KR20230037213A - Excellent compatibility, back support for preventing separation of fishing rods - Google Patents

Abstract

The present invention provides a back holder support for preventing a fishing rod from falling off with excellent compatibility. A conventional fishing stand separation preventing device has a complicated structure and requires a lot of production costs which reduces price competitiveness and is inconvenient to operate, making users reluctant to use the same. In addition, as a shape of a fishing rod holder is fixed, the device cannot be reliably fastened in accordance with the specifications of a fishing rod being used. Moreover, a lifespan is not long as an integrated structure cannot be disassembled and assembled, and must be replaced as a whole when a part breaks or is damaged. Environmental pollution and waste of material resources are severe due to waste generation. In order to the problems, the back holder support for preventing a fishing rod from falling off with excellent compatibility comprises a back holder body portion (100), a left rotation support portion (200), and a right rotation support portion (300). Accordingly, loss of the fishing rod due to a bite of fish is fundamentally prevented when a user leaves a seat or sleeps while fishing. By adjusting a support space according to the specifications of the fishing rod, stable fastening can be achieved in response to the specifications of the fishing rod. As internal components can be easily disassembled, used springs and silicone can be replaced, and thus maintenance and repairs are easy. In addition, a main body can be used semi-permanently to minimize waste and reduce environmental pollution. Because the fishing rod can be easily fixed and released from a support, consumers can use the fishing rod conveniently.

Description

Back support for prevention of fishing rod detachment with excellent compatibility {EXCELLENT COMPATIBILITY, BACK SUPPORT FOR PREVENTING SEPARATION OF FISHING RODS}

In the present invention, the support interval is adjusted according to the specifications of the fishing rod, so that consumers can conveniently and stably fasten in response to the specifications of the fishing rod, and consumables can be easily disassembled and replaced, so that the main body can be used semi-permanently. The purpose is to provide an excellent back support for preventing the rod from departing.

In the case of the existing fishing rod set-up, if the user leaves the seat, drowsiness or wants to sleep while the fishing rod set-up is installed, the strong bite of the fish separates the fishing rod from the fixed fishing stand-set stand, and the fishing rod is dragged into the water to prepare the fishing rod There was a problem of losing the whole.

In order to prevent this, a fishing bullet is installed at the rear of the existing fishing rod so that even if the fishing rod is separated from the back of the fishing stand, the fishing bullet is caught on the back of the fishing rod to prevent the fishing rod from being separated, but the fishing rod is tilted forward and the back of the fishing stand There was a problem that the fishing rod could be lost because the fishing bullet was detached without being caught in the back holder of the fishing stand when it was separated in the upper direction.

In order to improve these problems, Patent Publication No. 10-2012-0082307 and Registered Patent Publication No. 10-1327970 have been developed. Competitiveness is low, and operation is inconvenient, so users are reluctant to use it.

In addition, the existing fishing stand detachment prevention device has a fixed shape and cannot be stably fastened in accordance with the specifications of the fishing rod used, and has an integral structure, so it is impossible to disassemble and assemble when a part is broken or damaged, so it must be replaced as a whole There was a problem that the lifespan was not long, and environmental pollution and waste of material resources due to garbage generation were severe.

Republic of Korea Patent Publication No. 10-2012-0082307 (published on July 23, 2012) Republic of Korea Patent Registration No. 10-1327970 (Registered on November 5, 2013)

In order to improve the above problems, in the present invention, it is possible to fundamentally block the loss of the fishing rod due to the bite of the fish when the user is away or sleeping while fishing, and the distance between the supports is adjusted according to the standard of the fishing rod. It can be stably fastened in accordance with the specifications of the fishing rod, the disassembly of the internal components is easy, so it is easy to maintain and repair because the spring and silicon that have reached the end of their life can be replaced, and the main body can be used semi-permanently, so it minimizes waste and protects the environment. An object of the present invention is to provide a back-end support for preventing the departure of a fishing rod with excellent compatibility that can be conveniently used by consumers by reducing contamination and easily fixing and releasing the fishing rod from the support.

In order to achieve the above object, the back support for preventing separation of the fishing rod having excellent compatibility according to the present invention

A 'T' shaped fishing rod coupled to the upper end of the support inserted into the ground, and a back support body that supports the upper end of the fishing stand back support as a whole,

An upright cylindrical shape, a left rotation support that is coupled to the upper left side of the back holder body and rotates;

In an upright cylindrical shape, it is achieved by being coupled to the right upper end of the back holder body and being made of a right rotating support that is rotated.

