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
as shown in fig	455
the diameter of the	388
the end of the	323
it is obvious that	315
is shown in fig	308
in the case of	294
the length of the	270
the centre of the	269
at a right angle	239
the face of the	224
a right angle to	206
by means of the	188
the top of the	182
in the direction of	174
the bottom of the	165
the pressure of the	162
at the same time	155
the surface of the	153
right angle to the	151
the axis of the	144
the thickness of the	138
the edge of the	138
the line of centres	134
the direction of the	131
the sides of the	124
the ends of the	124
as denoted by the	124
in this case the	120
by means of a	118
is provided with a	114
on account of the	114
the pitch of the	112
is obvious that the	111
the weight of the	111
the width of the	110
at the end of	110
the number of teeth	109
such as shown in	109
as shown in the	105
the side of the	105
the back of the	105
the bore of the	104
on the other hand	103
the body of the	103
a piece of work	98
number of teeth in	96
the axial line of	93
the circumference of the	91
it is necessary to	91
one side of the	91
the height of the	88
axial line of the	86
on each side of	85
the radius of the	84
the size of the	84
so that it may	84
or in other words	82
each end of the	82
as in the case	82
at the other end	82
on the other side	82
the middle of the	81
to that of the	81
the wear of the	80
the position of the	80
each side of the	80
in proportion as the	79
shown in the figure	79
in line with the	78
the other end of	77
one end of the	77
the construction of the	77
denoted by the dotted	76
the depth of the	76
that it may be	76
the case of the	76
the amount of the	75
that is to say	74
the angle of the	72
end of the cylinder	72
the shape of the	71
the other side of	71
the point of the	71
one to the other	69
it consists of a	69
from the centre of	69
it will be seen	68
the faces of the	64
the motion of the	63
it is to be	63
other end of the	63
at the back of	63
in the opposite direction	63
by reason of the	62
to the axis of	61
and it is obvious	61
other side of the	61
end of the work	60
point of cut off	60
as the case may	60
the point of cut	60
it will be observed	59
the case may be	59
the action of the	59
on one side of	59
the edges of the	58
the strength of the	57
at each end of	56
the use of the	55
as soon as the	55
the nature of the	55
pressure of the cut	55
at the bottom of	54
on the end of	54
to the line of	54
of the cutting edge	53
the direction in which	53
in the middle of	53
of the lead screw	53
at the top of	52
one with the other	52
in which case the	52
by the dotted lines	52
may be used to	52
in the united states	52
the distance between the	52
in its adjusted position	52
the whole of the	52
as is shown in	51
the case of a	51
at an angle to	50
to the amount of	50
all that is necessary	50
direction of the arrow	49
in place of the	49
with the aid of	49
the diameters of the	49
to the diameter of	48
to take up the	48
from end to end	48
may be made to	47
will be seen that	47
it is required to	46
of the crank pin	46
in proportion to the	46
in contact with the	46
of motion of the	46
will be observed that	45
of teeth in the	45
as well as the	45
such as in fig	45
the tops of the	44
through the medium of	44
both sides of the	44
and as a result	44
by the number of	44
the difference between the	44
to the length of	43
with relation to the	43
shown in the cut	43
the teeth of the	43
on the dead centre	43
inches to a foot	43
it is evident that	43
in the form of	42
the line of motion	42
the work may be	42
of the work is	42
being shown in fig	42
a certain amount of	41
and it will be	41
of the pitch circle	41
to the centre of	41
of the length of	41
the holes in the	41
the form of the	40
the friction of the	40
in a straight line	40
the centre line of	40
the outside of the	40
than that of the	40
the end of a	40
the cutting edge of	40
the fit of the	40
between the lathe centres	39
the speed of the	39
that part of the	39
the fact that the	39
be observed that the	39
on the line of	38
the truth of the	38
an angle to the	38
at an angle of	38
on both sides of	38
to the end of	38
of the crank shaft	38
is shown in figs	37
the work will be	37
diameter of the work	37
it is better to	37
take up the wear	36
explained with reference to	36
and at the same	36
centre line of the	36
for the purpose of	36
cutting edge of the	36
as in the figure	36
by means of which	36
and it follows that	36
of the connecting rod	36
the depth of cut	36
in which a is	35
it is necessary that	35
by the dotted line	35
the head of the	35
the work to the	35
an end view of	35
so that when the	35
as a guide to	35
the jaws of the	35
as it is termed	35
may be set to	35
length of the work	34
scale inches to a	34
in the same direction	34
a part of the	34
pitch of the lead	34
to enable it to	34
as much as possible	34
the position shown in	34
the difference in the	34
on the face of	34
so as to be	34
for the following reasons	34
in connection with the	34
of a piece of	34
the hole in the	34
the area of the	34
as a result the	33
so that they may	33
is the same thing	33
equal to that of	33
may be used for	33
the centres of the	33
end of the rod	33
on the top of	33
so long as the	33
the top and bottom	33
on the side of	33
the water in the	32
the walls of the	32
in the centre of	32
and the amount of	32
denoted by the arrow	32
the level of the	32
in the same manner	32
out of the way	32
the upper end of	32
point of the drill	32
in the end view	32
as shown by the	31
from a to b	31
the amount of clearance	31
the part of the	31
at the pitch circle	31
would require to be	31
arc of a circle	31
so that it will	31
of the same diameter	31
it is seen that	31
bottom of the thread	31
the point of contact	31
in front of the	31
is to be observed	31
is shown in the	31
the temperature of the	31
with the axis of	30
the front of the	30
the same as that	30
the teeth on the	30
the pratt and whitney	30
of the cylinder bore	30
at one end of	30
a pair of wheels	30
in the length of	30
the path of the	30
it be required to	30
with reference to the	30
of a pair of	30
and that of the	30
a great deal of	30
what is the same	30
the flanks of the	30
direction in which the	30
a piece of wood	30
that the amount of	30
the direction of motion	30
it follows that the	29
it being obvious that	29
the use of a	29
which the work is	29
the cutting edges of	29
the pitch circle of	29
of the generating circle	29
of the live spindle	29
of the steam engine	29
while at the same	29
the inside of the	29
water in the boiler	29
to the axial line	29
described with reference to	29
