Conchi, I think I did a lot today, not perhaps in terms of
the number of pieces I managed to create.
Dinosours went mat today, as seen here.
Toast beds underwent an experiment in that they
got coated with sealing polyurethane, which I purchased
just recently.
After all, toast beds will never ever go into a mouth,
that is why I can omit some procedures here. It seems that
my idea is working.
Here below, nothing unusual, just rice spatulas,
but they are made very, very elaborately. Groove
corners are rounded completely...
They will get coated with A tommorrow.
Here below, an experimental chopstics container.
Magnets and soft iron counterparts are in place,
hidden, of course.
See overall profile? Not rounded at the ends, nor
along the sides. I thin it is cool and I will
stay with this particular design.
Rounding every end and corner will make my life difficult,
as there is not much space left for positioning the magnets
and soft iron pieces.
This difficulty is illustrated by the next schematic here.
The next schematic is an improvement. Square corners
make it all easy for positioning of magnets and soft iron
pieces.
B here is talking about the hole making and the gaps left over
from boring operation. I did touch on this subject
only yesterday.
It simply is very, very difficult to make holes of the
depth you want. Securing the right amount of gap is a
nightmare!
So, here comes a new idea. How about making through holes
at the ends. That has an added bonus in that hole (magnet and
soft iron) positions are exactly matched.
Here in B, the blue bit is the magnet, and the green a peg
that will push the magnet from behind. That way, positioning
of the magnets will become a lot easier.
By the degree of pressing the peg I will be able to control
the degree (or absence of it) of magnetic protrusion. The
most important thing here is to ensure a minimun gap
between the magnet and the soft iron piece.
One snag here is what I might do with the pegs. There will be
peg ends showing at the ends. Whether this is OK, I am not exactly
sure at the moment. Do I have the right sized pegs? If not,
I will have to make them... Not that difficult, of course,
but ...
Anyway, I will see tommorrow if this idea works. I am
excired about this discovery!
the number of pieces I managed to create.
Dinosours went mat today, as seen here.
Toast beds underwent an experiment in that they
got coated with sealing polyurethane, which I purchased
just recently.
After all, toast beds will never ever go into a mouth,
that is why I can omit some procedures here. It seems that
my idea is working.
Here below, nothing unusual, just rice spatulas,
but they are made very, very elaborately. Groove
corners are rounded completely...
They will get coated with A tommorrow.
Here below, an experimental chopstics container.
Magnets and soft iron counterparts are in place,
hidden, of course.
See overall profile? Not rounded at the ends, nor
along the sides. I thin it is cool and I will
stay with this particular design.
Rounding every end and corner will make my life difficult,
as there is not much space left for positioning the magnets
and soft iron pieces.
This difficulty is illustrated by the next schematic here.
The next schematic is an improvement. Square corners
make it all easy for positioning of magnets and soft iron
pieces.
B here is talking about the hole making and the gaps left over
from boring operation. I did touch on this subject
only yesterday.
It simply is very, very difficult to make holes of the
depth you want. Securing the right amount of gap is a
nightmare!
So, here comes a new idea. How about making through holes
at the ends. That has an added bonus in that hole (magnet and
soft iron) positions are exactly matched.
Here in B, the blue bit is the magnet, and the green a peg
that will push the magnet from behind. That way, positioning
of the magnets will become a lot easier.
By the degree of pressing the peg I will be able to control
the degree (or absence of it) of magnetic protrusion. The
most important thing here is to ensure a minimun gap
between the magnet and the soft iron piece.
One snag here is what I might do with the pegs. There will be
peg ends showing at the ends. Whether this is OK, I am not exactly
sure at the moment. Do I have the right sized pegs? If not,
I will have to make them... Not that difficult, of course,
but ...
Anyway, I will see tommorrow if this idea works. I am
excired about this discovery!
