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Патент USA US2107534

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Feb.‘8, 1938.
H_ P_ HOUSER
2,107,534
FACE METER
Filed NOV. 18, 1,936
3nventor
Ba
ffozrry f. House 7;
Patented Feb. 8, 1938
2,107,534‘
UNITED STATES PATENT OFFICE
2,107,534
FACE METER
Harry P. Houser, Waterloo, Iowa
Application November 18, 1936, Serial No. 111,413
6 Claims.
My invention relates to improvements in face
meters, and it is one object of my improvements
to supply the dental profession with a device of
this class, suitable for relative adjustments of
5 ‘its parts for locating a movably mounted indica
tor therein in relation and connection with other
movable parts and adjustably, to permit of locat
ing it in line medially and initially with either a
normal or a sidewise distorted lower jaw of a
10 vperson where it will indicate the natural division
of the teeth between the jaws respectively, and
where the other movable adjustable elements of
the device are properly seated upon the features,
and thus permitting the setting of said elements
15, -,where their relative adjustments are individual,
and permitting memoranda to be made of their
relative positions before the making of arti?cial
dentures thereafter.
Other objects of my invention pertain to the
20 means for securing the various movable elements
in their adjusted positions after the several
measuring operations thereof upon the head of
the person sitting, whereby in the completed
dentures, their relative shapes and positions
25‘may correctly reproduce the like at any time
" after the metering operation is completed, and
from the various relative dimensions taken from
the metering device.
These objects I have successfully accomplished
30 in reduction to practice, and therefore it is to
curved rearwardly, it being understood that these
furcations are wider than and adapted to span
the brow of the sitter or patient and extending
rearwardly relative to the patient’s face, and
each furcation has a widened termination l2a
with an inwardly threaded tubular cross seat
for a contacting screw 2 which is adjustable to
and from the temple of the patient, thus fur
nishing a meter for the interspace of the temples.
Spaced below the furcations l2 the standard
It is widened also and a nose grasper IE on a
short stem I3 is secured thereto by a screw M
or other means. As shown in Fig. 4 this element
i5 has lateral wings IS!) with a medial riser I50,
and a medial concavity l5a to be seated upon N Cl
the upper part of the nose and spanning the con
cavity between the brow and nose.
5, has at its rear end a short ?xed fork l6a on a
40 oranda relating thereto, and Fig. 2 is a rear ele
‘ vation thereof. Fig. 3 is a top plan of the span—
" been adjusted to ?t di?erent features of a
4b, while the other stem 6, shown in Figs. 1 and
head part It, and a forwardly projecting up
patient, may have these elements secured in
wardly curved member or chin rest 56b is made
their respective positions, and these positions
integral with the fork lGa medially. The wid
ened termination [60 of the furcations 16a have
set down upon indicating blanks for future con
50 sultation when it becomes necessary to prepare
5
through for forward and rear adjustments there
in, and secured in any adjusted position by a
set-screw llb‘ whose contact end bears within a
longitudinal lateral groove 3b of the rod. The
rear end of the rod 3 has like furcations l2
contacting member of said device.
My invention, when its movable parts have
In the annexed drawing, Fig. 1 is a side eleva
ton of my metering device as properly set and
adjusted upon the face of a sitter indicated by
dotted lines, and preliminary to making mem
55
a medial horizontal rod 3 seated in a hole there
ner for the temples; Fig. 4 is a top plan of the
nose grasper, and Fig. 5 is a top plan of the chin
adopted and used in the said device, without
departing from the principles of my invention
and the scope of protection afforded by the ap
35 pended claims.
45.
numeral H denotes a medial vertically disposed
standard for the support of the various movably
adjustable elements of the instrument. The top
part Ha: of this standard is enlarged and with
The lower portion of the standard II is ?at
tened and widened laterally at 9 with a vertical
slot l9 extending nearly to its lower end. This ,
slot provides a slideway for like slide-blocks 4c
and 50 therein, and these blocks are perforated
from front to rear to seat respectively medial
horizontal stems 4 and 6 respectively, both hav
ing graduations as at 4a therealong. Like set- ;,
screws 4d and 6b traverse said blocks 40 and 60
to hold said stems in adjusted positions, and
either stem may have longitudinal grooves as at
6a to seat the screws.
