Tuesday, February 7, 2017

192.) ДСП-30 Дальномер САПЕРНЫЕ прибор - DSzP-30 Utásztávmérő - Combat Engineer's coincidencial Rf. optical Rangefinder & Retrospective Photocameras: Leica, FED-2

ДСП-30 Дальномер САПЕРНЫЕ прибор - DSzP-30 Utásztávmérő - Combat Engineer's coincidencial optical Rangefinder (Wikipedia)

Uploaded: 18+ 28.09.2017.-100%:+++

above: MedRes! ДСП-30 Дальномер САПЕРНЫЕ прибор DSP-30 - DSzP-30 Utásztávmérő - Combat Engineer's Sapper coincidencial Rf. optical Rangefinder "Panzershrek" (DSzT-451)   http://airartgrafika.blogspot.hu

above: NoHigher! The coincident #Paparazzi's target

 above: MedRes!   below: NoHigher! DSP-30M  source: ohota-rybalka
Hu. text: A DSZP-30 (Déeszpé-30) 50m-től kb. 6-700m-ig nagyon pontos, elvileg 2 km-ig használható. Tisztán fém-üveg konstrukció, semmi elektronika. Bármelyik lézertávmérőt agyonüti (fizikailag, nem pontosságra). source: Index.forum
Blogger: Hátrányai az EMES-16-al összehasonlítva;
- külön van a távolságleolvasó mikroszkóp okulár,
- nincs rajta vízszintező szelencés libella,
- a kilépő optikákhoz nincs felszerelhető árnyékolás,
- méretéhez képest nehéz,
- nehézkes szétszerelhetőség a vízálló szigetelések miatt,
- az élek teljesen szögletes kialakítása.
above: NoHigher! Vintage, Soviet Red-army RECONNAISSANCE SAPPER RANGEFINDER DSP-30.
It is an optical monocular with short base rangefinder designed to measure the distances to remote objects within the range of 50 to 2000 m.
Rangefinder DSP-30 has two long-range scale: uniform scale parallax angles from -50 to + 1250 '' with the price of division 2 "and an uneven scale ranges from 50 to 2000 m with a variable cost divided by the different sections of the scale (in the area of ​​50-100 m division value of 0.5 m 100-150 m - 1 m, 150-200 m - 2 m, 800-1000 m - 50 m, 1000-2000 m - 200 m). The plot scale from 1000 to 2000 m with a scale division 200 m for the accurate measurement can not serve, and is used only for the coarse range estimation. Scale parallactic angle in arc seconds serves to enhance the accuracy of the amendment of the readings in the presence rangefinder rangefinder disorder in distance. It can also be used to measure the distance by known target size (as the goniometer), taking into account the correction factor to the device indicated on the device.
SPECIFICATIONS:
Base 30cm
Increased 12X
Field of view:
Left optical branch 3 degrees
Right optical branch 57 '
Resolution:
In the horizontal direction 8 ''
In the vertical direction 14 '
The size of the exit pupil 1.2X2.4 mm
Eye relief 15mm
Diopter setting +7 to -3 diopter
The distance from 50 to 2000 m
The error in the measurement of distances:
From 50 to 100 m is not more than 0.5% (less than 0.5 m)
From 100 to 200m 0.5-1% (0,5-2m)
From 200 to 500 m of 1-2% (2-10m)
From 500 to 1000 m of 2-4% (10-40m)
Dimensions mm 360 X 130 X 66,5 mm (14,2" X 5,1" X 2,6" )
Weight rangefinder:
In operation, 2.2 kg
In the case of 3.2 kg

Outer Aproximately dimensions of the bag/case are:
40cm (15,7") tall.
15cm (5,9") wide.
12cm (4,7") deep
The carring strap is 100cm (39,4") long and can be set longer .
Total weight (rangefinder with carring case)-3,2kg (7Lbs)

More info how to use the rangefinder:
Bringing the rangefinder to the working position and production measurements
To bring the rangefinder to the working position and production measurements should:
Rangefinder remove from the case;
Rangefinder take both hands and bring it to the eye eyepiece so that the input windows were sent to the target;
rotating the diopter ring eyepiece sharpness achieve the objectives and the dividing line of sight at the same time;
to make adjustment of height;
Bring rangefinder to the target, so that the observed line loop target is approximately in the middle of the measuring window, and perpendicular to the line of separation of the upper and lower semi-fields;
Rotating metering roller, combine the contour line image is observed in both semifields line therebetween and then through the microscope on a scale to produce the count distance;
For better results repeat measurements 3-4 times .
According to provide samples to calculate the arithmetic mean, which is taken as the required distance to the target (the object)


The device is in good optical and technical condition .
Have some lost paint somewhere and clean optic on the lenses .
Except one very ,very light (can not say even scratch ) on the lower lense -please take a look at the detailed picture made for that reason !
Which is ABSOLUTELY NOT FATAL OF THE USAGE OF THE RANGEFINDER !

above: MedRes! DSzP-30 and Manual DSzT-451
 above: MedRes! Original Manual - Kézikönyv    below: NoHigher! Explain draw from manual
Назначение:
Саперный дальномер является оптическим короткобазным монокулярным дальномером. Он предназначен для измерения ширины рек и расстояний до недоступных объектов в пределах от 50 до 2000 м.

Основные тактико-технические характеристики:
База 30 см
Увеличение 12 Х
Поле зрения
левой оптической ветви
правой оптической ветви 57'
Разрешающая способность:
в горизонтальном направлении 8''
в вертикальном направлении 14''
Размер выходного зрачка 1,2х2,4 мм
Удаление выходного зрачка 15 мм
Диоптрийная установка от +7 до -3 диоптр.
Измеряемые расстояния от 50 до 2000 м
Ошибка при измерении расстояний:
от 50 до 100 м не более 0,5% (не более 0,5 м)
от 100 до 200 м 0,5 – 1% (0,5 – 2 м)
от 200 до 500 м 1 – 2% (2 – 10 м)
от 500 до 1000 м 2 – 4% (10 – 40 м)
Габариты 390х130х66,5 мм
Масса дальномера:
в рабочем положении 2,2 кг
в футляре 3,4 кг
Комплектность
В комплект дальномера входят: дальномер; футляр; ключ для выверки по дальности; отвертка; салфетка; кисточка; инструкция по применению.

Дальномер ДСП-30 имеет две дальномерные шкалы: равномерную шкалу параллактических углов от -50 до + 1250'' с ценой деления 2" и неравномерную шкалу дальностей от 50 до 2000 м с переменной ценой деления на разных участках шкалы (на участке 50-100 м цена деления 0,5 м; 100-150 м - 1 м; 150-200 м - 2 м; 800-1000 м - 50 м; 1000-2000 м - 200 м). Участок шкалы от 1000 до 2000 м с ценой деления в 200 м для точных измерений служить не может, а применяется только для грубой оценки дальности. Шкала параллактических углов в секундах дуги служит для повышения точности измерений внесением поправок в показания дальномера при наличии расстройства дальномера по дальности. Она также может быть использована для измерения дистанции по известным размерам цели (как угломерный инструмент) с учетом поправочного коэффициента К прибора, указанного на корпусе прибора.
Поле зрения дальномера ДСП-30:
1 – линия раздела; 2 – верхнее полуполе; 3 - нижнее полуполе.

Приведение дальномера в рабочее положение и производство измерений
Для приведения дальномера в рабочее положение и производства измерений необходимо:

  • вынуть дальномер из футляра;
  • взять дальномер двумя руками и поднести к глазу окуляром так, чтобы входные окна были направлены на цель;
  • вращением диоптрийного кольца окуляра добиться резкости изображения цели и линии раздела поля зрения одновременно;
  • произвести выверку по высоте;
  • навести дальномер на цель так, чтобы наблюдаемая линия контура цели находилась примерно в середине измерительного окна и была перпендикулярна линии раздела верхнего и нижнего полуполей;
  • вращая измерительный валик, совместить изображение наблюдаемой линии контура в обоих полуполях по линии раздела между ними, после чего по шкале через микроскоп произвести отсчет дистанции;
  • сбив показания дальномера поворотом измерительного валика, повторить измерения 3–4 раза.
По полученным отсчетам вычислить среднее арифметическое значение, которое и принимается за искомое расстояние до цели (объекта).
Применение
Дальномер применяется инженерными наблюдательными постами и разведывательными дозорами для определения:

  • ширины водных преград и других естественных препятствий;
  • расстояний до разведываемых объектов при работе с наблюдательными приборами и средствами фотографирования;
  • расстояний до недоступных объектов.
Практические пределы измерений расстояний дальномером составляют 50 – 1000 м при точности измерений в этом диапазоне от 0,5 до 4%.  source: gaffarov.ru

above: HiRes! DSP-30M coincidencial Rf. optical Rangefinder - Képvágós/Kompenzátoros távmérő

above: NoHigher! Current Hungarian Combat Engineer badge - Alkalmazott Műszaki-Utász és Gépész szakcsapati - fegyvernemi jelvény

above: NoHigher! Hu. Army retro: Two Major: MN7038 Szabadszállás Két őrnagy. Right: Brigade Duty - Egys.Ügy. "növekedésgátló Antant" szíjban


above: Left: NoHigher! Military fashion   Right: MedRes! Kendall Jenner topmodel with leather belt and coincidence suit

