JP-7855363-B2 - Data Management System

Inventors

• 中市 健志
• 大屋 正晴
• 佐藤 成

Assignees

• リオン株式会社

Dates

Publication Date

20260508

Application Date

20220218

Claims (15)

1. A data management system for managing data related to workers who work in workplaces where noise is generated, Server and The server comprises a terminal connected via a network, The server acquires hearing data obtained by measuring the hearing of the worker, and acquires noise data obtained by measuring the noise level in the workplace. The server or terminal stores the hearing data and noise data in association with identification data that identifies the worker. The terminal is capable of viewing the hearing data and noise data associated with the identification data stored on the server or the terminal. The server or terminal has a function to display information regarding appropriate hearing protection equipment for noise countermeasures, which is generated based on the hearing data and the noise data. A data management system characterized in that the information relating to the aforementioned hearing protection equipment includes model information of the hearing protection equipment.
2. A data management system for managing data related to workers who work in workplaces where noise is generated, Server and The server comprises a terminal connected via a network, The server acquires hearing data obtained by measuring the hearing of the worker, and acquires noise data obtained by measuring the noise level in the workplace. The server or terminal stores the hearing data and noise data in association with identification data that identifies the worker. The terminal is capable of viewing the hearing data and noise data associated with the identification data stored on the server or the terminal. The server or terminal has a function that allows input and editing of noise countermeasures generated based on the hearing data and noise data, indicating that the cumulative amount of noise exposure per day has decreased. A data management system characterized in that the server or terminal stores, in association with the identification data, the classification of the noise data that has changed after the noise countermeasures have been implemented and the estimated noise level to which the person is actually exposed, based on the wearing of soundproof protective equipment.
3. In the data management system according to claim 1 or 2 , A data management system characterized in that the server or terminal stores the hearing data and the noise data in chronological order.
4. In the data management system according to claim 1 or 2, The data management system is characterized in that the noise data includes noise meter data obtained by a noise meter and noise exposure meter data obtained by a noise exposure meter.
5. In the data management system according to claim 4 , A data management system characterized in that the noise data includes the noise exposure meter data of the worker and period data for the period during which the worker was engaged in work at the workplace.
6. In the data management system according to any one of claims 1 to 5 , A data management system characterized in that the server or terminal categorizes the noise data based on predetermined categories of data.
7. In the data management system according to claim 1 , A data management system characterized in that the information relating to the aforementioned hearing protection equipment includes performance values of the hearing protection equipment.
8. In the data management system according to any one of claims 1 to 7 , A data management system characterized in that the server or terminal stores noise countermeasure data related to noise countermeasures, generated based on the hearing data and the noise data, linked to the identification data.
9. In the data management system according to any one of claims 1 to 8 , A data management system characterized in that the server or terminal acquires health examination data relating to the results of the health examination of the worker, and determines whether the noise countermeasures are functioning properly by comparing the health examination data with the hearing data.
10. In the data management system according to claim 9 , A data management system characterized in that the server or terminal is capable of converting the health checkup data into data conforming to a predetermined format.
11. In the data management system according to any one of claims 1 to 10 , The terminal includes a worker terminal used by the worker, The data management system is characterized in that the worker terminal can view data linked to the identification data corresponding to the worker.
12. In the data management system according to claim 5 , A data management system characterized in that the server or terminal has a function to calculate special values related to exposure based on the noise data, daily work time data indicating how much work the worker performed in a day, and period data.
13. In the data management system according to claim 8 , The terminals include administrator terminals used by the administrator of the server. The data management system is characterized in that the administrator terminal can view the noise control data linked to the identification data in a manner that does not identify the worker.
14. In the data management system according to any one of claims 1 to 13 , The terminals include administrator terminals used by the administrator of the server. The server acquires environmental data relating to the environment of the workplace, and based on the environmental data, selects noise reduction example data suitable for the environment of the workplace from among a predetermined set of noise reduction example data. The data management system is characterized in that the administrator terminal can view the noise reduction example data selected by the server.
15. In the data management system according to claim 14 , A data management system characterized in that it is possible to input to the server the degree of risk reduction foreseeable from the noise reduction example data, and records of the implementation of maintenance and management of that reduction.

