Deep sea fishing tackle group and fishing method thereof

Abstract

The invention discloses a deep sea fishing tackle group and a fishing method thereof, the deep sea fishing tackle group comprises a main line, one end of the main line is wound on an electric reel, and the other end of the main line passes through a guide ring of a fishing pole; the first fishing group comprises a machete balance connected with the main line penetrating through the guide ring, and a shrimp cage and a lead weight which are sequentially connected with the main line and located below the machete balance, the side end of the machete balance is connected with a first sub-line, and the first sub-line is connected with a first fishhook; the second fishing tackle group comprises a first clamping rod and a smart bean which are connected to the main line in a sleeving manner; the smart bean is provided with a main line hole and a sub-line hole, the main line penetrates through the main line hole, the smart bean can freely rotate and longitudinally move around the main line, a second sub-line penetrates through the sub-line hole, and a second fishhook is connected to the second sub-line; and the first clamping rod is positioned below the smart bean and is used for forming a lower limit position of longitudinal movement of the smart bean. According to the invention, the purposes of fishing big fishes and fishing small fishes in any sea area can be achieved.

Description

Technical Field

[0001] This invention relates to the field of sea fishing equipment technology, specifically to a deep-sea fishing rig and its fishing method. Background Technology

[0002] Fishing is mainly divided into two types: freshwater fishing and saltwater fishing.

[0003] Of the two fishing methods, freshwater and saltwater, saltwater fishing (or simply sea fishing) is the most difficult. Freshwater fishing spots are generally lakes, streams, rivers, or other bodies of water with relatively calm or no current (for example, there's no current in a lake), and the wind isn't as strong. Saltwater is different. The surface is generally rough, with waves exceeding 1 meter being common, and the currents are even stronger. If the fishing rig isn't weighted enough, the hook usually won't sink to the bottom. Since most fish in the sea live on the seabed, if the hook doesn't sink, you can't catch any fish, let alone fish. The ocean has tides, including spring tides and neap tides. During spring tides, the current is rapid, while during neap tides it is relatively gentle. Fish also have different appetites depending on the tide. Generally, fish are more likely to eat during the 80% tide, making it easier to fish. Fishing is more difficult during other tides, especially during slack tides (when the water level is lowest and the current is weak) or high tides (when the water level is highest). Fish hardly bite during these times. Of course, there are many other influencing factors as well. It is clear that sea fishing is much more difficult than freshwater fishing.

[0004] To catch more fish in the sea, you need a combination of fishing line and hooks, commonly known as a rig. A good rig can lead to a constant stream of catches, while a bad one might result in not catching a single fish all day, especially in deep-sea fishing. Deep-sea fishing refers to fishing in waters tens to hundreds of meters deep. Due to the depth and strong currents, the rig needs to be loaded with hundreds to thousands of grams of lead weight to ensure the hook sinks to the seabed. If such a rig were to be manually cranked, one would likely become exhausted after only a few cranks a day. Therefore, to quickly lower or raise the rig and extend fishing time, deep-sea fishing typically uses electric reels. The term "sea fishing" usually refers to deep-sea fishing.

[0005] Currently, there are two types of sea fishing rigs: Fishing rig 1: Float fishing rig, such as Figure 1 As shown.

[0006] On the hull of a fishing boat, there is a fixed support every 3 to 4 meters. Anglers call it a "cannon". The number of cannons depends on the size of the boat. Generally, a 34-meter boat has 12 to 16 cannons, which means 12 to 16 fishing spots, allowing 12 to 16 people to fish on the boat at the same time.

[0007] The turret 1 is mainly used to fix the fishing rod 2, to prevent the fishing rod from falling into the sea and to facilitate the operation of the fishing rod, freeing the angler's hands. The length of sea fishing rods is generally 2.7 to 3.6 meters.

[0008] The electric winch 3 is usually fixed on the fishing rod 2. The required power supply is taken from the DC12V or DC24V voltage on the hull. The voltage used depends on the electric winch model.

[0009] The fishing line loaded on the electric reel 3 is commonly known as the main line. It is generally a braided PE main line 4 because PE main lines have high tensile strength and good flexibility. PE main lines of size 4 to 12 are commonly selected, depending on the water depth, water flow, and size of the fish.

