CN215012836U - Lifting eccentric float anti-scraping bottom fishing group of line-supporting float - Google Patents

Abstract

The utility model relates to a fishing equipment field, a lift off-line floats eccentric float and prevents scraping end and angling group specifically says so. The fishing line comprises a line group, wherein the lower end of the line group is connected with an elastic balance line, and a plurality of first fishhooks are arranged on the elastic balance line; the wire group at the upper end of the elastic antenna is provided with a first hard tube; the first hard tube is provided with a hollow fish sinker, and the upper end of the hollow fish sinker is provided with a first soft sheet; the lower end is provided with a second film; the lower surface of the second film is provided with a first hose; the upper surface of the first film is provided with a second hard tube; a second hose is fixed at the upper end of the second hard tube, and a toothed bulge is arranged on an upper tube orifice of the second hose; a lifting force eccentric float is arranged on the wire group at the upper end of the second hard tube; the wire group at the upper end of the lifting eccentric float is provided with a connecting ring; the middle part of the line group is provided with a second fishhook; the connecting ring is connected with the fishing line, and the fishing line is provided with a line supporting float. The probability of scraping the bottom of a complex water fishing line and a hollow fishing weight is reduced, and the line supporting float capable of automatically unlocking the fishing line and the lift force eccentric float capable of generating lift force have originality.

Description

Lifting eccentric float anti-scraping bottom fishing group of line-supporting float

Technical Field

The utility model relates to a fishing equipment field, the eccentric end of preventing scraping of lift is floated to support line float that specifically says so angles the group, has solved under the complicated submarine condition, and fish line and fish weigh down the problem of scraping the end.

