KR20190084364A - throwing and alignment device for hairtail Fishing tackle - Google Patents

Abstract

The present invention relates to a device for throwing and aligning a hairtail fishing tackle into the sea. The device includes a body part which is formed in a rectangular rod shape, and a plurality of round bar-shaped catching member hooking and aligning parts which are formed in one side of the body part, wherein the catching member hooking and aligning parts are formed in a longitudinal direction to be spaced apart from one another at predetermined intervals, and are inclined in a diagonal line direction, and the diagonal line is formed between a full width directional central line and a longitudinal directional central line, and begins from a central point. The catching member hooking and aligning parts inclined in the diagonal line direction enables an entire fishing tackle to be laid on an inner side of a boat in a state that hairtails are caught on fish hooks, or enables the fishing tackle to be thrown into the sea in a state that the fishing tackle is laid on the inner side of the boat. Further, the catching member hooking and aligning parts prevent a fishing line from intruding into a space of other fishing line, divide respective spaces of fish hooks to enable the fishing tackle to be rapidly aligned, and allow an extended device to be firmly mounted thereon. The device according to the present invention has low manufacturing costs, and is simply used by a method of hooking catching members to the catching member hooking and aligning parts to align the catching members on the catching member hooking and aligning parts.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a throwing and alignment device for hairtail fishing tackle,

The present invention relates to a hunting and fishing apparatus and a sorting apparatus that allows a fisherman to thrust a fishing gear on the sea without tangling fishing gear while fishing, and allows the fishing gear to be quickly lifted and aligned when pulled out.

At present, there is an increasing number of fishermen who can learn about an hour of salting fishing for an hour or more and enjoy fishing on a salted fish in proportion to the high price of the salted fish and the national popularity of the various salted fish dishes.

Grass fishing depends on the size of the boat, but it usually takes about 14 ~ 20 people and when you turn on the light that is installed on the boat, you can see the light and collect the small fish and catch the fish that catches the fish. It is a night fishing tackle performed from 5 to 6 am.

The bait first cuts the frozen saury in a bag and cuts it in rhombus. When the hair starts to get caught, cut it off using a thin scalpel.

Normally, beginners tie 5 to 7 fishing needles on a fishing rod, and a skilled expert uses 15.

It is a high-priced fishing boat that has a price of about 400 million dollars for a 6-year-old used boat that has been launched, and costs about 180,000 won on a weekday and 19,000-200,000 won on a weekly basis for a fishing trip.

It is therefore a fight against the speed with which we have to catch many hairs in a limited time.

However, when the fishing tackle is tangled with each other in the fishing, it takes a lot of effort and time to tackle the thin fishing line tangled in the shaking coordinate.

It is therefore a top priority to ensure that long assemblies do not get tangled together.

As above, some things are suggested to prevent tangling

Open No. 10-2015-0102614 (filing date 2014.02.28) The "fishing line and fishing needle arranging device" includes a needle and a magnet holder for attaching a needle,

 It keeps attached by the force of a magnet like a pole bar stand composed of a magnet and a magnet box for attaching a pole string to arrange a pole string and a trunnion and is separated by the weight of the weight. It is summarized by placing it in the box.

If you look at the "fishing tackle fishing tackle device" for the fishing tackle and put it on the top of the metal case, Is attached to the upper surface of the metal case

The above-mentioned two inventions propose a method of arranging by a magnetic force. The fishing needle is small in size and thin, and the part influenced by the magnetic force is small, so that the fishing line, which is integrally connected to the fishing line, It is a matter of course that it will be easy to get out of the way.

Also, when pulling out the fishing gear, the hooks that were moved up first when the haircuts were pulled out from the fishing hooks pulled out from the fishing hooks, and the aligned fishing needles were likely to be distracted again from the magnetic force.

Also, if you put the fishing gear at the same time, the fishing gear will catch in a moment because the fishing gear is going to get tangled quickly, so you need to put the fishing needle in the order of ascending, put the fishing needle, and then put the fishing needle, There is a lot of time that a hooked hawk is exposed to the nemesis defensively because there is a lot of time for fishing stay in the sea during withdrawal by the method. Also, when throwing fishing gear to the sea, the fishing hooks placed at the discretion of the angler without the unique place for each fishing needle are not constant in spacing, so that the fishing needles placed at narrow intervals during the throwing can be tangled.

