is temporarily stopped and the actual work is actually performed on site. There is a case where a technical explanation is requested from a worker who is engaged in the business, and there is a problem that an inoperable time is actually generated.

  By the way, for example, there is a special work to be performed in a radiation control area such as a nuclear power plant. In such a special work, technical education before the start of the work is required by various laws and regulations. . Also, in facilities that handle radioactive materials, it is required by law that inspections such as maintenance inspections must be performed periodically. In general, a radiation worker engaged in such an inspection moves to a different facility at a regular inspection time and performs the radiation operation. However, radiation handling may vary from company to company, and currently, each facility provides pre-designation for radiation workers to each radiation facility. There is a problem that it is very complicated to manage. In addition, in order to provide technical education to radiation workers in this way, in addition to education expenses, expenses required for various education conducted before the start of work and procedures performed at the start and end of work (wages), waiting wages There is a problem that it is very expensive.

  In addition, the system which manages the exposure amount of such a radiation work worker is known (for example, refer patent document 1). However, the present situation is that no study has been made on a technique for performing technical education before starting work and managing the result of the technical education in various works such as radiation work as described above.

JP 2003-185748 A

  In view of such circumstances, the present invention is capable of efficiently and accurately conducting technical training prior to the start of various business operations for business workers, and capable of significantly reducing costs. It is an object to provide a management system.

  The first mode for solving the above-mentioned problem is that a business worker who performs technical training on a predetermined business and starts managing the result of the technical training for a plurality of business workers engaged in the predetermined business. An education management system, comprising a business worker education management server that can be connected to the business worker via an external terminal via a network, and the business worker education management server includes technical training related to various businesses. A database having at least a technical education database in which data is accumulated and an education history database in which history data relating to technical education received by the workers is accumulated, and technical education necessary for performing the predetermined task from the database When the technical education program corresponding to the predetermined job is executed by extracting the data and providing it to the worker, In workers education management system characterized by comprising a workers education managing means for managing and storing historical data relating to technical education the workers have received the education history database.

  In such a first aspect, technical training prior to the start of various business operations can be efficiently and accurately performed for business workers. In addition, since technical education can be received anywhere via the network, business workers can make effective use of free time and the like. Therefore, the cost can be greatly reduced.

  According to a second aspect of the present invention, in the first aspect, the technical education program includes provision of the technical education data and a confirmation test of the provided technical education data. In the system.

  In the second aspect, knowledge obtained by providing technical education data can be evaluated by a confirmation test.

  According to a third aspect of the present invention, in the second aspect, the business worker education management means has a function of managing by assigning an authentication code to a successful person who has passed the confirmation test. In the employee education management system.

  In the third aspect, by assigning an authentication code to a successful person, it is not necessary for the business worker to receive the passed technical education again, and the efficiency of the technical education before the start of the business can be improved.

  According to a fourth aspect of the present invention, in the third aspect, the business worker education management means is configured to provide the technical education based on historical data related to technical education received by a business worker corresponding to the input authentication code. The business worker education management system has a function of executing an individual technical education program corresponding to a business worker by providing the technical training data necessary for the business worker from a database.

  In the fourth aspect, by executing the individual technical education program for each business worker with reference to the history data, it is possible to perform technical education in consideration of the technical level of the business worker and practical experience.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the technical education database stores 3D data relating to various operations as the technical education data, and the business worker education management The means is a business worker education management system having a function of executing the technical education program by extracting the necessary 3D data from the technical education database and providing the extracted 3D data to the business worker.

  In the fifth aspect, by providing 3D data, a business worker can be given a virtual experience, and high-level technical education can be performed.

  According to a sixth aspect of the present invention, in the fifth aspect, the business worker education management means executes the practical skill education program as the technical education program by providing the 3D data to the business worker. It is in a business worker education management system characterized by having a function.

  In the sixth aspect, technical education in an environment equivalent to practical skill education can be performed.

