M A R C H 1 9 4 0 ^ ^ ^ V O L U M E 30 No. 3 - Mines Magazine
M A R C H 1 9 4 0 ^ ^ ^ V O L U M E 30 No. 3 - Mines Magazine
M A R C H 1 9 4 0 ^ ^ ^ V O L U M E 30 No. 3 - Mines Magazine
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122 The <strong>Mines</strong> <strong>Magazine</strong><br />
for March, 1940 123<br />
"Your letter brought to my mind a<br />
game which, as children, we used to<br />
play. It went something as follows:<br />
One child would leave the room, then<br />
the others would agree among themselves<br />
upon a particular object. The<br />
one who had left the room would return<br />
and if he kept his mind in a sort<br />
of vacant state while the others were<br />
intently concentrating upon the<br />
designated object, he would be impelled<br />
toward that object and would<br />
eventually be able, almost invariably,<br />
to successfully designate it. This<br />
matter of transference of thought may<br />
he the crux of Mr. X's device. From<br />
what you tell me of the tests to which<br />
you have subjected this instrument,<br />
there was no situation in which the instrument<br />
was actually called upon to<br />
perform in the absence of individuals<br />
who did not know more about the<br />
geology and conditions of the spots<br />
studied than Mr. X. For example,<br />
from what I personally know of the<br />
oil fields at Signal Hill and elsewhere<br />
in the Los Angeles basin, these conditions<br />
are obvious almost at once even<br />
to a man who is blindfolded. In that<br />
region oil fields almost invariably are<br />
found on topographically high places<br />
which would lead to the obvious, and<br />
in this instance, generally accurate<br />
conclusion, that wherever there was a<br />
high place there was a likelihood of<br />
oil. The success of willow wands for<br />
the location of the proper places in<br />
which to drill water wells lies in the<br />
fact that there are very, very few<br />
places in which, if a well is drilled<br />
deep enough, water will not be encountered.<br />
I have read of a test conducted<br />
in France to check the reliability<br />
of 'water witches'. It was found<br />
that they passed over known subsurface<br />
water, and their instruments<br />
indicated the presence of water where<br />
it was known that none existed.<br />
"I trust that these additional ideas<br />
on this problem may be of assistance<br />
to you. Our offer still holds good to<br />
put this instrument to a test without<br />
prejudice.<br />
Yours very truly,<br />
P. S. It might be added that 'willow<br />
wands' are 'old stuff' as is shown by<br />
the enclosed picture taken frora the<br />
ancient book, 'De Re Metallica', published<br />
in 1550."<br />
It is of note that even to this day<br />
Mr. X. has not submitted his instrument,<br />
with its tender 24-inch twig, to<br />
be tested by the geophysics department.<br />
The end of our exchange of<br />
correspondence came with a final letter<br />
from my friend in Nevada. We<br />
felt that by this time we were friends<br />
or at least pen pals. In this parting<br />
note he said:<br />
"<strong>No</strong>vember 24, 1933<br />
Dear Mr. Wantland:<br />
"Many thanks for j^our letter of today<br />
of the clipping taken from Engineering<br />
& Mining Journal concerning<br />
the doodlebug story^. It surely<br />
provoked a laugh from myself and<br />
other men in the office at the time I<br />
opened the letter.<br />
"1 have never invested any money<br />
in my client's enterprise, nor ever<br />
made a statement to anybody else concerning<br />
the usefulness of his instrument.<br />
Before doing such things, I<br />
corresponded with you and the U. S.<br />
Bureau of <strong>Mines</strong> at Washington and<br />
studied the material sent to me. After<br />
three or four months have passed, I<br />
have come to the same attitude of<br />
mind as yourself.<br />
"However, in ail this, I have<br />
learned one thing and realize it more<br />
fully now; that is, when a matter is<br />
placed before rhe concerning which<br />
there are professional men working<br />
and studying, I will not hesitate to<br />
take it up with them before going very<br />
far. Naturally so, because I am expecting<br />
the same thing from those<br />
who become ray clients in legal matters.<br />
"You have certainly been a wonderful<br />
help to me in setting me right concerning<br />
doodlebugs, etc., and I hope<br />
the day will come when I can return<br />
the favor. To date, I presume my<br />
correct classification is this—a small<br />
town, struggling lawyer, so I am not<br />
able to reward you financially. So<br />
thanking you for past favors and wishing<br />