[0010] The PE main line 4 passes through the guide 5 of the fishing rod 2 and connects to the balance below (there are curved balances, T-shaped balances, etc., but the curved balance is more commonly used, and will be referred to as the balance below). The curved balance 6 has a figure-eight swivel 7. The PE main line 4 is connected to the curved balance 6 through the figure-eight swivel 7 using a knotting method (such as fisherman's knot, Paloma knot, uni knot, blood knot, etc.). The figure-eight swivel 7 is used here to prevent the PE main line 4 from rotating when the balance is rotated, otherwise the PE main line 4 is easily twisted.

[0011] The bottom of the curved balance 6 connects to the shrimp trap 8. The shrimp trap 8 is usually filled with bait to attract fish, such as krill bait. The krill slowly flows out of the shrimp trap under the action of the underwater current and drifts away with the current. Krill is the bait for most fish, meaning that most fish like to eat krill bait. Sometimes the fish are not just near the hook, but follow the direction of the krill to find the bait. Our hook with bait is in the direction of the krill bait. In this way, when the fish follow the direction of the krill bait, they may bite the hook with bait and get a fish.

[0012] Below the shrimp trap 8 is the sinker 9. The purpose of the sinker 9 is to bear the weight so that the curved balance 6 sinks to the seabed as quickly as possible. The sinker 9 generally ranges from several hundred grams to several kilograms, mainly depending on the water depth and current. Without the sinker to bear the weight, the fishing rig will drift a long way before sinking to the seabed due to the current, or it may not even sink to the seabed at all. The curved balance scale 6 has three main functions: Function 1: Keep the leader away from the shrimp trap and sinker to prevent the leader from getting tangled with them; Function 2: The curved balance is curved. When a fish is hooked, it will struggle desperately. The fish will struggle with great force. To increase the cushioning effect, the curved balance may be straightened when pulled by the fish, thus playing a certain cushioning role and reducing the chance of the line breaking. Function 3: To increase the catch rate when fishing, fish teasing is usually done (referring to making the bait move like a real fish to increase the simulation). This means that the angler slowly lowers the sinker to the seabed. When the sinker reaches the seabed, the tip of the hook will tilt upwards, which will cause the tip to swing and tease the fish. This operation can be done continuously or occasionally when there is no fish. The main line 10 of the side connection group of the curved balance 6 (different from the PE main line connected to the electric reel as described earlier) branches into leader lines 11, each with a hook 12 attached. The main line 10 generally has 3 to 5 leader lines 11. The total length of the main line should generally not exceed the interval between the cannons, usually less than 3 meters, to prevent tangling with the main lines of adjacent cannons. The advantage of attaching multiple hooks to the main line is that more fish can be caught, but it is not necessary to have too many hooks. Too many hooks will take too long to bait the hooks, which is a waste of time. Secondly, too many hooks will make the leader line 11 too short. Short leader lines will drift unnaturally with the water flow, thus affecting the fish's bite.

[0013] Because the distance between the two gun emplacements is about 3-4 meters, plus the water flow ( Figure 1 The arrows in the diagram indicate the direction of water flow, and the bottom line indicates the seabed (13). There is a possibility that the fishing rigs between the gun 1 and the gun 2 can become tangled. Once tangled, anglers may have to spend a lot of time dealing with the tangles, which reduces the actual fishing time and the number of fish caught.

[0014] Rig Two: The "drop rig" (a rig where the line is above the sinker, often called a drop rig by anglers), such as... Figure 2 As shown.

[0015] Unlike float fishing rigs, drop fishing rigs do not have a curved balance. The main line 10 is positioned between the shrimp trap 8 and the sinker 9, and the rest is largely the same as float fishing rigs.

[0016] A typical drop fishing rig has 3 to 6 leader lines 11, with a hook 12 tied to the end of each leader line 11. To prevent the leader lines 11 from tangling, each leader line 11 is generally not too long, about 30 to 50 cm. The leader line 11 uses a line number between 8 and 20, depending on the size of the fish. In principle, the smaller the leader line number, the easier it is to catch fish, but because a smaller number is also more likely to break and cause the fish to escape.

[0017] The length of the main line 10 depends on the length of the fishing rod 2. If a 3.6-meter fishing rod 2 is used, the main line 10 will not exceed 3.6 meters. Based on experience, it is generally between 2 and 3 meters.

