The Internet of Medical Things (IoMT) is a fast-growing field that is changing the future of healthcare. IoMT refers to a network of physical devices, vehicles, home appliances, and other objects embedded in sensors, software, and network connectivity. These devices can help healthcare providers better understand the condition of their patients and provide more efficient and effective care, with a large and growing market. The global IoMT market was valued at USD 41.17 billion in 2020 and is expected to reach USD 187.6 billion by 2028, registering a CAGR of 29.5% during the forecast period.

The growth of the IoMT market is driven by a variety of factors, including:

Aging population: The global population is aging, which has led to an increase in chronic diseases such as diabetes, heart disease, and cancer. IoMT devices can be used to monitor patients with chronic diseases and provide early intervention to prevent complications.

Rising prevalence of chronic diseases: Chronic diseases are a major burden on healthcare systems worldwide. IoMT devices can be used to monitor patients with chronic diseases and provide early intervention to prevent complications.

Rising healthcare costs: Healthcare costs are rising, and IoMT devices can help reduce costs by providing more efficient and effective care.

Increasing demand for patient-centered care: Patients increasingly need more control over their healthcare, and IoMT devices can help them gain more control by providing patients with access to their health data and allowing them to communicate remotely with their healthcare providers.

The IoMT market is expected to continue to grow in the coming years. The growth of the market will be driven by the increasing adoption of IoMT devices by healthcare providers and patients.

The medical Internet of Things refers to the processing and interaction of medical objects (including medical information, medical equipment, medical staff, etc.) on the basis of standard and interactive communication protocols, through the use of radio frequency identification technology, sensor technology and positioning technology, etc., and further combined with advanced communication network equipment and mobile terminal equipment. The medical Internet of Things can transform raw data into simple, shareable, and interactive information between different objects. Doing so will improve operational efficiency, make care easier and patient experience more enjoyable. In short, the medical Internet of Things is the use of complex Internet of Things technology to simplify the medical process, realize the standardization of the whole process of medical processes, realize the automation, visualization and digital management of medical objects, and comprehensively improve the safety and quality of medical care.

Shenzhen ALMsound Technology Co., Ltd. focuses on the development of smart power safety products, energy consumption data collection and analysis, and helps industry customers realize smart energy services, empower industry Internet of Things customers to build an energy-saving management data platform and a safe electricity management platform.

IoT medical applications

Equipment monitoring: including the monitoring of lighting, air conditioning, water supply and drainage, power supply and distribution, oxygen supply, elevators and other equipment. Using the Internet of Things technology, on the one hand, the operation and working mode of the building equipment in the system can be grasped in real time through the sensors and controllers of the equipment, and on the other hand, the automatic optimization operation of the system can be realized through the monitoring of the control program in the system, and the alarm information can be uploaded in time when a device in the system fails. The management personnel are equipped with various data terminals (such as computers and mobile phones, etc.), and when abnormal situations occur, the alarm signal will be fed back to the terminal in time.

Energy-saving management:

Energy conservation is an important indicator to measure intelligent buildings, and the Internet of Things technology provides technical support for energy saving and consumption reduction of intelligent buildings.

Using the Internet of Things technology, various energy consumption data are classified and collected through the metering instruments distributed in the building, and then statistics and analysis are carried out, so that managers can grasp the energy consumption status of the building, and establish an energy consumption model through data mining and other methods to realize the scientific prediction and optimization of building energy consumption.

MN series smart and safe electric energy metering socket adopts the non-contact power collection method of current loop transformer and the principle of bypass tributary sampling to ensure the high reliability and safety of the product, as well as the perfect protection of electrical equipment.

Transformer metering socket integrates meter-level electric energy metering, equipment online and operation status monitoring, overload and overheating early warning protection, overcurrent short circuit, multiple safety warning and protection, location services, and device perception linkage in the LAN WiFi + Bluetooth communication smart socket.

ME series sockets

The intelligent control function of ME series products can realize local, on-site control, offline control, and remote control of the on-off switch of the socket, and support WIFI and Bluetooth independent control

Electricity metering function, real-time monitoring of electricity consumption, power, voltage, current and other electric energy data, according to the time period, equipment type, region, department and other dimensions of horizontal and vertical comparison and statistics of electricity consumption, fine management, grid management, hierarchical management of equipment, energy consumption analysis, energy saving management.

Metering socket leakage protection, automatic detection, abnormal situation protection, support over-under-voltage, over-current, overload control, support zero-crossing control, overheat early warning protection, short circuit protection and other functions, manual automatic control;

Real-time monitoring of the online status and operation status of electrical equipment, monitoring the start-up, shutdown, peak and trough of electricity consumption, online status, equipment operation status, equipment production efficiency, input and output, etc.

As a beacon, it can broadcast the location of the outlet, MAC address and other service information preset by the system to the surrounding nodes. Support master-slave, active-passive integrated positioning.

With the strategy of independent intellectual property rights and product innovation, Lanaosheng provides customers with edge intelligent technology solutions and collaborative innovation value-added services. Focusing on the core technology field, the cutting-edge core technology research has been obtained, and a number of major scientific research achievements have been obtained, and it has the leading core technology with "edge collaborative perception" in China, and supports the collaborative data processing of the edge network system of multi-mode wireless communication. Carry out collaborative innovation for customer needs, provide supporting services for wireless Internet of Things technology platforms, system solutions and key software and hardware for the intelligent industry, and become a technology benchmark and innovation leader in the subdivided industry.