TIRE MONITORING DEVICE Russian patent published in 2020 - IPC G01M17/02 

Abstract RU 2722779 C2

FIELD: motor vehicle industry.

SUBSTANCE: invention relates to automotive tires. Device (10) for monitoring tires on a tire production line comprises detection system (104), which comprises camera (105) having line (106) of sight, lying in optical plane (107) passing through chamber (105); first light source (110), second light source (108) and third light source (109), wherein second light source (108) and third light source (109) are located on opposite sides relative to optical plane (107) and symmetrically relative to first light source (110); wherein the first light source (110) is configured to emit the first scattered light radiation onto the surface portion and the second light source (108) and the third light source (109) are configured to emit the second light radiation incident at the sliding angle and the third light radiation, falling at sliding angle, on tire surface area (200), coinciding with sight line (106) or close to it; and reflecting element (150) forming reflecting plane, located perpendicular to optical plane (107), wherein reflecting element (150) is located between second light source (108) and third light source (109), wherein reflecting element (150) is configured to reflect sight line (106) at an angle between about 60°and about 120°, wherein minimum distance between reflecting plane and camera (105) focusing plane (121), passing through the reflected line of sight is less than the minimum distance between one of the first light source (110), the second light source (108) or the third light source (109) and focusing plane (121).

EFFECT: device for monitoring tires is proposed.

38 cl, 12 dwg

Similar patents RU2722779C2

Title Year Author Number
TIRE INSTALLATION AND METHOD 2016
  • Held, Alessandro
  • Boffa, Vincenzo
RU2722984C2
METHOD AND DEVICE FOR CONTROLLING TIRES 2016
  • Kheld, Alessandro
  • Boffa, Vinchentso
  • Pekoraro, Daniele
  • Ballardini, Valeriano
  • Engelsberger, Jozef
  • Lyajtner, Bernd
RU2732671C2
METHOD AND APPARATUS FOR MONITORING TIRES 2016
  • Kheld, Alessandro
  • Boffa, Vinchentso
  • Pekoraro, Daniele
  • Ballardini, Valeriano
  • Engelsberger, Jozef
  • Lyajtner, Bernd
RU2733978C2
METHOD AND DEVICE FOR DETECTING DEFECTS ON THE TIRE SURFACE 2016
  • Ghidotti Piovan Alessandro
  • Ballardini Valeriano
  • Boffa Vincenzo
  • Regoli Fabio
  • Di Stefano Luigi
RU2657648C1
TIRE ANALYSIS DEVICE AND METHOD 2016
  • Held, Alessandro
  • Boffa, Vincenzo
  • Regoli, Fabio
  • Ballardini, Valeriano
  • Casadio Tozzi, Giuseppe
RU2721050C2
METHOD AND DEVICE FOR ANALYSIS OF TIRE SURFACE 2016
  • Ghidotti Piovan, Alessandro
  • Ballardini, Valeriano
  • Boffa, Vincenzo
  • Regoli, Fabio
  • Di Stefano, Luigi
RU2707723C2
METHOD AND DEVICE FOR MONITORING TIRES ON PRODUCTION LINE 2015
  • Montrucchio, Bartolomeo
  • Casadio Tozzi, Giuseppe
  • Ballardini, Valeriano
  • Boffa, Vincenzo
RU2696343C2
TIRE PRODUCTION CONTROL DEVICE ON PRODUCTION LINE 2015
  • Boffa Vincenzo
  • Held Alessandro
  • Ballardini Valeriano
  • Casadio Tozzi Giuseppe
RU2696346C2
OPTICAL PROJECTION SYSTEM 1995
  • Dae-Jang Lim
  • Dzhin-Se Jang
RU2154352C2
OPTICAL TIME-OF-FLIGHT VELOCIMETRE 2005
  • Montgomeri Derek
  • Dzhejms Dehril Dzh.
  • Jan Dehvid Jueh
  • Mel'Nik Ivan
  • Mekl Ondrej
RU2385461C2

RU 2 722 779 C2

Authors

Held, Alessandro

Boffa, Vincenzo

Pecoraro, Daniele

Ballardini, Valeriano

Dates

2020-06-03Published

2016-12-28Filed