[0018] In principle, the main line of this fishing rig is fixed at 10mm, and the leader is short. Only the leader moves, and the hook swings with the water flow as naturally as in rig 1. Therefore, the catch rate is not as good as in rig 1.

[0019] When using multiple hooks in rig 1, small baits are generally used to catch medium and small fish. Large fish usually won't take the small bait, so you won't catch a large fish. Even if you do catch a large fish, the small hook and leader size makes it easy for the line to break or the hook to straighten and the fish to escape (escaping a fish means that the fish escapes after being hooked due to a broken line or hook). If you want to catch large fish, you should generally change from multiple hooks to a single hook, and replace the hook and leader with larger hooks and leaders to prevent the line from breaking or the fish from escaping. At the same time, you should replace the bait with larger bait. This increases the probability of catching a large fish. However, because the bait is large and the leader and hook are large, small fish usually won't take the bait. In other words, rig 1 cannot simultaneously catch large fish when there are large fish and small fish when there are small fish.

[0020] The second rig basically uses a small leader and a small hook with a small bait. It is mainly used for catching small and medium-sized fish. It is difficult to catch large fish, and even if you do catch a large fish, it is easy for it to get away.

[0021] In summary, regardless of whether you use rig one or rig two, you cannot simultaneously catch both large and small fish. That is, if you are targeting medium and small fish, you cannot catch large fish, and similarly, if you are targeting large fish, you cannot catch medium and small fish. It is possible that in extreme cases, the sea may indeed only have the opposite of what you want, in which case you may not be able to catch any fish. Anglers commonly refer to not catching any fish or catching very few fish as "going home empty-handed." In reality, we do not know whether there are large or small fish in the sea, or whether there are more large or small fish. If you choose the wrong rig, you may catch very few fish and become a "go home empty-handed" angler.

[0022] As mentioned above, rig 2 is mainly for catching small fish, while rig 1 can catch both large and small fish. When rig 1 is used to catch large fish, it needs to be changed from multiple hooks to a single hook. If you want to catch both large and small fish at the same time, you can combine rig 1 (with multiple hooks replaced by a single hook) and rig 2. It seems that this combination can satisfy the needs of catching both large and small fish, but as mentioned earlier, rig 2 is not as good as rig 1 for catching small and medium-sized fish. Also, after changing from multiple hooks to a single hook in rig 1, the hooks are larger and the main line is thicker. Heavy bait and long single hook lines make it particularly easy for the hook to snag on the seabed. In this case, because the fishing rig has a large hook and a thick main line, the PE main line on the electric reel has less tension than the main line of the fishing rig. To solve the problem of snagging, you can only pull the PE main line with force, which often causes the PE main line to break while the main line of the fishing rig is still intact. At this time, you will lose the curved balance and sinker below the PE main line (the balance and sinker are relatively expensive), resulting in economic loss. At the same time, you have to rebuild a new fishing rig, which wastes fishing time. Therefore, the combination of fishing rig one and fishing rig two also has its imperfections.

[0023] It should be noted that the information disclosed in this background section is intended only to enhance the understanding of the overall background of the present invention, to help understand the context in which the inventors developed their inventive concept, and should not be construed as an admission or in any way implying that the information constitutes prior art known to those skilled in the art. Summary of the Invention

[0024] In view of this, in order to solve the above-mentioned technical problems, the purpose of this invention is to propose a deep-sea fishing rig and fishing method, which can achieve the goal of catching both big fish and small fish in any sea area. It is much more flexible than current fishing rigs and greatly increases the quantity and weight of the catch.

[0025] The technical solution adopted is as follows: A deep-sea fishing rig of the present invention comprises: The main line is wound around the electric reel at one end and passed through the guides of the fishing rod at the other end. The first fishing rig includes a curved balance connected to a main line passing through a guide, and a shrimp trap and a sinker connected in sequence to the main line and located below the curved balance. A first leader is connected to the side end of the curved balance, and a first hook is connected to the first leader. The second fishing rig includes a first skewer and a smart bead attached to the main line; the smart bead has a main line hole and a leader line hole, the main line hole through which the main line passes and allows the smart bead to rotate freely around the main line and move longitudinally, the leader line hole through which a second leader line passes, and a second hook is connected to the second leader line; the first skewer is located below the smart bead and is used to form the lower limit position for the longitudinal movement of the smart bead.

