ROBOTIC AUTONOMOUS MODULE FOR GROWING PLANTS ON ARTIFICIAL MEDIA USING AUTOMATED LIFE SUPPORT TOOLS FOR PLANTS AT ALL STAGES OF GROWING Russian patent published in 2021 - IPC A01G31/02 

Abstract RU 2748379 C1

FIELD: agriculture.

SUBSTANCE: invention relates to the field of agriculture, in particular to hydroponic systems, and is intended for growing plants in a nutrient medium without soil. A robotic autonomous module for growing plants on artificial media using automated life support for plants at all stages of growing consists of an autonomous robotic trolley with the ability to manually control the movement or automatically move the module along predetermined routes and a section mounted on the trolley for growing plants on artificial environments, which includes life support for plants at different stages of growing. The section contains the lower technical section installed from bottom to top on top of each other, the reservoir for the nutrient solution, the stand with the possibility of rotation around its axis, the upper technical section, guide rods connecting the upper and lower technical sections, for placing life support devices for the process of growing plants and providing them with power. The lower technical section through the docking module is installed on a robotic trolley and contains a growing process control unit installed in the closed part of the section, connected to a device for monitoring and controlling the operation of the robotic autonomous module.

EFFECT: module makes it possible to create a compact robotic autonomous module containing all the necessary life support for plants at all stages of growing, eliminates the presence of a person in the process of growing plants due to the full automation of the module and life support for plants at all stages of growing.

11 cl, 12 dwg

Similar patents RU2748379C1

Title Year Author Number
AUTONOMOUS TRANSPORTABLE MODULE BASED ON THE ISO-CONTAINER FOR GROWING PLANTS, AUTONOMOUS TRANSPORTABLE COMPLEX BASED ON AUTONOMOUS TRANSPORTABLE MODULES BASED ON ISO-CONTAINERS FOR GROWING PLANTS, METHOD OF GROWING PLANTS IN AN AUTONOMOUS TRANSPORTABLE MODULE BASED ON AN ISO-CONTAINER AND IN A COMPLEX BASED ON AUTONOMOUS TRANSPORTABLE MODULES BASED ON ISO-CONTAINERS 2019
  • Levin Boris Germanovich
  • Pasechnik Sergei Viktorovich
RU2720919C1
DEVICE FOR AUTONOMOUS GROWING OF PLANT MICRO-CLONES IN SPACE 2022
  • Zhuravleva Ekaterina Vasilevna
  • Nikulin Ivan Sergeevich
  • Tokhtar Valerij Konstantinovich
  • Voropaev Valerij Sergeevich
  • Tokhtar Lyudmila Anatolevna
  • Saenko Mikhail Yurevich
  • Tkachenko Natalya Nikolaevna
RU2785157C1
ROBOTIC SYSTEM FOR GROWING PLANTS USING AUTOMATED PLANT LIFE SUPPORT 2022
  • Kuzina Evgeniia Olegovna
  • Portnova Anna Vladimirovna
  • Sokolchik Pavel Iurevich
  • Starostin Andrei Georgievich
  • Stashkov Sergei Igorevich
RU2796947C1
PLANT GROWING APPARATUS 1993
  • Sharupich V.P.
RU2084132C1
PLANT GROWING UNIT 1994
  • Sharupich V.P.
  • Stojachenko I.L.
RU2101929C1
METHOD AND SYSTEM FOR GROWING PLANTS UNDER CONTROLLED CONDITIONS 2023
  • Terekhov Vladislav Gennadevich
  • Berezin Sergei Borisovich
  • Voitsekhovskii Dmitrii Valentinovich
RU2800522C1
PATIENT HOLDING HOSPITAL UNIT, PATIENT TRANSPORTATION SYSTEM AND PATIENT TRANSPORTATION AND LIFE SUPPORT SYSTEM 2014
  • Dzhulianotti Per
  • Vittori Arturo
  • Fogler Andreas
RU2652559C2
CLIMATIC CHAMBER FOR GROWING PLANTS 2020
  • Dorokhov Aleksej Semenovich
  • Chilingaryan Narek Ovikovich
  • Grishin Aleksandr Petrovich
  • Grishin Andrej Aleksandrovich
  • Dorokhov Artem Aleksandrovich
  • Smirnov Aleksandr Anatolevich
RU2739604C1
PLANT GROWING DEVICE 2022
  • Mishanov Aleksei Petrovich
  • Rakutko Sergei Anatolevich
  • Rakutko Elena Nikolaevna
  • Markova Anna Efimovna
RU2784076C1
PLANT GROWING SYSTEM 2014
  • De Grot, Yakob Frank
  • Van Der Ven, Dolf
  • Khempenius, Elke Gyalt
RU2632980C2

RU 2 748 379 C1

Authors

Levin Boris Germanovich

Pasechnik Sergei Viktorovich

Dates

2021-05-25Published

2020-09-25Filed