The fishing line throwing machine has a structure in which a fishing needle is suspended on a fishing line in a sequential manner in the order of a mounting means, a binding means and a storage passage coil spring. And the fishing line is put in a coil spring and put together.

The manufacturing and preparation of the components of the storage and transmission coil spring are costly and time consuming, and the method of insertion is complicated by the insertion of the coil spring and the insertion of the coil spring.

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

The aim is to get the fishing gear out of the sea at the same time that it is aligned with the departure of the fishing gear, so that the work for the next throwing can be done quickly and accurately. Another goal is to throw the fish into the sea without tangling with each other, and at the time of withdrawal, it is possible to quickly bring the hooked fish into the coats without damaging the horses.

Another object of the present invention is to provide a throwing and throwing and sorting apparatus which is low in production cost and easy to use.

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

A barrel-shaped body part, and a round bar-shaped cannon part formed on one side of the body part. The cannon part is formed in a longitudinal direction of the body part at a certain interval from each other, and is inclined diagonally.

The diagonal line is formed between the full width direction center line and the similar direction center line and starts from the center point.

The material of the body part and the cannon part is one or more selected from among plastic, silicon, copper, and stainless steel.

The harvesting and throwing and throwing apparatus according to the present invention has the following various effects.

First, according to the present invention, when the fishing needle is thrown toward the sea, the engaging member is easily detached from the large-diameter portion, and when the fishing needle is pulled out from the sea and is caught in the sea, the engaging member is difficult to detach from the cannon portion.

As described above, the cannon part is a structure that catches the catch and catches the fishing gear so that it does not fall out from the large aspiration part when the fishing gear is hooked and the heavy fishing part is stretched in the abdomen. It has the effect of protecting the hair from natural enemies.

Secondly, the cannon part of the present invention can be steadily pushed into the sea in a state in which the fishing cannon is aligned on the inside of the boat without arranging the bait fishing needle on the railing top plate by aligning the fishing gear without any departure, , Work can be saved, time is saved and more hair can be caught.

Third, when the fishing line is placed on the throwing and sorting device for hunting fishing of the present invention, the cannon part serves as a barrier to prevent the fishing line from invading the other fishing line seat, thereby preventing the fishing gear from tangling with each other.

Fourthly, the body part of the present invention is divided into the cannon part, and it is possible to place the fishing cannon in each area of the divided fishing needles without worrying about the place where the fisherman pulls out the plurality of fishing needles drawn out from the sea. The role of the boundary mark as a reference for distinguishing the body portion as described above is to save time for aligning the fishing needle.

Fifth, when the apparatus is added for expanding the function of the present invention, the cannon serves to firmly mount the extended apparatus. The above-described role does not require the addition of a mounting portion for mounting an additional device, and it is possible to unify the structure of the mounting portion in design, thereby saving cost and time.

