SCIENTIFIC ABSTRACT BLONSKAYA, A. I. - BLOSHTEYN, Y. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205610006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BIsONSKAYA,_A?,I.,; WZOVOY, APV.; MOBLEVICH, D.L.;
RAVIKOVICH, T.M.;
--:~-~_':;,", ~_ i~itovh' T.A.
Two-stage layout for the hydrogenation manufacture
of inter-
mediate chemical products, motor fuels, ana gases
from tare
of Cheremkhovo coals. Trudy IGI 9:5-14 159. WIR&
13:1)
(Fuel) (Goal tar)

BLONSKATA,.A,,I*;; IDZOVOY, A.V.
Lower phenols content of the liquid-phase tar
hydrogenate
of Cheremkhovo coalm, Trudy IGI 9:15-25 159- (MIRA
13:1)
(Phanole) (Goal tiw)

BLO.VSKOAj,,Aj;,;, WZOVOTt A.V,; (KYRIN)VA, A.Ye.;
GONIDERG. M.G.;
"KAZANSKIY, B.A.
Investigating hydrogenation of loan coals
and-anthracites
witb a hydrogen pressure greater than 1000 atm,
Trudy IGI 9:
50-61 (MIRA 13.-J)
(Coal liquefaction)

-BLOURAYA_, A I DEMBOVSKAYA, Ye. A.; LOZOVOY, A. V.; Prini-mala
uchastiye.- MARMA, Z. G.
Oxidation of naphthalene and monomethylnaphthaleme fractions
of semicoke-tar aromatic hydrogenates to phthalic anhydride.
Trucbr IGI 17:182-186 162o (MIRA 15:10)
(Coal-tar products) (Naphthalene) (Phthalic anhydride)

BLONSUfA, A. I.; LOZOVOY, A. V.; Prinimala
uchaatiye: MARKINA, Z. G.
----------
Composition of aromatic hydrogenates obtained from
a semicoke
tar of Cheremkhovo coals, Trudy IGI 17:187-198 '62.
(MIRA 15--10)
(Coal-tar products) (Hydrogenation)

BLONSKAYA, L.I.
-The--~ijuificance of Mycobacterium bovis in the
regional
pathology.of Kazakhstan..Zdrav. Kazakh. 22
no.9:61.-63 162.
(MIRA 17:2)
1. Iz Kazakhskogo instituta tuberkulaza.

InS R
Licrobiology
ABS. ROR. Rof 7-hur-Biolo.7iya, No. 4, 1959, 14946

AUTHOR
Kurnmshina V1.0
Olomakayq V.V.) Blorskn re'l,
I I- -I-
d
l
f

licrobio
ogy an
Inst. of
Vil-ology, Kazakh SSR
TITIEE
Streptomycin Resistance of
Tubercle Mycobac-

teria, with Intermittent Method of
Treatment.
G, PUB,
Tr. In-t:i njikrobiol. i virusol. AIT
1razS'!R,

19581 2, 196-2o6
ABSTrukOT
Patients (58) received 1F,
of streptomycin 2

times a week (Intermittent method of thera-

py) on a background of PABA or tibon. For

the entire course of
treatment each patient

received 16 - 24 g of streptomycin. A
grad-

~uaj.ly increasing resistance of the isolated

tubercle
baellli (TB) to streptomycin was

noted during the treatment
process. 'Ath

effective treatment the TB isolated from Da-

tients were morphologically changed. The
CARD:
1/2

COUN.Mi
C A TIE G 0 i "T
AFG. JOLP,
MO. 14946
IE.,S'T.
TIME
ORIG. PUB.
ARSTMOT authors consider that the intermittent method
of therapj is effective and recommend it for
acute flare-u-Ds and to extend the period of
treatment of luhepatient. The decisive factor'
in the mechanism of treatment with antibac-
terial substances is the macroorr:-anism as a
v4hole and not the fact of developLent of stre.-
tomycin resistance. -- G.Ya. Fri-mkina
C A RD 2/2

KANTARBAYEVA, Zh.K., kand.med.nauk; BLONSKAYA, L.I.;
&UVTSOVA, A.I.
Incidence of primary drug resistance in pulmonary
tuberculosis.
Probl. tub. 41 no.8:33-35 163. (MA 17:9)
1. Iz Kazakhskogo nauchno-issledovatellskogo
instituta tuberkuleza
(dir. - kand.med.nauk A.A.Terllkbayev).

BLON Hataliya Ivaumns; RAUSH, Vera Aleksandrovna;
VASILIYRVA, O.S.
re r'VxWWftMm,9A.!A,,tekhnicheskiy redaktor
[Geography lessons for the fourth grade; work
practices]
Uroki geografft v 4 klasse.- is opyta raboty. Moskva,
Gos.
uchebno-padagog. izd-vo X-va prosv. RSFSR, 1956. 101
p.
(HLRA 10:5)
(Geography--Study and teaching)

s!~ I~vanovkw; RAUSH, Tere, Alekvandroym; VASILITZVA. 0.5.9.
BIONSKiLU J%~t~
rodakictor.. I.,- tekb-ic kir radaktor
[Do* of reLdings in geography, ;or class. 41 Knige, d1la
chteniia.
p9 pografti, 4-y1 klass. Koskm,'Qo&.ucbsbno-Ved'dgog. izd-vo
MuUterstva ProevesbabimUs MM, lq$~* 151 Ps 9:7
(Qoopapby)

B_WjaXgA,_ffat~liya Ivanovna. RAUSHo Vera Alek9andxovna,;
VASIIIYZVA,
O.S., recf,-, VOOLFWATA. X.Ya.. red. ksrt.;DZHffITlVA.
F.Kh.,takhn. red.
[Geograpby lessons for tb# 4th gradel Uroki geograf ii v IV
klasse;
iz opyta raboty. Izd. 2. Moskva, Gos. uchabno-padegog.
isd-vo
K-va Droev. Rl~kSR, 1958. 103 p. (HIRA 11:11)
(Geograpby--Study and teaching)

BLONSKI, 7.
Flight iii I:kiirs and in V formition on clear nights. p. 2'1.
~,'C*JSKO",',ry PUTMID LOTNICZY. (Dowodz4,,wo Wojsk
Lotnicznych) I-flars:,~ava, Poland.
VOL 1-1) TIO. 9, Sept. 19-5,8.
Yonthly list of Fast European Accemdons (:-:-~.Nj) T-O,, Vol.
8, no. '7, juky 195%
uncl.