Both of the stems are movable along the stand
ard upwardly or downwardly individually and
secured in adjusted relative positions. The stem
4, shown in Fig. 1, has a conical rear termination
' 'be understood that various modi?cations may be.
'
(Cl. 33-174)
threaded seats therethrough seating screws 7 v
and properly shape and relate dentures individ
ual to the patient. Thus a perfect reproduction
of the original teeth and positions of the upper
and lower jaws may be effected in the dentures.
have threads upon which are seated like knurled
Referring initially to said Figs. 1 and 2, the
nuts 46 and 60 to compress rubber disks 4)‘ and
and 8 therein, preferably having rounded inner
heads 1a. and 8a to bear against opposite parts
of the patient’s chin or jaw. The stems 4 and 6
2
2,107,534
6d against the standard part 9, to grip the stand
ard between them and the blocks 40 and 60 re“
spectively. The Standard part 9 has along one
vertical edge a graduated scale 5.
In ?tting the instrument adjustably upon the
patient’s head, the furcations l2 may have their
of a patient’s head and face, an indicator sup—
ported thereon for both longitudinal and hOI‘i:
zontal adjustments therealong to indicate the
bite location of opposed jaw teeth, means for
securing the indicator'in any adjusted position
on the supporting body, forked bodies mounted
on end parts of the supporting body, the upper
set-screws 2 contact with the opposite temporal
parts of "the head. The member l5 then rides
against the superorbital ridges.” The upwardly
10 concaved chin-rest l?b may be shifted along the
standard 9 to ?t upon the chin, and its substan~
to and from the patient’s face, contact members
tially alined end screws ‘la and 8a adjusted in
the furcations lGa to contact and support a side
posite parts of the patient’s head, means for se
curing said forked body in an adjusted position
wise displaced lower jaw of a patient. The stem
on the supporting body, the lowermost forked
body being both horizontally and longitudinally 15
adjustable on the supporting body, releasably
4 may be moved to and from the lips of the
patient to be located with its conical point 4b
inserted between the lips and between the jaws.
Thus all of the movable parts may be adjusted
to ?t the face of the patient individually, the
20 stem point 4b as‘ adjusted determining the bite
in reproducing its location in the dentures. The
adjusting screws I and 2, and ‘I and 8 cooper
ate in the ?tting of the instrument to the face,
however normal or distorted in its ‘features,
Without varying the proper location taken to
Y. show the bite. The shirt and the ridge lap also
are taken care of by such adjustments of the
device. The instrument is removably and ad
justingly seated upon the patient’s face and held
._ by the use of an elastic member l8 having end
hooks l9 passed around the ‘screws I and 2.
contact members mounted on the furcations of 20
the lower forked body for adjustments to and
from Opposite parts of the'patient’s head, and
inwardlyv directed screws adjustably, mounted onv
the contact members of thelower-forked body for
laterally‘engaging the lower jaw of the patient, 25
when this body is adjusted in a suitable position
for. supporting the device adjustingly upon a‘
laterally deformed lower jaw on and with rela
tion to the supporting body.
.
3. In a face meter, a supporting body, an in
so;
adjustments of the instrument, also may include
other data relating to the individual case.
nal and horizontal adjustments thereon, an arm
on said body. having atermination shaped to
Name ______________________________ __
Address __________________________ __,__
City _____________ _'____
State _______ __
Telephone ___________ __
Age ________ __
Shade of'teeth‘ __________________ __'____
Form ______________________________ __
Width of centrals _________ __ Upper____
Width of six anterior ______ __ Upper____
Length of centrals ________ __ Uppcr____
Bite_'_____ Shut ____ __ Ridge lap___'__'_
1. _____________ __
5,. ________ __;___'__
2.
6..
_____________ __
_____________ __
3.
_____________ __
7.
a______________ __
ll.
_____________ __
8.
_____________ __
4-5.
__________ __
6—5.
__________ __
Remarks.