you the hest of success in your<br />
chosen field, I am,<br />
Very truly yours,<br />
John W. Blank"<br />
Conclusion<br />
We do not know whether a moral<br />
can be pointed or a tale adorned from<br />
what has heen presented above. We<br />
are, however, coming to the conclusion<br />
that the raised eyebrow and the<br />
implication of heresay applied to all<br />
doodlebugs and to all doodlehuggers is<br />
not a sufficient answer. The owners<br />
of such devices are sometimes very<br />
sincere men; one of them from Kansas<br />
indicates by his letters that he is a<br />
clergyman. It is probable that Mr.<br />
X also believed in himself and his instrument.<br />
It would appear that the<br />
cloak of orthodoxy is no bomb-proof<br />
shelter for the geophysicist for the<br />
doodlebugger and his doodlebug, like<br />
the spot on the hand of Lady McBeth,<br />
"will not out." Geophysicists it seems<br />
will have to struggle along, as hest<br />
they may, with their scientific devices.<br />
' 'riiis doodlebug story wiil appear in Part II of<br />
tills article.<br />
These, imperfect tools that they are,<br />
perhaps are handicapped by the very<br />
fact that they operate on known and<br />
sound physical principles and are unfortunately<br />
quite unable to contact a<br />
dog fully half a mile away. There is<br />
yet hope for science, however, as geophysical<br />
instruments are improving<br />
year by j^ear and they may some day<br />
be able to catch up with the doodlebugs,<br />
• In Memoriam<br />
Samuel J. Clausen, Jr.<br />
S. J. Clausen, Jr, died at the home<br />
of his sister in Clear Lake, Iowa, on<br />
December 26, 1939. He had not been<br />
well for over a year following an automobile<br />
accident and went to Iowa in<br />
an endeavor to regain his health.<br />
Mr. Clausen was a native of Clear<br />
Lake and spent the early years of his<br />
life there. Upon finishing High<br />
School, he entered the Colorado<br />
School of <strong>Mines</strong> frora where he was<br />
graduated in 1911.<br />
His first two years out of school<br />
were spent in Montana and Utah and<br />
from there he went to Durango,<br />
Mexico, as engineer for the Mexican<br />
Candelaria company, remaining with<br />
them five years and working up to the<br />
position of general superintendent.<br />
Due to revolutionary conditions he<br />
severed his connections and returned<br />
to the States. After two j'ears spent<br />
in Montana as general superintendent<br />
of a small property he returned to<br />
Mexico in 1921 as assistant superintendent<br />
of the Alvarado Mining &<br />
Milling coftipany at Parral, Chihuahua,<br />
When the property was forced<br />
to close down he went to California<br />
and entered the employ of the Engineering<br />
departraent of the city of Los<br />
Angeles.<br />
In 1926 he joined the staff of the<br />
Howe Sound Company as superintendent<br />
of their Calera property in<br />
the state of Chihuahua, Mexico,<br />
afterwards being transferred as general<br />
superintendent in Zacatecas. He<br />
was then put in charge of their Exploration<br />
department in the States<br />
and made his headquarters in Los<br />
Angeles. He resigned this position in<br />
1936 to take over consulting work in<br />
Arizona at which he continued until<br />
his death.<br />
Mr. Clausen was married in 1913<br />
to Miss Helen Peight of Denver who,<br />
with a son and daughter, survive. He<br />
is also survived by two sisters. Misses<br />
Dora and Louise Clausen and a<br />
brother, Bertie Clausen, of Clear<br />
Lake, Iowa.<br />
Masonic burial was held in Clear<br />
Lake.<br />
With the MANUFACTURER<br />
Jackfurnace<br />
Ingersoli-Rand Co., 11 Broadway, N.<br />
Y,, announces the new "Jackfurnace" for<br />
the rapid heating of their detachable rock<br />
drill bits known as "Jackbits". Designed<br />
especially for the servicing of Jackbits,<br />
it can be used with either Jackmills (hotmills)<br />
or Grinders. It can also be used<br />
for heating shanks and rod ends for hardening.<br />
# The Ingersoll-Rand "Jackfurnace"<br />
equipped with automatic temperature<br />
control.<br />
Low pressure air from an induction<br />
blower passes through a pre-heating<br />
chamber before entering the burner,<br />
thereby aiding combustion and increasing<br />
efficieocy. Convenient controls enable the<br />
operator to attain the proper mixture of<br />
oil and air. The furnace can be equipped<br />
with an automatic temperature control<br />
device.<br />
When heating Jackbits for rehardening,<br />
the Jackfurnace will handle approximately<br />
180 Jackbits per hour.<br />
It is well insulated to insure low room<br />
