close

Вход

Забыли?

вход по аккаунту

?

Патент USA US2107621

код для вставки
Feb. 8, v1938.
M. J. RUBENSTEIN
2,107,621
GARMENT SHAPING AND TURNING MACHINE
Fiied Nov. 26, 1935 N
MB“my,
_‘ s Shee'ts-Sheet 1
J
(
&RAu71bN7e
5m
"mm
N6Nmm
Feb. 8, 1938.
_' 2,107,621
M. J. RUBENSTEIN
GARMENT SHAPING AND TURNING MACHINE
Filed Nm-r. 26, 1.955
:5 sheets-sheet‘ 2
Fig.5
Fig. 4
3.3
31
31
Fig. 7
31
INVENTOR.
4 - Morris J. Rubenstein
8%dwdawow
ATTORNEYS
'
Feb. 8, 1938. _
M. J. RUBENSTElN
2,107,621
GARMENT‘ SHAPING AND TURNING MACHINE
Filed NOV. 26, 1935
I
5 Sheets-Sheet 3
_
~
40—~ My. 11
35
J3
5.9
'39
£219.12 I
F1961.) '
INVENTOR.
Morris
Bubenstein
ATTO?NEYS
Patented Feb. 8, 1938'
2,107,621
UNITED STATES PATENT OFFICE
2,107,621
GARMENT SHAPING AND‘ TURNING
.
MACHINE
Morris J. Rubenstein, Northampton, Pa.
‘Application November 26, 1935, Serial No. 51.662
3 Claims.
' 5
This invention relates to a shaping and turn—
ing machine for various parts of garments, such
as collars, cuffs, coat lapels and the like, the gen
eral object of the invention being to provide a
machine of this nature the parts of which are so
constructed and arranged that a great saving of
time and labor over the present method is secured
' as well as a uniformity of products completed‘ on
the machine.
This invention also consists in certain other
features of construction and in the combination
and arrangement of the several parts to be here
inafter fully described, illustrated in the accom
panying drawings and speci?cally pointed out in
the appended claims.
In describing the invention in detail, reference
will be had to the accompanying drawings where—
in like characters denote like or corresponding
parts throughout the several Views, and in
which:—‘
Figure 1 is an elevation of the complete device.
Figure 2 is a front view of the machine.
‘ Figure 3 is a top plan View thereof.
Figure 4 is a front view of the rear die of a
pair of adjustable dies used for the turning and
shaping of the diagonal corners found in various
parts of wearing apparel.
_
Figure 5 is a side View of the die shown in Fig
'
ure 4.
Figure‘ 6 is a front- view of the rear die of a
pair of adjustable dies used for turning and shap
ing round corners of a larger size than the die
shown in Figures 1 and 2.
Figure '7 is a side view of the die shown in
rp
OL)
Figure 6.
V
Figure 8 is a front View of a die used in turn
ing and shaping large round flaps, cu?s and the
like.
Figure 9 is a side view of Figure 8.
40
Figure 10 is a front View of the rear die of a
pair of adjustable dies used for turning and
shaping two rounded corners at one operation,
such as the collars, cuffs, etc.
Figure 11 is a side view of Figure 10.
45
Figure 12 is a front view of a die used for turn
ing and shaping points, such as in coat lapels,
flaps, vest points, etc. ; and
Figure 13 is a side View of Figure 12.
In these drawings, the numeral 8 indicates a
50 base plate which is connected by screws I2 to a
table or bench as shown in Figures 1, 2, and 3
and an angle bracket 9 is connected to a project
ing portion of the plate 8 by the nuts I 0 and this
bracket is connected to the front edge of the
55 table or bench by the screws II. The stationary
(01. 223-41)
or rear die carrying member is shown at I3 and
is made in the form of a plate having its lower
end bent and fastened in the base plate 8 with
the rest of the plate sloping upwardly and for
wardly from the bend I6. Upstanding ears I4 5
are formed on the base plate and form bearings
for the front die carrying member I5 which is
also in the form of a plate, the lower end of
which is formed with a rounded enlargement
having the sockets 20 in its ends. Screws 2I pass 10
through the ears I4 and have collars thereon
rotatably arranged in said ears, the threaded
parts of the screws entering the sockets 20 and
are held in adjusted position by the set screws 22.
This arrangement permits side adjustment of the 15
die carrying member I5 so as to permit alignment
of the die carried thereby with the die carried by
the rear member I3.
A spring 28 has its ends fastened to the lugs 26
on the plates I3 and I5 by the pins 2‘! and this
spring tends to hold the front die carrying plate N) O
or member I5 away from the rear die carrying
plate or member I3.
A pedal I is pivoted to the floor under the
bench or table as shown at 2 and a chain 3 is
connected by a hook 4 in an eye member 5 at the
5
free end of the pedal. The chain is fastened to
a bracket ‘I connected with the die carrying mem
ber I5 and passes through a hole I9 in the die
carrying member I3.
The chain passes over a 30
pulley 6 rotatably supported in a carrier I‘! by a
shaft I8, the carrier being connected to a por
tion of the rear face of the member I3 and to
a part of the base plate 8. Thus by pressing upon
the pedal the chain will move the front die car- 35
rying member I5 toward the rear die carrying
member I3.
Each of the members I3 and I5 has a notch 30
formed in its upper end and plates 23 and 24 are
connected by rivets 25 to the upper end of each
as
member and extend across the entire width of
each member so that these plates and the notch
form a socket for receiving the reduced lower end
of a die, such as that shown at 31 in Figures 1,
2, and 3. The plates 23 and 24 project upon the 45
upper end of each member I3 and I5 and each
die is formed with side extensions
the shoulders formed by the upper
die carrying member I3 and I5 at
the notch.
It will be noted that the dies bear
29 engaging
end of each
the sides of
50
in the sock
ets in such a. manner that they are held in a
true and rigid manner. This type of socket al
lows great facility in changing the dies, so highly
necessary in view of the innumerable varied types 55
2,107,621
2 .
of work required of the machine and without the