[0026] Furthermore, the second fishing rig also includes a second spool attached to the main line, which is positioned above the smart bean to form the upper limit position for the smart bean's longitudinal movement.

[0027] Furthermore, the first and second karaoke bars clamp the smart bean in a fixed longitudinal position.

[0028] Furthermore, the sub-line hole is a single sub-line hole; or the sub-line hole is a double sub-line hole, which is a first sub-line hole and a second sub-line hole, wherein the second sub-line passing through the first sub-line hole is a long sub-line used for catching large fish, and the second sub-line passing through the second sub-line hole is a short sub-line used for catching small and medium-sized fish.

[0029] Furthermore, the curved balance is connected to the main line via a first figure-eight ring; the side end of the curved balance is connected to the first sub-line via a second figure-eight ring.

[0030] Furthermore, the distance between the smart bean and the first figure-eight swivel is less than the length of the fishing rod.

[0031] Furthermore, multiple first fishhooks are connected at intervals on the first sub-line.

[0032] Furthermore, the main line is a PE main line, and the diameter of the PE main line is smaller than the diameter of the main line hole of the smart bean, so that the smart bean can rotate freely around the PE main line.

[0033] A method for fishing using the aforementioned deep-sea fishing rig according to the present invention includes the following steps: If there are large fish in the sea area, use the first hook on the first leader of the first fishing rig with the first bait to catch small and medium-sized fish; at the same time, use the second hook on the second leader of the second fishing rig with the second bait to catch large fish. When only the first fishing rod is in use, after the second fishing rig enters the water, the second fishing rig slowly sinks, achieving scanning of the upper and lower water layers to attract fish; When a fixed fishing spot is needed, a second carabiner is added above the smart bean, so that the first and second carabiners clamp the smart bean in a fixed vertical position. If there are no large fish in the sea, the second leader of the second fishing rig can be removed, and fishing can be carried out using only the first fishing rig; or the second leader of the second fishing rig can be left in place, and replaced with a leader for fishing small to medium-sized fish, and the second hook can be a hook for fishing small to medium-sized fish.

[0034] Furthermore, depending on the fishing conditions, the type of leader hole on the Smart Bean can be selected as either a double leader hole or a single leader hole, allowing for the fishing of both large and small fish or for specializing in specific fish species.

[0035] The beneficial effects of this invention are as follows: The deep-sea fishing rig of the present invention can catch small and medium-sized fish through the first rig; at the same time, it can catch large fish through the second rig; and it can be used flexibly as needed. For example, depending on the fish situation, the leader hole type of the smart bean can be selected as double leader hole or single leader hole, and only the first swivel can be selected to scan the upper and lower water layers to attract fish, or the first swivel and the second swivel can be used to clamp the smart bean in a fixed longitudinal position to fix the fishing spot.

[0036] By using the deep-sea fishing rig described in this invention, it is possible to catch both large and small fish in any sea area, which is much more flexible than current fishing rigs and greatly increases the quantity and weight of the catch. Attached Figure Description

[0037] Figure 1 This is a schematic diagram of the fishing rig 1 mentioned in the background art.

[0038] Figure 2 This is a schematic diagram of the fishing rig 2 mentioned in the background art.

[0039] Figure 3This is a schematic diagram of the structure of a deep-sea fishing rig according to the present invention.

[0040] Figure 4 This is an enlarged schematic diagram of a karaoke bar threaded onto a rope.

[0041] Figure 5 An enlarged schematic diagram of the structure of the caramel sticks and smart beans threaded on the PE main line.

[0042] Figure 6 This is an enlarged schematic diagram of a structure in which a carabiner and a smart bead are threaded onto a PE main line, and a second sub-line is threaded onto the smart bead. The smart bead is a double-sub-line hole.

[0043] Figure 7 A photo showing the main wire hole for the Smart Bean.

[0044] Figure 8 A photo showing the wire hole for the Smart Bean.

[0045] Figure 9 A photo after the main thread has been threaded onto the karaoke stick.

[0046] Figure 10 Photos of 10 sets of karaoke sticks after disassembly.