Petrovich [deceased]~ SHCHEIROVITS IY, G.P., red.;
jay~q_.___ ~L- --j SK
CHAYKINAY WH~.-,r
(Selected psychological works] lzbranyWe
psikhologicheskie
proizvedenila. Moskva, Prosveshchenie, 1964. 546 p.
(MIPA 28:3)

BLOOH, Z.B.
[.Absut the tessillar problem] 0
tonzilliarnei probleme.
Tazhkest. 1953. 86 P. (HLRA 9:4)
(TONSILS)
.0- &*#

MILOSMIDIN, Tu.V., doteent, land. takhnonauk;
LAXINt TuoG,, asslatent;
. BLOSIMLID, B.A., starshly prepodavatell.
,
Now methods for testing instrument springs.
Izv.vyB.ucbeb.sav.;
prib. no-3:98-105 '59 (MIR& 13:4)
1. Moskovskiy inshenerno-fisichaskiy institut.
Rekomendovana
kafedroy "Detali maelhin I priborov".
(springs (Mechinism)-Teeting)

~ - _p: 4%c%
Ao ev S/756/61/000/001/004/004
AUTHORS: Bloafelld, B.A., Miloserdin, Yu.V., Lakin, Yu.G.
TITLM: bovica for tho testing of procision spiral springs.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metody ispytaniy
detaley i
materialov mashin i priborov. no.l. 1961, 47-57.
TEXT: Testing of spiral springs consists in measuring the angular
deformation
(angle of winding) as a function of the external moment applied.
Errors arise in the
measurement of both the angle and the moment. In many instrument
applications an
angular accuracy of * 11 and a moment accuracy of 0. 156 of their
maximal values are
required. Tests must encompass a broad temperature (T) range. A
critical analysis
of eight existing testing methods is made and its results are
summarized in a full-
page table. Among the angle-measuring devices a divider head with
a 11 division and
a measuring error of 10-3011 appears preferable. Moment
measurements are either.
absolute (obtained by measurement of the forces applied) or
relative (comparison with
plane, helical, or spiral standard springs). Absolute moment
measurements are
classified into scale-reading and null methods. A full-page
pictorial summary shows
the various absolute- and rela:tive -measurement methods; a
full-page table summar-
izes the numerical characteristics of the absolute methods. It is
shown that the ac-
curacy required for the testing of spiral springs is met only by
levers of the first
kind. A table compares the accuries of various types of hinge
support. The knife-
edge support is preferred. A full-page figure shows an exploded
perspective view
Card 1/2

Device for the testing of precision spiral springs.
S/756/61/000/001/004/004
of the new testing device, suitable for tests from -70 to +1000C.
The device consists
of (1) the moment-measuring beam balance, (II) the spring holder,
(III) the optical
angle-measuring head, (IV) the temperature chamber, and (V) the
scale-reading
optics. (1) Is a knife -edge -supported balance beam with equal
balance arms and two
weight pans; an oil damper consisting of a paddle in an oil-filled
trough is provided.
A long pointer scans a scale. A shaft extension, coaxial with the
hinge support,
passes from the balance beam to the spring holder (U). (III)
comprises (a) a knob-
driven gear train which twists the spring-winding stem, (b) a
finely-divided follower
glass disk, and (c.) a scale-reading microscope. The spring to be
tested is fastened
at one end to the spring-holder shaft and at the other end to the
spring-winding stem.
The spring holder is placed within a suitably- shaped Dewar vessel
(IV) with a cavity
for the spring holder (II). (V) consists of a light source, a
condenser, a target-con-
tained in an aperture in the balance pointer, a lens, and a screen.
An auxiliary
pointer scale serves for approximate readings; the actual reading
is made on the
null of the optical system. A full-page summary of the numerical
characteristics
of the device is given, also a general-view photograph. There are 4
figures, 3
numbered and 1 unnumbered tables, and 5 Russ ian- language Soviet
references.
ASSOCIATION: None given.
Card Z/2

MILOSERDIN,, Yu.V.; LAKIN, Yu.G.jkLOSFELID, B.A.
Device for testing helical and flat springs for
instruments.
kbtod.isp.det.i mat.mash.i prib. no.1:58-65 161. (MIRA
15:4)
(Springs (Miabanism)-Testing) (Testing machines)

MILOSERDIN, Yu.V.;__g.WFELtD B.A.; LAKIN, Yu.G.
Kinds of elastic imperfections of instrument
springs. Metodo
isp.det.mash.i prib. no.2229-35 162. OURA 16:4)
(Springs (Mechanism))

S/756/62/000/002/003/004
A004/A126
AUTHORS: Miloserdin, Yu. V., Blosfel'd, B. A., Lakin, Yu. G.,
TITLE: Reducing elastic imperfections of Instrument springs
SOURCE- Moscow. Inzhenerno-fizicheskiy institut. Metody ispytaniy
detaley
mashin I priborov. no. 2, 1962 , 36 - 42
TEXT: Investigations were carried out at the Moskovskiy
inzhenerno-fiziches-
kiy Institut (Moscow Engineering Physics Institute) to study the
effectiveness of
various stabilizing methods in reducing elastic imperfections of
springs. Tension
and compression-type helical and flat springs made of the steel grades
OBC (OVS),
Y10A (UIOA) and I X 18 H 9 T (lKh18N9T) , with and without coating
(oxide coating
and cadmium plating) were tested in static, temperature and dynamic
stabilizing
processes. As a result of the tests it was found that static
stabilizing, instead
of reducing the elastic hysteresis, increased it by a factor of 1.2 -
2.4. Tem-
perature *stabilizing treatment by heating the springs up to +150 0C
or cooling them.
down to -1960C proved to be only of little efficiency. Dynamic
stabilizing at nor-
mal temperatures ensured a reduction of the elastic hysteresis by a
mean factor
Card 1/2

S/756/62/000/002/003/004
Reducing elastic imperfections of instrument springs A004/A126
of 2. The authors point out the expediency of carrying ou~
additional studies to
find d~,namic stabilizing conditions that would even more reduce the
elastic hys-
-teresis. There are 4 figures and 2 tables.
Card 2/2

LAKIN, Tu.G.; BLOSFELID, P.A.; MILOSERDIN, Yu.V.
Effect of rigidity qn the hysteresis of
instrimelit springs,
Metod.iapedet,maah.l prib, no.2s43-50 162, (MIRA
16:4)
(Sprinjp (Moahanism)-Testing)

S/756/6VbW/oO2/0O4/0O4
Aoo4/Al26
AUTHORS: Blosfelld, B. A., Miloserdin, Yu. V., Lakin, Yu. 0.
TITLE: The effect of various operating factors on the elastic
hysteresis
of instrument springs
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metody ispytaniy
detaley
mashin i priborov. no. 2, 1962, 51 - 63
TEXT: The present article analyzes the results of investigations
carried
out by the authors to stiady the elastic hysteresis of different
materials depend-
ing on the stress conditions and test temperatures of helical and
flat instrument
springs made of OBC(OVS), 1X18HqT (lKhl8M) and Y10A ' (UlOA) steel.
It was
found that the hysteresis magnitude of the tested springs depends on
material,
temperature, stress conditions, actual rigidity and kind of coating .
Of the ma-
terials studied, the highest hysteresis valpe \ could be observed
with flat
springs of U10A and helical springs of Mhl~kWgrade steel, while the
hysteresis
was lowest with springs of oxide-coated OVS material. The hysteresis
values-are
given. The temperature conditions affect the initial hysteresis
magnitude. In-
creasing the maximum stress and the holding time of springs at + P
leads to a
max
Card 1/2

B/756/6?/bOO/002/004/ook
The effect of various operating factors on... A004/Al26
rise in hysteresis. The test results obtained make It possible to
recommend
springs of the lKhl8N9T steel if the instrument unit operates within
the wide
temperature range investigated. Oxide-ooated springs of the OVS grade
material
can be recommended for devices operating at normal temperatures. The
magnitude of
varies considerably If the temperature is changed. There are 5
figures and 3
thles.
Card 2/2

BIDSHAIUM, TU.M.
Function of the central nervous system in menstrual
cycle. Akush. gin.
no.6:21-25 NoT-Deo 1952. (CLML 23:4)
1 Of Chelyabinsk Maternity Home (Reacl Physician --
Honored PiWaician
;;YSR V. X. Proakaryakov).

