quadgram

This is a table of type quadgram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

quadgram	frequency
the end of the	644
the diameter of the	617
as shown in fig	566
the top of the	490
in the case of	487
the length of the	464
is shown in fig	436
the bottom of the	429
the centre of the	403
at the same time	368
it is obvious that	341
the pressure of the	334
the face of the	323
by means of a	314
by means of the	287
the surface of the	258
at a right angle	241
in the direction of	240
the ends of the	219
at the end of	213
the weight of the	211
a right angle to	207
the thickness of the	205
the sides of the	204
it is necessary to	202
on the other hand	199
the action of the	197
the size of the	196
the direction of the	196
the side of the	195
the axis of the	191
the temperature of the	190
the position of the	187
the edge of the	183
in this case the	169
for the purpose of	165
as shown in the	160
the back of the	158
the speed of the	153
right angle to the	152
on account of the	144
is provided with a	143
the height of the	143
it is evident that	142
the body of the	142
one side of the	141
the use of the	141
the motion of the	139
it will be seen	139
the water in the	138
the line of centres	138
the width of the	136
the nature of the	136
the pitch of the	135
pounds per square inch	130
pressure of the steam	130
in the form of	128
the point of the	128
the construction of the	125
the number of teeth	125
each side of the	124
on the other side	124
as denoted by the	124
at the bottom of	123
the area of the	122
on each side of	121
by the use of	121
end of the cylinder	120
the depth of the	120
in the united states	118
to that of the	118
in contact with the	118
the outside of the	118
the middle of the	117
the circumference of the	117
is obvious that the	116
the whole of the	116
each end of the	114
the bore of the	112
water in the boiler	111
one end of the	110
at the top of	109
such as shown in	109
the level of the	107
from end to end	107
a piece of work	107
or in other words	107
number of teeth in	105
the use of a	104
the other end of	104
will be seen that	102
as in the case	102
the case of the	101
the shape of the	100
the other side of	100
the amount of the	99
as well as the	99
at the other end	98
so that it may	97
that it may be	96
and at the same	95
in line with the	94
the axial line of	94
the radius of the	94
from the centre of	94
the velocity of the	93
when the engine is	93
it is to be	92
at right angles to	92
in the opposite direction	90
the wear of the	90
the strength of the	90
the lower end of	89
at the rate of	88
other side of the	88
axial line of the	88
of the water in	87
the front of the	87
in proportion as the	87
the angle of the	87
to the end of	86
the upper end of	86
the power of the	86
that is to say	86
other end of the	85
in the same manner	85
the operation of the	84
by the dotted lines	83
the movement of the	83
it consists of a	83
shown in the figure	82
on one side of	81
by reason of the	81
one to the other	81
the case of a	80
a part of the	79
on the end of	78
that part of the	77
the difference between the	77
end of the work	77
the point of cut	77
the faces of the	77
to the amount of	77
at the back of	76
diameter of the cylinder	76
as soon as the	76
denoted by the dotted	76
as shown by the	75
than that of the	75
at each end of	75
the pressure on the	74
in place of the	74
the edges of the	73
the distance between the	73
to the top of	73
one of the most	72
to the bottom of	72
the case may be	72
of water in the	72
of the cutting edge	71
to the axis of	71
the form of a	71
as the case may	71
it will be observed	71
the form of the	71
of the crank shaft	70
the base of the	70
lower end of the	70
end of the stroke	70
on the top of	69
in proportion to the	69
the inside of the	69
the part of the	69
the steam in the	69
the friction of the	69
the direction in which	68
in order that the	68
so as to be	68
by means of which	68
is attached to the	67
the end of a	67
in the middle of	67
the square of the	67
in front of the	67
the head of the	67
both sides of the	66
and it is obvious	66
of the slide rest	66
the top and bottom	66
of babcock wilcox boilers	65
in which case the	65
may be made to	64
in the centre of	64
a certain amount of	64
the manner in which	64
steam from the boiler	63
it is necessary that	63
the fact that the	63
to the line of	62
the center of the	62
of the connecting rod	62
to the length of	62
so that it will	62
point of cut off	62
by the number of	61
of the crank pin	61
it is better to	61
the upper part of	61
to the centre of	61
of the diameter of	61
a portion of the	61
all that is necessary	60
of the length of	60
power of the engine	60
in addition to the	60
may be used to	60
care must be taken	60
so that when the	60
bottom of the cylinder	60
on the face of	59
be seen that the	59
in connection with the	59
it will be found	59
as is shown in	58
pressure of the cut	58
upper end of the	58
to the diameter of	58
through the medium of	58
and it will be	57
the diameters of the	57
is one of the	57
the hole in the	57
surface of the water	57
the square root of	57
pressure of the atmosphere	57
direction of the arrow	57
the force of the	56
the interior of the	56
top of the cylinder	56
with relation to the	56
is evident that the	56
the capacity of the	56
bottom of the boiler	55
the tops of the	55
the cause of the	55
of the work is	55
will be observed that	55
the steam from the	54
on the opposite side	54
to take up the	54
in the proportion of	54
to the fact that	54
the same manner as	54
the heat of the	54
care should be taken	53
of teeth in the	53
in the same way	53
in a straight line	53
in the construction of	53
the front end of	53
what should be done	53
so far as the	53
it is advisable to	53
of the lead screw	53
one with the other	52
and that of the	52
the quantity of water	52
steam in the boiler	52
in its adjusted position	52
the teeth of the	52
it is required to	52
be observed that the	52
on both sides of	52
in which it is	51
the holes in the	51
that of the atmosphere	51
is equal to the	51
a great deal of	51
the number of revolutions	51
of motion of the	51
the position shown in	51
at an angle of	51
and the amount of	51
the work to be	50
by the dotted line	50
the adjustment of the	50
the metal of the	50
at an angle to	50
the work may be	50
the lower part of	50
inches in diameter and	50
with a view to	50
the same time the	49
a cubic foot of	49
to which it is	49
the same as that	49
the application of the	49
is due to the	49
pressure on the piston	49
out of the way	49
it is desired to	49
upper part of the	48
by the action of	48
at the top and	48
on the side of	48
right angles to the	48
the work will be	48
the introduction of the	48
of the piston rod	48
it is difficult to	47
the tension of the	47
in consequence of the	47