[0047] The serial numbers and their corresponding features in the figure are as follows: 1-Cannon; 2-Fishing rod; 3-Electric reel; 4-PE main line; 5-Guide swivel; 6-Curved balance; 7-Figure eight swivel; 8-Shrimp trap; 9-Sink; 10-Main line of the fishing rig; 11-Leader line; 12-Fish hook; 13-Seabed; 14-Boat rim; 7' - First figure-eight swivel; 7” - Second figure-eight swivel; 10' - First leader line; 12' - First hook; 12” - Second hook; 15 - First swivel stick; 151 - Plastic cap; 152 - Plastic stick; 16 - Smart bead; 161 - Main line hole; 162 - Leader line hole; 17 - Second leader line; 171 - Figure-eight knot; 18 - Second swivel stick. Detailed Implementation

[0048] The present invention will be described in detail below through specific embodiments. However, the uses and purposes of these exemplary embodiments are only for illustrating the present invention and do not constitute any limitation on the actual protection scope of the present invention, nor are they intended to limit the protection scope of the present invention to this.

[0049] See Figures 3-10 As shown, a deep-sea fishing rig of the present invention includes a main line, a first rig, and a second rig. The main line, preferably a PE main line 4, has one end wound around the reel 3 and the other end passing through the guide ring 5 of the fishing rod 2. There can be multiple guide rings 5, which are fixed to the fishing rod 2 at intervals. This embodiment only illustrates one of the ends.

[0050] The first fishing rig includes a curved balance 6 connected to the PE main line 4 passing through the guide 4, and a shrimp trap 8 and a sinker 9 connected to the PE main line 4 and located below the curved balance 6. The side end of the curved balance 6 is connected to the first leader 10' (equivalent to the main line 10 in the first fishing rig), and the first hook 12' is connected to the first leader 10'. The second fishing rig includes a first swivel rod 15 and a hook 16 attached to the PE main line 4. The hook 16 has a main line hole 161 and a leader line hole 162. The main line hole 161 allows the PE main line 4 to pass through, enabling the hook 16 to rotate freely around the PE main line 4 and move longitudinally. The leader line hole 162 allows a second leader line 17 to pass through, and a second hook 12” is connected to the second leader line 17. The first swivel rod 15 is located below the hook 16, forming the lower limit position for the longitudinal movement of the hook 16. The first swivel rod 15 is located above the curved balance 6.

[0051] In one specific embodiment, the second fishing rig further includes a second swivel rod 18 sleeved on the main line. The second swivel rod 18 is located above the smart bean 16 and is used to define the upper limit position for the longitudinal movement of the smart bean. More preferably, the first swivel rod 15 and the second swivel rod 18 clamp the smart bean 16 in a fixed longitudinal position.

[0052] In one specific implementation, the curved balance 6 is connected to the PE main line 4 via the first figure-eight ring 7'; the side end of the curved balance 6 is connected to the first sub-line 10' via the second figure-eight ring 7'".

[0053] In one specific implementation, the distance between the smart bean 16 and the first figure-eight swivel 7' is less than the length of the fishing rod 2.

[0054] In one specific implementation, a plurality of first fishhooks 12' are connected at intervals on the first sub-line 10'.

[0055] In one specific implementation, the diameter of the PE main line 4 is smaller than the diameter of the main line hole 161 of the smart bean 16, so that the smart bean 16 can rotate freely around the PE main line 4.

[0056] by Figure 3 The deep-sea fishing rig shown is an example of a specific embodiment of the present invention. Compared with the fishing rig 1 mentioned in the background art, its main difference is the addition of a second fishing rig.

[0057] In the background art, the advantage of multi-hook rig 1 is that it has a high probability of catching small and medium-sized fish, and when the hook gets snagged (meaning the hook is caught on the seabed), it will basically not cause damage to the balance and sinker rig (because once snagged, due to the smaller line size of the leader line, only the leader line will break first when the PE main line is pulled forcefully, while the PE main line will not break, thus preserving the balance and sinker). Therefore, considering retaining the float fishing rig 1 for catching small and medium-sized fish without changing the rig, in order to also be able to catch large fish, this invention makes the following improvements to the rig 1, combining... Figures 3-10 As shown.

[0058] A first fishing rod 15, a "smart bead" 16, and a second fishing rod 18 are connected in series on the PE main line 4; the "smart bead" specifically refers to a sea fishing smart bead. The smart bead 16 has a main line hole 161 and a leader line hole 162. The main line hole 161 is located in the pivot hole; the leader line hole 162 is located in a non-pivot hole. The main line hole 161 and the leader line hole 162 are in a perpendicular state without intersecting.

