LittleInch:
The entirety of current concept is that the cylinders at pressure 1 can extend, as their outward(horizontal) faces
are hidden from the pressure 1.5 . The chamber pressure has no atmosphere to bear a pressure,
therefore they can again extend. The flat matings will want to be very...
...in my dreams
thanks for being a sounding board,
if such efficient mechanisms are not discussed here,
thanks for the conceptual exercise
The subject can be pneumatic surface redaction theory,
not hand waving perpetual motion machine if you would
like to continue.
I need to prepare a paper...
BrianPetersen:
It's pneumatic, not hydraulic
there is no usual exhaust,
a compressed air out(which is problematic to apply in a ram actually(it will not extend again)),
would be the work it theoretically does
It does not gather liquid mass. it is under a constant air pressure,
this concept. The...
3D Dave: yes agreed, the idea would be to charge a ram(inside the chamber) that transmits
it's force to one outside the chamber(that spins it), and engage/disengage that outside one with switch valves,
which could be done with the travel, or manually to begin with
3DDave: yes- 0, 1 & 1.5 are the relative pressures
The squiggles are air lines
zeusfaber: a piece of paper inside a compression chamber, against a fixed flat,
would transmit the exposed face's pressure to the hidden one I think
kjoiner: Flipping it is possible, I can charge a ram with the...
this does have the have the relative pressures delineated,
however I'm having a hell of a time making 2 pistons move equally
so forget one, and let a bind work perhaps,
I am struggling to make 2 pistons work at once together
the premise is that unequal areas will move equal...
3DDave:
the principle is that if mated to a fixed flat mating,
pressure is removed, allowing pressure to become immediate or not
a pressure switch
I hope it's fun thought anyway
Brian Malone: I hope it's analogous to a sand timer that moves inversely,
pushing upwards, not falling. Transmission to the rotation can be pneumatically applied.
This could be done by charging a ram, the engaging switches at extant point in travel.
the best way to get energy/movement out of...
I have attached better pictures of the drawings.
It has been pointed out to me that the rams do not move together, requiring a linkage.
Here is best linkage==>
3DDave: a constancy of pressure goes in, useful movement goes out, no more force is applied,
useful movement comes out in this...
Here's the 'order of operations' ==> What this is doing is possibly operating a potentially high power ram set,
using gravity as the switch for now
I don't mind it being called puffery,
it can't succeed, I am experimenting
If the faces against rigid things in pressure chambers do catch...
this is a proof of concept,
a motion that requires no more fuel than an original air head,
if the seals don't leak.
This isn't a motor design, just a proof of concept
pressure from the compressor is applied all the time,
but there is no exhaust/relief
To start a cycle the rams push open,
when...
heya peeps,
please assay this one for a concept:-
the rams push outward forcing the main body up the races
when it has climbed as high as the travel allows,
we spin it upside down,
that will release it from the rails.
then the pressure in the chamber,
which is higher than the rams,
will push it...
Brian Malone,
Yes it is a state of dwelling atm,
as far as I can see it too.
The scuffing feet are meant to be governed into a circular condition,
but why would they be,
their mount is planar
and they feel only a linear, not circular pressure
if the circular line was actually the feet's path, it...
perhaps the rod moves because the surface area is different,
it has less pressure area
a pinhead at 30psi, has less motive force than a 1" bar at 30 psi.
perhaps
a large ram will defeat a small one(at the same pressure), because it's exposed to more area,
not because it has a different pressure...
thank you for your assaying,
LittleInch
an example that I'd like to refer to is a pneumatic ram
with both ports connected to the same pressure source
the air pressure is the same,
but the piston head side will defeat the rod end side,
because the piston head has more area
The closed ram will...
