论文部分内容阅读
对华北某地质勘探系统28年间生产性工亡事故进行统计分析,结果表明,车辆伤害、触电和物体打击属于地质勘探系统的高发事故。结合安全系统工程中的事故树理论,对车辆伤害和触电两类高发事故进行系统分析,找出两类事故的影响因素、事故模式和因素的影响程度。根据因素的影响程度有针对性地提出了对策措施,以降低影响因素发生概率,预防和减少地质勘探系统事故的发生。
The statistical analysis of 28-year production accidents in a geological exploration system in North China shows that the vehicle accidents, electric shocks and object strikes belong to the high incidence of geological exploration system. Combining with the theory of accident tree in safety system engineering, this paper systematically analyzes two kinds of high-risk accidents such as vehicle injuries and electric shocks and finds out the influence factors of the two types of accidents, the accident modes and the influence degree of the factors. According to the degree of influence of the factors, some countermeasures are put forward in order to reduce the occurrence probability of influencing factors and prevent and reduce the occurrence of geological exploration system accidents.