首页> 外文期刊>Indian Journal of Science and Technology >A Mobile App. UI/UX Design for the Gas Safety Workers
【24h】

A Mobile App. UI/UX Design for the Gas Safety Workers

机译:行动应用程式。气体安全工作者的UI / UX设计

获取原文
           

摘要

Objectives: There is always the possibility of accidents at gas work site. Therefore, we studied mobile app design forsafety of gas workers. Methods/Statistical Analysis: In this paper, we used literature investigation and analysis, expert interview, social indirect data collection. 1. Analyze the characteristics of gas field operations, workers, work site and extract need analysis of them 2. Investigate working process and incidents that can take place at the field operations 3. List the assumptions to design the mobile App. 4. Survey on preferred images in relation to gas work 5. Finalize the App. design. Findings: These are the demands for mobile App. 1. A clear arrangement of contents, 2. A design with high readability,3. A design with low death, 4. A securing of user’s accessibility, 5. An effective information transmission plan in the work section where it is impossible to operate the mobile device, 6. An activation of alarm function at the section of high working error, 7. A fast two-way transmission and receipt of safety inspection matter needed at work, 8. A selection of images and contents that can guide the situation to the worker in case of accident, 9. An alarm function for the degree of danger in an area of worker’s location. Based on these, a basic design of safety application for gas related work has been proposed, that can secure the user accessibility. And we design the new display what is focused on icons of high readability in order to move the main system to the mobile screen. Improvements/Applications: 1. Sections where frequent operational errors occur must be identified. 2. It is necessary to explore various interactive devices that can sync with the mobile App.
机译:目标:天然气工作现场总是有发生事故的可能性。因此,我们研究了移动应用程序设计对加油站工人的安全性。方法/统计分析:在本文中,我们使用了文献调查和分析,专家访谈,社会间接数据收集。 1.分析气田作业,工人,工作现场的特征,并提取他们的需求分析2.调查工作流程和可能在野战作业中发生的事件3.列出设计移动应用程序的假设。 4.调查与燃气作业相关的首选图像。5.完成应用程序的安装。设计。结果:这些是对移动应用程序的需求。 1.内容排列清晰,2.可读性高,3。低死亡率的设计; 4.确保用户的可访问性; 5.在无法操作移动设备的工作区域中的有效信息传输计划; 6.在工作错误较高的区域中激活警报功能; 7.快速双向传输和接收工作中需要的安全检查事项; 8.选择图像和内容,以在发生事故时将情况引导给工人; 9.警报功能,可在发生事故时指示危险程度。工人所在地的区域。基于这些,提出了与气体有关的工作的安全应用程序的基本设计,该设计可以确保用户的可访问性。并且我们设计了新的显示器,该显示器侧重于高可读性的图标,以便将主系统移至移动屏幕。改进/应用:1.必须确定经常发生操作错误的部分。 2.有必要探索可以与移动应用程序同步的各种交互式设备。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号