ABSTRACT
0bjective Exploration of the application effect of a new way of collecting patient′s telephone information to emergency diagnosis and treatment process reengineering in outpatient and emergency department. Methods Relying on the hospital information system platform, design and implement timely collection and validity verification mechanism of mobile phone data in outpatient and emergency department network sub-platform; before and after the implementation of the evaluation of 500 cases of patient registration time, telephone information accuracy. Statistics before and after using the 200 patients with critical value received report (short message, telephone) response time should be again;medical treatment satisfaction. Results The sub-platform realized the timely modification of telephone information through multi-function exchange terminal when patients visited the hospital. There was no statistical significance in the time of registration of patients in the two groups (P>0.05), the registration time was not extended. The accuracy rate of telephone information was 98.4% (492/500) in the experimental group, and 66.6% (333/500) in the control group, there was differences between the two groups (χ2=176.70,P<0.05). After the implementation, the number of the 200 patients who received critical value report (text message, phone call) and answered again within 30 minutes was 189, and there were 132 cases before implementation, there was difference before and after implementation (χ2=69.38, P<0.05). The patients′satisfaction with emergency treatment in the control group and the experimental group was 68.5%(137/200), 95.5%(191/200), there was significant difference (χ2=51.80, P<0.05). The doctors′satisfaction with the system in the experimental group and the control group was 94.0%(188/200), 65.5% (131/200), there was significant difference (χ2=51.25, P<0.05). Conclusions The method of telephone information collection of patients was optimized, and the quality and management level of emergency diagnosis and treatment were improved, and the information construction of door and emergency room was promoted.
ABSTRACT
The functional module of medical science and technology award system was designed by controlling the RBACI limited inheritance relationship model in the RBAC96 model based on role-based access with Chinese medical science and technology award as an example,which can be used to control the access to data in modules at different levels by different users at different times,to develop the application and management system for Chinese medical science and technology award system,and to implement the information management of Chinese medical science and technology award system.
ABSTRACT
After the problems in digitalizing ancient books on traditional Chinese medicine were analyzed, the principles that should be followed in their digitalization were pointed out according to its theories and practice.The platform for digitalizing them was constructed with《Collective Notes to Canon of Materia Medica》as an example, and its design ideas, framework, development model and functional modules were described.
ABSTRACT
We carried out parallel design and development of two differently structured auto sampler based on a multi-axis and multi-mode high-precision closed-loop servo control system. An integrated embedded control drive module was developed based on the idea of compatibility and inter-changeability, so that DC motor and encoder were standardized into uniform models. Meanwhile, electric and mechanical interfaces were uniformed to a same standard. This allows the direct exchange of above-mentioned components between the two models. A 1-μL manual sample injection syringe was installed on both standard 110-sample and platform 40-sample liquid auto sample injectors connected with gas chromatographer. Approximately 0. 5μL of cetane-isooctyl was sampled for 6 consecutive times at six different positions in the sample bottle. The repeatability RSDs of the injection peak areas of the two systems were 1. 1% and 1. 5%, respectively. A linear correlation coefficient (0. 9947) of peak area with injection volume was achieved based on the gradient sampling volume of 0. 1, 0. 3, 0. 5, 0. 7 and 0. 9 μL.