the distance from the	29
at the top and	29
centre of the work	29
it will be found	29
the adjustment of the	29
in the position shown	29
would be the case	29
when the work is	28
line of motion of	28
with the line of	28
pitch of the teeth	28
the full length of	28
the lower end of	28
teeth in the wheel	28
the points of the	28
the velocity of the	28
so that if the	28
pitch of the thread	28
from the pressure of	28
is one in which	28
the plane of the	28
end view of the	27
end of the shaft	27
face of the chuck	27
the amount of power	27
equal to the diameter	27
the principle of the	27
of the emery wheel	27
as the diameter of	27
when the crank is	27
the pitch line of	27
the middle of its	27
of the dead centre	27
in the absence of	27
the tool may be	27
to the face of	27
surface of the work	27
in the tool post	27
the work and the	27
the thread in the	27
but in this case	27
is driven by a	27
a given amount of	27
the angles of the	27
sides of the thread	27
one in which the	26
diameter of the wheel	26
of the work and	26
is obvious that in	26
of the line of	26
into contact with the	26
the location of the	26
edge of the tool	26
be seen that the	26
against the face of	26
to the face plate	26
at right angles to	26
the line a a	26
as far as possible	26
in order that the	26
that is necessary is	26
one of the most	26
diameter of the bolt	26
the grain of the	26
that there is no	25
the thread on the	25
the form of a	25
in the use of	25
an amount equal to	25
cutting edges of the	25
the front end of	25
than the diameter of	25
the cutting edge is	25
so as to give	25
so far as the	25
when the engine is	25
the crank is on	25
in which the work	25
the distance apart of	25
at the ends of	25
in cases where the	25
with reference to fig	25
and is provided with	25
the work to be	25
to do is to	25
it is desirable to	25
from the american machinist	25
centre of the crank	25
which is provided with	25
of the diameter of	25
angle to the axis	25
is necessary that the	24
the direction of arrow	24
the radial face of	24
is obvious that if	24
a portion of the	24
to the bottom of	24
length of cutting edge	24
the rate of feed	24
to be operated upon	24
the outer end of	24
of the teeth of	24
the same amount of	24
by the use of	24
this part of the	24
the capacity of the	24
it is difficult to	24
on the lead screw	24
the object being to	24
the manner in which	24
circumference of the wheel	24
in which it is	24
the number of revolutions	24
the amount of this	24
in a direction to	24
of the teeth are	24
is necessary is to	24
because in that case	24
side of the cutter	24
to an amount equal	24
of the teeth on	24
side of the belt	23
in one piece with	23
a pair of compasses	23
to the top of	23
the speed at which	23
the united states standard	23
wrought iron or steel	23
the arc of recess	23
the base of the	23
is a piece of	23
is secured to the	23
the whole length of	23
by this means the	23
and in this case	23
that they may be	23
upon the face of	23
was shown in fig	23
middle of its length	23
in the usual manner	23
pitch line of the	23
on the opposite side	23
the same manner as	23
the arc of approach	23
may be done by	23
it is best to	23
are shown in fig	23
at a in fig	23
angle to the line	23
work is to be	23
is bolted to the	23
line of the crank	22
in the following table	22
the direction of rotation	22
is provided with an	22
parts of an inch	22
when the piston is	22
in the same plane	22
a distance equal to	22
from left to right	22
grain of the wood	22
so as to have	22
distance apart of the	22
the place of the	22
being at a right	22
at the point of	22
the work in the	22
the form shown in	22
face of the work	22
thickness of the tooth	22
top face of the	22
the force of the	22
with the axial line	22
the bed of the	22
it is usual to	22
care must be taken	22
in such a way	22
full length of the	22
depth of the cut	22
set at an angle	22
the teeth in the	22
of the feed screw	22
and the length of	22
the pressure on the	22
diameter of the pitch	22
radial face of the	22
the top face of	22
as shown at a	22
shown in the engraving	22
sectional view of the	22
the alignment of the	22
pitch of lead screw	21
an arc of a	21
back of the lathe	21
the construction being as	21
the romance of modern	21
is carried in a	21
construction being as follows	21
that shown in fig	21
on the outside of	21
the corners of the	21
is determined by the	21
the live spindle is	21
the line of lathe	21
so as not to	21
that it can be	21
to act as a	21
is to be used	21
in the course of	21
it may be remarked	21
what is known as	21
shown by the dotted	21
axially true with the	21
is not the case	21
stand at a right	21
through the centre of	21
so as to leave	21
form shown in fig	21
of the slide rest	21
of rotation of the	21
which a is the	21
as was shown in	21
on the pitch circle	21
of the work to	21
is operated by a	21
as it is sometimes	21
the tension of the	21
of the united states	21
in that case the	21
greater than that of	21
to which it is	21
at one end and	21
if the work is	21
it is desired to	21
as will be seen	21
a and b are	20
opposite side of the	20
face of the tool	20
the number of the	20
the same time the	20
in the number of	20
between it and the	20
to the fact that	20
be set to the	20
end of which is	20
of the thread is	20
is at a right	20
is equal to the	20
turned in the lathe	20
of the machine is	20
one on each side	20
but in the case	20
the perimeter of the	20
it will be noted	20
there will be a	20
larger in diameter than	20
on the same shaft	20
of a tooth on	20
the distance of the	20
to set the work	20
all parts of the	20
so as to bring	20
according to the direction	20
in addition to the	20
length of the rod	20
with that of the	20
by the hand wheel	20
the joint faces of	20
line of lathe centres	20
the low pressure cylinder	20
means of which the	20
we have now to	20
contact with the work	20
distance from the centre	20
it is found that	20
of the work table	20
be applied to the	20
any part of the	20
the coefficient of friction	20
to a certain extent	20
is taken from the	20
in the same way	20
the medium of the	20
one of which is	20
the stem of the	20
the strain due to	19
the crank pin is	19
the face of a	19
the beginning of the	19
from right to left	19
to the work axis	19
the teeth may be	19
from time to time	19
which may be done	19
pressure of the atmosphere	19
which is shown in	19
at a temperature of	19
end of the stroke	19
as shown in figs	19
face of the wheel	19
of the tool is	19
is evident that the	19
it is clear that	19
top of the thread	19
when the tool is	19
tool shown in fig	19
it is provided with	19