In addition, the method of replacing the back support for preventing the fishing rod detachment with excellent compatibility is

Inserting upper silicone, spring support silicone, and tab silicone into the left rotation support and the right rotation support, respectively;

Inserting a torsion spring into the upper left fastening part of the back holder body, passing through the left fastening bolt, and then sequentially combining the rotation control tab and snap ring at the lower end of the left fastening bolt to couple the left rotary support;

Inserting a torsion spring into the right upper fastening part of the rear end body, passing through the right fastening bolt, and then sequentially combining the rotation control tab and snap ring at the bottom of the right fastening bolt to combine the right rotational support;

Inserting and fixing the lower support fixing silicon coupled to the upper end of the lower support insert of the back support body;

Inserting the lower post into the ground to install the back support and mounting the fishing rod;

By mounting the fishing rod on the back support, when the user is absent or sleeping during fishing, the rotation control tabs formed on the left rotation support and the right rotation support are rotated in the locking direction to match the standard scale line to meet the fishing rod size displayed on the fixed scale. The step of fixing the back support rod in a fishing rod fixing mode;

When the user returns, the rotation control tab is rotated in the loosening direction to use the back support rod in fishing rod mounting mode, and when the coil spring, top silicon, spring support silicon, and tab silicon are damaged, disassemble and replace the damaged part. do.

As described above, in the present invention, it is possible to fundamentally block the loss of the fishing rod due to the bite of the fish when the user is away or sleeping during fishing, and the fishing rod is adjusted by adjusting the support interval according to the standard of the fishing rod. It can be stably fastened in accordance with the standards of the standard, and it is easy to disassemble internal components to replace expired springs and silicon, so maintenance and repairs are easy. There is a good effect that consumers can use conveniently by reducing and easily fixing and releasing the fishing rod from the support.

1 is a perspective view showing the overall shape of a fishing rod installed by combining a back support for preventing a fishing rod detachment having excellent compatibility according to the present invention;
Figure 2 is a perspective view showing the overall shape of the back support for preventing the departure of the fishing rod with excellent compatibility according to the present invention;
Figure 3 is an exploded perspective view showing the disassembled components of the back support for preventing the departure of the fishing rod excellent in compatibility according to the present invention;
Figure 4 is a partial enlarged view showing the components of the back holder body part according to the present invention, partially enlarged and shown;
5 is an exploded view of the left rotational support coupled to the back support body according to the present invention, and a partially enlarged view of the coupled portion enlarged;
6 is an exploded view of the right rotational support coupled to the back support body according to the present invention, and a partially enlarged view of the coupled portion enlarged;
Figure 7 shows the overall shape of the back support for preventing the fishing rod separation excellent in compatibility according to the present invention, and shows that the left and right intervals of the left and right rotation supports are varied according to the rotation of the rotation control tabs located on the left and right sides. The embodiment shown by the arrow,
8 shows the overall frontal shape of the back support for preventing the fishing rod separation excellent in compatibility according to the present invention, and according to the rotation of the rotation control tabs located on the left and right sides, the left and right intervals between the left rotation support and the right rotation support are narrowed. An embodiment showing a shape supporting a fishing rod having a small diameter according to the fishing rod standard,
9 shows the overall frontal shape of the back support for preventing the rod from departing, which is excellent in compatibility according to the present invention, and the left and right spacing of the left and right rotation supports widens as the rotation control tabs located on the left and right sides rotate. An embodiment showing a shape supporting a fishing rod having a large diameter according to the fishing rod standard.

Hereinafter, a preferred embodiment according to the present invention will be described with accompanying drawings.

1 is a perspective view showing the overall shape of a fishing rod equipped with a back support for preventing separation of a fishing rod having excellent compatibility according to the present invention, and FIG. 2 is a perspective view showing the overall shape of a back support for preventing separation of a fishing rod having excellent compatibility according to the present invention. Regarding the oblique view, it is composed of a back support body 100, a left rotation support 200, and a right rotation support 300.

First, the back support body 100 according to the present invention will be described.

The back holder body part 100 is a 'T' shaped fishing rod coupled to the upper end of the support pole inserted into the ground, and serves to support the upper end of the fishing stand back holder as a whole.

