SCIENTIFIC ABSTRACT ZHIVOTOVSKIY, I.L. - ZHIVOV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064830003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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.12L Kari1r., B. I., L,-q;ttir, N.
A U T IOR ovsjkci
nov, A.,
FERIODE UAL: Ref erativnyy zhurnal, Mekhanika, no. 3, 1963, 111 ab-
4.
st.ract 3B0691 (Gidrotekhn. str-vo, 1962, no. 10, 4i-49)
TEXT: Different results obtained in calculating the head loss of
a suipension of solids in water from different farm;.Ias induced
aL-t-:~--rz to vw-ke -f-Jeld teats ~451- n J,
diameter. The solid phase i a re p re 3 0 ZIt -ad by oan,-,, Lj c Dn -,a in ~,nf:-, ve-
-,---~e-frac-61ors, and by 1'-,ne gra-vt-,-.f C L n L3
a:,(? o-,-3er-, un D-juran's jaramoters. '-",e
for contalnln4 a_ranc;e of
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UMMOV, Sargey Rikhaylovich- ZHIVOV NOVIKOV, 1.1.0
I --LOV k--l-lN'ft,M.'T%U.,ktakhn. red,
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ZHIVOT,L.G., kandidat tekhnicheakikh x1sku KUIWIN,V.1., kandidat
-bebhlfthealdl+ "m1r; KOZLIK,V.I., ~~hener
Grizzlicts vith mash hetited.W ele6tric qrrent. Goro shur.
no,9:4&48 S '55. (=A 8;8)
(Sereei=
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~-,GUSAROVA#
ZHM"A. VIO-Z
doMOPWOOS's . kh nauk, retsenzent; OA~TTNOT, 0 P., inshener,
rets6nient-, IR170107# Tu.,T9, Anshener. reteentent; TARASOT. L.Ts.,
xe.dski~i; .- SK61bTAIV# !!Ys-.# redaictor izdatellstva; VAYNSEMBYIF. Te.B..
tekhnicheskiy~.redaktor
enote-c iozLtr 'I and automation of si=mper loader hojgtg] Djstautgto&-~
avtomattOlskoe tipravlants skrepers3vt lebecitaxi. Xoskvs Goo*
aiiLebsio'-tskbn.Is&--!vp 1- t-!,ry pc chernoi itavatnoi metallurgii, 195?
222 Ps (KLRA 10:9)
(Automatid,control).... (2zoavating machinaz7)
Gr or$
Talentirls Fetroyna; GlADILIMp L.Y.,
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V

-11/30
.127-58-5

:A
UTHOR
Zhivov, L.G.J.-Cand-..'
-ate of Technical Sciences
TITLE:' Auto at, 6~, ~a .1 ge Hoistings of Low Capacity (Avtomati-
m on
zataiya:kletlyevykh podlyimov maloy moshchnosti)
PERIODICALt Gornyy Zhurnall 1958P Nr~5, pp 33-36 (USSR)'.
ABSTRACTs Besides the main~hoisting machines, auxiliary hoisting
winches of 50 to'300 kw capacity are used in the mines of
forrous.and hon-ferrous metallurgy. Their automation can
cut labor costs since the cage hoisting can be op3rated
by one worker, accompanying the cage while moving the
people or.,pushing the button in case of lifting freight.
It is expedien't to apply the generator-motor system as a
drive. Specialists of the NIGH and Ingulets Mine Adminis-
tration (Krivoy Rog Basin) have automated a one-oagu hoist-
ing inI.the.blind shaft Nr 5.
This.hoisting has a 70-kw
.
machine
and
serves 4 working levels. It is working 8
5%
.
,
,
of the time. It is provided with both hand and automatic
operation. A detailed description is given and the mode
of operation is described, The hoisting machine has oper-
Card-1/2 ated for more tha In one year and proved to be reliable. It

Automation of Cage Holstings ofLow Capacity 127-58-5-11/30
reduced the number of attendants by one machine operator
and 10 workers.. To ensure communication between the cage
moving in a shaft and the hoisting machine, a cable is
necessary; it is recommended that cables of the.GRShS type
be used for,:o,hafts up to 300 m deep.
There is one circuit diagram.

