FROM THE EXPERIENCE OF THE BOODANOVICHI PLANT: PRESS FOR COMPLETE PRESSING OF BOTTOMED AND OPEN SIPHONS

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP82-00039R000100100044-2
• Release Decision: RIPPUB
• Original Classification: C
• Document Page Count: 4
• Document Creation Date: January 4, 2017
• Sequence Number: 44
• Publication Date: January 24, 1951
• Content Type: REPORT

Declassified in Part -Sanitized Copy Approved for Release 2012/05/25 :CIA-RDP82-000398000100100044-2
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Tit1o ~ I~RO~d THE ~{P~iIENCE ~ T~ aO~DANO~SCI~ P1~ANT t PRES9~ is'OR
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C~~'LETE PRE88INQ OF BOTTC~D AND OPEN gYPt~ONS~ by M. Sem~rin ~
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 Declassified in Part -Sanitized Copy Approved for Release 2012/05/25 :CIA-RDP82-000398000100100044-2
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T~~ T~~ ~~~~o~~~~~~ ~ T:
PR~9d ~'AR CAMFL~TE PR~9~Nti ~P' PATTAM~ AND OP~i
STP~iQN9
M. A. 9~~
On the basis of his construction for the oo~nplete pressing of an open
siphon without punoturing aide holes, the author designed a new universal
pr�ss for aomplet� pressing of bottomed siphons from a solid blank with
naturing of side holes, and also for the open siphon with or without
rabbet�d openings. ~
3
~'�eding of the blank rota the pr�se mold, removal of products and l~~b�
ricatian of the sore are mechanized in the new prase ~ Productivity of the
r
press is caloul~�d at 7200 unite per working shift The rated pressure
ie ~0 kilograms per square centimeter
All mechanisms are mounted on the w�lded rigid frame (l) ~ A 6~5 kilo-
watt motor (2), with 950 rpm, by means of the reducer (3? with small gear (L~)
on its shaft, rotates the large gear (5) an the main shaft (6).
The main shaft, being rotated at the rate of 15 rpm, has a disk (7)
with a pin for moving the link (8) and the screw gear (9) which drives, at
� and screw ear 10) fixed on the distribution ehaf ~ (ll)
a 90 angle, the sec 6 ( ~
The link (8) shifts the cor� (l2) in a horizontal plane for longitudinal
puncture '
. S rockets (ll~) are fixed on the distribution shaft (ll) and the tail
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part of tho core (13). These sprockets are oannected by the link chain for
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~ ~F t i~ rotating the core The hub of the driven sprocket has a guiding prismatic
r e #
~ ~ 1 'r
1 ~ ~ ke for shifting the care tail dears (l5) transfer motion from the dis-
:r~, ~ Y
~ I 1 ~ r ~ ~ ~ ribution shaft to the feeding mechanism (16) of the pusher (l7)
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 Declassified in Part -Sanitized Copy Approved for Release 2012/05/25 :CIA-RDP82-000398000100100044-2
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+ n ie moved b ~e pusher on tho line off' ~a Dore whoa
~h@ siphon bla k ~
r to the teas mold (1.6). ThQ blank ~~~ots the pressed
the attar is moving a p
tom tho mold b the plungor (19 pushoe it aside
artielQ~ ~uat e~traot d f Y
cs ~Q ro �r poo~tian in front of the mold. The feeding meohaniom
a~?d o ~ oupi ~ p
returns tQ its initial position
ore in ita forward motion puohoo the bl~k into the mAld and, being
Tho c
~d onetratcs inside of the blanl~ wi'ter th� latt@r has reaohod tho
rotat , p
cr which ~:s locat�d at this moment in th� appooit� and of th� mold.
plans
ura is exQCUt�d in the vertical dircction~ T~~s disc (7),
Tho sid� punct
t~~o main shaft hao a cam (20) which, during rotation of th� shaft,
e�t on ,
r 21 of the horizontal rod (22). The roller ie
pushQ� against thc~ rolls ( )
o th� disc by action of the counterwci~;ht (23), connect�d by t~~e
pressed t
he rod and frcrne (2~) o~ the puncturing devics (2b)� The
lever ~ 2~) with t
rw�i.ht brings about th� reverse motion of the side-puncturing mach- .e
counts g
+ach r~~volutior~ 4f tl~c main shaft, the cam ~f the disc rune again�t
i
anism~ ~
in the forward rt~otion off' the rod, and the counterweight
the roller, fore g
returns the rod to its initial position.
ication of the core is automatic and takes place during the initial
Lubr
stroke and the last 20 mm of the reverse motion of the
2d mm of the working
ism. The lubricating values are closed at all other times.
puncturing mechan
0 station of side punct~~re takes appro~simately 0.~ second
p
pro acting pttrt 27 of the core has th� purpose of forming the end groove.
of regains the working members return to the initial Position j
On completion p ~ .
he lun er ash�s the pressed product out of the mold along the line of
and t p g P
r m�tion into the action zone of the feed~.ng mgchat~ism~
the cares
k~ nstruction cif the lubricating device ~.s s~.mple and coY~venient in
Co
.
~~.on. There are two p~,s~?ons covering lubrica ~.,ing holes in the cyl~.n er
M1 opera
a�
both pistons arid. tale rod (2~) are rigidly connected.
(287 ~,ocated aver the core.
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 Declassified in Part -Sanitized Copy Approved for Release 2012/05/25 :CIA-RDP82-000398000100100044-2

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and of the rod sorves for pullir~~ the pistAno end opon-
Tho fork t~0) on the ~
is feed Are ~o ~'ro~t end
ubrioettn~ holo~~ ~ Th� oount@rf ork ~ ~
ink tho 1~__-- - ~
i
t~~ 00~~%
rift of ~a oore on ito mono towcrrcl t~ze �oo mold
Aftor thQ 20 mm o
os thQ foxk ~~nd o~?rin~o pu11 tklo rod a~~d pistoc~e to
the cauntorfork reloe?o I
on. There io ~ 0.5-litor coil took (~2) ins tallod ovor
their initial pooiti
I tono
thQ cylinder w~~h pie
rou . the blank for 1/ o~ tote"/ movemQnt prooeedo
~~�s>n~;~~ of t1~e core th ~ 3
ubxiration tak�e place at tho moment then ~j
without lubrications Additions/ 1
jt
�re io a va1vQ d�vice in ~e c�ntor of ~,h�
eido {~~anatur~o is complQt@d� Th
ut~t~ crewed by revore� mov�m�nt o~ th� core,
core for elimir~atin~ t~~e vac
Q thit~ �rac~~um m~ ca~~so collape8 of thg eip~ion bottom
o t~~�rwis
1
- tie teas arc possibility of complete pressing of =
Paeis ac~vanta~es of ~
form stru~t~~ra of t~~� bottom (without lapQ or
the bottomed siphon with ~~n~~
---r
ca~itios and its high productivity
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tl~e bottomed and open siphons ~ Lon~~rtx.d~.nal section.
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