This includes the upper left fastening part 110, the lower right fastening part 120, the bullet catching groove 130, and the lower post insertion part 140.

The upper left fastening part 110 is a frame protruding from the upper left side of the rear end body part, and the left end side is formed in an arc-shaped structure, and a bolt hole penetrates in the vertical direction of the central axis of the arc-shaped structure to engage the left rotation support To be made to be, which spring lower insertion groove 111, the reference grid line 112 is formed.

Here, the lower spring insertion groove 111 has a circular groove shape formed on one side of the upper surface of the left upper fastening part, and a first insertion groove 111a that matches the outer diameter of the torsion spring and is formed up to the middle height in the vertical direction of the torsion spring;

A groove is formed in a horizontal direction on one side of the spiral rotation direction of the first insertion groove, and a circular groove is formed in a vertical direction at an end of the groove, and a second insertion groove for accommodating a lower wire protruding in a direction perpendicular to the lower end of the torsion spring ( 111b) is formed;

It is hollow cylindrical silicon, and is made by inserting a spring support silicon 231 inserted into the vertical circular groove of the second insertion groove and fitting the lower end of the wire rod of the torsion spring 230.

Here, the first insertion groove 111a plays a role of stably supporting the lower end of the torsion spring when the outer diameter lower end of the torsion spring is inserted and the left rotary support rotates.

Here, the second insertion groove 111b is supported by inserting a lower wire rod protruding at right angles to the lower end of the torsion spring and a spring supporting silicon 231.

Here, the spring supporting silicon 231 is hollow cylindrical silicon, inserted into the second insertion groove 111b, and inserts and supports the wire at the bottom of the torsion spring into the groove formed in the center.

This prevents the bottom wire from bending in the second insertion groove when the torsion spring rotates, and the direction of the force according to the torsional stress of the torsion spring is maintained constant according to the rotation of the left rotational support with respect to the rotational axis of the torsion spring Let it be.

Through this, the direction of the force generated by the elastic force of the torsion spring is maintained constant without being distorted according to the rotational direction of the left rotary support, preventing the torsion spring from bending and shortening its life, and inside the second insertion groove by the top wire. It can prevent the surface from being scratched and damaged.

Here, the reference grid line 112 is an intaglio-shaped grid line formed on one side of the lower front side of the upper left fastening part 110, and a photoluminescent coating is formed on the inside of the intaglio, and the top of the rotation control tab 240 of the left rotation support part. It serves as a reference point for the rotational fixing position for each standard of the fixed scale 241 formed along the circumferential direction.

Through this, when the rotation control tab 240 rotates, it is possible to determine the fixed position for each standard of the fishing rod.

The right lower fastening part 120 is a frame protruding from the upper right side of the rear end body part, the right end side is formed in an arc-shaped structure, and a bolt hole penetrates in the vertical direction of the central axis of the arc-shaped structure to engage the right rotation support To be made to be, which spring lower insertion groove 121, the reference grid line 122 is formed.

Here, the lower spring insertion groove 121 has a circular groove shape formed on one side of the upper surface of the upper right fastening part, and a first insertion groove 121a that matches the outer diameter of the torsion spring and is formed up to the middle height in the vertical direction of the torsion spring;

A groove is formed in a horizontal direction on one side of the spiral rotation direction of the first insertion groove, and a circular groove is formed in a vertical direction at an end of the groove, and a second insertion groove for accommodating a lower wire protruding in a direction perpendicular to the lower end of the torsion spring ( 121b) is formed;

It is hollow cylindrical silicon, and is made by inserting a spring support silicon 331 inserted into the vertical circular groove of the second insertion groove and fitting the lower end of the wire rod of the torsion spring 330.

Here, the first insertion groove 121a serves to stably support the lower end of the torsion spring when the outer diameter lower end of the torsion spring is inserted and the right rotation support rotates.

Here, the second insertion groove 121b is supported by inserting a lower wire rod protruding at right angles to the lower end of the torsion spring and a spring supporting silicon 331.

Here, the spring supporting silicon 331 is hollow cylindrical silicon, inserted into the second insertion groove 121b, and inserts and supports the wire at the bottom of the torsion spring into the groove formed in the center.

