CN110301408B

CN110301408B - Non-node group and binding method thereof

Info

Publication number: CN110301408B
Application number: CN201910716234.9A
Authority: CN
Inventors: 涂志来
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-08-05
Filing date: 2019-08-05
Publication date: 2021-06-08
Anticipated expiration: 2039-08-05
Also published as: CN110301408A

Abstract

The non-node group comprises a main line, a buoy connected to the main line, a buoy seat, a space bean and a lead leather seat, and further comprises a first non-junction force-releasing ring connected between the main line and a sub line and a second non-junction force-releasing ring connected between the main line and a rod tip of a fishing rod, wherein the first non-junction force-releasing ring and the second non-junction force-releasing ring respectively comprise a mounting seat and a line protection pipe, one end of the main line can penetrate through the line protection pipe from the inside, the mounting seat is provided with a pipe penetrating channel which penetrates through the main line up and down and is provided with the line protection pipe, the pipe protection pipe penetrates through the pipe protection pipe in a folded mode, one end of the main line is fixedly connected with the mounting seat through the ring opening formed at one end of the folded line protection pipe, and the one end of the main line is penetrated through the pipe penetrating channel and is extruded. The knot-free line group and the binding method thereof are ideal in design, the line is not damaged, the main line is not easy to fall off and break, the tension of the main line is greatly enhanced, the fishing efficiency is high, and the binding is more firm.

Description

Non-node group and binding method thereof

Technical Field

The invention relates to fishing gear, in particular to a knotless group and a binding method of the knotless group.

Background

Fishing is one method of capturing fish. Fishing originates from the production activities of ancient people, gradually separates from the life activities along with the stability of the living environment and the improvement of the living standard, and becomes a cultural and physical activity which is full of interest, intelligence, vitality, elegant style and beneficial to the body and mind. The Chinese land has criss-cross rivers, lakes with chess and streams crossing mountains and valleys, and provides excellent natural fishing grounds and rich fish resources for fishing. Historically, countless fishing enthusiasts intoxicated in the activity, were fond of a love to nature, the clear wind in deep valleys blown away the noise in cities, and the vibration of fishing rods brought children-like joys to the old.

The main tools for fishing are fishing rods, hooks, lines, etc. The line group generally comprises a main line, a buoy seat, a space bean, a lead seat, a splayed ring and the like, wherein the splayed ring is connected between the main line and the sub line. The lead sheet seat is used for loading lead sheets, plays a role in increasing the counterweight of the line set, and some splayed rings are also provided with a force unloading ring. The existing line group is not ideal in structural design, if the line group binding mode is not ideal, one end of a common main line is directly tied with a dead knot (or a splayed knot) on a splayed ring for binding, the binding mode is simple, convenient and easy to operate, but one end of the main line has the defect that a fold line damages the line, the main line is easily broken from the knotted position, the pulling force of the main line is influenced, and the fishing efficiency is not high.

Disclosure of Invention

The invention provides a knotless group and a binding method thereof, which mainly aim to overcome the defects of the existing main line that the binding mode is not ideal enough, the line is easy to be damaged by crease, the fishing efficiency is not high, and the like.

In order to solve the technical problems, the invention adopts the following technical scheme:

the utility model provides a no pitch line group, includes the thread, connects cursory, float seat, space beans and lead skin seat on the thread, still including connecting the first no knot between thread and sub-line and unloading power ring and connect the second no knot between the pole tip of thread and fishing rod and unload power ring, first no knot unloads power ring and second no knot and unloads power ring and all include mount pad and thread one end can follow the inside conduit that passes, the mount pad is equipped with and runs through from top to bottom and has the conduit fifty percent discount interlude the poling passageway on it of thread, the annular mouth portion that conduit one end formed after the fifty percent discount, the conduit once was interlude after the fifty percent discount on the conduit once only and with its extruded mode and mount pad fixed connection.

The mounting seat is of a polygonal prism structure, a transverse lock hole communicated with the pipe penetrating channel is formed in one edge surface of the mounting seat, and a bolt piece used for extruding the pipe wall of the line protection pipe in the pipe penetrating channel is inserted into the transverse lock hole.

The inner wall of the pipe penetrating channel is a threaded inner wall; the line protecting tube is a silicone tube, a latex tube or a rubber tube.

The protective tube is inserted on the tube penetrating channel and is positioned between the transverse lock hole and the tube wall of the protective tube in the tube penetrating channel.

