KR20100037662A - The removing machine for the sea rock which was covered with limestone in sea stone and for the useless sea grass to fixing of sea algae - nature sea mustard, sea tangle etc- in sea stone - Google Patents

Abstract

PURPOSE: A removing foreign removing device for removing foreign materials and setting seaweed is provided to increase the productivity by using a driving motor and a brush. CONSTITUTION: A removing foreign removing device for removing foreign materials and setting seaweed comprises brushes(6,11), a start condenser, a drive power transmission gear(2), a driven power transmission gear(7), timing belts(4,9), and brush driving pulleys(5,10). The start condenser drives a drive motor(1) after the brushes are located on rock. The drive power transmission gear receives the driving force of the drive motor. The driven power transmission gear is rotated along with the drive power transmission gear. The torque is delivered to the pulleys from the timing belts.

Description

Removing the machine for the sea rock which was covered with limestone in sea stone and for the useless sea grass to fixing of sea algae-nature sea mustard, sea tangle etc- in sea stone}

In the present invention, white lumps of calcium carbonate stick to white rocks and underwater rocks of the coastal seas so that the algae of seaweeds, sea gulls, seaweed, and kelp disappear, and the rustless coral algae composed of calcite becomes more and more white and turns into lime mass. The present invention relates to a device for removing discarded mud recordings (bleaching phenomenon) and a device for removing rocky organisms such as weeds and barnacles for fixing underwater rocks such as natural seaweed or kelp.

To make it easier to fix the rocks of brown seaweed spores such as seaweed and kelp so far, farmed fishermen have called scavenger to make the spores of brown algae in the sea cling to the sea rock or underwater rocks by using a device such as a hoe It has been done to scrape the seaweed and seaweeds such as seaweed and kelp to cling to the rocks and underwater rocks and spread them around. Underwater rocks, especially under the sea, have been mobilized by divers and divers to clean them by hand using a hoe. However, due to the decline of fishermen and the aging of divers and divers, manual hand-work has become difficult. Also, due to the tidal swelling of the coastal seas (whitening), it is easy to work on the rocks under the sea, and the wild brown algae And the formation of underwater forests of these brown algae became difficult. Therefore, it is urgent to develop equipment to replace human work.

The word "dogling" as described above means that algae that lived in the sea are `` melted away and covered with lime mass, and the marine ecosystem is called 'phytoplankton → animal plankton → fish,' which is the source of energy. '' Given the circular structure, the forests disappear from the desert. Just as plants cannot thrive, the fish in the sea, which has been created by the sea breeze, are rapidly declining. Therefore, desertification of clean waters is a fatal blow to the livelihoods of fishermen. Whitening, known as desertification of the sea, is soft and ravaged in clean seas, surrounded by white strips of underwater and coastal rock, and disappears on the rocky seaweed, sea gamble, seaweed and kelp. The coral free algae, which are composed of calcite, become more and more white, and when the bleaching progresses, the white color becomes white.

Due to the whitening phenomenon, the spores of these brown algae are difficult to adhere to in traditional natural seaweed or kelp farms that are fixed by underwater rock production, and the yield of seaweed and kelp is greatly reduced, and also the fish and algae that lay eggs on the fronds of seaweeds. Eating abalone, sea cucumber, sea urchin, etc. have lost their food and habitat, and the balance of coastal ecosystems has been broken, which has resulted in a reduction in fish catches.

In the present invention, the 'dog scrubbing' work, which has been made by hand, is no longer possible only by manpower due to the reduction of fishermen and the aging of divers and divers. to be. By increasing the productivity of fishermen by using mechanized equipment, they can work quickly and easily with a small number of people by mechanizing the work that has been wiped by hand for easy fixation of brown seaweed spores such as natural seaweed or kelp. It aims to prevent desertification of coastal waters and to create clean waters with deep forests by eliminating the increase in income of fishermen, and the removal of the coastal waters (white phenomena) which are becoming serious environmental problems and social problems.

According to the present invention, a starting capacitor 22 for driving the driving motor 1, a driving motor 1, two brushes 6 and 11, a power transmission gear 2 and 7 for driving them, and a timing belt 4 9), timing belt pulleys (2, 8), brush drive pulleys (5, 10) and buoyancy buckets (14) to reduce weight in the water, underwater rocks and underwater cameras (19) to observe the working conditions, It consists of a push rod (18) that allows you to work while watching the underwater monitor on the water surface, and a monitor (20) that allows you to see what the underwater camera takes, so that anyone can operate it easily and simply by fishermen, divers, divers, etc. To avoid the hassle of wiping the rocks and underwater rocks with human hands by using a device such as a hoe, the rocks and underwater rocks that have been coated with nostalgic corals and lime masses with get-recording (bleaching) are already in the hands of people. Polishing with Given the situation that is expanding so ryeoul, it characterized in that it can wipe the gaetbawi underwater rocks and large areas quickly and easily with fewer people.