[0059] The structure of the chara sticks (including the first chara stick 15 and the second chara stick 18) and the smart bean can be found in [reference needed]. Figures 5-10 As shown.

[0060] Each karutaegiline rod (for example, the first karutaegiline rod 15; the second karutaegiline rod has the same structure as the first) consists of two hollow caps 151 and a plastic rod 152 with pointed ends. The middle end of the plastic rod 152 has a wire groove. The PE main wire 4 is first inserted into one of the caps 151, then into the wire groove of the plastic rod 152, and finally out of the other cap 151. The two hollow caps 151 are then screwed into the pointed ends of the plastic rod 152.

[0061] Both the first karaoke bar 15 and the second karaoke bar 18 are in close contact with the PE main line 4. With a certain amount of force applied by hand, they can move freely up and down on the PE main line 4, which can fix the smart bean 16 in the required position. The starting fixed position of the Smart Bean 16 is generally related to the length of the fishing rod 2, starting from above the curved balance 6. First The distance between the swivel 7' and the smart bead 16 should be less than the length of the fishing rod. That is, the principle is that when the PE main line 4 is pulled up and stopped, the smart bead 16 will not touch the tip of the fishing rod 2 and damage the tip. For example, if it is a 3.6-meter fishing rod, the distance between the first swivel 7' and the smart bead 16 should be less than 3.6 meters, and should be between 2 and 3 meters.

[0062] The main wire hole 161 of the Smart Bean 16 is used to pass through the PE main wire 4, and the second sub-wire 17 is used to pass through the sub-wire hole 162.

[0063] The diameter of the main wire hole 161 of the Smart Bean 16 is larger than the diameter of the PE main wire 4, so the Smart Bean can rotate left and right and move up and down freely (i.e., move longitudinally) around the PE main wire 4 as the axis.

[0064] Because the Smart Bean 16 can rotate left and right and move vertically up and down, it can ensure that the second sub-line 17 of the sub-line hole 162 can drift freely with the water flow. That is, the second sub-line 17 and the PE main line 4 have little mutual influence and do not interfere with each other, which is conducive to attracting fish. At the same time, when a fish is hooked, since the Smart Bean 16 can rotate around the PE main line 4, there is no need to worry about the second sub-line 17 and the PE main line 4 twisting and getting tangled together because the fish jumps around.

[0065] The second sub-line 17 is threaded through the sub-line hole 162 of the smart bean. The short end (the other end of the second sub-line where the hook is tied) is tied with a figure-eight knot 171 or other knots to prevent the second sub-line 17 from falling off the smart bean 16. The long end is connected to the second hook 12.

[0066] The length of the second leader 17 should generally not exceed the interval between the smart bean 16 and the first figure-eight swivel 7'. This is to prevent the first leader 17 from getting tangled in the curved balance 6, shrimp trap 8, sinker 9, etc. below the first figure-eight swivel 7', which would prevent you from catching fish and waste time dealing with the tangling problem. If the second leader 17 is too short, it will drift unnaturally in the current and the fish will not bite. If it is too long, it will easily get tangled in other parts of the line. Based on experience, a leader length of 2 to 3 meters is a good compromise.

[0067] Since the float fishing rig (rig 1) already has a line rig for catching small and medium-sized fish, the second leader 17 connected to the Smart Bean 16 can use a large leader (such as 20-50 size carbon fiber line or nylon line), a large hook (such as a hook between 5 / 0 and 10 / 0 size), and a large bait (such as a large piece of fish, a whole fish, a large fish head, an octopus, etc.) to lure and catch large fish.

[0068] Since the second hook 12” on the second leader 17 is above the seabed, no matter how thick the second leader is, you will never have to worry about losing your valuable curved balance 6 and sinker 9 due to the second hook getting snagged on the seabed, or the time spent rebuilding a new fishing rig.

[0069] Sub-hole 162 can be a single sub-hole; or sub-hole 162 can also be a double sub-hole (e.g. Figure 7 and Figure 8 As shown in the figure, the twin wire holes are the first wire hole and the second wire hole.

