Extruding-swinging type eccentric wheel drive mechanical and electrical integration system

Abstract

The invention provides an extruding-swinging type eccentric wheel drive mechanical and electrical integration system. A drive device of a mechanical system is connected with an swinging device by means of an eccentric device, so that the eccentric device drive the swinging device to swing left and right. The swinging device is connected with an extruding device so as to drive the extruding device to swing left and right, the extruding device is used for driving a fluid to flow, and a power supply device is connected with a driving device by an electric circuit. A main control module of an electronic system is in signal connection with the driving device by a driving module, so that the movement of the driving device is controlled by the driving module. A monitoring device is installed on the mechanical system or in the fluid, and a monitoring device is in signal connection with the main control module. The extruding-swinging type eccentric wheel drive mechanical and electrical integration system can carry out real-time monitoring, prompting and alarming for the possible problems, a high-quality infusion effect of a person to be rescued can thus be guaranteed, safety of the infusion process of the person can be ensured, and the additional damage caused by low-quality infusion to the person can be reduced; the system is smart in design, simple in structure, simple and convenient in operation and suitable for large-scale promotion and application.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to the technical field of swinging rapid infusion, and specifically refers to a squeeze-swinging eccentric drive mechatronics system. Background technique [0002] Clinically, various reasons cause the patient to lose a large amount of blood and fluid in a short period of time, resulting in hypovolemia, hypotension, and hemorrhagic shock. The first aid for such patients usually adopts the method of body fluid resuscitation. When the maximum blood transfusion volume is 6000ml / h, it can supplement the patient's lost blood volume in a short time, stabilize the patient's blood pressure and normal blood circulation, create favorable conditions for further treatment, and achieve the best effect of body fluid resuscitation. [0003] The most effective way to increase the flow rate of blood transfusion in the market is to adopt the method of squeezing and swinging eccentric wheel tr...

AI Technical Summary

Problems solved by technology

[0003] The most effective way to increase the flow rate of blood transfusion in the market is to adopt the method of squeezing and swinging eccentric wheel transmission. However, with the increase of blood transfusion flow rate, the voltage of the equipment is stable when the equipment is working, and the flow rate in the infusion line is high. A large number of air bubbles and blockage of the infusion line directly affect the safety, effectiveness and stability of the infusion

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