Sixth, the construction cost is low as a simple structure of the large ash part and the body part, and even if the hooking member is hooked to the large part, the fishing method is arranged and the use method is simple.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram showing an overall configuration of a catching and throwing and catching apparatus as an embodiment of the present invention. FIG.
Fig. 2 is a view showing that the angle formed by the cannon part with the upper surface of the body part in the direction of 29a to 29j is shortened, the length of the cannon part is shortened, and the body part is provided with a grindstone.
Fig. 3 is a view showing that the body part is set at 90 degrees by forming a joint part in the hunting and throwing and aligning device.
Fig. 4 is a view showing a typical hunting fishing gear. Fig.
Fig. 5 is a view showing the preparation of a fishing line in a fishing line.
Fig. 6 is a view showing that a hunting fishing tackling and aligning device of the present invention is installed on a ship provided with a normal sponge, and that the hunting fishing tackling and aligning device is installed at 90 °. Fig.
Fig. 7 is a view showing a hawk which is injured on a squid sucker, or a hawk which is climbed by trimming. Fig.
8 is a view showing that a fisherman throws a metal weight on a deck by hand and puts fishing equipment into the sea.
9 is a side view showing that the angle formed by the cannon part and the upper surface of the body part becomes smaller as the cannon part gets closer to one side of the body part.
10 is a side view of Fig. 9, in which a protractor is added
11 is a side view showing that the angle formed between the upper surface of the body part and the upper surface of the body part becomes smaller as the body part is erected at 90 degrees due to the joint part and the cannon part comes to one side surface of the body part.
Fig. 12 is a side view showing that the body part is raised at 45 degrees and 90 degrees due to the joint part, and that the engaging member is hooked to the fore-and-aft part erected at 90 degrees;
13 is a side view showing that the body part is raised by 45 ° 90 ° due to the joint part,
Fig. 14 is a view showing that 21 cannon parts for operating two fishing boats having eight bows are formed, and the balustrade is mounted on the cannon part. Fig.
Fig. 15 is a view showing a hatching of a sea horse and a fishing needle arranged on the inside of a ship; Fig.
Fig. 16 is a view showing a fishing gear arranged by hanging a hooking member on a large-width portion which is set at 90 degrees; Fig.
Fig. 17 is a view showing the fishing line arranged on the putting and throwing apparatus of the present invention; Fig.
Fig. 18 is a view showing a fishing line placed on a hunting fishing throwing and aligning apparatus of the present invention set up at 90 degrees; Fig.
19 is a view showing a conventional fishing needle alignment method using a sponge;
FIG. 20 is an alphabetical ordering representation of a body part order indicator and a needle part order indicator, respectively, for faster and easier identification; FIG.
FIG. 21 is a view showing a numerical order display on the body part order indicator and the needle part order indicator, respectively, in order to make the body part erected at 90 degrees more quickly and conveniently.
22 is a view showing that a joint part is formed in the body part and has a plate-shaped brace to prevent the body part from being folded when the body part is set at 90 degrees;
Figure 23 is a view of a bar spreader that is inserted into the body when the body is folded and unfolded to prevent the body from folding when the body is raised.
24 is a view showing how the cannon part is moved up and down by forming a through hole in the cannon part;
Fig. 25 is a view showing that the Neodium magnet is used for provisional fixing when the body portion is set at 90 DEG, and a joint portion and a large-bore through-hole are formed in the surrounding portion.
26 is a view showing that a body portion erected at 90 占 by a magnetic force of a neodymium magnet is supported so as not to be folded;
27 is a view showing the insertion of neodymium magnets into the body portion;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings, in which embodiments of the present invention are shown, and the exemplary structures of the accompanying drawings are only the most preferred embodiments of the present invention and are not intended to limit the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing an overall configuration of a catching and throwing and catching apparatus as an embodiment of the present invention. FIG.

The appetite throwing and aligning apparatus of the present invention has a body portion 31 in the form of a rectangular bar,

The body portion 31 has a facing upper surface 34 and a lower surface 38, facing front and rear surfaces 39 and 48, a facing left surface 43 and a right side surface 37.

The body portion 31 has a longitudinal centerline 46 and a longitudinal centerline 32 and a longitudinal centerline 41 perpendicular to the transverse centerline 46 and the longitudinal centerline 32. The body portion 31 has a center point 44 where the three center lines meet.

The longitudinal center line 41 is divided into the vertical direction center line 35 and the vertical direction center line 47 with respect to the center point 44 and the widthwise center line 46 is divided into the full width direction center line 40 and the rear width direction center line 49 , And the longitudinal center line 32 is divided into a left longitudinal center line 42 and a rightward direction center line 36. [

A large-diameter portion 29 is formed on one side of the body portion 31 in the form of a round bar.

The large-diameter portion 29 is formed in a longitudinal direction 50 of the body portion with a predetermined distance therebetween.

The confronting portion 29 is inclined in the diagonal line 27 direction. The diagonal line 27 is formed between the full width direction center line 40 and the common direction center line 35. The diagonal line 27 starts at the center point.

And a fixing portion 11 having an inclined surface adjacent to the body rear face 48 is formed.

The material of the fixing portion 11, the body portion 31 and the large-diameter portion 29 is one or more selected from the group consisting of plastic, silicone, copper, and stainless steel.

6 is a view illustrating a fishing needle alignment method using a conventional sponge 58, and FIG. 6 is a view showing a harness fishing fishing throwing and aligning apparatus, which is an embodiment of the present invention, installed on a ship.

Referring to FIG. 19, which shows a method of arranging a hunting fishing gear using the sponge 58 shown in FIG. 6, a typical hunting method will be described as follows. A rod-shaped sponge (58) is provided on the railing upper plate (25) of the ship, and a tree (4) is provided on the rear side of the sponge (58).

In order to align the fishing gear with the hooks, the fishing needles 22 to be unwound from the rolls that are wound first are put into the sponge 58 in order and then taken out from the sponge 58 in turn, When the fishing needle 22 is taken out of the sea, the needle having no bait is put in the sponge 58 in the ascending order, and the needle having the bait remaining is placed on the railing upper plate 25, So that fishing tackiness is prevented from being tangled.

