Power scrubber

From DDL Wiki

Contents 1 Exectuve Summary 2 Major Product Stakeholder Analysis 3 Product User Study 4 Mechanical Function 5 Parts List 6 Design For Manufacturing and Assembly 6.1 DFM 6.2 DFA 7 Failure Mode and Effect Analysis 8 Design For Environment 9 References

Exectuve Summary

Major Product Stakeholder Analysis

--Overall stuff

Stakeholder Needs and Wants
Stakeholder	Needs	Wants
Consumer	Product should not require much force to hold/use (proper level of vibration, weight, etc.) Energy efficiency (and soap usage reduction) Customization (comfortable to use)	Maximize performance & minimize cost Lightweight and space efficient Ergonomic (material of handle part) Durability (especially of the sponge)
Retailer	Cheap & durable materials Lower electricity(batteries) use
Manufacturer	Cheap & easily processed materials Mass production Easy assembly	Volume-efficient materials
Shipping & Transportation	Lightweight Durability	Space-efficient packaging

Product User Study

Mechanical Function

Parts List

Design For Manufacturing and Assembly

DFM

DFA

Failure Mode and Effect Analysis

Column 1 heading	Column 2 heading	Column 3 heading
Row 1, column 1	Row 1, column 2	Row 1, column 3
Row 2, column 1	Row 2, column 2	Row 2, column 3

Design For Environment

	Production	Use
Item purchased	Power Scrubber Manufacturing	Battery	Sponge	Soap	Water
a) Picture
b) Economic Sector Name and #	Small Electric appliance #335210	Primary battery manufacturing #335912	Broom, brush, and mop manufacturing #339994	Soap and cleaning compound manufacturing #325610	Water, sewage and other systems #221300
c) Reference Unit	1 item	4 batteries	1 piece	16 oz/bottle	19.5 gallon/day

References