BLOSHAMIY, Tu.H.; MMIMOVA* A.P.
Affective therapy of cervical erosion. Sov.med. 17 no.9:36 S 153.
Ou,u 6:9)
1. Rodillnyy dom Chelyabinska. (Uteras--Diseases)

BLO-I)LUNSIM, Yia- Y.; Cand Fed Sci - I'Dr~tii kthn
functional
statc, of the centrnl nervous system diirinc VIC,
cycle."
IL s; 195~ - 16 :)p (~`irst I'oq Order ol" Lonin "e~,
Inst im, 1.17. Sc-
cht,nov). 200 copios. (1,1,13~-59i 106)
7,
M

ISHANSKIY, Yu.M. VANIXA,'L.V.;. V7MYAY3VA, Ye.M.;
ZHK4XIN, Kon-
stentin Hikola~evich, prof.;. WA-IS, V.-M.; KAUUILOTA,
I.A.;
MOISrf=O, M.D.; STAO BI-LTAN' [Hoiso Pi-lien];
SMONGIRA,
T.N.; TR[JX TTSITA, G.T.; SHAKHNOTSLIYA, V.F.; GARVEY.
11.N.,
red.; HAVROTSKIY, O.G., teldm. red.
[Physiology and pathology.of the men*9trual function]
Fizio-
logiia i patologiis manstrimllnoi funktsil.' Otv. red.
K.N.
Zhmakin. Moskva, Pervyi Mask. mod. in-t, 1960. 174 p.
(MIRA 14:5)
1. Sotrudniki kafeary skusherstva i ginekologii 1-go
Mo-
sko.vokogo ordena Lenina' Meditsinijiogo,institute im.
I.M.
Sacherova ( for all except darvey, Navrotskiy).
(MENSTRUATION)

GOLOSOVA, T.V.1 VEDIMINA, Ye.A.,- SIENDEROVICH, V.A.;
BLOSHANPPI,-Yu.M.
Antibiotic decontamination of staphylocococcal carriers
Antib~btiki
6 no.W43-148 F 161. W~A 14:5)
1. Kafedra mikrobiologii (zav. - chlen-korrespondent AMN SSSR
prof.
Z.V.Yermollyeva) Mentrallnogo institu a usovershenstvovaniya
vra:chey,, rodilln3ry dom No.26 Leningradskogo rayona 14oskv7
(glavnyy
vrach Yu.M. Bloshanskiy).
(ANTIBIOTICS) (STAPELLOCOCaL INFECTIONS)
(INFANTS (RE"WBORX)--DISEASES)

GOLOSOVA, T.V.; SHENDEROVICH, V.A.; VEDIMINA, Ye.A.;
BLOSHANSKIY, YU.M.
Control of pathogenic staphylococcal carrier state.
Zhur.mikrobiol.,,
epid. i ~mmn. 33 no-3tn8-122 Mr 162. (MIRA 15:2)
1. Is TSeptrallnogo instituta usovershenstvovaniya vrachey i
rodillnogo
doma No..26 Leningradskogo rayona Moskvy.
(STAPHYLOCOCCAL DISEASE)

LYAPON, O.A.; FEDERMESSER, K.M.; KHVALIBDV, Ya.V.
Analgesic anesthesia with nitrous oxide in minor
gynecological
operations. Sov.med. 26 no.lsU6-.120 Ja 163, /%MIRA
1634)
1. 12 52-y gorodskoy boliniisy (glavnyy vrach
P.Ye.Petrushko)
i rodillnogo, doma No. 26 (glav~ vrach - kand.med.
nauk
Yu.M.Bloshanskiy), Moskva.
(GYNEOOWGY) (NITROUS OXIDE)

ARINTUNTAII, N.S., insh.; XARPEIIKO, V.L,, inzh.;
BLOSHCHANE17KO, N.P.
Experience in the packaring of marmrine at the
Zaporozlilye
Gils- and Pats Combine. Masl..-zhir l-'
*.prom. 25 no.6:44 159.
- (Mvu 12: 8)
I.Zaporozhl(3kiy, maslozhirovoy kombinat.
Zaporozhlye--Oleomargarine--Packaging)

KARPENKOf V.L.P-inah.; BIDSHCHANENKO N.P. inzh.; TURBOVETS,
YU.I.
Work experienoe of a gas plant producing hydrogen and
oxygen.
Mssl.-zhir.prom. 27 no.5:37-39 W 161o (MM 1145)
I* Zaporozhski7 maslozhirovoy kombinat,
(Zaporozhtye-Oil industries-Equipment-and supplies)
(Hydrogen) (OXY94)

280)
AUTHORS: Kagan, Ya. I., Bogdanov, 0. 1.j SOV/32-25-9-40/53
Bloshenko, A. As, Abakumov, N. 1.
TITLE: Automatic Weighing Unit for Small Weighed Portions of
Hard-to-pour Materials
PERIODICAL: Zavodskaya laboratoriyal 1959, Vol 25, Nrg, p 1132
(.USSR)
ATSTRACT: A device was developed for the automatic weighing of the
silver charge which is usedto produce powder metallurgical
contacts. The method of dosage by weighing is used,- the feed
of the charge being effected by means of a plate-shaped
charging unit, and the control of the scheme by means of a
Hg-contact breaker. The arrangeme-sit consists of the weighing
unit, the dosage device, and the controlling device. As foUows
from the description of the graph (Fig), the working principle
of the system is the following: the material falls out onto
a. turning disk from which it is brought into a sloping groove
by means of awiper and then falls into a tiltable scalepan.
At the moment where the desired quantity of the material is
in the scalepan, a Rg-contact is interrupted, thus intsrrupt-
ing the feed of the material and at'the same time starting a
Card 1/2 mechanism which empties the scalepan with the weighed
material.