This prevents the bottom wire from being bent in the second insertion groove when the torsion spring rotates, and the direction of the force according to the torsional stress of the torsion spring is maintained constant according to the rotation of the right rotation support with respect to the rotation axis of the torsion spring Let it be.

Through this, the direction of the force generated by the elastic force of the torsion spring is maintained constant without being distorted according to the rotational direction of the right rotation support, preventing the torsion spring from bending and shortening its life, and inside the second insertion groove by the top wire. It can prevent the surface from being scratched and damaged.

Here, the reference grid 122 is an intaglio-shaped grid line formed on one side of the lower front side of the upper right fastening part 120, and a photoluminescent coating is formed on the inside of the intaglio, and the top of the rotation control tab 340 of the right rotation support. It serves as a reference point for the rotational fixing position for each standard of the fixed scale 341 formed along the circumferential direction.

Through this, when the rotation control tab 340 rotates, it is possible to determine the fixed position for each standard of the fishing rod.

The bullet catching groove 130 is formed in a concave shape toward the lower end at the center of the upper end of the rear insert body.

The lower post insertion part 140 has a frame shape formed vertically at the center of the lower end of the back support body, and is coupled by inserting the lower post 1a vertically into the lower surface.

This is a hollow cylindrical structure in which cross grooves 141 with additional grooves are formed on the front, back, left and right sides of the circular groove formed in the vertical direction at the center of the lower surface, and have an outer cross section of the same shape as the cross groove 141. The lower post 1a coupled to the top of the support fixing silicon 142 is inserted and fixed.

At this time, the protrusions 142a protruding in the front, rear, left, and right outer vertical directions of the fixing silicon 142 are fitted into the cross grooves 141 of the lower post insertion part, and the lower post 1a is coupled.

Through this, it is possible to stably insert the lower post 1a into the lower post insertion part 140, thereby preventing the rear end from spinning when the lower post 1a is inserted into the ground, and the bending of the lower post 1a and In the event of the same damage, only the bottom prop can be decoupled, which makes maintenance and repair easy, and can reduce environmental pollution by minimizing waste.

In addition, in the back support body 100 according to the present invention, the upper surface of the upper left fastening part 110 and the upper surface of the upper right fastening part 120 are inclined at an angle of 5 to 10 ° in the left and right inward directions. is formed

At this time, the upper left fastening part 110 and the upper right fastening part 120 form a symmetrical structure in the left and right inner directions and form an inclined surface.

This is because the angle of inclination toward the inside of the upper surface of the upper left fastening part and the upper right fastening part is at an angle of 5 to 10 °, so when the fishing rod is placed or fixed on the back hook body, the inner surface of the upper left fastening part and the upper right fastening part One side supports the upper left and right sides of the fishing rod holder so that the fishing rod can be stably mounted on the back support.

Here, if the inclination angle of the upper left fastening part and the upper right fastening part inward to the upper surface is less than 5 °, even if the inclination angle is small, even if the left rotary support part and the right rotary support part are fixed so that they do not rotate, if a strong external force is applied, the user Even in the fishing rod fixing mode that is fixed during absence, the fishing rod can be detached from the back support 1, and if the angle of inclination exceeds 10 °, the angle of inclination is larger than necessary, and the fishing rod holding mode state in which the user uses the fishing rod There is also a problem that the fishing rod is not easily detachable from the back support (1).

Through this, according to the user's needs, the fishing rod can be easily attached or detached in the fishing rod mounting mode, and the fishing rod can be stably fixed in the fishing rod fixing mode.

Next, the left rotation support 200 according to the present invention will be described.

The left rotational support 200 has an upright cylindrical shape, and is formed to be rotated while being coupled to the left upper end of the back support body.

In the left rotary support 200 according to the present invention, an upper circular step 201 formed of a circular step is formed along the upper circumference of an upright cylindrical shape, and a lower circular step 203 formed of a circular step is formed along the lower circumference. An insertion groove 202 for accommodating the upper silicon 210 is formed between the upper circular step and the lower circular step, and an anti-rotation protrusion 204 protruding to the lower end is formed on one side of the lower front side, and a torsion is formed on one side of the lower side. An upper spring insertion hole 205 into which one side of the upper end of the spring is inserted is formed.

It is composed of a top silicon 210, a left fastening bolt 220, a torsion spring 230, a rotation control tab 240, and a snap ring 250.

