Protective clothing based on intelligent medical health remote monitoring treatment platform

Abstract

The invention discloses protective clothing based on an intelligent medical health remote monitoring treatment platform, which is characterized in that a positioning part sends a positioning signal to a server and a mobile terminal through a control unit; for a neck air bag and a waist air bag, the control unit outputs inflation signals when tumbling occurs; a blood pressure measuring part is annularly arranged on the upper arm of a long-sleeve garment; a body temperature measuring part is arranged under the armpit of the long-sleeve garment and comprises an exposed temperature sensor capable of being attached to the skin; an injection part is arranged on the right wrist of the long-sleeve garment, and injection is started on the mobile terminal when the blood pressure measuring part or the body temperature measuring part or the electrocardio part detects that parameters exceed a threshold value; the electrocardio part is arranged on the left wrist of the long-sleeve garment, and heart rate and electrocardiogram measurement is conducted through a photoplethysmography technique and an electrocardiography technique. Remote monitoring and processing of various physical signs are achieved, and positioning, falling prevention, monitoring and injection are integrated.

Description

technical field [0001] The invention belongs to the field of medical devices and relates to protective clothing based on an intelligent medical health remote monitoring and treatment platform. Background technique [0002] In recent years, the mortality rate and disability rate of chronic diseases such as cardiovascular diseases have jumped to the first place, becoming a major disease that seriously threatens the health of residents. Cardiovascular disease is a general term for cardiovascular and cerebrovascular diseases, and generally refers to cardiovascular diseases. Cardiovascular disease is an ischemic or hemorrhagic disease that occurs in the heart, brain, and systemic tissues due to hyperlipidemia, blood viscosity, atherosclerosis, and high blood pressure. It has the characteristics of high morbidity rate, high disability rate and high mortality rate. There are difficulties in treatment and easy recurrence of cardiovascular disease. [0003] Cardiovascular disease ...

AI Technical Summary

Problems solved by technology

The pain caused by ordinary needle injection due to technical operation is very common. The pain of intramuscular injection stimulates the patient's emotions, which leads to the extreme behavior of not cooperating with the nurse's treatment and hurting the caregiver.

At present, the traditional intramuscular injection method uses a needle syringe for manual injection. Due to manual injection, the technical essentials of needle insertion cannot be fully grasped, and it is difficult to manually adjust the injection speed by medical staff.

At the same time, when the patient is alone, the medical staff cannot give the injection at the first time

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