Automatic Weighing Unit for Small Weighed Portions of
SOV/32-25-9-40/53
Hard-to-pour Materials
When the scalepan is empty and the balance of the scales is
restoredg the above-motioned Eg-contact is closed and the
process is repeated. Charges of 0-5-8-0 g can be weighed with
a precision of � 0-05 g in 4-5 seconds. There is I figure.
ASSOCIATION: Xharlkovskiy el6ktromekhanicheskiy zavod (Xhar,kov
Electro-
mechanical Plant)
Card 2/2

FTJNTp Ye*Aop kand.tekhn.nauk; SHCHERBAKOVA, N.V., inzh.;
BLOSHWO I K.
inzh.
Performance of the steel arah supports made from shaped
oeotions
in Donets Basin mines, Ugoll Ukr. 3 no-4:27 Ap 161.
- (M~ 14:4)
(Donets Basin-Mine timbering)

TATOMIR, X.I.; PUNT, Ye.A.1 BIOSHEW, I.K.;
SHCIEMBAMV, N.V.
Cost of supporting development workings of Donets
Basin mines in
relation to the depth of their loeatiob.
Sbor.trdd.Inst.gor.de:La
AN MIM to.8:98-106 161. (MMA 15:2)
(Donets Basin-Mine timbering-Costs),

TATONIR9 K.I.; FUNT, Ye.A.; BIWHENKO I.K.;
SHCHERHMVA, N.V.
Goat of supporting development workings in the
Donets Basin,
Trudy In5tgor dela. AN USSR no.IW06-111 162. (MIR.A
16:2)
iDonets Basin-Mine timbering-Costu)

TATOMIR, K.I.; MITj Ye,A*; BLOSHENKOt I.K.1 ANMUSHKO,
V.F.jSAPRYKIN, V.N,
Cost of maintaining haulage drifts depending on the
mining.
depth. Sbor. trud. Thet. gor. del& AN URSR no.13
tM-245, '67B
(MIRA 27t7)

~LQ==Q,_M,G,,_polkovnik; GATRIICOV, F.K., polkovnik;
KIRIN, I.D., pol-
kovnik; SHVIDGMM09 K*Te,% polkovnik; LOSHCHIWV, A.K.,
pod-
polkovnik; KWASOV, I.F..,gen'eral-loytonant, red.;
PZTUKHOV, V.I..
general-mayor, red.; RIMMO. P.M.. general-mayor,
red.; VILI-
CHINSKIT, I.K., polkovnik, red.: MUNIKOU, A.N.,
takhn.red.
[Training manual for-young soldiers; second edition)
Posoble po
obucheniiu molodykh soldat. Iod.2, ispr. i dop.
Koskva, Voen.
izd-vo X-va obor.SSSEL, 1959. 503 P. (MIRA 13:3)
(Military education)

- I t --t
I
I c-- lt~
;f
,P~~MMJDD,,N., saboyahchik.
Careful mine owners. Xast.ugi. 6 no.9:6 S '57. (XIRA
10:11)
(Coal mines and mining-Rquipment and supplies)

BLMMISTNI N. A.
Bloshitsin, N. K. "Contagious agalactia in karakul sheep,"
Karakulevodstvo i zverovodstvo, 1949,, No. 2, p. 66-67.
SO- U-3736, 21 may 53) (Letopis 'Zhurn2l Inykh Statey, No. 17y
1949).

'BLOSHKIN, Boris Fedorovich; PAZEL*SKIY$ S.V.p red.;
KORNEMA, V.I.y
~.r 0 ~. -
[Independent work and tests on mathematics in the
tenth grade;
handbook for teachers] Samostoiatellrqe i kantrollrqe
raboty po,
matematike d3Aa 10 klaosa; posobie dlia uchitelei.
Moskva, Goo.
ucbebno-pedagoge izd-yo H-va prouvo HWSRj 1961, 103 Ps
(MIRA 34:12)
(Mathematice.-Study and teaching)

BLOSHKIN, Te.G., inzh.
11
-.m0vmvWm" . -
-Op-- Ilectric are welding of rail joint@. Riul.
TSKIIGM no.3t13-14 158.
(Alectrio weldinig) (Blailroads-aails) (XIRA IUD

BLDSHKIVp Ye*G,p inzh,; YERSHOV, L.K., inzh.
Introducing the bkilt-up welding of dies. Svar.proizv.
no.lt26-28
Ja 162. (KMA 15:3)
1. Maskovskiy o~ytny7*ava6:-ochnyy zavod (for
Bloshkin).
2. Mos.kovekiy aT!~ savod im. Likhacbeva (for Yershov)
;epair)
es(Metalworking)~~intenance and

AM Rt Nnovko, V. M.P rnginear
0. K P Ye-. (r-.
TI77.1~4 *All-Union Conference on the hardracing of dies for.hot and
cold
9-formIng
pros
111-MIODICALi 8varochnoys proizvodstvop no. 3, 19631 44 - 45
TFATt Tho First All LUnion Scientific-Technicol Conference on
hardfacing
If dies was held at Volgograd from November '27-- 29, 1962. The
Conference heard
the following reports l N , T. Pronvirov (VNIIPD1ASh) on "Operational
conditional
and tiio typo! or forcing die. ~;= Pozdnyahova (1,24110Mzh) on
"Problems of th~
durability of dies and preon-forming steols"j N. A. P~pov, M31XMASh,
on a
structural peculiarities of carbide tools for cold extrusion and
upsetting;
1. 1. Ftumin. B. V. Danillehenko (Institute of Electric Welding imeni
Ye. 0. Pa~
tonT-on-Mectric-slac hardfacing of some dies"; L. Kolomiets (IM imeni
Ye .01.
Paton) on "Reconditioning of dies by electric-slarF ~rdfacing"; V, A,
Timchenkb
(ITZ Imcni Ye. 0. Paton) on "A machine with program control for
automati hard-,
0 sli
d i
facing of forging dies"j Reports on manual are-hardracina or
dies1were vero
by N. V. Popov (Volgograd Tractor Plant), V. M. Panovko, and Yt-AL-
nlqaukizi i I
(M~scow_�E~O_rimental Welding Plant); 0. A-7 Su --o-TC-helyabi-nak
Tra-a-to-r-ffint
pork
N. I. Nikolko (Ural Heavy 14achinsbuilding PIn-n-t Y1 SaM
("Rostsel-M&SIP),
N I Kuzovkova (GAZ), Yu. P. Zay-taev (MIIXWh), V. I III i (ZIL),
Gopovin
tar-v~et hakhtera" Plant), and others. in a deals on the Conference
mentioned deficiencies connected irith the subject, i.e. lack of
unified else-
trodes; of centra'
4zed production; of unified technological Instructions an
the hardfacing of dies; of methods.for evaluating'the quality of
hardfaced
metal, and lack of idgh-quality electrodes for hardfaving cast-iron
dies. The
t; Conference decided to take stepa In order to eliminate the
aforomentioned defi-
ciencles.