Background

Conventional long-throw fishing groups are currently in common use: tie up two to three fishhooks on the group, a fish weight is tied up to one end, and the other end is connected with the fish tape, throws out with far throw the pole, and the fish weight drives the group and sinks into submarine, and fish tape and fish weight are often scraped, pull more and more tight no way and shake out, mainly with four following aspect reasons: (1) the reef stone is more than many or the line group is hit behind the reef stone in the front water area, the fish line with sinking bottom can be winded by the reef stone under the action of water flow, (2) the line group and the fish weight are blocked due to overlarge change of the external dimension of the connection part, the line group is connected with the fish weight and sinks into the water bottom, the line group and the fish weight both lie on the water bottom, the fish weight can roll to the lower part under the action of gravity and water flow, when the fish line is pulled, the line group drags the fish weight to move on the water bottom, once the external dimension of the fish weight is larger than the dimension of the stone seam, the fish weight can not pass through the stone seam, the fish weight is blocked, the fish weight is more tightly pulled by the fish line, the fish weight scrapes the bottom, the fish weight horizontally drags the fish weight at the water bottom is one of the main reasons for scraping the bottom by the fish weight, (3) the pulling direction of the line group is the horizontal direction, the fish weight falls into the horizontal or vertical stone seam, the fish weight and the reef stone can not deform, once the fish weight is released, (4) under the action of gravity and water flow, the fish sinker turns left and right along the stone gap and falls into the deep stone gap, and the fish line with horizontal tension is difficult to pull out. The four reasons for scraping the bottom by the fishing line and the fish falling are known by fishing enthusiasts, and the fishing enthusiasts solve the problem of scraping the bottom by the fishing line and the fish falling and are also the problems which are researched and explored by the fishing enthusiasts all over the world. Even if the person goes abroad, the person often finds products of the anti-bottom scraping fish plummet, learns and refers to some experiences abroad, the person buys an L-shaped anti-bottom scraping fish plummet in a Canadian fishing gear market, the L-shaped anti-bottom scraping fish plummet is an streamline-shaped olive lead plummet fixed on the lower half section of an L-shaped stainless steel wire, the fish plummet is prevented from falling into a stone gap by utilizing the outline dimension of the steel wire which is larger than that of the lead plummet, once the fish plummet is clamped, the elastic force generated by elastic deformation of the L-shaped stainless steel wire of a fish line is pulled to pop out the fish plummet, the effect of preventing bottom scraping is achieved to a certain extent, when a large stone block or a large reef is met, the whole L-shaped fish plummet falls into the stone gap, the elasticity of the steel wire does not work, the person goes to the sea side of a Qingdao island sea water area for fishing in 2017, the six L-shaped fish plummet brought back from the Canadan are scraped, the L-shaped fish plummet and the sea floor is filled with more than half meters, the whole L-shaped fish sinker is clamped in the stone seams, so that the L-shaped fish sinker is suitable for horizontal stone seam water areas and is not suitable for deep vertical stone seam water areas. At present, a plurality of anti-scraping fishing sinkers can be searched in a treasure washing net, most of the anti-scraping fishing sinkers are formed by changing the shape of the fishing sinker, the material and the structure of the fishing sinker so as to improve the anti-scraping effect, and some patent products can be searched, i personally think that two patent products with better anti-scraping effect are disclosed as No. CN 206005622U, the two problems are solved, firstly, a compression spring is arranged in front of the fishing sinker so as to solve the problem that the size of the joint of a line group and the fishing sinker is changed too much, secondly, the line group is connected with a section of hard stainless steel wire by utilizing the lever principle, the section of hard stainless steel wire penetrates through the compression spring to be fixed on the fishing sinker, when the line group and the fishing sinker form a 90-degree angle, the fish line group is pulled to drive the stainless steel wire to pry the fishing sinker so as to prevent scraping, i also buy the anti-scraping fishing sinkers, but the creative anti-scraping fishing sinkers can also scrape the fishing sinkers, and try to think that if the whole fishing sinkers fall into a vertical stone seam, even if the fish sinker is not blocked, when a user pulls a fish line, the fish sinker can move upwards in a stone gap, when the front end of the stainless steel wire reaches the edge of the stone gap, the fish sinker can rotate around the edge of the stone gap, if the length of the stainless steel wire is greater than the width of the stone gap, the fish sinker can not rotate through the stone gap, the phenomenon that the difference between the width of the stone gap and the overall dimension of the lead sinker is smaller is more serious, if the fish sinker meets a horizontal stone gap, although a compression spring is arranged in front of the lead sinker, the overall dimension of the compression spring is basically consistent with the overall dimension of the lead sinker, the spring can deform through the stone gap, but the lead sinker and a reef are both made of rigid materials and can not deform through the stone gap, if the bottom scraping-preventing fish sinker falls into a deeper stone gap, the probability is higher, so the lead sinker is suitable for a horizontal or vertical stone gap water area without the overall dimension greater than that of the lead sinker, and the second bottom scraping-preventing fish sinker patent is disclosed as CN207940255U, the bottom scraping preventing fish sinker is made of a flexible shape material, so that the problem of the horizontal stone seam bottom scraping preventing fish sinker can be solved, and if the CN207940255U bottom scraping preventing fish sinker falls into a vertical stone seam or a deeper stone seam, the same bottom scraping problem exists as the CN 206005622U bottom scraping preventing fish sinker. "this day's top has a fishing high hand everybody to like very much" the man that defaults navigation of losing oneself ", and he also has a lot of researches in the aspect of the fish falls the bottom of preventing scraping, has also made a lot of fishing groups, has sent out the video in the aspect of many relevant fishing, also has some ideas of oneself to preventing scraping the bottom fish fall, and" the self-control prevents scraping the bottom and fishing the group that he released in this day's top 2020 year 9 month 29 should be to submarine complicated topography, and the fishing is thrown the pole and is gone into water and put one's mind at rest "in the video: "everyone always regards the place where I fish to not scratch the bottom, the scraped hook I directly replaces, I never has had something to do with it, so say that everyone always thinks I should not scratch the bottom". Like "ugly man leads navigation" like this like the fishing fan who likes the research many, also sent a lot of bottom scraping prevention fish that do oneself on the net and weighed down, also searched on YouTube video net and scraped the bottom scraping prevention fish and weighed down, also all was on the fish weighs down the way of solving scraping prevention, here I just do not list at all. The fish line is pulled out of the fish line, but when the fish line is thrown far away and water is deep, the fish line cannot be vertically pulled, so that what device is needed is that the remote fish line floats on the water surface and stays above the fish line, the horizontal fish line floating on the water surface is changed into the vertically downward fish line, the lifting fulcrum of the fish line is lifted up, and therefore the fish line is invented to solve the above problems; in order to avoid that the line group lies on the water bottom, I want to install a buoy at the upper end of the line group, the buoyancy of the buoy is smaller than the weight of the fish weight, the line group is enabled to be in a vertical state on the water bottom, the line group is changed from horizontally pulling the fish weight into vertically upwards pulling the fish weight, I want to be incapable of utilizing the buoy to make a device to be installed above the line group, when the fish line is pulled quickly, the device generates an upwards lifting force in water, and flies in water like a kite, and the device I call the lifting force eccentric buoy; what follows is how to solve the problem that the line group and the fish weight are blocked by the stone gap when the external dimension changes too much, how to solve the problem that the fish weight is not contacted with the reef, and what means to ensure that the fish weight does not fall into the deeper stone gap. The fishing line and the fishing weight scrape the bottom, the problem that the fishing line and the fishing weight scrape the bottom seems to be simple is totally puzzled for ten years, the fishing line and the fishing weight are made into the anti-scraping fishing weight like fishing friends in the past of ten years, the fishing weight with various shapes is bought, the spring is additionally arranged in the front of the fishing weight, the float is additionally arranged in the front of the fishing weight, and the like, a plurality of anti-scraping fishing groups are well used in the place, the fishing group is not well used in the place, the fishing group scrapes the bottom once for the fishing group every time, and the ten years of repeated research are repeatedly researched, so that the fishing line and the fishing weight accumulate a plurality of practical experiences for the fishing person all the time. The problem of scraping the bottom by the sea fishing line and the fish weight is always mentioned in the foregoing, but the problem of scraping the bottom by the fresh water fishing line and the fish weight also exists, the sea fishing line and the fish weight only can not scrape the bottom seriously without the sea fishing line and the fish weight, the sea fishing is full of oyster shells on reefs and stones, the situation of scraping the bottom by the sea fishing line and the fish weight is more complicated than that of scraping the bottom by the fresh water bottom, and therefore the problem of scraping the bottom by the sea fishing line and the fish weight is solved. To sum up, research fishing line and fish weight prevent scraping the solution at present, all confine to the improvement of the material of fishing the weight, the shape that the fish weighs down and the structure of angling the group, there is not systematic comprehensive solution fishing line and fish weight to scrape the end problem, I through many years' practice exploration and theoretical analysis, apply buoyancy law, theoretical mechanics, material mechanics and hydromechanics principle to the design creation of fishing line and fish weight prevent scraping the end, constantly improve each detail structure that angles the group, adopt novel material according to the structure needs, finally create a set of unique novel practical holds in the palm line and floats lift off-centre and float and prevent that fishing line and fish weigh down the end angle the group, through long-term repetition test in different sea areas, it is very good not only to go up the fish fast but also prevent scraping the end effect.