Kendall Nicole Jenner (born November 3, 1995) is an American fashion model and television personality. Originally known for appearing in the E! reality television show Keeping Up with the Kardashians, Jenner is now also a model in a movement dubbed "the Instagirl era" by Vogue magazine, or "Social Media Modeling" by Harper's Bazaar, where models are chosen due to their online presence and social media following.
After working in commercial print ad campaigns and photoshoots, Jenner had breakout seasons in 2014 and 2015, walking the runways for high fashion designers during the New York, Milan, and Paris Fashion Weeks. Jenner has done multiple editorials and cover shoots for LOVE and various international Vogue editions, walked for Victoria's Secret, and acts as brand ambassador for Estée Lauder's multimedia ad campaigns. Jenner made her debut at No. 16 on Forbes magazine's 2015 list of top earning models, with an estimated annual income of US$4 million. As of 23 November 2016, she is one of the top 10 most followed celebrities on Instagram with 68.8 million followers. ...  https://en.wikipedia.org/wiki/Kendall_Jenner

above: NoHigher!   below: MedResDSzP-30

above: MedRes! The belt holder - A hevederhordó   below Two: HiRes! Holder canvas hard-box

above: MedRes! Holder style for belt - Szállító heveder
aboveNoHigher! DSzP-30

above: MedRes! #DSP-30 30 cm handle combat engineer rangefinder - kézi utásztávmérő to 50 - 2000 m    below: NoHigher!  source: AVITO   source: guns.alizip.org

Назначение: Саперный дальномер является оптическим короткобазным монокулярным дальномером.  Он предназначен для измерения ширины рек и расстояний до недоступных объектов в пределах от 50 до 2000 м. 
Комплектность: В комплект дальномера входят: дальномер; футляр; ключ для выверки по дальности; отвертка; салфетка; кисточка; инструкция по применению. 
Устройство: from First pics draw: и 12 – защитные клинья; 2 – подвижная положительная линза компенсатора; 3 – отрицательная линза компенсатора;
4 и 13 – пентапризмы; 5 – объектив; 6 и 10 – отражательные призмы; 7 – коллектив; 8 – бипризма; 9 – оборачивающие линзы; 11 – окуляр; 14 – дальномерные шкалы; 15 – призма; 16 – объектив; 17 – окуляр. 
from Second pics draw: Общий вид дальномера ДСП-30: 1 – штативная гайка; 2 – окуляр; 3 – левое входное окно; 4 – корпус дальномера; 5 – правое входное окно.
above: NoHigher! DSzP-30 measuring little ocular view: Lower scala the Distance in meters.  Upper scale: View of Angle in Mils" dependin the distance.  Far distance small angle. - Az alsó a Távolság skála méterben 2000 m felé nagyolóan.  A felső Vonás" skála a belső mérőkör (félkör vágatok) látószöge vonásban 1/6000" a távolság növekménye arányában csökkenően. above: DSzP-30 from bottom second: Поле зрения дальномера ДСП-30: 1 – линия раздела; 2 – верхнее полуполе; 3 - нижнее полуполе.  source: studiopoedia.ru
 
above: MedRes! DSzP-30 Coincidence system - Koincidenciális - Kettős bevetítésű mérőrendszer
Дальномер ДСП-30 имеет две дальномерные шкалы: равномерную шкалу параллактических углов от -50 до + 1250'' с ценой деления 2" и неравномерную шкалу дальностей от 50 до 2000 м с переменной ценой деления на разных участках шкалы (на участке 50-100 м цена деления 0,5 м; 100-150 м - 1 м; 150-200 м - 2 м; 800-1000 м - 50 м; 1000-2000 м - 200 м). Участок шкалы от 1000 до 2000 м с ценой деления в 200 м для точных измерений служить не может, а применяется только для грубой оценки дальности. Шкала параллактических углов в секундах дуги служит для повышения точности измерений внесением поправок в показания дальномера при наличии расстройства дальномера по дальности. Она также может быть использована для измерения дистанции по известным размерам цели (как угломерный инструмент) с учетом поправочного коэффициента К прибора, указанного на корпусе прибора. 
above: NoHigher! Outer Base Rangefinder (usually telescope) - Külsőbázisú távmérő
above: NoHigher! Russian T-80 TPDK tank sight reticle with outer-base rangefinder markers: 4 = 1500m  source: tankograd.ru
 

above: MedRes! #Walt Disney, tinkerbell cosplay by Kawaielli

above: NoHigher! Soviet Infantry's shooting range sketch m. - Lövész tüzelési lőtávolság vázlat
above: NoHigher! Hu. text: Fire system - Tűzrendszer

above Two: MedRes! Fire system    below: MedRes!Sapper diagram: 1911. Manual of Field  Engineering - Utász, Erődítési vázlat
above: NoHigher! Dalnometr - Rangefinder   source: dic.academic.ru
above: NoHigher! Hu. text. Hungarian K.u.K. WW-One arty. coincidence rangefinder
 
above: NoHigher! The lack substance: Over 6.) the compensator wedge prismatic device
above: Mils" formula OMK - Vonásképlet MVK - "Megyek Vasárnap Kimenőre" mondóka: m/V x Km= x1000 or /1000 - O/M x Km

above: MedRes! Measuring system Mix - Coincidence method princip


aboveNoHigher! False triangle coincidence view - Hamis háromszögelési képegyeztetéses kép: "Átfogók és Befogók"
above: NoHigher! US.ARMY's monocular coincidental rangefinder  source: wikipedia
A coincidence rangefinder (stereoscopic, parallax, or split-image rangefinder) is a type of rangefinder that uses mechanical and optical principles to allow an operator to determine the distance to a visible object.
The device consists of a long tube, with two lenses facing forwards at each end, and an operator eyepiece in the center. Two prism wedges which, when aligned result in no deviation of the light, are inserted into the light path of one of the two lenses. By rotating the prisms in opposite directions using a differential gear, a degree of horizontal displacement of the image can be achieved.
Applications:
Optical rangefinders using this principle, while applicable to several purposes, were widely used for military purposes—determining the range of a target—and for photographic use, determining the distance of a subject to photograph to allow focussing on it. Photographic rangefinders were initially accessories, from which the distance read off could be transferred to the camera's focussing mechanism; later they were built into rangefinder cameras, so that the image was in focus when the images were made to coincide.
Coincidence rangefinders:
The coincidence range finder uses a single eyepiece. Light from the target enters the range finder through two windows located at either end of the instrument. At either side the incident beam is reflected to the center of the optical bar by a pentaprism. The optical bar is ideally made from a material with a low coefficient of thermal expansion so that optical path lengths do not change significantly with temperature. This reflected beam first passes through an objective lens and is then merged with the beam of the opposing side with an ocular prism sub-assembly to form two images of the target which are viewed by the observer through the eyepiece. Since either beam enters the instrument at a slightly different angle the resulting image, if unaltered, will appear blurry. Therefore, in one arm of the instrument a compensator is adjusted by the operator to tilt the beam until the two images match. At this point the images are said to be in coincidence. The degree of rotation of the compensator determines the range to the target by simple triangulation. Coincidence rangefinders made by Barr and Stroud used two eyepieces, and may be confused with stereoscopic units. The second eyepiece showed the operator a range scale so the user could range and read the range scale simultaneously
Stereoscopic rangefinders:
A stereoscopic range finder uses two eyepieces and relies on the operator's visual cortex to merge the two images into a single picture. A reference mark is separately inserted into each eyepiece. The operator first adjusts the direction of the range finder so that the fixed mark is centered on the target, and then the prisms are rotated until the mark appears to overlap in the operator's combined view. Again the range to the target is proportional to the degree of rotation of the prisms.
Coincidence vs stereoscopic rangefinders:
In November and December 1941, the United States National Defense Research Committee conducted extensive tests between the Bausch and Lomb M1 stereoscopic rangefinder and the Barr and Stroud FQ 25 and UB 7 coincidence rangefinders:

COINCIDENCE AND STEREOSCOPIC RANGE FINDERS:
The first of these reports is concerned with the comparative test of coincidence and stereoscopic range finders. (353) In these tests the American stereoscopic Height Finder Ml was operated against the British coincidence type Range Finders FQ 25 and UB 7, in ranging on fixed ground targets, moving naval targets and moving aerial targets. The coincidence and stereoscopic methods utilize the same basic principles of geometrical optics for the determination of the distance to a target. The two methods differ radically, however, in the nature of the criterion presented for human judgement. These British instruments were of the split field coincident type. American crews were being trained at Fort Monroe to operate the coincidence instruments but this plan was dropped when six British seamen, who were experienced range takers, were made available for the tests. Until recently the British Services had tended strongly to the coincidence type of instrument while the American Services had adopted the stereoscopic principle for long-base instruments at least. The decisions of both the British and American Services apparently grow out of different interpretations of the experience of the Battle of Jutland in World War I and are of no concern in this place.

Tests were run in November and December 1941 using the British seamen on the British instrument and experienced American observers on the Standard M1. Bad weather conditions and various experimental difficulties and mishaps made it impossible to obtain a really satisfactory quantity of data before the tests hall to be terminated. Fixed target reading were made on targets from 2,700 to 14,500 yards. Only five aerial courses could be recorded and these were all level flight courses, at altitudes of 3,000 to 4000 yards and slant range between 4,000 and 12,000 yards Continuous contact was used. Nine courses were obtained on slow moving naval targets at ranges from 4,000 to 12,000 yards. In these latter courses continuous and broken contact were used at different times.

It was found, throughout the tests, that the performances of the various instruments were more nearly alike when measured in external units (Reciprocal range) than when measured in terms of error at the observer's eye, in spite of marked differences in physical dimensions of the instruments. The American MI has a base length of 4.5 yards and used 12 power; FQ 25 with a 6 yard base used 28 power and UB 7, a portable instrument, has 25 power and 3-yard base. The coincidence instruments did not use internal adjusters but were calibrated on targets of known range. In other words. the net performance of the different instruments were essentially comparable although the instruments exhibited varying degrees of efficiency in performance relative to the size. On aerial courses precision errors of the four instruments were about alike when measured in reciprocal-range units. In UOE,] the FQ 25 had comparatively poor precision, while the UB 7, for three of the five aerial courses, had very small precision errors. The number of aerial courses was too small to yield much information about consistency of observations from one course to the next.

