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<p>1</p>
<p>N.B. The common <lb/>
<p>N.B. The common <lb/>
lifting pump fetches <lb/>
lifting pump fetches <lb/>
Line 10: Line 10:
go.</p>
go.</p>


2<lb/>
<p>2</p>
<head>Material.</head>
<head>Material.</head>
<p>Plank lined <lb/>
<p>Plank lined <lb/>
with lead</p>  
with lead</p>  


<p>Cast iron <lb/>
<p>Cast iron in<lb/>
one piece<lb/>
one piece<lb/>
Brick</p>
Brick</p>
Line 31: Line 31:
the experiment</p><pb/>
the experiment</p><pb/>


2<lb/>
<p>2</p>
<p>Cast Iron <gap/>hick<lb/>
<p>Cast Iron -Inch<lb/>
at least</p>
at least</p>
<p>Body might be<lb/>
<p>Body might be<lb/>
Brick or Wood lined with<lb/>
<hi rend="underline">Brick or</hi> Wood lined with<lb/>
lead or Copper.</p>
lead or Copper.</p>


Line 46: Line 46:
<gap/> of water.</p><pb/>
<gap/> of water.</p><pb/>


3<lb/>
<p>3</p>
<head>Neck</head>  
<head>Neck</head>  
As it is only at <lb/>
<p>As it is only at <lb/>
a considerable <lb/>
a considerable <lb/>
height that any <lb/>
height that any <lb/>
water is wanted  <del>the</del> all below <lb/>
water is wanted  <lb/>
<del>the</del> all below <lb/>
that height may <lb/>
that height may <lb/>
be a very narrow <lb/>
be a very narrow <lb/>
Line 58: Line 59:
the easier closed <lb/>
the easier closed <lb/>
by a valve opening <lb/>
by a valve opening <lb/>
inwards. <del><gap/></del>4
inwards. <del><gap/></del>4</p>
 
<head>Discharge</head>
<head>Discharge</head>
<p>In the base, a <lb/>
<p>In the base, a <lb/>
valve opening outwards.</p>
valve opening outwards.</p>
5<lb/>
<p>5</p>
<head>Fire Stage</head>
<head>Fire Stage</head>
Half way between <lb/>
<p>Half way between <lb/>
the top and the <lb/>
the top and the <lb/>
highest line to which <lb/>
highest line to which <lb/>
the water is expected to <lb/>
the water is expected to <lb/>
rise put a <sic>were</sic> <lb/>
rise put a <sic>were</sic> <lb/>
stage to receive the straw with a cubical <lb/>
stage to receive the <lb/>
cage on it open <lb/>
straw with a cubical <lb/>
cage in it open <lb/>
only at one side <lb/>
only at one side <lb/>
<foreign>viz</foreign>: that on which <lb/>
<foreign>viz</foreign>: that on which <lb/>
the straw is to be <lb/>
the straw is to be <lb/>
slid down.  
slid down.</p>
6<lb/>
<p>6</p>
<p>Fewel- feeding passage<lb/>
<head>Fewel- feeding passage</head>
An inclosed trough <lb/>
<p>An inclosed trough <lb/>
to slide down the <lb/>
to slide down the <lb/>
<sic>fewel</sic> : the <sic>fewel</sic>  
<sic>fewel</sic> : the <sic>fewel</sic>  
Line 83: Line 86:
wire stage by the<lb/>
wire stage by the<lb/>
cubical cage.</p>
cubical cage.</p>
&#x2014;
&#x2014;<lb/>
<head>Discharge</head>
<head>Discharge</head>
<p>To let off the water <lb/>
<p>To let off the water <lb/>
Line 92: Line 95:
be but just above the neck.</p><pb/>
be but just above the neck.</p><pb/>


7 <lb/>
<p>7</p>  
<p>Lower down a <add>small</add> <unclear>water</unclear><lb/> <lb/>previously to reconvey  
<p>Lower down a <add>small</add> <unclear>water</unclear><lb/> <lb/>previously to reconvey  
the mulch</p>  
the mulch</p>  
8 <lb/>
<p>8</p>  
<head>Fewel</head>  
<head>Fewel</head>  
<p>1. Straw</p>  
<p>1. Straw</p>  
Line 115: Line 118:
cage lowered each <lb/>
cage lowered each <lb/>
time upon the stage</p>  
time upon the stage</p>  
9 <lb/>
<p>9</p>  
<p>Lowered from the <lb/>
<p>Lowered from the <lb/>
arm of a <sic>ballance</sic><lb/>
arm of a <sic>ballance</sic><lb/>
Line 122: Line 125:
though it does <lb/>
though it does <lb/>
generate air: to facilitate the combustion in bad air.</p>
generate air: to facilitate the combustion in bad air.</p>
10<lb/>
<p>10</p>
<p>The Body and <lb/>
<p>The Body and <lb/>
not be perpendicular</p>  
not be perpendicular</p>  
++ <lb/>
<p><del>11</del></p>  
<p>How to renew <lb/>
<p>How to renew <lb/>
the air after each <lb/>
the air after each <lb/>
Line 137: Line 140:
be gained by <lb/>
be gained by <lb/>
making the rising <lb/>
making the rising <lb/>
water raise a floating copper <lb/>
water raise a <lb/>
bubble? <add>or set of corks</add> <gap/>isted <lb/>
floating copper <lb/>
bubble? <add>or set of corks</add> <unclear>connected</unclear> <lb/>
with the machine <lb/>
with the machine <lb/>
by a pulley <lb/>
by a pulley <lb/>
Line 145: Line 149:
reservoir?</p><pb/>
reservoir?</p><pb/>