SUMMERY OF THE UTILITY MODEL

The utility model provides a under the complicated submarine condition, prevent that fish tape and fish from weighing down the difficult problem of scraping the end, create one set of unique characteristic novel practical support line and float lift off-centre and float and prevent scraping the end and angle the group, present prevent scraping the end fish and weigh down all to confine to the material that angles and weigh down, the fish weighs down the shape and angle the change in the structure of group, do not have systematic solution fish tape and fish to weigh down and scrape the end problem. The utility model discloses a hold in the palm that the line floats lift off force off-centre and float to prevent scraping end and angle the group and be the solution fish line of the synthesis of system and the fish line problem of scraping end of preventing, at first solve how to utilize the support line to float and hold up the supporting point that lifts up the fish line and raise the fish line, solve how to utilize the support line to float the pulling force direction that automatic pinning fish line changes the fish line, still need to solve how to install lift off force off-centre and float the device and produce ascending lift on angling the group, make the fish fall off the group and fly in aqueous like the kite, solve the group and fish fall off the too big problem that is blocked by the reef of junction dimensional change, solve how to make the heart-passing fish fall off the problem that is not blocked with the reef contact, still solve at last how to prevent that the fish from falling into darker stone seam problem. The utility model provides a first technical problem: the invention discloses a line supporting float for supporting a fishing line, preventing the fishing line from sinking to the bottom and lifting a lifting fulcrum of the fishing line, and automatically locking the fishing line to change the tension direction of the fishing line. The line supporting float realizes how to support a lifting fulcrum of the fishing line to lift the fishing line and how to realize automatically locking the fishing line to change the pulling force direction of the fishing line, the fishing line passes through the line supporting float to be connected with the line falling group of the hollow fish and thrown out together, the hollow fish falls to drive the line group and the lifting force eccentric float to sink into the water bottom, and the line supporting float on the water surface to lock and support the fishing line. Usually, a through center weight is embedded in a through center float and penetrates through a fishing line to be thrown out together with a fish catch, but tests prove that the support line float is influenced by wind force and wind direction, the support line float and the fish catch are difficult to be thrown to the same drop point, and the support line float slowly moves to the shore under the action of wind force and support line floating force, the method cannot meet the requirements of people, the support line float and the fish catch are required to be thrown to the same drop point, the support line float also needs to float out of the water surface to lock the fishing line, so the difficult problem that the support line float and the through center fish catch are thrown out together is solved firstly, the support line float and the through center fish catch are required to be thrown out together when the support line float is thrown into the water before entering, the support line float and the through center fish catch float enter the water together with the lifting force eccentric float, a line group, the through center fish catch and the lifting force eccentric float sink into the water bottom, the support line float automatically removes the restriction on the fishing line under the buoyancy effect of the fish line and floats to the water surface along the lifting force, once the supporting line floats out of the water surface, the fishing line is automatically locked again immediately and is guaranteed to stay above the fishing group, and finally the problem that the supporting line float enters water again completely under the action of the full-center fish weight and sea waves is solved, and the limitation on the fishing line cannot be relieved by the supporting line float; therefore, the line supporting float is utilized to complete the task of converting the horizontal tension direction of the fishing line into the vertical tension direction and locking the fishing line and ensuring that the line supporting float stays above the fishing line drop group, the reason why the line supporting float is always stressed to stay above the fishing group is that the line supporting float has another creative important role, namely, the lifting fulcrum of the fishing line is moved to the line supporting float position from the water bottom, the lifting fulcrum of the fishing line is lifted, the horizontal tension direction of the fishing line is changed into the vertical upward tension direction through the line supporting float, namely, when the fishing rod is swung to pull the fishing line, the line supporting float converts the horizontal fishing line into the fishing line in the vertical direction, the vertical fishing line can generate an upward tension to the line group and the hollow fish drop instead of the horizontal tension generated at the water bottom, once the problem is solved, the fishing method is changed, even if the fish drop is behind a large reef, the fishing float is not worried, because we are equivalent to standing above the reef and vertically taking up the line, the line can not be scraped by the reef.

The utility model provides a second technical problem: the invention discloses a lifting force eccentric float, which solves the problem that a line group is kept in a vertical state at a water bottom, and the lifting force generated by the lifting force eccentric float enables the line group to vertically pull a hollow fish weight, so that the hollow fish weight is prevented from dragging to scrape the bottom at the water bottom. The buoyancy of the lifting eccentric float which is sunk into the water bottom together is smaller than the weight of the full-center fish weight, the line group is kept in a vertical state at the water bottom, the fishhooks on the line group are suspended in the water, the fish rate of the suspended fish on the bottom layer is increased, the supporting line floats on the water surface to lock the fish line, when the fishing rod is swung to pull the fish line, the supporting line float is pulled into the water by the fish line, the limitation on the fish line is removed by the supporting line float, the water generates great resistance on the supporting line float to support the fish line at the moment of lifting, the horizontal fish line and the vertical fish line at the lower end of the supporting line float are changed from a 90-degree angle to an obtuse angle, the vertical fish line at the lower end of the supporting line float is changed into an oblique fish line, the oblique fish line forms an oblique pulling force on the connecting ring to pull the line group down to be contacted with the reef, which is a result that people do not want to see, so that the theory mechanics and the hydromechanics principle are utilized, the lifting eccentric float is arranged at the upper connecting ring of the water under the resistance of the eccentric lift force, the line group and the hollow fish pendant are enabled to generate upward lifting force to fly in water like a kite, the lifting force eccentric float is that after a stainless steel wire penetrates through the hollow fish pendant, two ends of the stainless steel wire are folded into 90 degrees to be reserved with a section of length, the end part of the stainless steel wire is made into an annular upper end to be connected with the connecting ring, the lower end of the stainless steel wire penetrates through the line group, the hollow fish pendant forms eccentricity to the line group, the lifting force eccentric float generates resistance force of reverse water at the connecting ring at the upper end of the line group under the action of oblique pulling force of a fish line and the oblique pulling force of the hollow fish pendant, upward resultant force is the lifting force, the lifting force of the lifting force eccentric float and the lifting force of the lifting force eccentric float are combined into a larger force to drive the line group and the hollow fish pendant to move upwards, so that the problem that the hollow fish pendant is vertically pulled at the water bottom is solved, and the hollow fish pendant is prevented from being dragged to scrape the bottom. The higher the speed of fishing line is, the larger the upward lifting force generated by the lifting force eccentric float is, the invention of the lifting force eccentric float changes the fishing group from passive to active, and the lifting force eccentric float plays a vital role in preventing the fish from falling and scraping the bottom.

