Prosthetic Arm Force Reducer Team 1 – Halliday's ... - Ohio University
Prosthetic Arm Force Reducer Team 1 – Halliday's ... - Ohio University
Prosthetic Arm Force Reducer Team 1 – Halliday's ... - Ohio University
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options. The definition given for a prosthetic device is any device (other than dental) that<br />
replaces all or part of an internal body organ (including contiguous tissue), or replace all or part<br />
of the function of a permanently inoperative or malfunctioning internal body organ.<br />
The prosthetic device must be in accordance with Medicare contractor policies (if applicable to<br />
user). The supplier shall perform a diagnosis-specific clinical examination and access and<br />
understand manufacturer guidelines prior to fitting. There should be an implementation plan also<br />
should be consistent with the prescribing physician’s written plan of care. Appropriate<br />
beneficiary follow-up care consistent with the items or service(s) provided, the beneficiary’s<br />
diagnosis, specific care rendered should be provided. The beneficiary or caregiver should be<br />
informed of the procedures for repairing, replacing, and/or adjusting the device or items.<br />
The caregiver should review care and maintenance instructions and provide necessary supplies<br />
(e.g. adhesives, solvents, lubricants) to attach, maintain, and clean the items, as applicable, and<br />
provide information about how to subsequently obtain necessary supplies. Also inspection and<br />
monitoring should be done for potential complications.<br />
Though these standards are more applicable to a supplier of the prosthetic device, not so much<br />
the designer, useful information could still be applied to our project. One important<br />
consideration is to fully educate the user on how the prosthetic works, inform them of any<br />
potential hazards or limitations of the device, and verify the compliance with the customer’s<br />
current prosthetic. If any questions arise, a medical professional will be a great source of further<br />
detail in each specific case. In the context of our design it is important that the end user be<br />
properly and thoroughly trained in how to operate the system before using it as well as informed<br />
of the procedures for repairing, replacing, and/or adjusting the device.<br />
4.4 Applicable Constraints<br />
Internal constraints include beginner level engineering experience, a limited budget, and a time<br />
constraint for development. The skill level of the team is entry-level with respect to engineering<br />
abilities meaning not all our decisions would be similar to decisions that would be made by<br />
seasoned prosthetic engineers given the same design circumstances. We will make the best<br />
decisions and choices with our knowledge, background research, and feedback received from<br />
professionals and customers.<br />
The construction of the product will be professional, yet will not be on the same level as a fullscale<br />
manufacturing plant since budget is limited, commodity prices are on the rise, and our<br />
manufacturing facilities are a bit small and limited. Compromise, value engineering, and advice<br />
from professionals will be utilized to help make smart decisions. Too much redesigning will not<br />
be possible on a limited budget or schedule. This will be accounted for by planning and<br />
developing concepts early and often before our final design criteria is selected. The overall<br />
product will reflect our high quality operation and level of thought and will help consumers with<br />
upper extremity loss succeed in the field of agriculture.<br />
There is an external constraint to our project which would be the limited market. A person with<br />
upper extremity loss and who would like to peruse and prosper in the agricultural field would fit<br />
our needs area. They must also have knowledge of our product and have adequate resources to<br />
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