that there is no	47
of the steam engine	47
the quality of the	47
top of the boiler	47
in the position shown	47
the pressure in the	47
at the ends of	47
equal to that of	47
of an inch thick	46
the difference in the	46
the beginning of the	46
face of the work	46
the centre line of	46
to the size of	46
of the united states	46
the efficiency of the	46
the centres of the	46
into contact with the	46
it is possible to	46
and as a result	46
it follows that the	46
per square inch of	46
on the surface of	45
to be able to	45
such as in fig	45
from time to time	45
a given amount of	45
on the square inch	45
in the first place	45
the cutting edge of	45
the same as the	45
it is impossible to	45
as far as possible	45
the pressure of steam	45
on the outside of	44
is necessary that the	44
shown by the dotted	44
in the same direction	44
square root of the	44
to a certain extent	44
side of the piston	44
any part of the	44
is found to be	44
the same amount of	44
is shown in the	44
shown in the cut	44
as much as possible	44
of threads per inch	43
the opening of the	43
is shown in figs	43
on the dead centre	43
greater than that of	43
when the piston is	43
inches to a foot	43
a small quantity of	43
may be used for	43
it is seen that	43
end of the boiler	43
of the cylinder in	43
in the same proportion	43
being shown in fig	42
at the point of	42
total weight of engine	42
diameter of the work	42
on the part of	42
of the same diameter	42
on the line of	42
as in the figure	42
the mouth of the	42
of the work and	42
length of the work	42
end of the shaft	42
to enable it to	42
is driven by a	42
be given to the	42
the expansion of the	42
there will be a	42
the duty of the	42
the history of the	42
the jaws of the	42
the line of motion	42
the fit of the	42
is the same as	42
of the pitch circle	42
a piece of wood	42
part of the boiler	42
the path of the	42
the truth of the	42
with reference to the	42
of a piece of	42
is placed in the	41
to the face of	41
front end of the	41
end of the rod	41
means of which the	41
in the use of	41
the dimensions of the	41
what is meant by	41
an end view of	41
from a to b	41
so long as the	41
so that they may	41
with the axis of	41
of steam in the	41
it was found that	41
the arrangement of the	41
stroke of the piston	41
is the same thing	41
this part of the	41
as will be seen	41
per square foot of	41
be applied to the	41
centre line of the	41
surface of the work	41
lower part of the	41
speed of the engine	41
the keely motor company	41
a level gross tons	40
diameter of cylinders inches	40
cubic foot of water	40
so as to give	40
centre of the work	40
on a level gross	40
as it is termed	40
it has been found	40
end of which is	40
between the lathe centres	40
and the length of	40
engine in working order	40
the rear of the	40
of engine in working	40
the babcock wilcox boiler	40
weight of engine in	40
in which a is	40
the distance from the	40
so as to prevent	39
the working of the	39
the walls of the	39
the work to the	39
take up the wear	39
general design illustrated by	39
per cent of the	39
at a speed of	39
of the air pump	39
cutting edge of the	39
the aid of the	39
is known as the	39
would be the case	39
the depth of cut	39
the amount of power	38
to the action of	38
less than that of	38
the location of the	38
direction in which the	38
of the tool is	38
the whole length of	38
the place of the	38
from the end of	38
in the absence of	38
it is not necessary	38
explained with reference to	38
at the beginning of	38
the rest of the	38
of the steam in	38
it is found that	38
what is the same	38
the points of the	38
and the diameter of	38
as a guide to	37
may be set to	37
it is well to	37
arc of a circle	37
the water from the	37
to one of the	37
to the use of	37
when the work is	37
the plane of the	37
and it follows that	37
should be taken to	37
the automatic brake valve	37
the removal of the	37
an angle to the	37
by the diameter of	37
in the end view	37
of the centre of	37
is to be used	37
that they may be	37
the specific heat of	37
one on each side	37
is represented in fig	36
the value of the	36
of a pair of	36
the number of threads	36
at the time of	36
number of threads per	36
in the bottom of	36
of the fire box	36
on top of the	36
the effect of the	36
is determined by the	36
is not to be	36
that the amount of	36
diameter of the wheel	36
the proportion of the	36
that it can be	36
may be done by	36
the quantity of heat	36
length of the stroke	36
the travel of the	36
the bed of the	36
of steam to the	36
when the tool is	36
action of the fire	36
the passage of the	36
level of the water	36
the screw of the	35
by the aid of	35
power of an engine	35
for the following reasons	35
illustrated by print on	35
by print on page	35
temperature of the steam	35
of the cross head	35
the line of the	35
all parts of the	35
ths of an inch	35
which the work is	35
opposite side of the	35
of the piston is	35
at one end of	35
pitch of the lead	35
edge of the tool	35
so as to form	35
in the usual manner	35
in the length of	35
the work and the	35
the piston is at	35
would require to be	35
the condition of the	35
the end of its	35
as a result the	35
an inch in diameter	34
end of the beam	34
the character of the	34
as well as to	34
motion of the piston	34
for the reception of	34
to the surface of	34
the tool may be	34
scale inches to a	34
when the crank is	34
due to the fact	34
is secured to the	34
so that if the	34
point of the drill	34
as that of the	34
of miles an hour	34
to do is to	34
design illustrated by print	34
the stroke of the	34
as shown at a	34
of an inch in	34
as nearly as possible	34
it be required to	34
the cause of explosion	34
so as not to	34
the piston to the	33
from left to right	33
the products of combustion	33
the supply of steam	33
from the bottom of	33
in such a manner	33
power installation of babcock	33
the direction of motion	33
is to be observed	33
one of which is	33
the outer end of	33
the amount of clearance	33
cause of the explosion	33
it will not be	33
against the face of	33
the resistance of the	33
the point at which	33
a quarter of a	33
it is desirable to	33
is to be made	33
from to per cent	33
as a general rule	33
as is the case	33
will be necessary to	33
installation of babcock wilcox	33
the completion of the	33
from and at degrees	33
in advance of the	33
with that of the	33
but it is not	33
so as to bring	32
between it and the	32
the cylinder in inches	32
but in this case	32
the middle of its	32
as indicated by the	32
in order to prevent	32
face of the chuck	32
the periphery of the	32
and bottom of the	32
the distance of the	32
the teeth on the	32
of the line of	32
bottom of the thread	32
the same number of	32
as the diameter of	32
by this means the	32
the cutting edges of	32
will be found to	32
in that case the	32
end of the lever	32
