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机器人使用与职业伤害OA北大核心CHSSCDCSTPCD

Robot Use and Occupational Injuries:Theoretical Mechanisms and Evidence from China

中文摘要英文摘要

党的二十大报告指出要把保障人民健康放在优先发展的战略位置,与此同时工业机器人的广泛应用对职业伤害的影响日益受到关注.基于全国人口普查数据、国际机器人联合会数据、区域层面工伤数据与中国劳动力动态调查数据,系统地考察了机器人使用对职业伤害的影响效果与作用机制.研究发现,机器人使用显著减少了职业伤害,结论在内生性处理、替换被解释变量、排除国际贸易的影响和排除某些行业趋势的影响等一系列稳健性检验下仍然成立.异质性分析表明,机器人使用能够显著降低工作场所内和机器人使用后期的职业伤害,但对工作场所外和机器人使用前期的影响不显著.相较于在制造业就业比例较低的地区,机器人使用对职业伤害的影响在制造业就业比例较高地区的作用更大.机制分析发现,任务的重新分配和工作条件的改善是机器人使用影响职业伤害的重要渠道.具体而言,机器人使用一方面可以取代高体力、高风险任务,推动这些工人从事体力强度较低、受伤风险较低的任务和职业;另一方面有助于减少工作时长、降低工作强度和优化工作环境,从而改善工作条件.研究为通过智能制造转型提升劳动者职业健康提供了中国的经验证据,为"健康中国"战略目标的实现提供了可行的路径.

The report of the 20th Party Congress pointed out that the protection of people's health should be prioritized as a strategic position for development,while the impact of the widespread use of industrial robots on occupational injuries has received increasing attention.This paper systematically examines the effects and mechanisms of robot use on occupational injuries based on Chinese census data,International Federation of Robotics data,regional-level data on workplace injuries,and China Labor Force Dynamics Survey data.It is found that robot use significantly reduces occupational injuries.The conclusion still holds under a series of robustness tests such as endogeneity treatment,replacement of explanatory variables,exclusion of the effect of international trade,and exclusion of the effect of certain industry trends.Heterogeneity analysis shows that robot use significantly reduces occupational injuries within the workplace and in the later stages of robot use,but the effect is not·102·significant outside the workplace and in the earlier stages of robot use.The effect of robot use on occupational injuries was greater in areas with a high proportion of manufacturing employment compared to areas with a low proportion of manufacturing employment.Mechanistic analysis found that task reallocation and improved working conditions are important channels through which robot use affects occupational injuries.Specifically,on the one hand,robot use can replace high-physical and high-risk tasks and push these workers to engage in tasks and occupations that are less physically demanding and with a lower risk of injury.On the other hand,it can help to improve working conditions by reducing the number of working hours,lowering the intensity of work and optimizing the working environment.The research in this paper provides empirical evidence from China for improving workers'occupational health through smart manufacturing transformation,and offers a feasible path for realizing the strategic goal of"Healthy China".

何小钢;郭晓斌;刘叩明

江西财经大学 应用经济学院 (数字经济学院),江西 南昌 330013暨南大学 产业经济研究院,广东 广州 510632

经济学

机器人使用任务重配工作条件职业伤害

robot usetask reassignmentworking conditionsoccupational injuries

《人口与经济》 2024 (002)

89-103 / 15

国家自然科学基金项目"机器人应用的就业极化与收入极化效应研究:理论机制、实证识别与政策设计"(72373057);国家社会科学基金重点项目"人工智能对制造业转型升级的影响研究"(23AZD085);江西省高校人文社会科学重点研究基地项目"信贷规制政策对企业环境绩效的影响研究"(JD23091).

10.3969/j.issn.1000-4149.2024.00.012

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