The utility model provides a third technical problem: the technical problem that the line group is blocked due to overlarge change of the shape dimension of the joint of the line group and the macaroni fish weight is solved, the problem is the main reason that the fish weight scrapes the bottom, the lifting force on the upper surface is eccentrically floated, the problem that the line group generates vertical upward pulling force on the macaroni fish weight is solved, and how to solve the problem that the shape dimension of the joint of the line group and the macaroni fish weight is blocked due to overlarge change of the shape dimension is solved, the My solution is that the front surface of the macaroni fish weight on a first hard tube is fixedly arranged on a toothed second soft tube and a second hard tube, when a reef meets a toothed second soft tube, firstly, the toothed contact reef of the second soft tube is compressed, deformed and turned outwards, the vertical pulling force of the line group generates a rotating torque on the turning contact part of the reef and the second soft tube, so that the second soft tube is rotated and deformed along the vertical pulling force direction and leaves the reef and is not blocked, and because the shape dimension of the toothed second soft tube is larger than the shape dimension of the second hard tube, the stone slides onto the second soft tube through the reef, the second hard pipe is a hard pipe with a smooth surface and an equal cross section, and the second hard pipe can slide on the reef and cannot be clamped by the reef, so that the problem that the assembly and the hollow fish weight are clamped by the reef due to overlarge difference of the appearance size is solved.

The utility model provides a fourth technical problem: the technical problem that the macaroni fish weight is not in contact with the reef is solved, the fish weight is scraped at the bottom when fishing in the past, when the scraped fish weight is searched after ebb tide, the fish weight is found to be clamped in a horizontal stone seam, sometimes in a vertical stone seam, sometimes the fish weight falls into a deep stone seam, the reason is analyzed after returning, the fish weight and the reef are both clamped only when rigid materials do not generate elastic deformation, the method is that the macaroni fish weight is not in contact with the reef, the elastic deformation and the characteristic with certain supporting capacity of the soft sheets are fully utilized, the soft sheets with the shape size larger than that of the fish weight are fixed at the front end and the rear end of the macaroni fish weight, the front soft sheet and the rear soft sheet with the shape size larger than that of the fish weight are used for supporting the macaroni fish weight, when the reef meets the first soft sheet after passing through the second hard tube, the first soft sheet can generate elastic deformation, the elastic deformation generates an upward elastic force to bounce and the macaroni fish weight to pass through the reef and not be clamped, if the macaroni fish pendant falls into the stone gap, no matter the macaroni fish pendant is a horizontal stone gap or a vertical stone gap, the first soft sheet and the second soft sheet can support the macaroni fish pendant to be not contacted with the reef due to the fact that the overall dimension of the first soft sheet and the second soft sheet is larger than the overall dimension of the macaroni fish pendant, the lifting force eccentric float group ensures that the water bottom is in a vertical state, and the lifting force vertically upwards generated by the lifting force eccentric float enables the macaroni fish pendant to move upwards in the stone gap and not to be clamped;

the utility model provides a fifth technical problem: the technical problem that the macaroni fish plummet falls into deeper stone seams is solved, the macaroni fish plummet turns left and right along the stone seams and falls into the deeper stone seams under the action of gravity and water flow, the method is to mount an elastic balance line at the bottom of the macaroni fish plummet, the elastic balance line needs to have good elastic support for the macaroni fish plummet and has good deformability without being scraped by reefs, and because the overall dimension of the elastic balance line is far larger than that of the macaroni fish plummet, the elastic balance line supports the macaroni fish plummet on the stone seams, the elastic balance line can be prevented from passing through by the small stone seams, so that the macaroni fish plummet can be reduced from falling into the deeper stone seams.

The specific technical scheme is as follows: the line supporting float lifting eccentric float anti-bottom-scraping fishing group comprises a fishing line, a line supporting float, a connecting ring, a lifting eccentric float, a line group, a second fishhook, a second hose, a first hard pipe, a second hard pipe, a first soft sheet, a hollow fishing weight, a second soft sheet, a fixing ring, a first hose, an elastic balance line and a first fishhook;

the lower end of the line group is connected with the middle part of the elastic balance line, and a plurality of first fishhooks are arranged on the elastic balance line;

a first hard tube is arranged on the wire group at the upper end of the elastic antenna; the first hard tube is provided with a hollow fish pendant

The upper end of the hollow fish sinker is provided with a first soft sheet; the lower end of the hollow fish sinker is provided with a second soft sheet;

the lower surface of the second film is provided with a first hose;

a second hard tube is arranged on the upper surface of the first soft sheet and sleeved on the first hard tube;

a second hose is fixed at the upper end of the second hard tube, and a toothed bulge is arranged on an upper tube opening of the second hose; the diameter of the second hose is larger than that of the second hard pipe;

a lifting force eccentric float is arranged on the wire group at the upper end of the second hard tube;

the wire group at the upper end of the lifting eccentric float is provided with a connecting ring; the connecting ring is connected with the fishing line, and the fishing line is provided with a line supporting float.

Furthermore, a second fishhook is arranged on the line group between the lifting eccentric float and the second hard tube.

Furthermore, a fixing ring is arranged between the second flexible sheet and the first flexible pipe.