the cutting edge is	32
the space between the	32
in one piece with	32
from the top of	32
point at which the	32
other parts of the	32
the sum of the	32
and the number of	32
it is clear that	32
if the work is	32
denoted by the arrow	32
of the babcock wilcox	32
in a given time	32
it is essential that	32
that shown in fig	32
of the cylinder is	32
the stem of the	32
is bolted to the	32
the amount of this	32
by the application of	32
equal to the diameter	32
as long as the	32
at a in fig	32
a good deal of	31
the progress of the	31
the point of contact	31
in the top of	31
is connected with the	31
sides of the thread	31
square inch of section	31
point of the tool	31
that it will not	31
be of the same	31
one in which the	31
for the first time	31
it will be necessary	31
the use of steam	31
to act as a	31
as shown in figs	31
so as to enable	31
the under side of	31
as to prevent the	31
a pair of wheels	31
the opposite side of	31
with the result that	31
is held in a	31
of the engine is	31
at one end and	31
the form shown in	31
at the pitch circle	31
in this way the	31
of the boiler is	31
and is provided with	31
pressure per square inch	31
must be taken to	31
that the pressure of	31
are shown in fig	31
end view of the	31
the full length of	31
of the boiler to	30
as well as in	30
or it may be	30
of the weight of	30
to the axial line	30
by the length of	30
a given quantity of	30
from the pressure of	30
what is known as	30
so that it is	30
will be the same	30
a hole in the	30
the boiler to the	30
to be used for	30
the quotient is the	30
the angles of the	30
circumference of the wheel	30
of the explosion was	30
your very humble servant	30
the work in the	30
an amount equal to	30
is the case with	30
pitch of the thread	30
position shown in fig	30
part of the engine	30
there will be no	30
held in place by	30
by means of an	30
there would be no	30
borne in mind that	30
that is necessary is	30
shown in the engraving	30
unable to bear the	30
of the cylinder bore	30
the flanks of the	30
it is best to	30
in some cases the	30
while at the same	30
of a number of	29
with the line of	29
the engine is running	29
set at an angle	29
on the inside of	29
of the live spindle	29
the object of this	29
is one in which	29
to a great extent	29
is to be cut	29
whole length of the	29
this is shown in	29
the pitch circle of	29
the pratt and whitney	29
of the generating circle	29
at a temperature of	29
pitch of the teeth	29
by the pressure of	29
end of the link	29
different parts of the	29
from the fact that	29
the same proportion as	29
which is shown in	29
addition to engine and	29
of the same size	29
of the work to	29
depth of the cut	29
of one of the	29
the cube root of	29
in addition to engine	29
in cases where the	29
of the use of	29
cause of explosion was	29
the parts of the	29
described with reference to	29
the end of this	29
top and bottom of	29
distance from the centre	29
in order to obtain	29
the intensity of the	29
the course of the	29
work is to be	29
to engine and tender	29
it being obvious that	29
of this kind is	29
of revolutions per minute	28
so as to have	28
is fastened to the	28
a distance equal to	28
with which it is	28
of the machine is	28
of which is a	28
is a piece of	28
is connected to the	28
larger in diameter than	28
line of motion of	28
the thread on the	28
than the diameter of	28
to pass through the	28
with a piece of	28
as may be required	28
will be found that	28
the grain of the	28
obtained by means of	28
be equal to the	28
end of the tube	28
in a state of	28
the upper surface of	28
of a steam engine	28
the steam and water	28
upon the face of	28
be used as a	28
the medium of the	28
in order to make	28
side of the cutter	28
be borne in mind	28
so as to leave	28
of the piston and	28
the thread in the	28
teeth in the wheel	28
as far as the	28
in a line with	28
the principle of the	28
centre of the crank	28
of the emery wheel	28
which the steam is	28
of which is shown	28
it is intended to	27
is obvious that if	27
be placed on the	27
in which there is	27
on either side of	27
the volume of the	27
on the sides of	27
in the tool post	27
was one of the	27
of the dead centre	27
of the boiler and	27
of the eccentric rod	27
is the purpose of	27
in which the work	27
to the face plate	27
manner in which the	27
is provided with an	27
it is in the	27
in the course of	27
in such a way	27
to be operated upon	27
the water of condensation	27
the result will be	27
form shown in fig	27
in view of the	27
the cumberland valley railroad	27
at the present time	27
be the same as	27
the pitch line of	27
at the temperature of	27
to the pressure of	27
for the sake of	27
of the sewing machine	27
of the valve is	27
top of the thread	27
the construction of a	27
capacity of tank gallons	27
axis of the work	27
is applied to the	27
in diameter than the	27
may be obtained by	27
through the centre of	27
top of the piston	27
from right to left	27
cubic inch of water	27
parts of the engine	27
in the slide rest	27
the greater part of	27
a pressure of lbs	27
the remainder of the	27
is necessary is to	27
the direction of rotation	27
square feet of heating	26
it was not until	26
may be found by	26
would have to be	26
made of cast iron	26
the cost of the	26
the corners of the	26
to the square inch	26
the line a a	26
is caused by the	26
in the same plane	26
is known as a	26
a line with the	26
is obvious that in	26
the back end of	26
length of the rod	26
end of the bar	26
what is the purpose	26
is not necessary to	26
at a pressure of	26
of the boiler was	26
the reception of the	26
the low pressure cylinder	26
of the teeth are	26
the crank pin is	26
to the temperature of	26
a and b are	26
diameter of the bolt	26
in terms of the	26
of the nature of	26
which is provided with	26
the length of a	26
for the use of	26
the latter may be	26
is shown by the	26
it is easy to	26
in the shape of	26
the amount of steam	26
in the following table	26
per pound of coal	26
stroke of the engine	26
length of stroke driving	26
of rotation of the	26
was found to be	26
the design of the	26
that is to be	26
but in the case	26
from the boiler to	26
face of the wheel	26
the ratio of the	26
what would you do	26
is not the case	26
side of the engine	26
the object of the	26
as to bring the	26
may be applied to	26
a large number of	26
the piece to be	26
of the most important	25
that end of the	25
feet of heating surface	25
with the exception of	25
of the wheel and	25
the piston in lbs	25
in addition to this	25
with reference to fig	25
which may be done	25
the foot of the	25
to the required diameter	25
may be necessary to	25
the crank is on	25
to the side of	25
it is provided with	25
a great number of	25
which passes through the	25
angle to the axis	25
outer end of the	25
middle of its length	25
is taken from the	25
