1. Proposal of the problem The trend of an aging population is now further exacerbated. In order to adapt to the huge changes in the age of the population, there is an urgent need to make major changes to our health care system. These changes include some novel tools for advanced treatment and early diagnosis using advanced sensor and microcontroller technology. The problem is raised today as the highest incidence of chronic degenerative diseases, such as cardiovascular disease, in which hypertension accounts for a large part of it and metabolic diseases such as diabetes. A significant problem with such chronic degenerative and metabolic diseases is that patients need to maintain a dynamic balance and physiological balance over a long period of time. This means that patients need to develop new habits in their daily lives, such as measuring blood pressure and blood sugar. These are very annoying things that are easily forgotten and even the patient will deliberately avoid. This way the doctor cannot understand that the treatment measures will help improve the health of the patient. Based on this, how to solve the public health problems such as chronic diseases and how to get doctors to obtain patient monitoring data to improve the effective treatment of patients is a new challenge. Especially because the aging of the population and its chronic degenerative diseases are potential complications, systematic monitoring of vital signs and data can prevent the deaths caused by the occurrence and reduction of further complications and reduce the heavy economic burden of patients with chronic diseases. Both are crucial. The telemedicine monitoring system is the best solution to the challenge of using technology and new medical devices to prevent acute complications. This is because the telemedicine monitoring system, as part of the telemedicine system, transmits the collected physiological parameters of the ward and video, audio and video to the community monitoring center in real time through the communication network for dynamic tracking of morbid development. To ensure timely diagnosis and treatment. With the dramatic increase in the elderly population in today's society, the role of custody in medical resources is more prominent. It can be seen that the application of remote monitoring system to treat chronic degenerative diseases is a concept of creation. It should be said that today's telemonitoring system can be implemented in a variety of technical solutions. In this paper, the remote monitoring system based on 32-bit processor and new software platform and the telemedicine monitoring system based on ZigBee technology are constructed and chronically regressed. The application of sexual disease treatment is analyzed and discussed. 2. Construction and function of remote monitoring system Telemedicine is mainly used in clinical consultation, examination, diagnosis, monitoring, guiding treatment, medical research, communication, medical education and surgical observation. The telemonitoring system application is a combination of information technology and medicine. It uses telematics and computer multimedia technology to provide medical information and medical services to patients. The telemonitoring system is designed primarily for the home healthcare environment, and a rich graphical user interface (GUI) can help guide patients through the process of measuring their vital signs. For remote monitoring devices, personalization to address specific diseases or conditions and to cater for the specific needs of patients is critical. This is a challenge for system designers and equipment manufacturers. Its scalability, low power consumption and rich peripherals are the main design ideas for remote monitoring system design. According to this, the data obtained from various terminal devices through the intelligent system can remind the patient to perform new measurement and treatment at an appropriate time, such as a blood glucose meter, a heart rate monitor, a blood pressure monitor, a digital weighing instrument and the like. The telemonitoring system must also ensure that data is analyzed and transmitted securely to medical or healthcare providers. The remote monitoring system is composed of a microcontroller or a 32-bit microprocessor as its core and its peripheral communication. It collects, analyzes, and monitors patient vital signs data and transmits it to remote medical providers or medical professionals for further analysis using communication technologies (RF transmitters and infrared interfaces and USB/Ethernet). Track chronic degenerative diseases or observe postoperative treatment. This type of telemonitoring system can be customized with different data acquisition devices, including sphygmomanometers, blood glucose meters, pulse oximeters (for measuring blood oxygen saturation in blood), digital weighing instruments and thermometers. Wait. One of the advantages of this telemonitoring system is the ability to quickly transmit vital signs data to a telemedicine center. For this purpose, different types of networks can be used. For example, a secure virtual private network (VPN) can be used to connect to the Ethernet in a wired or wireless manner, and for those who cannot access the broadband network in rural areas, general grouping can be used. Black Flex Tape,Asphalt Repair Tape,Black Flex Seal Tape,Waterproof Bitumen Tape Kunshan Jieyudeng Intelligent Technology Co., Ltd. , https://www.yuhuanptapes.com