智能数字化技术联合质量控制指标体系管理模式在大型医用影像设备管理中的价值评估

Application value evaluation of intelligent digital technology combined with quality control index system management mode in the management of large medical imaging equipment

目的:评估智能数字化技术联合质量控制指标体系管理模式在大型医用影像设备管理中的应用效果。方法:依据医用影像设备组成形态和运行情况,将智能数字化技术联合质量控制指标体系架构于一体,发挥联合管理机制作用对大型医用影像设备进行管理。选取2022年至2023年武汉市第一医院临床在用的26台医用影像设备,按照设备管理方法不同分别采用常规管理方法(13台)和智能数字化技术联合质量控制指标体系模式(简称智能模式)进行管理(13台)。对比两种管理方法的医用影像设备临床使用效果、管理质量、管理水平和参与使用管理人员的认可度评分。结果:采用智能模式管理的设备平均开机率、运转率和周转率分别为(90.56±4.69)%、(12.36±2.45)%、(15.69±3.65)%,均高于常规管理方法,差异有统计学意义(t=13.366、15.637、9.082,P<0.05);采用智能模式管理的设备临床操作、信息数据、质量控制和维护维修平均评分分别为(93.65±4.21)、(94.65±4.36)、(95.36±6.56)和(94.26±5.63)分,亦均高于常规管理方法,差异有统计学意义(t=7.794、6.818、6.918、10.136,P<0.05);采用智能模式管理的设备合理放置率、规范记录率和设备完好率分别为76.92%(10/13)、84.61%(11/13)和84.61%(11/13),均高于常规管理方法,差异有统计学意义(x2=8.714、12.462、9.905,P<0.05);参与设备管理和使用的工程师、操作人员、医护人员和相关科室管理者对采用智能模式管理的设备管理认可度评分分别为(93.54±3.65)、(92.58±4.58)、(90.78±3.14)和(92.65±3.41)分,均高于常规管理方法,差异有统计学意义(t=3.333、4.142、6.424、7.278,P<0.05)。结论:智能数字化技术联合质量控制指标体系管理模式应用于大型医用影像设备管理,能够改善设备临床使用质量,提高设备技术保障能力,降低设备故障率。

Objective:To evaluate the application effect of intelligent digital technology combined with quality control index system management mode in the management of large medical imaging equipment.Methods:Based on the composition and operation of medical imaging equipment,the intelligent digital technology and quality control parameter system architecture were integrated,and the joint management mechanism was used to manage large medical imaging equipment.A total of 26 medical imaging equipment in clinical use in Wuhan First Hospital from 2022-2023 were selected.According to different equipment management methods,conventional management method(13 units)and intelligent digital technology combined with the quality control index system mode(referred to as intelligent mode)(13 units)were adopted for management.The clinical effectiveness,management quality,management level and recognition scores of management personnel involved in the use of medical imaging equipment were compared between the two management methods.Results:The average start-up rate,operation rate,and turnover rate of the equipment managed by intelligent mode were(90.56±4.69)%,(12.36±2.45)%and(15.69±3.65)%,respectively,which were higher than those of conventional management method,the difference was statistically significant(t=13.366,15.637,9.082,P<0.05).The average scores of clinical operation,information data,quality control and maintenance of the equipment managed by intelligent mode were(93.65±4.21)points,(94.65±4.36)points,(95.36±6.56)points and(94.26±5.63)points,respectively,which were higher than those of conventional management method,the difference was statistically significant(t=7.794,6.818,6.918,10.136,P<0.05).The reasonable placement rate,standardized recording rate and equipment serviceability rate of equipment managed by intelligent mode were 76.92%(10/13),84.61%(11/13)and 84.61%(11/13),respectively,which were higher than those of conventional management method,the difference was statistically significant(x2=8.714,12.462,9.905,P<0.05).The recognition scores of engineers,operators,medical staff and managers involved in the management and use of equipment were(93.54±3.65)points,(92.58±4.58)points,(90.78±3.14)points and(92.65±3.41)points,respectively,which were higher than those of conventional management method,the differences was statistically significant(t=3.333,4.142,6.424,7.278,P<0.05).Conclusion:The application of intelligent digital technology combined with quality control index system management mode in the management of large medical imaging equipment can improve the quality of clinical use of equipment,enhance equipment technical support capabilities,and reduce equipment failure rate.