  According to a seventh aspect of the present invention, in any one of the first to sixth aspects, the predetermined task is a radiation task in a radiation control area, and the technical training program performs the radiation task. It is a business worker education management system characterized by a technical education program for pre-designated radiation worker training for workers.

  In the seventh aspect, at least a part of the radiation protection education required by law can be secured by executing the technical education program.

  According to an eighth aspect of the present invention, in the seventh aspect, the business worker education management means performs the technical training after performing identity verification based on at least a registration number of a radiation management notebook owned by the radiation business worker. It is in a business worker education management system characterized by having a function of executing a program.

  In the eighth aspect, security can be ensured.

  According to the present invention, a predetermined work is performed from a database having at least a technical education database in which technical education data relating to various kinds of work is accumulated and an education history database in which history data relating to technical education received by a work worker is accumulated. The technical education data necessary for the job is extracted and provided to the workers to execute the technical education program according to the predetermined work, and the history data on the technical education received by the workers is stored in the education history database. By managing, it is possible to efficiently and accurately perform technical training before starting various business operations for business workers, and it is possible to achieve a significant cost reduction.

  Hereinafter, the present invention will be described in detail based on embodiments.

  FIG. 1 is a schematic configuration diagram showing a radiation service worker education management system according to Embodiment 1 of the present invention. As shown in FIG. 1, a radiation service worker education management system 100 according to the present embodiment includes a radiation service worker education management server 10 that manages work in a radiation management area. As will be described in detail later, the server 10 includes a database (DB) 20 in which various types of data are stored, and a radiation work worker education management means 30 that executes a technical education program for pre-designation of radiation work workers. .

  A plurality of radiation service workers can be connected to the radiation service worker education management server 10 via a predetermined network 40 from the outside via predetermined terminals 50A to 50C. In addition, as such terminals 50A-50C, what is necessary is just an information communication apparatus provided with various functions of a general computer, for example, a personal computer (PC) etc. are mentioned. The network 40 refers to connection means via a LAN, a dedicated line, or the Internet.

  The database 20 includes a technical education database (technical education DB) 21 in which technical education data 1 relating to radiation work is accumulated, and an education history database (education) in which history data 2 relating to technical education received by radiation work workers is accumulated. In this embodiment, a personal information database (personal information DB) 23 in which personal data 3 of radiation workers and the like are stored is further provided. Note that the database 20 is not limited to this, and may further include necessary information.

  Further, in the present embodiment, the database 20 is illustrated as being provided in the radiation work worker education management server 10, but is not limited to this, and all or part of the database 20 is connected via a network or the like. Any radiation management worker education management means 30 can be referred to. For example, it may be connected to a database in which history data relating to technical education carried out at other facilities that handle radiation is stored, and this database may be referred to by the radiation service worker education management means 30.

  Here, the technical education database 21 stores technical education data 1 related to various types of education such as radiation protection education, specifically, basic knowledge, practical knowledge, and practical skills, for example. Among the technical education data 1, data relating to basic knowledge education includes, for example, nuclear fuel materials such as uranium (ore), which is a nuclear fuel, working method, equipment structure and handling method, radiation protection laws and regulations, and ionization. Data on the effects of radiation on the living body can be mentioned.

  Technical education data 1 related to practical knowledge education includes, for example, outlines of facilities that handle radiation (such as nuclear power plants and various research institutes) and area classifications of management areas (classification according to radiation level and degree of contamination). Etc.), procedures for entering and leaving the radiation control area, procedures for entering and exiting the radiation control system, radiation protection, work management of work in the radiation control area, management of goods and waste, measures in case of abnormalities, and radiation control area Data related to precautions (processing and transportation of radioactive waste, etc.) are mentioned.

