The purpose of this study is to investigate the effectiveness of the“expiration manager”mini program in managing the validity of ward items.The program was used to manage frequently and infrequently used consumables...The purpose of this study is to investigate the effectiveness of the“expiration manager”mini program in managing the validity of ward items.The program was used to manage frequently and infrequently used consumables by setting up an automatic reminder function.The item failure rate and the time required for nurses to conduct counts over 6 months before and after implementation were compared,as well as evaluated system availability using the System Usability scale(SUS).Results showed that after implementing the mini program,both the item failure rate and non-recognition rate significantly decreased(P<0.05),while the inspection pass rate significantly increased(P<0.05),and the monthly inventory time was reduced(P<0.05).The SUS evaluation yielded a total score of 74.38±11.73,with learnability at 80.21±20.27 and availability at 72.92±11.18,all indicating good user acceptance.In conclusion,the“expiration manager”mini program can effectively improve the efficiency of item expiration management,reduce the risk of expiration,and save inspection time,thereby demonstrating high user acceptance and promising potential for wider adoption.展开更多
Amid China's civil aviation expansion,growing pilot training scale has made refined digital management for high-performance flight training-a key phase for pilots'capability upgrade-increasingly urgent.Against...Amid China's civil aviation expansion,growing pilot training scale has made refined digital management for high-performance flight training-a key phase for pilots'capability upgrade-increasingly urgent.Against the civil aviation power strategy and high-quality industry development,standardizing high-performance phase training plans and student management are core tasks for civil aviation training institutions.Per CCAR-141-R2 rules,these institutions must build a standardized,traceable system for training planning and full-process student oversight.Addressing common branch campus issues-scheduling conflicts,cumbersome procedures,information lag-Mianyang Branch’s traditional mode sees 40-hour monthly planning,20-hour administrative processing,and 15%conflict rate,severely limiting efficiency and safety.Taking CAFUC’s Mianyang Branch Advanced Training Center as a case,we developed a lightweight WeChat Mini Program-based system focusing on full-lifecycle flight plan and student management.Built with Mini Program native and cloud-native architecture,it has 5 core modules:permission control,intelligent planning,student management,message push and statistics.It enables a digital closed-loop for flight plans and integrated online management of student data,status and files.Trials show it boosts planning efficiency by over 90%,administrative efficiency by 85%,and basically eliminates conflicts.WeChat-based deployment cuts operation costs,resolves pain points,aligns with smart civil aviation requirements,and offers a replicable scalable solution for domestic civil aviation branches.展开更多
The field experiments were conducted at the experimental farm of Faculty of agricultural, southern Illinois University SIUC, USA. The project makes the irrigation automated. With the use of low cost sensors and the si...The field experiments were conducted at the experimental farm of Faculty of agricultural, southern Illinois University SIUC, USA. The project makes the irrigation automated. With the use of low cost sensors and the simple circuitry makes currently project a low cost product, which can be bought even by a poor farmer. This research work is best suited for places where water is scares and has to be used in limited quantity and this proposal is a model to modernize the agriculture industries at a mass scale with optimum expenditure. In the field of agricultural engineering, use of sensor method of irrigation operation is important and it is well known that closed circuits of Mini-sprinkler irrigation system are very economical and efficient. Closed circuits are considered one of the modifications of Mini-sprinkler irrigation system, and added advantages to Mini-sprinkler irrigation system because it can relieve low operating pressures problem at the end of the lateral lines. In the conventional closed circuits of Mini-sprinkler irrigation system, the farmer has to keep watch on irrigation timetable, which is different for different crops. Using this system, one can save manpower, water to improve production and ultimately profit. The data could be summarized in following: Irrigation methods under study when using lateral length 60 mcould be ranked in the following ascending order according the values of the predicted and measured head losses CM1M-SIS CM2M-SIS.The correlation (Corr.) coefficients were used to compare the predicted and measured head losses along the lateral lines of all the closed circuits designs. Generally, the values of correlation analysis were (>0.90) were obtained with 0% field slope60 mlength (experimental conditions) for all closed circuits.The interaction between irrigation methods: at the start there are significant differences between CM2M-SIS and CM1M-SIS.展开更多