The fixing portion 11 is formed adjacent to the rear surface 48 of the body portion so as to be pushed into a clearance between the sponge 58 and the railings 25 of the ship. The fixing portion 11 has an inclined surface inclined downward toward the outside of the body portion.

The fixing portion 11 forms a fixing portion through hole 12 from the upper portion to the lower portion of the fixing portion 11 in order to bind and fix the fixing portion through a strap or a wire, At least one of the fixing portion through holes 12 is formed.

The body part 31 has a body part through hole 45 formed in the body part 31 for fixing the fixing part 11 by inserting the fixing part 11 and firmly fixing the catching and tearing and aligning device to the boat. In FIG. 1, the string 20 is used to fix the body through-hole 45, but it may be fixed using a wire or the like.

The effect of the fixing portion 11 is as follows.

The fixing portion 11 can be inserted into a clearance between the existing sponge 58 and the leg 4 and the railing upper plate 25 to be easily and conveniently installed.

There is no work of damaging the boat such as screwing on the expensive clutching fishing boat 6 and it is possible to easily install even a beginner.

A large-diameter portion 29 is formed on one side of the body portion 31.

As shown in Figs. 14, 15, and 17, the large-diameter portion 29 is configured to arrange the fishing gear by sequentially engaging the engaging members 8 formed in the fishing gear on the large- The fishing gear having the catching member 8 will be described below.

Fig. 4 shows a typical salting fishing skill.

A fishing rod 21 on which a high outputting electric motor 66 is installed is necessary in the case of hatching fishing using several branch lines 2. [

A pillar string 18 connected by a connecting member 61 to a raw string 64 coming out of the electric motor 66 and a plurality of spindles 18 with a fishing needle 22 The string 2 is connected to the connecting member 61. [

The connecting member 61 is composed of at least one selected from the incoming 67, 68, the bead 14, and the sleeve 60.

At the end of the column 18, a metal weight 15 of about 1 kg is bundled in order to rapidly lower the fishing needle into the deep sea where a catching fish is formed.

Referring to FIG. 5, the pillar 18 will be described in detail as follows.

The sleeve 60 is inserted into the column 18 in the order of the sleeve 60, the bead 14, the first ball 67, the bead 14 and the sleeve 60. After the sleeve 60 is fixed by a press, 1 Attach the branch line (2) with the needle to the needle (67) with an 8-member knot. A ring is formed at the lower end of the column 18 to fix one side ring of the second incision 68 to the sleeve 60 and a new column 18 is formed to form a ring, And then the sleeve 60 is fixed. And the engaging member 8 is connected to one side ring of the second impeller 68. A ring is formed at the end of the column 18 and the pin 60 is inserted and then fixed to the sleeve 60. A metal weight (15) is connected to the pin lead.

In FIG. 5, an eight-member hook is connected to a second member 68 of the fishing gear, and a one-touch snap 65 is connected to the first member 67. The engaging member 8 may be any member that can be hooked on the large-diameter portion 29. The installation location can be anywhere in the fishing area.

The eight-member ring is formed by forming a colored fishing line of a flexible material into an eight-character shape and pressing and fixing the middle portion thereof with the sleeve 60.

The reason for the color is to have a quick visual recognition when pulling the fishing line.

FIG. 14 is a perspective view of an embodiment of the present invention, in which twenty-two shells 29 for operating two fishing gears having eight strings are formed, A throwing and aligning device is shown.

Fig. 15 shows that the trout 5 and the fishing needle 22 drawn out from the sea are arranged on the inside of the boat.

Fig. 17 shows the arrangement of a fishing needle string on the apparatus for throwing and aligning the fishing gear of the present invention.

The following description will be made as to how to throw and arrange two fishing gears using the needle guard 29 and the engaging member 8 with reference to FIGS. 14, 15 and 17. FIG.