temperature for the operator. The manufacturer<br />
furnishes, as standard equipment,<br />
a loading spoon and an unloading device<br />
to facilitate the handling of Jackbits to<br />
and from the furnace, For Bulletin see<br />
Index 833, page 126.<br />
National Unit Pumpers<br />
The National Supply Company has recentiy<br />
added two new Unit Pumpers to its<br />
Hue. These Units, known as the TU<strong>30</strong>4-<br />
HD<strong>30</strong>TB and the TUS<strong>30</strong>4-HD3OTB, are<br />
designed for medium single well pumping<br />
service. The Type TU<strong>30</strong>4-riD<strong>30</strong>TB<br />
is made for installations on concrete foundations<br />
and has the reduction gear mounted<br />
directly on the frame. The Type<br />
TUS<strong>30</strong>4-HD<strong>30</strong>TB has the same features<br />
and specifications as the Type TU<strong>30</strong>4-<br />
HD<strong>30</strong>TB Pumper except that a subbase<br />
between the frame and reduction gear<br />
provides the necessary height for the<br />
counterweights to clear the bottom of the<br />
frame, so that installation may be made<br />
on derrick floors or on flat concrete patls.<br />
Both Unils have a maximum polished<br />
rod stroke of 48 inches and the safe load<br />
NEW EQUIPMENT<br />
nf walking beam is 12750 pounds APT.<br />
The API peak torque rating is 76500 inch<br />
pounds at 20 spm and the overall gear<br />
ratio is 29.6. A fully equalized pitman<br />
assembly and roller bearing wrist pin<br />
housings are regidar equipment. Natioria!<br />
Type B Eccentric Cranks and Counterweights<br />
give infinitely and continuously<br />
variable adjustability, both in Counterweight<br />
effect and degree of lag and lead.<br />
The Counterweights are of the one piece<br />
type and are clamped in the desired position<br />
nn the circular rim of the crank.<br />
Adjustment is by power with no lifting<br />
required. A complete description of these<br />
two Units rnay be found in National<br />
Descriptive Bulletin <strong>No</strong>. 260.<br />
Protect Drawings<br />
A new product for edging blueprints<br />
and drawings has recently been announced<br />
by the Minnesota Mining & Manufacturing<br />
Company, Saint Paul, Minnesota.<br />
Called Scotch Cellulose Edging Tape,<br />
this product is an opaque, white, acetate<br />
fibre tape of unusual strength. It has the<br />
exact amount of adhesive to make a<br />
permanent and lasting edge which will<br />
not curl or peel off. Heat from the blueprint<br />
machine does not aifect the tape and<br />
edged sheets may be filed without danger<br />
of sticking together.<br />
Sheets which have been edged may be<br />
run through a Continuous Blueprint Machine<br />
as often as desired without danger<br />
of tape sticking to the glass.<br />
This product is for use in the new<br />
Scotch Edger which does an excellent job<br />
of edging and yet is of simple construction<br />
with few working parts, selling at a<br />
very low price.<br />
McChesney Galvanized Steel<br />
Wire Hose Bands<br />
McChesney Galvanized Steel Wire Hose<br />
Bands are recognized as one of the most<br />
economical and practical means of permanently<br />
securing hose lines to couplings,<br />
for reclaiming short lengths of hose, and<br />
for splicing new lines.<br />
These bands are made from selected<br />
steel having a high tensile strength yet<br />
sufficiently pliable to conform readily to<br />
the curvature of the hose, thus insuring<br />
perfect and complete contact. They are<br />
electrically welded.<br />
Their ease of application—all necessary<br />
equipment being a Hose Tool and a pair<br />
of pliers—permits quick installation anywhere<br />
in the field. They are recommended<br />
for pressures up to 110 pounds, on air,<br />
steam, water or suction hose lines. There<br />
is no protruding ear or bolt to snag on<br />
other objects when the hose is being used.<br />
One size Hose Band fits two sizes of<br />
hose, i.e., l" bands may be used on either<br />
or 1" (inside diameter) hose, and<br />
they are made for hose from Vz" to 6 .<br />
The Universal Hose Too! is for bands<br />
up to 2", while the Giant Hose Tool is<br />
for hose up to 6" inside diameter.<br />
Further particulars will be furnished by<br />
Hose Bands Company, 720 <strong>No</strong>rth Bowman<br />
Avenue, Danville, Illinois.<br />
Hardinge "Electric Ear"<br />
A Device for Operating<br />
Grinding Mills by Sound<br />
Hardinge Company, Incorporated, York,<br />
Pennsylvania, announces the "Electric<br />
Ear", a device that seems destined to<br />
revolutionize methods of operating grinding<br />
mills. In fact, so unique is it in conception<br />
and so accurate in its performance