Modular Intraosseous Infusion Training Adjunct for Portable Medical Practice
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Solution Overview
Problem
Traditional IO Infusion training devices are bulky, cumbersome, and not well-suited for home or field training, lacking portability and durability, and they do not allow for cross-training in other medical procedures.
Innovation Solution
A modular IO Infusion training apparatus comprising a saddle-shaped body and a removable insertion plate, designed to attach to existing medical training devices like the MITS™ Platform, enabling portable and versatile IO Infusion training.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If traditional IO Infusion training devices are designed for classroom settings with anatomical correctness, then training accuracy is improved, but portability and ease of operation deteriorate due to bulky size and support requirements
Solution Approach 1:
The training device is divided into separate modular components: a reusable base unit and disposable inserts containing anatomical features. This segmentation allows the bulky anatomical components to be replaced rather than carried, improving portability while maintaining training accuracy through realistic anatomical inserts.
Solution Approach 2:
The anatomical features (skin, tissue, bone layers) are extracted as separate disposable inserts that can be removed and replaced. This extraction eliminates the need to transport heavy anatomical models, while the inserts provide realistic tactile feedback and anatomical accuracy when in use.
2Reliability
If traditional IO Infusion trainers are designed as stand-alone devices, then IO Infusion training effectiveness is improved, but adaptability to other medical training purposes deteriorates
Solution Approach 1:
The base unit is designed as a universal platform that can accept different types of inserts for various medical procedures. The standardized interface allows the same base device to be used for IO Infusion training, IV insertion training, and other procedural trainings by simply changing the insert, thereby achieving multi-functionality without compromising training effectiveness.
3Reliability
If traditional IO Infusion training devices include support components like pumps and monitors, then training completeness is improved, but device complexity and portability deteriorate
Solution Approach 1:
Support components such as pumps and monitors are extracted as separate external equipment rather than integrated into the main device. This reduction in integration complexity makes the core device more portable and easier to operate, while training completeness is maintained by allowing connection to standard medical equipment in clinical settings.
4Measurement precision
If traditional IO Infusion trainers are designed for institutional use, then training quality is improved, but ease of deployment to home or field conditions deteriorates
Solution Approach 1:
The device is segmented into a durable reusable base and disposable inserts, allowing the base to be transported to home or field locations while the inserts provide realistic training features. This segmentation enables high-quality training to be deployed anywhere without the logistical burden of transporting complete traditional training systems.
Data Source
AI summary
A modular Intraosseous Infusion training adjunct that attaches to a medical training device, such as a MITS™ Platform, where the training device has an orifice therein. The adjunct has a body with a substantially rigid insertion training area that replicates human bone tissue. The adjunct releasably attaches to the medical training device in such a way that the insertion training area is positioned over the medical device orifice when said adjunct is attached to the training device.