A section-free line set comprises a main line, splayed rings, a buoy seat, a space bean and a lead cover seat which are connected to the main line, and a first pipe sleeve sleeved at one end of the main line, wherein one end of the first pipe sleeve penetrates through one ring of the splayed ring and then is folded to form a first folding part, and one end of the main line is bound on the first folding part through a first binding line and is connected with one ring of the splayed ring; the fishing rod head rope is characterized by also comprising a second pipe sleeve sleeved at the other end part of the main line, one end part of the second pipe sleeve penetrates through the rod head rope and then is folded to form a second folded part, and the other end part of the main line is bound on the second folded part through a second binding line and is connected with the rod head rope.

A knotless wire set, wherein one end of a first pipe sleeve passes through a ring of a splayed ring twice, the first binding wire ties a first folded part in a splayed knot mode, and the second binding wire ties a second folded part in a splayed knot mode.

The utility model provides a no knot group, still includes the fishhook, this fishhook includes crown, hook handle, hook bend, fixes at the hook point of hook bend tip and vertically leans on the activity barb of establishing in hook bend tip one side, and the end of this activity barb is passed through a connecting piece and is wavedly connected in hook bend tip one side, and the wobbling angle of this activity barb is not more than 90 degrees.

A non-joint line set, the inside of the hook end is provided with a strip-shaped groove matched with a movable barb, the upper section part in the strip-shaped groove is provided with a first shaft hole which penetrates through the left and right, the tail end of the movable barb is provided with a second shaft hole, the connecting piece is a transverse shaft, and the movable barb is inserted in the first shaft hole and the second shaft hole through the transverse shaft and movably connected with the hook end in a swinging way; the strip-shaped groove is also internally provided with an elastic sheet which can be abutted against the back surface of the movable barb.

A binding method of a non-node group comprises the following steps: 1) installing conventional fittings, and respectively sleeving the buoy, the buoy seat, the space bean and the lead seat on the main line; 2) installing a first knotless force-releasing ring, enabling one end of the main wire to penetrate through the interior of a wire protection pipe, exposing the head of one end of the main wire, folding one end of the wire protection pipe with the main wire in half, and enabling the head of the pull hook piece to penetrate through a pipe penetrating channel of an installation seat to the folded position where the wire protection pipe is hooked; then pulling the pulling hook piece by hand to enable one end part of the folded part of the protective pipe to pass through the pipe penetrating channel of the mounting seat and form the annular opening part for connecting the sub-line; 3) installing a second non-binding force-unloading ring, enabling the other end of the main wire to penetrate through the other wire protection pipe, exposing the head of one end of the main wire, folding one end of the wire protection pipe with the main wire in half, and enabling the head of the pull hook piece to penetrate through a pipe penetrating channel of the other mounting seat to the folded part where the wire protection pipe is hooked; then the pulling hook piece is pulled by hand, so that one end part of the folded part of the conduit passes through the conduit channel of the mounting seat and forms the annular opening part for binding on the tip of the fishing rod.

A binding method of a non-node group comprises the following steps: 1) installing conventional fittings, and respectively sleeving the buoy, the buoy seat, the space bean and the lead seat on the main line; 2) installing a splayed ring, sleeving a first pipe sleeve on one end part of the main line, then penetrating one end part of the first pipe sleeve through one ring of the splayed ring and folding to form a first folding part, and then binding a first binding wire on the first folding part in a splayed knot knotting mode to connect one end part of the main line with one ring of the splayed ring; 3) and (3) installing a rod head rope, sleeving a second pipe sleeve on the other end of the main line, then penetrating one end of the second pipe sleeve through the rod head rope and folding to form a second folded part, and then binding a second binding line on the second folded part in a splayed knot knotting mode to connect the other end of the main line with the rod head rope.

Compared with the prior art, the invention has the beneficial effects that: the knot-free line group and the binding method thereof are ideal in design, the line is not damaged, the main line is not easy to fall off and break, the tension of the main line is greatly enhanced, the fishing efficiency is high, and the binding is more firm. Adopt first, the no knot of second to unload power ring and can replace the splayed ring and use, make the protective wire pipe adoption moreover with elastic hose (like the emulsion tube), make the ring mouth portion from taking elastic function like this for this no knot unloads power ring and has the effect of unloading power again, and a section is dual-purpose, need not to purchase again like this and unloads the power ring, practices thrift the cost. The pipe sleeve and the binding wire are adopted to indirectly bind the end part of the main wire, the main wire is not damaged, the binding is firmer, the end part of the main wire is effectively protected from falling off and snapping, and the tension of the main wire is greatly improved.