a b c d	25
will depend upon the	25
it is usual to	25
either side of the	25
against the end of	25
the object being to	25
be placed in the	25
the use of this	25
the distance apart of	25
of the teeth on	25
which a is the	25
after it has been	25
used in connection with	25
a pair of compasses	25
as a result of	25
above the level of	25
and in this case	25
of some of the	25
is said to be	25
opposite sides of the	25
it is probable that	25
end of the spindle	25
divide the product by	25
the descent of the	25
from the american machinist	25
to enable them to	25
in the manufacture of	25
cube root of the	25
the upper side of	25
sectional view of the	25
the production of steam	25
the perimeter of the	25
of the steam is	25
is supposed to be	25
cutting edges of the	25
feet in a mile	25
of the top of	25
full length of the	25
as it is sometimes	25
a piece of iron	25
eighth of an inch	24
wrought iron or steel	24
the success of the	24
the spring of the	24
length of cutting edge	24
the action of a	24
cylinder inches in diameter	24
of the engine and	24
to an amount equal	24
each revolution of the	24
on the lead screw	24
it will be noted	24
it is a good	24
which is equivalent to	24
movement of the piston	24
the alignment of the	24
of the keely motor	24
in one of the	24
of the teeth of	24
line of the crank	24
turned in the lathe	24
will you explain the	24
is held in the	24
to compensate for the	24
in the first case	24
under side of the	24
to cause it to	24
nature of the work	24
from that of the	24
the heat from the	24
babcock wilcox chain grate	24
the radial face of	24
in a direction to	24
the same time as	24
to the number of	24
the latent heat of	24
two sides of the	24
that the diameter of	24
the direction of arrow	24
to bear the ordinary	24
the reaction of the	24
without the use of	24
the product of the	24
because in that case	24
end to end of	24
to the lathe bed	24
of the cylinder and	24
the advantages of the	24
will have to be	24
in the line of	24
the consumption of fuel	24
the direction of its	24
horse power of babcock	24
a large amount of	24
that due to the	24
the work should be	24
the first thing to	24
so as to make	24
a bushel of coal	24
the cylinder of the	24
the development of the	24
that the length of	24
is essential that the	24
as near as possible	24
while the other is	24
in the production of	24
to pounds per square	24
power of babcock wilcox	24
is placed on the	23
the flanges of the	23
the mercury in the	23
as possible to the	23
threads to the inch	23
which consists of a	23
may be taken as	23
in the process of	23
the cylinder and the	23
which the engine is	23
is inches in diameter	23
angle to the line	23
and the work is	23
exposed to the action	23
at the foot of	23
the connecting rod is	23
as the square of	23
be used for the	23
force of the steam	23
should be made of	23
is said to have	23
pitch line of the	23
of the number of	23
is to be done	23
the breadth of the	23
direct acting screw engines	23
of the cutting edges	23
seems to have been	23
was shown in fig	23
of the thread is	23
grain of the wood	23
the same as in	23
in the end of	23
will you describe the	23
same as that of	23
so as to keep	23
of the power of	23
side of the belt	23
the arc of approach	23
the amount of water	23
the expansive force of	23
be found that the	23
in the same time	23
the mean effective pressure	23
at its lower end	23
to prevent it from	23
be found in the	23
and the pressure of	23
necessary in order to	23
the air in the	23
area of the piston	23
are shown in figs	23
quantity of water in	23
the work of the	23
the number of the	23
position shown in the	23
the liverpool and manchester	23
will be in the	23
it is preferable to	23
as to enable the	23
is operated by a	23
diameter of the pitch	23
parts of an inch	23
as a matter of	23
it may be remarked	23
in the operation of	23
and on the other	23
at the point where	23
on the bottom of	23
the arc of recess	23
be used in the	23
thickness of the tooth	23
is seen that the	23
the boiler should be	23
to the depth of	23
the amount of heat	23
end of the piston	23
of one pound of	23
for the reason that	23
in the direction in	23
contact with the work	23
the united states standard	23
has been found to	23
the position in which	22
of the lathe bed	22
in the diameter of	22
of the chuck is	22
the density of the	22
to the edge of	22
thread to be cut	22
upper side of the	22
amount equal to the	22
when it is desired	22
so that it shall	22
be the case if	22
the two sides of	22
the speed at which	22
in such a case	22
that side of the	22
there can be no	22
the same as for	22
the thrust of the	22
the advantage of the	22
so that it can	22
the coefficient of friction	22
the piston of the	22
radial face of the	22
is used in the	22
may be caused by	22
can be used for	22
the face of a	22
indicated by the dotted	22
the diameter of a	22
the purpose of the	22
it is only necessary	22
end of the connecting	22
in some of the	22
the other end is	22
the teeth in the	22
on the piston in	22
the work is held	22
by the amount of	22
the frame of the	22
it becomes necessary to	22
relation to the work	22
the lengths of the	22
which there is a	22
face of the tool	22
of the bottom of	22
the piston at the	22
upon the end of	22
the combustion of the	22
top face of the	22
being at a right	22
on the ends of	22
a section of the	22
is given in fig	22
is the difference between	22
it has been shown	22
for the production of	22
as to form a	22
in the history of	22
in a similar manner	22
with the edge of	22
the influence of the	22
is represented by the	22
from the axis of	22
of the same pitch	22
is that of the	22
with the axial line	22
a piece of metal	22
let it be required	22
eighths of an inch	22
the top face of	22
by the force of	22
the result of the	22
it will be noticed	22
piston is at the	22
of the feed screw	22
distance apart of the	22
to the shape of	22
a pressure of pounds	22
will be noted that	22
tool shown in fig	22
horse power per hour	22
the boiler and the	22
one piece with the	22
that it is not	22
the rate of feed	22
with the centre of	22
so soon as the	21
the line of lathe	21
the employment of a	21
is operated by the	21
upper surface of the	21
construction being as follows	21
turned end for end	21
at right angles with	21
root of the pressure	21
so that the pressure	21
such a manner that	21
a certain number of	21
same manner as the	21
circulation of the water	21
the live spindle is	21
the tool should be	21
to the upper end	21
at a and b	21
to the back of	21
an arc of a	21
of the pressure on	21
so arranged as to	21
of the piston in	21
so that the water	21
the accuracy of the	21
back end of the	21
the hole to be	21
from the surface of	21
will cause it to	21
on one side and	21
the boiler was not	21
the crown of the	21
it may be necessary	21