Further, the line supporting float comprises an upper hemisphere and a lower hemisphere, the upper hemisphere and the lower hemisphere are connected through a connecting shaft, a first counterweight is arranged on the upper hemisphere, and a second counterweight is arranged on the lower hemisphere;

the upper surface of the lower hemisphere is provided with a groove, and a soft block is arranged in the groove; the soft block is positioned on the right side of the connecting shaft, and the lower surface of the upper hemisphere is provided with a bulge matched with the groove; and the lower hemispheres on the two sides of the groove are provided with fish wire holes.

Further, the buoyancy of the upper hemisphere is larger than the weight of the first counterweight, and the buoyancy of the lower hemisphere is larger than the sum of the weights of the first counterweight and the second counterweight.

Further, the longitudinal section of the protrusion is a right triangle.

Further, the lifting eccentric float comprises a stainless steel wire and a hollow float; the stainless steel wire penetrates through the through core float; and two ends of the stainless steel wire are processed into rings and then are respectively connected with the wire group and the connecting ring.

Further, the buoyancy of the lifting eccentric float is smaller than the weight of the hollow fish sinker.

Further, the size of the first soft sheet and the second soft sheet is larger than that of the hollow fish sinker.

Furthermore, a spacing net is arranged between the first soft sheet and the second soft sheet to form a cage for mounting the hollow fish sinker.

The utility model has the advantages that:

1. the line supporting float lifting eccentric float bottom scraping preventing fishing group has the greatest advantages of reducing the probability of scraping a fishing line and a fishing weight bottom scraping at a complex bottom, along with unique originality, novel design, strong applicability, economy and durability, and can be used for seawater and fresh water;

2. the line supporting float with novel creativity can ensure that the fishing line floats on the water surface, can change the lifting fulcrum of the fishing line, and is suitable for fishing in large and severe reef sea areas;

3. the unique eccentric float of lift of intention has changed the pulling force direction that the group weighs down to the fish, makes to angle the group by becoming the initiative passively, and the eccentric float of lift can produce an ascending lift for the full-bodied fish weighs down under the effect of water, prevents that the full-bodied fish from dragging the end and being scraped when playing fishing, and the eccentric float of lift slides along the surface of water when arriving the surface of water and reduces the resistance that angles the group, and it is lighter to shake the wheel receipts line.

4. The buoyancy of the lifting eccentric float is less than the weight of the fish weight, the line group is kept in a vertical state at the water bottom, and the fishhook on the line group is suspended in the water, so that the probability of suspending fish in the fish at the bottom layer is increased;

5. the elastic balance line supports the hollow fish weight to prevent the fish weight from falling into a deeper part of a stone seam, and a fish hook on the elastic balance line contacts the water bottom, so that the fish probability of the fish at the bottom layer is greatly increased;

6. the eccentric end of preventing scraping of lift that floats of holding in the palm line is fished the group and is carried, the installation, it is very convenient to dismantle, need not carry a lot of accessories, reduce the trouble of on-the-spot installation, because have good prevent scraping the effect that fish line and fish weigh down, fish that the end lost is scraped to the fish weight every year, a lot of funds are just saved with the broken fish line to the accessory, a lot of fish weigh down and are scraped the time of changing the fish weight and angle the group, it is high to throw the pole frequency, the efficiency of well fish is higher than traditional fishing method, the fish of fishing just more than traditional fishing method, the vexation has been lost, joyful has been increased.

Drawings

FIG. 1 is a schematic structural view of a line-supporting float lifting eccentric float bottom-scraping-preventing fishing group of the utility model;

FIG. 2 is a top view of the line-supporting float lifting eccentric float bottom-scraping-preventing fishing group of the present invention;

wherein: the fishing line comprises a fishing line 1, a line supporting float 2, an upper hemisphere 2-1, a connecting shaft 2-2, a first counterweight 2-3, a soft block 2-4, a lower hemisphere 2-5, a second counterweight 2-6, a protrusion 2-7, a groove 2-8, a fishing line hole 2-9, a connecting ring 3, a lifting eccentric float 4, a stainless steel wire 4-1, a macaroni float 4-2, a line group 5, a second fishing hook 6, a second hose 7, a first hard pipe 8, a second hard pipe 9, a first soft sheet 10, a macaroni fishing weight 11, a second soft sheet 12, a fixing ring 13, a first hose 14, an elastic balance line 15 and a first fishing hook 16.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the following description of the drawings, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

The line supporting float lifting eccentric float bottom-scraping-preventing fishing group comprises a fishing line 1, a line supporting float 2, a connecting ring 3, a lifting eccentric float 4, a line group 5, a second fishhook 6, a second hose 7, a first hard pipe 8, a second hard pipe 9, a first soft sheet 10, a hollow fishing weight 11, a second soft sheet 12, a fixing ring 13, a first hose 14, an elastic balance line 15 and a first fishhook 16, and is shown in figures 1 and 2;

the lower end of the line group 5 is connected with the middle part of an elastic balance line 15, and a plurality of first fishhooks 16 are arranged on the elastic balance line 15; in this embodiment, the wire set 5 is a plastic-coated stainless steel wire rope, and may also be a stainless steel wire rope, a transparent nylon yarn or a thread rope; the elastic antenna 15 is a plastic-coated stainless steel wire rope, can also be a stainless steel wire rope, can be a spring or a stainless steel wire;

the wire group 5 at the upper end of the elastic antenna 15 is provided with a first hard tube 8; a hollow fish weight 11 is arranged on the first hard tube 8; in this embodiment, the hollow fish weight 11 is a bullet-shaped hollow lead weight, which may be a hollow lead weight, a stainless steel hollow lead weight, a hollow copper weight or a hollow iron weight;

the upper end of the hollow fish sinker 11 is provided with a first soft sheet 10; the lower end of the hollow fish sinker 11 is provided with a second soft sheet 12; in this embodiment, the first flexible sheet 10 and the second flexible sheet 12 may be silicone rubber sheets, or rubber sheets;