The upper silicon 210 is hollow cylindrical silicon and is formed between the upper circular step 201 formed along the circumferential direction of the left rotary support and the lower circular step 203 and inserted into the insertion groove 202 formed along the circumferential direction. inserted and joined.

It is made of a phosphorescent material and can secure visibility even at night or in a dark place.

In addition, when the fishing rod 2 is placed on the back support rod 1, the upper silicon 210 supports one side of the left circumference of the fishing rod mounting portion and forms friction to prevent the fishing rod from slipping and preventing surface damage. do.

In addition, when the upper silicon 210 is damaged by strong friction or external force, the left rotary support 200 can be separated from the back holder body 100 and then decoupled to easily replace it.

The left fastening bolt 220 protrudes in a vertical longitudinal direction from one side of the lower end surface of the left rotary support part and has a screw thread formed along the circumferential direction, and serves to pass through one side of the rear seat body part.

The torsion spring 230 rotates leftward by inserting half of the spring upper insertion groove 205 formed on one side of the lower end surface of the left rotation support part and the lower spring insertion groove 111 formed on one side of the left upper surface of the back support body. It forms the rotation restoring force of the support part.

The rotation control tab 240 has a circular tab shape in which a threaded hole is formed on a central rotation shaft, is screwed to a left fastening bolt and rotates, and serves to lock and release the rotation of the left rotation support.

In the rotation control tab 240 according to the present invention, a fixed graduation portion 241 indicating a fixed position for each fishing rod size is formed in an intaglio along the upper circumference of the rotation control tab, a phosphorescent coating is formed on the fixed graduation portion, and a back holder Fix the left and right positions of the left rotary support to correspond to the standard of the fishing rod by matching the reference grid line 112 located at the lower front of the body part and the display part of the fixed scale part 241 in a vertical direction to be in a straight line .

Here, the fixed scale 241 has scales formed along the upper circumference of the rotation control tab, so that the left rotation support 200 moves inward as the rotation control tab is rotated outward relative to the front direction, As it rotates inward relative to the front direction, the left rotary support 200 moves outward.

This adjusts the distance between left and right movement of the left rotational support 200 .

At this time, as the left rotary support moves inward, it can stably support a fishing rod with a small diameter according to the rod specification, and as the left rotary support moves outward, it stably supports a fishing rod with a large diameter according to the rod specification. can do.

Through this, if the user is absent or sleeps after holding the fishing rod, the fishing rod can be stably fixed in the fishing rod fixing mode according to the fishing rod specifications, so that it can be used compatible with fishing rods of various sizes, and the fishing rod can be used with strong bites of fish. This can prevent the fishing rod from being detached and lost.

In addition, the rotation control tab 240 according to the present invention is formed by inserting a circular ring structured silicon tab 242 into an insertion groove on one side in the circumferential direction of the lower end.

It is made of a phosphorescent material and can secure visibility even at night or in a dark place, and is formed to be replaced as needed, such as surface damage or user's taste.

The snap ring 250 is fastened to the lower end of the left fastening bolt and decoupled.

The upper spring insertion groove 205 according to the present invention has a circular groove shape formed on one side of the lower end surface of the left rotary support, and the first insertion groove 205a, which coincides with the outer diameter of the torsion spring and is formed up to the middle height in the vertical direction of the torsion spring, ;,

A groove is formed in a horizontal direction on one side of the spiral rotation direction of the first insertion groove, and a circular groove is formed in a vertical direction at an end of the groove, and a second insertion groove for accommodating an upper wire rod protruding in a right-angled upper direction of the torsion spring ( 205b) is formed,

It is made of hollow cylindrical silicon, and is inserted into the vertical circular groove of the second insertion groove and inserts the spring support silicon 231 for fitting and coupling the end of the wire rod at the top of the torsion spring 230.

Here, the first insertion groove 205a plays a role of stably supporting the upper end of the torsion spring when the outer diameter upper end of the torsion spring is inserted and the left rotary support rotates.

Here, the second insertion groove 205b is supported by inserting an upper wire rod protruding at right angles to the upper end of the torsion spring and a spring supporting silicon 231.

Here, the spring support silicon 231 is hollow cylindrical silicon, inserted into the second insertion groove 205b, and inserts and supports the top wire of the torsion spring into the groove formed in the center.

