Smart medical care and national health have always been one of the hot topics of social concern. The development level of the medical and health system is related to the physical and mental health of the people and social harmony. Smart medical care aims to realize accurate and real-time perception of medical information through Internet of Things technology, conduct comprehensive and scientific analysis, and make intelligent decisions, thereby improving the quality of medical services. The level of informatization provides the people with first-class medical services and lays a solid foundation for building a harmonious social environment.
However, at present, various professional medical equipment in conventional hospitals also have certain management and testing difficulties:
1) The hospital equipment is large in quantity and of various types, and is scattered in various departments. It is difficult to take stock of the entire hospital, and it is difficult for departments to take stock of themselves, and it is impossible to fully understand the assets and equipment;
2) It is impossible to confirm long-term idle equipment, and it is impossible to determine whether first-aid equipment is turned on regularly for inspection;
If the device is not turned on for a long time, there is no automatic reminder;
3) The equipment is transferred/shared between departments in the hospital, it is inconvenient to search and call, and it is difficult to share and call according to the status, and the usage rate and number of times of use within the life cycle of the equipment are long-term ambiguous;
4) Equipment safety hazards cannot be discovered in time, and it is difficult to collect actual data for equipment benefit analysis.
How to improve the overall treatment effect of a certain disease through cost reduction, and at the same time improve the operational efficiency of this disease, without the support of informatization, it is difficult to meet these requirements. In the case of a large number of these devices, some small devices will be lost and the accounts will not match the facts, resulting in the loss of state-owned assets and also an important factor leading to the insecurity of state-owned assets.
The high-quality development of the hospital must be supported, and an important support for the high-quality development of the hospital is informatization. On the basis of informatization, it will develop in the direction of leanness and intelligence. This is an important way for the final information means to play its role. . Based on the Internet of Things technology, devices are connected in a unified manner, because small and medium-sized mobile devices are constantly purchased during the operation of the hospital, and the purchase time is different, and the brands and models are not exactly the same, but no matter what specifications and models they are, All connected to the network. In addition, Anzhen Hospital specializes in cardiovascular and cerebrovascular diseases. In the pilot departments, it is necessary to find some corresponding representative equipment for breakthrough management. In addition, as mentioned just now, if the perception and data acquisition of the Internet of Things are realized, this This kind of real-time and remote monitoring can be done at any time. In hospitals, there is a large base of small and medium-sized mobile medical equipment and high mobility. The use of Internet of Things technology can solve current equipment management problems and comprehensively improve the use efficiency of mobile medical equipment.
The working principle of the general platform is to use sensing technology to collect equipment working condition data in real time, and then wirelessly transmit the data to the background monitoring system platform to realize the total electricity consumption of the enterprise, the electricity consumption of production facilities, and the electricity consumption of environmental protection facilities. 24-hour non-stop remote monitoring of the whole process, and then based on the comparison of the three power consumptions, the operation status of the facility can be accurately grasped.
Before installing various monitoring equipment, it is necessary to count the power consumption of each equipment when it leaves the factory, including parameters such as current, power value, and power consumption. Then count and monitor the power consumption of other electrical equipment in the hospital and hospital lighting. Establish relevant databases, generate historical databases, reports, and curves to provide real power consumption data for hospital intelligent power consumption monitoring and management.
Then install smart metering sockets or smart meters for single or regional devices, and install gateways and networking between devices. In order to ensure production safety and environmental monitoring, it is also necessary to install smoke alarms, temperature and humidity sensors, smart cameras and other environments. Monitoring equipment, these smart devices also need to be networked. Once a fire alarm or temperature abnormality occurs, the power can be cut off in time to protect the equipment and alarm.
The field device layer is a data collection terminal, which is mainly composed of intelligent instruments. The communication layer is mainly composed of collectors, Ethernet devices and bus networks. The main function of the serial port server is to monitor the on-site intelligent instrument; the main function of the Ethernet device and the bus network is to realize the data interaction between the substation and the main station. Operating status. In the system diagram, you can intuitively see the operating parameters and status of each incoming and outgoing line, and you can see all the conventional power parameters on the outgoing side of the transformer.
The key is that these smart devices can give early warning and terminal power failure in time. This requires the analysis of various data at ordinary times. In the event of a fire alarm or short circuit, disconnect the network immediately.
For many hospitals, there is generally no one to watch the equipment running in real time. As long as the equipment is within a reasonable range, it is basically ignored. However, the monthly statistical data can show the abnormality of the equipment, such as the equipment using too much electricity. Whether it is high or too low, a reasonable maintenance plan can be arranged by comparing the abnormal data with the maintenance schedule of the equipment.
Inspection and maintenance in advance is always much cheaper than overhaul after an accident, and can also allow the equipment to achieve optimal efficiency.
Lanaosheng Technology's series of smart and safe electric energy metering sockets are WiFi+Bluetooth communication smart sockets that integrate intelligent control, electricity metering, equipment online and operating status monitoring, multiple security warnings and protections, location services, and scene linkage.
The difference between Lanaosheng WIFI+Bluetooth BLE standard metering smart socket and other smart sockets on the market is that due to the adoption of WIFI+Bluetooth BLE standard, the metering smart socket can realize multiple functions, can be used as a smart socket switch, and can also count energy consumption on the PC It is displayed in real time on the backend and APP, and can also be used as a gateway base station, serving as an agent node or relay node to connect to the next device.
In addition, it can calculate and measure the electricity consumption of electrical appliances in real time, and automatically convert the electricity consumption into the corresponding fee according to the local electricity price, so that users can understand the electricity consumption of the scene anytime and anywhere, and this socket can also be used according to Data is saved accordingly.
Intelligent energy saving in hospitals is a long-term work, which is a process of continuous improvement and advancement. Therefore, long-term uninterrupted monitoring of the hospital’s energy consumption system should be carried out, and the accumulation of test data should be improved. The comprehensive energy consumption problems of the hospital should be continuously discovered, and corresponding measures should be taken. Energy-saving renovation to reduce energy consumption of hospital medical equipment. At the same time, other typical public hospitals in the corresponding area can be tested. Provide reference for the formulation of energy quotas.