the lower surface of the second film 12 is provided with a first hose 14;

the upper surface of the first soft sheet 10 is provided with a second hard tube 9, and the second hard tube 9 is sleeved on the first hard tube 8; in this embodiment, the first hard tube 8 and the second hard tube 9 are stainless steel tubes, which may be plastic tubes, iron tubes, or nylon tubes;

a second hose 7 is fixed at the upper end of the second hard tube 9, and a toothed bulge is arranged at the upper pipe orifice of the second hose 7; the diameter of the second hose 7 is larger than that of the second hard pipe 9; in this embodiment, the first hose 14 and the second hose 7 are latex tubes, and may be silicone rubber tubes. Or silicone tube or rubber tube;

a lifting force eccentric float 4 is arranged on the wire group 5 at the upper end of the second hard tube 9;

the wire group 5 at the upper end of the lifting eccentric float 4 is provided with a connecting ring 3; in the embodiment, the connecting ring 3 is a splayed ring, and the fishing line 1 passes through the line supporting float 2 and is connected with the connecting ring 3;

the first hard tube 8 sequentially passes through the second hose 7, the second hard tube 9, the first soft sheet 10, the hollow fish sinker 11, the second soft sheet 12, the fixing ring 13 and the first hose 14;

the wire group 5 passes through the first hard tube 8 and is fixedly connected with the elastic antenna 15.

Further, a second fishhook 6 is arranged on the line group 5 between the lifting eccentric float 4 and the second hose 7.

Further, a fixing ring 13 is arranged between the second flexible sheet 12 and the first hose 14; in the present embodiment, the fixing ring 13 is a plastic ring, and may be an aluminum ring or a nylon ring.

Further, the line supporting float 2 comprises an upper hemisphere 2-1 and a lower hemisphere 2-5, and in the embodiment, the upper hemisphere 2-1 and the lower hemisphere 2-5 are made of plastics; the upper hemisphere 2-1 and the lower hemisphere 2-5 are connected through a connecting shaft 2-2, and the connecting shaft 2-2 is made of stainless steel in the embodiment; a first counter weight 2-3 is embedded in the upper hemisphere 2-1, and a second counter weight 2-6 is embedded in the lower hemisphere 2-5; in the present embodiment, the first balance weight 2-3 and the second balance weight 2-6 are made of lead, and may be made of stainless steel or iron;

the upper surface of the lower hemisphere 2-5 is provided with a groove 2-8, and a soft block 2-4 is arranged in the groove 2-8; the soft block 2-4 is positioned at the right side of the connecting shaft 2-2, in the embodiment, the soft block 2-4 is latex, can be silicon rubber, can be silica gel or rubber; the lower surface of the upper hemisphere 2-1 is provided with a bulge 2-7 matched with the groove 2-8; the lower hemispheres 2-5 at the two sides of the groove 2-8 are provided with fish-line holes 2-9.

Further, the buoyancy of the upper hemisphere 2-1 is greater than the weight of the first weight 2-3, and the buoyancy of the lower hemisphere 2-5 is greater than the sum of the weights of the first weight 2-3 and the second weight 2-6.

Further, the longitudinal section of the protrusions 2-7 is a right triangle.

Further, the lifting eccentric float 4 comprises a stainless steel wire 4-1 and a hollow float 4-2; in the embodiment, the through core float 4-2 is a through core EVA foam float, can be a through core plastic float or a wooden through core float, and can be a foam float; or a macaroni plastic sheet; the stainless steel wire 4-1 vertically penetrates through the through core float 4-2; the two ends of the stainless steel wire 4-1 are folded to 90 degrees and then processed into a ring shape to be respectively connected with the wire group 5 and the connecting ring 3.

Furthermore, two outer wheels of the first film 10 and the second film 12 are in a tooth shape, and are connected with each other through a silicon rubber spacer net, and are processed and molded into a whole, and the hollow fish sinker 11 is installed in a silicon rubber cage by utilizing the good deformation of the silicon rubber.

The working principle of this application does:

when the fishing rod is swung to cast, the line supporting float 2, the lifting force eccentric float 4, the fishing group 5 and the hollow fishing weight 11 are thrown out together, the upper hemisphere 2-1 of the line supporting float 2 rotates anticlockwise around the connecting shaft 2-2 under the action of wind resistance, and the protrusion 2-7 bends the fishing line 1 to be in contact with the soft block 2-4 to lock the fishing line 1 to slide. The larger the throwing force is, the larger the wind resistance of the upper hemisphere 2-1 is, the larger the pressure of the bulge 2-7 against the fishing line 1 is, the larger the friction force generated by the fishing line 1 and the soft block is, the tighter the supporting line float 2 locks the fishing line 1 is, the situation that the supporting line float 2 cannot be thrown out because the first counterweight 2-3 and the second counterweight 2-6 are too light is guaranteed, and the supporting line float 2 and the hollow fishing weight 11 can be thrown out together.