are provided with a	21
is carried in a	21
end of its stroke	21
the positions of the	21
it may be set	21
and the weight of	21
of a cubic foot	21
as was shown in	21
the commencement of the	21
and there will be	21
the revolution of the	21
expansion of the steam	21
the construction being as	21
the efficiency of a	21
to the quantity of	21
stand at a right	21
and divide the product	21
of direct acting screw	21
to be used in	21
from the use of	21
brought to bear upon	21
the end of each	21
to which they are	21
pitch of lead screw	21
in the hands of	21
in pounds per square	21
axially true with the	21
equipped with babcock wilcox	21
be raised or lowered	21
screw of the slide	21
the determination of the	21
square foot of grate	21
may be made of	21
and for this reason	21
is the amount of	21
to end of the	21
number of revolutions per	21
at the centre of	21
the momentum of the	21
the steam will be	21
to do the work	21
the tool will be	21
diameter of drivers to	21
be made in the	21
there should be a	21
the rotation of the	21
end of the valve	21
the strain of the	21
steam in the cylinder	21
according to the direction	21
a sectional view of	21
this is done by	21
back of the lathe	21
the application of a	21
as it is called	21
the shape of a	21
of drivers to inches	21
inch above the atmosphere	21
on the same shaft	21
the surfaces of the	21
varied to suit the	21
on a piece of	21
what would be the	21
should be made to	21
your favour of the	21
by which it is	21
made of wrought iron	21
must be taken that	21
so that the tool	21
every part of the	21
the piston rod is	21
the engine is to	21
be set to the	21
quarter of an inch	21
side of the boiler	21
on the pitch circle	21
is fitted with a	20
the strain due to	20
it may be stated	20
a given weight of	20
in feet per minute	20
the bottoms of the	20
the work is to	20
faces of the teeth	20
in mind that the	20
the point where the	20
as to cause the	20
ends of the tubes	20
same proportion as the	20
parallel to the axis	20
which is to be	20
on the principle of	20
which it is to	20
in order to avoid	20
to the thickness of	20
wilcox boilers and superheaters	20
and the end of	20
descent of the piston	20
the contact of the	20
may be set at	20
the circumference of a	20
in the boiler is	20
be removed from the	20
of a tooth on	20
may be divided into	20
the wheel to be	20
that it will be	20
the setting of the	20
in diameter and feet	20
of the area of	20
the same diameter as	20
the other parts of	20
line of lathe centres	20
the joint faces of	20
those in which the	20
of the work table	20
the number of strokes	20
the small end of	20
is at a right	20
of the circumference of	20
by the hand wheel	20
the rim of the	20
babcock wilcox boilers and	20
and in this way	20
in the way of	20
to one side of	20
it would be necessary	20
while the engine is	20
of the stuffing box	20
quarter of a century	20
be attached to the	20
the piston and the	20
after the manner of	20
of inches in diameter	20
a side view of	20
to the weight of	20
to set the work	20
from the line of	20
of the end of	20
this may be done	20
the manner of a	20
with the face of	20
for the same purpose	20
the hub of the	20
as shown at b	20
the taper of the	20
various parts of the	20
part of an inch	20
with the aid of	20
in such a position	20
and at the other	20
in this case it	20
the rear end of	20
piece of work is	20
it would be a	20
work in the lathe	20
feet in diameter and	20
the centre of motion	20
the power of steam	20
of the mercury in	20
of the surface of	20
may be used in	20
is obvious that a	20
amount of heating surface	20
this class of work	20
so as to avoid	20
by one of the	20
the shape shown in	20
in an opposite direction	20
to correspond with the	20
in the event of	20
with respect to the	20
is such as to	20
end of the screw	20
of this class of	20
and it may be	20
as a means of	20
one and a half	20
to the point of	20
worked by the engine	19
an angle of degrees	19
as would be the	19
the different parts of	19
diameter of drivers inches	19
the same distance from	19
is fixed to the	19
in proportion to its	19
in which the steam	19
some part of the	19
a small amount of	19
in accordance with the	19
the brown and sharpe	19
this is accomplished by	19
cent of the total	19
the high pressure cylinder	19
is attached to a	19
an example of a	19
work to be done	19
with steam of lbs	19
will be noticed that	19
of the amount of	19
it would not be	19
as well as for	19
the requirements of the	19
the university of pennsylvania	19
it must be remembered	19
are attached to the	19
explain the operation of	19
are a number of	19
before the end of	19
diameter of the generating	19
be noted that the	19
the velocity with which	19
so that the work	19
in relation to the	19
to be capable of	19
by means of two	19
a good plan to	19
the object is to	19
sewing machine of about	19
the amount of feed	19
at the rear of	19
in place by the	19
so that they will	19
been made in the	19
a number of pieces	19
it may be used	19
the section of the	19
under the pressure of	19
than would be the	19
it would appear that	19
that of the other	19
is held to the	19
the horse power of	19
was found that the	19
the two halves of	19
a right and left	19
of the sides of	19
crank end of the	19
in the latter case	19
to the work axis	19
if there is any	19
of which is to	19
in so far as	19
it is capable of	19
to be given to	19
is a good plan	19
as quickly as possible	19
of the present day	19
this is the case	19
when the latter is	19
a temperature of degrees	19
travel of the valve	19
at the front end	19
head end of the	19
so that the steam	19
this was the first	19
be provided with a	19
a cubic inch of	19
of an engine is	19
is all that is	19
in the lathe and	19
to the radius of	19
of the cutting tool	19
and it is found	19
is placed between the	19
which the water is	19
the reason for this	19
of which it is	19
and the latter is	19
a machine of this	19
the invention of the	19
in a vertical position	19
the same quantity of	19
the teeth may be	19
points of the teeth	19
is the number of	19
any one of the	19
as the number of	19
which it may be	19
the first of these	19
part of the work	19
per pound of fuel	19
an example of the	19
at the head of	19
in communication with the	19
diameter and feet long	19
it is at the	19
th of an inch	19
at the commencement of	19
at the side of	19
at the small end	19
in which case it	19
and it is seen	19
to the pitch of	19
and there is no	19
of the wheel is	19
of the parts of	19
parallel one to the	19
the time of the	19
the production of the	19
of the steam to	18
will be apt to	18
sectional area of the	18
the exterior of the	18
small end of the	18
we have now to	18
applied to the work	18
the proper amount of	18
is capable of being	18
of the hole to	18
so as to cut	18
what is the best	18
it is sometimes termed	18
