Infusion speed and temperature controller

Abstract

The invention discloses an infusion speed and temperature controller, comprising a main microcontroller, a clock module, a speed control module and a temperature control module; wherein, the speed control module is connected with an infusion apparatus control clamp and the main microcontroller; the temperature control module is connected with the main microcontroller. The invention can simultaneously carry out accurate speed monitoring and constant temperature treatment on infused liquid medicines and achieve the aim of safe and reliable infusion, thus being widely applied in infusion rooms, anaesthetic rooms, internal curative departments, and to treatment of cardiovascular and cerebrovascular diseases, tumor chemotherapy and extra-gastrointestinal intravenous fluid infusion, etc.

Description

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AI Technical Summary

Benefits of technology

This technology helps prevent accidental over-infusing or under dosing medications into patient's bloodstream during medical procedures such as injection therapies. By controllably adjusting both temperatures and speeds accurately, this process ensures that these liquids stay within their proper range while being administered safely without causing harmful side effects on healthy tissues around them. Additionally, it allows for continuously controlled administration of fluids through different routes like IV (intravacular), IM (injection) or PNV (parenteral nutrients). Overall, this innovative system improves efficiency and effectiveness in delivering therapeutic agents effectively towards target areas inside body parts where they may cause damage before reaching other organs.

Problems solved by technology

This patented technology describes different ways how we care about infusing fluids (liquid or gas) into our bodies during therapy. One way involves using an IV fluid delivery system where multiple components work together like one unit called a device. These devices include tubes made up of materials designed specifically for specific purposes, including making them easier to handle due to their small sizes and low cost compared to other types of medication containers used today. However, current systems lack precision and consistency across varying conditions when delivering liquor through these channels.

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