KR101561057B1 - Angangmang fish net breakage prevention safety case - Google Patents

Abstract

The present invention relates to an Angangmang which includes a rope part and a net part, which is provided in order to improve problems of a net being caught by a rope knot part where a rope and another rope are plaited or by a rope connection part where the net is connected in three axis directions including a right and left direction, up and down direction, and rear end direction, and of the net being damaged from tangling and tearing. Therefore, the present invention allows the net to naturally flow down without being caught by the plaited ropes, such as by the rope connection part which is connected in the three axis directions, even with irregular movement from waves or tides; prevents the net from being caught by the rope knot part and also prevents damage to the net by maintaining the deployment state; lengthens the lifetime of the Angangmang; and minimizes damage to the net, which reduces a restoring time and furthermore, increases the amount of fishes caught and improves profits.

Description

{ANGANGMANG FISH NET BREAKAGE PREVENTION SAFETY CASE}

In the present invention, an unsteady net spreading due to a tidal current flowing in tide and ebb tide is irregularly shifted in a tide period when tide and ebb tide cross each other and the flow of the tide weakens, The rope knot which is connected to and supported by the rope and the rope knot is intertwined with the rope knot and the fishing net is not unfolded to prevent damage such as tearing or hole formation, It is about prevention tradition.

Among the various fishing nets used for catching fish in the sea, the nets are fastened from the fast waters to anchors to prevent the fish from being pushed out. They are unfolded due to the flow of strong currents during tide and ebb tide, It is easy to handle because it is easy to handle because it is simple to grasp the object. It is widely used in the west coast where natural conditions such as tide and ebb tide are generated due to easy installation and handling.

However, the conventional stowing net has rope joining parts in which the catch net moving irregularly based on anchors fixed in water due to sea waves and algae are connected in three axial directions of the front direction, the vertical direction and the left and right direction, The catch net is rolled up at the rope knot part to be woven, and it is not unfolded, and the damage such as tearing or pitting is frequently occurred, shortening the life span of the fishing nets, making it difficult to perform the role as catch fishing nets, There is a problem that the primary damage that the catch amount can be significantly reduced due to the inability to catch the fish during the fishing time and the secondary damage which consumes the time and the work force of the worker due to the repair of the damaged net occurs.

In order to solve the above problems, according to the present invention, even if the trapping net is moved irregularly in four directions due to the influence of waves or algae, the trapping net is not entangled or caught on the rope, It prevents the trap net from drying on the rope knot and maintains the unfolded condition to prevent damage to the trap net, thereby extending the service life of the net and minimizing damage to the net itself. And to improve the fishing yield and profit of the fishery by greatly reducing the recovery time.

In order to achieve the above object, according to the present invention,

And the front part of the cannon connection pipe 222 and the cannon connection pipe 222 are formed in the shape of a rectangular parallelepiped having rounded corners and protruding in the shape of a quadrangular pyramid, And a connecting pipe pipe netting frame 223 for receiving the rope connecting part coupled with the three axes of the left and right sides and preventing exposure to the outside.

As described above, according to the present invention, even if the captive net is moved irregularly in four directions due to the influence of waves and algae, the captive net is naturally entangled in the rope, And smoothes the periphery of the rope knot with a rough surface to prevent the catch net from being dried or caught, thereby maintaining the unfolded state of the untreated net and preventing the trapped net from being damaged, thereby extending the service life of the untreated net The damage of the net itself is minimized, the restoration work is easy, and the restoration time is greatly reduced, so that the increase of the catch amount and the profit of the fishery can be improved.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall perspective view showing an overall shape of a fishing net fishing break prevention tradition according to the present invention;
Figure 2 shows the components of the rope portion according to the invention and is a perspective view showing the configuration in which the rope portion is engaged with the catch net,
FIG. 3 is a perspective view showing that an anti-latching pressing rubber is formed on the end of an anchor line formed in the shape of a lasso according to the present invention, and a rope connecting cord which surrounds the circumference is formed at a joint portion between the anchor line and the out-
FIG. 4 is a perspective view showing that a compression rubber is formed on a rope portion according to the present invention, a rope coupling portion where ropes and ropes are woven together,
FIG. 5 is a perspective view illustrating components of a connecting pipe network mesh enclosing the front of the canvas connecting pipe according to the present invention,
FIG. 6 is a perspective view of a connection pipe network incorporating the front of the canvas connecting pipe according to the present invention and showing a three-axis rope connected to the inside thereof,
FIG. 7 is a perspective view showing the components of the support pipe pipe network enclosing the front of the canvas support pipe according to the present invention,
FIG. 8 is a perspective view of a conventional support pipe network incorporating the front of a canvas support pipe according to the present invention and projecting a rope in a three-axis direction connected to the inside thereof; FIG.