Ain
jD
0,
~ACCESSIDN NRi AP4044016 S/0193/64/000/008/0043/0046:
AUTHOR., Ib Hot Bloshkin, Ye. G.; Berg,
Vat V4ganovs
iTITLE: Electrodes for weldin and surfacing
7~
4-1
-6'k niik6--~ 6- omi-C as
-SOUR yu letenl:~ a y
CBS eu n ormatsii, no. 8, 1964,
143-46
TOPIC TAGSs aluminum welding-ele.-trode stainless steel welding
lelectrode
!ABSTRACT% The Moscow Experimental WeldLn
J S_P~lant.has developed several
new welding electrodes, a;nong.-tbam..-the-,0ZLs~14 electrode for wel4irip
0
e_1 't e- OZA
t anL ik -
is te s,truc -electrodes for weldin ralu
ma num.' Th e OZL-14 electrodes yiela aweld metal which contains 6-10%
larrite, and is resistant to intergranular corrooion even in a senai
~tized condition* The OZA-1 electrode can be used for velding chemical
:equipment, electric wires, and aluminum containers. The OZA-2 elec-
~trode is suitable for the repair oi defects in aluminum castings.
Card 1 f2

C
I
t
i
I
I
f I

YASHITSKJ~YA, G.V. ; VAGAI'16') I I.M.; J31A).';IIK'H%*
, Yo.G. - DERG, T.V.
-1 . - ;rodes for ue]a~ng and lb-al ' Piu.1 . teld.
.-tzkcr. . Inform.
i A. X.
Gos. rauch.-Asq-1. Inn.. natic-L. i tchh. inforut. !7
n0.8:43-46 Ag 164.
(MiFth 17:11)

JA
0 S H T-` ,
BIJ)SHTEYN A.A ODNOPOZOV, A.
Using sealing paste for threaded connections of gas pipes. Cks.
proms no,7:30-32 JI 156. (Gas fitting) (KIRA 1111)

?> ~ C) -:~r ~ T-k / kl) A hL,
BLOSETRU, A.A., Inzhener.
'-- ~Zhe fuse or' precast reinforced concrete In
heating and gas
pipelines. Biul.takh.inform. 3 no.7!11-16 J1 t57.
(MIRA 10:10)
(Pipea, Conefets) (Boating -pipes) (Gas pipes)

BICSIITM, A.A.$ insh.
_", -
Trendhless installing of heating pipe duots. Biul. takh.
inform.
4 no.2:30 7 158. (MIRA 1113)
(Uningrad-Heating pipes)

MNOPOZOV, A.I.0 inzh. 9" insh.
Dwelopment of heat and gas supply in Isningrad, Elul.
tekh. inform.
4 no,5:6-9 W 1.00 (KIR& 11:8)
(Lentograd-Zeating from central stations)
(Ioningrad-Oas-,Distribut ion)

GILISHTM, P.M.,
Mounted mulch-culture cultivator with subsurface sweeps.
Trakt.
i sellkhosmah, 30 no-11:32-33 N 160, (MIRA 13:12)
(Cultivators)

T. tlIk
W 2--ji 7"xlvjp)#*Imjj mu MA -v mile
IYOW
Lee
&A
muctwe On the
00 c hjhW%" 4f I I ~~ ,
_1110111 v vow M and IV w" caled
I Iutkn at A)
so I OWN ii,~. ck"4 (U.4, v1duEs for cracut of the rate of No ev
der of
and tat ttm_- t=suy bmM be studied tmm and U have the RAMe or -00
cXPIC114ve, fr! rs; W=ks t bIcthjnW*ndIV1 1V
of ~tbc Viewpoint 'A cbel. gtvmdwv' MFOlkn.0bulmr. assbill,ty.
both being lnocb k- Ina of ltabilitY Of 1 .00
wbok At This relative dcote
Ito "lial &F-Of"oen' of *'*. the 11101- is the trilpt stable -
It b,,jj of inductive Ofects srs" 4too
00 a Iscul data which characterim cnb#Vim (0) am Could be
predicted (in I a Nth sma in The
A W "ty of the f xt,;
j t1~vrj=z;,A f,"&" (11) " of the coutitutlow WR ( was pf
; (e.g., a, nderstandinS dk-tioll Dew czvW--Vc from the it-Ad
&YI ijoer,
so .3 inadect"tc for tkms. 2-4-6-Tt"N's"O . NaNs In 9 -ill - of
1K' coo
" Of elplojv"', and (or pre d. 2 ..a-(NO,)IC6HIj With tirring We
tol"*
v Said K bedecOMPIl-01" Ex
el 'I=
icalls have Pre$ that
00 3 "Ceeptils, P,,dictt~d by the U 11.0 and 37 -. A, c w"
AcUral -5"* 0
i cosq. (1). They be N group b" the '.1*10 g. 2.4.60(h).
6;11,COCI in 21111 cc. led). -tiOually
06 (higher Icolp, in t be stfictly AvOW too
00 kd (0&0 OWY t:,H;MN. (in) aad Ito we-
i; could be syntbes BAN, (11). o-NOO A j into _let and
0 :~j "perima of h, and then Pont bib After 3
cyclk suvictwe., (110 illm" WICIP& for ~ stignd (of 3 "
01gained. tit 92 41'
0,Cjt.coN, ~~v to det. tm UVA. tab were
..N rAt - 45% of dark cry$ 8-127, coll"Ir"
its with 1. It was (,p) of 1. ljowswer. the rA from AcNIc We mpd
at toolit temp
00
prowl bar d III fecrYst 1,673. deco, Itt 1()()
~1 C . and In-
. 1. it.) and porse ) d'- PD. Te V. tn. 1-00
e0 I
1. pof I and the OlUrAdMweve (decOl"Pt" 'Al. in "n . 000"t" &wit
U oil In has the yelIc Inru' ;O'clany r& goo
0
dim" that the NI Foup th, KlIstraw-D t"Obod IFA.W. (front AcWte)-
so 21
caled accordins to .kd. from kno" -00
1ture:4. VMS jj.-Ujo). Q3r. babill
C 19.2297
110i
009
ASO-It& It, jAt CLAISWICATION woo
A UAIKAL LITIRAT
Ito.. 11911
14 Aj
T 'T An I 1
U %1T t0 0!0 a00 0 0 0 00 900 00 0 0
it 0 0
- logo 0 0 ia go, 0" U '0 0010 0 0 000 0 0 0 6 0 0 0 0 0 0 0 s,"
0 0 0a 0 0 0 di 0 0
04

AFANASIYEV, A.V BLOSHTEYNY F.I.; Prinimali uchastiyes
LANGOVAYA, N.Kh.;
Use of molybdate chrome orange for leather finishing.
Lakokras.-
matJ ikh prim. no.6173-74 162. (MM 16:1)
1. Prpyektno-konstruktorakoya i takhnologicheakoye byuro
Upravleniya, koshavenno-obuvnoy i makhovoy
promyshlennosti
Leningradskogo soveta narodnogo khozyaystva.
(Dyes and dyeing-Leather)