For the naval target courses, one American instrument was not operating. Precision errors of the other three instruments were similar to those on aerial height courses. In reciprocal range units the three instruments had comparable precision. In UOE the FQ 25 was worse and the UB 7 was better than the American M1. Consistency error of the UB 7 was smaller than that of the M1, even when measured in reciprocal range units, while the FQ 25 was similar in consistency to the Ml, again in reciprocals units. On ground targets the same general situation holds. Consistency errors of the four instruments over the 9-day period were the same when measured in reciprocal-range units. Again the UB 7 was better than the stereoscopic instruments in UOE and the FQ 25 was worse. Consistency over the 9 days was not perceptibly worse than daily consistency for any of the instruments. In other words, the readings over the 9 days did not scatter in total more than did readings for a typical day. An analysis or these results leads to the following conclusions. (1) Performance of the coincidence and stereoscopic instruments was about the same when range errors were measured in yards (2) The UB 7 however, with a virtual base length smaller than that of the American stereoscopic instruments was more efficient than the stereoscopic height finders in terms of performance for its size, while the large coincidence instrument, the FQ 25. was less efficient in this sense. This situation held for all types of targets— fixed ground, naval, and aerial. (3) The UB 7 is somewhat better than the American instrument in consistency on naval targets, even when measured in external units.

This report is attached, as supporting data, to a Report to the Services issued by the Fire Control Division of NDRC (20). This points out that the tests indicate no important difference in the precision obtainable from the two types of instrument— coincidence and stereoscopic They do indicate, however, that the difference in performance between large and small instruments is by no means as great as would be anticipated from simple geometrical optics. The report concludes with the belief that stereoscopic and coincidence acuities are about equal. Under favourable conditions existing instruments of the two types perform about equally well, and the choice between them for any given purpose must be based on matters of convenience related to the particular conditions under which they are to be used.

above: NoHigher! Russian Aviadessant-nyhicas (Paragirls): Triplex Parallax different deviation perhaps Treetimes coincidence - 3x-ros egyezés
above: NoHigher! Juci'bacsi's collect: Hu. text: A. H. Babadzsanjan (a harckocsicsapatok főmarsallja), "Tisztek Könyvtára' sorozat, -Zrínyi Katonai Kiadó, Budapest, 1982.: Harkocsik és Harckocsicsapatok: A Monokuláris távmérő elvi felépítése - Schema of Monocular rangefinder.
below: Juci'bacsi's collect: NoHigher! Everyday domestic optical measuring chock - Hétköznapi házi optikai mérőék

MedResabove: Principal Schema of Monocular Coincidence Rangefinder  wiki   below: Demo
The coincidence rangefinder: The modern rangefinders are used for determining the focus in photography, or again, as we have discussed before, for accurately aiming a weapon. Some instruments are based on active methods, using emission of energy by means of sonar, laser, or radar. The laser rangefinder can operate on the time of flight principle. They launch a laser pulse towards the object and measure the time this pulse needs to come back to the instrument. Moreover, using the Doppler effect it is possible to measure how fast is the target moving (these devices in Italy are known as Autovelox).
However, the use of optical instruments based on triangulation methods persists (stadiametric rangefinders, parallax, coincidence rangefinders). These optical methodologies have been in regular use since the 18th century. Ref.14 reports that the coincidence range finder uses a single eyepiece. It is more or less a cylinder. Light from the target enters through two windows spaced apart on the cylinder. The distance between these windows is the base length B of the rangefinder.
The incident beams are reflected to the center of the optical cylinder by prisms. to form two images of the target which are viewed by the observer through the eyepiece. Since the beams enter the instrument at slightly different angles, an observer sees a blurry image. Adjusting a compensator, the observer can tilt one of the beams to match the two images. In such a manner, the images are “in coincidence.” The rotation of the compensator gives the distance of the target by triangulation. Ref.15 is proposing a simple coincidence instrument (see Fig.4).
It is told in the rangefinder operates as an angle-measuring device, using the triangle comprising the rangefinder base length B and the line from each window to the target point. The basic optical arrangement is shown in Fig.4, where the mirror in front of the eyepiece is semitransparent. When we have the coincidence, the target T is seen in the same apparent position.
We have that the rangefinder equation is satisfied. The distance D from the target is: D=B cot A.
The fact that we need to have a coincidence of images, is, more or less the same condition we need for the use of a Roman Dodecahedron, where we have to find the coincidence of the opposite hole circumferences. Therefore, we could conclude telling that it was the Roman coincidence rangefinder. ...
  https://arxiv.org/ftp/arxiv/papers/1205/1205.2078.pdf
below: Hammerhead shark - Pörölyfejű cápa
 above: NoHigher! Great hammerhead shark  source: www.elasmodiver.com
 above: MedRes! source: fishinrules.com    below: NoHigher! Hammerhead-shark features  source: www.thinglink.com
En. text: The hammerhead sharks are a group of sharks in the family Sphyrnidae, so named for the unusual and distinctive structure of their heads, which are flattened and laterally extended into a "hammer" shape called a cephalofoil. Most hammerhead species are placed in the genus Sphyrna while the winghead shark is placed in its own genus, Eusphyra. Many not necessarily mutually exclusive functions have been proposed for the cephalofoil, including sensory reception, manoeuvering, and prey manipulation. Hammerheads are found worldwide in warmer waters along coastlines and continental shelves. Unlike most sharks, hammerheads usually swim in schools during the day, becoming solitary hunters at night. Some of these schools can be found near Malpelo Island in Colombia, Cocos Island off Costa Rica, and near Molokai in Hawaii. Large schools are also seen in the waters off southern and eastern Africa.  ...  https://en.wikipedia.org/wiki/Hammerhead_shark
Hu. text: A pörölycápafélék (pörölyfejű cápák, Sphyrnidae) családja a porcos halak (Chondrichthyes) osztályában az Elasmobranchii alosztály Selachimorpha öregrendjének Carcharhiniformes rendjébe tartozik. Nevüket fejük jellegzetes formájáról kapták.
A rendre általánosan jellemző, hogy mindig 5 pár, oldalt elhelyezkedő, szabadon nyíló kopoltyúrésük van. Mellúszóik a kopoltyúrések sora után következnek. Hátúszójukban nincs tüske. Mindig van farok alatti (anális) úszójuk. Szemüket a sérülésektől egy harmadik szemhéj, az átlátszó pislogóhártya is védi. A pörölycápa jellegzetes feje a zsákmány felkutatására szolgál. „Mozgásdetektorként” működik. Rendkívül érzékeny, minden mozgást érzékel.  ...  hu.wikipedia.org/Porolycapa

above: NoHigherHammerhead shark equipped with natural stereo visual & smell rangefinder director and additional control surface - kormányfelület as "Canard" - "Kacsaszárny" for high turnability.
aboveMedRes! Juci'bacsi's collect: Glass with eyes - üvegpohár szemmel also FREE!   
above: NoHigher! An ideal watching site for tight dressed members or waitress

above: NoHigher! Das U-Boot - U-Boat/Submarine Torpedo Attack Periscope with vertical coincidence rangefinder. Or? The bottom of glas?

aboveNoHigher! Koinzidenz - Telemeter 10 m Base u. 25 facher Vergrößerung
above: MedRes! Elementary coincidence rangefinder in US. Navy in WW-Two schematics
A coincidence is a remarkable concurrence of events or circumstances which have no apparent causal connection with each other. The perception of remarkable coincidences may lead to supernatural, occult, or paranormal claims. Or it may lead to belief in fatalism, which is a doctrine that events will happen in the exact manner of a predetermined plan.
From a statistical perspective, coincidences are inevitable and often less remarkable than they may appear intuitively. An example is the birthday problem, which shows that the probability of two persons having the same birthday already exceeds 50% in a group of only 23 persons.
In mathematics, a coincidence point (or simply coincidence) of two mappings is a point in their common domain having the same image.
Formally, given two mappings{\displaystyle f,g\colon X\rightarrow Y} we say that a point x in X is a coincidence point of f and g if f(x) = g(x).[1] Coincidence theory (the study of coincidence points) is, in most settings, a generalization of fixed point theory, the study of points x with f(x) = x. Fixed point theory is the special case obtained from the above by letting X = Y and taking g to be the identity mapping.
Just as fixed point theory has its fixed-point theorems, there are theorems that guarantee the existence of coincidence points for pairs of mappings. Notable among them, in the setting of manifolds, is the Lefschetz coincidence theorem, which is typically known only in its special case formulation for fixed points.
Coincidence points, like fixed points, are today studied using many tools from mathematical analysis and topology. An equaliser is a generalization of the coincidence set.
above: HiRes! Optical axis (coincides with red ray) and rays symmetrical to optical axis (pair of blue and pair of green rays) propagating through different lenses.
For the optic axis of a crystal, see Optic axis of a crystal. An optical axis is a line along which there is some degree of rotational symmetry in an optical system such as a camera lens or microscope.
The optical axis is an imaginary line that defines the path along which light propagates through the system, up to first approximation. For a system composed of simple lenses and mirrors, the axis passes through the center of curvature of each surface, and coincides with the axis of rotational symmetry. The optical axis is often coincident with the system's mechanical axis, but not always, as in the case of off-axis optical systems. For an optical fiber, the optical axis is along the center of the fiber core, and is also known as the fiber axis.  ...  https://en.wikipedia.org/wiki/Optical_axis


above: NoHigher! Compassing distance
above: MedRes! How long distance the russian land beach-buffet/snack bar/Kiosk? - Milyen messze van a strand -BÜFÉ?