This prevents the top wire from being bent in the second insertion groove when the torsion spring rotates, and the direction of the force according to the torsional stress of the torsion spring is kept constant as the left rotation support rotates with respect to the rotation axis of the torsion spring Let it be.

Through this, the direction of the force generated by the elastic force of the torsion spring is maintained constant without being distorted according to the rotational direction of the left rotary support, preventing the torsion spring from bending and shortening its life, and inside the second insertion groove by the top wire. It can prevent the surface from being scratched and damaged.

Next, the right rotation support 300 according to the present invention will be described.

The right rotational support 300 has an upright cylindrical shape, and is formed to rotate while being coupled to the right upper end of the back support body.

In the right rotation support 300 according to the present invention, an upper circular step 301 formed of a circular step is formed along the upper circumference of an upright cylindrical shape, and a lower circular step 303 formed of a circular step is formed along the lower circumference. An insertion groove 302 for accommodating the upper silicon 310 is formed between the upper circular step and the lower circular step, and an anti-rotation protrusion 304 protruding to the lower end is formed on one side of the lower front side, and a torsion is formed on one side of the lower face. An upper spring insertion hole 305 into which one side of the upper end of the spring is inserted is formed.

It is composed of a top silicon 310, a right fastening bolt 320, a torsion spring 330, a rotation control tab 340, and a snap ring 350.

The upper silicon 310 is hollow cylindrical silicon and is formed between the upper circular step 301 formed along the circumferential direction of the right rotation support and the lower circular step 303 and inserted into the insertion groove 302 formed along the circumferential direction. inserted and joined.

It is made of a phosphorescent material and can secure visibility even at night or in a dark place.

In addition, when the fishing rod 2 is placed on the back support rod 1, the upper silicon 310 supports one side of the right circumference of the fishing rod mounting portion and forms friction to prevent the fishing rod from slipping and preventing surface damage. do.

In addition, when the upper silicon 310 is damaged by strong friction or external force, the right rotational support 300 can be separated from the back holder body 100 and then decoupled to easily replace it.

The right fastening bolt 320 protrudes in a vertical longitudinal direction from one side of the lower end surface of the right rotary support and has a screw thread formed along the circumferential direction, and serves to pass through one side of the rear seat body.

The torsion spring 330 rotates right by inserting half of the spring upper insertion groove 305 formed on one side of the lower side of the right rotation support part and the lower spring insertion groove 121 formed on one side of the right upper side of the back support body. It forms the rotation restoring force of the support part.

The rotation control tab 340 has a circular tab shape in which a threaded hole is formed on a central rotation shaft, and is screwed to a right fastening bolt to rotate, and serves to lock and release the rotation of the right rotation support.

In the rotation control tab 340 according to the present invention, a fixed graduation portion 341 displaying a fixed position for each fishing rod size is formed in an intaglio along the upper circumference of the rotation control tab, a phosphorescent coating is formed on the fixed graduation portion, and a back holder Fix the left/right position of the right rotating support to correspond to the standard of the fishing rod by matching the reference grid line 122 located at the lower front of the body part and the display part of the fixed scale part 341 in a straight line in the vertical direction .

Here, in the fixed scale part 341, scales are formed along the upper circumference of the rotation control tab, and as the rotation control tab is rotated outward relative to the front direction, the right rotation support 300 moves inward, As it rotates inward relative to the front direction, the right rotational support 300 moves outward.

This adjusts the distance between left and right movement of the right rotational support 300 .

At this time, as the right rotation support is moved inward, it can stably support a fishing rod with a small diameter according to the size of the fishing rod, and as the right rotation support is moved outward, it can stably support a fishing rod with a large diameter according to the size of the fishing rod. can do.

Through this, if the user is absent or sleeps after holding the fishing rod, the fishing rod can be stably fixed in the fishing rod fixing mode according to the fishing rod specification, so that it can be used with various sizes of fishing rods, and the fishing rod can be used with strong bites of fish. This can prevent the fishing rod from being detached and lost.

In addition, the rotation control tab 340 according to the present invention is formed by inserting a circular ring structured silicon tab 342 into an insertion groove on one side in the circumferential direction of the lower end.

It is made of a phosphorescent material and can secure visibility even at night or in a dark place, and is formed to be replaced as needed, such as surface damage or user's taste.

The snap ring 350 is fastened to the lower end of the right fastening bolt and decoupled.