diameter of the generating	19
is to be made	19
so as to enable	19
to the edge of	19
the aid of the	19
of the centre of	19
the upper part of	19
the movement of the	19
the line of the	19
the brown and sharpe	19
the diameter of a	19
to a great extent	19
is operated by the	19
as long as the	19
a sectional view of	19
to the radius of	19
varied to suit the	19
so as to prevent	19
is attached to the	19
be the case if	19
of the cutting edges	19
as well as to	19
parallel one to the	19
faces of the teeth	19
against the end of	18
be of the same	18
the side faces of	18
the work is to	18
and it is seen	18
the piston is at	18
and the diameter of	18
is the same as	18
side of the tooth	18
in the diameter of	18
less than that of	18
is obvious that a	18
position shown in the	18
an equal degree of	18
the work is held	18
is applied to the	18
with the edge of	18
nature of the work	18
is fast upon the	18
outer end of the	18
turned end for end	18
be given to the	18
at a and b	18
the object is to	18
end of the bar	18
let it be required	18
and at a right	18
is denoted by the	18
so as to avoid	18
end of the link	18
the upper surface of	18
that the diameter of	18
the rest of the	18
true one with the	18
of the water in	18
the lathe face plate	18
it may be used	18
that end of the	18
with a view to	18
of the cutting tool	18
the arc of contact	18
may be set at	18
crank end of the	18
side of the piston	18
line of centres of	18
amount equal to the	18
in diameter than the	18
in a line with	18
a line with the	18
those in which the	18
points of the teeth	18
so as to form	18
the centre of motion	18
so that it shall	18
as that of the	18
the wheel to be	18
as far as the	18
at the crank end	17
it is apt to	17
the lengths of the	17
the object of this	17
on the sides of	17
will be noted that	17
is shown by the	17
after the manner of	17
is in this case	17
the hole to be	17
machine in which the	17
walls of the hole	17
is supposed to be	17
the axes of the	17
on account of its	17
to the depth of	17
to the surface of	17
the length of belt	17
this is shown in	17
it is preferable to	17
it may be set	17
have contact with the	17
to pass through the	17
it is sometimes termed	17
the end of its	17
the same number of	17
to be observed that	17
which consists of a	17
at the head end	17
the same as the	17
with the live spindle	17
the other end is	17
to the thickness of	17
it is essential that	17
that the pressure of	17
axis of the shaft	17
flanks of the teeth	17
in addition to this	17
the aid of a	17
of the cross head	17
whole length of the	17
from the line of	17
to the pitch of	17
in advance of the	17
lower end of the	17
the transmission of power	17
the flanges of the	17
of the use of	17
the application of the	17
is fastened to the	17
from the axis of	17
obtained by means of	17
the position in which	17
the same shaft as	17
to the number of	17
the surfaces of the	17
in which case it	17
to one side of	17
in which a represents	17
its adjusted position by	17
to cause it to	17
the strain of the	17
relation to the work	17
in an opposite direction	17
on a piece of	17
so as to keep	17
made of cast iron	17
of larger diameter than	17
part of an inch	17
to be used for	17
direction of rotation of	17
front end of the	17
the metal of the	17
or it may be	17
the full diameter of	16
two sides of the	16
journal bearing in the	16
the work should be	16
in the direction in	16
while the other is	16
of tooth upon tooth	16
the length of a	16
be used for the	16
upper end of the	16
of the body of	16
at every point in	16
the curvature of the	16
the travel of the	16
the lead screw is	16
inches in diameter and	16
to the work table	16
the removal of the	16
side face of the	16
in terms of the	16
so that by operating	16
be used to cut	16
it may be noted	16
equal to the pitch	16
in this case it	16
in the fact that	16
in the slide rest	16
reversing the direction of	16
adjusted position by the	16
on the bottom of	16
the first thing to	16
of the bore of	16
of the hole to	16
the work at the	16
the objection to this	16
faces of the brasses	16
formed as in fig	16
face of the tooth	16
parallel to the axis	16
so that it is	16
of centres of the	16
as quickly as possible	16
at its lower end	16
at the small end	16
of the chuck plate	16
is due to the	16
be raised or lowered	16
the object of the	16
as near as possible	16
the surface of a	16
surface of the water	16
may be employed to	16
to the shape of	16
but it may be	16
without the aid of	16
to permit of the	16
side faces of the	16
be the same as	16
of which is a	16
and at the other	16
with the centre of	16
that side of the	16
in gear with the	16
in the general view	16
and the end of	16
to the square inch	16
angle one to the	16
from the point of	16
be placed on the	16
the crank end of	16
larger diameter than the	16
a piece of iron	16
strain due to the	16
in the construction of	16
the bottoms of the	16
one piece with the	16
denoted by the arrows	15
by the length of	15
thread to be cut	15
distance between the centres	15
the efficiency of the	15
is on the dead	15
and as soon as	15
an equal amount of	15
the inside face of	15
side of the engine	15
to the required diameter	15
to the direction of	15
the foot of the	15
the dead centre and	15
and it is found	15
as at a in	15
during the arc of	15
a b c d	15
as to bring the	15
of the two wheels	15
will be found that	15
a hole in the	15
with a piece of	15
it is at the	15
it is possible to	15
angle to the work	15
parallel to the line	15
tops of the teeth	15
of the circumference of	15
be placed in the	15
run out of true	15
so that the work	15
piece of work is	15
as is the case	15
the edge of a	15
of contact of the	15
the parts of the	15
position shown in fig	15
the spring of the	15
diameter of the rivet	15
the passage of the	15
height of the tool	15
crank is on the	15
diameter of the tap	15
as to prevent the	15
the side face of	15
at and near the	15
of the cutter head	15
the path of contact	15
as well as in	15
of the teeth in	15
the taper of the	15
is driven by the	15
upper part of the	15
the amount to which	15
what is termed a	15
and there is no	15
the same time as	15
denoted by the line	15
the simplest form of	15
of revolution of the	15
in diameter to the	15
the front face of	15
end of the lever	15
as nearly as possible	15
joint faces of the	15
will be apt to	15
the effect of the	15
the opposite side of	15
to just touch the	15
of the wheel is	15
the line a b	15
length of the line	15
the arrangement of the	15
in the same proportion	15
the work must be	15
work in the lathe	15
equal to twice the	15
that of the other	15
as may be required	15
