DesignLab

Electrolux

2 Stage - Concept Development

washing machine Pecera, which can wash the clothes without the detergent, washes the clothes by eating dirt inside the clothes. Its motive from Doctor Fish, which eats people’s dead skin cells.

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  • Design details
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
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  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
  • Pecera - Stage - Concept Development
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Expert feedback

Interesting improvement since Stage 1 and how you have suggested the laundry process can be done even in the livingroom, next to all the other activities at home. Can you develop the consumer experience a bit, how is the laundry perceived as clean (smells, texture) after the washing process? Looking forward to your submission for Stage 3, good luck with the process!

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1 Stage - My concept

It is a sustainable washer which takes and cleans off dirt molecules on the clothes without using detergent, whose motive comes from doctor fish.

  • Pecera - Stage - My concept
  • Pecera - Stage - My concept
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Expert feedback

This idea is very bold and captivating – but also raises a lot of questions, so it will be interesting to see how you take this further! As design is one of the motivations to buy new products, please present the concept in a home environment, in use of context by the consumer and also present how the consumer interacts with the concept.

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@cksduq0428

#designlab2014 #electrolux #electroluxdesignlab2014 #design #pecera #dofi ??? ? .. Rendering.. ...

@cksduq0428

#Designlab2014 #design #electrolux #electroluxdesignlab2014 ???? .. ...

@cksduq0428

#electroluxdesignlab2014 #electrolux #designlab2014 #design #dofi #doctorfish #pecera #concept #washing #designconcept #conceptdesign ??? ?? ??? Electrolux Design Lab 2014 Top35 Semi-Finalist ? ???? ?????!! ????? ! ? ?? ??? ?????? ???????!! I owe Electrolux Design Lab 2014 in Top 35 Semi-Finalist to everyone !!!!!! Thank you !!!! Hop for more and more nice design !!

@cksduq0428

#electrolux #designlab2014 #electroluxdesignlab2014 #design #daegu #korea #pecera #doctorfish #washing #dofi #voteforthisconcept #vote. http://electroluxdesignlab.com/2014/submission/pecera/ 6?? ?? ?? top 35?? ???? ?? ??!! ????? ????? ?? ?? ??????!!!! ?? ???? vote for this concept !!!! ??????!! Please vote for this concept with Pecera !!!

Jelly form in ceramic that keeps hydrogel in the water

  • Jelly form in ceramic that keeps hydrogel in the water
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Polymer hydrogel is typically diapers, contact lenses, medical electrodes, cell culture-forming material mostly used in special-purpose storage and soil moisture, burn wound dressing for a variety of flow is used. This is a covalent bond, hydrogen bond, van der waals, or physical binding, such as binding a hydrophilic polymer crosslinked by cohesion, as an aqueous solution containing therein a large amount of water which can swell the polymeric three-dimensional network structure of the substance. To do this, the state in which the water absorption behavior seems similar to biological tissue. Hydrophobic groups on the hydrophilic hydrogel polymer containing added that both sides pro or pro-Solvent Solvent polymeric hydrogel polymer chain (APN) is called bureuneunde corresponding to these chains are more hydrophilic chain to a lesser extent when the swelling and swelling in the award of a hydrophobic material absorption is increased. And a hydrogel formed by the 90 ℃ considerably strong, as well as the stress applied to the structure to quickly rearrange the original restored. In such cases both pro-drug and the polymer, such as solvent resistance of Drug Delivery System (DDS) can be applied. Advantages of such polymer hydrogel polymer chains on the surface of the low surface tension of the high fluidity of which sloth out from the hydrogel material inside and outside can be easily passed. And the diffusion of hydrophilic nature of the surface and the soft and encouraging may contain a large amount of water and exhibits a high biocompatibility is that

-Hydrogel surface – The principle is that it forms a surface film holding the liquid inside and maintaining the shape, and is considerably strong up to 90℃ and rearranges molecules quickly recovering the original structure. It is easy to absorb dirt molecules of the alkaline liquid jelly and maintains the shape.