BLOSHTEYRI F.I.. DCROGOVA, M.G.
Some characteristic properties-of black pigments, Lakokras,
xatA ikh prim. no.1:34,36 16~. MIRA 16:2)
I.- Proyektno-konstruktorskoys tekhnologicheskoye byuro
Upravlenlya kozhevenno-obuvnoy i mekhavoy promyshlennosti
i zavod khudozhestvemykh krasok Leningradskogo soveta
narodnogo khozyayst~u,
(Pigments)

AFAMSIYEV, A.V.; DIRATEYN F I - PETUKIIGVJP
14.8.; i-tELAMMID, IIIII.L.;
11' %4-~l
KUTOVSKIi '7T.Ta-.;.- S-tZIUM, V.D.
Coating concentrates for leather finishing
containing a new
synthetic binding agent substituting for casein.
Kozh.-obu,.,.
prom. 7 n0.8:11-14 Ag 165. (M-MA 18:01)

BLOSHTAYN, 1.
"WRWAMMVM-
Now system in furaiture trade. Sov.torg. no.5:31 My
156.(WLRA 9:8)
1. Direktor mobellsogo magazina No. 29 Mosesballtorga.
(Moscow-41uniturs, industry)

BWSHTEYNP L
Our suggestions to the furniture Industry. Sov. torg.
no.8:1? Ag
(MIRA 11:9)
1. Zamestitell direktora Maga21na No.15 Mosmebelltorga.
(Furniture industry)

BLDS4TE)Mt I.
Research on the specifications of furniture with
polyether coating.
Sov. to?? 35 no 2-.3EW+0 r 161. (MM& 34:3)
%~;;;e-Specifioations) (laquer and lacquering)'
I

KOIXISNIKOVP F., inzh.;-BLPSHTSYN, Ye., inzh.
The difficulties in the mamifacture of spiral bevel gears have-
been avercome,sl,rolling substitutes for cutting. Tekb.mol. 29 no-52
344-,61. (KMA 14-IS-)
(Gear shaping machines)

w
`ff~ ji
I Is 0 U 11 14 U is IF is AI* it
& a ~F 0 it a a a 6le 0
"A ---A. a-m-f-A-4 .-3-L- 11 . # .
0 kP Rl~pjkj
00 2!11111 ANO 16C~.l
00 16
'616" RUIA I I n. Un To
lip .00
IOW" the temP. Of the lumam. UPS"'Or inhid' M4 Is adEw to the
dmrm
o: 0 r.0 0
13 a**
Cos
o04 ...
00
00
040-1 A I m - S L ANVIA&ONGICAL LOIC&ATLOF CLASSWICATION K.Z-
aid.. oa.3ftv
Sajobi kit M. Obt .... 84 A8 1C'k-
00
An JL t v ado 14 RIMUZ43 6-
U it AT IQ P b it OR or a Is 9 Mall Itic"On 1 0 0 of 0 a 00 0
64
o0 0 0
7~004'1: 0 0 : : 1: 4 : 0 *01 0 0 90 so I go 0

U 10 a
I A 4 11 9 U U It 1y 11 1,1112 M,145 Una
-A p 9 A. 1-1 -- v AA 0 Cc 0 1
fir O~p I-P aswos
Afto Off"01-11111 .M.
I w w 0 1111 0 v a w a w w W-w-w-w-
a it v u 34 Is b v a 4 41 12 a a
t'- ff~
,v
%,n inKW dbCUftkXC
00
00
A MAIALt~Kak-tflfl&l LA t CL&HOICA11011
A, 10 Ill; a,
it
0 Is lob
A 0
doe
coo
see
x woo
as 0
1.00
UO
U*o
tie 0
s&&Ai 4w 'i" Poe
An 1 4 tw 0 Of I N so 5 a a 31 1

BLOMTEYN, I.I.
Modern layout for sulfits gas and heat rooovery,
B=.prom-30 no.32
14-16 Mr 155' (MU 8:4)
:ekhnolog
1. GlavW
Giprobma.
(Pape making machinery) (Sulfite liquor)

BLbSYTE-f N,
MMON, Nikolay Nikolayev4ch; KOX&ROV, F.P., kandidat
tekhnicheakikh
nauk, reteenzent; SAPOTHITSEY, S.A., kandidat tekhalchaskikh
nauk.
reteenzent; ROZINBIRM, N.A.. kandidat tokhaicheakikh nauk,
retsenzent; BLOSM%rYN, I_.I., Inzhener, reteanzent; GRYMAN,
A.A.,
inzhener, reteentienz-;-ZINCRUTIV. B.M., inshener,
reteenzent;
KEO%. V.K., redaktor; MOROV, V.M., redaktor izdatel'stva;
KAHARIK, N.P., takhaicheskiy redaktor
[Technology of woodpulp] Tekhuologita teelliulozy. Moskva,
Gos-
lesbumi2dat.Vol.l. [Bulfite-callulose manufacture]
Proizvodat4o
sullfitnot teelliuloxy. 1956. 748 p. (MLRA 9:7)
(Woodpulp)

FLIS, I.Ye.; BYNYAYRTA, M.K.; ~ -~OSHTI~~J.
Conditions required for a chemical method of
preparing chlorates.
Zhur.prikl.khim. 33 no.4:779-788 Ap 16-0. (MIRA 13:9)
(Chlorates)

BIOSETIM-1.4.; TAKUBOVICH, S.T
Metbods for wear tests of lacquer coatings on furniture.
Lakokras. mat. i ikh prim. no..6:57-60 160. (NEU 13:12)
1. Moskovskly institut narodnogo khoxyaystva im.
G.V.Plekhanava.
(Wood-finishing) (Iotaquer and l&aq*ari,ng--TestIng)

IMZA,NDV$ V.S., kand.toldin.nauk; BLOSHTSINJ I.I.,
inzh.
Measurement of gless. SvototekJmika 7 no.7:26-29 JI
161.
(MIRA 14:8)
11 Vaesoyuznyy svetotekhnicheskiy inatitut i
Moskovskiy
institut narodnogo khozyaystva imeni PlekbanovalA

BIDSHTSIN, I.I.
Standardization of measuring the gloos of
varnish-paint coatings.
Standartizafaiis, 25 no.9.36-38 S ~61. (MDU, 14:9)
(Varnish and varnishing-Standards)

Z/011/61/018/011/001/004
9112/E553
AUTHOR: Bloshteyn, I.I.
TITLE: Semi-industrial production of chlorine dioxide
PERIODICAL: Chemie a chemick& technologie; Prvehled technickel a
hoapodAllskt literatury, v.18, no.11, 1961, 501,
abstract Ch6l-6926 (Bumazh. Prom. 36, No.4, pp.6-io,ig6l)
TEXT: The technology of preparation of hypochlorites and
chlorates is described and-the chemistry of their formation from
calcium chlorate and hypochlorous acid, produced by the chlorina-
tion of calcium hydroxide, in discussed. A solution containing
calcium chlorate is reacted in presence of calcium chloride with
sulphuric acid. Chlorine dioxide and chlorine are produced.
Manufacture of bleaching powder* and solutions is discussed and
tests for corrosion-reststance of materials used in its production
ara.presented.--
4 figures, 2 tables, 4 i-eferlences.
[Abxtractor-a Note.i Complett.trane'lation.]
Card 1/1