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8(2)j. 26(l): SOVII05-59-5-191;9
AUTHOR: zhiv,ovp L. Go) Docenty Candidate of Technical Sciences,
TITLE: Automation of Mine Elevator.-Installations With.Speed-Regulation
-by Means of Frequency pod." yemn.*kh~'
(4vtomatizataiya kletlyevykh
ustanovok'putem regulirovaniya Gkbrosti chastotoy)
PERIODICAL: Elektrichestvoi 1959t 11r 5p PP 78-80 (USSR)
ABSTRACT: An e#erimental oelevator. instal lati on -with -a ~capac_tty_ of-
~100 kw was mounted under the directlon..of.-the-amtham-in--a.
mine, of the Krivbass in 1957-58. During_.the.deilay,and.th6_.
drawing up,(dotydzhka) of the mJn.e,caget..the.-Induction.motor_,I
to a voltage vith-the-frequency-of 3-75 cycles
(while it was disconnected.from.the voltage-with...a.frequency
of 50cycles vhen the mine oage,approachad.-the point,6f--le-
ginning delay). Ata normal maximilm.-apeed..of.the.leage,of
3 m/feec, the frequency of 3.75 cycles causes a-apaed of
0.23,m/sec~duringthe approach.of the.cage.to-the-
terminal . point *'The elevator ;unit. consisted- of...e.-mlas - cage-
o-and a counterweight. The osaillograms recorded.-and.shown-hare
indicate that the'delay of the mine cage gives satisfactory
results, by regulating with low frequency at any sign, and
Card 113 load moment.. It is shown that the wirings for the automition
fir

SOV1105-59-5-19129
-Automation'of Mine Elevator Installations 'Fith-Sbeect-RegulatiozL -by Henna
of
Frequency
c,of'elevator units must comply W:Lth Aha..f ollowing. condltion:,_
the magnetic.flux: of the machine must be regulated irL,depen-_
dence on the load moment*' The voltage. must be regulated in
the activelresistor of the stator in consideration of.its
drop. Inthie casev the magnetio--flux.vill-only. depend an
the load, and the voltage-regulation..Iaw,lo,axprasaed by
formula (4) (Ref 2, formulas (504)) -,When. ~connecting_the_
motor-to the voltage.with low-frequency,-.the.spead.of the
motor decreases,,and.the transition-processAn.-this aase.is
expressed by formula (5). When the-.motor is connected to.tlae
voltage with low frequencyt the motor-rotor circuit must:be
~connected to a higfily effeotive.resisto'r..*.W.ith.L-..darrajla&.Am-,.
speedp the resistor' is switched--toft-again., -and.-tha--motor.
softly passes over to pulling ..up-to.,.the.-terminal-.poizLt.--Tlm,-,.. -
change of load demandel'ac ormula (4)9,.a regulation...
cording.to.f
of the magnetic flux, i&e.. a ~ change- of.. the. amoitnt.-I IL_y
is not regulatedv,,the speed during-.Ahe_._approach_Ao. tha-terminal
oint (if the.~loads_ are. heavier--than-.calculatedL) dacmeaaas-
~p
so much that as the tests have shown - the motor stops, or
the a roach to the terminal point takes a long timee Finallyf
pp
'_Card 2/3 the. capacity of the frequency transformer is inveatigatedo
IF ~A R f

.80VII05-59-5-19129-
Automation of,Mine'Elevator Installations., With, Spea'd. Regii1ation-by-Meann.'. -
of )Fiequeno
y
and.fo rmula ~(6)-(Ref 2 f Ormula (4,94) is given -f or-Ahia-
the fiiqusnoy transformer,-during-.brak4mg..-It..-is.-.!... .
finally said-that by-,means of speed regulation
frequency the problem of delay and of the approach of the
non to the tArmi-nal ntatlon nAn
In he POI-VAn- ThAPA Ara A