10
lockable compressible braking means for secur
ing said lower forked body in any adjusted posi-.
tion on the supporting body, upwardly disposed
below for entering data derived from the said
Date ________________ __19__
have opposite wingpartstorest against the su
perorbital brow ridges of a patient, and an ad
justable chin engaging device'mounted lockably
for sidewise ?tting a laterally deformed lower
jaw.
Ki. In a facemeter, a supporting body,ran in!
dicator mounted for both/longitudinal andhori»
zontal adjustments on said body, means for sea
curing, said indicator in any adjusted position,
means mounted adjustably on ‘end parts of said‘
body for adjustably engaging opposite head parts
of. apatient, said indicator being related to the
supporting body to indicate thebite position of
opposed jaw teeth of the. patient, one of said
head engaging means carrying a chin engaging
device consisting of arms having endscrews op-,
posable to opposite sides of a lower jaw sidewise
deformed, meansfor releasably securing said ad
of numerals shown in the above form also are
justable devices tn the supporting body, and a'
superorbital engaging device mounted. on the
supportingbody betweenthe other head engag
ing device and said indicator, the indicator and»,
both head engaging means, and said supporting
those used in the drawing and'speci?cation to
body carrying indicating scales therealong.
Instructions as to the modes of adjustments
of the. elements of the instrument may also be
supplied in connection with the above forms, sub
stantially as stated in this speci?cation. The sets
60 describe or number certain elements of the in
strument.
I claim:
‘
'
1. In a face meter, a supporting body, an in
65
mounted on’ the iurcations of the uppermost
forked body for adjustments to and from op
dicator mounted for longitudinal, and horizontal’
adjustments .onv said body, spanning devices
mounted at end parts of the body for longitudi—.
A printed form, such as described or exhibited
50
most forked body being horizontally adjustable
5.. In a face meter, a supporting body,‘ an inf
dicator mounted on said body, for both longitu
dinal and horizontal adjustments ‘thereon rela
tive to. the head of a patient and shiftable to in-v
dicator mounted for both longitudinal and hori
zontal adjustments therealong, and devices
dicate the bite position between the opposed jaw
teeth ‘thereof, means for releasably securing said
mounted on upper and lower end parts of the
indicator in an adjusted. position, and di?erent
means mounted on said supporting body ad.
supporting body. respectively, adjustable both
longitudinally and horizontally therealong in re
lation to said indicator, said devices having fur
70 cations spaced from and for spanning opposite
upper or- lower deformed'parts of the patient’s
head, and lacking means for securing said in
dicator and devices in their adjusted positions.
2. In a face meter, a supporting body adapted
75 to be positioned medially longitudinal-1y forward
justably and ?xedly respectively to. contact with
a sidewise displaced lower mandible, the lower
mandible and, with, the superorbital ridges of
the patient’s headto place the indicator'in suit-i
able indicating position thereon.
. 1
'
6. In a face meter, in combination, a standard,
a rearwardly projectingfork movably mounted
forto. and fro adjustments thereon, screwswad
40:
'
3
2,107,534
justably traversing the ends of the fork for en
gaging the sides of a patient’s head, a rearwardly
projecting arm ?xed on the standard below said
fork having a transversely concave oppositely
narrowed termination with a medial upper part
shaped to seat against the superorbital brow
ridges conformably, the lower part of the stand
ing said slot adjustably secured therein for both
horizontal and vertical adjustments, the chin rest
ard being transversely ?attened and longitudi
nally slotted, a rearwardly coned horizontal rod
screws mounted in the ends of said lateral mem
having upwardly curved lateral members posi
tioned at the sides of a chin seated therein, the
chin rest having an upwardly curved forward Ul
member adapted to serve as a forward stop for
the chin, inwardly directed alined transverse
bers adjustably, contacting terminally the sides
10 mounted inand secured in said slot for rear
of the lower jaw, and said brow fork stem, stand
ward adjustments and also being vertically ad
ard, horizontal rod, and chin rest being gradu
justable in the slot, an upwardly concaved chin
rest having a forwardly projecting stem travers
ated.
HARRY P. HOUSER.
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