The mesh described in the present invention refers to a net temporarily holding a bag-shaped net with a deployment device attached to the inlet of a fast-watershed area and temporarily holding an object pushed by the algae to catch an object in the net.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a perspective view showing an overall construction of a fishing net fishing break prevention workshop according to the present invention, which is composed of a rope portion 100 and a catch net 200.

First, the rope portion 100 according to the present invention will be described.

The rope portion 100 is connected to the anchors fixedly installed on the fishing net and is divided into a multi-stage structure and serves to maintain and support the deployed state of the catching net positioned at the rear. The rope portion 100 includes an anchor line 110, A ladder line 120, and a negative ladder line 130.

In the present invention, the rope portion 100 has a multistage structure with respect to an anchor line, and has a rope coupling string 102 for joining the ropes as shown in FIG. 3 for various divided portions, As shown in Fig. 4, the rope-knot end portion or the rope-knot portion where the rope and the rope are woven together is formed with the lock-preventing compression rubber 101 and is engaged with the catch net 200 located at the rear side.

Here, the latching compression bonding rubber 101 has a length of about 30 to 40 cm based on the end portion of the rope knot in the form of a lasso or the knot portion in which the rope and the rope are woven together, and is wrapped around the knot portion.

This smoothes the knot where the ropes are intertwined and curved so that even if the bag 210 is irregularly moved by waves and algae, the net is guided to naturally slip without being caught by the rope knot and the catch net tangles or tears It is possible to minimize the damage such as lag and prolong the useful life of the untreated net and to greatly reduce the maintenance time of the trap net.

This smoothes the knot where the ropes are woven together to form a curvature so that even if the bag net 210 is irregularly moved by waves and algae, the net is guided to naturally slip without being caught by the rope knot portion so that the catch net tangles or tears It is possible to minimize the damage such as lag and prolong the useful life of the untreated net and to greatly reduce the maintenance time of the trap net.

The anchor line 110 is connected to an anchor 2 located in front of the rope 100 and fixedly installed on the improved anchor network 1 in water so as to support the improved anchor network so as to be movable on the basis of an anchor do.

The outrigger ladder 120 is connected to the anchor line 110 at the front side and the rope having the same length is divided into two halves in the left and right directions. The leftward outrigger ladder 120a divided into left- And the right outer leg ladder 120b, which is divided into right portions, supports the right leg ladder 130b connected to the rear.

This allows the modified mesh network to maintain symmetry in the left and right directions and to prevent the modified mesh network 1 from being biased to one side of the left or right side.

The Negeg laths 130 are connected to the left exotic ladder line 120a at a front side and include a left side ladder 130a formed such that the ropes divided into four quadrants are aligned in the vertical direction,

And a right side lug 130b coupled to the front side of the right outrigger line 120b and formed in such a manner that a rope divided into four quadrants in a rearward direction is arranged in a straight line in the vertical direction.

This is because the left descending strap 130a is engaged with the left front side of the catch net 200 and the right descending strap 130b is engaged with the right front side of the catching net 200 to separate the rope 100 and the catching net 200 And maintains the deployed state of the catch net.

Next, the capture net 200 according to the present invention will be described.

The catch net 200 is a bag-shaped net coupled to the rear of the rope portion 100 and has an entrance having a rectangular shape in front, and has a shape in which the internal area becomes narrower from the front to the rear, And is comprised of a bag net 210, a cannon 220, a cannon 230, a fishing net lifting rope 240, and an end tag display buoy 250.

The mesh network 210 serves to capture fish in the form of a net having a quadrangular pyramid shape whose front surface has a rectangular entrance and whose area decreases as it goes backward.

In this case, the mesh network 210 is a network formed by repeated meshes formed by a mesh of rectangular shapes. The mesh network is formed such that the mesh interval becomes narrower as the mesh moves from the front to the rear, thereby reducing the resistance caused by the birds, Allow the fish to move backward and lift only the tail end of the rear end so that the captured fish can be harvested.