  Here, the data related to procedures for entering and exiting the radiation control area include, for example, the necessary information for entering the control area (on-site entry pass, APD (pocket dosimeter with alarm), glass badge, etc.), and clothing wear standards. Data on respiratory protection equipment (half mask, full face mask, food mask, airline suit, cell fair set, etc.), entry procedures, etc. In addition, FIG. 2 shows an example of data relating to subdivisions of radiation control areas (indicators of area divisions), and FIG. 3 shows an example of data relating to clothing wear standards. The data shown in FIGS. 2 and 3 are, for example, specified general work clothes or management area work clothes (B clothes) in order to prevent exposure when entering the pollution category B and dose equivalent rate category 1 (B1 area). , Hat, cotton gloves, B socks and B shoes.

  Data on radiation protection is data for reducing external exposure, for example, shielding of the source, distance to the source, working time, removal of the source, movement to a low dose equivalent rate area, Data on wearing protective equipment, decontamination, isolation, etc. Other data to prevent contamination include, for example, keeping things organized, wearing protective equipment, not sitting directly on the floor, not wiping your face directly with clothes and gloves, undressing, and shoes. Do not touch the shelves, etc. as data on removing mobile phone, replacing rubber gloves and using the mobile terminal, etc., or data not to spread the contamination, preparing bags for contaminants, moving items, etc. Data and the like.

  In this embodiment, 3D data 4 is stored in the technical education database 21 as the technical education data 1 as data relating to practical training for various tasks. As this 3D data 4, although not shown, for example, a personal dosimeter (glass badge, APD, etc.) that is a radiation measuring device for knowing the external exposure dose, a body surface that measures radioactive substances adhering to the body surface Data that guides how to use a radiation measuring device such as a monitor and a whole body counter (WBC) that evaluates the amount of radioactive substance in the body. In addition to these data, radiation measurement devices for work environments, for example, ionization chamber survey meters and area monitors used for measuring dose equivalent rates, contamination density measurement survey meters for measuring surface contamination density, and article contamination Data that guides how to use inspection devices, dust samplers, dust monitors, and the like used to measure the concentration of radioactive substances in the air.

  In addition, history data 2 relating to technical education received by radiation workers is stored in the education history database 22. Furthermore, in the personal information database 23, as personal data 3 associated with the history data 2 in the education history database 22, for example, the registration number, name, address, health status, etc. of the radiation management notebook owned by the radiation worker Data and company data. Further, in the present embodiment, the personal information database 23 stores an authentication code 5 which is given to a radiation worker who has passed a confirmation test performed in technical education, as will be described in detail later.

  On the other hand, the radiation work worker education management means 30 extracts the technical training data 1 necessary for performing the radiation work from the above-described database 20 and provides the radiation work worker with the technical training program for the radiation work. It has a function of accumulating and managing history data 2 relating to technical education received by radiation workers in the education history database 22.

  The radiation work worker education management means 30 of this embodiment includes an input / output means 31 for executing input / output processing of various data, a person confirmation means 32 for executing identity confirmation processing based on the registration number of the radiation management notebook, and technical education. Technical education data extraction means 33 for executing the program, authentication code giving means 34 for giving the authentication code 5 to the radiation worker, and data storage means 35 for storing various data in the database 20. .

  In the input / output means 31, input / output of various information is performed via the network 40 between the radiation worker's terminals 50 </ b> A to 50 </ b> C and the radiation worker's education management server 10. For example, in the input / output means 31, personal data such as an ID number 6 and a password 7 for confirming the access right to the radiation worker education management server 10 issued in advance, a registration number of the radiation management notebook, a name and a date of birth, etc. Input of 3a to 3c, input of authentication codes 5a to 5c, etc. are allowed. On the other hand, the input / output unit 31 outputs (provides) the technical education data 1a to 1c and the authentication codes 5a to 5c to the radiation workers' terminals 50A to 50C, respectively, after the identity verification, which will be described in detail later. It has become.

  The identity verification unit 32 has a function of executing an identity verification process for the input radiation worker based on various information input via the input / output unit 31. Specifically, each personal data 3a to 3c input by the radiation worker through the network 40 via the terminals 50A to 50C and the personal data 3 stored in the personal information database 23 are collated. Perform identity verification.

