AUTOMATED REMOTE-CONTROLLED LIFTING HOOK Russian patent published in 2023 - IPC B66C1/34 

Abstract RU 2809751 C1

FIELD: mechanical engineering.

SUBSTANCE: invention relates to devices for loading and unloading operations, namely to the field of load-handling devices. The lifting hook contains a body of a means of moving the transported load, insulated from aggressive environments and including side and front panels, as well as a top cover on which a unified lug is fixed; on the lower side of the body there is a rotating hook, on which a mechanism for fixing the load in the rotating hook is fixed. A light sight and a video camera are integrated into the housing, ensuring precise guidance of the hook to the load, as well as end position sensors that control the rotation of the rotary hook in the housing. The housing contains a gear motor, which is a combination of an electric motor and a worm gear, to which a rotating hook and an electronics unit are attached by means of a shaft for rotation in a plane perpendicular to the shaft, and an electronics unit that is connected to the power elements of the hook, namely to its walls. In the body of the device, there is additionally a security system containing a safety lock that prevents the cargo fastenings from falling out of the fastening area, while the hook is designed with the possibility of preliminary fixation of the cargo fastening elements by means of a magnet and with the possibility of positioning the cargo fastening elements relative to the hook; the device also includes an electrical source power supply connected to all energy-consuming elements of the device, and a remote control that uniquely corresponds to the controls of the rotary hook, and the outputs/inputs of the control panel are connected via Bluetooth and the LoRac radio channel to the inputs/outputs of the hook control system.

EFFECT: improved efficiency of loading and unloading operations and optimization of production processes.

2 cl

Similar patents RU2809751C1

Title Year Author Number
AUTOMATED LOAD GRIPPER 2004
  • Kravchenko Pavel Davidovich
  • Berezin Il'Ja Vital'Evich
  • Berezin Egor Vital'Evich
  • Shestakova Irina Aleksandrovna
RU2268229C1
WINCH 2009
  • Bozhko Aleksandr Gennad'Evich
  • Vasil'Ev Nikolaj Dmitrievich
  • Kudrjavtsev Aleksandr Vladimirovich
  • Platonov Gennadij Grigor'Evich
RU2401242C1
SCALE TEST COMPLEX 2019
  • Trantina Snezhana Vladimirovna
  • Shikanov Evgenij Aleksandrovich
RU2712533C1
INGOT TRANSPORTING LOAD-GRIPPING DEVICE 2006
  • Kurylev Oleg Pavlovich
RU2309889C1
EXERCISE MACHINE AND A METHOD OF DOING EXERCISES 2017
  • Gorokhov Nikolaj Yakovlevich
  • Semenov Petr Igorevich
  • Shmidt Dzhozef Lvovich
RU2660300C1
CRANE-MANIPULATOR UNIT 2002
  • Akimov V.N.
  • Bogdanov V.O.
  • Enenko A.Ju.
  • Klochikhin N.V.
  • Laptov N.A.
  • Moshkin V.S.
  • Navrazhin N.M.
  • Okon'Skij A.B.
  • Pyr'Ev A.A.
  • Pjatkin V.A.
  • Seleznev V.A.
  • Toskhoparan D.S.
RU2240971C2
DEVICE FOR TURNING CRANE HOOK AND LOAD 1990
  • Klod Desso[Fr]
RU2034771C1
TURNER 2009
  • Varochko Aleksej Grigor'Evich
  • Zvekov Aleksej Tikhonovich
  • Novozhilov Mikhail Vasil'Evich
RU2392216C1
DYNAMIC CRANE SIMULATOR FOR MAINTENANCE AND REPAIR WORKSHOP 2023
  • Lobov Nikita Yurevich
  • Bagin Dmitrij Nikolaevich
  • Telegin Mikhail Nikolaevich
  • Korolkov Aleksandr Ivanovich
RU2809961C1
LOAD-LIFTING DEVICE 2003
  • Sergeev A.I.
RU2265571C2

RU 2 809 751 C1

Authors

Siverskij Aleksej Sergeevich

Danilin Denis Alekseevich

Belousov Vasilij Valerevich

Grol Mariya Sergeevna

Dates

2023-12-15Published

2023-05-05Filed