LIAO , CHEN-HSI Portfolio 2017
LIAO , CHEN-HSI jesse60606@gmail.com +886 975 270 987
CONTENT
01
PALINURIDAE
02
SPIDERBOT ....................... 11
03
................ 01
3D Printing Parametric Bench
3D Printing Quadruped Robot
SEELE .............................. 23 Neon Genesis Vehicle
04
05
06
TABLET T5
..........................
35
Transformer Book
PATHFINDER CLASS .............. 47 Chandelier
TAIJI
..................................... 57
Gardening Scissors
01
PALINURIDAE 3D PRINTING PARAMETRIC BENCH
June . 2017 By applying human factors and ergonomics, we formed the exoskeleton only based on users' usage patterns. To reduce the weight of the bench, we constructed the internal support derived from the cell structure, and completed the entire design with the self-designed large 3D printer. The specially designed nozzle enlarges the texture effect, so that the printed pattern is no longer a processing defect, but artistic characteristics during manufacturing.
01
industrial design
LARGE SIZE 3D PRINTER
CONCEPT
Because of the 3D printers’ speed is too slow and the operation space is not big enough to print, we built the large size 3D printer with the large size extrder for printing big object .And the large size extrder may enhance the printed pattern, we hope we can turn that into a design characteristics.
ORGANISM The design of the bench is using the most important element of 3D printer - addition design for creat the sense of oranism.The main shape is exaggerated organicform, outside the shell is exoskeleton, and inside filled with parametric cell stucture, So the chair can use the least material to maintain sufficient strength.
04
industrial design
FEATURE The bench is 170 cm long, suitable for three peoplr sitting on it, set for the Museum and other indoor space. Full white shape with exaggerated organic form can grab people’s attention while visiting exhibition.
05
industrial design
MAKE 3D PRINTER In addition to the machine itself, we also have a lot of effort in designing extruder, it can use the plastic particles as a printing material, it allow the cost of printing asubstantially decline, The choice of material type is also more diverse, and the most important thing is Any part can be broken back to the raw material to do a full re-use.
07
industrial design
PROTOTYPING
PROCESS
We build the 3D printer with the special extruder, and design a chair for the printer, eventually print it out and assemble it.
2016
2017
SEP
OCT 1 1.Buiding the 3D printer
09
industrial design
NOV
DEC
JAN
2 2.The extruter ‘s development
FEB 3
3.The bench’s design and test
4.Printing and assembly
MAR 4
01 Palinuridae
01
Palinuridae
02
SPIDERBOT 3D PRINTING QUADRUPED ROBOT
March . 2015 This project is designed for making a easily maked quadruped robot,with realistic stepping motion, using 3D printing technology and the ARDUINO control board, that people can make their own robot easily, So that can experience the fun as a maker, make their own quadruped robot.
11
industrial design
CONCEPT QUADRUPED About the appearance of the design in order to create a sense of technology, hope to achieve concise. As each foot has placed three servo motors, So the robot has a lot of exposed wires In order to make the appearance cleaner I ran the wire inside the robot's foot So that he can barely see the appearance of the exposed wire.
13
industrial design
ARTHROPODS The design of the shape refers to the arthropod foot shape is like a scorpion big chelate, and back shape is like a beetle's wings and has a tail like hidden charging line.
14
industrial design
15
industrial design
16
industrial design
STEPPING In addition to the appearance of the program is also very important, in order to make stepping motion more stable and close to the real, reference to insects and other arthropods walking for the program’s modification and practice.
37
industrial design
18
industrial design
MAKE COMPONENTS The whole robot is 3D printed and the components are also made by common electronic parts.The control board is ARDUINO NANO, and the body is driven by twelve servo motors, the battery is a 12V reusable lithium battery, And it have installed the Bluetooth module can let the robot be controled by the user's phone.