Description

This invention relates to a data management system. Patent Document 1 discloses a method for reducing noise as a technology related to noise. Japanese Patent Publication No. 2019-159210 This figure shows a data management system 10 of an embodiment.A flowchart (1/2) shows the flow of server control processing.Flowchart of the server control processing flow (2/2).This is a flowchart showing the flow of terminal control processing (1/2).This is a flowchart showing the flow of terminal control processing (2/2).This diagram shows the contents of the data stored on the server.This figure shows an example of how to use the data management system 10 of the embodiment. Embodiments of the present invention will be described below with reference to the drawings. Figure 1 is a block diagram of the data management system 10 of the embodiment. The data management system 10 is a data management system that manages data related to workers 30 working in a workplace 20 where noise is generated. The data management system 10 comprises a server 11 and terminals 13 connected to the server 11 via a network 12 such as the Internet. The terminals 13 are personal computers or portable information processing terminals. Server 11 is equipped with a control unit (CPU) and a storage device (memory), and operates by the control unit of Server 11 executing a server control processing program (management software). Terminal 13 is equipped with a control unit (CPU) and a storage device (memory), and operates by the control unit of Terminal 13 executing a terminal control processing program (management software). The server control processing program is stored on server 11, and the terminal control processing program is stored on terminal 13. Additionally, terminal 13 has an application specifically for this system installed. To use this system, the dedicated application for this system is launched on terminal 13, and the user logs in from the login screen to begin using the system. In this case, if the user logs in using a worker ID, terminal 13 becomes worker terminal 14; if the user logs in using an administrator ID, terminal 13 becomes administrator terminal 15. Note that, hereafter, when simply referred to as terminal 13, it may include both worker terminal 14 and administrator terminal 15. Furthermore, this system uses the following four measuring instruments to measure various values. However, it is not always necessary to use all four measuring instruments; at least one measuring instrument can be used depending on the system's usage. The first measuring device 71 is a device capable of measuring the hearing of the worker 30 and outputting hearing data 81. The first measuring device 71 is, for example, an audiometer (hearing test device). The second measuring instrument 72 is a device capable of measuring the noise in the workplace 20 and outputting noise data 82. The second measuring instrument 72 is, for example, a sound level meter or a noise exposure meter. The third measuring device 73 is a device capable of measuring the health status (including hearing) of the worker 30 and outputting health examination data 83. The third measuring device 73 is, for example, one of the various measuring instruments (including an audiometer) used during health examinations. The third measuring device 73 is operated by a medical professional 40 (industrial physician). The fourth measuring instrument 74 is a device capable of measuring the environment of the workplace 20 and outputting environmental data 84. The fourth measuring instrument 74 includes a sound level meter, a noise exposure meter, a thermometer, a hygrometer, etc., and the measurement results (noise level, exposure level, temperature, humidity, etc.) are included in the environmental data 84. The fourth measuring instrument 74 is operated by the measurement operator 50. The environmental data 84 can also include calibration results, set values, measurement results, and work process items at the measurement site. Hearing data 81, noise data 82, health checkup data 83, and environmental data 84 are transmitted to the administrator terminal 15 (transmitted via a predetermined communication means) or input into the administrator terminal 15 (inputted via a predetermined operating means), and then transmitted to the server 11 via the network 12. Note that all data is transmitted together with identification data 30a (worker ID) (the same applies hereinafter). Alternatively, all data may be transmitted to the server 11 via the worker terminal 14 (the same applies hereinafter). The company's safety and health committee 60 determines noise countermeasures based on hearing data 81 and noise data 82, and generates noise countermeasure data 85 related to those countermeasures. The noise countermeasure data 85 is transmitted to or entered into the administrator terminal 15 and then transmitted to the server 11 via the network 12. The server 11 stores the noise countermeasure data 85, generat