is represented by the	15
with the result that	15
full diameter of the	15
we shall find that	15
in the first place	15
the end face of	15
may be applied to	15
the lead screw will	15
with the face of	15
and there will be	15
direction of motion of	15
from the end of	15
in the side view	15
the lines of division	14
that the length of	14
the thread of the	14
than the width of	14
the friction between the	14
above the level of	14
front face of the	14
thickness of the plate	14
the under side of	14
of which is shown	14
or what is the	14
in which the tool	14
will be in the	14
of the eccentric rod	14
end for end in	14
is obvious that when	14
right angle to a	14
by the action of	14
a wheel having teeth	14
journal bearing to the	14
back end of the	14
head end of the	14
may be remarked that	14
set a pair of	14
means of the hand	14
is placed in the	14
will cause it to	14
at any required angle	14
out of gear with	14
of the wheel rim	14
may be adjusted to	14
the direction of a	14
so soon as the	14
by the employment of	14
the accuracy of the	14
the end of this	14
at the same angle	14
obvious that when the	14
the construction of a	14
what may be termed	14
by the aid of	14
at the line of	14
a right and left	14
an excellent method of	14
the two ends of	14
are provided with a	14
truth of the work	14
bottom of the boiler	14
as would be the	14
pitch circle of the	14
which it is to	14
it may be observed	14
it is termed a	14
is the case with	14
in either case the	14
an example of a	14
the point at which	14
be equal to the	14
end of the lathe	14
of this kind is	14
shape of the work	14
to the cylinder bore	14
a top view of	14
speed at which the	14
and the work is	14
so that it can	14
be at a right	14
will depend upon the	14
the compasses to the	14
of the face plate	14
of the thread on	14
inside face of the	14
be moved to the	14
take a piece of	14
axis of the work	14
it is a good	14
given in the following	14
suit the nature of	14
at the beginning of	14
as the length of	14
of the belt is	14
of the sides of	14
in which s is	14
of the wheel to	14
operated by the handle	14
pratt and whitney company	14
of the thread in	14
at its upper end	14
in proportion to its	14
of the same pitch	14
so that they will	14
at the centre of	14
the thread to be	14
after it has been	14
the amount of motion	14
moved to the right	14
of contact between the	14
per square inch of	14
is seen that the	14
and the number of	14
depth of the thread	14
is found to be	14
a piece of steel	14
the two sides of	14
a segment of a	14
a piece of metal	14
by the amount of	14
may be obtained by	14
to suit the nature	14
the sum of the	14
to the body of	14
operation is as follows	14
end of the spindle	14
in a given time	14
line with the axis	14
the pitch circle is	14
it may also be	14
so small as to	13
the amount of taper	13
of the face of	13
the back end of	13
will be the same	13
of the piston rod	13
the centre of its	13
from contact with the	13
on the part of	13
in the lathe and	13
in the one case	13
to the size of	13
part of the work	13
having journal bearing in	13
is at the end	13
the cutter may be	13
with which it is	13
to receive a wrench	13
enable it to cut	13
to to to to	13
to the required distance	13
serves as a guide	13
the shape shown in	13
the line of shafting	13
of the nineteenth century	13
borne in mind that	13
the two halves of	13
by means of an	13
of the work may	13
may be made of	13
on the surface of	13
weight of the work	13
and by means of	13
a side view of	13
be true with the	13
may be used in	13
the contact of the	13
under the pressure of	13
is essential that the	13
the time of the	13
construction shown in fig	13
a piece of sheet	13
the employment of a	13
of the end of	13
end face of the	13
difference between the two	13
to the cutting edge	13
which is fast upon	13
the pitch circles of	13
side of the saw	13
to put on the	13
of the top of	13
to be the case	13
the other dead centre	13
the line of contact	13
view of the machine	13
on the ends of	13
so that the tool	13
is caused by the	13
in the figure the	13
reverse the direction of	13
a point on the	13
to the direction in	13
point at which the	13
of the cut is	13
want of truth in	13
of the teeth and	13
axis of the cutter	13
brought into contact with	13
taking up the wear	13
a number of pieces	13
the steam in the	13
are to be made	13
to be able to	13
made of wrought iron	13
united states standard thread	13
than would be the	13
upper surface of the	13
for the flanks of	13
same as that of	13
frame of the machine	13
thing to do is	13
that is to be	13
it was found that	13
the location for the	13
can be made to	13
the high pressure cylinder	13
difference between the arc	13
on the live spindle	13
to cut a thread	13
the required amount of	13
opposite sides of the	13
the work table is	13
the left of the	13
a true right angle	13
to the side of	13
is in the direction	13
in and out of	13
a pair of bevel	13
the set of the	13
other parts of the	13
as to form a	13
is held to the	13
as to cause the	13
the engine is running	13
diameter of the drill	13
is a good plan	13
equal in diameter to	13
secured in its adjusted	13
which a represents the	13
this is the case	13
may be raised or	13
this case it is	13
the heat of the	13
to enable them to	13
is obvious that by	13
is connected to the	13
the advantages of the	13
a right angle one	13
the case if the	13
of line with the	13
applied to the work	13
to hold the work	13
out of line with	13
side of the tool	13
a line parallel to	13
of the wheel and	13
a machine of this	13
of the thread to	13
the construction shown in	13
out of true in	13
thread in the nut	13
of the valve is	13
to one of the	13
right angle one to	13
in point of fact	13
that it shall not	13
and out of the	13
the hub of the	13
the following table gives	13
to insure that the	13
compasses to the radius	13
the breadth of the	13
a guide to the	13
angle to the axial	13
of the work will	13
be set at any	13
to prevent them from	13
is held in a	13
the large end of	13
of the tooth is	13
two halves of the	12
the cross feed screw	12
the same degree of	12
angle to the other	12
to the chuck plate	12
thousandth of an inch	12
be removed from the	12
one upon the other	12
upon the end of	12
for clearness of illustration	12
so as to cut	12
for the faces of	12
of the tool steel	12
is out of true	12
the latter may be	12
for end in the	12
and for this purpose	12
curves of the teeth	12
on one side and	12
is of great importance	12
the case when the	12
the water of condensation	12
which is necessary to	12
to be cut to	12
between the centres of	12
for the face of	12
the joint face of	12