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ACC-NRs -AP6026506
over-
controller and associated elements: 8! 10!
heating an phasei-break protection; WS -- winder
d
starter. Theabove stabilizer, whose operation is
4
eXplained in some detail, maintains- a temperature
of 1206C within''it 0. 3 to 0. 511/6 and the-level within
-0. 1 toO.3 mm. Metric number. spread is within
+
ZL ~Jt is planned to introduce the above stabilizer

ZHIVOVJ- L. I.*
ZHIVOV,'L., I. "Investigation ofIth4- Pro.cess of Enclosed Sinking." Sub 28
Moscow Order of Labor Red Banner Higher Technical School imeni Bauman
M C!
Apr',52,,

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BJ/145
/60/0010/006/014/015/XX
The typical load graph.of closed ... D221/D304
.'.,~~.sumed that varies lin6arlyi The ratio (H/D is empiricalp and is.
)d
within the limits ~of - 0. 15 -.to ~ 0. 25. ., The length of the flash is usual-
ly 1 e blank,sizes are held in proportion h
A Th /d = 2 2.5.
f 0 0
The curve of efforst.dueto closed die stamping has 3 sections. The
first corresponds to free'forgingy when the friction forces at the
faces.of the,,'Llank produce a,.barrel shape. The current dimension of
workpiece is defined by-the barrel-shape coefficient
~Vlhen the blank is in contact,yrith the tool along the maximum dimen-
sion Ithen the metal flow is characterized by a knee of the.curvef
The effort atlzhat instance is related to.the sizea of the unfilled
corners with a corresponding equation for its calculation. The de-
formation changes again when the radius of the corners.is equal to
the clearance A , The further.inorease of pressure causes -the outflow,
of metal and the.formation of-the flash. The effort in the third aec-
tion of the curve P f (A h) is given by
3
Hd 11 1/2(H/'))dl
F F 0.2 (11)2
d O's D d 1.5(11 n +
D) d + 1.5 4 3 x (H/D)
d
Card 2/4

60/000/006/014/015/xk
The typical load graph of.-blosed 1)221YD304
2 1
`3
+
+ 7;
However, the::actual machine~is'characterized by the rigidity of:its
construction and the friction in its,members# Elastic deformation of
the machine affects the, deformation process, especially in the're- a
gion:.of high pressures#.~Thiecausea'a deterioration of the energy
indices of,the unit..The.frictioxi incurs losses during the stroke
-and:also inthe-paosage of~dead center.which is determined by the,
fric'uiorl circle* Therefore, the load.curve of the machine indicates
the,acTive forces of deformationt and also the load and unloading
due to rigidity, The path of the slide S, is given by 3 = 6h + Al,
where.Ah is,the absolute deformation,of the.blank and Al the elas-L-~
tie'deformation of -the machine.which.corresponds to the active load
~at-that instant. In'small machines the energy losses due to loading
d~ are, small, but.they.-attain 10 -- 15 % of the total energy during the
working period in the case of large units. The load graphs of an ac-.
tual horizontal forging machine with a nomina force of 1250 t at
analyz d. The. efficiency of the unit is com-..-
27 strokes per min. are e
Card 3/4
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EWT(d)/Dl P
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L -3948-66
(c) 14 141jWW
XCOESS1 OUX M/0304/65/000/005/007
621-97
AUTHORS I ~jo 1. lCandidate 'of tedmical soiences)i Dubinam V.-I, (Rag-Wer)
TITLE i Reverse extrusi of large ahpj= puts on orankohaft Rresses

BMRCEs MashinostroyeMye, no. 5# 190y 75-77
-1250, press j AOO'--at
800
IOLVA Wsil~ektrubion On ~M
-aluminu UBA a!- XhUM''te
_AQ alumfiu= Al, teel-0,WA -yteel; -ate 0l

ABSTRACTs.: 1he. procew. of x ext~ii diametor x 215-m high x
averse sion. z85-mm_