  The technical education data extraction means 33 has a function of extracting the necessary technical education data 1 from the technical education database 21. In this embodiment, the technical education data extraction means 33 is based on the authentication code 5 input via the input / output means 31. Thus, the history data 2 relating to the technical education received by the radiation worker is referred from the education history database 22, and the technical education data 1 necessary for the radiation worker is extracted.

  Here, the technical education program basically includes provision of the technical education data 1 and implementation of a confirmation test of the provided technical education data 1. For example, the technical education data extraction means 33 of the present embodiment extracts the technical education data 1 related to basic / practical knowledge and the technical education data 1 composed of 3D data 4 based on the history data 2. . As a result, the radiation work worker education management means 30 executes the basic education program by providing the technical education data 1 related to the basic and practical knowledge via the input / output means 31 and the technology comprising the 3D data 4. By providing the educational data 1, practical skill education programs were executed, and the execution of confirmation tests was included in each of these education programs, and they were executed as technical education programs.

  For example, in the basic education program that provides technical education data 1 relating to basic knowledge, for example, technologies related to nuclear fuel materials, working methods, equipment structures and handling methods, radiation protection laws and regulations, and the effects of ionizing radiation on living bodies, etc. While providing the educational data 1, the technical explanation regarding each piece of information is included. In addition, in the basic education program that provides technical education data 1 relating to practical knowledge, for example, in the entrance / exit procedures for radiation control areas, the data shown in FIG. 2 and FIG. When entering a contaminated area such as B1 or B2, the technical explanation such as changing to specified clothes is included.

  In this way, by receiving technical education on basic / practical knowledge in the basic education program, it is possible to secure basic / practical knowledge education, which is mandatory in entrance education among radiation management education. it can.

  On the other hand, as a practical education program by providing 3D data, for example, a radiation measuring instrument is provided as a 3D data handling method such as a radiation measuring instrument for measuring the external exposure dose or a radiation measuring apparatus for measuring a dose in the work environment. In addition, after including the technical description of the radiation measuring apparatus, 3D data is operated on the screen to perform a confirmation test regarding the handling of the radiation measuring apparatus and the radiation measuring apparatus.

  Here, as the confirmation test, for example, a XX system or a description formula using the input / output means 31 may be adopted. Further, as a confirmation test, a method of displaying a 3D image on the screen and operating the 3D image on the screen may be adopted, and this may be used as a practical test. As described above, in the technical education program, by receiving a virtual experience by operating the 3D image, it is possible to secure the basic practical training that is required to be performed in the entrance education in the radiation management education.

  Here, as the software for displaying the 3D image on the screen as described above, conventionally known software can be used as long as the 3D image can be displayed. In particular, no plug-in provided by Yappa Corporation. It is desirable to use software that can perform 3D image display. Since this can be displayed with no plug-in, image display software is not necessary, the display on the screen is smooth, and the burden on the terminals 50A to 50C and capital investment can be reduced. Because.

  The authentication code assigning means 34 has a function of assigning an authentication code 5 to a radiation worker who has passed the above-described confirmation test. This authentication code 5 is given as proof that exempts prior technical education when engaging in predetermined radiation work.

  The data storage unit 35 has a function of storing various data in the database 20. For example, the data storage means 35 stores the authentication code 5 given by the authentication code giving means 34 in the personal information database. Alternatively, the data storage means 35 stores the result of the implemented technical education program, that is, the result of the confirmation test of the technical education received by the radiation worker, as the history data 2 in the education history database 22.

  As described above, according to the radiation worker business management system 100 of the present embodiment, the radiation business worker education management means 30 extracts the necessary technical education data 1 from the various databases 21 to 23 and the radiation worker personnel management system 30. Since the technical training program corresponding to the radiation work is executed and the history data 2 related to the technical education received by the radiation work worker is accumulated and managed in the education history database 22, the radiation work worker However, it is possible to efficiently and accurately perform technical education before starting the work, and to achieve a significant cost reduction.