The swinging part 220 supports the catching net 200 in such a manner that the entrance of the catching net 200 spreads to the left and right in a rectangular shape that is upright and symmetrically opposed to the left and right sides of the mesh network 210.

This consists of a canvas 221, a canvas connecting pipe 222, a connecting pipe fishing nacelle tradition 223, a canvas supporting pipe 224, and a supporting pipe fishing nacelle tradition 225.

The cannons 221 have a layered structure on the left side and the right side of the captive net and are symmetrically opposed to each other and have a layered structure. The cannons 221 serve to support the front left and right sides of the mesh network 210.

Here, the canvas 221 has a left canvas in which three canvases are formed in a layered structure on the left side of the mesh network entrance to support the left inlet, and a right canvas in which three canvases are formed in a layered structure on the right side, Are formed to face each other.

In this case, the left canvon is composed of left first cannon located first from the top in the order from the top to bottom, left second cannon positioned second from the top, and left third cannon positioned from the top to the left, Is composed of a first right canvas located first from the top, a second right canvas located second from the top, and a right third canvas located at the third from the top in order from the top to the bottom.

The cannon connection pipe 222 is a cylindrical pipe having a ring formed at the upper and lower ends of the front and rear ends and having a radius of about 60 mm. The cannon connection pipe 222 is formed between the upper end of the upright canvas and the canvas, And connects the cannons 221 to each other in the vertical direction and supports the mesh network 210 to the rear side.

Here, the cannon connection pipe 222 is formed at the left side of the entrance of the mesh network, and includes a left connection pipe for supporting the left side net and the left side web network, and a right connection pipe for supporting the right side net .

At this time, the left connecting pipe is formed between the left first pipe formed at the upper end of the left first cannon, the left second pipe formed between the left first cannon and the left second cannon, the left second cannula formed between the left second cannon and the left third cannon And the right connecting pipe comprises a right first pipe formed at the upper end of the right first cannon, a right second pipe formed between the right first cannon and the right second cannon, a right second pipe formed between the right first cannon and the right second cannon, And a right third pipe formed between the right third cannon.

The upper and lower upper loops formed at the upper and lower ends thereof and the front and rear lower loops formed at the upper and lower ends thereof are connected to the canvas connecting ropes 228 by connecting ropes, 226 are connected to each other and serve to connect the neckline 130 and the cap 230 together.

The connection pipe network internals 223 are formed in a rectangular parallelepiped shape having rounded corners at the front, protruding in the shape of a quadrangular pyramid and having a hollow interior, Direction and a left and right direction, and is prevented from being exposed to the outside, and has a rounded front edge so as to prevent the bag web from being caught by the corner jaws and tangling.

In the present invention, the connecting pipe fishing nacelle tradition 223 includes a front hole 223a, upper and lower through holes 223b, left and right through holes 223c, a rear hole 223d, a rope side support hole 223e, (223f) are formed.

The front hole 223a is a circular hole formed at the center of the front surface of the connecting pipe pipe network and is formed so that a ring link connecting rope 226 for connecting the canvas connecting pipe 222 and the ring ring 241 is passed forward .

The upper and lower through holes 223b are elliptical holes formed in an upper end surface and a lower end surface of the inner wall of the connecting pipe network so that the canvas connecting ropes 228 connected to the upper and lower upper rings of the built- .

The left and right through holes 223c are elliptical holes formed in the left and right sides of the inner wall of the connecting pipe network and are inserted into the upper and lower rings of the cannulated connecting pipes, As shown in FIG.

Here, the rear hole 223d is a circular hole formed in the center of the rear protruding in the shape of a quadrangular pyramid of a traditional pipe in the connection pipe network, and is formed to have a size equal to the diameter of the canvas connecting pipe 222, Thereby preventing the inserted canvas connecting pipe 222 from shaking.

Here, the rope side support hole 223e is formed symmetrically on one side in the vertical direction on the inner side of the inner side of the connection pipe network, and is connected to the front lower end ring of the canopy connection pipe 222 having one side, A two-piece side support rope 229 connected to the outside-mounted moxibustion connection rope 227 is formed so as to pass in the vertical direction.

At this time, as shown in Fig. 6, the side support rope 229 is connected to the front lower end ring of the cannon connection pipe one side of which is located inside the connection pipe nail pipe tradition, and the bifurcated rope is connected to the rope side support hole 223e and is passed from the inside to the outside, and is exposed symmetrically to the outside of the inner side and connected to one side of the cannabis moxibustion connecting rope 227 located on the inner side.

