The film tells about the collaboration between scientists from the All-Russian Research Institute of Metrological Service and enterprises producing automobiles and measuring equipment.




Alternation of frames of operation of equipment of a metalworking enterprise.
Likhachev Automobile Plant.
Truck assembly line.
The story is told by the head of the ZIL metrology department I.A. Krekov.
Verification laboratory of ZIL. Measuring surface roughness.
Profilometers.
Laboratory of the Kalibr plant.
Scientists of the All-Russian Research Institute of Metrology Service work together with specialists of the Kalibr plant.
The result of this cooperation is a high-precision profilometer.
Determining the required surface parameters with this device.
A sample of surface roughness with a regular profile.
This sample is used to determine the accuracy of the device.
The story is told by V.S. Lukyanov, scientist-keeper of standards.
A cartoon explaining a simplified diagram of the roughness standard.
The story is told by V.Ya.
Eidinov, head of the department at VNIIMS. A roundness meter manufactured at the Kalibr plant is demonstrated.
As a result of the roundness meter's operation, a roundogram is obtained on the chart disk, which depicts deviations from a perfect circle on an enlarged scale. A.M. Zimina, head of the department of chief metrologist of the Kalibr plant, tells the story.
Metrology, Reference, Surface roughness, Profilometer, Roundness meter, Chart disk
I.A. Krekov, Head of the Metrology Department at ZIL.
V.S. Lukyanov, scientist and keeper of standards.
V.Ya. Eidinov, Head of Department, VNIIMS.
A.M. Zimina, head of the sector of the chief metrologist's department of the Kalibr plant.
Moscow
Likhachev Automobile Plant., Plant "Caliber".




Assembly line of the Leninsky Komsomol Automobile Plant (MZLK).
Close-up of a worker's face on the line.
AZLK emblem.
Moskvich cars are rolling off the plant's conveyor.
Measuring pressure or vacuum flow.
Portable device of the Petrov system, designed to verify differential pressure gauges and flow meters.
A scientist monitors the readings of the device.
Mercury is used in the device.
Ventilation above the device's operating area.
The structure of the mercury room.
Laboratory of thermal processes for measuring automation at MZLK. Close-up of the faces of scientists at VNIIMS and the MZLK laboratory.
Automated excess pressure setter of the flow type.
A cartoon explaining the operating principle of the device.
A number of nominal values of excess pressure are obtained by placing weights of different masses on a spherical piston. V.V. Batrakov, head of the AZLK laboratory, explains.
Assembly line of the Manometer plant.
Verification of manufactured devices at the plant.
Automatic pressure setter.
Weights-piston pressure gauge.
Automatic installation of weights.
A special system with a photodiode monitors the position of the weights.
An automatic hydraulic pressure setter is demonstrated.
Three devices are being verified simultaneously.
Printout of verification indicators.
Electronic computing equipment in the VNIIMS laboratory.
Printout of verification results.
Scientists discuss the tasks at a mini-computer monitor.
A collage of film frames.
Verification, Differential pressure gauge, Mercury room, Excess pressure regulator, computer, Manometer
V.V. Batrakov, head of the AZLK laboratory.
Moscow
Automobile Plant named after Lenin Komsomol., VNIIMS., Laboratory of thermal processes of measurement of automation of MZLK., Plant "Manometer".