addition of any other holding devices.
As before stated the dies shown at 31 in Fig
ures 1, 2, and 3 are for the turning and shap
ing of the corner of a coat pocket flap, round
shirt collar and cuffs, etc.
Figures 4 and 5 show an adjustable diagonal
die which is formed of the two parts 3| and
10
32, shaped-as shown, the-part 32 having a nut 33
welded thereto and the piece 3|‘ having a socket
34 welded-thereto.
The part 32 rests on a por
and arrangement of the several parts provided’,
that such changes fall within the scope of the
appended claims.
'
What is claimed is:-—
1. In a machine of the class described com
prising a support, a die-carrying member con
nected with the support, a second die-carrying
member hingedly connected at its lower end to
the support and adapted to be moved toward
the ?rst die-carrying member, each die-carrying
member comprising an upstanding member hav
tion of the upper end of the lower reduced part ing?a notch formed in its upper end and a plate '
or stem of the part 3!, and is detachable there vsecured to each side of the upstanding member,
from. A knurled screw 35 passes through the said plate extending across the entire width of
15 threads in nut 33 into the socket 34 to which it the upstanding member and beyond the upper end
is locked by the washers 36. This type of 'die thereof to form a socket, and a pair of dies, each
when placed in the socket of the die supporting die comprising a stem, a part integral with a por
member allows the operator to adjust the die for tion of the upper end of said stem, and a second
width by the turning back and forth of the screw 'part resting on a portion of the upper end of the
Miami the die is held rigid by the seating of the stem and adjustable relative to the ?rst part, 20
same in the socket. Thistype of die is used'for each die removably and ‘securely ?tting in the
socket of each upstanding member and adapted
the turning and shaping of the diagonal cor
ners found in various parts of wearing apparel. to be adjusted while in position on the dieecar
. Figures 6 and’? show an adjustable die the
same as Figures?l and 5 but the die shown in Fig
Iures 6 and 7 has its upper end rounded as shown
in saidviews, this die being used for turning and
shaping round corners‘ of a larger size than the
die shown in Figures 1 and 2.
_
Figures 8 and 9 show a non-adjustable die
which is used in turning and shaping large round
flaps, cuffs and so forth. This die is indicated.
by the numeral 38.
.
Figures 10 and 11 show an adjustable die, the
adjustment of which is performed in the same
manner as that shown in Figures 4 and 5. This
rying
member.
‘
-
2. In a machine of the class described compris 25
ing a support, a die-carrying member connected
with the support, a second die-carrying member
hingedly connected at its lower end to the sup- '
port and adapted to be moved, toward the ?rst
die-carrying member, each die-carrying mem 30
ber having a socket, and-a pair of dies, each die
comprising a stem, a part integral with a por
tion of the upper end of said stem, and a second
part resting on a portion of the upper end of
the stem and adjustable relative to the ?rstrpart,
each die having its stem removably ?tting in’ the
die is used for turning and shaping two round
socket of each upstandingmember to securely
corners at one operation such as found. in col
retain the die on the die-carrying member and
lars, cuifs,etc.
The two parts of this die are: in
40 dicated by the ‘numerals '39 and 40.
adapted to be adjusted rwhilesin operating posi
tion.
Figures 12 and'13 show a die M of the rigid
40
'
.3. In a machine of the class described com
type and is used for turning and shaping points prising a support, a die-carrying member con
- nected with the support, a second die-carrying
such as in coat lapels, vest points and the like.
It will be understood that the ‘dies are made member hingedly connected at its lower end to
and'used in pairs. The number and kinds of the support and adapted to be moved toward the
dies to be used in this machine will be either of ?rst die-carrying member, each’ die-carrying
the rigid or adjustable type, and are shaped to member comprising an upstanding member hav
perform the operation desired.
ing a notch formed in its upper end and a plate
-
The machine is operated as follows: The opera
secured to each side of the upstanding member,
tor inserts the cuffs, etc. (which have been previ
said plate extending across the entire width of
said upstanding member and beyond the upper
end thereof to forma socket, and a pair of dies,
each die comprising a stem, a part integral with
ously sewn‘ together) on thefront die, applies
pressure through the treadle, moving the front
die of the front die carrying member against the
die in the rear die carrying member which is
stationary, which pressure locks the dies together
in perfect alignment and holds the material rigid
ly between them. He then turns and shapes; the
cuffs, etc. by lifting the material up and over
the dies.‘v
'
It is thought from the foregoing description that
the advantages and novel features of the inven
tion will be readily apparent.
It is'to be understood that changes may be
made in the construction and in the combination
35
a portion of’ the upper end of said stem, a sec
ond part resting on. a portion of the upper end
of the stem and adjustable relative to the'?rst
part, and extensions formed on the ?rst and.
second parts, each die having its stem remov
ably ?tting in the socket of each upstanding
member and having its extensions supported by
the upper end of said upstanding member‘to se
curely retain the die in place on the die-carry
ing member.
'
MORRIS J. RUBENSTEIN.
Документ
Категория
Без категории
Просмотров
0
Размер файла
403 Кб
Теги
1/--страниц
Пожаловаться на содержимое документа