The present invention can be easily and quickly working with a small number of people by installing the drive motor (1) and the brushes A, B (6, 11) and the work done by human hands with a hoe, etc. Increasing the productivity of fishermen who have struggled with the aging of divers and divers, maximizing manpower efficiency by using mechanized equipment, increasing fishermen's income and eliminating the coastal seashore, which is becoming a serious environmental problem and social problem. Can prevent desertification and create clear waters with lush forests.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figs. 1, 2, and 3 , the present invention has a hoe and the like, which is performed by a human hand, the driving motor 1 and the starting capacitor 22 for initial starting keys of the driving motor, and brushes A and B (6 (11) is installed and mechanized to be able to work quickly and easily with a small number of people to increase the productivity and to devise to maximize the manpower efficiency with mechanized equipment to start the driving motor (1) and the starting capacitor (22) and Drive motor (1) and two brushes (6,11) and power transmission gears (2,7), timing belts (4,9), timing belt pulleys (2,8), brush drive pulleys for driving them (5,10) and buoyancy bucket (14) to reduce the weight of the equipment in the water and underwater, the underwater camera (19) to observe the underwater rock and working conditions, the push rod (18) to work while watching the underwater monitor on the water surface , Consisting of a monitor 20 to see the underwater camera taking It is designed to be operated easily and simply by anyone, and its operation is to be "washed" using the underwater camera 19 and the monitor 20 by using the pusher 18 when the worker works underwater on the surface of the water. When brushes A, B (6, 11) are placed on the rock and the power ON-OFF device 21 on the water is turned on, the starter capacitor 22 drives the drive motor 1 to start the equipment or push the rod. When a diver or a female diver enters the water with the equipment and performs underwater work, the diver or female diver uses the working handle (16) fixed to the support base (15). Place the brushes A, B (6, 11) on the rock and signal to the person on the water surface to turn the power ON-OFF device on (21), which causes the starting capacitor (22) to drive the driving motor (1). You can do it while working When the power source is turned on (21), the starting capacitor (22) causes the initial drive of the drive motor (1), the drive motor (1) drives, and receives this force from the drive power transmission gear A (2). Timing belt pulleys A, B (3,8) are rotated with transmission gear B (7), respectively, and this force is transmitted from timing belt AB (4,9) to brush drive pulley AB (5,10). Brush A (6) is made counterclockwise and brush B (11) is made clockwise, and rock fixation organisms such as seaweeds, barnacles, and water corals It is to remove the mud recording consisting of (baekhwa).

1 is a side view showing the installation state of the overall mechanism

2 is a side view showing a drive relationship between power transmission and a brush;

3 is a front view showing a gearbox, a buoyancy cylinder, and a brush driving relationship;

<Explanation of symbols for main drawings>

1: drive motor 2: drive power transmission gear A 3: timing belt pulley A 4: timing belt A

5: Brush drive pulley 6: Brush A 7: Manual power transmission gear B 8: Timing belt pulley B

9: Timing belt B 10: Brush driving pulley B 11: Brush B 12: Foreign material discharge guide

13 gear box cover 14 buoyancy cylinder 15 support base 16 work handle

17: angle adjustment drum 18: push rod 19: underwater camera 20: monitor

21: ON-OFF switch 22: starting capacitor 23: over-current blocking breaker 24: power line

Claims (6)

A driving capacitor 22 for the initial starting key of the drive motor 1 and the drive motor, a power transmission gear 2 and 7 for driving the brushes 6 and 11 and the brushes 6 and 11, a timing belt 4 9), timing belt pulleys (2, 8), brush drive pulleys (5, 10) and buoyancy bucket (14) to reduce the weight of the equipment underwater, underwater rock and underwater camera (19) , A pusher (18) for working while watching the underwater monitor on the water surface, a monitor (20) to see the underwater camera taking, etc. Brush A, B (6, 11) Position and the power ON-OFF device is turned on (21), the starting capacitor (22) causes the initial drive of the drive motor (1), and when the drive motor (1) is driven, this force is transmitted to the drive power transmission gear A (2). The timing belt pulleys A, B (3,8) are rotated with the manual power transmission gear B (7), and the brush is driven by the timing belt AB (4,9). When delivered to pulley AB (5,10), brush A (6), which is one body, rotates counterclockwise, and brush B (11) rotates clockwise, respectively, and weeds, barnacles, etc. Apparatus characterized in that it removes mud recordings made of rock-fixed organisms, such as mussel-free corals, and lime mass The driving motor (1) according to claim 1, the driving motor (1) is to match the submersible motor capable of underwater operation and the starting capacitor device 22 for initial starting and to turn the power ON-OFF on the water surface and the over-current protection Breca 23 for overcurrent protection Characterized in that there is a separate switchboard According to claim 1, one drive motor 1 drives and receives this force from the drive power transmission gear A (2) and rotates with the manual power transmission gear B (7), respectively, the timing belt pulleys A, B (3, 8). ) And this force is transmitted from timing belt AB (4,9) to brush drive pulley AB (5,10). Brush A (6) is made counterclockwise and brush B (11) Apparatus characterized in that it is designed to rotate each clockwise. Apparatus according to claim 1, characterized in that the buoyancy cylinder (14) is installed to reduce the underwater weight of the equipment. The device according to claim 1, wherein the cylindrical brush is installed to greatly increase the working range and working efficiency during the washing of the rock or the underwater rock. Monitor to monitor the underwater rocks and working conditions in accordance with the height of the worker's eye level in the installation of the rod (18) in performing the "dog cleaning" of the underwater rock without the help of divers or divers on the surface of the water (20 Installed in the support base (15) to install underwater and photograph the underwater work, and the angle adjustment drum (17) devised by a ratchet gear type to adjust the angle at the time of the working of the push rod (18). Brush A, B (6,11) on rock to be "washed" using underwater camera 19 and monitor 20 using a pusher 18 when the worker is underwater at the surface. Position and turn on the power ON-OFF device 21 on the water surface, and the starter capacitor 22 drives the driving motor 1 to operate the equipment, so that weeds and barnacles attached to the rocks of the rock Rock sticks It is composed of water and lime masses.

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