1. outdoor intelligent emergency medical kit facilities product design. In the product design of this intelligent health monitoring facility, the overall framework design application system of intelligent health monitoring terminal is composed of intelligent health monitoring terminal, medical data processing server and mobile client. Terminal hardware framework design. The intelligent health monitoring terminal mainly realizes the collection and monitoring of human health data and displays the collected human health data. When the collected data is abnormal, the terminal realizes the alarm, makes full use of the health data collected by the terminal, shares the data and remotely alarms. When an alarm occurs, it is necessary to analyze and process the data, confirm the patient's condition, and carry out emergency rescue activities if necessary. The hardware framework terminal of the intelligent health monitoring terminal system is mainly divided into the system main control unit, health data acquisition module, GPS module, data transmission module and power module. The intelligent health monitoring terminal can be health data collection, health alarm, location, health data sharing and other major system functions. In the design of body temperature acquisition module, the voltage output integrated temperature sensor LM35 is selected as the body temperature data acquisition sensor of the monitoring terminal, and the hardware circuit is designed. LM35 through the temperature signal is converted to voltage output, the output signal first through low-pass filtering denoising, and then through the LM324 composed of the amplifier circuit LM35 output voltage amplification to the volt level, through the S3C6410 ADC to achieve the digital conversion of the output analog signal. The photoelectric pulse sensor (stable light source and receiving light sensor) of the heart rate acquisition module adopts two ways of detecting light: detecting transmitted wave and detecting reflected wave. The blood oxygen acquisition module adopts the photoelectric blood oxygen measurement sensor of the transmission blood oxygen sensing module. Image acquisition module using ZC301 camera; GPS and communication module with low power consumption, superior performance and perfect function are designed as E2613G data transmission module of Huawei. Overall framework of intelligent health monitoring terminal software. The design is mainly divided into human health data acquisition function module, GPS data processing function module, data transmission function module, graphical interface display module, database and so on. The main program controls each software function sub-module of human health data collection, realizes the collection of body temperature, heart rate, blood oxygen, image and GPS data, and carries out preliminary processing on the collected data, stores it in the monitoring terminal database, and displays it on the monitoring terminal interface. At the same time, the data is packaged into TCP data packets, which are sent to the medical data processing server through the network to receive health suggestions returned by the medical data processing server, and displayed on the monitoring terminal interface. The medical data processing server performs analysis and processing after receiving the uploaded health data, and when the health data of the monitored object is abnormal, acquires the GPS data of the monitored object, and sends the abnormality to the monitoring terminal at the same time, and starts the terminal alarm, and the medical data processing server alarms to remind relevant staff that the monitored object may have a physical abnormality. Monitoring terminal software interface design. The monitoring terminal is equipped with a 4.3-inch LCD screen to display the collected human health and GPS data. The human-machine interface design of intelligent health monitoring terminal is realized by Qt development language design. 2. outdoor intelligent emergency medical chair (stretcher function) facilities product design. The product design of the outdoor intelligent emergency medical chair (stretcher function) facility of this project will design an outdoor emergency medical chair (stretcher) from the perspective of convenience, high efficiency and easy stretcher assembly, combined with the perspective of human mechanics, mechanical engineering and intelligent technology. By referring to "stretcher, stretcher support and hospital stretcher car" and consulting the size design of stretchers in various countries in the world, as well as international standards and propulsion dimensions, and according to the standard of average height of population with Chinese characteristics, the stretcher size is designed to facilitate matching with various transfer vehicles and rescue facilities, greatly improving rescue efficiency, shortening rescue time and improving the survival rate of injured patients. The standard size of this stretcher was customized. The size standard of stretcher is the common standard for men and women. The effective length for bearing injuries is 2100mm and the width is 600mm, so the overall length should be about 2300mm, the folded length should be less than 900mm, the overall weight of stretcher should not exceed 10kg, and the bearing pressure should be more than 2000N. According to the hardness of the backbone material and the strength of the fabric in the national stretcher standard, this stretcher uses carbon steel red dimension as the skeleton material. The stretcher surface material woven from carbon steel fiber is extremely light and high-strength chemical fiber, which has good flexibility, high elasticity, good moisture absorption, strong fire resistance, etc., and is very suitable for stretcher materials. The stretcher handle uses ABS plastic as the raw material, which is stronger than wood and metal, is not easy to deform and has the best anti-skid effect. The use of small energy-saving LED lamp beads fluorescent easy to identify, in any light color environment is easy to be found by people. Intelligent emergency medical chair (stretcher function) design. The design of the stretcher support fabric belt tightening and loosening design, according to the lying needs of people with different injuries and ages, has the effect of stabilizing the wounded, and the safety belt is designed with ultra-wide fixing belt to prevent the injured from falling. The night light design is added to facilitate people to quickly search, identify, gather and find injuries at night, shorten the rescue time and increase the rescue efficiency. This new type of intelligent emergency medical chair (stretcher function) adopts a pull rod positioning structure, which can effectively adjust the lying position of the injured, freely adjust the height, and adjust it according to the complex terrain of outdoor rescue, so as to prevent the injury of the injured from further deterioration to the greatest extent. At the same time, it also makes the stretcher bearers save a lot of physical strength, shorten the rescue and transportation time, and use the rescue indicator LED lights, it is convenient for people to quickly search, identify, gather and find the injured at night, shorten the time to find the injured, and effectively reduce the mortality rate of the injured. The main material and supporting fabric of the stretcher are strong and durable, fireproof, hygroscopic, and high in toughness. At the same time, it can also effectively wrap and fix the injured, which is very in line with the needs of rescuers and the rescued patients, and has the rescue concept and purpose of shortening the prime time of first aid. At the same time, the stretcher is light in weight, small in size, easy to fold, and each person can carry multiple at the same time, increasing the rescue efficiency of multiple injuries.