  That is, according to the radiation work worker education management system 100 of the present embodiment, after completing work at another facility, before receiving a new facility, technical training is received in advance from any location via the network 40. Therefore, it is possible to start the work immediately after confirming through the education history database 22 after arrival. In this way, by using the waiting time before the start of work and receiving technical education necessary for work at the new facility, the time required for various education and procedures to be performed at the start and end of work can be omitted, Wages (costs) generated during those hours can be reduced. In particular, such radiation workers are engaged in radiation operations by moving different facilities to the regular inspection period, and there are certain restrictions on the work time for health management. By making effective use of such a standby time for a relatively long time, the cost can be significantly reduced.

  Further, in this embodiment, the 3D data 4 extracted as the technical education data 1 by the technical education data extraction means 33 is provided to the radiation work worker by the input / output means 31 to allow the radiation work worker to receive a virtual experience. As a result, high-level technical education can be performed, and technical education can be performed in an environment equivalent to practical skill education.

  Hereinafter, the operation of the radiation work worker education management system 100 (radiation work worker education management server 10) will be described in detail. FIG. 4 is a flowchart for explaining the operation of the radiation service worker education management system according to Embodiment 1 of the present invention.

  As shown in FIG. 4, first, when the radiation work worker education management server 10 is accessed from an external terminal, here, the radiation work worker terminal 50A, an input screen for the ID number 6 and the password 7 is displayed. A radiation worker enters the screen with the ID number 6 and the password 7 via the input / output means 31 from the terminal 50A (step S1). The input ID number 6 and password 7 are confirmed, the presence or absence of access right is confirmed, and selection is made as to whether or not the transition to the next step is permitted (step S2). Here, when access cannot be permitted (step S2: No), it returns to the input screen of the ID number 6 and the password 7 of step S1. On the other hand, when access is permitted (step S2: Yes), the screen shifts to an input screen for personal data 3, and a radiation worker inputs the personal data 3a from the terminal 50A via the input / output means 31 (step). S3).

  When the personal data 3a is input in this way, the personal identification means 32 performs personal verification by collating the input personal data 3a with the personal data 3 stored in the personal information database 23 ( Step S4). If the identity cannot be confirmed (step S4: No), the screen returns to the personal data 3 input screen. On the other hand, when the identity is confirmed (step S4: Yes), the screen is shifted to the input screen for the authentication code 5, and the presence or absence of the authentication code 5 is confirmed (step S5).

  Here, when there is no authentication code (step S5: No), the technical education data extraction means 33 refers to the history data 2 based on the personal data 3a input from the education history database 22 (step S6). Then, the necessity of technical education is examined from the history data 2 of the radiation workers corresponding to the personal data 3a (step S7). When it is determined that the technical education is necessary (step S7: Yes), the technical education data extraction means 33 extracts the necessary technical education data 1 from the technical education database 21 based on the history data 2, and extracts it. The technical education data 1 is output (provided) via the network 40 to the terminal 50A of the radiation worker through the input / output means 31 (step S8). The technical education data extraction means 33 performs a confirmation test after providing the technical education data 1 or at a predetermined timing (step S9). In this way, the technical education program is executed by providing the technical education data 1 and performing the confirmation test.

  Next, it is determined whether or not the radiation worker has passed the confirmation test performed in step S9 (step S10). If the confirmation test is passed (step S10: Yes), the authentication code providing means 34 An authentication code 5a is issued (step S11). On the other hand, when the confirmation test is not passed (step S10: No), the process returns to step S9 and the confirmation test is performed again. Of course, you may return to the provision stage of the technical education data 1 of step S8. Then, the data storage means 35 records the authentication code 5a issued in step S11 in the personal information database 23 (step S12), and the technical education program ends. If it is determined in step S7 that technical education is not necessary (No), an authentication code is issued by the authentication code giving means 34 (step S11), and thereafter the same processing is performed.

