Посты с тэгом: LG

Innovation Sighting: S.I.T. Patterns in Refrigerators

Published date: August 13, 2012 в 3:00 am

Written by:

Category: Uncategorized

Tags: ,,,,,

This month’s Innovation Sighting comes to us from Dr. Steven Palter.  Dr. Palter is a  gynecologic fertility specialist and a true innovator in the medical field.  He learned the S.I.T. method recently, so he knows how to spot the five innovation patterns of S.I.T. in everyday products and services.

This one is a new refrigerator launched by LG at the 2012 Consumer Electronics Show in Las Vegas.  It is the LGLFX31945ST French Door Refrigerator with Door-in-Door.  The new Door-in-Door is a classic example of the Multiplication Technique.  To use Multiplication, make a list of the components of the product, select a component and copy it, then change the copied component along some variable such as size, location, or other attribute.  Once you create this Virtual Product, try to identify new benefits or markets served by this configuration.

In this example, the door was copied then changed to be located just inside the existing one.  It creates a whole new area for storing food.  This increases the storage capacity of the refrigerator without increasing the overall exterior size.  Take a look:

LG didn’t stop there. They also launched a new innovation in refrigerators called the LG Blast Chiller. It allows you to vary the temperature delivered to an item depending on the type of food or beverage. Does that pattern sound familiar?  If you have studied the S.I.T. method, you would recognize the Attribute Dependency pattern. Take a look:

Very cool! I like using refrigerators in my S.I.T. training sessions because there are so many ways to apply the five techniques to yield new-to-the-world innovations.  Most people find it surprising that you can innovate a concept that dates back the ancient Egyptians.

Innovation Sighting: The Division Template on a Cell Phone

Published date: March 8, 2010 в 2:00 am

Written by:

Category: Uncategorized

Tags: ,,,,

LG Winners LG Electronics is about to announce their third annual Design the Future Competition.  Last year, more than 800 entries were submitted by consumers with their take on the future of mobile communications.  The winning entry is the focus of this month’s Innovation Sighting.  From LG:

“LG Electronics MobileComm U.S.A. Inc. (LG Mobile Phones) recently named Emily Albinski from Wading River, NY the winner of its 2nd Annual Design the Future Competition.  The idea competition challenged participants to create a concept to define the future of personal mobile communication.  First place winner Albinski, a professional full-time freelance designer, created the CC on the theme of connectivity. The winning concept of a modular phone, which could be used by LG in the future, includes a “core” phone that can be inserted into a touch screen or netbook shell depending on the user’s needs.  By design, the winning concept would allow users to connect in many different contexts and environments. Albinski, a science and technology enthusiast, refined and laid out her concept in just four days.”

Her concept demonstrates the Division Template of the corporate innovation method, S.I.T..  Division works by listing the components of the product or service, then dividing out a component either physically, functionally, or by preserving the characteristics of the whole.  Emily “divided” out functionality of the traditional cell phone, then embedded it into different environments and platforms to create new innovations.

Umbrella-today To make it even more interesting, it is useful sometimes to place the divided out function into less obvious environments.  For example, imagine the cell phone functionality is embedded into an alarm clock. A musical instrument.  An umbrella.  Using SOLUTION-TO-PROBLEM thinking, imagine how this would work.  What problems would it solve?  What benefits could it deliver?  Who would want such a device?  For example, perhaps your umbrella is notified when it should be carried with you that day.

Congratulations to Emily and all the winners.  I am looking forward to the next round!

Design the Future of Mobile Communications

Published date: April 21, 2009 в 10:05 pm

Written by:

Category: Uncategorized

Tags: ,,,,

It’s time to put innovation into practice.

LG Mobile Phones, the fastest growing mobile phone brand in North America, is partnering with crowdSPRING, an online marketplace for creative services, to announce a new competition to define the future of personal mobile communication.  U.S. residents age 18 and over can have a chance to design their vision of the next revolutionary LG mobile phone and compete for more than $80,000 in awards.  See http://www.crowdspring.com/LG for details on how to submit your ideas.

Here is how submissions will be judged:

How to Innovate!

Published date: April 17, 2009 в 2:55 pm

Written by:

Category: Uncategorized

Tags: ,,,,

This step-by-step method helps you invent new products or services using templates. Templates channel your creative thinking so you can innovate in a completely new way. It is not brainstorming. It is a structured process to focus your creative output.

The way it works is by creating a hypothetical solution first, and then imagining a problem that it solves.  This is exactly opposite of the traditional way people invent.  Usually, we start with a problem, then we try to invent solutions to it.  That is not always effective because many times we do not know all the problems consumers have when using a product or service.  When reverse the direction (SOLUTION-TO-PROBLEM), we uncover many new useful problems worth solving, and we have an innovative solution to apply to it.   It’s cool!  And it works!

Follow these steps:

1.  Select a product or service to innovate.

2.  Create a list of its components.

3.  Apply a TEMPLATE to each component.  This creates a VIRTUAL PRODUCT.  It is virtual because it does not exist.  It should not seem to make any sense to you at first.  That is okay…that is how the method works.

4.  Take the VIRTUAL PRODUCT and think of all the ways it could be useful.  What problems does it solve?  What benefits does it offer?  Who would use it?

5.  Repeat the process using a different component.

6.  Repeat the entire process using a different TEMPLATE.

Here are the TEMPLATES:

  • SUBTRACTION:  removing an essential component and keeping only what is left
  • MULTIPLICATION:  making a copy of a component but changing it in some way
  • DIVISION:  dividing a component out of the product and putting it back somewhere else, OR taking the component and physically dividing it
  • TASK UNIFICATION:  assigning an additional task to an existing component – giving it a new job in addition to its existing job

Lg-mobile-VX11000-lean-large EXAMPLE:  The Cell Phone

List the components:

  1. Earpiece (making sound)
  2. Microphone (picking up sound)
  3. Keyboard
  4. On/Off Switch
  5. Battery
  6. Volume Control
  7. Antenna
  8. SMS texting
  9. Address Book
  10. Menu
  11. Voice mail
  12. Casing
  13. Display Screen
  14. Camera
  15. Carrying Clip

Apply a TEMPLATE:  (example)

  • SUBTRACTION:  Imagine a cell phone without the earpiece (so the cell phone cannot make any sound).  This is our VIRTUAL PRODUCT.  Now imagine what it would be good for.  Ask yourself these questions:
    • Who would use a cell phone that did not have sound? 
    • What usage situations or social situations would this be particularly useful for? 
    • What would be the benefit? 
    •  How would it work?

THE IDEA:  It is a new kind of cell phone that is only for SMS texting and Twittering.  It has a different rate plan than regular cell phones.  It has a keyboard that is optimized for fast inputing.  It has an excellent address book and screen display so that you can send texts and tweets very fast.  The screen is large so you can share it with other people.

  • Now repeat this process for each component and each TEMPLATE.  Keep good notes of your new ideas.  Combine ideas together to create completely new-to-the-world concepts for a cell phone!

Want more examples?  Visit The LAB.

Get our innovation model that has worked for 1000+ companies.

    No thanks, not now.