19
industrial design
20
industrial design
PROTOTYPING The whole process of the robot : - overall design - electronic parts configuration - alignment design - circuit finishing - appearance design - program design - printing and assembly of robots - program adjustment and testing
PROCESS 2015 SEP
OCT 1
1.Robot design ver.1
21
industrial design
NOV 2
2.Robot design ver.2
2016
DEC 3
3.Robot design ver.3
JAN
4
FEB
MAR
5
4.Circuit finishing
6 5.Program design
6. Test & Finish
03
SEELE Neon Genesis Vehicle
May . 2015 In the near future, technology grows with leaps and bounds, and internet apps and features on your mobile and personal mobile devices can let people communicate without contact, though convenient, but in such a virtual interaction, people between each others will bw more and more alienated. So we hope using the concept “ pet � in to the vehicle, built the car not only for transportation but also can be a partner.
23
industrial design
24
industrial design
BACKGROUND 25
industrial design
PSYCHOLOGICAL The interaction between people and vehicles as the core structure, analyze the problem of loneliness to understand how people are connecting with driving, from physiological effects linked to psychological factors, eventually from the psychological level to the car body design.
SKETCH After establishing the core and structure of the design, by collecting the information and the elements, start drawing a large number of sketches to find the ideal shape.
26
industrial design
CONCEPT ORGANISM After reference to human engineering and cognitive psychology, we decided using organism as the image, with a deformation mechanism, to create a feeling for the driver to drive, as in the interaction and communication with the living creature. In order to achieve organism, by using elastic fiber material, color image changes and deformation mechanism, So that when driving a car is like communicat with a creature.
27
industrial design
DEFORMATION The grip and the foot pedal will come out after the car starts, will be able to do a adjustment while different driving speed, The tail of the charging port will also open when charging. When not started, the car is whole white like a statue or art, parking at home does not be too abrupt.
29
industrial design
30
industrial design
STRUCTURE Seele is powered by electric as a source, inside the car is the bionic simulation of the skeleton, muscle and skin, And with its deformation mechanism, make it closer to a living creature.
31
industrial design
elastic fabric
electronic muscle
metal skeleton
The outer layer is the skin-like elastic fabric , in the middle is electronic muscle that can be deformation, inside is the metal skeleton and power system .
32
industrial design
PROTOTYPING
PROCESS 2014 OCT
1
NOV
1. thinking concept
33
industrial design
Make PU and 3D print scale model to confirm the appearance, with 1: 1 engineering drawings to confirm the real size, to the model factory produce 1:1 model, skeleton using acrylic as the material, the outer layer is elastic fibers, inside the model has a electric steel to make the model movable, and with the breathing light to demo different mode.
DEC
2
2.car body design
JAN
FEB
2015 3
MAR
3. making scale model
APR 4. 1:1 model finish
MAY 4
04
TABLET T5 TRANSFORMER BOOK
August . 2014 After the tablet starts popular, people began to think about how to maintain the mobility of the tablet but also has the power of the laptop. With this concept, we hope to design a new transformer book with a variety of different mode, for variety scenarios, that users in any situation can be used smoothly.
35
industrial design
JASON age: 30 location: Apartment education:g raduate School occupation: manerger family : single household income: 60K hobbies: reading golf tennis music
RESERCH
class go to school
lunch take a break
home play with friends
sleep
USER By analyzing the two main user groups (student office workers) to set their basic information and one day's activities to find opportunities as an important foundation for the design.
EMMA age:19 location: Apartment education: college occupation: student family : nuclear family household income: 19K hobbies: reading chating video game working go to work
37
industrial design
lunch take a break
meating dine together
sleep home
COMPARISON In addition to the analysis from the user also analyze the existing products directly, from the tablet, laptop, to the transformer book, analysis of its advantages and disadvantages according from the user's analysis, find and keep the advantages you need and cacel the functions that can be discarde.
38
industrial design
CONCEPT 39
industrial design
SKETCH The concept is set the laptop for office workers that can be use in various situations. To sketch a variety of design with a variety of situations, finally choose one, with the stand behind, to creat multipale modes ‘s transformer book. .
This transformer book has the detachable design, with a stylus.