40
_mM qk a-lutin
---thi um-cups- has:'been developed at the Zoporo
0 5" 45 zh kiy
-
'
l
~
i
d
inatittit,
r
m6ahinostroitel
(Zavo
-
nyy
# n MachineXX construction Institute The
icritical c6nditions'were found-to be the alignment and parallel location of the
.
d l
l
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t
Pi
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d th
l
ll
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(
ower
es
s-
an
a
see
on
osure
e
no
an
upper
eir Para
e
d
g,
4
p
placement, The stamp has four guiding Posts 7 and bushings 3 attached to the upperl
plate# 7he upper and lower plates are madq of 70-m thick normalized steel 45
slabs Iand the die and plunger are mounted on them against hardened steel inserts V
'
(steel U7A) and 10
(steal UU). The die end plunger are made of Kh1ZH steel (HRO
-62 respectively), polished to a 10-11 class finish and chrome plated
56-58 and 60
,card 1/3
Mims EM"MOMMIMM
A

ACCESS1ON'NR:;'-AP5023340,'
--he& _ti~_31 0-
re
--Al~w1#pronY -The 41ijiduum -,blanks AOOP -tii& 000 1
11", t h6ld--' t~'thit:: teaVera~ure~ for- 50~60: iinutea and air coolc-4 IRD 15-92).
U eaf a
Animal-fate and mixtures -of Wlindir oil with beeswax were used as lubricants* It
was found that the deformation stress',varied between 38-56 kg/=2 v the maximum
temperature rise wag 150-1600t azA that spherical cup bottoms required 10-15% lower
!plunger forces than flat-bottomed cups. Experiments were performe4 on model DS
J00/1250 press as well as on 630- and 500-ton presses* Orig, art, hasi I figure.

~Ll

i1CC -NRi AP6009625 EINP(e) EI(P V I "EW00
1jP(C) D/N /Jk
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AUTHOR: Zhivov, L. I.; Semenov, Tu. N.; Skornyakov, Yu. N., Shmakov, G. S.
6
ORO: none
-TITLE: _~-.-,-Investigatton' o'f'hoe co:moacting.and extrusion7~of dintered coppex-boron,aitridy-
.-allo
~vas eted-~-under-:4~t/-cnit-~t)res-iiUte'intb'-briqijattiis--38-mm-.ir~-diam4tet--.iind--.~30-1~m~ high.
we're 1 10 800 ... or-
_Br 4uettes -s n ered-At 920C_ for'-2 hr n ammon a
~iv i - gas' band extruded at 7C
T_A00C-.-`t6:l29 -16, and 20:nm-'in diameter, i. e., with respective extrusion ratios
-C - 2.41, 1.87, and 1.39. With these reductions the bars bad a density of 98%.
Lower reduction (C - 1.2) produced bars with 95% den ity whose electric conductivity
was found to be lower. Examination of the microsti 2ctur; and hardneas tests of allop
annealed at 300-800C showed that reegstallizatioi Fu0bef copper-boron "Itride alloys
procedes much slower than that of copper. Sintered copper underwent a complete re
crystallization in two hours at 800C, while copper-boron nitride alloys still had the
deformation textures The alloys with a high content of boron nitride require a hish
-Card
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STROMYATNIKOV. I.A.; GRUDINSKIT. PoG.; PS M T, I.I.; EDROLIKOVA. V.I.;
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VO,~X.S. lnzh.., red.; BOL'SiAll
SOKOLOVy B.A.", inzh. red.; 4H Q
Ya.H.,.inzh.,'red.;.KUZNET3OVp M.P.., inzh., red.;
ZILI.BERMAN, R.I.$ inzh... red.; IFTINKA, G.A., red.izd-va,-
MOCHALINIA Z..S.,.:tekhn, red. I
(Construction.specifications and regulations] Stroitellnye
normy i-pravila., Moskva,- Gos8troiizdat. Pt.3. Sec.I.
cb.6JElectrical systems; regulations for organizing and
carryingout.the work,':~acceptance of1he works] Elektro-
ustroistva; pravila organizatsii i proiz-
yodstva rabot, priemka v ekspluatatailu (SNiP 111-1. 6-62)
1963, 134 P. (MIRA 16:10)
1.~ Russia (1923-~.:U.S.S.R.) Gosudarstvennyy komitet po de-
lam stroitellstva.:.2. Gosudarstvennyy komitet po delam
stroitellstva-SSSR (for Sokolov). 3. Mezhduvedomstvennaya
komissiya po peresmoiru'stroitelinykh norm i ravil Akademli
-SSSR
stroitellstva i-arkbitektury. (for Zhivov~. Gosudax6
stvennyy proyektnyy institut,Ministerstva stroitellstva
RSFSR (forBollsham, Kuznetsov).~S. Vsesoyuznyy gosudarst-
vennyy proyektnyy institut Hinisterstva energetiki i elek-
trifUc~tsii SSSR (f6r:Ziliberman)..
(Electric power.distribution)