above: HiRes! Famous lawyer Muehlenbeck Pia in BÜFÉ at other side in snack bar at strand  source: facebook.com

above: NoHigher! Distance measuring: By IRM CERV or Mathematics or Coincidence Rf.? IRM swims with high speed direct to Muehlenbeck

above: NoHigher! The DSP-30 necessary too for succes of line-fishing and beauty big Carp - A ~ szintén kell a horgászás sikeréhez és a szép nagy Pontyhoz.

aboveNEWHiRes! Hu. Esztergomi Bazilika - Chatedral from Danube  photo by: Voxov  source: facebook
 NoHigher! above: By sextant sheet. Measuring of wide of River - Folyószélesség mérése

above: MedRes! Hungarian & Croatian border river 'Dráva' overthere visible Osijek (Eszék)

above: NoHigher! The river wide range required too for line-fishing - A folyószélesség kell a horgászáshoz is
above: NoHigher! 'Dráva'-folyó - river for canoeing excellent - kenuzáshoz kiváló
above: NoHigher! Boss of military surveyors at Drava shore   source: mellbimbo.eu
above: MedRes! De. text Engineer karte about shelters at Hochfliess in WW-Two
above: MedRes! Combar Engineer Sapper during mine sweeping - Utász aknakeresésben

above: MedRes! 18+ "Nudist Combat Engineer during mine seeking". Looking for treasure by bloonde. Brown hair color "Brunette" Minesweeper Patrol - Barna Aknakutató Járőr

aboveNEWMedRes! Hu. "Monostori"-erőd - fortress at Komárom beside Danube  source: PPT

above: MedRes! Valley of 'Mosel' river - El Valle del Mosela in Germany

above: NoHigher! Clinometer - Magasság szögmérő (lejtmérő)  graphiker: Johnny T. Cheng  www.worldofwaterfalls.com
aboveHiRes! Juci's design sketch from 1972.: Panorama Targeting Periscope for water & land vehicle  also Courtesy FREE!

above: NoHigher!  ИРМ - Инженерная разведывательная машина - IRM "Zhuk" - "Beetle" - Inzhenernaya Razvedyvatel'naya Mashina - Combat Engineer Reconnaissance Vehicle - Műszaki Felderítő Jármű: 

IRM All-terrain combat engineer vehicle for land and river reconnaissance, developed in the 1970s. Production started in 1980 with the use of components from both the BMP-1 and BMP-2. Fifty IRMs were produced from 1986. However, the suspension had a new hull, one extra road wheel and one additional hydraulic shock-absorber. It has four pressurized compartments, with the engine located at the rear. There are three hatches on the top of the hull and one emergency hatch in the bottom. ... https://en.wikipedia.org/wiki/BMP-1_variants#Combat_engineer_vehicles
below: MedRes! Amphybian IRM   source: www.zonwar.ru

below: HiRes! IRM in "Kronverk" museum in St. Petersburg (former Leningrád) - Szentpétervár
 Equipment installed: 
-Minesweeper wide capture "CC"; 
-Sounder; 
-Artillery compass PAB-2M; 
-Equipment for navigation TNA-3; 
-Circular observation unit PIR 451; 
-Rangefinder sapper DSP-30
-Engineering photographic reconnaissance unit UIF; 
-The device of night work NDP; 
-Periscope large increase in AR; 
-Radio R-147 -two sets; 
-Screen laying equipment; 
-Portable equipment to search for mines and exploration.

o Installed equipment can detect mines at a depth of 30 centimeters to 3.6 meters band, to obtain the necessary data on the slopes terrain, terrain, presence of minefields and obstacles, depth, width and velocity of water obstacles in the path of the troops, the density of the bottom , ice thickness and contamination terrain.
device IWW "Beetle"
o Housing welded sheets of armor, a division into seven sections, the team gives protection from the damaging machine tools. Construction and water-resistant car provided reliable buoyancy. New compartment contains elements of hydraulics, gearboxes mine detector devices capture wide "CC." Also, there is a filter-ventilation system HLF.
 o vehicle-compartment and the control module is designed to accommodate the team IRM equipment for exploration and control mechanisms. It also has 3 rifle and 450 rounds of ammunition, a flare gun, a thousand machine gun ammunition, a dozen F-1 grenades, about 15 kilograms of explosives with a set of tools undermine it.
o Engine compartment comprises a motor system for its operation and the transmission mechanisms. Aft compartment contains a rechargeable battery and is equipped with a hatch to access them. Side compartments are equipped with fuel tanks. In the car roof hatches are available for personnel IWW. Rotary tower with 7.62 mm PKT machine gun, firing range of up to 1 km, and inspection instrumentation sight located between the door of driver-mechanic and the vehicle commander hatch.

Main characteristics IWW "Beetle": 
-Length 8.22 m; 
-Width 3.15 m; 
-Height 2.4 m; 
-Clearance of 42 cm; 
-Weight of 17.2 tons; 
-Crew -2 people; 
-Engineers -up to 6 people; 
-The engine output of 300 hp; 
-Land speed to 52 km/h; 
-Speed of water up to 11 km/h; 
-Ground pressure 0.69 kg/cm ?; 
-Angle of 36 degrees to overcome obstacles.

 Opportunities and use IRM "Zhuk"
o Basically, this machine acts as a part of the IRD -engineering reconnaissance patrol. It includes office sappers with their equipment and gear. IRD can act independently or in a group-arms intelligence. During the exploration of water hazards using cervical cancer take into account that minesweeper provides search only minutes facing.
o Determine bottom slice in water permeability is determined by the movement of the machine swimming. Scan sonar bottom made. The number of crossings IRM depends on the size specified for the crossing. Flow rate is determined in the process of crossing the machine. To do this, the car stopped and decreasing-increasing pace, hold it in one place. In terms of the tachometer with the table and determine the flow rate.
o All results in engineering style card intelligence. Using IRM "Beetle" for the exploration of water barriers and mine detection reduced time intelligence almost doubled. For self pulling up the steep bank to overcome obstacles or use solid rocket motors from SAM 9M39.
source:  http://tonnel-ufo.ru/eanglish/articles.php?id=1178
ИПР — советский инженерный подводный разведчик. Разработан в конструкторском бюро Завода имени Дзержинского под руководством Мищенко В.Г., в Муроме в середине 1970-х годов. Основным предназначением машины была подводная разведка препятствий в местах переправы танковых подразделений. Из-за внешнего сходства, часто машину путают с инженерной разведывательной машиной ИРМ «Жук».

belowNoHigher! The Steampunk optimechaniker

below: HiRes! DSzP-30 Servicing by Sextant
above: HiRes! Juci'bacsi's collect: DSzP-30 before outfit - szétszedés előtt
above: MedRes! Left: measuring block   Right: simply fixed mirror block
above: NoHigher! Measuring prismatic block with sharpener marked adjusting ring   source: www.ay.by
below: The Optical measuring lateral edge/chock prism - mérőék  also Courtesy FREE!






above: Aluminium Chassis - Box - Frame - Burkolat
below: Distance scale/ruler reading Microscope

above: NoHigher! "She was the parts buyer. - Ő volt az alkatrész anyagbeszerző." with handy and two correction buttons.   photo by: ThrillBlender.com  source: www.mellbimbo.eu

above: NoHigher! Correction screw-button (I don't know what punctualy purpose of this) ? For rangemarker ocular.
above: NoHigher! "Charlotte McKinney (born August 6, 1993) is an American model and actress.) was other buyer" ...  https://en.wikipedia.org/wiki/Charlotte_McKinney

HiResabove: Sextant photo about Juci'bacsi's renovation work: Fine parts of DSP   below Two: Juci'bacsi's collect: Air-Art & Sextant's Optical elements  also Courtesy FREE!
EDF-70 CZ-Jena, DDR made military NVA binocular, -Dr. Hende Csaba HM:  http://szextant.blogspot.hu/2014/10/139-edf-7x40-german-nva-field-glasses.html
aboveNEWHiRes18+ "Optical maintenance & preparation accessories"  Playmate of  vintage Playboy magazine from 1960's  source: Google / Playboy.com

In Memoriam: Founder & Owner of '#Playboy' Men's Magazine, #Hugh #Hefner (91.) 27.09.2017. R.I.P.

http://index.hu/index2/#bloghu/playboypista/2016/04/09/10_dolog_amit_tudni_kell_hugh_hefnerrol
Hugh Marston Hefner (April 9, 1926 – September 27, 2017) was an American magazine publisher, editor, businessman, and playboy. He was best known as the editor-in-chief and publisher of Playboy magazine, which he founded in 1953. He was also the founder and chief creative officer of Playboy Enterprises, the publishing group that operates the magazine. Hefner was also a political activist and philanthropist in several causes and public issues. ...
above: NoHigher! Simple periscope with two winkel prisms
MedRes! Simple paper home priscope - házi periszkóp

aboveMedResOpticheskye Schemi Dalnomerov Photoaparatov - Optics Schema of  Photoaparats Rangefinders

above: NoHigher! Prismatic captain by photoartist: John Farrar  source: Pinterest.com
http://johnfarrar.com/
above: NoHigher! Hoollywood celeb topmodel Paris Hilton
Paris Whitney Hilton (born February 17, 1981) is an American businesswoman, socialite, television and media personality, model, actress, singer, DJ, and author. She is the great-granddaughter of Conrad Hilton, the founder of Hilton Hotels. Born in New York City and raised there and in Beverly Hills, California, Hilton began her modeling career as a teenager when she signed with real estate magnate and current U.S. president Donald Trump's modelling development agency, Trump Model Management. Her lifestyle and rumored short-lived relationships made her a feature of entertainment news and tabloid magazines, and Hilton was proclaimed "New York's leading It girl" in 2001. In 2003, a sex tape with Hilton and her then-boyfriend Rick Salomon, later released as 1 Night in Paris, was leaked to the public. Released only three weeks before the premiere of the reality television series The Simple Life, in which she starred alongside her long-time friend Nicole Richie, the sex tape became a media sensation.  ...