which a is a	12
on one side only	12
the speed of rotation	12
that in this case	12
is an end view	12
is in line with	12
and on the other	12
and the face of	12
the curves of the	12
the steam from the	12
that it does not	12
device shown in fig	12
the piece of work	12
a certain portion of	12
to be out of	12
of the tool post	12
represents a form of	12
between the arc and	12
end of the screw	12
the head end of	12
side view of the	12
from that of the	12
to which the tool	12
is provided with two	12
to the plane of	12
position in which it	12
b in the figure	12
a section of the	12
in this way the	12
at the head of	12
following table gives the	12
radius of the wheel	12
so arranged that the	12
to adjust the fit	12
set the compasses to	12
at the pitch line	12
such a way that	12
line on the vernier	12
which is taken from	12
be noted that the	12
the requirements of the	12
in order to obtain	12
of the work in	12
but on the other	12
a and b b	12
in some of the	12
for the same purpose	12
the teeth are to	12
are given in the	12
the direction denoted by	12
that it is not	12
to the back of	12
direction of the feed	12
manner in which the	12
views shown in fig	12
to be taken off	12
at the middle of	12
end of the crank	12
on the graduated edge	12
a part of a	12
the dotted lines in	12
it is not unusual	12
of that part of	12
a good plan to	12
as we have seen	12
travel of the valve	12
be used as a	12
a compound slide rest	12
as shown at b	12
referring now to the	12
up and down the	12
of the hand wheel	12
to be cut off	12
but it is obvious	12
necessary in order to	12
the periphery of the	12
the thread is cut	12
in the bore of	12
shape of the tool	12
be in line with	12
out of the question	12
is at an angle	12
body of the tool	12
at an angle as	12
upon the surface of	12
as the number of	12
right angles to the	12
the tool to the	12
the quantity of water	12
are shown in figs	12
may be taken up	12
an example of the	12
in the manufacture of	12
of a circle of	12
of truth in the	12
the pitches of the	12
on either side of	12
the condition of the	12
the crown of the	12
the live steam period	12
of an inch in	12
at the foot of	12
and the direction of	12
the same diameter of	12
is that of the	12
to the live spindle	12
parallel to each other	12
the nut is screwed	12
the bores of the	12
about inches in diameter	12
the line of tool	12
may be used as	12
to the perimeter of	12
be parallel with the	12
so that the pressure	12
angle to the length	12
line one with the	12
the upper face of	12
the teeth of a	12
the thickness of a	12
the work out of	12
be fitted to the	12
the advantage that the	12
the crank on the	12
to reverse the direction	12
piston is at the	12
the other of the	12
it has been shown	12
of teeth in contact	12
the pressure in the	12
an inch in diameter	12
in which there is	12
the circumference of a	12
in the direction denoted	12
the lead screw and	12
by the pressure of	12
the rim of the	12
that of the work	12
height of the work	11
the point where the	11
the amount of water	11
the opposite direction to	11
of metal to be	11
we proceed as follows	11
true with the axial	11
the same diameter as	11
the end of each	11
the resistance of the	11
amount of the lead	11
the action of a	11
from the face of	11
be such as to	11
one and a half	11
are to be used	11
being shown in the	11
as it is called	11
shape shown in fig	11
the course of the	11
due to the cut	11
edge of the blade	11
is to make the	11
of the saw is	11
is to be noted	11
is to be cut	11
a centre of motion	11
now suppose that the	11
and so on until	11
one half of the	11
times the diameter of	11
that the point of	11
shown in the end	11
obvious that if the	11
the curves for the	11
represents the line of	11
with the length of	11
to be cut is	11
in the plane of	11
work of large diameter	11
the thread at the	11
may be placed in	11
the way of the	11
as close to the	11
it will be obvious	11
be at an angle	11
is a sectional view	11
of the wear of	11
must be made to	11
it may be added	11
as possible to the	11
the elasticity of the	11
in setting the work	11
it would not be	11
as to enable the	11
a circle of which	11
face of the brass	11
teeth are to be	11
an equal number of	11
opposite direction to that	11
of the tool rest	11
in the fire box	11
the absence of a	11
of the air pump	11
a large amount of	11
it requires to be	11
as a centre of	11
in the same position	11
the hardness of the	11
surface of the chuck	11
may also be used	11
the horse power of	11
and bottom of the	11
the medium of a	11
the vertical face of	11
of the intermediate circle	11
end of the mandrel	11
of the tool to	11
the first of these	11
length of the cutting	11
wheel to be marked	11
in place of a	11
in the process of	11
is not unusual to	11
in so far as	11
be moved along the	11
of the work the	11
and in the same	11
lost motion in the	11
the emery wheel is	11
on top of the	11
and in the other	11
position of the eccentric	11
as many teeth as	11
to be used in	11
that the tool is	11
half the diameter of	11
from the fact that	11
the contents of the	11
if there is any	11
on the other dead	11
is parallel to the	11
act as a guide	11
in a fixed position	11
used in place of	11
part of a revolution	11
contact of tooth upon	11
an example of this	11
to the pressure of	11
as an example of	11
required angle to the	11
the amount of error	11
end of the tap	11
we may now consider	11
inch per foot of	11
is inches in diameter	11
line with the live	11
the depth to which	11
width of the work	11
half the length of	11
be as in fig	11
as a matter of	11
of the annular wheel	11
are at a right	11
is given to the	11
be used in the	11
the lower part of	11
has passed through the	11
of the fire box	11
is greater than that	11
tops of the thread	11
may be divided into	11
is said to be	11
of the top face	11
of the size of	11
of a number of	11
the slide rest is	11
in the lathe to	11
means of the screw	11
moved to the left	11
take the place of	11
line on the bar	11
the tool should be	11
the back gear is	11
the bar may be	11
side of the pulley	11
by the fact that	11
outer edge of the	11
the root of the	11
at a speed of	11
a pressure of lbs	11
two ends of the	11
to allow for the	11
to the width of	11
for reversing the direction	11
of a marine boiler	11
the centrifugal force generated	11
at a true right	11
from the bottom of	11
diameters of the wheels	11
end of the hole	11
it is intended to	11
in the end of	11
on the edge of	11
is open to the	11
that in which the	11
the slot in the	11
length of the stroke	11
move to the right	11
in one of the	11
an excellent example of	11
a a and b	11