It is formed on the right side of the connecting pipe pipe netting work 223 coupled to the left canvas and the left side of the connecting pipe netting net worker 223 coupled to the right canvas, Is placed on the connecting pipe pipe network inner wall 223 or is caught by a mesh, and flows naturally without tangling, thereby preventing the net damage due to the latching.

Here, the cannon connection pipe support 223f is spaced apart from the inside of the back hole of the conventional pipe connection nail and protrudes symmetrically to the inner left and right sides, and is formed to have the same diameter as the diameter of the cannon connection pipe, The cannon connection pipe 222 is formed to support the front side of the cannon connection pipe inserted into the inside of the fishing net tradition so as to prevent the swing of the inserted cannon connection pipe 222 by the second order.

As described above, in the present invention, the connecting pipe fishing net welding tradition 223 prevents the joint portion of the rope connected in the three-axis direction in front of the canvas connecting pipe 222 from being exposed to the outside so that the bag web is irregular The mesh is guided to be slid without being caught by the rope connecting portion so as to maintain the unfolded state of the entire rough mesh and to prevent the tether network from being tangled or damaged in the water to minimize the damage.

Also, as shown in FIG. 5, the connection pipe network internals 223 are divided into left and right directions and can be disassembled and assembled.

The cannula support pipe 224 has a ring formed on the inner side opposite to the upper and lower ends of the front and rear sides and has a radius of about 90 mm and is positioned at the lower end of the upright bubble part, And is connected to the lower end of the lowermost canvas in the upper direction and connected to the lower end of the mesh network 210 in the rear direction so that the lower end of the cannula part sinks on the water surface, And to be vertically upright in the additional water.

Here, the can support pipe 224 is formed at the left lower end of the mesh network entrance to support the lower end of the left third cannula, a left support pipe connecting between the lowermost end of the left side net and the lower end of the left web of mesh, And a right support pipe is formed to support the lower end of the right third cannon and connect the lower end of the right side net and the lower end of the right side web network.

It is located at the lower end of the bottommost canvas among the three left and right canvases forming the layered structure, and is connected to the lowermost canvas through a rope connected to the upper and lower upper rings, and the front is connected to the lowermost rope And is connected to the lower end of the mesh network 210 via a rope connected to the rope portion and connected to the rear side ring.

The lower end of the front end rope portion 100 and the lower end of the back mesh network 210 are connected and supported to each other to maintain the unfolded state of the back mesh portion 220. [ .

The supporting pipe fishing net welding internals 225 are formed in a rectangular parallelepiped shape having rounded corners at the front, protruding in the shape of quadrangular pyramids and having a hollow interior, and are formed in the front direction of the canvas supporting pipe 224, Direction and an inner side direction of the rope coupling portion to prevent the rope coupling portion from being exposed to the outside and to have a rounded front corner so as to prevent the bag web from being caught by the corner jaws and tangling.

In the present invention, the supporting pipe fishing nacelle tradition 225 is formed with upper and lower through holes 225a, left and right through holes 225b, a rear hole 225c, a rope side support hole 225d and a canvas support pipe support 225e .

The upper and lower through holes 225a are formed in elliptical holes formed in the upper end surface and the lower end surface of the supporting pipe fishing net inner side 225 so that the canvas connecting ropes 228 connected to the front upper upper ring of the built- .

The same hole is formed in the lower direction so that it can be installed without distinction between the up and down directions.

Here, the left and right through holes 225b are inserted into the front upper and inner side rings of the built-up canvas supporting pipe and are formed in elliptical holes formed on the left and right sides of the supporting pipe fishing net inner side 225, 227 are formed to pass in the inner side direction.

This is because the same hole is formed on the outer side of the inner side of the support pipe pipe mesh inner side facing each other on the lower side of the left canvas and the right side canvas.

Here, the rear hole 225c is a circular hole formed in the center of the rear protruding in the shape of a quadrangular pyramid in the traditional pipe network, and is formed so as to surround and support the circumference of the front side with the same size as the diameter of the built- Thereby primarily preventing shaking of the inserted canvas supporting pipe 224.

Here, the rope side support hole 225d is formed symmetrically on one side in the vertical direction of the inner side of the inner side of the supporting pipe fishing net, and is connected to the front inner side ring of the canopy support pipe 224 with one side embedded therein, A two-piece side support rope 229 connected to the canopy moxibustion connection rope 227 located outside the side surface is formed to be passed in the vertical direction.

