CN219524172U - Inland waterway buoy throwing device - Google Patents

Abstract

The utility model discloses a inland waterway buoy throwing device, and belongs to the technical field of inland navigation equipment. The device is put in to inland waterway buoy, including crane device, still include continuous elevating gear, continuous elevating gear quantity is two sets, and the symmetry sets up in crane device's both sides, crane device's workstation is corresponding at continuous elevating gear's top for lift the buoy of bottom to the crane device workstation at top, perhaps drop the buoy of top crane device workstation to the bottom. The device reduces the workload of buoy handling personnel and crane operators, greatly reduces the time for throwing the buoy, and simultaneously stores new and old buoys respectively without confusion.

Description

Inland waterway buoy throwing device

Technical Field

The utility model particularly relates to a inland waterway buoy throwing device, and belongs to the technical field of inland navigation equipment.

Background

The buoy is anchored at a designated position on the water surface, and in a inland waterway, the buoy is used for marking the range of the waterway and indicating a shoal obstacle, and the buoy is also used for hydrologic monitoring and other functions.

The traditional inland waterway buoy throwing and recovering mode adopts a shipborne crane to throw the buoy to a designated position, and in some prior art documents, the buoy throwing process is improved, such as Chinese patent, CN112660306 and 2021.04.16, and a buoy throwing device for hydrologic monitoring is disclosed. The device realizes automatic hooking and unhooking of the buoy by improving the lifting hook part of the crane, and omits the operation of manual hooking. However, the throwing device still has some defects, when the crane lifts the buoy, the crane boom needs to be lowered by a certain height, the worker puts the buoy at the position of the lifting hook, the crane lifts the boom after hooking the buoy, the boom is rotated to the throwing position, and the buoy is recovered in a similar way. In addition, when two kinds of work of throwing the buoy and retrieving the buoy exist simultaneously in the one-time operation process, the retrieved buoy and the buoy ready for throwing are put together, and are easy to mix.

Disclosure of Invention

Therefore, the utility model provides a device for releasing buoys in a inland waterway, which aims at the defects of large workload of releasing and recycling buoys, long time and mixed release of new buoys and old buoys in the prior art.

The specific technical scheme is as follows:

the utility model provides a inland waterway buoy throwing device, includes crane device, still includes continuous elevating gear, continuous elevating gear quantity is two sets, and the symmetry sets up in crane device's both sides, crane device's working position is corresponding at continuous elevating gear's top for lift the buoy of bottom to the crane device working position at top, or with the buoy of top crane device working position drop to the bottom.

Further, the continuous lifting device comprises a carrying chain plate, a steering wheel and two sets of conveying chains, each set of conveying chain comprises an inner side chain and an outer side chain, the inner side chain and the outer side chain form a circulating chain through the steering wheel, and two ends of the carrying chain plate are respectively hung on the inner side chain and the outer side chain.

Further, the continuous lifting device comprises a horizontal conveying section and a lifting section, wherein the conveying chain belt moves the object carrying chain plate to horizontally run in the horizontal conveying section, and the conveying chain belt moves the object carrying chain plate to lift or fall in the lifting section.

Further, the crane device comprises a stand column, a rotating arm and a lifting hook device.

Further, the hook means comprises an electric engaging hook.

Further, the electric suction hook comprises a fixed end hook body, a movable end hook body and a driving motor.

The utility model has the beneficial effects that: compared with the prior art, the inland waterway buoy throwing device has the advantages that through the improvement of the structural design, the continuous lifting devices are added on the two sides of the crane, the crane basically only needs to transversely rotate, the buoy to be thrown does not need to be remotely carried, the workload of buoy carrying personnel and crane operators is reduced, the buoy throwing time is greatly reduced, meanwhile, the continuous lifting device on one side can be used as a special recovery buoy, and new and old buoys are respectively stored under the condition of throwing and recovering the buoys at the same time in the one-time operation process, so that confusion is avoided.

Drawings

FIG. 1 is a schematic diagram of a construction of a inland waterway buoy delivery device;

FIG. 2 is an assembled schematic view of the continuous lift device;

FIG. 3 is a schematic view of a structure of a carrier link plate;

fig. 4 is a schematic structural view of the crane apparatus.

The reference numerals are as follows:

1. crane device, 2, continuous lifting device;

11. the lifting hook comprises a stand column, 12, a rotating arm, 13, a lifting hook device, 14 and an electric suction hook;

141. fixed end hook body, 142, moving end hook body, 143, driving motor;

21. the object carrying chain plate, 22, the steering wheel, 23 and the conveying chain;

231. inside chain, 232, outside chain.

Detailed Description

The following describes specific embodiments of the present utility model with reference to the drawings:

the method is designed for solving the problems that in the prior art, the workload is large, the time consumption is long and new and old buoys are difficult to distinguish in the process of throwing and recycling the inland buoys.

