Beijing Tsinghua Chang Gung Hospital displays intelligent drainage treatment device system to improve ICU sensing control and nursing
Recently, Beijing Tsinghua Chang Gung Hospital has made a major breakthrough in the field of medical technology innovation and officially demonstrated a set ofIntelligent treatment device system for drainage fluid. This system has significantly improved the infection control level and nursing efficiency of ICU through intelligent technology, and has become one of the hot topics in the medical industry recently.
1. System background and significance
ICU (Intensive Care Unit) is a key area for hospital infection control, and the treatment of drainage fluid is directly related to the safety and medical quality of patients. Traditional drainage fluid treatment relies on manual operation, which has problems such as low efficiency and high infection risk. The intelligent processing device system developed by Tsinghua Chang Gung Hospital achieves efficient management and sensor control optimization of drainage fluid through automation and dataization.
2. System core functions and technical highlights
The system has the following core functions:
| Functional module | Technical Highlights | Application effect |
|---|---|---|
| Automatic drainage fluid collection | Real-time monitoring of drainage fluid and automatically record data | Reduce manual errors and improve data accuracy |
| Intelligent early warning | Analysis of abnormal conditions of drainage fluid based on AI algorithm | Detect infection risk in advance and reduce complication rate |
| Sterile treatment | Closed design to avoid cross infection | The sensing control compliance rate has increased to more than 99% |
| Data Internet | Seamlessly connect with hospital information systems | Implement standardization of nursing processes |
3. Clinical data comparison
The system achieved remarkable results after three months of trial operation at the ICU of Tsinghua Chang Gung Hospital. Here is a comparison of key data:
| index | Traditional way | Intelligent system | Improvement range |
|---|---|---|---|
| Drainage fluid treatment time (min/time) | 15 | 5 | Reduced by 66.7% |
| Incidence rate | 8.2% | 1.5% | Declined by 81.7% |
| Nurse satisfaction | 72 points | 95 points | Increased by 31.9% |
4. Evaluation of industry experts
The director of the Infection Management Professional Committee of the Chinese Hospital Association said: "This system closely combines IoT technology with clinical needs and provides innovative solutions for ICU sensing control." The ICU directors of many Grade A hospitals also expressed high attention to the system, believing that it is expected to become a standard equipment for intensive care in the future.
5. Future Outlook
Tsinghua Chang Gung Hospital plans to complete system optimization and upgrading within the next year and promote its application in more medical institutions. At the same time, the R&D team is exploring the integration of 5G technology into the system to realize remote monitoring and expert collaboration functions.
This innovative achievement not only demonstrates the development level of my country's medical technology, but also provides Chinese wisdom for global ICU sensing and control problems. With the accelerated advancement of medical intelligence, similar technologies will play a greater role in improving medical quality and improving patient experience.
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