基金The First Affiliated Hospital of Shaoyang University,China(Project No.:23FY1015)。
摘要The purpose of this study is to investigate the effectiveness of the“expiration manager”mini program in managing the validity of ward items.The program was used to manage frequently and infrequently used consumables by setting up an automatic reminder function.The item failure rate and the time required for nurses to conduct counts over 6 months before and after implementation were compared,as well as evaluated system availability using the System Usability scale(SUS).Results showed that after implementing the mini program,both the item failure rate and non-recognition rate significantly decreased(P<0.05),while the inspection pass rate significantly increased(P<0.05),and the monthly inventory time was reduced(P<0.05).The SUS evaluation yielded a total score of 74.38±11.73,with learnability at 80.21±20.27 and availability at 72.92±11.18,all indicating good user acceptance.In conclusion,the“expiration manager”mini program can effectively improve the efficiency of item expiration management,reduce the risk of expiration,and save inspection time,thereby demonstrating high user acceptance and promising potential for wider adoption.
摘要Amid China's civil aviation expansion,growing pilot training scale has made refined digital management for high-performance flight training-a key phase for pilots'capability upgrade-increasingly urgent.Against the civil aviation power strategy and high-quality industry development,standardizing high-performance phase training plans and student management are core tasks for civil aviation training institutions.Per CCAR-141-R2 rules,these institutions must build a standardized,traceable system for training planning and full-process student oversight.Addressing common branch campus issues-scheduling conflicts,cumbersome procedures,information lag-Mianyang Branch’s traditional mode sees 40-hour monthly planning,20-hour administrative processing,and 15%conflict rate,severely limiting efficiency and safety.Taking CAFUC’s Mianyang Branch Advanced Training Center as a case,we developed a lightweight WeChat Mini Program-based system focusing on full-lifecycle flight plan and student management.Built with Mini Program native and cloud-native architecture,it has 5 core modules:permission control,intelligent planning,student management,message push and statistics.It enables a digital closed-loop for flight plans and integrated online management of student data,status and files.Trials show it boosts planning efficiency by over 90%,administrative efficiency by 85%,and basically eliminates conflicts.WeChat-based deployment cuts operation costs,resolves pain points,aligns with smart civil aviation requirements,and offers a replicable scalable solution for domestic civil aviation branches.
摘要The field experiments were conducted at the experimental farm of Faculty of agricultural, southern Illinois University SIUC, USA. The project makes the irrigation automated. With the use of low cost sensors and the simple circuitry makes currently project a low cost product, which can be bought even by a poor farmer. This research work is best suited for places where water is scares and has to be used in limited quantity and this proposal is a model to modernize the agriculture industries at a mass scale with optimum expenditure. In the field of agricultural engineering, use of sensor method of irrigation operation is important and it is well known that closed circuits of Mini-sprinkler irrigation system are very economical and efficient. Closed circuits are considered one of the modifications of Mini-sprinkler irrigation system, and added advantages to Mini-sprinkler irrigation system because it can relieve low operating pressures problem at the end of the lateral lines. In the conventional closed circuits of Mini-sprinkler irrigation system, the farmer has to keep watch on irrigation timetable, which is different for different crops. Using this system, one can save manpower, water to improve production and ultimately profit. The data could be summarized in following: Irrigation methods under study when using lateral length 60 mcould be ranked in the following ascending order according the values of the predicted and measured head losses CM1M-SIS CM2M-SIS.The correlation (Corr.) coefficients were used to compare the predicted and measured head losses along the lateral lines of all the closed circuits designs. Generally, the values of correlation analysis were (>0.90) were obtained with 0% field slope60 mlength (experimental conditions) for all closed circuits.The interaction between irrigation methods: at the start there are significant differences between CM2M-SIS and CM1M-SIS.