Filling and storing device for barrel elements for exploration ship

Abstract

The invention discloses a marine barrel element filling and feeding device which comprises an integrated box body. The integrated box body is arranged below a deck of a ship body and matched with a feeding cover plate on the deck; the integrated box body is provided with a left side plate, a right side plate, a top frame and a bottom plate; a plurality of partition plates are fixedly connected between the two side plates; a plurality of openings are formed in the two side plates of the integrated box body; layering mechanisms are inserted into the openings; barrel placing mechanisms are arranged in the layering mechanisms; and the barrel placing mechanisms in the adjacent upper and lower layers are arranged in a staggered manner. The integrated box body is jacked upwards through a jacking device, so that the whole integrated box body penetrates through a hatch in the deck, and a crane device arranged outside the ship body or on the deck can conveniently put barrel elements into the integrated box body. The barrel placing mechanism with a second push-pull structure is arranged, so that the barrel elements can be conveniently taken out, and the filling and taking efficiency of the barrel elements is improved.

Description

technical field [0001] The invention relates to the field of loading and storage of marine equipment components, in particular to a device for loading and storing cylinder components into an exploration ship. Background technique [0002] When an exploration ship performs exploration tasks at sea, it needs to carry a certain number of drill pipes and probe rods. Due to their certain volume and weight, these drill pipes and probe rods are placed on board, especially when they are placed in the cylinder storage device on board. Generally, it needs to be transported to the deck of the exploration ship in batches, and then loaded into the cylinder storage device on the ship by hoisting or rail transportation, and when the cylinder element needs to be taken out on the ship During operation, the method of horizontal supply is usually adopted, and the cylinder is clamped along the cylindrical surface of the cylinder by a horizontal handling robot or manually, and then horizontally ...

AI Technical Summary

Problems solved by technology

[0002] When an exploration ship performs exploration tasks at sea, it needs to carry a certain number of drill pipes and probe rods. Due to their certain volume and weight, these drill pipes and probe rods are placed on board, especially when they are placed in the cylinder storage device on board. Generally, it needs to be transported to the deck of the exploration ship in batches, and then loaded into the cylinder storage device on the ship by hoisting or rail transportation, and when the cylinder element needs to be taken out on the ship During operation, the method of horizontal supply is usually adopted, and the cylinder is clamped along the cylindrical surface of the cylinder by a horizontal handling robot or manually, and then horizontally transported to the corresponding position for assembly. The existing storage device for cylinder components is not equipped to be compatible with The loading and storage structure directly connected to the external hoisting device or the hoisting device on the deck, the efficiency of the loading and feeding work of the cylinder is low

Images