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Client : BAA plc
Architect : Norman Foster and Hugh Dutton
Date : 1981 - 1991
See more at : www.hda-paris.com/
Started planning the redesign of my 3 modules for Auckland Lego Train Groups display, I first did it on Track Designer but I always find that when I lay it out I get new ideas.
Ignore the baseplates, I just grabbed any at hand for placeholders.
The third track from the right of picture is going to be sloping down under the table to access the subway.
The track on the left is the city tram line.
Our new module system requires that I join the 2 mainlines to the next board on the second baseboard in (where the red passenger train is sitting)
Thomas Henry eurorack DIY Modules by fonitronik.
The circuit board provides MTA-100 headers for build in any format...
Potential MiLS modules that would facilitate yard space.
The top left puts tracks at a 22.5 degree angle and is repeatable every 4.5 baseplates.
30 modules - Francis Ow would use 2 stripes ... and he thinks about the one stripe Version ... I'm sure!
Bluetooth receiver used to pair with my SGS3, to remotely release my camera's shutter. Used a cheap audio Cicada receiver - www.amazon.com/Cicada-Sewell-Bluetooth-Music-Receiver/dp/... I removed the casing and used Wegroo's Cable Mod schematic to wire the receiver's output to a 2.5mm output - www.wegroo.com/photoirmote/cablemod/ I sealed everything up with plastic putty, and painted it black. Not the prettiest piece of work, but it has become a reliable module for remote firing. It pairs instantly and has a long battery life. Not sure of the maximum range, but it seems to be about 20-30 feet. Its helped a lot for doing 360 degree panoramas. I've probably taken around 30 panos with this module. I might try to make another neater version in the future.
Here's how we achieved the UVerse DSL split without pulling off terminated cables and using splices.
Using our multi-provider telecom module in conjunction with an On-Q/Legrand DSL splitter, it is accomplished by simple patching. By setting the Line 1 “Line In” DIP switch to “on” and the Line 1 “test” DIP switch to “off”, we can patch to the DSL splitter using the Test jacks on the module.
Module 5373 from a Casio MTD-1080 watch. I couldn't find any pics of this module online so I took one of mine apart to share.
Stackable modules for my Soropolis project.
Spiderman - Modern Times - Here's Johnny - Alice through the looking glass - Stranger Things - Snoopy - Pippi Longstocking - Sherlock - South Park - Tardis
This is the 3rd module (of 6 currently built) that is part of my JunkTown MOC. This is a bit of a Junk Yard
The "Y Module" was created in 1988 and published in "Modular Origami" a self-publication. The module, folded from square papers is based on the 60 degree geometry. When assembled, a "Y" band is form on the triangular faces of the model and a small pinwheel motif on all the corners.
3 of the 5 Platonic Solids can be assembled from this module. They are the Tetrahedron, the Octahedron and the Icosahedron. All of these polyhedra have triangular faces.
12 Modules, folded from 15cm square Kami are used to assemble the Octahedron.
2 inks Screenprint (brown and gold)
Printed on "Le Modulor" by Corbusier.
Le Corbusier described it as a "range of harmonious measurements to suit the human scale, universally applicable to architecture and to mechanical things."
Available in my shop
Stackable modules for my Soropolis project.
Green and purple appartment - baby dragon - ice castle - mushroom with gnomes - Snow White - unicorn with rainbow - candy shop - Rapunzel - wizard - colorful roof
A Lunar Module from the Apollo program (designed and built by Grumman)
National Air & Space Museum (Washington DC)
Photo by www.kensaviation.com
Scanned from 35mm slide (1980)
Part of a (slow) process of digitalizing my old photos
The "Y Module" was created in 1988 and published in "Modular Origami" a self-publication. The module, folded from square papers is based on the 60 degree geometry. When assembled, a "Y" band is form on the triangular faces of the model and a small pinwheel motif on all the corners.
3 of the 5 Platonic Solids can be assembled from this module. They are the Tetrahedron, the Octahedron and the Icosahedron. All of these polyhedra have triangular faces.
30 Modules, folded from 15cm square Kami are used to assemble the Icosahedron.
These are the diagrams for the decagon cross module.
Nothing really new. As I have explained at the octagon cross module:
If you want to double the corners of the polygon, then you have to bisect to important angle for the inside reverse fold (step 2).
So start here with the Pentagon Cross module.
The steps 7 to 11 are just for hidding some paper. You can do it also in other ways to get some variations. The width of the flap shouldn't be wider than the width of the pocket.
The assembly of the modules is similar to the assembly of the square cross modules, here only with ten modules.
The angle at step 5 has not exact 72 degrees, but the approximation with 71.98 degrees is close to it.
Now, can you see the way to the icosagon ??
The Zeplina Power Module was created to power the worlds largest zeppelin, this piece was destined for stardom as an epic event in history. However, its extreme weight and the fact it was mounted at the front of the zeppelin meant that the nose couldn't get of the ground, even with the excessive amount of power it produced. The zeppelin cruised along, bum in the air, nose to the ground like a dog sniffing out the trail of dragged sausages. The zeppelin company refused to pay for the item, so I turned it into a lamp and this (almost) piece of history is for sale!
I've made it a personal goal to take at least 13 shots I'm happy with for each module so that I get plenty of practice and also so they fit in this mosaic! My middle shot is the one I uploaded for my homework, although putting them in the mosaic like this has cropped it. Maybe I'll try a different mosaic next time. (or only take square shots).
The "Y Module" was created in 1988 and published in "Modular Origami" a self-publication. The module, folded from square papers is based on the 60 degree geometry. When assembled, a "Y" band is form on the triangular faces of the model and a small pinwheel motif on all the corners.
3 of the 5 Platonic Solids can be assembled from this module. They are the Tetrahedron, the Octahedron and the Icosahedron. All of these polyhedra have triangular faces.
30 Modules, folded from 15cm square Kami are used to assemble the Icosahedron.
Bottom view of the 6.4vdc lithium battery module, showing the coroplast separator in the middle of the two flexpacks, and the outside protection sheets of coroplast.
This allows for natural convection cooling of the modules as cool air will enter the bottom of the module, and warmer air will exit the top of the module. If ever needed, forced air can also be introduced to the module from the bottom.