above: NoHigher! Virtual reality world with 'Zeiss' VR One Plus

above: NoHigher! "Marathon" Distance runner competition

above: NoHigher! Swiss 'Wild' - "Heerbrugg" lightweight similar Rf.

above: NoHigher! American Mattel Inc. #Barbie-doll - Barbi-baba  with "Wild" on Her shoulder

West Germany Zeiss logo

En. text: Carl Zeiss (German pronunciation: [ˌkaʁl ˈtsaɪs]) is a German manufacturer of optical systems, industrial measurements and medical devices, founded in Jena, Germany in 1846 by optician Carl Zeiss. Together with Ernst Abbe (joined 1866) and Otto Schott (joined 1884) they built a base for modern optics and manufacturing. There are currently two parts of the company, Carl Zeiss AG located in Oberkochen with important subsidiaries in Aalen, Göttingen and Munich, and Carl Zeiss GmbH located in Jena. 
Carl Zeiss AG is the premier company of the Zeiss Gruppe, one of the two large divisions of the Carl-Zeiss-Stiftung. The Zeiss Gruppe is located in Heidenheim and Jena. Also controlled by the Carl-Zeiss-Stiftung are the glass manufacturers Schott AG and Jenaer Glas, located in Mainz and Jena respectively. Carl Zeiss is one of the oldest existing optics manufacturers in the world.  ...
De. text: Die Carl Zeiss AG ist ein Unternehmen der feinmechanisch-optischen Industrie. Sitz der Konzernleitung ist heute Oberkochen. Weitere Standorte befinden sich in Jena, Aalen, Berlin, Göttingen, München, Bochingen und Wetzlar sowie in den USA, Ungarn, der Schweiz, Mexiko, Weißrussland, Großbritannien, Frankreich, Israel, Indien und China.

above: MedRes! Zeiss EMES - Entfernungmeßgeräte (Messgerate)   below: NoHigher! Emes

Zeiss West Germany EMES 16 optical rangefinder Army: EUR: 449,995,-€
US $399.00 Approximately 115,585.17 HUF
En. text: Pictures as example! very seldom and ready for use. Illuminated reticle. Usable on a tripod.
Magnification: 6,5x
Field of view 60m /1000m
Range: from 20m - 2000m
Size: 37cm x 5cm x 10cm
Weight: ~ 2kg
Single ocular focusing from -5 to +5

De. text: Schnittbild Entfernungsmessgerät Zeiss EMES 16
Fernrohrvergrößerung 6,5 fach
Sehfeld 3,5 Grad (ca.60m auf 1000m)
Messbereich 20 m bis 2000 m
Höhe ca. 37 cm, Breite ca. 5 cm, Tiefe ca. 10 cm
Gewicht ca. 2kg
Verwendbar auf Stativ.
Beispielbilder vom zu verkaufendem Schnittbildmesser, nahezu identisch mit dem Artikel den Sie bekommen, nur ganz minimale Gebrauchspuren.

 above: NoHigher! Zeiss EMES-16  You can see the Circular libelles: Horizontal & Vertical. This one is not on the DSP-30! - Látható a vízsz. és függ. szelencés/körlibella ami a DSzP-n nincs.

above: Left: NoHigher! Right: MedRes! The ocular combined reticle "All in one" with range ruler scale. - Itt egy látómezőben van minden. More Better than DSP's - Sokkal jobb mint a DSzP-jé!

above: NoHigher! FRG Bundeswehr's (Germany Army) EMES-16 mix

above: NoHigher! "She a Foresty/Castle architecture military Engineer during rangefinding - Ő egy Erőd/Vár építő Hadmérnök távmérés közben."
Investigate of Photo site of Modelling - Modellfotó háttér helyszíne nyomozás, Budapest:
above: NoHigher! german Field shelters
above: NoHigher! Pretty girl in Short range position on short street.
above: MedRes! USA made 'Bushnell' RANGING-200 Coincidence short-Rangefinder
above: NoHigher! 18+ Trully coincidence: Hollywood star actress Jennifer Lawrence
Jennifer Shrader Lawrence (born August 15, 1990) is an American actress. Since 2015, Lawrence has been the highest-paid actress in the world, and her films have grossed over $5 billion worldwide. She appeared in Time's 100 most influential people in the world in 2013 and Forbes Celebrity 100 the following year and in 2016.  ...   https://en.wikipedia.org/wiki/Jennifer_Lawrence

above: Zeiss a "DuraVision Platinum" image

above: Progressive lens design - alkalmazkodó szemüveglencse

 "#Varilux" glasses lens

aboveMedRes! Aerial photo appreCIAtion expert wears Varilux glasses
above: HiRes! Natural lenses - Természetes lencsék  source: mellbimbo.eu
above: NoHigher! Woman with lenses in Carl Zeiss factory in Jena
above: HiRes! Gynoid
JTAC/FACP - ERIP, LASER Rangefinders & Designators, CAS, A-10, Szu-24:  http://szextant.blogspot.hu/2016/09/186-cas-close-air-support-air-combat.html
above: NoHigher! Use the camera coincidence rangefinder by Pin-Up Girl  mellbimbo.eu XLSdesign

NoHigherabove: LEICA + Horse + Rider Leica cameras as a root for other small films (24x36mm) cameras    below: Luftwaffe's Leica

Leica may refer to:
Three companies formed from the division of Ernst Leitz GmbH (later Wild Leitz AG):
Leica Camera AG, a German camera and optics manufacturer
Leica Geosystems AG, a Swiss manufacturer of surveying and geomatics equipment
Leica Microsystems GmbH, a German manufacturer of microscopes and other precision optics
A song by the band Faceless, appearing on their album Akeldama (The Faceless album).
Leitz (Optik): Das Unternehmen Leitz wurde 1869 von Ernst Leitz als Nachfolgeunternehmen des von Carl Kellner 1849 in Wetzlar gegründeten Optischen Instituts gegründet. Schnell wurde es zu einem führenden Anbieter von Mikroskopen, ab 1924 auch von Kameras. Nach Fusionen 1986 und 1990 wurde eine große „Leica Gruppe“ gebildet, die jedoch 1996/97 wieder aufgelöst wurde. Es entstanden die Tochterunternehmen Leica Microsystems, Leica Camera und Leica Geosystems.  ...  https://de.wikipedia.org/wiki/Leitz_(Optik)

above: NoHigher! #Steampunk leather belts Lady with coincidence glasses

above: NoHigher! Leitz - Wetzlar "Leica" M2 small film photocamera 1960.

above: NoHigher! I love it, "Barbie" Leica for Valentine day - Valentin napra

above: NoHigher! Ballantines Retro Girls



above: MedRes! Hollywood star actress, Margot Robbie and Ashley Greene film scenes for 'Pan Am' in Central Park with retro  'Eastman Kodak'

Margot Elise Robbie (/ˈmɑːrɡoʊ ˈrɒbi/; born 2 July 1990) is an Australian actress. Robbie started her career by appearing in Australian independent films in the late 2000s. She was later cast in the soap opera Neighbours (2008–2011), which earned her two Logie Award nominations.
After moving to the United States, Robbie starred in the short-lived ABC drama series Pan Am (2011–2012). In 2013, she made her big screen debut in Richard Curtis's romantic comedy-drama film About Time and co-starred in Martin Scorsese's biographical drama The Wolf of Wall Street. In 2015, Robbie co-starred in the romantic comedy-drama film Focus, appeared in the romantic World War II drama film Suite Française and starred in the science fiction film Z for Zachariah. That same year, she played herself in The Big Short. In 2016, she portrayed Jane Porter in the action-adventure film The Legend of Tarzan and Harley Quinn in the superhero film Suicide Squad.  ...  https://en.wikipedia.org/wiki/Margot_Robbie

above: NoHigher! Japan Coincidence Rf. #Nikon with famous "#Nikkor" #objective Pinterest

above: NoHigher! Jacob sisters on TWA (Trans World Airlines) with Leica M model
above: NoHigher! Star actress Cameron Diaz in Hollywood nowadays retro
Cameron Michelle Diaz (born August 30, 1972) is an American actress, producer, and former fashion model. She rose to stardom with roles in The Mask (1994), My Best Friend's Wedding (1997) and There's Something About Mary (1998), and is also known for voicing the character of Princess Fiona in the Shrek series (2001–10). Other high-profile credits include Charlie's Angels (2000) and its sequel Charlie's Angels: Full Throttle (2003), The Sweetest Thing (2002), In Her Shoes (2005), The Holiday (2006), What Happens In Vegas (2008), My Sister's Keeper (2009), Knight and Day (2010), The Green Hornet (2011), Bad Teacher (2011), What to Expect When You're Expecting (2012), The Counselor (2013), The Other Woman, Sex Tape, and Annie (all 2014). Diaz received four Golden Globe Award nominations for her performances in Being John Malkovich (1999), Vanilla Sky (2001), Gangs of New York (2002) and There's Something About Mary (1998), for the latter of which she also won the New York Film Critics Best Lead Actress Award. In 2013, Diaz was named the highest-paid actress over 40 in Hollywood. As of 2015, the U.S. domestic box office grosses of Diaz's films total over US$3 billion, with worldwide grosses surpassing $7 billion, making her the second highest-grossing U.S. domestic box office actress (after Scarlett Johansson). ...   en.wikipedia.org/wiki/Cameron_Diaz

aboveNoHigher! Revene stereo camera  Retro with double coincidence rf.!
Suzy Parker (October 28, 1932 – May 3, 2003) was an American model and actress active from 1947 into the early 1960s. Her modeling career reached its zenith during the 1950s, when she appeared on the cover of dozens of magazines and in advertisements and movie and television roles. She appeared in several Revlon advertisements as well as in advertisements for many other cosmetic companies, including Solo Products, the largest hair care product company in the country at the time. (Models did not have "exclusive" cosmetic company contracts until Lauren Hutton and Karen Graham in the early 1970s). She was the first model to earn $100,000 per year and the only fashion model to have a Beatles song named after her, albeit an unreleased one.  ... https://en.wikipedia.org/wiki/Suzy_Parker
belowLeftNoHigher!  RightMedResSuzy Parker at overgaard  photo: LIFE magazine

above: NEW! HiRes! Real Stereo Photocamera

aboveNoHigher! Soviet stereofényképezőgépek az 1960'-as évekből: aboveNoHigher! Full stereo "Industar" objectives caricatura (Steampunk?) LOMO's FED style photocamera   Pinterest

above: NoHigher! FED-2 III. normalna  photo: Viktor Dartvenom   source: Wikipedia.org