An upper hemisphere 2-1 and a lower hemisphere 2-5 of a supporting line float 2 which are sunk into water together are respectively arranged at the left side and the right side of a vertical fishing line 1, the counterclockwise moment generated by the gravity of a second counterweight 2-6 to the contact point of the lower hemisphere 2-5 and the fishing line 1 is larger than the clockwise moment generated by the buoyancy of the lower hemisphere 2-5, the lower hemisphere 2-5 rotates anticlockwise to a horizontal position under the action of the second counterweight 2-6, the buoyancy of the upper hemisphere 2-1 is larger than the gravity of the counterweight 2-3, the upper hemisphere 2-1 rotates clockwise around a connecting shaft 2-2, a bulge 2-7 cannot bend the fishing line 1 and pushes against a soft block 2-4 to lock the fishing line 1, so that the limitation to the fishing line 1 is removed, and the buoyancy of the lower hemisphere 2-5 is larger than the sum of the gravities of the first counterweight 2-3 and the second counterweight 2-6, the line supporting float 2 can move towards the water surface along the fishing line 1, when the upper hemisphere 2-1 is exposed out of the water surface, the upper hemisphere 2-1 loses the buoyancy of the water, the upper hemisphere 2-1 rotates anticlockwise around the connecting shaft 2-2 under the action of the gravity of the first counterweight 2-3, the protrusion 2-7 can bend the fishing line 1 to prop the fishing line 1 to be contacted with the soft block 2-4, the resistance of the broken line of the protrusion 2-7 and the friction force of the soft block 2-4 to the fishing line 1 can prevent the fishing line 1 from moving in the fishing line hole 2-9 of the line supporting float 2 and further lock the fishing line 1, the protrusion 2-7 is positioned below the right side of the line 2-2, so that when the pull force generated by the gravity of the heart-shaped fishing weight connecting shaft 11 to the fishing line 1 is transmitted to the protrusion 2-7, an upward counter-hour force can be generated to the connecting shaft 2-2, the counterclockwise moment and the counterclockwise moment generated by the gravity of the first counterweight 2-3 on the connecting shaft 2-2 are larger than the clockwise moment generated by the buoyancy of the upper hemisphere 2-1 on the connecting shaft 2-2, namely, the larger the pulling force of the full-center fishing weight 11 on the fishing line 1 is, the tighter the protrusion 2-7 locks the fishing line 1 is, even if the supporting line float 2 is under the effects of the full-center fishing weight 11 and the sea wave, the supporting line float 2 can enter water again, the limitation on the fishing line 1 can not be removed by the supporting line float 2, and the fishing line 1 can not slide in the supporting line float 2.

Another very important role of the idea of the wire-holding float 2 is that: by utilizing the theoretical mechanics principle, the lifting fulcrum of the fishing line 1 is moved from the position of the connecting ring 3 to the position of the line supporting float 2 above the lifting force eccentric float 4, the pulling force direction of the lifting force eccentric float 4 is changed, when the line supporting float 2 is not arranged, the pulling force direction of the fishing line 1 to the lifting force eccentric float 4 is the horizontal direction, when the line supporting float 2 is arranged, the pulling force direction of the fishing line 1 to the connecting ring 3 is the upward direction, the line supporting float 2 is used as a fulcrum of the fishing line 1 during fishing, so that the fishing line 1 generates a vertical upward pulling force to the connecting ring 3, the important function is played for throwing the fishing group behind the reef, and the whole fishing group can smoothly cross the reef; when the fishing rod is swung to take up the line, the upper hemisphere 2-1 rotates clockwise around the connecting shaft 2-2 to the fishing line hole 2-9 under the resistance action of water to stop, the protrusion 2-7 and the soft block 2-4 remove the limitation on the fishing line 1, and the line supporting float 2 slides to the position of the original point connecting ring 3 along the fishing line 1;

the sum of the buoyancy of the lifting eccentric float 4 and the buoyancy of the supporting line float is less than the weight of the full-core fishing weight 11, the lifting eccentric float 4, the line group 5 and the full-core fishing weight 11 sink into the water bottom, the line group 5 keeps a vertical standing state at the water bottom, the second fishhook 6 on the line group 5 is suspended in the water, the probability of suspending fish in the fish at the bottom is increased, the supporting line float 2 floats on the water surface to lock the fishing line 1, when the fishing line 1 is pulled by waving a fishing rod, the supporting line float 2 is pulled into the water by the fishing line 1, the limitation on the fishing line 1 is removed by the supporting line float 2, at the moment of quickly withdrawing the fishing line 1, the water generates great resistance to the supporting line float 2 to support the fishing line 1, the horizontal fishing line 1 and the vertical fishing line 1 at the lower section of the supporting line float 2 are changed from a 90-degree angle to an obtuse angle, the vertical fishing line 1 at the lower end of the supporting line float 2 is changed into an oblique fishing line 1, the oblique fishing line 1 forms an oblique pulling force to the connecting ring 3, the eccentric float 4 under the oblique pulling force of the fishing line 1 and the full-core fishing line 11, the resistance of reverse water is generated on the connecting ring 3, an upward resultant force is formed by the resistance of the reverse water and the oblique pulling force of the fishing line 1, the upward resultant force is the lifting force, the lifting force of the lifting force eccentric float 4 and the buoyancy force of the lifting force eccentric float 4 are combined into a larger lifting force, the line group 5 and the macaroni fishing pendant 11 are driven to move upwards, and therefore the problem that the line group 5 vertically pulls the macaroni fishing pendant 11 is solved, and the macaroni fishing pendant 11 is prevented from being dragged to scrape the bottom at the water bottom. The faster the fishing line 1 is collected, the larger the upward lifting force generated by the lifting force eccentric float 4 is, the lifting force eccentric float 4 rises to the water surface and slides along the water surface, and the line group 5 and the hollow fish weight 11 move to the bank side together with the lifting force eccentric float 4.

