Nikolay SHPAKOVSKY, PhD, TRIZ consultant

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TechnologyEvolutionDiagram
S A M S U N G
AboutDisplaySystem

• Nikolay SHPAKOVSKY, PhD, TRIZ consultant
• 1996-2003

2

• Tools for Analysis of Technology Evolution of
  Technology System

3

• Laws of Technology Evolution.

These Laws reflect significant, stable, and
repeatable interactions between the elements of
technological systems and between the systems
itself and their environment at the process of
evolution.
Laws of Creating Technology System (TS)
Law of System Completeness.
Law of Energy Conductivity in System.
Law of Harmonization.
Laws of Developing TS
Law of Increasing Ideality of Technology Systems
Law of Irregularity of the Evolution Degree
between System's Parts
Law of Transition to the Super-System.
Law of Transition From Macro-Level to the
Micro-Level.
Law of Increasing the Degree of Substance-Field
Interactions.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

4
Main parameter
TSn
TS3
Coordination of ES with Super-System
Clause of TS structure completeness
TS2
Clause of through passing of energy
TS1
TS0
Clause of external coordination of TS
Time
E v o l u t I o n o f TS
C r e a t i on of T S
T S is Technology System

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

5

• Trend of Technology Evolution.

These trends reflect the general direction of
development of Technical Systems Parts in
accordance with Laws of Technology Evolution.
Introducing new object and substance into the
system and removing them.
Increasing degree of Segmentation of objects,
action, surface, space etc.
Complicating the Geometrical shape of systems and
objects.
Coordinating the shapes, sizes, materials and
locations of objects and systems.
Increasing the degree of Dynamization of objects,
action, surface, space etc.
Increasing Controllability of parts of System.
Rhythm and Action Harmonization.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

6

• Transition Patterns.

Description of Sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Mono bi - poly.
?
1
2
3
4

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

7

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Trimming.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

8

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Segmentation of objects and substances.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

9

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Segmentation of surface.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

10

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Segmentation of space.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

11

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Complication of geometrical shape
Volume evolution
Cylindrical
Spherical
Volume
Complication of geometrical shape of systems and
objects.
Complicate
Surface evolution
One curvature
Double curvature
Surface
Complicate
Transition Point Line - Surface Volume
Lines evolution
2-D curve
Complicate
Line
3-D curve
Point

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

12

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Dynamization.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

13

• Transition Patterns.

Description of sequence of steps to developing of
system in accordance with Trends of Technology
Evolution.
Controllability.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

14

• Evolution tree.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

15

• Analysis of Technology Evolution of Visual
  Display Unit

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Display Evolution

• Acquisition of Image

• Surface segmentation for acquisition of image.

(from clean surface to unmovable picture)
Continuous surface
Segmented surface

• Segmented surface with different properties of
  cells

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

17
Display Evolution

• Acquisition of image

• Types of image generation

• By color spots

• By change of the surface shape

• Combining method

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

18
Display Evolution

• Acquisition of Moving Image

Mono--biPoly (from unmovable picture to movable
picture)
Bi-system Stereoscopic image acquisition

• Picture 1

• Picture 2

• Volumetric image

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

19
Display Evolution

• Acquisition of Moving Image

Mono--bipoly (from unmovable picture to movable
picture)
Poly system Movable image acquisition

• Picture 1

• Picture 2

• Picture 3

• Picture 4

• C h a n g e

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

20
Display Evolution

• Acquisition of Moving Image

Mono--bipoly (from unmovable picture to movable
picture)
Partially Convoluted Poly-system 1 Cinema
Project Light acquisition image.
Projector
Screen

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

21
Display Evolution

• Screen of cinema

Introducing additive (from sound to vibrating
chairs)

• The screen smell

• Just screen

• The screen sound

The screen air, water, heating, laser etc

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

22
Display Evolution

• Screen of cinema

Surface segmentation (from flat screen to various
surface shape)
The screen surface with caves
The screen surface with water layer
The rough screen surface

• Plain surface of the screen

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

23
Display Evolution

• Screen of cinema

Dynamization of screen surface (from unmovable to
movable)
Rigid unmovable screen
Dynamization of the spectators seats

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

24
Display Evolution

• Screen of cinema

Dynamization of screen surface (from unmovable to
movable)

• 1

• Dynamized screen with bending ability

The dynamized screen like bas-relief

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

25
Display Evolution

• Screen of cinema

Geometrical Evolution (from flat screen to
spherical screen)
Cylindrical screen

• Flat screen

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

26
Display Evolution

• Screen of cinema

Geometrical Evolution (from flat screen to
spherical screen)
Spherical screen of company SSP Solutions
Spherical screen (in planetarium)

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

27
Display Evolution
TV and Computer Display
Mono--bipoly (from unmovable picture to movable
picture)
Partially Convoluted Poly-system 2 TV
Acquisition of image using
Electromagnetic wave.
Screen surface
Electromagnetic gun
Deflection system

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

28
Display Evolution
TV and Computer Display
Trimming (from volumetric display to point
display)
Volumetric display
Flat display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

29
Display Evolution
TV and Computer Display
Trimming (from volumetric display to point
display)
Liner display
Point display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

30
Display Evolution
TV and Computer Display
Introducing of additive (from sound to vibrating
chairs)
Sound generation display of SHARP
Flat display
Transparent loudspeakers

Scheme
Flat display with loudspeaker on screen

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

31
Display Evolution
TV and Computer Display
Introducing of additive (from sound to vibrating
chairs)
Flare layer
100 transparent sensor layer of Fujitsu
Sensor layer
Weakly reflected display
Scheme
Sensor display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

