Motorola mobile medical application solutions

Motorola ’s enterprise mobile business combines the experience of successfully developing mobile clinical information systems at home and abroad, in the safety, reliability, stability and advanced nature of clinical information systems, as well as in promoting hospital information construction, strengthening hospital management, improving patient safety and improving patient satisfaction Degree plays an important role.

Through enterprise mobility solutions, hospitals and medical centers can collect and manage information more efficiently at lower cost, which not only saves money and time, but also saves lives under special circumstances. Healthcare is in the process of transferring from paper-based manual process-driven industries to paperless-based data transmission. In a comprehensive enterprise mobility solution for the healthcare market, Motorola focuses on several key areas. From nurses and doctors to hospital managers, Motorola ’s enterprise mobility solutions provide strong support for a wide range of applications.

At present, in response to the development needs of the Chinese medical industry, Motorola has launched a comprehensive mobile solution that meets the needs of the medical industry.

1. Motorola enterprise mobile medical information system architecture

In order to meet the needs of various applications in the hospital, Motorola wireless LAN is built on the basis of the existing LAN of the hospital to establish a hardware platform for information transmission, and wireless handheld terminals are configured for the front end of the system application to realize real-time application and information mobility, and the establishment of middleware technology The service-oriented universal data exchange platform facilitates the maintenance of existing application systems and the expansion of future systems.

Motorola enterprise mobile medical information system architecture

1.1 Motorola mobile clinical information system network structure

As shown in the figure on the right, the entire system architecture is based on the original local area network (LAN) of the hospital. The application server is connected to the LAN in the data center to provide system application services; the Motorola RFS7000 wireless switch is connected to the core switch in the host room; the LAN Configure Motorola Airdefense on it to provide system security and management services; configure the corresponding number of APs on the floor channel according to the channel length; configure the power supply switch on the corresponding floor according to the number of APs and the length of the network cable connecting the AP; configure the application front end at the medical staff (EDA) equipment. Thus, a complete mobile clinical information system is established. Through the above topology diagram, it can be clearly seen that the construction of this system has not made any changes to the original wired network of the hospital. Based on the original network (LAN), we have extended the network information point to the clinical and mobile By the medical staff.

Motorola mobile clinical information system network structure

2. Technical characteristics

2.1 Application advantages

(1) Mobile electronic medical records, pushing electronic medical records from desktop applications to mobile applications

At present, major domestic hospitals have started to build electronic medical record systems. As the electronicization of medical documents is gradually deepened, the entry and recall of medical documents limited to desktop level will become the bottleneck to promote the application of electronic medical records and cannot solve real-time electronicization. The implementation of medical orders, vital signs entry and other issues, the application of Motorola mobile clinical information system allows medical staff to access electronic medical records anytime, anywhere, timely record patient-related information and obtain complete medical information. â–¡ Strengthen the efficiency and strength of hospital management. The mobile clinical information system uses efficient, real-time and mobile information processing methods to record the medical information, medical treatment and charging process of each link of the hospital in real time, which is convenient for hospital administrators to grasp all the hospital information in a timely and accurate manner Therefore, the management can make real-time decision-making and judgment according to the situation, improve the hospital assessment system, and improve the hospital management efficiency and management intensity.

(2) Reduce medical errors and accidents

Using one or two-dimensional bar code automatic identification technology, marking and identifying information such as drugs, biochemical specimens, equipment, medical staff and patient identities, the use of MC55 for bar code scanning can not only quickly confirm the correspondence between information, but also effectively eliminate Manually determine the occurrence of errors.

(3) Reduce the work intensity of medical staff and improve the efficiency of medical staff

The application of MC55 enables medical staff to obtain and process patient diagnosis and treatment information anytime, anywhere, which greatly reduces the work intensity and work pressure of medical staff, and also improves the work efficiency of medical staff in an all-round way.

(4) Optimize information access process

With the help of various mature technologies such as bar codes and mobile computing, it greatly reduces the work of mass information entry and manual copying in medical care.

(5) Realize the hospital management concept of "patient-centered"

Through the use of medical staff, real-time acquisition and processing of patient's diagnosis and treatment information is realized, ensuring that patients can get proper diagnosis and treatment in the first time.

2.2 Technical advantages

The mobile clinical information system is directly oriented to the first-line medical staff in the hospital information system, so it is necessary to ensure the advancement, practicability, reliability and safety of the selected technology. The overall construction of the system mainly meets the actual needs through the following advanced technologies.

2.2.1 Mobile computing and EDA technology

Mobile computing technology uses intelligent computing terminal equipment to solve the seamless access of different networks in a wireless environment, realize mobile computing, data transmission and resource sharing, and provide timely and accurate information to any user at any time and any place.

In order to meet the needs of mobility and portability in practical applications, Motorola combined with mobile computing, wireless calling, VOIP, barcode scanning and imaging technologies to launch EDA (Enterprise Digital Assistant) enterprise digital, which has more functions and advantages than traditional mobile computing devices Assistant, mobile data terminal EDA with enterprise-level application operation performance not only has the functions of traditional mobile computing devices, but also supports one or two-dimensional barcode label information collection, flexible voice and data communication, and convenient wireless local area network (WLAN) ) Synchronization and other functions. In terms of structural design, it is not only small and light, but also has the characteristics of waterproof, dustproof and anti-fall, which can withstand the rigorous test of daily use in a variety of environments.

2.2.2 Wireless LAN technology

The core advantage brought by wireless network technology is mobility. The information of medical institutions is very large. The application of wireless networks in medical institutions can meet the needs of establishing a "people-oriented" medical model. The particularity of the hospital application requires that the provided wireless LAN not only meet the functions of ordinary coverage and simple access, but also require the functions of seamless roaming throughout the building and comprehensive security access guarantee. Motorola, as a world-class provider of WLAN switching solutions, is committed to mobile application solutions and is one of the founding companies of the 802.11 series of wireless network protocols.

Motorola's high-end wireless network solution "wireless switch WS + smart antenna AP" has the following advantages:

● Easy to configure and manage

Motorola wireless switch adopts the central management mode, the smart antenna does not need any configuration management, and can extend the wireless coverage through the general network connection. Based on Motorola's MSP technology, it not only realizes the management of wireless network equipment, but also easily manages the terminals connected to the wireless network.

● Easy to maintain

The replacement of Motorola AP is as easy as replacing the bulb.

● Safe and reliable

Motorola wireless network supports 802.1x, WPA2, 802.11i, 802.11n and other protocols to ensure the security of the wireless network, and it can also facilitate the deployment of WIPS / WIDS intrusion detection system.

● Reliable communication quality

Motorola's AP has 9 MAC addresses and provides 8 BSSIDs, which enables ESSID to enjoy the communication channel independently, ensuring the quality of communication QOS.

● Load balancing

Motorola can easily achieve load balancing through multiple wireless switches.

● Seamless roaming

Motorola's core switched wireless network solution can easily achieve seamless roaming.

2.2.3 Middleware technology

The HIS data center of the hospital contains database services such as CIS, LIS, PACS, MIS, and BIS. In order to ensure the modularity, compatibility, and scalability of the hospital information system, middleware technology is used to shield the differences in hardware platforms and operating systems The network protocol and the heterogeneity of various system interfaces enable application software to run smoothly on different platforms.

Motorola's enterprise mobile mobile clinical information system uses partner company's middleware technology to realize an important data exchange platform in the mobile clinical information system, which greatly improves the flexibility of the construction of various components and facilitates the existing system and the system that may be built in the future. Integration, while coordinating the system needs of different users.

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