Connected Worker Disease Prevention for Construction Sector

建筑行业互联工人疾病预防

• 批准号: 10057475
• 金额: $ 44.57万
• 依托单位: EARTEX LTD
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10057475
• 关键词: Connected; Worker; Disease; Prevention; Construction

This project will develop an Occupational Health and Safety (OHS) software tool for construction workers that will for the first-time prevent disease by accurately calculating individual workers exposure to three key construction hazards(noise/dust/vibration). Provide predictive insights to worker risks by combining disease progression and a regulatory library to minimise worker exposure, improve compliance, and reduce lost workdays (costs UK construction £848M/year).Eartex (Lead) is an industry leader in developing SMART-PPE and OHS-software for the construction sector, with extensive experience in hearing protection. The Industrial Noise and Vibration Centre (INVC-Partner) are experts in industrial noise, vibration and dust.The concept to accurately determine OHS-risks of individual workers while performing various workflows within construction arose from direct consultation between Eartex and their existing customers including Galliford-Try and HS2\. Galliford-Try and HS2 have agreed to provide access to site, data and feedback on proof-of-concept, which are critical inputs to the proposed project and demonstrate a customer need for the proposed innovation.The project will develop a novel software tool that uses Real-time manufacturing and OHS-data to identify high risk processes/workflows and predictive analytics and AI to inform decisions on workflow orders and personal deployment to minimise worker risk. Helping companies adhere to OHS-legislation (ISO45001) and reduce the cost of fines.Key features/output measures:* Automatically generate risk exposure model for each workflow/process, highlighting OHS-risk hotspots of the whole construction task.* Predictive analysis allows users to identify risk hotspots and predict overall OHS-impact for that task, individually or over the full workflow.* Real-time control monitoring production machines in real-time to identify exposure changes that may negatively impact worker health. Including PPE fit-check.* Allow companies to calculate the risk to workers and schedule tasks to minimise worker exposure(exposure limit warnings/PPE Fit-check).* EDI: individual worker exposure logs/disease progression to accommodate different tolerance/exposure levels and/or pre-existing health conditions.

该项目将为建筑工人开发一个职业健康和安全软件工具，该软件工具将首次通过准确计算工人个人接触三种主要建筑危害（噪音/灰尘/振动）的情况来预防疾病。通过结合疾病进展和监管库，提供对工人风险的预测性见解，以最大限度地减少工人暴露，提高合规性，并减少损失的工作日（英国建筑成本为8.48亿英镑/年）Eartex（Lead）是为建筑行业开发SMART-PPE和OHS软件的行业领导者，在听力保护方面拥有丰富的经验。工业噪声和振动中心（INVC-合作伙伴）是工业噪声、振动和粉尘方面的专家。在施工过程中执行各种工作流程时准确确定单个工人的职业健康安全风险的概念源于Eartex与其现有客户（包括Galliford-Try和HS 2\）之间的直接协商。Galliford-Try和HS 2已同意提供对网站、数据和概念验证反馈的访问，这是建议项目的关键输入，并证明客户对建议创新的需求。该项目将开发一种新的软件工具，使用实时制造和OHS数据来识别高风险过程/工作流程和预测分析以及人工智能，为工作流程订单和个人部署决策提供信息，以最大限度地降低员工风险。帮助企业遵守OHS法规（ISO 45001），降低罚款成本。主要功能/输出措施：* 自动生成每个工作流程/过程的风险暴露模型，突出整个施工任务的OHS风险热点。预测分析允许用户识别风险热点，并预测该任务的整体OHS影响，单独或整个工作流程。*实时控制实时监控生产机器，以识别可能对工人健康产生负面影响的暴露变化。包括个人防护设备的安装检查。允许公司计算工人的风险并安排任务以最大限度地减少工人接触（接触限值警告/PPE合身检查）。EDI：个体工人暴露日志/疾病进展，以适应不同的耐受性/暴露水平和/或预先存在的健康状况。