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ACC NRs AP6036713 SOURCE CODES UR/0119/66/OOO/Oll/OnO3/0006.1
AUTHOR., Zhivov, N. P. (Engineer)'
ORG:- none
s of industrial application of standard pneumatic.sy
TITLE: Perspective stems of
automate d checking and control,
SOURCE!: Priborostroyeniye, no.. 11, 1966, 3-6
TOPIC TAGS: Vneumatic:control system automatic pneumatic control, automatic control
equipment, electronic equipmentj data processing equipmenti industrial automation
ABSTRACT: Perspectives of using standard pneumatic systems of automatic control in
industry are discussed citing as an example PUSK-3, a system of pneumo-electronic
centralized and automatic monitoring, regulation, and remote control of continuous
technological processes. The data units and servomechanisms of the system are
primarily.pneumatic.. PUSK-3 forms the second stage of a hierarchical multistage
pneumo-electronic complex of-the "Kompleks-EPE" type; it.also can be used inde-
pendently:as a control panel system. A multistage automatic control structure is
assembled by breaking up a complex system into its functional stages, arranging these
according to increasing complexityi and making the lower stages independent, as
these ar,~,~ relatively stple andcoinmenin application to a variety of technological
processes.~ Fig. I represents a,functional diagram of "Komplex-EPE," and Fig. 2
Card i/4 UDC: -62.525

ACC AP6036713.
':'
Fig. 1. Functional diagram of
no H HC ,
"Kamp leks -EPE"

D - Data units; N standardization;
VOK - co mputation of generalized

K ;6ordinaw; VKP - computation.of
~complex indexes; VTEP,- computation
'
and economical indexes;
of technical
PF - search for the purpose function
.(investigation of the technological
process); I - investigation; E.- ex-
J
.
1perimenting',jes - investigator;
0 -
optimization; K - checking-
OY - operation control; SO - senior

N
M Kif operator; PU - program control;
I Or - operator; St.- stabilization;
AZ -'automatic con-
protection,. TPN
'
tinuous technological process,,
IM servomechanism.
a functional diagramof PUSK73- PUSK-3 includes a pneumatic, and an electronic part.-
The -pneumatic'ona consists entirely of elemen tsof the Universal System of Elements
.of. Industrial Pneumoautomation'(WEPPA). The pneumatic'part tan perform all control'.
_~q.ro 'A14

t 'jj
A C C, 44 R': AP6036713
Flgt 2. Functiondl diagram of
PUSK-3
IM Sarvomechanisms; TP techno-
logical process; D - data units;
POT - primary processing of.in-
lot
'
d
1
' formation; RI information dis-
.
; J . tribution; ICh information part
of PUSK-3 (sensor fields); AR.-
automatic. regulation; KN - correct-
ing nominal values; POKU - panel of,'
operation checking and control

P K
(sensor-driving fields); NA - tuning
:
"I KH
of algorithm; VI - output of infor-.
09 mationinto a superincumbent or a
external system; SV signalization
a
L of overshoots; AReg automatic.,
recording (analog and digital),
-01 -7 operational and nonoperation-
N
measurements and~recording on calli 09 operational.checking on the,
state-of regulators and servomechanisms;'OU operational control of
regulators and servomechanism; PiP - reception and transformation of
information from a super-incumbent system; Or operator*
Card 3/4

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