The first fishing line wound on the roll is hooked and aligned with the latching member 29 in the order of loosening of the fishing line and the fishing line 22 is tied to the first line 67 2) is tied with an eight-member knot. The frozen saury is cut into a lozenge and cut into a bait of the fishing needle 22, and the metal weighed 15 hanged at the end of the pillar 18 is shown in Fig. 8 As with the angler (24), it is thrown into the sea by hand. The engaging member 8 which has been hooked to the flange portion 29 in the direction in which the thrown metal weight 15 is blown is successively brought into the sea and then put into the sea and then the electric motor 66 is released to lower the fishing needles in the deep sea, The second fishing gear is hooked on the bulge portion 29 in the same manner as described above, and the bait is stitched. Thereafter, when the degree of bending or the time of the fishing rod 21 is observed, the electric motor 66 is operated to take out the first fishing gear from the sea. The catching members 8 are arranged and aligned in the collapsed shells 29 in the ascending order, and the respective trout 5 and the fishing needles 22 are arranged in the abdomen. Thereafter the first fishing line connected to the fishing line 21 by the connecting member 61 is separated and the second fishing line 18 is connected to the connecting line 61 by the first line 64 ), Then throw second fishing gear into the sea. Then remove the hooks (5) from the fishing hooks hanging on the inside of the boat, or replace the bait. After that, the second fishing gear is taken out from the sea again.

The throwing and withdrawal of the fishing gear as described above is repeated until the fishing is finished.

The number of the conflicting portions 29 is preferably 16 or less when adding the individual underwater stick 7 to the hanging portion 29 when using one set of less than 15 branches 2 When using punishment, about 31 are appropriate.

The large-diameter portion 29 can be fixed to the body portion 31 by inserting, welding, or screwing.

By forming the large-diameter portion 29 which is inclined in the diagonal line 27 and aligning the fishing gear, the following effects can be obtained.

A conventional fishing method is a method of fishing with a plurality of branch lines in such a manner as to remove the hooks that are hanged from the hooks in the ascending order of the branch lines, Even during the raising of fishing, the fishing boats had a lot of time in the sea.

The hooks that can not escape from fishing hooks are easy to feed on enemies such as Samchi (56) and squid (62). When the fisherman catches them, it is difficult to catch them, as shown in Fig. 7, when the squid (62) sucks on the sucker, There were many haircuts.

However, according to the present invention, it is not necessary to rapidly raise the fishing gear, lie on the side of the belly as shown in Fig. 15, and then remove the haircuts at once, so that the hairdresser caught in the sea does not become a prey for the enemy while withdrawing the fishing needle from the sea .

The hook member 8 is easily detached from the bulge portion 29 when the fishing needle is thrown toward the sea and the hook member 8 is guided by the bulge portion 29 when the fishing needle, .

As described above, the large-diameter portion 29 has a structure in which when the trout is hooked and the heavy fishing gear is stretched in the abdomen, the fishing gear is held by the fishing needle 29 so as not to fall out, It has the effect of quickly raising fishing gear and protecting the horses from natural enemies.

In addition, after the bait is put on the fishing needle, the fishing needle 22 has to be arranged on the railing upper plate 25 as shown in the normal fishing arranging method of Fig. It was difficult to line up as shown in Fig. 19 in the shaky arrangement, and the fishing hooks (22) and the fishing line, which were aligned with the fisherman's small mistake caused by the wind or the wind, were scattered and easy to tangle with each other. 14, without the trouble of arranging the bait fishing needle in the railing upper plate 25 by aligning the fishing gear without any detachment, You can throw it into the sea as it sits inside the boat, making it easier to work, saving time and capturing more hair.

Fig. 17 is a view showing a fishing line arranged on a putting and catching apparatus for a catching and fishing apparatus according to the present invention.

When the fishing line is placed on the catching and throwing and sorting apparatus of the present invention, the catching portion 29 serves as a barrier to prevent the fishing line from invading other fishing line seats, thereby preventing the fishing lines from becoming tangled with each other .

The large-diameter portion 29 serves as a boundary mark for dividing the body portion 31 into the positions of the respective fishing needles. This is like taking a seat in the theater where visitors can easily find their place in a dark theater without worrying or wasting time or distressing others.

Even in general land, you must mark the boundary to confirm your own property. The body portion 31 of the present invention is also divided into the large-diameter portion 29 and the large number of fishing needles drawn out from the sea are not worried about the place where the fishing- You can place it in each area. The role of the boundary mark as a reference for distinguishing the body portion 31 as described above is to save time for aligning the fishing needle.

As shown in FIG. 14, the caliper 71 can be firmly fixed by inserting and fixing the corrugated part 29 to the calgary mounting part 73. In salting fishing, the thickness and size of the saury bait are responsible for more than 80% of the fish. The haircuts are eaten from the end of the bait, and when the bait is thick, it takes time to eat, and the chewiness decreases. So the bait should be thin and long and sliced. In order to cut the saury flesh thinly as described above, a sharpened cutter 70 is necessary. Therefore, in order to maintain sharpness of the knife 70, the plate-shaped grindstone 57 may be attached to the grind-fishing throwing and aligning apparatus of the present invention as shown in FIG. 2, or the grindstone 71 may be provided as shown in FIG. .