As shown in fig. 1, the buoy throwing device comprises two parts, namely a crane device 1 and a continuous lifting device 2, wherein the crane device 1 is arranged in the middle, and the continuous lifting device 2 is provided with two sets which are respectively arranged at two sides of the crane device 1.

The continuous lifting device 2 is shown in fig. 2 and 3, and comprises a carrying chain plate 21, a plurality of steering wheels 22 and a conveying chain 23, wherein the carrying chain plate 21 is of a turnover chain plate structure and is used for conveying buoys. The diverting pulley 22 is used to divert the conveyor chain 23. The conveying chain 23 comprises two sets of inner side chains 231 and outer side chains 232, two ends of the carrying chain plate 21 are respectively hung on the inner side chains 231 and the outer side chains 232, the conveying chain 23 divides the continuous lifting mechanism into a horizontal conveying section at the bottom and a lifting section in the vertical direction, after the buoy is placed on the carrying chain plate 21, the conveying chain starts to horizontally run from the starting point of the horizontal conveying section, the inner side chains 231 and the outer side chains 232 both horizontally run to the tail end of the horizontal conveying section, the inner side chains 231 and the outer side chains 232 simultaneously start to upwards run, the carrying chain plate 21 also becomes to vertically upwards run with the buoy until reaching the top of the continuous lifting mechanism, the crane device 1 lifts the buoy to a preset throwing position, the inner side chains 231 and the outer side chains 232 sequentially pass through the steering wheel 22 to downwards run, and the carrying chain plate 21 is recovered to the starting point of the horizontal conveying section in a vertically downwards mode. The process of retrieving the buoy is reversed from the launch process, the crane assembly 1 moves the buoy to the top of the continuous lifting mechanism, releases the hook, and the load link plate 21 moves vertically downward with the buoy and returns from the horizontal transport section to the start point.

Referring to fig. 1 and fig. 4, the crane device 1 includes a column 11, a rotating arm 12, and a hook device 13, the main components of the hook device 13 are an electric engaging hook 14, and the electric engaging hook includes a fixed end hook body 141, a movable end hook body 142, and a driving motor 143, where the driving motor 143 drives the movable end hook body 142 to move back and forth, so as to implement closing and opening of the electric engaging hook 14.

When the buoy throwing device of the embodiment works, the buoy throwing device is integrally placed on a ship, a buoy to be thrown is placed in the middle of the ship, after reaching a throwing position, an operator places the buoy on a carrying chain plate 22 at the bottom of a continuous lifting device 2, a conveying chain 23 is started, the buoy is conveyed to the top of the continuous lifting device 2, an operator of a crane device 1 starts a rotating arm 12 to align with a hook of the buoy, after the electric suction hook 14 is sucked, the rotating arm 12 is rotated to the throwing position, the electric suction hook 14 is loosened, and the buoy is thrown to a designated position.

When the buoy is recovered, an operator of the crane device 1 starts the rotating arm 12 to align with the hook of the buoy on the water surface, after the electric suction hook 14 is sucked, the rotating arm 12 is rotated to the top of the continuous lifting device 2, the conveying chain 23 is started, the buoy is conveyed to the bottom of the continuous lifting device 2, and the operator takes the buoy off and recovers the loading chain plate 22.

One set of the two sets of continuous lifting devices 2 is used as a throwing device, and the other set of continuous lifting devices are used as a recovery device, so that the throwing buoy and the recovered buoy can be ensured to be respectively stored, and confusion can not be generated.

While the foregoing is directed to the preferred embodiments of the present utility model, it will be appreciated by those skilled in the art that various modifications and adaptations can be made without departing from the principles of the present utility model, and such modifications and adaptations are intended to be comprehended within the scope of the present utility model.

Claims (6)

1. The utility model provides a device is put in to inland navigation way buoy, includes crane device, its characterized in that, inland navigation way buoy puts in device still includes continuous elevating gear, continuous elevating gear quantity is two sets, and the symmetry sets up in crane device's both sides, crane device's working position is corresponding at continuous elevating gear's top for lift the buoy of bottom to the crane device working position at top, or with the buoy of top crane device working position drop to the bottom.

2. The inland waterway buoy throwing device according to claim 1, wherein the continuous lifting device comprises a carrying chain plate, a steering wheel and two sets of conveying chains, each set of conveying chains comprises an inner chain and an outer chain, the inner chain and the outer chain form a circulating chain through the steering wheel, and two ends of the carrying chain plate are respectively hung on the inner chain and the outer chain.

3. The inland waterway buoy launch device of claim 2, wherein the continuous lifting device comprises a horizontal conveying section in which the conveyor belt moving load flight operates horizontally and a lifting section in which the conveyor belt moving load flight lifts or drops.

4. The inland waterway buoy launch device of claim 1, wherein the crane means comprises a column, a swivel arm, and a hook means.

5. The inland waterway buoy delivery device of claim 4, wherein the hook assembly comprises an electrically powered snap hook.

6. The inland waterway buoy delivery device of claim 5, wherein the electric attraction comprises a fixed end hook, a movable end hook, and a drive motor.