Drawings

FIG. 1 is a schematic view of the first embodiment, in which the float, the float seat, the space bean and the lead seat are not shown.

Fig. 2 is a schematic view of a non-detachable force ring in the first embodiment.

Fig. 3 is a schematic view of another angle of the non-detachable force ring in the first embodiment.

Fig. 4 is a schematic view of the non-coupling force ring according to the first embodiment, in which parts are separated.

Fig. 5 is a cross-sectional view of the mounting base of the first embodiment with the latch member not attached.

Fig. 6 is a schematic view of a tool used in the first embodiment without a combination of force-releasing rings, wherein the tool is a hook member.

Fig. 7 is a schematic view illustrating a use state of the fishhook in the first embodiment.

Fig. 8 is a schematic view of the fish hook of the first embodiment, wherein the movable barbs are in a closed state.

Fig. 9 is a sectional view taken along the direction a-a in fig. 8.

Fig. 10 is a schematic view showing a state where respective parts are separated in fig. 9.

Fig. 11 is a schematic view of a portion of fig. 9 not shown.

Fig. 12 is a schematic diagram of the second embodiment.

Fig. 13 is a schematic view of the connection between one end of the main line and the splayed ring in the second embodiment.

Fig. 14 is a schematic view showing the connection between one end of the main line and the splayed ring in the second embodiment, wherein the PE line is not tied.

Fig. 15 is a schematic view showing a separated state of the main cord, the splayed ring, the first pipe sleeve, the first binding thread and the first rubber sleeve in the second embodiment.

Fig. 16 is a schematic view showing the connection between the other end of the main string and the rod head string in the second embodiment.

Fig. 17 is a schematic view showing a state where the main string, the rod head cord, the second socket, the second binding string, and the upper and lower rubber covers are separated from each other in the second embodiment.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

Example one

Reference is made to figures 1, 2, 3 and 4 of the drawings. A knotless line set comprises a main line 2, a sub line 4, a buoy connected to the main line 2, a buoy seat, a space bean and a lead leather seat, a first knotless force-releasing ring connected between the main line 2 and the sub line 4 and a second knotless force-releasing ring connected between the main line 2 and a rod tip of a fishing rod, wherein the first knotless force-releasing ring and the second knotless force-releasing ring respectively comprise a mounting seat 1 and a conduit protection pipe 3, one end of the main line 2 can penetrate through the conduit protection pipe 3, the conduit protection pipe 3 penetrates through the mounting seat 1 from top to bottom and is provided with the main line 2, the conduit protection pipe 3 penetrates through the mounting seat in a folded mode, one end of the conduit protection pipe 3 after being folded is provided with a ring opening 30, and one end of the main line 2 penetrates through the conduit protection pipe 3 after being folded and is fixedly connected with the mounting seat 1 in a mode that the conduit. The ring mouth part 30 of the first knotless force-unloading ring is used for connecting the sub-line 4; the ring opening part 30 of the second knotless force-releasing ring is used for connecting the rod tip of the fishing rod. The buoy, the buoy seat, the lead cover seat and the space bean are common line group components on the market, and the components are not shown. The conduit 3 is a flexible tube (such as a latex tube) with elasticity. The line protecting pipe 3 is made of an elastic hose (such as a latex pipe), so that the annular opening part 30 has an elastic function, the non-knot force-unloading ring has a force-unloading effect, the non-knot force-unloading ring has dual purposes, the force-unloading ring does not need to be purchased, and the cost is saved.

Reference is made to fig. 2, 3, 4 and 5. Each mounting seat 1 is of a polygonal prism structure (such as a hexagonal prism structure), a transverse locking hole 11 communicated with a pipe penetrating channel 10 of the mounting seat 1 is formed in one edge surface of the mounting seat 1, and a bolt piece 12 used for transversely extruding the pipe wall of the conduit 3 in the pipe penetrating channel 10 is inserted into the transverse locking hole 11. The number of the transverse locking holes 11 is three, and the three transverse locking holes 11 are sequentially arranged at intervals along the length direction of the mounting seat 1. The transverse lock hole 11 is a threaded hole, and the bolt piece 12 is a threaded bolt piece screwed with the threaded hole. By adopting the design of the transverse lock hole 11 and the bolt piece 12, the bolt piece 12 plays a role of transversely extruding the pipe wall of the conduit 3 in the pipe passing channel 10, the conduit 3 with the main line 2 is not easy to deviate in the pipe channel 10, and the stability of the conduit 3 arranged on the mounting seat 1 is improved.