ФЭД-2

Производитель Объединение «ФЭД».
Год выпуска 1955 - 1970.
Тип Дальномерный фотоаппарат.
Фотоматериал Плёнка типа 135.
Размер кадра 24×36 мм.
Тип затвора Шторно-щелевой, с выдержками от 1/25 до 1/500 с, «B».
Объектив «Индустар-10» 3.5/50
«Индустар-26М» 2,8/50
«Индустар-61» 2,8/52
Крепление объектива M39×1/28,8.
Фокусировка Ручная, дальномер с базой 67 мм.
Экспозамер Ручная установка выдержки и диафрагмы.
Вспышка Синхроконтакт «X», выдержка синхронизации 1/25 с (только со второго выпуска).
Видоискатель Оптический параллаксный, совмещённый с дальномером.
Размеры 175×90×95 мм.
Масса ?

above: NoHigher! ФЭД-2 III. & II. (Red) Фликс Эдмундович Джерзинский – Félix Edmundovics Dzserzinszkij - Felix Edmundovich Dzerzhinsky (it was My father photoaparat, I had learn to photomake whit this after "Pajtás"). Similar Leica!

En. text: Felix Edmundovich Dzerzhinsky (Russian: Фе́ликс Эдму́ндович Дзержи́нский; Polish: Feliks Dzierżyński [ˈfɛlʲiks dʑerˈʐɨɲskʲi]; 11 September [O.S. 30 August] 1877 – 20 July 1926), nicknamed Iron Felix, was a Polish and Russian Bolshevik revolutionary and a Soviet statesman. His party pseudonyms were Yatsek, Yakub, Pereplyotchik (meaning "bookbinder"), Franek, Astronom, Yuzef and Domanski.
He was a member of several revolutionary committees such as the Polish Revkom as well as several Russian and Soviet official positions. Dzerzhinsky is best known for establishing and developing the Soviet secret police forces, serving as their director from 1917 to 1926. Later he was a member of the Soviet government heading several commissariats, while being the chief of the Soviet secret police. The Cheka soon became notorious for mass summary executions, performed especially during the Red Terror and the Russian Civil War

Ru. text: Фе́ликс Эдму́ндович Дзержи́нский (польск. Feliks Dzierżyński [ˈfɛliks dʑerˈʐɨɲski], белор. Фе́лікс Дзяржы́нскі; прозвища Желе́зный Фе́ликс, ФД, подпольные псевдонимы: Я́цек, Я́куб, Переплётчик, Фра́нек, Астроно́м, Ю́зеф, Дома́нский; 30 августа [11 сентября] 1877 год, родовое имение Дзержиново, Ошмянский уезд, Виленская губерния, Российская империя (ныне Столбцовский район, Минская область, Белоруссия) — 20 июля1926 года, Москва, СССР) — русский профессиональный революционер, советский политический деятель, глава ряда наркоматов, основатель и глава ВЧК.
Член ЦК партии (1917—1926). Член Оргбюро ЦК РКП(б) (1919—1920, 1921—1924), кандидат в члены Оргбюро ЦК РКП(б) (1921, 1924—1926). Кандидат в члены Политбюро ЦК ВКП(б) (1924—1926). Главный редактор журнала «Красный террор».

Pol. text: Feliks Dzierżyński ros. Феликс Эдмундович Дзержинский, Fieliks Edmundowicz Dzierżynskij, ps. partyjne: Jacek, Jakub, Franek, Astronom, Józef, Domański (ur. 30 sierpnia?/11 września 1877 w Oziembłowie], w Puszczy Nalibockiej, zm. 20 lipca 1926 w Moskwie) – polski i radziecki działacz socjaldemokratyczny i komunistyczny, twórca i szef pierwszych sowieckich organów bezpieczeństwa: Czeka, GPU i OGPU, symbol terroru w rewolucyjnej i porewolucyjnej Rosji, zyskał przez to miano Żelazny Feliks, Krwawy Feliks i Czerwony Kat. Uważany za jednego z twórców państwa radzieckiego. Brat prof. Władysława Dzierżyńskiego, neurologa i psychiatry.
Hu. text: Feliksz Edmundovics Dzerzsinszkij (lengyelül: Feliks Dzierżyński, oroszul: Феликс Эдмундович Дзержинский) (Dzerzsinovo, 1877. augusztus 30. – Moszkva, 1926. július 20.) lengyel származású bolsevik forradalmár, államférfi, később a politikai rendőrség vezetője.
aboveMedRes! FED-2 II.
En. text: The FED 2 was a 35 mm rangefinder camera introduced in 1955 by FED. The name of FED comes from the initial of Felix Edmundovich Dzerzhinsky.
Type 35 mm rangefinder camera
Focusing
Focus manual
Major features:
The FED 2 is a new design that is quite different from the FED 1. It has a longer rangefinder base (67 mm), a combined viewfinder and rangefinder window, adjustable diopter for the viewing window, a self timer, and a detachable back for film loading.
Variations
There are six models.
FED 2a was introduced in 1955.
FED 2b has flash sync added. The new shutter speed dial has the reference point on a center post that rotates with the dial as the shutter is fired.
FED 2c has the flash sync port moved to the top deck from the body. It also has a mushroom-shaped film advance knob.
FED 2d has a new set of shutter speeds, from 1/30 to 1/500, instead of the older set of 1/25 to 1/500.
FED 2L is the only factory-designated model number; all other models are stamped FED 2 by the factory. The body is identical to the FED 2d body but the lens supplied is an Industar-61 with Lanthane glass instead of the Industar-26 used in models 2b to 2d.
FED 2e is a FED 3b with the FED 2d shutter that does not have the slow speeds. Similar to the 3b, it does not have strap lugs but has a film advance lever. Production ended around 1970.
Operation:
To load a film, two locks in the base of the camera need to be turned. The entire back and bottom can then be removed as a single unit, allowing easy access to the film chamber. Standard 35 mm film cassettes are used, with film being wound onto a removable take-up spool (the latter often becomes difficult to remove on older cameras). Winding the film cocks the shutter and forwards the frame counter simultaneously. The FED 2 has a manual frame counter located below the wind-on knob, which must be reset by hand when loading film.
Shutter:
The Fed 2 has a curtain shutter with speeds from B, 1/25-1/500s. After detaching the back, two screws on under the camera allow you to adjust the spring tension and change the shutter speeds, which may have become slow over time. As with similar cameras, it's important to cock the shutter before operating the shutter speed dial. Failing to do so may harm the mechanism. When firing, this dial will rotate. After re-cocking, the speed set will be indicated correctly again.
Lens:
The Fed takes 39 mm screw lenses. The one shown here is a 50mm Jupiter-8 lens. Lots of feds come with Industar lenses. On this Fed lens, the aperture is set on the front and focusing is done with a focusing ring. The rangefinder is coupled to the lens. The field of view in the viewfinder is that of a 5 cm lens. For other focal lengths, a separate turret viewfinder was placed on the accessory shoe.  ...  https://en.wikipedia.org/wiki/FED_2


Ru. cyrillic text: ФЭД-2 — советский малоформатный дальномерный фотоаппарат, выпускавшийся с 1955 по 1970 год. Первая самостоятельная разработка Харьковского производственного машиностроительного объединения «ФЭД», пришедшая на смену отечественной копии Leica II.
Особенности конструкции:
Главным отличием модели «ФЭД-2» от своего предшественника «ФЭД» стало совмещение видоискателя и дальномера, получивших общий окуляр, позволивший проводить фокусировку и кадрирование одновременно. Кроме того, до 67 мм возросла номинальная база дальномера, а задняя стенка алюминиевого литого корпуса стала съёмной, значительно облегчив зарядку. Однако, несмотря на широкую номинальную базу дальномера, из-за его совмещения с видоискателем, обладающим увеличением 0,75×, эффективная база всё же уступала основным конкурентам «Киев» (Contax) и Leica III (50,25 мм против 58,5 мм). Окуляр визира впервые для «ФЭДов» начал оснащаться диоптрийной коррекцией при помощи рычажка под головкой обратной перемотки.
Фокальный затвор с матерчатыми шторками не претерпел никаких изменений, отрабатывая в разных модификациях выдержки от 1/25 до 1/500 или от 1/30 до 1/500 секунды. В фотоаппарате применялись как стандартные кассеты, так и двухцилиндровые системы Leica, которые при закрывании замка задней крышки корпуса открывались и образовывали широкую щель, что существенно уменьшало риск повреждения поверхности плёнки при её продвижении. Штатный объектив — «Индустар-10» 3,5/50, «Индустар-26М» 2,8/50, «Индустар-61» 2,8/52 (в зависимости от года выпуска и производства объективов на объединении «ФЭД»).


Выпуски фотоаппаратов:
В настоящее время известны четыре модификации фотоаппаратов «ФЭД-2», выпускавшихся в разные периоды с незначительными отличиями друг от друга.

