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have a walk all round <lb/>
have a walk all round <lb/>
or at least half round.</p><pb/>
or at least half round.</p><pb/>
could the force of the water in rising or falling be employed with advantage in working a pump which should increase the exhaustion and thence the rise of the water still more?  So is not then opposed by the ??? against perpetual motions? In implying itself into the reservoir could it turn an undersiot {line diagram} wheel which would do this> At any rate not a particle of the water aught to fall in work i:e: without generating some motion that should be applied to use. 26 Valve Star Besides the central aperture employ Poser's star to open & close the whole cover [Line Drawings}
the radii may slide in one another by grease, for air tightness sa??


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or boiling which
from Townsend?
certainly baking cheapest - Boiling heats a great superfluity of water. No use converting any of it into steam.

If the water
would not rise
- the higher or
much the higher
for the smallness
of the content of the
inferior part,
Valves and locks
would be of no
use: as the water
will not
sink but in
proportion as
it is drawn off
by the wicks &
replaced by the
air that rushes
in through them.

The use of
the cocks is to
make the vessl
air tight at
the height where
they are placed,
whereby the water
may be let
down below them
and so a greater
bulk of air be
subjected to the
flash.

But Quere,
whether there
can be any advantage
in that?
since by having
so much more air

---page break---

air below the
utmost you can
hope for is to
replace it with
an equal volume
of water, and that
you have already
On the contrary
you can hardly
expect to replace
with water above
half the bulk
of air

Mouths Number

the more cocks
the quicker the
water is drawn
of and the
quicker may be
the succession of
flashes, & the
more water drawn
up within a given
time.

A second flash
can not be made
without letting
in the air which
drives down the
water to the level
with the pond
unless detained
by Valves.

The use then
of valves is to
be secure the containance
of so
much water as
above them I deny


---page break---

They ought therefore
to be on a
level water the
bottom of the
reservoir.

But the having
-valves makes
legs (tubes) necessary
to place
them on.

Yes: but those
tubes said go
a little way
down.

But then the
intervals would
be considerable &
would impede
the velocity of
the ascension.

24

Match applying

By means of
the stand &
ballance the
workman may
be at a distance
from the burnt
air of the flash ||

25

Light

By means of
tubes light could
be let into the
cylinder, sufficient
to enable
a man to see into
it.

24

|| He must always
be windward of the
gust - Therefore he must
have a walk all round
or at least half round.


---page break---

could the force of the water in rising or falling be employed with advantage in working a pump which should increase the exhaustion and thence the rise of the water still more? So is not then opposed by the ??? against perpetual motions? In implying itself into the reservoir could it turn an undersiot {line diagram} wheel which would do this> At any rate not a particle of the water aught to fall in work i:e: without generating some motion that should be applied to use. 26 Valve Star Besides the central aperture employ Poser's star to open & close the whole cover [Line Drawings} the radii may slide in one another by grease, for air tightness sa??



Identifier: | JB/106/011/003"JB/" can not be assigned to a declared number type with value 106.

Date_1

Marginal Summary Numbering

1-6, 18-26

Box

106

Main Headings

Folio number

011

Info in main headings field

flash-pump

Image

003

Titles

Category

marginal summary sheet

Number of Pages

2

Recto/Verso

recto

Page Numbering

Penner

jeremy bentham

Watermarks

[[watermarks::l munn [britannia emblem]]]

Marginals

Paper Producer

benjamin constant

Corrections

Paper Produced in Year

Notes public

includes drawings

ID Number

34599

Box Contents

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