Principle is to eat when Dofi

  • Principle is to eat when Dofi
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Consumer Nature would send they praises if you played a role in they go-green campaign! They your chance to do your part for the environment with your laundry:

Product Description If you use Bio cera Laundry washing ball, You don’t need to use detergent or fabric softner again! Inside the ball, there are Nano Technology Ceramic Balls that have Negative-ion and Far-infrared rays. Water surface tension is reduced, making water molecules smaller which allows it to move through fabric and clean out soil and dirt.

Get a Bio Cera Laundry Ball
Cleans clothes without detergent or softener
Suitable for all types of washing machines
Non-allergenic
Eliminates mold, bacteria and odour
Contains no harsh chemicals
Saves your water bill, works without the rinse cycle
Get rid of messy, expensive and non-environment friendly detergents and softerners
Refill the sachets of macro molecules

Green Washing Ball Eco-friendly materials that meet the ceramic surface-active molecules of the liquid and attention to Dofi is the thing that makes eating principles adopted.
Dofi example of the ceramic in the liquid jelly is a liquid that reacts with the ceramic surface-active molecules creates surface-active molecules Dofi always faded continuously without sejeo it is possible to eat healthy when.


Dofi is process of feeding on dirt molecules

  • Dofi is process of feeding on dirt molecules
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Dofi’s process of feeding on dirt molecules

1. Dofi approaches the fiber and clings to it using the alkaline liquid jelly that holds the ceramic.

2. The alkaline liquid jelly clung to the fiber is comprised of, by ceramic, surfactants absorbed onto dirt.

3. Surfactants reduce coherence between fiber and dirt.

4. Dofi feeds on and absorbs dirt that has less coherence leaving the fiber clean.


The important material of Dofi

  • The important material of Dofi
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The important material of Dofi

-Ceramic – By the specific energy of ceramic, liquid molecules go through the ionization reaction and are split into small pieces turning into the alkaline active agent which enables surface activity.

-Alkaline liquid jelly – It is the alkaline liquid jelly which splits and absorbs dirt molecules of fiber through surface activity by the specific energy of ceramic.

-Hydrogel surface – The principle is that it forms a surface film holding the liquid inside and maintaining the shape, and is considerably strong up to 90℃ and rearranges molecules quickly recovering the original structure. It is easy to absorb dirt molecules of the alkaline liquid jelly and maintains the shape.

-Metal filter – It helps eliminate and absorb dirt only.

-Soft appearance – As the soft appearance expands eating dirt in the wash it tells customers that washing is in progress.


Washing of Dofi

  • Washing of Dofi
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Washing of Dofi

Doctor Fish robot ‘Dofi’ inside Pecera is a mouth that shaped like sucker. It obtained its motif from the shape that eats people’s dead skin cell effectively. The mouth part of ‘Dofi’, When the jelly contacts the fiber, it loosens the coherence between the fiber and dirt on the clothes by surface activity to split, feed on, and absorb dirt. It removes the dirt very effectively.


Soft body expands eating

When inflation is eating and stains Dofi the eyes of consumers determine the amount of laundry allows.
To do so, the body of Dofi studying at Harvard University, will design based on Soft robot.

Please imagine that the degree of your breadth can be identified visually by applying the soft robot technology.


Form design developing Dofi in Pecera

  • Form design developing Dofi in Pecera
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Due to some form of Dofi Problem was found.
So I’m more in the form of developing a Dofi.

Problem 1. Existing form when only one side is eating, so the efficiency is poor.
Problem 2. Pecera fine when left in a difficult to remove.

Both of these problem and more attempts to design a simple and nice form.


Pecera CMF specifications

  • Pecera CMF specifications
  • Pecera CMF specifications
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Colours, materials and surface finishes are an important part of Pecera and Dofi final design expression – therefore I want to add a CMF specification for my concept as followed

1. Pecera upper – Crome steel – gloss finish – RAL 8019

2. Pecera fishbowl – Clear reinforced plastics(glass)

3. Pecera leg – White metal – gloss finish – RAL 9003

4. Dofi – Silicone-coated compound, Soft touch white – RAL 9003

5. Lighting – Light-frosted, transparent glass, clear sky blue LED


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