1st-Первый выпуск1955-1956 годы — отсутствуют синхроконтакт и автоспуск.
Фотографический затвор рядом выдержек со значениями 1/25, 1/50, 1/100, 1/200 и 1/500 секунды и «B». Диапазон и промежуточные значения выдержек точно соответствуют поздним выпускам предыдущей модели «ФЭД».
Штатный объектив — «Индустар-10» 3,5/50.
Отличительной особенностью является квадратное входное окно дальномера на передней стенке. У всех последующих модификаций фотоаппарата это окно имеет круглую форму. Из всех модификаций «ФЭД-2» эта наиболее редкая и обладает большой коллекционной ценностью.
above: HiRes! First serie: «ФЭД-2». Редкий экземпляр. Камера с квадратным окном дальномера из первых выпусков.
2nd-Второй выпуск1956-1958 годы — добавлен синхроконтакт «Х» и изменена конструкция дальномера.
Штатный объектив — «Индустар-26М» 2,8/50.
above & below Two: HiRes! Second serie 1958.  «ФЭД-2». Камера с синхроконтактом. Второй выпуск.
3rd-Третий, самый массовый выпуск: 1958-1969 годы — добавлен автоспуск с временем работы 9-15 сек.
В соответствии с новым ГОСТ изменены выдержки затвора — 1/30, 1/60, 1/125, 1/250, 1/500, изменёна головка взвода затвора и перемотки плёнки.
Штатный объектив — «Индустар-26М» 2,8/50 или «Индустар-61».
above: HiRes! «ФЭД-2». Камера с синхроконтактом и автоспуском. Третий выпуск.   below: MedRes! Details FED-2-III.
4th-Четвёртый выпуск1969-1970 годы — фотоаппарат с названием «ФЭД-2Л» (с выдержками от 1/30 до 1/500 и «В») выпускался в корпусе позднего варианта фотоаппарата «ФЭД-3» с курковым взводом. 
Номинальная база дальномера уменьшена до 43 мм. Это объясняется использованием корпуса более современной модели «ФЭД-3» с механизмом замедления выдержек, занявшим место дальномера. Модель «ФЭД-2Л» без замедлителя была удешевлённой версией «ФЭД-3», унифицированной со старшей моделью.
Штатный объектив — «Индустар-26М» 2,8/50 или «Индустар-61» 2,8/52.
above: HiRes! «ФЭД-2» четвёртого выпуска с курковым взводом затвора. Аналогично выглядел «курковый» «ФЭД-3».
School-Шкальный фотоаппарат «Заря»:
На базе фотоаппарата «ФЭД-2» третьего выпуска производился в 1959-1961 годах шкальный фотоаппарат «Заря» (без автоспуска).
Штатный объектив — «Индустар-26М» 2,8/50.
above: HiRes! For youths: «Заря» - "Dawn" - Fiataloknak: "Hajnal, Alkonypír"
Отзывы о камере:
Недорогой и надёжный фотоаппарат «ФЭД-2» выпускался в течение пятнадцати лет и послужил основой для фотоаппаратов «ФЭД-3», «ФЭД-4», серии «ФЭД-5», которые производились в общей сложности до середины 1990-х годов.
По отзывам фотографов — «ФЭД-2» был удобен в пользовании, надёжен, затвор имел вполне достаточные для практической съёмки выдержки, дальномер с большой базой облегчал наводку на резкость, особенно с длиннофокусными объективами (дальномер с базой 67 мм был только на «Зорком-5», «Зорком-6» и на «Соколе» с «Сокол-2»).
Заслуженный работник культуры CCCP фотограф Козловский, Николай Фёдорович утверждал «ФЭД-2» имел также своё специальное применение.
Из источников имеющих отношение к работе спец служб около 40 фотоаппаратов «ФЭД-2» применялись в противостоянии СССР и антисоветской деятельности.
Неизвестны подробности применения фотоаппаратов «специального выпуска», но они сыграли свою роль в годы «холодной войны» и операциях, для которых и были усовершенствованы и технически доработаны
Применение аппаратов "специальной серии" проводилось до 1984 года
Всего моделей под названием «ФЭД-2» было выпущено 1.632.600 штук, фотоаппаратов «Заря» — 141.228 штук.

Статья содержит короткие («гарвардские») ссылки на публикации, не указанные или неправильно описанные в библиографическом разделе.
Список неработающих ссылок: Фотомагазин, 2003
Пожалуйста, исправьте ссылки согласно инструкции к шаблону {{sfn}} и дополните библиографический раздел корректными описаниями цитируемых публикаций, следуя руководствам ВП:Сноски и ВП:Ссылки на источники.
aboveMedRes! FED with stereo objective
above: I was - Én 1957. at the Budapest Lánchíd bridgehead on Pest side (made by my Zoli Father's FED-2 3rd serie)  Blogger: I love it FED: weight, metal and smell and looking in...
below: Photos by My Father's soviet made FED-2-III small film (24x36mm 32 cubic camera MedResTop two; The visiting delegiation of Soviet Black & Danube Flottila  1967-1968? at Budapest opposit the Margaret-island on Pest port-bank. You can see the commanding ship, other two escort armored weapon ship/monitor not visible. (I did'nt find the paper photos until now. The main weapons were the two PT-76 forward and rear and  swimming turret with 76mm canone and 7,62mm MG. I, arty. rockets system."Janika"/"Juci'bácsi" was here with My Father on sunday. I was VIII. elementary school student.
NoHigher! above: Zorki-4K similar Leica?    below: GDR Carl Zeiss Jena - "Contax"-II.
Киев - Kiev - Kyiv _ Фото аппарат photo camera (Leica - Zeiss):   http://szextant.blogspot.hu/2014/02/kiev-ukraine-ukrajna.html

above: NoHigher! Zeiss-Ikon "Contax" from Stuttgart in Germany

above: NoHigher! Photocameras CI rangefinder system    below: NoHigher! swing arms

 above: NoHigher! Leica Entfernungmesser    below: NoHigher!
above: NoHigher! Leica-M rangefinder aperture    below: MedRes!

 above: NoHigher! LEICA-M coincidence rangefinder
above: NoHigher! CIRFS "Looking Forward"    below: NoHigher! LEICA
above: NoHigher! Leica M3 rangefinder optical diagram
 NoHigher! Very useful logical hand-sketch about coincidence rangefinder of camera
above: NoHigher! Entfernungmessgeräte: Ernst Leitz - Wetzlar as LEICA
above: NoHigher! the Coincidence - a Képvágás
 NoHigher! Eye inspection for bionic-lens eye implant.
above: MedRes! The Eye source: slideplayer.com    below: Left: MedRes!  Right: NoHigher!

below Three pics: NoHigher! The cross section of eye
Juci'bácsi's collect: Hu. book from 1956. Budapest, "Mit tudsz a Világról?" - "What are you know about the World?" above: NoHigher!  below: MedRes! Hu. text: Create of Rangefinder - Távmérő készítése




above: NoHigher! Rolleiflex or Voigtländer system

 aboveNoHigher! Very simple Photocameras sys.
above: NoHigher! photocamera coincidential rengefinder systems
above: NoHigher! Leica parts  source: Blog.leica-camera.com
NoHigherabove: Leica Anatomy of a camera  source: Pinterest.com   below: Prospekte
 above: NoHigher! Leica III.   1933 - 1954  below: MedRes! left: Leica IIIC   Rirght: Leica M3

above: MedRes! Retrospective scan: Hungarian made vinyl film: FORTE factory Vác over Budapest city. Retro topmodell: Marjai Judit

above: NoHigher! Hungarian 'Gamma'-Művek - Works Budapest: "Kinga"
above & belowNoHigher! Hungarian MOM Works Budapest: "Mometta"
MOM 41.: http://szextant.blogspot.hu/2014/03/mom-magyar-optikai-muvek-hungarian.html

aboveNoHigherCatherine Leroy Vietnam overgaard Leica M-6

Catherine Leroy (1945 – 8 July 2006) was a French-born photojournalist and war photographer, whose stark images of battle illustrated the story of the Vietnam War in the pages of Life magazine and other publications.  ...  https://en.wikipedia.org/wiki/Catherine_Leroy
aboveMedRes! Gisele Bündchen germany topmodel witih Leica M3
De. text: Gisele Caroline Bündchen (* 20. Juli 1980 in Horizontina, Rio Grande do Sul) ist ein brasilianisches Model.
Bündchen und ihre zweieiige Zwillingsschwester wurden als die mittleren von sechs Töchtern des Universitätsprofessors und Autors Valdir Bündchen und der Bankangestellten Vânia Nonnenmacher geboren. Sie entstammt einer deutschbrasilianischen Familie, die seit sechs Generationen in Brasilien lebt. 1993 nahm sie auf Wunsch ihrer Mutter an einem Kurs der Dilson Stein Modeling School teil. 
Im Mai 1994 nahm sie an einem von der Schule veranstalteten Event in São Paulo teil, 
bei dem Kandidatinnen von der Elite Agentur begutachtet wurden. Bei einem nachfolgenden Wettbewerb war sie unter den fünf Finalistinnen. 
Wenige Monate später nahm sie in Paris an dem Nachwuchswettbewerb Elite Model Look teil, dem eine erfolgreiche Karriere folgte. 
1997 wurde sie für den Pirelli-Kalender abgelichtet. 1998 kam sie auf elf Coverfotos, 60 Magazin-Shootings, 150 Modenschauen und zehn Werbekampagnen. 
1999 gewann sie die Wahl zum Model of the year und hatte damit ihren endgültigen großen Durchbruch.
https://de.wikipedia.org/wiki/Gisele_B%C3%BCndchen
above: MedRes! Exponation
Leica Camera AG (pronounced [ˈlaɪka]), is a German optics enterprise and manufacturer of Leica cameras. The company is known for rangefinder cameras though they have also produced viewfinder and reflex models. The earliest Leica prototypes preceded WWI, but marketing did not commence until the mid 1920s. The Leicas were innovative, by orienting the image frame sideways on the 35 mm film as opposed to the cine-camera tradition of across the film-strip. The cameras were compact with collapsible lenses, for hiking and biking. The rangefinder feature was added with the Leica II in 1932, and in that year both rangefinder and viewfinder cameras became available with interchangeable lenses. In 1933 the Leica III offered slow speed shutter controls and a fast 1/1000th shutter speed, and various iterations of the III (a,b,c,d,f,&g) series became the flagship models and best sellers into the late 1950s. Further iterations of the models I and II were offered, but did not sell well.  ...  https://en.wikipedia.org/wiki/Leica_Camera