The upper spring insertion groove 305 according to the present invention has a circular groove shape formed on one side of the lower end surface of the right rotation support, and the first insertion groove 305a, which coincides with the outer diameter of the torsion spring and is formed up to the middle height in the vertical direction of the torsion spring, ;,

A groove is formed in a horizontal direction on one side of the spiral rotation direction of the first insertion groove, and a circular groove is formed in a vertical direction at an end of the groove, and a second insertion groove for accommodating an upper wire rod protruding in a right-angled upper direction of the torsion spring ( 305b) is formed,

It is hollow cylindrical silicon, and is made by inserting a spring support silicon 331 inserted into a circular groove in the vertical direction of the second insertion groove and fitting the end of the wire rod at the top of the torsion spring 330.

Here, the first insertion groove 305a plays a role of stably supporting the upper end of the torsion spring when the upper part of the outer diameter of the torsion spring is inserted and the right rotation support rotates.

Here, the second insertion groove 305b is supported by inserting an upper wire rod protruding at right angles to the upper end of the torsion spring and a spring supporting silicon 331.

Here, the spring supporting silicon 331 is hollow cylindrical silicon, inserted into the second insertion groove 305b, and inserts and supports the top wire of the torsion spring into the groove formed in the center.

This prevents the top wire from being bent in the second insertion groove when the torsion spring rotates, and the direction of the force according to the torsional stress of the torsion spring is kept constant as the right rotation support rotates with respect to the rotation axis of the torsion spring Let it be.

Through this, the direction of the force generated by the elastic force of the torsion spring is maintained constant without being distorted according to the rotational direction of the right rotation support, preventing the torsion spring from bending and shortening its life, and inside the second insertion groove by the top wire. It can prevent the surface from being scratched and damaged.

Hereinafter, a method for replacing a back stand support for preventing a fishing rod from departing with excellent compatibility according to the present invention will be described.

First, upper silicone, spring support silicone, and tab silicone are inserted into the left rotation support and the right rotation support, respectively.

Next, the torsion spring is inserted into the upper left fastening part of the back holder body, the left fastening bolt is passed through, and the rotation control tab and the snap ring are sequentially coupled to the lower left fastening bolt to couple the left rotary support.

Next, the torsion spring is inserted into the upper right fastening part of the back holder body part, the right fastening bolt is passed through, and the rotation control tab and the snap ring are sequentially coupled to the lower right fastening bolt to couple the right rotary support.

Next, the lower post coupled to the upper end of the support fixing silicon is inserted and fixed into the lower post insertion part of the back holder body part.

Next, insert the bottom support into the ground to install the back support, and mount the fishing rod.

Next, the fishing rod is mounted on the back support to rotate the rotation control tabs formed on the left rotation support and the right rotation support in the locking direction when the user is absent or sleeping during fishing to meet the standard of the fishing rod displayed on the fixed scale Match the grid line to fix the back support in the fishing rod fixing mode.

Finally, when the user returns, the rotation control tab is rotated in the loosening direction to use the back support in the fishing rod stand mode, and when the coil spring, top silicon, spring support silicon, and tab silicon are damaged, the damaged parts are disassembled and replaced.

1: Back stand support 2: Fishing rod
3 : front stand support
100: back holder body part 110: left upper fastening part
120: upper right fastening part 130: bullet catching groove
140: lower support insert 200: left rotation support
210: top silicon 220: left fastening bolt
230: torsion spring 240: rotation control tab
250: snap ring 300: right rotation support
310: upper silicon 320: right fastening bolt
330: torsion spring 340: rotation control tab
350: snap ring

Claims (7)