favour of the th	18
at the expense of	18
when the valve is	18
the part to be	18
is given to the	18
on the same side	18
with babcock wilcox chain	18
the babcock wilcox co	18
rear end of the	18
the objection to this	18
the axes of the	18
on opposite sides of	18
under the action of	18
square foot of fire	18
axis of the shaft	18
as to give the	18
and it is necessary	18
of the form shown	18
to the cutting edge	18
strain due to the	18
to bear the usual	18
the curvature of the	18
ends of the cylinder	18
it may be noted	18
per pound of dry	18
and it is not	18
to the present time	18
line of centres of	18
the required amount of	18
the flow of steam	18
shown in dotted lines	18
the piece of work	18
come into contact with	18
direction of rotation of	18
to prevent them from	18
pressure in the boiler	18
the production of a	18
the weakness of the	18
the surface of a	18
on the crank shaft	18
to feet per minute	18
below the level of	18
is denoted by the	18
is in contact with	18
one end to the	18
the work must be	18
the best method of	18
i have no doubt	18
true one with the	18
the quantity of steam	18
to its original position	18
from centre to centre	18
has passed through the	18
with one of the	18
the same side of	18
cylinder of the engine	18
is seen in the	18
the heads of the	18
of the screw is	18
work of this kind	18
in and out of	18
front of the boiler	18
the thread of the	18
with the use of	18
to be found in	18
and in the same	18
same diameter as the	18
is parallel to the	18
the main body of	18
is only necessary to	18
so as to cause	18
upon the amount of	18
it is well known	18
a quarter of an	18
side of the tooth	18
a slot in the	18
and at a right	18
such a way that	18
in the one case	18
is a matter of	18
to the work table	18
is fast upon the	18
in the number of	18
the quantity of air	18
that there will be	18
and the other end	18
at the crank end	18
brought into contact with	18
and in some cases	18
one or the other	18
is in line with	18
the opposite end of	18
the large end of	18
will be seen by	18
as the length of	18
the arc of contact	18
which is attached to	18
in the usual way	18
of heat from the	18
of steam from the	18
come in contact with	18
of the cylinder to	18
to allow for the	18
the side faces of	18
at the middle of	18
thickness of the plate	18
a column of water	18
is open to the	18
an equal degree of	18
the thread to be	18
to be observed that	18
main body of the	18
may be adjusted to	18
the lathe face plate	18
the piston will be	18
of an unknown force	18
end of the piece	18
the same size as	18
the size of a	18
is mounted on a	18
the dotted lines in	18
at one end to	18
and the face of	18
equal to twice the	18
is illustrated in fig	18
to cut off the	17
machine in which the	17
to an angle of	17
to be cut off	17
of contact of the	17
the same shaft as	17
the expense of the	17
when the piston has	17
what will be the	17
of the wheel rim	17
end of the crank	17
may be made by	17
to hold the work	17
the steam to the	17
are shown in the	17
may be used as	17
centre of the shaft	17
what is termed a	17
of the lathe and	17
inside of the rim	17
at the head end	17
same side of the	17
in the first instance	17
can be done by	17
its adjusted position by	17
of the safety valve	17
of the shaft is	17
if there is no	17
of that of the	17
four miles an hour	17
the feed water is	17
each square foot of	17
is found that the	17
the side of a	17
the escape of the	17
tops of the teeth	17
by the time the	17
through shortness of water	17
one end of which	17
the length of stroke	17
on each square inch	17
the front face of	17
and in the other	17
as an example of	17
the slide rest is	17
evaporation from and at	17
the line a b	17
the same degree of	17
and in the case	17
that there is a	17
wilcox chain grate stokers	17
with the live spindle	17
of coal per hour	17
part of the stroke	17
in the following manner	17
and the depth of	17
have contact with the	17
the edge of a	17
when the boiler is	17
which is operated by	17
sides of the piston	17
of the work will	17
per pound of combustible	17
on the th of	17
is in this case	17
of pounds per square	17
in the development of	17
the inch above the	17
side of the tool	17
move to the right	17
so arranged that the	17
that portion of the	17
it is apt to	17
to and from the	17
it is liable to	17
the air pump rod	17
height of the water	17
the crank end of	17
is to be turned	17
at the back end	17
in the face of	17
the elasticity of the	17
and the result will	17
to the other end	17
in the application of	17
a greater number of	17
the philosophy of the	17
the contents of the	17
diameter of the circle	17
by a pair of	17
one within the other	17
in a general way	17
the composition of the	17
what may be termed	17
be determined by the	17
and one of the	17
and the tool is	17
pounds to the square	17
in which a represents	17
it is true that	17
the length of belt	17
in either case the	17
raised one foot high	17
the engine has been	17
is driven by the	17
the head end of	17
out of the cylinder	17
pressure of steam in	17
upon the surface of	17
the curves of the	17
a speed of miles	17
it is considered that	17
at its upper end	17
this can be done	17
so far as it	17
not be less than	17
can be made to	17
as it would be	17
has been shown that	17
the elastic force of	17
bear the ordinary pressure	17
up and down in	17
to cut a thread	17
as shown at c	17
to the lower end	17
at the upper end	17
the direction of a	17
the full diameter of	17
of larger diameter than	17
is to make the	17
in which they are	17
equal in length to	17
two halves of the	17
of revolution of the	17
in the steam pipe	17
speed of miles an	17
walls of the hole	17
when the lathe is	17
are given in the	17
on the under side	17
of the university of	17
the flange of the	17
and the thickness of	17
about the same time	17
as well as a	17
of the body of	17
a piece of sheet	17
may be employed to	17
of that part of	17
as seen in the	17
the air pump is	17
a certain quantity of	17
the same way as	17
flanks of the teeth	17
shape shown in fig	17
in babcock wilcox boilers	17
and it is evident	17
both ends of the	17
to to to to	17
the engine should be	17
of the work in	17
as well as on	17
on the same principle	17
in the manner of	17
should be provided with	17
in a horizontal position	17
the marquis of worcester	17
as soon as it	17
in the side view	17
to the position shown	17
number of revolutions of	17
the shaft of the	17
temperature of the water	17
position in which it	17
to the crank pin	17
direction of motion of	17
the engines of the	17
the work done by	17
at every point in	17
the generation of steam	17
on the edge of	17
the engine on the	17
in a short time	17
would be necessary to	17
the upper face of	17
the said richard trevithick	17
will be required to	17
is greater than that	17
