KR20140063934A - The joint operation apparatus for korean tradional oar - Google Patents

Abstract

Because of the traditional Korean lantern, the bronze body that constitutes the operating part is operated with the lantern hanging on the hanger, so the natural departure occurs frequently due to the nature of the material that creates the fluctuation of the ship and the furnace.
This problem has caused the unskilled users to avoid the use of the traditional furnace and become the cause of the decline of the traditional furnace.
A brass body having a structure in which a body trough is formed in a brass body of an operating part and a guide plate corresponding to a body trough is inserted into a curved surface of the brass body and a guide groove is formed in the curved surface of the brass body, The present invention also provides an operation coupling device for a Korean conventional furnace.
So that the hook hanger can not be separated from the hanger.

Description

[0001] The present invention relates to an apparatus and method for operating a Korean traditional furnace,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ship furnace, and more particularly, to a Korean traditional furnace operation coupling apparatus.

A traditional Korean ship that manages to ship by manpower requires an operation coupling device that combines the hull with the furnace because it moves forward with lift generated from the zigzag moving of the arteries when the stern is installed with the furnace and reciprocating right and left.

This operating coupling device consists of a knuckle installed at the stern and a brass body mounted on the folded waist of the center of the furnace.

The hanging hook is composed of a column-shaped ball and a ball-shaped hanging ball connected to the column, and is installed biased on an aft deck close to either side of the left or right side of the center.

The bronze body is formed by cutting the log slice in half in the longitudinal direction. The flat surface is fixedly installed so as to touch the starting position of the inside of the lower part of the furnace, that is, the inside of the artery, and a body hole Is formed.

If you put the brass body on the hook, and you paddle the knee to the left and right, the hull will advance by the thrust generated from the ballast. This method requires equipment and skill rather than pushing the water backward from the side, Which is suitable for long-distance navigation.

KR 2019980057495 U

The fact that the consumption of manpower is lower than that of the ship side is one of the outstanding advantages of long-distance operation in Korea. It is due to the fluctuation of the ship and the characteristics of the wood floating in the water. As a result, there is a problem that the nose is separated and separated naturally during the operation of rowing. Therefore, it is one of the reasons that novice users who are not skilled are avoided from using it, which makes it difficult to connect the Korean traditional row.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

There is provided a Korean traditional furnace operation coupling device characterized in that the combination of the hook and the brass body constituting the operating device is not decomposed and separated by operation.

The body hole (nostril) of the brass body which accommodates the hook hangers is extended in the longitudinal direction so that the hook hangers can move back and forth in the engaged state, thereby constructing a long body trough.

The exterior surface of the brass body with the body trough is covered with a thick, rigid guide plate.

In the guide plate, a keyhole-shaped insertion hole and guide groove are formed to correspond to the body trough. The insertion hole is made slightly larger than the diameter of the hanging hole and the width of the guide groove is made slightly larger than the diameter of the column so that the hooking hole passing through the insertion hole can move without moving away from the body trough.

A method of joining the operating coupling device by placing a furnace on a hanging hook fixed to the aft deck is as follows.

When the guide hook is inserted into the insertion hole of the bronze body and is pushed backward, the guide hook moves forward in the body trough and the pillar also moves forward along the guide groove. When the hanging hole is stopped at the end of the body trough, the operation coupling device is completed.

When the operation coupling device is completed and the furnace is pushed, the furnace pivots are rotated in the body trough surrounded by the guide grooves. Since the width of the guide groove is larger than the diameter of the column but smaller than the diameter of the guide hole, it is possible to prevent the guide hole from coming off the body trough, .

Since the operation coupling device manufactured according to the present invention has a structure that can easily combine and separate the brass body and the hanger, it is a structure in which the nature can not be separated unless the operation is performed. Therefore, even an inexperienced person You can save.

In addition, it is possible to replace the brass body and the hanging hook constituting the operating coupling device by reversing the conventional method. When the brass body mounted on the furnace is mounted on the aft deck, and the furnace hanger mounted on the aft deck is replaced with a structure mounted on the furnace, the joining operation becomes easier than in the conventional method.

