periscope$59372$ - translation to ελληνικό
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periscope$59372$ - translation to ελληνικό

DESIGNED IN POLAND
Gundlach Peryskop obrotowy; Gundlach tank periscope; Tank periscope; Gundlach periscope; Vickers tank periscope

periscope      
n. περισκόπιο
field glass         
  • left
  • Porro type, external eyepiece bridge central-focusing binoculars with a rotating diopter on the right eyepiece allowing to adjust refractive differences between the viewer's left and right eyes
  • Galilean binoculars
  • 1}}
  • Binoculars with red-colored multicoatings
  • Double Porro prism design
  • A simulated view of how the [[Andromeda Galaxy]] (Messier 31) would appear in a pair of binoculars
  • Binoculars with adjustable interpupillary distance set for about 63 mm
  • Vector series laser rangefinder 7×42 binoculars can measure distance and angles and also features a 360° digital compass and class 1 eye safe filters
  • url-status=live }}</ref>
  • The small exit pupil of a 25×30 telescope and large exit pupils of 9×63 binoculars suitable for use in low light
  • A quarter-wavelength (λ) thick anti-reflection coating, which leads to destructive interference
  • Schmidt–Pechan "roof" prism design
  • Independent focusing binoculars as used by the British military
  • [[Tower Optical]] coin-operated binocular tower viewers
  • US Naval ship 'Big eyes' 20×120 binoculars in fixed mounting
  • 25&nbsp;×&nbsp;150 binoculars adapted for astronomical use
  • 7×50 marine binoculars with dampened [[compass]]
PAIR OF TELESCOPES MOUNTED SIDE-BY-SIDE
Field glass; Binocular instrument; Field Glasses; Field glasses; Binocular Instrument; Binocs; Binocular telescope; Prism binoculars; Phase correction coating; Binoc; Periscope binoculars
τηλεσκόπιο
field glasses         
  • left
  • Porro type, external eyepiece bridge central-focusing binoculars with a rotating diopter on the right eyepiece allowing to adjust refractive differences between the viewer's left and right eyes
  • Galilean binoculars
  • 1}}
  • Binoculars with red-colored multicoatings
  • Double Porro prism design
  • A simulated view of how the [[Andromeda Galaxy]] (Messier 31) would appear in a pair of binoculars
  • Binoculars with adjustable interpupillary distance set for about 63 mm
  • Vector series laser rangefinder 7×42 binoculars can measure distance and angles and also features a 360° digital compass and class 1 eye safe filters
  • url-status=live }}</ref>
  • The small exit pupil of a 25×30 telescope and large exit pupils of 9×63 binoculars suitable for use in low light
  • A quarter-wavelength (λ) thick anti-reflection coating, which leads to destructive interference
  • Schmidt–Pechan "roof" prism design
  • Independent focusing binoculars as used by the British military
  • [[Tower Optical]] coin-operated binocular tower viewers
  • US Naval ship 'Big eyes' 20×120 binoculars in fixed mounting
  • 25&nbsp;×&nbsp;150 binoculars adapted for astronomical use
  • 7×50 marine binoculars with dampened [[compass]]
PAIR OF TELESCOPES MOUNTED SIDE-BY-SIDE
Field glass; Binocular instrument; Field Glasses; Field glasses; Binocular Instrument; Binocs; Binocular telescope; Prism binoculars; Phase correction coating; Binoc; Periscope binoculars
διόπτρες

Ορισμός

periscope
n.
1) to lower; raise a periscope
2) (as commands) periscope down; periscope up

Βικιπαίδεια

Vickers Tank Periscope MK.IV

The Gundlach Periscope, usually known under its British designation as Vickers Tank Periscope MK.IV, was a revolutionary invention by Polish engineer Rudolf Gundlach, manufactured for Polish 7TP tanks from the end of 1935 and patented in 1936 as the Peryskop obrotowy Gundlacha. It was the first device to allow the tank commander to have a 360-degree view from his turret with a single periscope. By rotating the periscope and allowing the tank commander to look backwards through the second eyepiece, he no longer had to change position to look behind the turret. Early tanks had small turrets and fixed seating, without an independently rotating cupola, and so the commander wasn't easily able to move himself to another rear-facing periscope.

On 14 June 1935 it was officially adopted by the Polish Army, as reversible periscope G wz. 34. The design was first used in the TKS tankette, then in 7TP light tank. Shortly before the war it was given to the British and was used in almost all tanks of WWII, including the British Crusader, Churchill, Valentine, and Cromwell and the American M4 Sherman. After the German and Soviet attack and fall of Poland in 1939 it was copied entirely from captured 7TP and TKS Polish tanks and later used by the Soviets for their tanks (including the T-34 and T-70).

As a part of Polish-British pre-war military cooperation, the patent was sold for one zloty to Vickers-Armstrong. It was produced as the Vickers Tank Periscope MK.IV (pictured), and built into all British tanks (Crusader, Churchill, Valentine, Cromwell). After the fall of Poland, Germany, USSR and Romania captured some equipment, allowing them to copy the invention. In USSR the Gundlach periscope was known as MK-4 (harking to the British designation, as Russian sources openly confirm that it was copied from samples acquired with British-supplied tanks) and implemented in all tanks (including the T-34 and T-70). At the end of World War II this technology was adopted throughout the world and used basically unchanged for almost 50 years, until it was replaced by electronic devices.