)USHCHENKOY Kop. dpktor khimichaskikh 11 ..Ye., kand.khimich. nauk;
P
13YNYAYKV,A'-- Oimioh. lauk; K~RYUIKK A Z.M., Vmd.khinick.
kand.~
nauk; 91MIS,'K.Yu., kand.khinI4-..nauk'
DOBRYSHIN,'K.D.i inzk. FISH, inzh.
Technology of the production 0t chlorine dioxide. Trudy LTITSBP
no.8s8l-88 161. k (MIRA l6s9)
(Chlorine oiides)

GRIGORIYEV, G.P., kand.tekhn.nauk,; VAYDMAN, R.I.,
Starshiy Inzhener;
BLOSHTE:Yny~l I-*) starshiy inzhener; ZHOLONDZI, I.A.,
starshiy
fUlOn-er; TURUNINA, Ye.I.p starshiy inzhener
Development of formulas for the lining of the towers
for chlorine
dimcide bleaching of pulp. Report No.li-Impormeable
lacquer-paint
base coating. Trudy LTITSBP no,.U-.83-87 162. (MIRA
16110)

BLOSHTEYN, Ij.,Ansh.; VAYDMAN, inth.; GRIGORIYEV,
G.P., kand.tekhn.
___ ;ia; PASECHNIX, S.Ya., doktw tekhn.nagk.
7;
Testing corrosion-resistant materials during the
production of
chlorine dioxide. Trudy LTITSBP no.8s89-95 061. (MIRA
16,.9)
(CorroBion-resistant naterials-Testing)
(Chlorine oxides)

GRIGORIYEV, G.P.; BLOSHTEYN I,I.; VAYDMAN, R.I.
L-.:=-
Selection of materials of corrosion-rasistant under
the conditions
of chlor.ire dioxide production and bleaching of
cellulose. Trudy
LTITSB!~:t~&:LW12-216 164. (MIRA 18:8)

BLOSHTEYN, I.I., kand. tekhn. nauk; BUYANOV, A.A., inzh,;
VOIKOV, Ye,N, . inzh.
--------
Device for testing and automatic control of the viscosity
of
lacquer and paints. Der. prom. 14 no,9s22-23 3 '65.
(MIRA 181:12)

BLOSHTEYN, I.I., kand. tekhn. nauk
Devices for quality control of the finishing of
manufactured
furniture. Der. prom. 15 no.1:5-6 Ja 166. OURA
19:1)
1. Vsesoyuznyy nauchno-issledovatellskiy i
proyektnyy institut
derevoobrabatyvayushchego mashinostroyeniya.

BIOSR ~S ~-- -
I
Experience in receiving yarn directly from sliver onto the
spinning frames. Sbor. nauch.-isel. rab. TTI no.4:120-130
'57- (MIRA 11: 9)
(Spinning machinery)

s/ii7/6o/boo/oi2/o2i/b22
AOo4/Aooi
AUTHORS; Bldshteyn Ye A Nizov, F. A.
TITLE: The Cooperation Bet-teen Institute and Plant
PERIODICAL: Mashinostroitell, 1960, No. 12, P. 42
TEXT: The authors report on.the 4-1troduction of the hot-rolling of
the
driven spiral bevel gears of the main automobile transmission at the
Moskovskiy
avtozavod im. Likhacheva (Moscow Automobile Plant im'. Likhachev).
Formerly these
gears were produced by gear-cutting machines which resulted in a
metal waste of
nearly 50% of the net metal weight. The Nauchno-issledovatellskiy
institut tekh-
nologii avtomobillnoy promyshlennosti (Techndlogical Scientific
'Research Institute
of the Automobile Industry) NIIT-Avtoprom, after having studied the
problem to-
gether with the Plant staff, developed the new process of hot-rolling
the bevel
gears from blanks preliminarily heated by h-f currents. A design
group of
s
ecialists was formed at the Institutex headed by V. V. Yakimanskiy.
His theory
p
of spiral bevel gearings was taken as the basis for the development
of the new
process. The design of the special machine for the rolling of bevel
gears, pie-
tured in FiMjre 2, was conferred upon the leading designer 1. 1.
Krichinskiy and
Card 1/3

S/117/60/000/012/021/022
The Cooperation Between Institute and Plant Aoo4/Aool
N. A. Shlyapin, engineer of the technological Figure 2:
department. The machine is a complex aggregate
carrying out the induction heating of the
the rolling of the teeth and the burnishing of
the rolled gears. To increase the accuracy of
the rolled gears the kinematic circiUt of the
machine was shortened and rendered more rigid
This was attained by synchronizers, straight
-'Ut tM_
bevel gears, mounted on the same axis with the
workpiece and tool, which are geared in simul-
taneously when the rolling tool and the work-
piece are meshed. To find the most expedient
way of heating the blank over all its end Sur-
face, the design office of the electric heating J
shop of ZIL, headed by I. N. Shklyarov, devel-
oped a numberof inductors and suggested the
design of a ring-shaped heater, ensuring a
qp~ick and uniform heating 'of the blank. To
protect the blank from scale, the-aureole of internal gas was used,
preventing the
Card 2/3.

S/117./60/000/012/021/022
The Cooperation Between Institute and Plant A004/AO01
access of the atmospheric oxygen. The new hot-rolling method of
spiral bevel
gears reduces the metal waste per gear to 4 Xg and considerably
increases the
labor productivity. The author points out that the automated
production of
spiral bevel gears by the new method in -,'-,lie plants of the
automotive industry
will save some 6,000 tons of alloyed steel by the end of the
Seven-Year Plazi ~Lnd
will disengage more than 50 unique gear-outtinR machines, At
present, industrial
prototypes of gear-rolling machinesvirth automated blank
setting and removal of
the rolled gear are being produced by the experimental plant of
KITAvtoprcm,
There are 2 figures.
Card 3/3

SVIRIDOVJ, Yu.P.;_RjR�HLE)T.,
.1,
"Fundamentals of the design and manufacture of plastic
parts in
the automobile industry" by G.A. Malyahev, A.N. Ezerskii.
Reviev-d
by IIJ.P. Sviridov, E.A. Bloshtein. Avt. prom. 30 no.8:48
Ag 164.
a- (MIRA 17:11)
1. Nauchno-issledovatellskiy institut tekhnologii
avtomobillnoy
promyshlennosti.