It is suitable for leisure activities of whole body movement as well as suitable for long distance long voyage because it is a way to stand and manipulate unlike the western type of sitting and manipulating Korean traditional oars. Therefore, it can be very useful as an industrial transportation means of CO2Free.

1 shows a side view of a hull to which a coupling device is applied
2 is a plan view of a brass body
Fig. 3 is an exploded view of a brass body
Fig. 4 is a side view of the hook-
Figure 5 is a cross-
DESCRIPTION OF REFERENCE NUMERALS used in main parts of the drawings *
One; Aft deck
2; furnace
21 Noche
22; The bar
3; Operating coupling device
31; Brass body
311; Body trough
312; Guide plate
313; parenthesis
314; Guide groove
32; Knocker
321; No hanger ball
322; Ball pole

The present invention will now be described in detail with reference to the accompanying drawings.

The furnace 2 is composed of a furnace body 21 in the upper half portion and a nose 22 in the lower half portion and has a traditional structure in which a furnace body 21 having a length of 130 cm and a nose 22 having a length of 150 cm are joined at an angle of 15 degrees, It is made of hard wood, synthetic resin or reinforced plastic.

A semicylindrical knotted body 31 having a width of 10 cm, a length of 15 cm, and a height of 5 cm is fixed to the upper end of the nerve endoscope 22 with a conventional metal bolt nut so that a flat surface contacts the inside of the nerve endoscope 22.

At the center of the curved surface of the bronze body 31, a long body trough 311 having a depth of 32 mm, a length of 80 mm and a width of 32 mm is pierced so that both ends and the bottom are semicircular.

The curved surface of the bronze body 31 is wrapped with a stainless steel guide plate 312 having a thickness of 3 mm and fixed with a metal screw.

The guide plate 312 is provided with a padding insertion hole 313 and a guide groove 314 so as to be connected to the body trough 311 in the form of a keyhole through an insertion hole 313 having a diameter of 35 mm and a guide groove 314 having a width of 25 mm and a length of 45 mm, So that it can communicate with the body trough 311.

The hanging hook 32 is a stainless steel having a structure in which a cylindrical hole having a diameter of 20 mm and a diameter of 50 mm is connected to a column 322 on a ball hanging hole 321 having a diameter of 30 mm and is fixed to the aft deck 1 in a conventional manner.

The brass body 31 is placed on the hook hook 32 provided on the aft deck 1 so that the hook hook hole 321 passes through the insertion port 313 to be inserted into the body trench 311, The pillar 322 moves to the bow side along the guide groove 314 and the hanging hole 321 is stopped at the end of the body trough 311 to complete the operation coupling device 3. [

When the furnace 2 is pivoted on the aft deck 1 and the stirrer 3 is rotated in a body trough 311 having a width of 32 mm by a hooking hole 321 having a diameter of 30 mm, So that it is possible to escape from the groove 314, thereby preventing natural fall-off of the furnace while the furnace is stirred.

Claims (3)

(EN) A Korean traditional furnace operation coupling device (3) structured to be operated by a combination of a brass body (31) and a hook holder (32);
An elongated body trough 311 for accommodating the hanging hole 321 is provided at the center of the curved surface of the brass body 31,
A guide plate 312 wrapping the curved surface of the bronze body 31,
The insertion hole 313 and the guide groove 314 connected to the guide plate 312 in a keyhole shape are provided at positions corresponding to the body trough 311,
And the hooking hole (321) passing through the insertion port (313) is stopped to stop at the tip of the body trench (312) to complete the engagement. The method of claim 1, further comprising:
Wherein the knot body (31) is mounted on the bracelet (22) and the hanghole (32) is mounted on the stern plate (1). The method of claim 1, further comprising:
Wherein the knot body (31) is mounted on the aft deck (1), and the hook holder (32) is mounted on the knee (22).

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