At this time, as shown in Fig. 8, the side support rope 229 is coupled to the front inner side ring of the canvas support pipe, one side of which is located inside the support pipe network, and the bifurcated rope is connected to the rope side support hole Is inserted into the upper hole and the lower hole of the upper portion 225e and is passed from the inside to the outside, and is exposed symmetrically to the outside of the inner side to be connected to one side of the mop moxa connecting rope 227 located on the inner side.

This is formed on the right side of the supporting pipe fishing nacelle tradition 225 coupled to the lower end of the left canvas and on the left side of the supporting pipe fishing nacelle tradition 225 coupled to the lower end of the right cannon, The mesh network 210 is rested on the support pipe fishing net tradition 225 or the mesh is hooked so as to flow naturally without tangling, thereby preventing the net damage due to the hook.

Here, the can support pipe support 225e is a support stand spaced inwardly of the back hole of the pipe in the support pipe network and protruding symmetrically to the inner left and right sides and having a diameter equal to the diameter of the can support pipe, And is formed so as to surround and support the front side of the canvas supporting pipe inserted into the inside of the fishing net tradition so as to prevent the swinging of the inserted canvas supporting pipe 224 by the second order.

As described above, in the present invention, the support pipe network meshwork tradition 225 prevents exposure of the joining portion of the rope connected to the front of the canopy support pipe 224 in three axial directions, so that the mesh network is irregular The mesh is guided to be slid without being caught by the rope connecting portion so as to maintain the unfolded state of the entire rough mesh and to prevent the tether network from being tangled or damaged in the water to minimize the damage.

Also, as shown in FIG. 7, the supporting pipe fishing net internals 225 are divided into left and right directions to be disassembled and assembled.

The bamboo moorings 230 are connected to the upper ends of the left and right breechblocks symmetrically formed by a buoyancy body having a rectangular parallelepiped shape and are formed so that the upper ends of the breechblocks are oriented in the water surface direction, The bulb portion 220 is formed in a layered structure and is uprighted to support the upper end of the bag net opening so that the bag net opening is opened up and down.

The fishing line lifting safety rope 240 is vertically coupled to the front of the swinging part so as to lift the catching net as a whole to support the swinging net so that the swinging net can be lifted or installed in the water. A ring loop 241 coupled to the ring loop connecting rope passing through the front of the inner pipe 223 and the support pipe pipe inner ring thread 225 and a plurality of connecting pipe pipe inner ring threads 223 formed in the vertical direction of the right canvas, And the ring ring 241 coupled to the ring link connecting rope passing through the front face of the supporting pipe fishing nacelle tradition 225 so as to prevent the rope or the net from tangling when the catch net is installed or lifted in water, It is a role to hold.

The end bag display buoy 250 is connected to the rear end of the bag net 210 by a buoyant cylindrical shape and floats above the water surface by buoyancy to display the position of the end of the bag net in water.

As the fish caught by algae are collected and captured on the end of the bag net, the position of the end of the bag net is displayed on the surface of the water so that only the end bag of the bag net is lifted So that the harvest can be harvested.

Hereinafter, a specific installation process of the anti-mesh finger break prevention tradition according to the present invention will be described.

First, connect the outrigger line to the end of the anchor line connected to the anchor, and connect the negative line to the end of the outrigger line divided into left and right directions.

At this time, the rupture-resistant compression rubber having a length of about 30 to 40 cm and covering the periphery of the rope coupling portion is crimped on the basis of the end portion of the rope knot in the form of a lasso or the knot portion in which the rope and the rope are woven together.

This is to prevent damages such as tangling of the trapping net or tearing of the trapping net at the rope coupling portion or the rope knot portion.

Next, the front part of the mesh network joins the front part and the right part of the entrance of the bag net with the foam part connected with the moxibustion moxibustion.

In this case, the canvas portion has the cannon connecting pipes disposed between the three cannons respectively formed on the left and right sides, and the connecting pipe pipe netting tradition is joined to the front of the cannon connecting pipe, and then the rope portion forward, Connect the canvas and the back mesh of the bag.

In addition, after placing the canvas supporting pipe at the lower end of the upstanding part on the left side and the lower part of the upright side and joining the supporting pipe fishing net tradition to the front side of the canopy support pipe, the rope forward, the lowermost canvas, Connect the bottom of the mesh of the bag to each other, support the bottom to sink on the surface, and maintain the shape of the net.