If the grindstone 57 is mounted as described above, the knife 70 can be held in a sharp state by polishing the plate-like grindstone 57, if necessary.

The grindstone 57 can be mounted with a bond, a double-sided tape, or the like.

The swarf 71 is mounted using a large-diameter portion 29.

A mounting portion 73 is formed on the curl and the covering portion 29 is inserted into the mounting portion 73 to firmly mount the curl 71. As described above, when the apparatus is added for expanding the functions of the throwing and aligning apparatus for hunting fishing, the confinement portion 29 serves to firmly mount the extended apparatus. The above-described role does not require the addition of a mounting portion for mounting an additional device, and it is possible to unify the structure of the mounting portion in design, thereby saving cost and time.

FIGS. 20 and 21 show that the body part order indicator 51 and the needle part order indicator 52 are formed with alphabetical or numerical order indicators, respectively, in order to further distinguish them quickly and conveniently. The body part order indicator 51 can be formed in various shapes, patterns and colors, can be integrally manufactured in the body part 31 or the like at the time of manufacture, and can be adhered in the form of a waterproof sealant have.

The fisherman throws the metal weights (15) away by hand to prevent tangling, twisting, or jamming of long fishing gear. When the fisherman (24) of FIG. 8 throws the metal weight (15) on the deck by hand and inserts the fishing needle into the sea, the thrown metal weight (15) rises and reaches the maximum The fishing line connected to the metal weights 15 and descending in descending order of AA, BB, CC, and DD in FIG. 8 is also lowered.

Assuming that among the plurality of bifurcated bifurcated branches, the branch bifurcated from the large-bifurcated portion 29 to be thrown first to the sea is caught by the large-bodied portion 29a and the bifurcated bifurcated at the end is caught by the large-bodied portion 29j .

In order to prevent the falling fishing line from being caught by the flange 29, the angle of the flange 29 in the direction from 29a to 29j should be small as shown in Fig. 2, and the length of the flange 29 Will be even more advantageous. The angle indicates the value of? Shown in FIG. Fig. 9 is a side view of the apparatus for placing and appending a catching and fishing apparatus on a flat and level surface parallel to a horizontal plane. Referring to FIG. 9, as the number of the large-diameter portions 29 formed in the longitudinal direction of the body portion 31 increases toward one side of the body portion, the value of θ gradually decreases and the value of θ increases gradually toward the other side of the body portion Able to know. The length of the bulge portion 29 gradually becomes shorter toward the one side of the body portion, and gradually becomes longer toward the other side of the body portion. As a result of the throwing test by the inventor several times, as shown in the protractor (3) of FIG. 10, the θ value is about 10 ° to 40 °. Considering the height difference of the throwing fisherman and the occurrence of errors in the production process at the time of manufacture, the angle is preferably 5 °, and the angle of the greatest angle is 45 °. The length of the branches is preferably about 2 cm or so Respectively.

The appetite throwing and aligning apparatus of the present invention has a joint portion (13).

3 shows that the joint portion 13 is formed in the hatching and throwing and aligning apparatus of FIG. 2 so that the body portion 31 is set at 90 degrees. At this time, the joint portion 13 has the body rear face 48 and the fixing portion 11 As shown in Fig.

Fig. 22 shows that the joint portion 13 is formed in the body portion 31. Fig.

As described above, the joint part 13 is formed adjacent to the body part rear face 48 or is formed in the body part 31. [

As shown in FIGS. 11, 12, and 13, the angle of the shell 29, which is approximately 20 degrees, is close to 130 degrees by setting the body 31 at 90 degrees, It is possible to hang the latching member 8 from the latching portion 29 more reliably and effectively as shown in the latching member 8 hanging on the latching portion 29 standing at 90 ° in FIG. You can.

When the fishing needles are to be aligned, the body part 31 formed with the joint parts 13 is set at 90 degrees as shown in FIG. 16, and then the hook parts 8 are hooked on the flange parts 29 in turn, The body portion 31 is folded as shown in FIG. 14, and then the metal weight 15 is thrown, and the fishing needle 22 is put into the sea in order.

The joint part (13) is a joint structure of a hinge installed on a door or the like.

