P13027: Protable Ventilator rev. B
/public/

Planning & Execution

Table of Contents

Your website should document your journey through MSD, so include work-in-progress as well as latest results. Use pdf's for display whenever possible so that information is easily viewable without the need to download files and open applications. (Your EDGE file repository should still contain original files).

Sample categories are listed below, but feel free to change or add nodes to better correspond to your project and your Guide’s expectations.

Project Summary

A Portable Emergency Ventilator (PEV) is a device that can provide positive pressure ventilation to a person who is incapable of breathing on their own. Reasons for this lack of ability to breath include cardiac arrest, heart attack, smoke inhalation, and many others. This device can eliminate the need for mouth-to-mouth resuscitation used by first responders during CPR, thus drastically eliminating the spread of diseases. The device can also be used when transporting patients or in home use when a large ventilator is too expensive and impractical.

Many PEVs already exist and are being used by EMTs and physicians today. This project focuses on improving a PEV developed in the late 1980s by Jeff Gutterman and Roman Press. The device is patented and has been approved by the FDA to market and manufacture. The PEV device includes different modes which can be used based on different situations. These modes are Constant Mandatory Ventilation (CMV), Assist, CPR, and Manual. The mode which would be most useful to first responders is CPR. In this mode, the rescuer would perform CPR on the patient just as they normally would, using only chest compressions. The PEV would keep track of the number of compressions through a feedback network, and, based on a setting applied by the rescuer, provide clean air to the patient after a specific number of compressions were performed.

The current device has many characteristics which we plan to keep in the updated model. First, since the device has already been approved by the FDA, the general operation cannot deviate from the current design. Second, the PEV is durable so it can be dropped or used in inclement weather and yet still provide it’s life saving function. Third, the device has redundancies so that if a malfunction occurs, the patient can still be ventilated by other means. Finally, the device is easy to use with paramedics. The large knobs and audible feedback allows the PEV to be used by those wearing gloves and ensures incorrect use is not possible.

The goal of this project is to update the model using technology available today by making it lighter, more efficient, and easier to use. To make it is portable as possible, we plan on make this device less than 8 kilograms. Also, this device will run on a battery, which should have the ability to operate the device for at least 2 hours without requiring a recharge. This should provide sufficient time for the patient to be transported to a larger machine not running on battery power. Lastly, one very important aspect of this device is that it will be able to record the patient’s vitals as resuscitation is occurring. This will benefit the rescuer from this feature since he/she will no longer have to worry about writing down this information, along with the time it was taken. We expect to market our device once a final product is built and extensively tested.

This project will be completed by December 2013 with a budget of $1000. It will be a second PEV design revision, based off the foundation design as provided by MSD group 13026. The ultimate goal is to deliver a working, usable prototype. We will be guided by our customers, Jeff Gutterman and Roman Press, and our faculty mentor, Edward Hanzlik.

Project Summary

Intellectual Property Considerations

All design parameters and system functionality are based on US Patents, entitled "Portable Emergency Respirator" #5,211,170 and #5,398,676. These are authored by Roman Press and Jeff Gutterman, as well as the FDA 501K approval to market and manufacture.

Patent 5,211,170

Patent 5,398,676

Customer Needs

public/Customer_Needs_Table.png

Specifications

public/Customer_Specification.png

Functional Decomposition

public/Functional_Decomposition.png

Team Norms & Values

Team Norms

  1. Attend Meetings twice a week.
  2. Attend MSD I Meetings Friday to understand core project concepts
  3. Discuss ideas openly to further developement
  4. Contribute critics and solutions in discussions
  5. Focus on completion of project goals
  6. Respect and meet customer needs and specifications

Team Values

  1. Members will respect project integrity and work cohesively towards a solution.
  2. Members will be punctual and prepared for all meetings and discussions
  3. Members will be honest and responsible for their work.
  4. Members will meet project deadlines and provide neccessary deliverables.
  5. Members will respect the ideas of others and provide critics in respectful manner.
  6. Decisions will be a consensus within group discussion, provided customer needs and specifications.
  7. Workload will be equally shared and communicated effectively via email, phone and face-to-face.

Project Plans & Schedules

MSD 1 Project Schedule.mpp

Schedule for Project Familiarization

public/MSD 1 Project Schedule familiarization rev1.lpg

Schedule for Project Prototyping and Technical Study

public/MSD 1 Project Schedule prototype rev1.jpg

Meeting Minutes, Notes, & Actions

Pre-Summer Break MSD II Team Vision

Shared vision .docx

Peer Reviews

MSD I & II

Project Reviews

Preparation, notes and actions, etc.

Home | Systems Design | Detailed Design | Build, Test, Document | Photo Gallery