At this time, the connecting pipe pipe safety nets and the supporting pipes of the fishing nets have a built-in rope coupling part connected to the canvas connecting pipe and the canvas supporting pipe by a plurality of shafts, thereby preventing the catching net from being entangled or damaged at the rope connecting part.

Next, we take the fishing boat and move it to the fish catching place, lower the anchor, lower the rope part and catch net, and install fishing tackle fishing tackle tradition.

100: rope portion 110: anchor line
120: Outrigger Row 130: Negral Row
200: Catch net 210: Sack net
220: Bomber portion 221: cannon
222: Canvas Connection Pipe 223: Connection Pipe
224: Canvas support pipe 225: Support pipe pipe
230: Mussel moxibustion 240: Fishing rope
250: End sack display buoy

Claims (5)

An anchor for fixing the fishing gear is connected to the rope portion 100 so that the net is spread by the algae and catches the fish and a bellows portion composed of the canvas 221, the canvas connecting pipe 222, 220), which is constituted by a mesh net (1) composed of a catch net,
The cannula 1 is formed in a rectangular parallelepiped shape having rounded corners at the front, and protruding in the shape of a quadrangular pyramid and having an empty interior. The cannula 1 is connected to the cannon connection pipe 222 in the front direction, And a connecting pipe pipe netting inner wall 223 for receiving a rope connecting part connected to the three axes of the connecting pipe pipe 223 to prevent the outer pipe from being exposed to the outside,
The connection pipe network internals 223
A front hole 223a formed so that a ring-loop connecting rope 226 for connecting the canvas connecting pipe 222 and the ring ring 241 is passed forward,
An upper and lower through holes 223b formed in the cannon connection pipe 228 for vertically passing the cannon connection ropes 228 for connecting cannons located at the upper and lower ends of the upper and lower rings, respectively,
A left and right through hole 223c formed so as to pass in a horizontal direction, a canopy moxibustion connection rope 227 which is inserted into upper and lower rings of the built-up canvas connection pipe and surrounds the circumference,
A rear hole 223d having the same size as the diameter of the built-up canvas connecting pipe 222 and formed so as to surround and surround the front side,
A two-side side support rope 229 connected to the front lower end ring of the cannon connection pipe 222 having one side and the other end connected to the cannon moxibustion connection rope 227 located outside the inner side, A rope side support hole 223e formed so as to be supported,
The support pipe is spaced apart from the inner side of the rear hole in the connecting pipe network and protrudes symmetrically to the upper and lower surfaces of the connection pipe and is formed to have the same diameter as the diameter of the canvas connecting pipe. And a canvas connection pipe support (223f) formed to support and support a front side of the cannon connection pipe.
delete The apparatus of claim 1, wherein the rope portion (100)
Characterized in that an anti-latching pressing rubber (101) having a length of about 30 to 40 cm and covering a circumference of a knot portion is formed based on a loose knot end portion in a lasso form or a knot portion in which a rope and a rope are woven together An old tradition to prevent damage to the fishing net.

[2] The apparatus according to claim 1,
And the front side is formed in a rectangular parallelepiped shape with rounded corners, the rear side is protruded in the shape of a quadrangular pyramid and the inside is hollow, and the rope coupling And a support pipe (210) which is adapted to receive a portion of the pipe and to prevent the pipe from being exposed to the outside.
5. A method according to claim 4,
An upper and lower through hole 225a formed so as to allow the canvas connecting rope 228 connected to the front upper loop of the built-up canvas supporting pipe to pass upward,
Left and right through holes 225b formed in the front upper ring of the built-in canvas support pipe and formed so as to pass the canvas moxibustion connection rope 227 inserted in the inner side ring to surround the canvas and connect the canvases,
A rear hole 225c having the same size as the diameter of the built-up canvas supporting pipe 224 and wrapped around and supporting the front side,
A two-side side support rope 229 connected to the front inner side ring of the canopy support pipe 224 with one side and the other end connected to the canopy moxibustion connection rope 227 located outside the inner side, A rope side support hole 225d formed so as to pass therethrough,
A support pipe spaced inwardly of the back hole of the inner pipe of the support pipe and protruding symmetrically on the inner left and right sides and formed to have the same diameter as the diameter of the support pipe, And a canvas support pipe support (225e) formed to support and support a front side of the support pipe.

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