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This machine was invented after one of my tennis lessons last August:
I realized I spent more time in picking up all the balls rather than in
playing. Its main characteristics are: |
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Applying this patent to the construction of surf boards it is possible to
speed up the very construction operations of objects made of composite materials,
that is to say making the most of polyurethane's and composites' peculiarities.
For this prototype of 6 kg. the mould, divided in two
shells, has been stratified with mats impregnated with resin or prepreg.
Before this, of course, a gel coat was applied to the external side of
the counter-proof.
When we closed the mould we injected polyurethane so that
we got an aesthetically finished product with the inner part of the sandwich
of polyurethane foam. On the external sides we will had carbon, kevlar
or glass layers/coating automatically stuck on the polyurethane that is
inside. The achieved results concerning rigidity and lightness were exceptional.
This already tested technology enables us to make objects
not only specific for the nautical science but also for all those fields
and branches where the weight-rigidity ratio is very important, such as
for instance: aeronautics, material handling, sports competitions, furnishing,
impact protection, orthopedic appliances, etc.. |
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I patented this machine that can solve any problem relating to the hard
and dangerous work of pruning and cutting trees.
This machine is perfectly suitable also for civil defence
use, since it is no longer necessary for the operator to be near the dangerous
areas, but he can for example grip the branch and operate the cut remaining
on the crane or truck.
Once the branch has been cut he can decide where to put
it.
Important accessories are: |
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There is also a cutting model without holding device for lighter motor vehicles such as overhead platforms. |