FIG. 6 shows that the catching and aligning device for catching fish, which is erected on the railing top plate 25 at an angle of 90 degrees, serves as a wall that prevents the saury bait from falling out of the boat in a shaking position.

12 is a side view of the fishing rod 22 alignment stand of the present invention showing that the body portion 31 is raised at 45 degrees and 90 degrees due to the joint portion 13, And a part of the body part 31 when the engaging member 8 is hooked, serves as a latching jaw for preventing the engaging member 8 from descending any further.

When the body part 31 is erected at 90 degrees as described above, a part of the body part 31 acts as a latching jaw to prevent the locking member 8 from falling down any more. The role of the latching jaw prevents the latching member 8 from descending to the joint portion 13, thereby reducing the waste of time for raising the latching member 8 down to the joint portion 13.

FIG. 22 shows that the body portion 31 is provided with a plate-shaped strut 55 to prevent the body portion 31 from being folded when the body portion 31 is set at 90 °. 22 is formed with a joint portion 13 so that the body portion 31 can be folded together with the body portion 31 when the body portion 31 is folded.

23 is a perspective view showing a state where the body portion 31 is inserted into the body portion 31 when the body portion 31 is folded and the rod portion 55a is opened to prevent the body portion 31 from being folded when the body portion 31 is raised, Respectively. The rod 60a is inserted with a spring 59 and is unfolded by the force of the spring 59.

It is possible to prevent the body 31 from being folded by the pair of struts 55 and 55a and to form a circular groove and a groove in the joint 13 so that the beads 14 And a male groove is formed at a point of the joint part 13 where the body part 31 is folded at 90 ° so that the male groove is caught in the female groove and fixedly fixed at 90 °.

As shown in FIG. 25, the large-diameter portion 29 may have a joint portion 13 or a large-sized through-hole 30 and may be fixed with a pin so that it can move up and down as shown in FIGS.

When the fishing rod 29 moves up and down as described above, when the fishing rod is thrown, the fishing rod is forced to fly, and the fishing rod is folded forward so as not to catch the fishing rod, It is possible to arrange the fishing hooks without tangling by hooking the engaging member 8 more reliably by receiving the force from the inside of the boat and by setting the shell portion 29 at 90 degrees.

FIG. 25 shows another embodiment of the present invention in which the Neodymium magnet 26 is temporarily fixed when the body 31 is set at 90 degrees.

Neodymium magnets 26 produced by sintering and compression of rare earth powder exhibit the most powerful magnetic force among the permanent magnets and are applied to various applications. In the present invention, neodymium magnets 26 are used for temporarily fixing the body portion 31 .

25 and 26, the following will be described. A partition wall 9 is formed on the upper part of the joint part 13 and a partition wall insertion part 10 is formed in the partition wall 9 and a neodymium magnet 26 is inserted. The body 31 of the metal material is supported by the magnetic force of the Neodymium magnet 26. When the body 31 is folded, the body 31 is pushed by hand to be lifted off from the partition 9 and folded .

25, 26 and 27 show only the partition wall 9 formed on the upper part of the joint part 13, when the joint part 13 is formed in the body part 31, And is formed on one side of the housing 11.

27 shows a case where the body 31 is made of a plastic material which is not influenced by the magnetic force of the neodymium magnet 26 or when the bulkhead is made of a metal material which reacts to the magnetic force, It is shown that the Neodymium magnet 26 is inserted. A Neodymium magnet 26 is inserted into the partition wall inserting portion 10 and a position corresponding to the Neodymium magnet 26 of the partition wall 9 or the partition wall of the metal material when the body portion 31 is raised by 90 ° The body portion insertion portion 33 is formed and the Neodymium magnet 26 is inserted to hold the body portion 31 in a state where the body portion 31 is standing at 90 degrees with each other.

As described above, when the Neodymium permanent magnet is used, there is no failure due to abrasion or breakage of the joint portion 13 or the spring 59, and the mechanical long-term is maintained.

While the present invention has been described in connection with what is presently considered to be the most useful and preferred embodiment, it is intended that the present invention is not limited to the disclosed embodiment, but on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims, It is to be understood that the scope of the appended claims should be accorded the broadest interpretation so as to encompass all such modifications and equivalent structures, as is permitted by law.