Drive out the whole atmosphere you raise the water 33 2/3 22 Make the       11 foot  
<p>Drive out the <lb/>
Then you raise to a height of 11 foot high a column of water 11 foot high Rise degree of 11 indicated Index to show the people without the height the water has risen  within - an oblique glass tube with the within some     
whole atmosphere <lb/>
you raise the<lb/>
water 33 <lb/>
2/3 22 <lb/>
Make the neck<lb/>
11 foot</p>
<p>Then you raise to a <lb/>
height of 11 foot <del>high</del> a <lb/>
column of water <lb/>
11 foot high</p>
 
<p>Rise degree of <lb/>
11 indicated <lb/>
Index to show <lb/>
to people without <lb/>
the height the <lb/>
water has risen  <lb/>
<add>within - an oblique glass tube with the</add> <del>within</del> some ba<gap/></p>    
 
<p>How to keep <lb/>
in the cubical <lb/>
cage a constant <lb/>
means of setting <lb/>
fire to the <sic>fewel</sic><lb/>
Pistol Tinderbox <lb/>
the trigger to be <lb/>
pulled from without?</p>


How to keep in the cubical cage a constant means of setting fire to the fewel Pistol Tinderbox the trigger to be pulled from without? Quere the power quantity of power gained by  Steam-Engines of the different dimensions and the bulk &amp; height of fall of falling water capable of giving an equal power
<p>Quere the power <lb/>
quantity of power <lb/>
gained by  Steam-<lb/>
-Engines of the <lb/>
different dimensions <lb/>
and the bulk &amp; <lb/>
height of fall of <lb/>
falling water <lb/>
capable of giving <lb/>
an equal power</p><pb/>
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{{Metadata:{{PAGENAME}}}}
{{Metadata:{{PAGENAME}}}}{{Completed}}

Latest revision as of 10:16, 4 February 2020

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1

N.B. The common
lifting pump fetches
up water for air
bulk for bulk, as
high as it will
go.

2

Material.

Plank lined
with lead

Cast iron in
one piece
Brick

Plank lined
with Copper

Lead best, as
more easilly reparable
by
soldering

A Brewer's Copper
mounted on hollow legs
would serve for
the experiment


---page break---

2

Cast Iron -Inch
at least

Body might be
Brick or Wood lined with
lead or Copper.

+ Not so: same the
narrower the Neck, the
slower the rise: and
the longer the time which
the air will have to get
in at the ,
of water.


---page break---

3

Neck

As it is only at
a considerable
height that any
water is wanted
the all below
that height may
be a very narrow
neck, by which
means it will be
the easier closed
by a valve opening
inwards. 4

Discharge

In the base, a
valve opening outwards.

5

Fire Stage

Half way between
the top and the
highest line to which
the water is expected to
rise put a were
stage to receive the
straw with a cubical
cage in it open
only at one side
viz: that on which
the straw is to be
slid down.

6

Fewel- feeding passage

An inclosed trough
to slide down the
fewel : the fewel being stopped in the
wire stage by the
cubical cage.


Discharge

To let off the water
into the reservoir
the lock or locks should be
but just above the
valve which should
be but just above the neck.


---page break---

7

Lower down a small water

previously to reconvey the mulch

8

Fewel

1. Straw

2. Turpentine
chips

3. Shavings

34 Straw dipped
in Turpentine
or Coal-oil

5. Powdered Resin
thrown on a Torch
or combination of
Torches

Flas Matches

5. Prepared
straws ready
placed in stages cages
and a different
cage lowered each
time upon the stage

9

Lowered from the
arm of a ballance
by a man at a distance.

6. A little Nitre
though it does
generate air: to facilitate the combustion in bad air.

10

The Body and
not be perpendicular

11

How to renew
the air after each
combustion, so as
to make it fit
for another. A.
The fresh air rushes
in as the water runs
out at the lock.

Could any thing
be gained by
making the rising
water raise a
floating copper
bubble? or set of corks connected
with the machine
by a pulley
passing under
the surface of the
reservoir?


---page break---

Drive out the
whole atmosphere
you raise the
water 33
2/3 22
Make the neck
11 foot

Then you raise to a
height of 11 foot high a
column of water
11 foot high

Rise degree of
11 indicated
Index to show
to people without
the height the
water has risen
within - an oblique glass tube with the within some ba

How to keep
in the cubical
cage a constant
means of setting
fire to the fewel
Pistol Tinderbox
the trigger to be
pulled from without?

Quere the power
quantity of power
gained by Steam-
-Engines of the
different dimensions
and the bulk &
height of fall of
falling water
capable of giving
an equal power


---page break---


Identifier: | JB/106/008/002"JB/" can not be assigned to a declared number type with value 106.

Date_1

Marginal Summary Numbering

1-17

Box

106

Main Headings

Folio number

008

Info in main headings field

flash-pump

Image

002

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

34596

Box Contents

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