20153
o~ S/02 61/000/005/001/002
D034YD113
AUTHORS. Koleenikov, F. and Bloshteyng Ye., Engineers
TITLEs Difficulties in manufacturing spiral bevel gears have been
overcome by rolling instead of cutting
PERIODICAL: Tekhnika molodezhi, no. 5, 1961, 3-4
TEXTs The article deals with the manufacture of spiral bevel gears
and re-
views the advantages of the rolling process over other methods.
Casting
will not do because of the porosity of cast metalg and gears have
to with-
stand large dynamic loads. Stamping will not always yield accurate
and
uniform dimensions of the gears. It requires also expensive
presses and
tools with exceptional outting,qualities. The prevailing method of
machin-
ing spiral bevel gears on special gear-cutting machines causes a
waste rate
of nearly 506 of the expensive alloy steel in the form of chips.
The me-
thod of hot gear rolling is not new but was not used for spiral
bevel gears
heretofore due to the lack of a suitable rolling machine
guaranteeing an
unfailing accuracy of the jnrts. The Moskovskiy avtozavod imeni
Likhacheva
(Moscow Automobile Plant imeni Likhachev) in cooperation with the
Nauchno-
isaledovateVskiy institut tekhnologii avtomobillnoy
promyshlennosti (Scien-
Card 1/4

20153
S/029/61/000/005/001/002
Difficulties in manufacturing ... D034/D1l3
tific Research Institute of Automotive Engineering - NIITAvtoprom)
have now
developed a new method and a machine for rolling spiral bevel
gears (Fig. 1).
The machine includes an induotion ring heater that heats the gear
blank
uniformly, a gear shaping tool that presents a mirror copy of the
gear to be
prod-aced, and synchronizers or straight-tooth bevel gears. The
synchroni-
zers are mounted on the same axis of rotation with the gear blafik
and tool
and have -the same ratio. Scale formation on the hot blanks is
prevented by
shielding with endogas. The operator places the blank and starts
the ma-
chine with a push button. The blank.in the annular heater becomes
red hot
in 20-30 ser.. d"Ind a time relay gives the command for the
retraction of the
heater and feed of the spindle with the rolling tool. Gas a-apply
into the
rolling zone starts simultaneouslyg and the gas flame over the
blank pro-
teats the surface from oxidation. The formation of teeth on the
blank is
gradual hit -apid. The entire rolling process lasts less than 2
min. The
flame disappears at the end of the prooessq and' a mechanical
"hand" carries
the ready gear to a table. The gear surface is completely free of
scale
and the finish is good. The new method will be applied in -7arious
branches
of the machine building industry,. A production-line at the Moscow
Automo-
bile Plant imeni Likhachev already includes such semi-automatic
gear rolling
Card 2/4

201!53
S/02gj6l/000/PO5/001/002
Difficulties in manufacturing D034/DI13
machines. The experimental vlant of the.NIITAvtoprom has produced the
first
machines for other plants., The, estimated metal econoiny throx.,gh
eliminated
metal les3es inherent %,.,ith gear cutting is'40%. The machine
do.-Acn uas
developed at.NIITAvtoprom under the dirootion of the experJMental
enoineer,
Candidate of Technical Sciences V~ V. Yakimanalciy; the chief
desir,-ner Was
1. 1. Xirichinskiy; engineer 11. A. Shlyapin heading the
Technological Do-part-
men~, conducted the experiments. I. N. Shhlyarovj head of-the design
office
at the electric-heat shop of the Moscow Automobile Plant imeni
Lill:hachev,
contributed to the development of the induction ring heatine system.
There
are 3 fieures--
Card 3/4

20153
S/02 00/005/001/002
Difficulties in manufacturing 'D034YDO1.13
T!"'Tr
LX
ma.
IOPXWA
c AAX
Tom
CRVPdA*"O-KO"u,4c-
:Z#-
exux
2g
I i 7,11
. . . . . PAO- pj
Machine for hot rolling spiral bevel gears
Card.4/4

BLOSHTEYNO--Ye. A.1 XDLESNIKOVp F,N,
Standard automatic line for assembling and part macbining of
connecting rods for automobile engines. Biul.tekh.-ekon.
inform. no.6:19-20 161. (MIRA 14:6)
(Moscow-Autom'obile industry)
(Automation)

BLOSHTEYN Ye.A..,- XAPLUNj M.M. -
Automation of the assembling of automobile units.
Mashinostroitelf
no.2:12-13 F 162, * (MIRA 15W
I&
04oscow-Automqbile industry) (Automation)

Automation of assembly operations, Avtoprom, 28- no.8:46-47 Ag 162&
(MIRA 16:3)
1, Nauchno-isoledovateltakiy ijistitut avtomobillnoy promphlennosti.
(Automobile industry) (Automation)

SADOVNIKOV, V.A.; BLOSHIEYN, Ye-A.
Honoring the trade mark. Art.prom. 29 no.lt47-48 Ja 163.
(KIRA 16:1)
1. Moskovskiy iavod malolitrashnykh avtomobiley i Nauchno-issle-
dovatel'skiy takhnologicheakiy inatitut, aytomobillnoy promyshlen-
nosti.
(Moscow-Automobile industry)

BLOSHT M , Ye.A.; POLEVOY, S.1a.
Technical progress at every working area. Avt.prom. 29 no.3:46
Mr 163. (MIU 16:3)
(Minsk-Automoblie industry)
m

BLOSHTErN. Ye.A-
-~M I
More high-~qualitr-~roduction at minimom cost. Art.
prom. 29
no. 4 6. "-1+5 1 Ap '163. (MIRA 16s6)
-Outomobile industry)

SURKOVA, A. V.; BLOSHTErN,
Making forging die isTressions by electric pulse techniques.
Avt. prom. 29 no.5t38-39 My 163. (MIRA 164)
1. lauchno-issledovatel'skly institut avtomobillnoy prx~mh-
lennosti.
(Electric metal cutting')

C HAPC H I bCIV , BIX)SHTEY11, Ya.A.
-litomation of the production of foundry cores.
no.4:11-14 Ap 1614,
Lit. proizv.
(MIRA .18:7)

I
BLOSHTEYN9 Xe.A.; NABATOVAo R.Ye.
Wor)dng with newspaper and ma$asine clippings in the Scion-
tific Research In4titute. NTI no.10:11-14 163.
(KIRA 17:1)
P

BI4sHmN# Ye.A,
Automatic corema)dng in founding. Avt. prom. 29 no.8s"-46
Ag 1. 63. - I I (MIRA 16:11)
1. Nsuabno-isisledovatellskiy inatitutavtomobillnoy
promphlennosti.

GILISHTSYN P.M. [HIllshtein.. P.M.).. inzb.,-
BLOSHTBYN, Te.V. [Blashtei4s
JE.V.1,9 imh. -
KPI,-2-100 cultivator with subsurface sweeps. Mekh.
sil 'a hosp. 12
n0. 5:22.~23 My 16,1.- (MIRA 14:5)
1, Odesakiy zavod im*,Oktyabrlskoy revolyutsii,
(Ci~ltivators)

BLOSHTEYN [Bloshtein, E.V.1t inzh.-konstruktor
TP ey!~ -
Subsoil plow. Makh. oil'. hosp. .13 no.9t27-28 S 162.
(HIM 17 s 3)