1, 90 ° fishing hooks and throwing and sorting device. 2, branch line.
3, protractor. Four.
5, haircut. 6, Specializing in hooking fish fishing boat.
7, personal underwater tongs. 8, Engagement member.
9, bulkhead. 10, a partition wall inserting portion.
11, Fixed Government. 12.
13, joints. 14, beads.
15, metal weight. 16, metal chuch highest rise point.
17, Directional line to which additional metal is thrown. 18, column posts.
19, saury bait. 20, the strap.
21, fishing rod. 22, fishing hook.
23, Fishing Fishing Throwing and Aligning Devices. 24, an angler.
25, railing top plate. 26, neodymium magnet.
27, diagonal. 29, great ambition. 30, large intestinal perforation. 31, body portion. 32, the body center longitudinal center line. 33, a body part inserting part. 34, upper surface of the body portion. 35, center line of body contour direction. 36, body centering direction center line. 37, body right side. 38, the bottom of the body. 39, body front. 40, center line in the full width direction of the body. 41, body center longitudinal centerline. 42, a center line in the longitudinal direction of the body. 43, the left side of the body part. 44, body center point. 45, body cavity. 46, a center line in the width direction of the body portion. 47, center line of the body part direction. 48, rear of body. 49, Center line in the traverse direction of the body part. 50, body length direction. 51, body order marker. 52, needle order marker. 53, battery. 54, ship's railing. 55, bracing. 55a, bar size brace. 56, Samchi. 57, Whetstone. 58, Sponge. 59, spring. 60, sleeve. 61, a connecting member. 62, squid. 63, wire. 64, Row Row. 65, one-touch snap. 66, electric motor. 67, 1st coming. 68, the second coming. 69, tongs. 70, Carl. 71, Calgary. 72, sharpening wheel. 73, Calgary mounting part. 74, pin. 75, coming to the pin.

Claims (18)

A body portion 31 in the form of a rectangular bar,
A large-diameter portion 29 is formed on one side of the body portion 31 in the form of a round bar.
A plurality of the accommodating portions 29 are formed in a longitudinal direction 50 of the body portion with a predetermined interval therebetween, and are inclined in a diagonal line 27 direction.
Characterized in that the diagonal line (27) is formed between the full width direction center line (40) and the common direction center line (35) and starts at the center point (44).
The body part (31) as set forth in claim 1, wherein the angle formed by the facing part (29) and the body part upper surface (34) gradually decreases toward one side of the body part (31) 29) is gradually reduced in length.
The apparata throwing and aligning apparatus as set forth in claim 1 or 2, wherein an angle formed by the upper surface (34) of the body portion and the shoulder portion (29) is within 5 to 45 degrees.
[2] The apparatus of claim 1, wherein a body portion through-hole (45) is formed in the body portion. 2. The apparatus of claim 1, wherein a fixing portion (11) is formed adjacent to the body rear face (48).
6. The apparatus for throwing and aligning a hook-and-pinion fishing gear according to claim 5, wherein the fixing portion (11) is formed with an inclined surface. 6. The apparats throwing and aligning apparatus according to claim 5, characterized in that a fixing section (12) is formed in the fixing section (11).
2. The apparatus of claim 1, wherein joints (13) are formed adjacent to the body rear face (48).
2. The apparatus as claimed in claim 1, wherein joints (13) are formed in the body part (31).
The apparats throwing and aligning apparatus according to claim 1, characterized in that said large-diameter portion (29) forms a joint (13).

The apparats throwing and aligning device according to claim 1, characterized in that the confronting portion (29) forms a large embossed through hole (30).
And a Neodymium magnet (26) is inserted into the partition wall inserting part (10), and the Neodymium magnet (26) is inserted into the partition wall inserting part (10) Is inserted into the catching and catching device.
And a Neodymium magnet (26) is attached to the partition inserting section (10), and the Neodium magnet (26) is inserted into the partition wall inserting section Characterized in that the harvesting and sorting apparatus is adapted to insert the harvesting fish.
2. The method of claim 1, wherein a body insert portion (33) is formed in the body bottom face (38) and a neodymium magnet (26) is inserted into the body insert portion (33) Alignment device.

[2] The apparatus for throwing and aligning a hunting gear of claim 1, wherein a plate-like brace (55) is formed on the body (31).
2. The apparatus of claim 1, wherein the body portion (31) is formed with a bar-shaped brace (55a).
[2] The apparatus for throwing and aligning a hunting gear of claim 1, wherein a grindstone (57) is provided on the body portion (31).
2. The apparatus of claim 1, wherein a body part order indicator (51) is formed on the body part (31).

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