be used to cut	17
in gear with the	17
the safe working pressure	17
the air from the	17
the boiler may be	17
look for the trouble	17
which is done by	16
to the level of	16
this class of fuel	16
of the wheel to	16
the rate of miles	16
it is very difficult	16
the lead screw is	16
full diameter of the	16
distance between the centres	16
under the direction of	16
thousandths of an inch	16
at the base of	16
diameter of the rivet	16
the details of the	16
the load on the	16
in the presence of	16
the various parts of	16
outer edge of the	16
are to be made	16
the right of the	16
so that by operating	16
of the chuck plate	16
is the duty of	16
the application of steam	16
was the first to	16
in order to get	16
through which the steam	16
the condenser and air	16
the number of degrees	16
adjusted position by the	16
operation is as follows	16
of the bore of	16
the expansion of steam	16
on the upper side	16
to the body of	16
of the steam and	16
will be equal to	16
that it would be	16
small quantity of water	16
shape of the tool	16
which is necessary to	16
not shown in the	16
the growth of the	16
the root of the	16
of the tool and	16
through which the water	16
is inserted in the	16
there is but one	16
of any of the	16
the simplest form of	16
have been made to	16
and the boiler was	16
the fact that it	16
at the same temperature	16
the following table gives	16
at a time when	16
is connected by a	16
part of the machine	16
parallel to the line	16
it is not so	16
the piston in the	16
the introduction of steam	16
height of the tool	16
in diameter to the	16
side face of the	16
is to be found	16
length of the cylinder	16
to take off the	16
of the same length	16
faces of the brasses	16
by the employment of	16
to move to the	16
but on the other	16
larger diameter than the	16
of the valve and	16
an increase in the	16
the inner end of	16
that in this case	16
reversing the direction of	16
the two ends of	16
of the moving parts	16
the teeth of a	16
the difference of the	16
root of the quotient	16
of which may be	16
be moved to the	16
given in the following	16
to the ends of	16
the loss of heat	16
is the diameter of	16
at the time the	16
one and the same	16
face of the tooth	16
this is not the	16
multiplied by the diameter	16
out of the boiler	16
a piece of steel	16
centre of the lathe	16
opposite end of the	16
condensation of the steam	16
on account of its	16
to the height of	16
is the result of	16
half the length of	16
angle one to the	16
speed of the vessel	16
parallel to each other	16
the formation of the	16
to be used on	16
at which it is	16
the barrel of the	16
the other of the	16
to the construction of	16
great care must be	16
side faces of the	16
length of the line	16
of air through the	16
the opposite direction to	16
there are a number	16
half the diameter of	16
the cylinder at the	16
journal bearing in the	16
of centres of the	16
weight of the atmosphere	16
in the matter of	16
a certain portion of	16
the calorific value of	16
of the water to	16
to just touch the	16
the total amount of	16
bushels of coal in	16
the tool to the	16
the amount of taper	16
held in position by	16
in the fire box	16
cubic feet of water	16
front face of the	16
to permit of the	16
the same as a	16
one foot high in	16
with the length of	16
of the rolling circle	16
philosophy of the steam	16
the work at the	16
distance equal to the	16
of water from the	16
and the use of	16
is at an angle	16
should be of the	16
may also be used	16
to the slide rest	16
must be made to	16
with the surface of	16
the case with the	16
the effect of this	16
formed as in fig	16
the outline of the	16
the same direction as	16
but this is not	16
large end of the	16
the top of its	16
of brake pipe pressure	16
may be raised or	16
diameter of the shaft	16
the amount to which	16
it should be made	16
contact with the water	16
in which s is	16
is necessary in order	16
of the two wheels	16
to be the case	16
one pound of water	16
used for this purpose	16
of tooth upon tooth	16
speed at which the	16
position of the eccentric	16
and by means of	16
the power required to	16
to the sides of	16
cubic feet of air	16
so small as to	16
the factor of safety	16
as it will be	16
operation of the engine	16
no matter what the	16
above and below the	16
the magnitude of the	16
greater part of the	16
body of the chuck	16
the boiler had been	16
product coke oven gas	16
the nose of the	16
in conjunction with the	16
equal to the pitch	16
as little as possible	16
in the general view	16
shape of the work	16
at and near the	16
there is no danger	16
the variation in the	16
is on the dead	16
value per pound of	16
of the latter is	16
in the amount of	16
the said francisco uville	15
are bolted to the	15
but it may be	15
be true with the	15
denoted by the arrows	15
body of the tool	15
the boiler to be	15
it may be well	15
from shortness of water	15
what is the difference	15
of the link motion	15
as one of the	15
be found by multiplying	15
this case it is	15
inch of the piston	15
the tool can be	15
take a piece of	15
if there is a	15
as there is no	15
the end face of	15
of the pressure of	15
for the most part	15
speed of the piston	15
thickness of the metal	15
concentric with the mandrel	15
of the steam pipe	15
the tool in the	15
so that the latter	15
the number of turns	15
to reverse the direction	15
weight of the engine	15
means of the hand	15
joint faces of the	15
bed of the lathe	15
to be on the	15
by the condensation of	15
which may be used	15
direct acting screw engine	15
taking up the wear	15
is at the end	15
at the same angle	15
by the motion of	15
the ordinary working pressure	15
which will give the	15
chucking and turning machine	15
a segment of a	15
the lead screw will	15
from the face of	15
and the work will	15
at the line of	15
where would you look	15
in the plan view	15
the parts of a	15
side of the cylinder	15
the hardness of the	15
so as to permit	15
the valve will be	15
they are to be	15
reaction of the issuing	15
the line on the	15
hand side of the	15
square of the velocity	15
is very difficult to	15
is governed by the	15
the force with which	15
equal to the length	15
and the position of	15
of the watt engine	15
would you look for	15
for a long time	15
you look for the	15
to be made to	15
means of the screw	15
inches stroke of piston	15
the bottom of a	15
reduction of brake pipe	15
a line parallel to	15
in the position of	15
of the method of	15
the return of the	15
of steam and water	15
it will be a	15
used in place of	15
of the thread in	15
application of the brake	15
as close to the	15
is necessary to have	15
placed side by side	15
times the square root	15
run out of true	15
the formation of a	15
raise the temperature of	15
to the front of	15
giving motion to the	15
by the weight of	15
to the middle of	15
of the thread to	15