of the tool point	11
the small end of	11
the same direction as	11
upon the amount of	11
point of the tool	11
if the direction of	11
to or from the	11
in the way of	11
of the shaft is	11
serve as a guide	11
and is driven by	11
proportion as the diameter	11
the same side of	11
until such time as	11
from b to c	11
to feed the tool	11
the radial faces of	11
a large number of	11
per foot of length	11
may now consider the	11
a line at a	11
which is operated by	11
the tool to cut	11
number of teeth on	11
and the distance between	11
and in order to	11
as to give the	11
power of an engine	11
of the teeth will	11
the thread cut will	11
plug and collar gauges	11
as soon as a	11
represents a piece of	11
to test if the	11
it is proof that	11
the outer edge of	11
rate of cutting speed	11
that due to the	11
from c to d	11
each revolution of the	11
be determined by the	11
decimal parts of an	11
of the form shown	11
the dead centre end	11
side of the machine	11
the line on the	11
the tool will be	11
of the base circle	11
angle to the side	11
when the teeth are	11
they are to be	11
large end of the	11
the engine is to	11
held between the lathe	11
line at a right	11
to suit the work	11
being obvious that the	11
first thing to do	11
being of the same	11
may be shown as	11
of threads per inch	11
has journal bearing in	11
is less than that	11
the tool is held	11
is to have the	11
while the other end	11
will be found to	11
so as to cause	11
distance equal to the	11
when it is desired	11
to grip the work	11
in the history of	11
affords journal bearing to	11
at the point where	11
the driving power of	11
be operated by hand	10
which it may be	10
and one of the	10
will be seen by	10
of the boiler is	10
may be necessary to	10
to the lathe bed	10
is to set the	10
what is meant by	10
on the line a	10
the generating circle is	10
to prevent it from	10
centre to centre of	10
in some cases the	10
various parts of the	10
bore of the cylinder	10
and the other for	10
of which there are	10
which is secured to	10
be in the same	10
as at b in	10
of water in the	10
diameter of the pulley	10
it is a very	10
is the amount of	10
a piece of lead	10
same side of the	10
operated by the hand	10
jaws of the chuck	10
a recess in the	10
surface of the table	10
to its cut by	10
the number of turns	10
to the lathe face	10
the work from the	10
diameter of pitch circle	10
by the time the	10
shown in dotted lines	10
the work is fed	10
at the present time	10
it is desirable that	10
top and bottom of	10
the slack side of	10
from what has been	10
threaded to receive the	10
for a long time	10
some part of the	10
of the pitch circles	10
the cutting edge being	10
as well as for	10
from the wear of	10
in which the teeth	10
the outline of the	10
slack side of the	10
so that there is	10
precisely the same as	10
as well as on	10
top view of the	10
diameter of the thread	10
the hole of the	10
diameter of the shaft	10
out from the tool	10
to the sides of	10
care being taken to	10
the tool to be	10
the pulley on the	10
in the top view	10
at the rate of	10
is also provided with	10
when the nut is	10
for the thickness of	10
the direction of its	10
for a distance of	10
be turned to the	10
the correctness of the	10
adjusted by means of	10
the expansion of the	10
a section of a	10
as if it were	10
which may be used	10
line coincident with the	10
when it is required	10
edge of the work	10
the various forms of	10
may be noted that	10
spindle is provided with	10
to meet the requirements	10
axially true one with	10
is a matter of	10
may be held in	10
this is accomplished by	10
the presence of the	10
the advantage of the	10
so that the latter	10
being secured to the	10
is in a direction	10
back of the machine	10
in the latter case	10
the full width of	10
will serve as a	10
be held in a	10
the points of division	10
the joint of the	10
which the teeth are	10
which is on the	10
the right of the	10
upon a piece of	10
the crank pin and	10
either side of the	10
of one of the	10
against the fixed jaw	10
the parts of a	10
of the work at	10
one part of the	10
and less in diameter	10
of a marine engine	10
such a way as	10
a guide for the	10
than the thickness of	10
at the large end	10
as a result of	10
the amount of valve	10
from side to side	10
be borne in mind	10
is held in the	10
made by means of	10
the connecting rod is	10
pair of compasses to	10
the tool shown in	10
th th th th	10
and the tool is	10
by the pratt and	10
in the plan view	10
from centre to centre	10
motion of the piston	10
be shown as follows	10
the design of the	10
what would you do	10
of the chuck is	10
a worm and worm	10
the same as in	10
equal in length to	10
such as was shown	10
is fed to the	10
are of the same	10
a way as to	10
for the transmission of	10
held in place by	10
thickness of the teeth	10
the duty of the	10
end of the drill	10
in order to have	10
the amount of feed	10
the teeth of one	10
without the use of	10
the deflection of the	10
the space between the	10
and the work will	10
be out of true	10
of the v s	10
every point in the	10
to the centre line	10
be turned end for	10
pieces are to be	10
is adjustable for height	10
as near to the	10
teeth of the wheel	10
at the expense of	10
of the piston is	10
in some practice the	10
the live spindle of	10
the teeth of gear	10
on the circumference of	10
being at an angle	10
are shown in the	10
thread cut will be	10
are at an angle	10
when the latter is	10
the early days of	10
close to the work	10
at the upper end	10
the cut is carried	10
to be used on	10
direction denoted by the	10
affording journal bearing to	10
and it is necessary	10
in the line of	10
which the cutter is	10
with the surface of	10
the work will not	10
one end to the	10
the history of the	10
to give to the	10
the amount of metal	10
in such a position	10
to a right angle	10
the strength of a	10
only on account of	10
in a line parallel	10
between b and c	10
a and b being	10
has poetry in it	10
the arc of a	10
of the work as	10
the quality of the	10
and at the bottom	10
the south kensington museum	10
to serve as a	10
strain of the cut	10
the power required to	10
the corner of the	10
the amount allowed for	10
the influence of the	10
the main body of	10
the work by the	10
the holes for the	10
the upper figure shows	10
down to a bearing	10
should be put on	10
will require to be	10
of the lathe shears	10
the result will be	10
no matter what the	10
that by operating the	10
it is found in	10
up the wear of	10
the direction of revolution	10
are to be cut	10
of the tool and	10
true with the line	10
is of the utmost	10
in the shape of	10
