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DCF77 Master Clock
Uses Arduino ATMEGA 328 IC, 1" Max2719 controlled 7 segment display with I2C 4x20 Yellow LCD information display.
Displays auto activated by PIR detector and auto brightness is set by LDR.
The DCF77 signal is decoded using the fantastic new DCF77 library written by Udo Klein.
home.btconnect.com/brettoliver1/Master_Clock_MK2/Master_C...
New approach to the S2 clock project in evidence here.
So far the brief/analysis/specification pages are produced in much the same way as ever. The radical shift is in the generation of ideas approach. Here we borrowed an idea outlined in Kurt Rowland's 1968 book "The Shapes We Need". Amongst other things Rowland explores spatial relationships and really gets to the heart of aesthetics and visual beauty. Some things just look right and others don't. Why is this? Rowland seems to have a some good theories about this. This book was part of a series he released in the late 60's. I understand these textbooks were standard issue in Glasgow Secondary Schools Art Departments at the time. I don't know of any art teachers that used them much apart from my mother. Anyway this little card based exercise suited our purposes perfectly.
The current S2 course has seeen alot of changes over the last five years. We'll distribute the cours notes on the S2 Course page at: designandtechnologydepartment.co.uk in due course.
Clock in Inokashira Park in Kichijoji, Misashino City, Tokyo. The clock is adjacent to a concession stand on the north side of the pond.
See the February 2011 issue of PolymerCAFÉ for instructions on making this clock. My blog post gives additional info on finding the supplies.
The Town Clock is down the hill from the Halifax Citadel, and is one of the symbols of the city. For a long time, a family lived there and had responsibility for maintaining the clock. It still uses its original mechanism, but it was off by several minutes when I was there.
In the foreground is the top of a ticket office 'position closed' notice. At first looking the same, this clock is very different to that shown here: www.flickr.com/photos/pdeaves/27361239692/in/album-721576...
The Colgate Clock, located at a Colgate-Palmolive factory in Clarksville, Indiana, is one of the largest clocks in the world. It has a diameter of 40 feet (12.19 meter). It was first illuminated in Clarksville on November 17, 1924. It is located directly across the Ohio River from Louisville, Kentucky.
it served as the Indiana Reformatory South. It opened in 1847, replacing the state prison which had opened in Jeffersonville in 1821. The state sold the building to Colgate in 1923.
New approach to the S2 clock project in evidence here.
So far the brief/analysis/specification pages are produced in much the same way as ever. The radical shift is in the generation of ideas approach. Here we borrowed an idea outlined in Kurt Rowland's 1968 book "The Shapes We Need". Amongst other things Rowland explores spatial relationships and really gets to the heart of aesthetics and visual beauty. Some things just look right and others don't. Why is this? Rowland seems to have a some good theories about this. This book was part of a series he released in the late 60's. I understand these textbooks were standard issue in Glasgow Secondary Schools Art Departments at the time. I don't know of any art teachers that used them much apart from my mother. Anyway this little card based exercise suited our purposes perfectly.
The current S2 course has seeen alot of changes over the last five years. We'll distribute the cours notes on the S2 Course page at: designandtechnologydepartment.co.uk in due course.
Uhr an einer alten Hausfassade (von 1602) in Trier /
Clock on a old face of a building (from 1602) in Trier