of the teeth in	15
that it is the	15
the advantage that the	15
end of the lathe	15
diameter of wheels inches	15
of this arrangement is	15
shown at a in	15
the cutter may be	15
depth of the thread	15
is also used for	15
about inches in diameter	15
thing to do is	15
of the engine by	15
of the royal society	15
foot of grate surface	15
of the various parts	15
in the flue gases	15
the thread is cut	15
in the figure the	15
when it is in	15
for the supply of	15
to put on the	15
it is not unusual	15
an equal amount of	15
to give to the	15
should be placed in	15
of the crank and	15
the weight of steam	15
as to make it	15
on one side only	15
of the engine was	15
the cylinder to the	15
museum of history and	15
the adoption of the	15
diameter of the tap	15
the work can be	15
the work by the	15
are placed on the	15
with the end of	15
and the other the	15
by the following rule	15
as at a in	15
to condense the steam	15
use of superheated steam	15
angle to the work	15
and the top of	15
the high pressure steam	15
that in which the	15
the lead of the	15
pipe leading to the	15
be set at any	15
during the arc of	15
be in the same	15
the steam at the	15
the structure of the	15
one of the first	15
in the main reservoir	15
at any required angle	15
comes in contact with	15
which the tool is	15
the opening in the	15
denoted by the line	15
of water per hour	15
the effects of the	15
the absence of the	15
in which the tool	15
the end of which	15
to be in the	15
length of the crank	15
so that there is	15
the side face of	15
it would be difficult	15
times the diameter of	15
the dead centre and	15
to the required size	15
the inside face of	15
the same as those	15
that it is impossible	15
and in order to	15
the path of contact	15
the inclination of the	15
the case if the	15
above that of the	15
than the width of	15
or what is the	15
the engine is at	15
of a series of	15
to the production of	15
held in a chuck	15
the name of the	15
and is driven by	15
be such as to	15
out of gear with	15
in the same position	15
the left of the	15
about half an inch	15
it will be understood	15
crank is on the	15
about feet per minute	15
some of the most	15
the use of superheated	15
revolution of the work	15
of feet per minute	15
that the point of	15
the baldwin locomotive works	15
a machine in which	15
it has already been	15
should not be less	15
the first of the	15
are to be cut	15
but it will be	15
that the tool is	15
the extremity of the	15
a point on the	15
on the back of	15
so as to allow	15
be added to the	15
a greater or less	15
the water through the	15
the piece of wood	15
one revolution of the	15
the top of a	15
the conditions under which	15
of the face plate	15
be supposed to be	15
reverse the direction of	15
at the moment of	15
to the brake cylinder	15
and out of the	15
the steam to escape	15
by the end of	15
the work on the	15
moved to the right	15
is exposed to the	15
the form of steam	15
on the main track	15
it may be observed	15
must be remembered that	15
of history and technology	15
the suction of the	15
the outer edge of	15
upon the nature of	15
the case when the	15
the consumption of steam	15
at miles an hour	15
it must not be	15
until such time as	15
the arc of a	15
close to the work	15
is of great importance	15
if the tool is	15
one half of the	15
is used for the	15
parts of the boiler	15
end of the hub	15
the centre of pressure	15
first thing to do	15
the house of commons	15
the crank shaft is	15
is moved by the	15
is regulated by the	15
the tendency of the	15
of the piston at	15
in order to give	15
in one direction only	15
if it is not	14
two ends of the	14
is obvious that when	14
pitch of the screw	14
be parallel with the	14
the exception of the	14
of the work may	14
line with the axis	14
that at which the	14
in some cases a	14
the amount of air	14
between the boiler and	14
the proportions of the	14
a few of the	14
side of the pulley	14
right angle to a	14
of the fact that	14
in the present case	14
power of the boiler	14
to allow of the	14
was inches in diameter	14
the aid of a	14
to be at the	14
from the side of	14
diameter of the piston	14
are secured to the	14
so that it cannot	14
has arrived at the	14
from the nature of	14
when it is considered	14
with swing bolster and	14
and the quantity of	14
the correctness of the	14
is less than that	14
an example of this	14
by the expansion of	14
of line with the	14
to the nature of	14
foot of fire grate	14
a considerable quantity of	14
the waters of the	14
to have been made	14
the weight of a	14
of the point of	14
cut off the steam	14
enable it to cut	14
in which the valve	14
to the direction of	14
the main reservoir pressure	14
by the square of	14
than is the case	14
swing bolster and radius	14
the rapidity with which	14
of the tool point	14
of the tool will	14
upon the top of	14
a top view of	14
gave way at the	14
same as in the	14
the thickness of a	14
the strength of a	14
the bearings of the	14
to a greater extent	14
of a marine boiler	14
it requires to be	14
which passes through a	14
out of line with	14
it appears that the	14
between the centres of	14
be at a right	14
in the formation of	14
the case of large	14
that is necessary to	14
of saturated steam at	14
the inner and outer	14
for this class of	14
is obvious that by	14
from c to d	14
for the purposes of	14
as fast as the	14
that the motion of	14
of the present century	14
specific heat of superheated	14
it is desirable that	14
in order to produce	14
the construction shown in	14
is of the same	14
in this class of	14
shown in the end	14
the crank shaft of	14
on the circumference of	14
be used on the	14
also be used for	14
the medium of a	14
and sides of the	14
end for end in	14
bottom of the hole	14
may be held in	14
per horse power per	14
of the screw and	14
across the face of	14
to suit the work	14
about the middle of	14
equal in diameter to	14
it may also be	14
a pair of bevel	14
the safety valve was	14
will be in a	14
is shown in section	14
centre of the cylinder	14
mercury in the tube	14
the speed of rotation	14
to the cylinder bore	14
when it is required	14
and it has been	14
to insure that the	14
as well as of	14
the pressure per square	14
horse power of the	14
the lines of division	14
made for the purpose	14
and the pitch of	14
we shall find that	14
for a distance of	14
is to have the	14
the same time that	14
is an end view	14
by the addition of	14
and thence to the	14
in regard to the	14
on the right hand	14
precisely the same as	14
a sufficient number of	14
and if it is	14
the tool to be	14
the total length of	14
made by means of	14
part of the cylinder	14
is of the utmost	14
of which there are	14
the strain upon the	14
to suit the nature	14
in the other direction	14
of the crank is	14
is clamped to the	14
the early part of	14