TORSIOMETER Russian patent published in 2019 - IPC G01L3/08 G01L3/04 

Abstract RU 2681663 C1

FIELD: measuring equipment.

SUBSTANCE: invention relates to a measuring technique, intended for measuring torque when power is transmitted through a shaft. Torsiometer contains a shaft with flanges, which is fixed in the housing. Housing is made coaxial with the shaft, with the possibility of rotation of the shaft coaxially therewith, for which the shaft is installed in rolling bearings installed in holes coaxial with the axis of rotation of the shaft, made in the end walls of the housing, the rolling bearings are secured against movement along the shaft. Tool for removing the reference includes two mirrors mounted on the shaft near the end walls of the housing, and a semiconductor laser mounted in the side wall of the housing, with the possibility of forming a beam in a plane perpendicular to the axis of rotation of the shaft, and the possibility of hitting the beam on the first mirror, set at an angle of 45° to the axis of rotation of the shaft, the second mirror is installed with the beam incident thereon reflected from the first mirror, and the possibility of reflection thereof in the plane at an angle to the axis of rotation of the shaft, for which the second mirror is oriented at an angle of 15–45° to the axis of rotation of the shaft and at an angle of 45° relative to the radius of the shaft. Slot is made along the forming body, along which a linear measuring scale is fixed, at zero of which the laser beam reflected from the second mirror is oriented in the absence of a shaft rotation.

EFFECT: ability to measure torque when the shaft rotates at a relatively high speed.

1 cl, 4 dwg

Similar patents RU2681663C1

Title Year Author Number
TORSIOMETER 2018
  • Statsenko Vladimir Nikolaevich
  • Sukhorada Aleksej Evgenevich
RU2679925C1
RHEOMETER FOR MONITORING FORMATION OF MILK-PROTEIN COAGULUM 2007
  • Pirogov Aleksandr Nikolaevich
  • Donja Denis Viktorovich
  • Grachev Igor' Nikolaevich
RU2354956C1
OPTICAL STAND FOR CHECKING VEHICLE WHEELS ALIGNMENT ANGLES 1991
  • Lamonov Valerij Mefod'Evich
  • Rybakov Valerij Konstantinovich
RU2034261C1
OPTICAL METHOD OF ALIGNING SHAFT 0
  • Tyurin Yurij Mikhajlovich
  • Sheremetev Dmitrij Nikolaevich
  • Fedotov Albert Aleksandrovich
  • Abramov Aleksandr Anatolevich
  • Petushkov Mikhail Aleksandrovich
SU1442823A1
LASER POSITIONER FOR X-RAY EMITTER 2008
  • Maklashevskij Viktor Jakovlevich
  • Ketkovich Andrej Anatol'Evich
  • Maklashevskaja Natal'Ja Viktorovna
RU2369996C1
METHOD OF VERIFICATION OF ROTARY ANEMOMETERS APPLYING DYNAMIC TORQUE MEASURING DEVICE 2016
  • Zimenkov Pavel Sergeevich
RU2631912C1
OPTOELECTRONIC DEVICE FOR MEASURING TORQUE, AXIAL FORCE AND ROTATION SPEED OF TOOL 2023
  • Peretyatko Sergej Borisovich
  • Zakharov Vladislav Dmitrievich
  • Bagmet Danil Andreevich
  • Kozlovskij Vladimir Petrovich
RU2826840C1
LASER LOCALIZER FOR X-RAY EMITTER 2006
  • Ketkovich Andrej Anatol'Evich
  • Maklashevskij Viktor Jakovlevich
RU2315446C2
METHOD FOR MEASURING ADJUSTMENT OF TURNING ANGLES OF CAR WHEELS AND DEVICE FOR IMPLEMENTATION OF SAID METHOD 1991
  • Kozhokhin Vladimir Viktorovich[Ua]
  • Saenko Vladimir Alekseevich[Ua]
RU2033602C1
DEVICE FOR INSPECTING INTERNAL SURFACES OF BODIES 2004
  • Ketkovich Andrej Anatol'Evich
  • Maklashevskij Viktor Jakovlevich
RU2293363C2

RU 2 681 663 C1

Authors

Statsenko Vladimir Nikolaevich

Sukhorada Aleksej Evgenevich

Dates

2019-03-12Published

2018-04-25Filed