In order to expand the capabilities of hospital's traditional ECG device and enhance medical staff's work efficiency, an ECG monitoring system based on internet of things is introduced. The system can monitor ECG signals in real time and analyze data using ECG sensor, PDA, Web servers, which embeds C language, Android systems, .NET, wireless network and other technologies. After experiments, it can be showed that the system has high reliability and stability and can bring the convenience to medical staffs.
Electrocardiography ; Internet ; Monitoring, Physiologic ; Reproducibility of Results ; Wireless Technology

Covered in the paper is the practice of an information platform of a medical alliance centering on Wuxi People′s Hospital,and its application in 1 6 member hospitals.Thanks to the overall standardization,planning, construction, regulation and synergy of the members in tiered medical services,such a platform contributes positively in sharing management,technology and medical resources among the members.

Objective: Medical waste management is not only the problem of hospital, but also is an important public health problem. Apply modern information technology to insure real-time tracking and monitoring medical waste recycling, storage, disposal, improve medical waste management. Methods: Construct medical waste management system with wireless network, bar code and RFID etc. Results:By this system, transportation, storage and disposal that process of medical waste within the hospital are monitoring and supervision effective. Conclusion:The collection and transportation sectors of medical waste have been standard, to ensure the security, enhanced transparency and improved hospital management.

Objective: To optimize the hospital medical examination process, reduce the patient waiting time. Methods: Established a centralized examination appointment center at outpatient department. Development and implementation of medical examination appointment platform, integrated with the hospital HIS system, PACS systems and queue system. Results:Achieved the function of“one-stop booking, network distribution, multi-point examination”for all patients, a better solution to the disorder problem of medication examination. Conclusion:The implementation of the medication examination platform has played a positive role. Facilitate patient visits, rational use of equipment, improve work efficiency and improve the treatment environment.

With the development of the hospital information technology management, to improve the clinic service quality and reduce medical errors, automatic identification technology has been widely used in health care areas. This technology has been used in our hospital for patient identification, sample identification, drug identification and equipment identification. Combined with wireless networks, mobile terminals and middleware etc., making the whole process of clinic service closed-loop system. This application improves efficiency, reduces mistakes and puts whole clinical service management process under control.
Health Services Administration ; Hospital Administration ; Medical Records Systems, Computerized

This paper introduces the construction and application of the platform of client service center in the general hospital and discusses how to provide patients with an entire service including service before clinic, on clinic and after clinic. It can also provide references for a new service mode for clinic service.
Centralized Hospital Services ; methods ; organization & administration ; Hospital Administration ; methods ; Patient Satisfaction ; Patients ; Software Design

This paper introduce how to combining the whole package automatic dispensing machine with intelligent storage cabinets at outpatient pharmacy. Furthermore, this paper introduce how to integrated this system with hospital information systems which can provide references for the construction of automatic hospital pharmacy in our country.
Automation ; methods ; Hospitals, General ; Medication Systems, Hospital ; Pharmacy Service, Hospital

In order to expand the capabilities of hospital’s traditional ECG device and enhance medical staff’s work efficiency, an ECG monitoring system based on internet of things is introduced. The system can monitor ECG signals in real time and analyze data using ECG sensor, PDA, Web servers, which embeds C language, Android systems, .NET, wireless network and other technologies. After experiments, it can be showed that the system has high reliability and stability and can bring the convenience to medical staffs.

An inteligent beds monitoring system based on sensor technology is developed. Through the instalation of sensors in the bed, the patient’s vital signs like heart rate, breathing rate can be acquired, other information such as rol over, in/out of bed can be real-time monitored. Also, the system can automaticaly analysis data and remind the nurse if abnormal events happened. After one year's clinical application, the system received the affi rmation from patients and medical staff.

Objective To achieve medical information sharing among different health institutes through constructing image cloud platform, thus establish a diagnosis and treatment system through long range image-viewing. Methods Design and apply image cloud platform in Wuxi people's hospital and other 16 basal level health institutes. Results The goal of sharing the medical equipment and imaging diagnosis expert collaboration at the regional medical institutions was achieved through establishment of the platform. Conclusion The establishment of such platform plays a positive role in balancing health resources, improves the level of basic-level hospital diagnosis and treatment and reduces medical cost.