SYSTEM AND METHOD FOR CLEANING THE SENSOR SURFACE OF A SENSOR SYSTEM Russian patent published in 2023 - IPC B60W30/00 B60S1/56 B60S1/54 B60R1/00 B05B7/26 

Abstract RU 2798389 C2

FIELD: cleaning systems.

SUBSTANCE: group of inventions relates to a sensor cleaning system, in particular, to a system and method for cleaning the sensor surface of an unmanned vehicle sensor system and a supply panel for a cleaning system. The cleaning system has a body and a feed panel. The supply panel has a body forming a jet deflection device, a plurality of nozzles formed inside the body, and a channel located inside the body. The specified nozzle is configured to receive air-liquid fluid from the channel and create an extended fluid jet along the first trajectory to the jet deflector. The jet deflector has a curved deflection surface for deflecting an extended fluid jet from (i) the first trajectory to (ii) a curved path along the curved deflection surface towards the sensor surface. The jet deflector and the specified nozzle are oriented such that when the extended fluid jet contacts the curved deflection surface along the first path, the curved path of the extended fluid jet follows the curved deflection surface towards the sensor surface.

EFFECT: increased efficiency of cleaning the sensor surface with no obstruction of the sensor's field of view.

23 cl, 9 dwg

Similar patents RU2798389C2

Title Year Author Number
SYSTEM AND METHOD FOR CLEANING THE SURFACE OF A SENSOR ON AN UNMANNED AUTOMOBILE 2021
  • Badanov Sergey Aleksandrovich
  • Zavadskii Viktor Igorevich
  • Mishugin Gleb Olegovich
  • Khalizov Mikhail Vladimirovich
RU2775791C1
SENSOR DEVICE 2018
  • Janardhan, Srinivasan
  • Kane, David B.
  • Kobal, Gerd
  • Pithawalla, Yezdi B.
RU2775381C2
FLUID JET RECEIVING RECEPTACLES AND RELATED FLUID JET CUTTING SYSTEMS 2013
  • Khashish Mokhamed A.
  • Ullrich Ekkhardt R.
  • Knaupp Mikhael
  • Kraigen Stiven Dzhej
  • Broun Charles M.
  • Shuman Bryus M.
RU2664113C2
METHOD AND SYSTEM FOR IDENTIFYING THE PRESENCE OF A TRACK ON THE CURRENT TERRAIN 2020
  • Orlov Vsevolod Nikolaevich
RU2757037C1
WIRELESS SENSOR SYSTEM AND METHODS FOR USE THEREOF 2014
  • Bommer Dzhejson P.
  • Mintir Devid Vilyam
  • Nesting Richard Dzh.
  • Ajyagari Arun
  • Bostvik Richard Nil
  • Robb Endryu Majkl
RU2686805C2
METHOD AND SYSTEM FOR PREDICTING A FUTURE EVENT IN A SELF-DRIVING CAR (SDC) 2019
  • Trukhanovich Vladislav Andreevich
RU2757038C2
BUBBLING DEVICE STATUS SENSOR SYSTEM 2017
  • Mankosa, Michael, J.
  • Krahe, Ronald, P.
  • Jukkola, James
RU2712973C1
SPRAYER AND ATOMIZER NOZZLE BODY 2016
  • Van Rijn, Cornelis Johannes Maria
  • Nijdam, Wietze
  • Baggerman, Jacob
  • Van Egmond, Henri Joseph
RU2720787C2
METHOD AND SYSTEM FOR PREDICTING A MANOEUVRE OF THE OBJECT 2021
  • Fedorov Sergey Dmitrievich
  • Nedoluzhko Andrey Alekseevich
  • Melnichenko Daniil Vladimirovich
RU2778300C1
METHOD AND SYSTEM FOR GENERATING THE REFERENCE PATH OF A SELF-DRIVING CAR (SDC) 2019
  • Gud Pavel Sergeevich
RU2746026C1

RU 2 798 389 C2

Authors

Badanov Sergey Aleksandrovich

Khalizov Mikhail Vladimirovich

Pugachev Grigory Nikolaevich

Gerasimov Ilya Petrovich

Dates

2023-06-22Published

2021-07-21Filed