The second hose 7 is fixed at the upper end of the first hard tube 8, when the reef meets the toothed second hose 7, firstly the toothed contact reef of the second hose 7 is compressed, deformed and turned outwards, the vertical pull of the line group 5 generates a rotation torque to the eversion contact part of the reef and the second hose 7, so that the second hose 7 is rotated, deformed and departed from the reef along the vertical pull direction of the line group 5 and is not blocked, the second hard tube 9 is fixed on the first hard tube 8 at the lower end of the second hose 7, because the outline dimension of the toothed second hose 7 is larger than that of the second hard tube 8, the reef slides onto the second hard tube 9 through the toothed second soft tube 7, the second hard tube 9 is a hard tube with smooth surface and uniform section, the second hard tube 9 can slide on the reef and cannot be blocked by the reef, thereby solving the problem that the reef is blocked between the line group 5 and the hollow fish sinker 11 due to overlarge outline dimension difference, the second hard tube 9 is fixed at the lower end of the second hose 7 and blocks the movement of the first film 10; because the physical dimension of the first film 10 and the second film 12 is larger than the physical dimension of the hollow fish weight 11, the first film 10 and the second film 12 will support the hollow fish weight 11 without contacting with the reef, when the reef contacts with the first hose 10, the first film 10 will generate elastic deformation, meanwhile, the deformation can generate upward elasticity to bounce the hollow fish weight 11 over the reef, so that the hollow fish weight 11 is not contacted with the reef and is clamped, if the hollow fish weight 11 falls into the stone, whether the stone is a horizontal stone seam or a vertical stone seam, because the overall dimension of the first soft sheet 10 and the second soft sheet 12 is larger than the overall dimension of the macaroni fish pendant 11, the first soft sheet 10 and the second soft sheet 12 can support the macaroni fish pendant 11 without contacting with the reef, the lifting force eccentric float 4 ensures that the line group 5 is in a vertical state at the water bottom, and the vertical upward lifting force generated by the lifting force eccentric float 4 enables the macaroni fish pendant 11 to move upward in the stone gap without being clamped; the fixing ring 13 blocks the second soft sheet 12 from moving, the second hose 14 plays a role in buffering between the balance line 15 and the first hard pipe 8 when the line set 5 is pulled, the lower end of the line set 5 is connected with the middle of the elastic balance line 15, the elastic balance line 15 has certain elasticity and can support the heart-through fish weight 11, and very good deformability is achieved without being scraped by reefs.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (10)

1. The lift off-centre of the support line is floated and is prevented scraping end and angle group, its characterized in that: the fishing line lifting device comprises a fishing line (1), a line supporting float (2), a connecting ring (3), a lifting force eccentric float (4), a line set (5), a second fishing hook (6), a second hose (7), a first hard pipe (8), a second hard pipe (9), a first soft sheet (10), a hollow fishing weight (11), a second soft sheet (12), a fixing ring (13), a first hose (14), an elastic balance line (15) and a first fishing hook (16);

the lower end of the wire group (5) is connected with the middle part of the elastic antenna (15), and a plurality of first fishhooks (16) are arranged on the elastic antenna (15);

a first hard tube (8) is arranged on the wire group (5) at the upper end of the elastic antenna (15); the first hard tube (8) is provided with a hollow fish pendant (11)

The upper end of the hollow fish pendant (11) is provided with a first soft sheet (10); the lower end of the hollow fish pendant (11) is provided with a second soft sheet (12);

a first hose (14) is arranged on the lower surface of the second film (12);

a second hard tube (9) is arranged on the upper surface of the first soft sheet (10), and the second hard tube (9) is sleeved on the first hard tube (8);

a second hose (7) is fixed at the upper end of the second hard pipe (9), and a toothed bulge is arranged at the upper pipe opening of the second hose (7); the diameter of the second hose (7) is larger than that of the second hard pipe (9);

a lifting force eccentric float (4) is arranged on the wire group (5) at the upper end of the second hard tube (9);

a connecting ring (3) is arranged on the wire group (5) at the upper end of the lifting force eccentric float (4); the connecting ring (3) is connected with the fishing line (1), and the fishing line (1) is provided with a line supporting float (2).

2. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: and a second fishhook (6) is arranged on the line group (5) between the lifting eccentric float (4) and the second hard tube (9).

3. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: a fixing ring (13) is arranged between the second soft sheet (12) and the first hose (14).

4. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: the line supporting float (2) comprises an upper hemisphere (2-1) and a lower hemisphere (2-5), the upper hemisphere (2-1) and the lower hemisphere (2-5) are connected through a connecting shaft (2-2), a first counterweight (2-3) is arranged on the upper hemisphere (2-1), and a second counterweight (2-6) is arranged on the lower hemisphere (2-5);

the upper surface of the lower hemisphere (2-5) is provided with a groove (2-8), and a soft block (2-4) is arranged in the groove (2-8); the lower surface of the upper hemisphere (2-1) is provided with a bulge (2-7) matched with the groove (2-8); and fish line holes (2-9) are formed in the lower hemispheres (2-5) on the two sides of the groove (2-8).

5. The line-supporting floating-force eccentric floating bottom-scraping-preventing fishing group as claimed in claim 4, wherein: the buoyancy of the upper hemisphere (2-1) is larger than the weight of the first counterweight (2-3), and the buoyancy of the lower hemisphere (2-5) is larger than the sum of the weights of the first counterweight (2-3) and the second counterweight (2-6).

6. The line-supporting floating-force eccentric floating bottom-scraping-preventing fishing group as claimed in claim 4, wherein: the longitudinal section of the bulge (2-7) is a right-angled triangle.

7. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: the lifting eccentric float (4) comprises a stainless steel wire (4-1) and a hollow float (4-2); the stainless steel wire (4-1) penetrates through the through core float (4-2); two ends of the stainless steel wire (4-1) are processed into rings and then are respectively connected with the wire group (5) and the connecting ring (3).

8. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: the buoyancy of the lift force eccentric float (4) is less than the weight of the hollow fish weight (11).

9. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: the external dimensions of the first soft sheet (10) and the second soft sheet (12) are larger than the external dimensions of the hollow fish sinker (11).

10. The line-supporting floating-force eccentric float bottom-scraping-preventing fishing group as claimed in claim 1, wherein: and a spacing net is arranged between the first soft sheet (10) and the second soft sheet (12) to form a cage for mounting the hollow fish sinker (11).

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