Week10

Week10_ Applications and Implications

FA2020 in Seoul Innovation FABLAB

Applications and Implications

This week, I organized and planned the elements needed to plan and build the final project.
First of all, the final project form that I designed from the beginning has yet to come up with an accurate design because I think I need to check first how the output of the screen I want to use is made.
But basically what materials to use and where to use are planned!

What will it do?

This makes the video streamed to the built-in camera shown on the screen. However, each screen has a different start time.
I want to take a picture of the person watching this instinctively concentrating when standing or looking at something, or express a chain of views when it is placed somewhere.
I want to produce various images of the display. Not just a square but a different shape!
And I want to make something weird by making this streamed video fit well with the designed form. I want to make the video a little distorted with reality!

What will you design?

The design is not yet definite.
While using many screens (approximately 10 screens), we are considering how to make a fixed part of the screen.
It may be smaller than me, but I want to make it as big as possible. I think it will be the size of a desk, and I will design a standing image so that I can not fall down or hang it on the wall!(See Final Project on Home Page)

What materials and components will be used?

● ESP32-Camera
● Display (about 6EA)
● PLY Wood
● Steel (for frame)

ESP32 camera and screen(Raspberry Pie 3.5-inch LCD Touch Screen Display Shield (HCM5702)) and possibly iron.
I want to use a mixture of iron and wood, and iron is likely to be used on the friction part of the floor, and I won't use it if there's a design that doesn't necessarily need to be.
I want to cover the line between the camera and the screen, so I'm thinking about what material to cover that part. If necessary, plastic or wood using 3D printer would be good.

What parts and systems will be made?

● PIR sensor turn on the thing → Each display streaming camera footage(each diffrent time) → if PIR sensor is no moredetected for 10minuate, Turn off the power.

First, when a person passes by or a human body is detected, all power is turned on, and the first streaming screen is powered up and plays all of it sequentially.
I hope the video that started once will be on for 10 minutes.
I want to build it so that it turns off automatically if the body is not detected for 10 minutes.
-Each screen should be equipped with a system to allow playback at different times, and a storage device to store images of the camera is likely to be needed.
If possible, it would be good to send the video wastefully without a storage device! Because I think expressing is the most important thing!

What processes will be used?

● CNC milling for wood
● Esp32-Camera and display connect
● Design PCB board
● Welding steel frame

CNC, iNput, Output, Welding, Casting if possible and ready-made goods do not use anything with functionality!
I want to use it only as a formative element.

Who’s done what beforehand?

Here is similar artwork : Link

Refer to the above link for works of similar character to mine.

How was it evaluated?

●The initial design was to use more displays to express more time, but now it's a prototype. So while it is true that further development is needed, I am personally satisfied that the function has been successful!

What questions need to be answered?

● How to save the footage taken with the camera right away.

● And how to send the video back to the output

● Can we get a workable screen?

● If ESP32 Camera and Raspberry pie screens are used, what is the linkage method?

● What is the largest LCD in a programmable LCD purchase?

● What if someone did something similar?

● Can I get the flexible screen I need for this project?

BOM

● 2.4inch Adafruit TFT Display 1EA Link
● 3.5inch Adafruit TFT Display 1EA Link
● Brass reveting 3T 300mm offlinestore : 6,000₩
● Acrylic 10T from Fablab
● Esp32 components

Part	Value	Device	Package	Description	CATEGORY	DESCRIPTION MANUFACTURER MF
C1	100uf	C-USC1206	C1206	CAPACITOR, American symbol
C2	10uf	C-USC1206	C1206	CAPACITOR, American symbol
FLASH TAC_SWITCHSMD TAC_SWITCHSMD	TACTILE-SWITCH-SMD	Momentary Switch	SWCH-08247	TAC_SWITCHSMD
IC1	LD1117	LD1117	SOT223	800mA and 1A Low Dropout (LDO) Positive Regulator	TEXAS INSTRUMENTS REG1117FAKTTT 1296120	87H2562
J2	6_PIN_SERIAL_TARGETLONGPADS	1X06_LONGPADS	6-pin header connection for use with the "FTDI BASIC" pinout - TARGET SIDE.
J3	DC-005	CONN-POWER-JACK-2.1MM(DC-005) DCJ3P-14.2X11.0X9.0MM 320120003	DC-005	DC-005
JP1	PINHD-1X14	PINHD-1X14	1X14	PIN HEADER	CONNECTOR	PIN-HEADER
JP2	PINHD-1X14	PINHD-1X14	1X14	PIN HEADER	CONNECTOR	PIN-HEADER
JP3	PINHD-1X10	PINHD-1X10	1X10	PIN HEADER	CONNECTOR	PIN-HEADER
R1	12K	R-US_CHIP-0805(2012-METRIC)	RESC2012X65	Resistor Fixed - ANSI	Resistor	Fixed
R2	1K	R-US_MELF(3515-METRIC)	RESMELF3515	Resistor Fixed - ANSI	Resistor	Fixed
R3	1K	R-US_MELF(3515-METRIC)	RESMELF3515	Resistor Fixed - ANSI	Resistor	Fixed
R5	1k	R-US_MELF(3515-METRIC)	RESMELF3515	Resistor Fixed - ANSI	Resistor	Fixed
R6	12K	R-US_CHIP-0805(2012-METRIC)	RESC2012X65	Resistor Fixed - ANSI	Resistor	Fixed
RESET TAC_SWITCHSMD TAC_SWITCHSMD	TACTILE-SWITCH-SMD	Momentary Switch	SWCH-08247	TAC_SWITCHSMD
U1	ESP-32S	ESP-32S	ESP-32S	Ai-Thinker ESP-32S

The unit of money is WON(₩) in Korea.