  On the other hand, when the authentication code 5 is present in Step S5 (Yes), the radiation worker inputs the authentication code 5a from the terminal 50A via the input / output means 31 (Step S13). When the authentication code 5a is input in this way, the person verification means 32 checks the input authentication code 5a against the authentication code 5 in the personal information database 23 for confirmation. Next, the technical education data extraction means 33 refers to the history data 2 of the radiation worker corresponding to the personal data 3a from the confirmed authentication code 5a from the education history database 22 (step S14). Then, similarly to step S7 described above, the necessity of technical education is examined from the history data 2 of the radiation service worker corresponding to the personal data 3a (step S15). When it is determined that technical education is necessary (step S15: Yes), the same processing as steps S8 to S10 described above is performed (steps S16 to S18). Next, when it is determined in step S18 that the confirmation test has passed (Yes), the authentication code giving means 34 issues a new authentication code (step S19), and thereafter, the authentication code is updated in the same manner as in step S12. By recording (step S20), the technical education program ends. Even when it is determined in step S15 that technical education is not necessary (No), the technical education program ends.

  In the above-described embodiment, the radiation work worker education management system for performing technical education for radiation work workers has been described as an example. However, the present invention is not limited to this radiation work, and is applicable to work in all industries. Applicable.

It is a schematic block diagram which shows the radiation service worker education management system which concerns on Embodiment 1 of this invention. It is a figure which shows an example of the data (label of area division) regarding the subdivision of the radiation management area which concerns on Embodiment 1 of this invention. It is a figure which shows an example of the data regarding the wear criteria of the clothing which concerns on Embodiment 1 of this invention. It is a flowchart explaining operation | movement of the radiation work worker education management system which concerns on Embodiment 1 of this invention.

Explanation of symbols

1, 1a, 1b, 1c Technical education data 2 History data 3, 3a, 3b, 3c Personal data 4 3D data 5, 5a, 5b, 5c Authentication code 6 ID number 7 Password 10 Radiation service worker education management server 20 Database 21 Technical education database 22 Education history database 23 Personal information database 30 Radiation work worker education management means 40 Network 50A-50C Terminal 100 Radiation work worker education management system

Claims (8)

A business worker education management system for performing technical training on a predetermined business before starting the business for a plurality of business workers engaged in the predetermined business and managing the result of the technical training,
Provided with a business worker education management server that the business worker can connect via a network via an external terminal,
The business worker education management server includes at least a technical education database in which technical education data related to various business operations are accumulated and an education history database in which historical data related to technical education received by the business workers is accumulated, Technical education data necessary for performing the predetermined work is extracted from the database and provided to the business worker to execute a technical training program corresponding to the predetermined business and receive the technical training received by the business worker A business worker education management system comprising business worker education management means for accumulating and managing history data related to the education history database. 2. The business worker education management system according to claim 1, wherein the technical education program includes provision of the technical education data and a confirmation test of the provided technical education data. 3. The business worker education management system according to claim 2, wherein the business worker education management means has a function of assigning an authentication code to a successful person who has passed the confirmation test. 4. The business worker education management means according to claim 3, wherein said business worker education management means is a technology required for said business worker from said technical education database based on historical data related to technical education received by the business worker corresponding to said input authentication code. A business worker education management system having a function of executing an individual technical education program according to the business worker by providing educational data. 5. The technical education database according to any one of claims 1 to 4, wherein 3D data relating to various business operations is stored as the technical education data, and the business worker education management means is necessary from the technical education database. A business worker education management system having a function of executing the technical education program by extracting the 3D data and providing it to the business worker. 6. The business worker according to claim 5, wherein said business worker education management means has a function of executing a practical skill education program as said technical education program by providing said 3D data to said business worker. Education management system. 7. The radiation work worker according to claim 1, wherein the predetermined work is a radiation work in a radiation control area, and the technical training program performs the radiation work for the radiation work worker who performs the radiation work. An employee education management system characterized by a pre-designated technical education program. 8. The business worker education management means according to claim 7, wherein said technical training program has a function of executing said technical education program after performing identity verification by at least a registration number of a radiation management notebook owned by said radiation business worker. Business personnel education management system.

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