[0070] Most Smart Bean 16 hooks have a single leader hole, so you can directly connect the second leader 17. Some Smart Bean 16 hooks have double leader holes. If you use this type of Smart Bean, you can thread the second leader through any one of the leader holes (such as the first leader hole), leaving the other leader hole (such as the second leader hole) hollow. Alternatively, you can connect a smaller leader to the hollow leader hole (such as the second leader hole) and a larger leader to the first leader hole. The smaller leader should generally be much shorter than the larger leader, and its length should generally be controlled between 30 and 100 cm to prevent the smaller leader from tangling with the larger leader. This smaller leader is mainly used in conjunction with the first rig to increase the chances of catching small fish and increase the catch. Of course, the hooks and baits on the smaller leader should both be small hooks (such as size 6-10 hooks) and small baits (such as krill, squid strips, small pieces of fish meat, etc.) for catching small fish.

[0071] Of course, if you don't want to use these different sizes of lines but still want to increase your chances of catching small and medium-sized fish, you can also use... Figure 6 One specific implementation method shown involves a second leader of the same size being threaded through one leader hole (such as the first leader hole) and out through another leader hole (such as the second leader hole). The second leader threaded through the first leader hole is a long leader used for catching large fish, while the second leader threaded through the second leader hole is a short leader used for catching small to medium-sized fish. It's certainly a method. Figure 6 The long and short leader lines are tied with figure-eight knots to prevent them from moving to each other.

[0072] If you don't plan to catch big fish or think that there are only small and medium-sized fish in the current sea area and no big fish to catch, you can consider changing the second leader 17, the second hook 12” on the second leader 17, and the bait to the type of fish that are used to catch small and medium-sized fish.

[0073] If you firmly believe that there are no big fish in the area and only want to use rig 1 for fishing, then you only need to remove the second leader 17 from the smart bead 16 on the PE main line 4. Keep the swivels (including the first swivel 15 and the second swivel 18) on the PE main line 4 and the smart bead 16. This will not affect the original fishing method of rig 1 at all, and it is very flexible.

[0074] If the rig only has the first weight bar 15 and not the second weight bar 18, then there is no fixed position for the smart bean 16 above it. After the rig enters the water from the surface, due to the heavy weight of the sinker 9 and the slender balance 6, except for the smart bean 16 and the line attached to it (such as the second leader, the second hook, and the bait), the other rig components (such as the sinker and the slender balance) will sink quickly towards the seabed. However, the smart bean and the line attached to it (such as the second leader, the second hook, and the bait) will sink much more slowly because they are much lighter. In this way, the bait on the line attached to the smart bean 16 will essentially scan the entire depth of the sea from the moment it enters the water until it sinks to the position of the first weight bar. If there are fish in a certain water layer, the chance of catching a fish will be significantly increased because although there are relatively more fish on the seabed, different fish species may be distributed in different water layers. This type of rig will scan the fish from the surface to the seabed. Compared to having both a first and a second spool holding the smart bean in a fixed vertical position, this method has a different effect and is also a good option. Anglers can choose to use two spools (first spool and second spool) or just one spool (first spool only) based on their personal experience and the fishing conditions at the time.

[0075] Of course, when choosing to use two baffles, with the first baffle positioned below the smart bean to define the lower limit of its vertical movement and the second baffle positioned above it to define the upper limit of its vertical movement, there are two options. One is to have a certain distance between the first and second baffles, allowing the smart bean to move vertically and thus allowing for selection of the range of water layer scanning. The other option is to clamp the smart bean at a fixed vertical position.

[0076] Thus, the method for fishing using a deep-sea fishing rig according to the present invention includes the following steps: If there are large fish in the sea area, use the first hook on the first leader of the first fishing rig with the first bait to catch small and medium-sized fish; at the same time, use the second hook on the second leader of the second fishing rig with the second bait to catch large fish. When only the first fishing rod is in use, after the second fishing rig enters the water, the second fishing rig slowly sinks, achieving scanning of the upper and lower water layers to attract fish; When a fixed fishing spot is needed, a second carabiner is added above the smart bean, so that the first and second carabiners clamp the smart bean in a fixed vertical position. If there are no large fish in the sea, the second leader of the second fishing rig can be removed, and fishing can be carried out using only the first fishing rig; or the second leader of the second fishing rig can be left in place, and replaced with a leader for fishing small to medium-sized fish, and the second hook can be a hook for fishing small to medium-sized fish.