32
Display Evolution
TV and Computer Display
Geometrical evolution of line (from straight to
complicated)
Straight liner display
2-D curve liner display
3-D complicate shape liner display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

33
Display Evolution
TV and Computer Display
Geometrical evolution of line (from straight to
complicated)
3-D complicate shape linear display
Rotated linear display. Wheel of bike as rotated
screen Hokey Spokes

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

34
Display Evolution
TV and Computer Display
Dynamization (from unmovable to adaptive display)
3-D complicate shape linear display as flexible
screen for clothes (France Telecom)
Real 3-D image acquisition by linear display as
volume figure and electro active polymers (NASA)

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

35
Display Evolution
TV and Computer Display
Dynamization (from rigid display to flexible
display)
Rigid display
E-book of SAMSUNG
Scheme
Folded display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

36
Display Evolution
TV and Computer Display
Dynamization (from rigid display to flexible
display)
Real sample of Universal Display
Computer
Bendy display of Liquid Crystal Institute
Scheme
Display with ability to convolve

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

37
Display Evolution
TV and Computer Display
Dynamization (from rigid display to flexible
display)
Cinema screen like bas-relief

Display with ability to convolve
Display with 3-D flexible surface could generate
bas-relief
Electroactive polymers

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

38
Display Evolution
TV and Computer Display
Geometrical Evolution of moving image (from 2-D
to 3-D)
?
Display with 2-D image
Something with 3-D image

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

39
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
3-D image display with strip raster
Real sample of Sharp company
3-D image display with lens raster

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

40
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
No image
Special glasses
Antenna
Yes image
Screen-glasses
Computer
3-D image display with increased security
Transparent real-virtual 3-D image display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

41
Display Evolution
TV and Computer Display
Mono-bi-poly (from mono layer screen to moving
one)
Screen 1
Screen 2
Mono-layer 2D display
Bi- layer 3D image screen (Deep Video Imaging
company)

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

42
Display Evolution
TV and Computer Display
Mono-bi-poly (from mono layer screen to moving
one)
Screens
Contradiction between amount of layers and
quality of image

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

43
Display Evolution
Dynamization (from back-and-forth motion to
rotation)
Back-and-forth motion screen of 3D display
Inclined back-and-forth motion screen of 3D
display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

44
Display Evolution
Explanation of action moving screen
Line perpendicular of screen surface
Line perpendicular of screen surface

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

45
Display Evolution

• Dynamization

Display Perspecta

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

46
Display Evolution

• Dynamization

Display Perspecta

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

47
Display Evolution

• Dynamization

• Transparent sphere

• Rotated semitransparent screw plate

• Luminous spot

• Laser system

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

48
Display Evolution
TV and Computer Display
Segmentation (from monolith to peaces of monolith)
Black-white ball
Base
Electrode
Black-white display E-Paper of Xerox
RGB ball
Multicolor display

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

49
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
Relay
Rod
Mechanical model of the rod display
Scheme
Rod display for blind persons

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

50
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
Rod of piezoceramic
Display with piezoceramic rods

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

51
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
Rod as sound conductor
Sound vibration
Sound
Display for blind persons with localization of
sound

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

52
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
Rod as sound conductor
C o l d
W a r m
Color round
Color display for blind persons

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

53
Display Evolution
TV and Computer Display
Surface segmentation (from flat screen to screen
with active shape)
Rod as optical fiber
Real 3-D bas-relief image with rod as optical
fiber

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

54
Display Evolution
TV and Computer Display
Segmentation(from monolith to liquid)
Glace case
Electro-liquid powder
Transparent electrode
Monolith display
Empty place
Powder display of Bridgestone company
from monolith

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

55
Display Evolution
TV and Computer Display
Segmentation(from monolith to liquid)
Glace case
Liquid crystal
Transparent electrode
Empty place
L C D

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

56
Display Evolution
TV and Computer Display
Segmentation(from monolith to liquid)
Glace case
Black granulesl
Transparent electrode
White spot
Display E-Ink of company E Ink Corporation

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

57
Display Evolution
TV and Computer Display
Segmentation(from monolith to liquid)
Contrast liquid with bigger density
Bubble Clock - real sample of California
Institute of Technology
Scheme
Bubble display

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

58
Display Evolution
TV and Computer Display
Segmentation(from monolith to liquid)
Developing magnet
Deflection magnets
Ferromagnetic liquid
Breaking magnet
Control of bubbles by electromagnetic field

from monolith

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

59
Display Evolution
TV and Computer Display
Segmentation(from monolith to nothing)
Tube with holes
Steam curtain
Steam screen - real sample of Tampere Institute
of Technology
Scheme
Steam screen

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

60
Display Evolution
TV and Computer Display
Segmentation(from monolith to nothing)
Tube with holes
Steam curtain
Steam screen - real sample of Tampere Institute
of Technology
Scheme
Steam screen

• Nikolay Shpakovsky, PhD.

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

• triztrainer_at_nm.ru

61
Display Evolution

• Mono-bi-poly

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

62
Display Evolution

• Mono-bi-poly

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

63
Display Evolution

• Mono-bi-poly

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

64
Display Evolution

• Mono-bi-poly

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

65
Display Evolution

• Mono-bi-poly

Display Perspecta

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

66
Display Evolution

• Dynamization

Display Perspecta

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

67
Display Evolution

• Transparent sphere

• Rotated semitransparent screw plate

• Luminous spot

• Laser system

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

68
Display Evolution

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru

69
Display Evolution

• Nikolay Shpakovsky, PhD.

• triztrainer_at_nm.ru