when the saw is	10
a diameter equal to	10
by a pair of	10
by the diameter of	10
stand parallel with the	10
coat of red marking	10
when it is at	10
if there is no	10
direction in which it	10
bed of the machine	10
of division on the	10
a train of wheels	10
d in the figure	10
in this class of	10
and in that case	10
to the shape shown	10
the views shown in	10
the amount of pressure	10
being in line with	10
the interior of the	10
the device shown in	10
it is well to	10
under the steam hammer	10
centre of the lathe	10
of the line a	10
reduced to a minimum	10
one end of which	10
a mark on the	10
be parallel to the	10
the palm of the	10
of the surface of	10
of the eighteenth century	10
against the edge of	10
on the arc of	10
as it may be	10
from to per cent	10
the frame of the	10
on a large scale	10
so as to make	10
same number of teeth	10
of the thickness of	10
on the same side	10
is one of the	10
a difficult matter to	10
the same plane as	10
double riveted lap joint	10
of the tooth at	10
a machine in which	10
of the work by	10
length of the belt	10
at the back end	10
to test the truth	10
a block of wood	10
as soon as it	10
it would appear that	10
same diameter as the	10
to engage with the	10
face of the cutter	10
consists of a frame	9
fast and loose pulleys	9
it is preferable that	9
against the side of	9
v s of the	9
the principles involved in	9
position with relation to	9
as to avoid the	9
it would be difficult	9
to the live centre	9
the working of the	9
edge of the plate	9
pitch to be cut	9
centre of the length	9
as to leave a	9
that they can be	9
it may be necessary	9
power required to drive	9
force of the blow	9
be made to suit	9
of the smallest wheel	9
b c d e	9
to move to the	9
is necessary in order	9
on the inside of	9
which will give the	9
the cutter head is	9
angle of the top	9
the pressure of a	9
line of no pressure	9
test the truth of	9
to be of the	9
is placed upon the	9
when the tap is	9
in such a case	9
at the time the	9
the top and at	9
but it is not	9
is provided with the	9
may be made by	9
similar to that of	9
being provided with a	9
at one end to	9
the operation is as	9
of the same size	9
this is not the	9
smaller diameter than the	9
in mind that the	9
may be provided with	9
of steam to the	9
with the exception of	9
parts of the engine	9
from its own weight	9
required to make a	9
are not in line	9
a a in fig	9
is moved to the	9
of the weight of	9
which the work may	9
when applied to the	9
top of the tool	9
suppose it is required	9
which has journal bearing	9
the remedy is to	9
this may be accomplished	9
is to be found	9
as a general rule	9
work requires to be	9
the jaws may be	9
of which is to	9
on a dead centre	9
let it now be	9
in line one with	9
from the tool post	9
the best method of	9
side of the work	9
for all practical purposes	9
may be passed through	9
is in one piece	9
the crank shaft is	9
its seat in the	9
shown in section in	9
with a pair of	9
the voice of the	9
is held down by	9
if it is a	9
of this class are	9
will be equal to	9
for these reasons the	9
will be of the	9
to the cross slide	9
that the direction of	9
the flange of the	9
and the other the	9
that a piece of	9
is capable of being	9
of the teeth may	9
a plan of the	9
which there are two	9
set to the required	9
centre of the bore	9
are set to the	9
be set at an	9
to the crank pin	9
be passed through the	9
the mouth of the	9
of which may be	9
which is capable of	9
to cut off the	9
a few years ago	9
and it is evident	9
as well as with	9
the wheel on the	9
and it is therefore	9
in all cases the	9
it will be noticed	9
be as denoted by	9
to spring or bend	9
is equal to that	9
in the sectional view	9
is shown at c	9
the diameter at the	9
the construction of this	9
shown on the right	9
vertical face of the	9
to the work by	9
of the parts of	9
is pivoted at its	9
the degrees of angle	9
to the right and	9
the cutting edge to	9
may then be turned	9
a certain quantity of	9
end to end of	9
in other words the	9
device is shown in	9
in the position of	9
the percentage of slip	9
in the proportion of	9
of the thread upon	9
under side of the	9
and the pitch of	9
amount of the error	9
to obviate this difficulty	9
one turn of the	9
a tight fit to	9
handle end of the	9
the effects of the	9
a given quantity of	9
but not more than	9
number of teeth for	9
in the bottom of	9
be operated by the	9
of the piston stroke	9
the one to be	9
of that of the	9
the raised v s	9
than is the case	9
if it is not	9
the cut off is	9
the piston at the	9
top and at the	9
the energy of the	9
it consists of an	9
and cause it to	9
the manner of a	9
as a guide in	9
to the cutting edges	9
of gear with the	9
not at a right	9
referring again to fig	9
being held in the	9
dotted lines in fig	9
than the length of	9
in place by the	9
for the finishing cut	9
of the crank is	9
the work requires to	9
teeth on the wheel	9
its line of motion	9
to the right of	9
the work can be	9
the teeth and the	9
joint face of the	9
end view of a	9
small end of the	9
too large to be	9
by means of two	9
thousandth part of an	9
is removed from the	9
to be used upon	9
the mechanism of the	9
hardness of the metal	9
is carried on a	9
be found in the	9
the revolutions of the	9
inch to the foot	9
of the bottom of	9
be the case with	9
of the steam port	9
as little as possible	9
presented to the work	9
from d to e	9
up to the work	9
on the crank shaft	9
is mounted on a	9
to any required position	9
the cross slide is	9
is fixed to the	9
a pair of inside	9
number of teeth of	9
the carriage to the	9
revolutions per inch of	9
there would be no	9
meet the requirements of	9
on the right hand	9
the tooth at the	9
turned up in the	9
it is considered that	9
th of an inch	9
such as shown at	9
is so arranged that	9
construction of the feed	9
of smaller diameter than	9
there is a tendency	9
the same time that	9
at the proper distance	9
the quotient is the	9
that the motion of	9
end of the cone	9
which is pivoted to	9
of the lathe bed	9
representing the path of	9
to suit the size	9
and that on the	9
we may take a	9
from the edge of	9
the conditions under which	9
side of the bed	9
the pitch circle p	9
end of its stroke	9
one side than on	9
in consequence of the	9
the parallelism of the	9
and then the other	9
one side of a	9
parallel to the work	9
of the drill is	9
pressure of the steam	9
it would be impossible	9
may be operated by	9
and the latter is	9
a good deal of	9
that can be used	9
to the ends of	9
is set to the	9
to the side faces	9
bolted to the lathe	9
being parallel to the	9
a certain number of	9
of the utmost importance	9