Die Leica Camera AG (Leica: Abkürzung für Leitz(sche) Camera) ist ein deutsches Unternehmen der optischen Industrie mit Sitz in Wetzlar. Das Unternehmen hat sich auf die Fertigung von Fotoapparaten und Ferngläsern spezialisiert. Das Unternehmen entstand 1986 aus der Ernst Leitz Wetzlar GmbH, dem Nachfolgeunternehmen des von Carl Kellner 1849 in Wetzlar gegründeten Optischen Instituts.

above: NoHigher! English star actress Natalie Dormer (Sophie Turner's partner in "Game of Thrones") with 'Leica M' photo by: Selene

Natalie Dormer (born 11 February 1982) is an English actress. She became known for her roles as Anne Boleyn on the Showtime series The Tudors (2007–10), as Margaery Tyrell on the HBO series Game of Thrones (2012–16), Irene Adler/Moriarty on the CBS series Elementary (2013–15), and as Cressida in the science-fiction adventure films The Hunger Games: Mockingjay – Part 1 (2014) and Part 2 (2015). She has been nominated for Best Performance at the Gemini Awards for her work in The Tudors. She has also been nominated for a Screen Actor's Guild Award for her performance in Game of Thrones.  ...  https://en.wikipedia.org/wiki/Natalie_Dormer
above: MedRes! Natalie Dormer with mimic for coincidence look   below: NoHigher! "Csíz!" natalie as Studentka of Russian Policeman higherschool


above Three: Leica M3 cutaway model: upper Two: MedRes!   bottom: NoHigher!
aboveNoHigher! Hollywood star actress #Scarlett Johansson looks by 'Leica' M8 digi camera
Hu .text: Scarlett I. Johansson (1984. november 22. –) Golden Globe-díjra jelölt amerikai színész, énekesnő. Pályafutását A suttogó című 1998-as filmmel alapozta meg.  2008. május 20-án jelent meg első zenei albuma, „Anywhere I Lay My Head” címmel.  ...  hu.wikipedia.org/Scarlett_Johansson
Scarlett Johansson (/dʒoʊˈhænsən/; born November 22, 1984) is an American actress, model and singer. She made her film debut in the fantasy comedy North (1994). Johansson subsequently starred in Manny & Lo (1996), and garnered further acclaim and prominence with roles in The Horse Whisperer (1998) and Ghost World (2001). She shifted to adult roles with her performances in Girl with a Pearl Earring (2003) and Lost in Translation (2003), for which she won a BAFTA Award for Best Actress in a Leading Role.  ...  en.wikipedia.Scarlett_Johansson
above: NoHigher! 18+ Hanging belt.  source: facebook.com

above: MedRes! Leica-M with Leitz Canadian made objective

aboveNoHigherSara Jean Underwood The Leicicus prepare optimechaniker expert in glassshoes -  Az üvegcipősLeika javító Gyári Z Ikonosztáz szakember   source: mellbimbo.eu    photo: www.dios4.me

Sara Jean Underwood (born March 26, 1984) is an American model, television host, and actress who was chosen as the Playmate of the Month for the July 2006 issue of Playboy magazine and later became Playmate of the Year in 2007. She is a former host of Attack of the Show! on G4.  ...
above & below: NoHigher! LEICA
above: MedRes! Chassis - Váz
above: MedRes! Mechanism - Mechanizmus
aboveLeftMedRes! Leica M2   RightMedRes! Leica

aboveNoHigher! Norway star actress Liv Ullmann operates Leica in Ingmar Bergman film

En. text: Liv Johanne Ullmann (born 16 December 1938) is a Norwegian actress and film director. She is known as one of the "muses" of Swedish director Ingmar Bergman.
Ullmann won a Golden Globe Award for Best Actress – Motion Picture Drama in 1972 for the film The Emigrants (1971), and has been nominated for another four. In 2000, she was nominated for the Palme d'Or for her second directorial feature film, Faithless. She has also received two BAFTA Award nominations for her performances in Scenes from a Marriage (1973) and Face to Face (1976), and two Academy Award nominations for The Emigrants and Face to Face.
Norsk text: Liv Johanne Ullmann (født 16. desember 1938 i Tokyo i Japan) er en norskskuespiller, manusforfatter og filmregissør. Hun fikk gjennombruddet sitt i Edith Carlmars komedie Fjols til fjells i 1957, og sin første hovedrolle i Carlmars Ung flukt i 1959. Samtidig begynte hun også å spille i teaterstykker, og fikk gratistimer hos skuespilleren Tore Foss. På 1960-tallet fikk hun flere filmroller, blant annet i Tonny (1962) og Pan (1962). Hun spilte også i teateroppsetninger som Hamlet, Kransen, Peer Gynt, Brand, Kongs-Emnerne, Et dukkehjem, Rosmersholm og Faust, og spilte stadig i NRK-serien Fjernsynsteatret.  ...
Hu. text: Liv Johanne Ullmann (Tokió, 1938. december 16.) norvég színésznő, forgatókönyvíró és filmrendező.  ÉleteLiv Ullmann Tokióban született, ahol repülőmérnök apja akkoriban szaktanácsadóként dolgozott. A norvégiai Trondheimben nőtt fel. Ingmar Bergman kilenc filmjében játszott főszerepet. A neves rendezőtől 1966-ban született lánya, Linn Ullmann az új évezred nemzetközileg elismert norvég írónője. (Pár regénye magyarul is olvasható: a Mielőtt elalszol, az Áldott gyermek és a Kegyelem.) - Bergmannal közös munkái, különösen az erőteljes Jelenetek egy házasságból az 1970-es évek feminista és kulturális ikonjává és korának egyik legelismertebb színésznőjévé avatták. Két alkalommal jelölték Oscar-díjra: az 1971-es Kivándorlók és az 1976-os Szemben önmagunkkal filmszerepéért. Sok évig New Yorkban élt második férjével, az amerikai Donald Saundersszel, kihez 1985-ben ment nőül, 1998-ban váltak el. Két sikeres önéletrajzi művet publikált: Changing (Változások, 1977) és Choices (Választások, 1984) címmel. -A norvég, svéd és angol mellett több más európai nyelven is beszél. A UNICEF sokat utazó jószolgálati követe.

above: NoHigher! Leica M6

above: MedRes! M6
 Mix: above: MedRes!  below: MedRes! LEICA M6
above: MedRes! Leica M6 cutaway graphics - röntgenrajz
above: HiRes! Leica M8    below: NoHigher! Silver

above: NEW! MedRes! Nikon  S D700 with #Voigtländer "Nokton" classic objective

above: NoHigher! Leica M9 Edition   below Two: MedRes!

above Two: MedRes! Leica M9 designers   photo: Leica AG
During the recently finished Photokina 2010, Leica has introduced the digital rangefinder camera Leica M9 Titanium, designed by Walter de´ Silva - a renowned automobile engineer of the Volkswagen firm - and made in a limited edition of 500 units,attached to a Summilux-M 35 mm f/1.4 ASPH, whose outer metallic components are likewise ...
above: NoHigher! "Boss of designer team in Fragmented Prismatic no clear sunglasses": Hungarian 'Sugarbird' fashion by Sona Skoncova
Modellfotó kiértékelése - Evaluation of Modelphoto: http://szextant.blogspot.hu/2016/02/176-modellfoto-hatter-keresese-es.html
above: NoHigher! Product sketching of designer - Formatervezői vázlat

above: NoHigher! Claudia Schiffer germany topmodel - deutsches Model und Schauspielerin.

Claudia Schiffer (German pronunciation: [ˈklaʊ̯dɪa ˈʃɪfɐ]; born 25 August 1970) is a German model, actress and fashion designer. She rose to fame in the early 1990s as one of the world's most successful models. In her early career, she was compared to Brigitte Bardot.
She has appeared on more than one thousand magazine covers and holds the record for the model with the most magazine covers, listed in the Guinness Book of World Records. In 2002, Forbes estimated her net worth to be around US$55 million (£38 million).  ...

The coincidence effect;  above: MedRes! Joe - 2014.   below: HiRes! Heidi Klum as Sophia Loren and Jayne Mansfield  nyc by: Mark Seliger 2002.  - Koincidál a szemük.

above: HiRes! The original scene with breast stars in 1958.: Left: Sophia Loren  Right: Jayne Mansfield

above: NoHigher! Hungarian star model: Miss. Mihalik Enikő at 'Victoria's Secret': Coincidence of Her hands - A kezeinek egyeztetése   bottom: NEW! NoHigher! Real Coincidence by Doris Day

Thanks! to Mr. Tk. 1st.Lt. Blazius Hautzinger von Jásd Leader of MATASz's Tradition keeper section in Budapest-city, that He has initialed and urgented this create of post by His desire for knowldege - Köszönet!  Jásdi Balázs Hő. fhdgy. MATASz Hő.Tag.vez-nek Budapesten, hogy a tudásvágyával kezdeményezte és ösztönözte ennek a bejegyzésnek a megalkotását. -BloggerJuliet'uncle - Juci'bácsi
FIN!

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