A 'T'-shaped fishing rod coupled to the upper end of the support inserted into the ground, and a back support body portion 100 that supports the upper end of the fishing stand back support as a whole,
In an upright cylindrical shape, a left rotation support 200 coupled to and rotated at the upper left side of the back support body;
An upright cylindrical shape, characterized in that it consists of a right rotation support 300 coupled to the right upper end of the back support body and rotated.
The back support body part 100 according to claim 1
It is a frame protruding from the upper left side of the rear end of the body, and the left end side is formed in an arc-shaped structure, and the upper left fastening part 110 to which the left rotary support is coupled by passing through the bolt hole in the vertical direction of the central axis of the arc-shaped structure ,
It is a frame protruding from the upper right side of the rear end body, and the right end side is formed in an arc-shaped structure, and the right lower fastening part 120 to which the right rotation support is coupled by passing through the bolt hole in the vertical direction of the center axis of the arc-shaped structure ,
A bullet catching groove 130 formed in a concave shape in the lower direction at the center of the upper end of the back holder body,
It has a frame shape formed in the vertical direction at the center of the lower end of the back support body, and includes a lower support insertion portion 140 for inserting and combining the lower support in the vertical direction on the lower surface.
The fishing rod back holder body 100 according to claim 2
The upper surface of the upper left fastening part 110 and the upper surface of the upper right fastening part 120 are inclined at an angle of 5 to 10 ° in the left and right inner direction, characterized in that for excellent compatibility with fishing rod separation prevention Back brace support.
The left rotation support 200 according to claim 1
An upper silicon 210 formed of hollow cylindrical silicon formed along the circumferential direction of the left rotary support and inserted into the insertion groove formed along the circumferential direction between the upper circular step and the lower circular step,
A left fastening bolt 220 that protrudes in the vertical longitudinal direction on one side of the lower end of the left rotary support and has a screw thread formed along the circumferential direction and passes through one side of the back support body;
Each half is inserted into the upper spring insertion groove 205 formed on one side of the lower side of the left rotary support and the lower spring insertion groove 111 formed on one side of the left upper surface of the back holder body to form a rotation restoring force of the left rotary support a torsion spring 230;
A rotation control tab 240 having a circular tap shape with a threaded hole formed in the center rotation shaft, which is threadedly coupled to the left fastening bolt and rotates, and controls the rotation of the left rotation support by locking and loosening;
A fishing rod breakaway support with excellent compatibility, characterized in that it includes a snap ring 250 that is fastened and decoupled at the bottom of the left fastening bolt.
The rotation control tab 240 according to claim 4
Along the upper circumference of the rotation control tab, a fixed scale part 231 indicating the fixed position for each fishing rod size is formed in a negative shape, a phosphorescent coating is formed on the fixed scale part, and a reference scale line located at the front lower part of the back holder body part ( 112) and the display portion of the fixed scale 231 are aligned in the vertical direction to fix the left and right positions of the left rotating support to correspond to the fishing rod standard. support fixture.
The spring top insertion groove 205 according to claim 4
A first insertion groove (205a) formed in the shape of a circular groove formed on one side of the lower end surface of the left rotary support, coincident with the outer diameter of the torsion spring and formed up to the middle height in the vertical direction of the torsion spring;
A groove is formed in a horizontal direction on one side of the spiral rotation direction of the first insertion groove, and a circular groove is formed in a vertical direction at an end of the groove, and a second insertion groove for accommodating an upper wire rod protruding in a right-angled upper direction of the torsion spring ( 205b) is formed,
It is a hollow cylindrical silicone, which is inserted into the vertical circular groove of the second insertion groove and inserts the spring support silicon 231 for fitting and coupling the end of the wire rod at the top of the torsion spring. .
Inserting the top silicone, spring support silicone, and tab silicone into the left rotation support and the right rotation support, respectively (S100);
Inserting a torsion spring into the upper left fastening part of the back holder body, passing through the left fastening bolt, and then sequentially combining the rotation control tab and snap ring at the lower end of the left fastening bolt to couple the left rotary support (S200);
Inserting a torsion spring into the right upper fastening part of the back holder body, passing through the right fastening bolt, and then sequentially combining the rotation control tab and the snap ring at the bottom of the right fastening bolt to combine the right rotational support (S300);
A step of inserting and fixing a lower post in which the support fixing silicone is coupled to the upper end of the lower post insertion part of the back support body part (S400);
Inserting the bottom support into the ground to install the back support and mounting the fishing rod (S500);
By mounting the fishing rod on the back support, when the user is absent or sleeping during fishing, the rotation control tabs formed on the left rotation support and the right rotation support are rotated in the locking direction to match the standard scale line to meet the fishing rod size displayed on the fixed scale. (S600) fixing the back support rod in a fishing rod fixing mode;
When the user returns, the rotation control tab is rotated in the release direction to use the back support rod in fishing rod mounting mode, and when the coil spring, upper silicon, spring support silicon, and tab silicon are damaged, disassemble and replace the damaged part (S700) A method for replacing the back support for preventing the fishing rod from departing with excellent compatibility.

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