[0077] Furthermore, depending on the fishing conditions, the type of leader hole on the Smart Bean can be selected as either a double leader hole or a single leader hole, allowing for fishing for both large and small fish or specializing in specific fish species.

[0078] In summary, by adding a fishing rod, a smart bean, a second leader on the smart bean, a second hook on the second leader, and bait on the second hook to the PE main line, the original rig can be used to catch both big and small fish in any sea area. This makes it much more flexible than the previous rig and greatly increases the quantity and weight of the catch.

[0079] It should be noted that in the description of this instruction manual, "rig one," "first rig," "rig two," and "second rig" are all different features and should be understood in different ways. The serial numbers "first" and "second" are also used to distinguish the descriptions.

[0080] The detailed descriptions listed above are merely specific illustrations of feasible embodiments of the present invention and are not intended to limit the scope of protection of the present invention. All equivalent embodiments or modifications made without departing from the spirit of the present invention should be included within the scope of protection of the present invention.

Claims

1. A deep-sea fishing rig, characterized in that, include: The main line is wound around the electric reel at one end and passed through the guides of the fishing rod at the other end. The first fishing rig includes a curved balance connected to a main line passing through a guide, and a shrimp trap and a sinker connected in sequence to the main line and located below the curved balance. A first leader is connected to the side end of the curved balance, and a first hook is connected to the first leader. The second fishing rig includes a first skewer and a smart bead attached to the main line; the smart bead has a main line hole and a leader line hole, the main line hole through which the main line passes and allows the smart bead to rotate freely around the main line and move longitudinally, the leader line hole through which a second leader line passes, and a second hook is connected to the second leader line; the first skewer is located below the smart bead and is used to form the lower limit position for the longitudinal movement of the smart bead.

2. The deep-sea fishing rig according to claim 1, characterized in that, The second rig also includes a second spool attached to the main line, which is positioned above the smart bean to define the upper limit of the smart bean's longitudinal movement.

3. The deep-sea fishing rig according to claim 2, characterized in that, The first and second carabiners hold the smart bean in a fixed longitudinal position.

4. The deep-sea fishing rig according to claim 1, characterized in that, The leader hole is a single leader hole; or the leader hole is a double leader hole, which is a first leader hole and a second leader hole, wherein the second leader hole through which the second leader is threaded is a long leader for catching large fish, and the second leader hole through which the second leader is threaded is a short leader for catching small and medium fish.

5. The deep-sea fishing rig according to claim 1, characterized in that, The curved balance is connected to the main line via a first figure-eight ring; the side end of the curved balance is connected to the first sub-line via a second figure-eight ring.

6. The deep-sea fishing rig according to claim 5, characterized in that, The distance between the smart bean and the first figure-eight swivel is less than the length of the fishing rod.

7. The deep-sea fishing rig according to claim 1, characterized in that, Multiple first fishhooks are connected at intervals on the first sub-line.

8. The deep-sea fishing rig according to claim 1, characterized in that, The main line is a PE main line, and the diameter of the PE main line is smaller than the diameter of the main line hole of the smart bean, so that the smart bean can rotate freely around the PE main line.

9. A method for fishing using the deep-sea fishing rig according to any one of claims 1-8, characterized in that, Includes the following steps: If there are large fish in the sea area, use the first hook on the first leader of the first fishing rig with the first bait to catch small and medium-sized fish; at the same time, use the second hook on the second leader of the second fishing rig with the second bait to catch large fish. When only the first fishing rod is in use, after the second fishing rig enters the water, the second fishing rig slowly sinks, achieving scanning of the upper and lower water layers to attract fish; When a fixed fishing spot is needed, a second carabiner is added above the smart bean, so that the first and second carabiners clamp the smart bean in a fixed vertical position. If there are no large fish in the sea, the second leader of the second fishing rig can be removed, and fishing can be carried out using only the first fishing rig; or the second leader of the second fishing rig can be left in place, and replaced with a leader for fishing small to medium-sized fish, and the second hook can be a hook for fishing small to medium-sized fish.

10. The method according to claim 9, characterized in that, Depending on the fishing conditions, choose either a double-hook or single-hook leader type for the Smart Bean fishing line to catch both large and small fish or to specialize in specific fish species.

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