40
industrial design
FEATURE Modeling design considerations for business people to use simple style, with black as the main color and a thin appearance, 11-inches screen designed to carry without the burden, and rear bracket using the clock as the concept of modeling with two trough design, hope every adjustment can give users a new experience. 41
industrial design
STAND Due to the touching screen as the most commonly used, and touch the scream may cause shaking, So the design of the rear adjustable bracket is the most important part of design, to switch different mode for variety of usage scenarios. 43
industrial design
LAPTOP & TABLET The laptop mode is the state in which the tablet is placed in the middle groove, it has a complete keyboard can easily complete the paperwork, compared with the general laptop also have smaller size of base can save desktop space.
Pick up the tablet is a tablet mode, it can immediately switch the system to do the general tablet use.
44
industrial design
DRAWING Place the tablet in the rear of the groove for the drawing mode, with the rear support frame and the stylus, so that the user can be stable while drawing, it also allows the tablet to be closer to the user to make painting easier. 45
industrial design
46
industrial design
05
PATHFINDER CLASS
CHANDELIER
January . 2014 In the city the population density is getting higher and higher, small living space is becoming more and more common in this state, multi-functional room has become a very important option. for this concept, design a chandelier that can be used to quickly switch between multiple scenarios.
47
industrial design
READING
RESEARCH 49
industrial design
RELEXING
DINING
TARGET The use of lighting on the situation is divided into three one is low angle for reading, one is the indirect lighting for resting , and also has a high-angle for dining situation. I hope to design a chandelier, can quickly switch the above three cases.
SKETCH In order to be able to quickly switch different mode to fit the various use of the scenario, changing the angle of lightning is the solution, so drawing sketching with this concept to find the best fit.
50
industrial design
CONCEPT 51
industrial design
FEATURES Take the submarine as the core of the design, named as Pathfinderclass, transparent shell, large eye, and also has the upper arm that can grip the wire to adjust the angle, like in the exploration can be quickly adjusted to light up every corner of the room.
52
industrial design
USE The angle can be quickly adjusted by adjusting the wire position, by placeing the wires between two teeth in the upper arm, let the light against the wires, to achieve a new angle of balance. And there are three angles can be choose.
53
industrial design
MODE - Three angles include three usage mode. - High angle against the walls to create a softer indirect for relaxing . - Middle angle can be used to provide the direct lighting for reading. - Low angle used to illuminated dining table for dining .
54
industrial design
MAKE 55
industrial design
STAND Make the model for testing function directly, including the adjustment of the balance , angle of the lamp, some amendments and so on, eventually simulate the color of setting and lighting effects.
56
industrial design
06
TAIJI
GARDENING SCISSORS
January . 2013 With the upsurge of urban agriculture, it is becoming increasingly common to grow plants at home. I hope to design a new type of gardening scissors for the new type of lifestyle, let the user has a brand new choice of gardening scissors.
57
industrial design
01 58
industrial design
URBAN CITY
HOUSEWIFE
VEGETABLE
URBAN GARDEN
REASEARCH
59
industrial design
This gardening scissors are used as a balcony or top floor of the city, the user is office worker or a housewife and the target plants are smaller crops such as vegetables. Under such a setting, the gardening scissors’ appearance should be simplicity, in order to cut smaller crops easily, the design need focus on light, flexible and save effort.
SKETCH In order to achieve simple modeling and create a sense of technology. So using tai chi as the image of the shape, hoping the strong contrast black and white with the soft curve to make the best interpretation.
60
industrial design
61
industrial design
62
industrial design
FEATURES
CONCEPT 63
industrial design
The use of the grip in addition to the comfort, also should be more lightweight and flexible, The hollowed-out work on the blade is designed to reduce the weight of the tip and reduce the burden on the hand, hidden spring design not only keep the appearance clear it also avoid the risk of being caught, The component which located below the scissors can allow the user to keep it by one hand.
64
industrial design
PROTOTYPE
65
industrial design
TEST In order to test the real sense of grip and the actual operation of the feeling, we made a series of tests for a movable prototype, make sure the design is realistic.
66
industrial design
LIAO , CHEN-HSI jesse60606@gmail.com +886 975 270 987
LIAO , CHEN-HSI