the shaft of the	9
as shown in section	9
for the sake of	9
a and b in	9
represent the centre of	9
diameters of the steps	9
of the guide bars	9
as well as a	9
main body of the	9
another method is to	9
to end of the	9
be provided with a	9
it is impossible to	9
in cases where a	9
as true as possible	9
is moved by the	9
used in connection with	9
the morse twist drill	9
of the worm is	9
if the work be	9
the tool point to	9
the drill spindle is	9
the inner end of	9
which is done by	9
a piece of board	9
a light coat of	9
is threaded to receive	9
the end faces of	9
which the steam is	9
this class of work	9
it consists of two	9
method of using the	9
a line coincident with	9
a taper of inch	9
the thread upon the	9
if a piece of	9
tight fit to the	9
to the nature of	9
in the figure at	9
on one side than	9
cases in which the	9
may be found by	9
those on the other	9
the wheel to the	9
the points of contact	9
will be the case	9
compasses set to the	9
the power of the	9
at a and at	9
is in gear with	9
the method of using	9
from the top of	9
to the rod end	9
a quarter of an	9
of the various parts	9
of the driven wheel	9
far out from the	9
the use of this	9
line parallel to the	9
be moved in the	9
across the width of	9
a tool for cutting	9
up to a shoulder	9
pass entirely through the	9
in order to make	9
to compensate for the	9
the width of a	9
as the point of	9
as to keep the	9
which is driven by	9
when a number of	9
place of the dead	9
of the lathe and	9
of the chaser teeth	9
they may be set	9
the positions of the	9
will be required to	9
the contraction of the	9
to the work in	9
the centre of a	9
the remainder of the	9
the setting of the	9
must be taken to	9
hand side of the	9
that by means of	9
a quick return motion	9
as the nature of	9
that it may not	9
part of the cutting	9
as compared with the	9
and it may be	9
applied as in fig	9
on the left of	9
here it may be	9
cut is put on	9
but if it is	9
it by means of	9
it should be made	9
the end of one	9
end of the slide	9
is found in practice	9
parallel with the axis	9
the tool post is	9
the roots of the	9
of the hole in	9
of the set screw	9
teeth of one wheel	9
on that side of	9
is the difference between	9
would be apt to	9
the width apart of	9
is governed by the	8
in a piece of	8
not be less than	8
so that the saw	8
a piece of soft	8
pass through the work	8
feed is put on	8
is shown to be	8
the feed may be	8
it in its adjusted	8
to those of the	8
as well as of	8
the line of no	8
which it can be	8
e f g h	8
d e f g	8
and that in the	8
a view of the	8
the upper ends of	8
the surface to be	8
in an arc of	8
is greater in proportion	8
the proportions of the	8
as was explained with	8
at d is a	8
the ends of a	8
lower part of the	8
end of the tube	8
such is not the	8
and in some cases	8
the nut may be	8
in the presence of	8
the thickness at the	8
may be set in	8
suppose that in fig	8
depth to which the	8
will be necessary to	8
the tool point is	8
it is impracticable to	8
hence the amount of	8
clear of the work	8
the rear end of	8
is held by the	8
diameter of generating circle	8
put in the lathe	8
of teeth in wheel	8
by the distance of	8
which is shown at	8
may be added that	8
is accomplished as follows	8
shown at a in	8
direction of the arrows	8
so that as the	8
we find that the	8
when the back gear	8
the conditions are such	8
diameter to which the	8
position by the set	8
pair of bevel gears	8
which the tool is	8
would have to be	8
the rear of the	8
in section in fig	8
the thickness of tooth	8
end of the line	8
to its seat and	8
the cutting edges are	8
are used in the	8
radius of the pinion	8
is given in fig	8
the line b b	8
a plan view of	8
to feet per minute	8
position in which the	8
the amount of its	8
when we come to	8
that we have a	8
poetry in it because	8
to the slide rest	8
body of the steel	8
width apart of the	8
in diameter at the	8
shown by dotted lines	8
equal to the radius	8
of the teeth upon	8
as may be seen	8
the latter will be	8
the square root of	8
being placed on the	8
end of the bed	8
the handle end of	8
will be represented by	8
work will not be	8
it can be shown	8
the report of the	8
will be at the	8
the lathe tool post	8
with the centre line	8
be cut in the	8
the bearing of the	8
number of the teeth	8
the arc and chord	8
of its own weight	8
the strain on the	8
next operation is to	8
to run out of	8
of a steam engine	8
when there is no	8
is found that the	8
of the bolt holes	8
metal to be cut	8
face a of the	8
as to leave the	8
there will be no	8
it is easy to	8
be used in a	8
end of the head	8
square foot of fire	8
on its dead centre	8
a piece of wire	8
and the other end	8
means of the screws	8
fit to the shaft	8
the end e of	8
fit the bore of	8
may be put on	8
the pitch of a	8
will be liable to	8
feed screw of the	8
the wheel may be	8
in the place of	8
is regulated by the	8
the mean effective pressure	8
cutting edge to the	8
is to enable the	8
by a set screw	8
the revolutions per minute	8
in position in the	8
this is that the	8
as is consistent with	8
the heads of the	8
level with the line	8
let it be supposed	8
with the bore of	8
it may now be	8
twice as fast as	8
to inches in diameter	8
the parts to be	8
may be screwed up	8
to be hereafter described	8
that the axis of	8
be thrown out of	8
circle of the wheel	8
of the lever is	8
when the crank pin	8
on the top face	8
is required to cut	8
length of the eccentric	8
the case of large	8
form of the work	8
the form of tooth	8
at that end of	8
of the bolt head	8
the inclination of the	8
action of the teeth	8
which passes through the	8
is all that is	8
the smaller sizes of	8
one side only of	8
so as to allow	8
part of the process	8
means of a screw	8
be the case when	8
end of the machine	8
but as soon as	8
if the hole is	8
which is a great	8
back of the chuck	8
as it should do	8
it as in fig	8
consists essentially of a	8
the number of divisions	8
as there are to	8
it is obvious then	8
causing the tool to	8
to a welding heat	8
it occupies in the	8
the absence of the	8
come into contact with	8
the tool must be	8
to stand at a	8
the next operation is	8
a small quantity of	8
be set up to	8
of cast iron and	8
of the same dimensions	8
a current of electricity	8
the forms of the	8
does not run true	8
while in the other	8
objection to this is	8
of heat into work	8
as the cut proceeds	8
to the lathe shears	8
as it should be	8
parallel to the axial	8
as it does when	8
cause the tool to	8
the same distance apart	8
what are known as	8
the following are the	8
teeth at an angle	8
in which the cutting	8
in the hot well	8
is by means of	8
to be given to	8