Automatic injection pump

Abstract

The invention discloses an automatic injection pump. The automatic injection pump comprises an injection pump body, wherein the injection pump body comprises a controller and a plurality of groups of actuating mechanisms and injectors, and the injectors are respectively filled with epinephrine, anti-ventricular fibrillation or pulseless ventricular tachycardia drug amiodarone and normal saline. The controller can control the actuating mechanisms to drive the epinephrine injectors to inject once every 3-5 minutes, can control the actuating mechanisms to drive the amiodarone injectors to inject, and can control the actuating mechanisms to drive the injectors filled with normal saline to inject once after medicine injection is completed every time. The automatic injection pump further comprises an operation panel, wherein an epinephrine starting button and an amiodarone starting button are arranged on the operation panel. According to the automatic injection pump, through automatic control of an automatic process, injection in a specified process can be accurately and automatically carried out or is manually carried out upon reminding, and rescue medicine can be well injected instead of manual operation; and meanwhile, the injection process can be automatically or manually started upon a reminding according to changes in vital signs of a patient.

Description

technical field [0001] The invention relates to the field of emergency equipment, in particular to an automatic injection pump. Background technique [0002] Rescue usually requires a team to implement, and the team members perform different roles, for example, responsible for chest cardiac compression, airway management, and intravenous access injection of rescue drugs, etc. Cardiac arrest is one of the most common rescue situations, and accurate and effective first aid measures need to be taken in a short time. Efficient teamwork is positively correlated with the success rate. However, often the rescue may happen at any place and at any time, such as pre-hospital first aid. There are not enough people to perform all the roles and functions of the team, and often one person plays multiple roles, which puts higher requirements on the rescue work that races against time. Even if a well-trained nurse manages intravenous rescue medicine alone, the cumbersome operating procedur...

AI Technical Summary

Problems solved by technology

However, often the rescue may happen at any place and at any time, such as pre-hospital first aid, there are not enough people to perform all the roles and functions of the team, and often one person takes on multiple roles, which puts higher requirements on the rescue work that races against time

Even if a well-trained nurse manages intravenous rescue medicine alone, the cumbersome operating procedures may cause mistakes or delays in intravenous rescue medicine due to stressful external environment or other reasons

[0003] Especially during the epidemic of the new coronavirus, when rescuing patients, the environment contains the new coronavirus, and the busy work also leads to a shortage of human resources, and when rescuing patients with new coronavirus pneumonia requires the participation of multiple people, a more detailed division of first aid is important for patients The success of the rescue is of positive significance, but it greatly increases the risk of medical staff being infected with the new coronavirus. Therefore, for the rescue of patients with critical new coronavirus pneumonia, the unfavorable environment will have a certain impact on the success rate of the patient's treatment.

Therefore, emergency medical personnel need to enter the isolation ward urgently and wear isolation gowns. This will also take a certain amount of time and affect the optimal rescue of patients by medical personnel. The result is obvious and may cause disability or death of the patient.

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