Reference is made to figures 1, 2, 3, 4 and 5. The inner wall of the pipe penetrating channel 10 is a threaded inner wall 100. The design of the threaded inner wall 100 greatly improves the friction force between the pipe wall of the conduit 3 and the inner wall of the pipe penetrating channel 10, so that the conduit 3 with the main line 2 is not easy to fall off in the pipe channel 10, and the stability of the conduit 3 arranged on the mounting seat 1 is further improved. The first and second knotless force-discharging rings also comprise a protective pipe 5, the protective pipe 5 is inserted in the pipe-penetrating channel 10 and is positioned between the transverse lock hole 11 and the pipe wall of the protective pipe 3 in the pipe-penetrating channel 10. The protective tube 5 is also a flexible tube (such as latex tube). Because each part of this first no knot power of unloading ring and second is all less, closes the difficult handle accuse of degree of screwing in with interior angle spanner screw-on bolt spare 12 in-process, appears easily that the head of bolt spare 12 forms excessive extrusion phenomenon to the conduit 3 pipe wall, though improved the firm degree that conduit 3 installed on mount pad 1 on the surface like this, nevertheless cause the loss to conduit 3 pipe wall in essence easily, injure thread 2 even. By adopting the design of the protective pipe 5, the head of the bolt piece 12 is prevented from directly extruding the pipe wall of the protective pipe 3 to cause the damage of the pipe wall, the protective pipe 5 plays a role in blocking, the pipe wall of the protective pipe 3 in the pipe penetrating channel 10 is effectively protected, the head of the bolt piece 12 indirectly extrudes the pipe wall of the protective pipe 3, the pipe wall of the protective pipe 3 is not easily lost, the mainline 2 is not easily damaged, and the risk that the mainline is damaged due to the fact that the mainline is too violent in the process of screwing the bolt piece 12 by an inner angle wrench is greatly reduced.

In addition, the line protection tube 3 and the protection tube 5 can also be hoses made of other elastic materials such as a silicone tube or a rubber tube, and the line protection tube and the protection tube 5 can also be hoses made of flexible materials such as cloth. The number of the transverse locking holes 11 is two or four, and the like.

Reference is made to fig. 7, 8 and 9. The utility model provides a no knot group still includes fishhook 7, and this fishhook 7 includes integrated into one piece's crown 71, hook handle 72 and hook bend 73, still includes and fixes at hook point 74 that hook bend 73 tip was put and vertically leans on the activity barb 75 who establishes in hook bend 73 tip one side, and the end of this activity barb 75 is connected in hook bend 73 tip one side through a connecting piece swingably, and the angle that this activity barb 75 swung is not more than 90 degrees. The fish hook 7 is ingenious in structural design, the movable barbs 75 and the design that the swinging angles of the movable barbs 75 are not more than 90 degrees are adopted, the movable barbs 75 of the fish hook 7 vertically lean against the edge of the end part of the hook bend 73 in water (namely are in a closed state), and when a fish eats the fish hook, the fish eats the fish hook more delicately because the movable barbs 75 cannot block the fish hook; when the main line 2 is pulled by the fish to be hooked, the movable barb 75 can be swung open (i.e. in an unfolded state) under the action of pulling force, so that the fish is not easy to break loose from the fishhook 7, the hooking efficiency is high, and the fish can be easily hooked.

Refer to fig. 8, 9, 10 and 11. The inner side of the end part of the hook bend 73 is provided with a strip-shaped groove 730 matched with the movable barb 75, the upper section of the strip-shaped groove 730 is provided with a first shaft hole which penetrates through the left and right, the tail end of the movable barb 75 is provided with a second shaft hole 750, the connecting piece is a transverse shaft 76, and the movable barb 75 is inserted into the first shaft hole and the second shaft hole 750 through the transverse shaft 76 and is movably connected with the end part of the hook bend 73 in a swinging manner; an elastic piece 731 is further disposed in the bar-shaped groove 730, and the elastic piece 731 can abut against the back surface of the movable barb 75. The bottom of the lower section of the strip-shaped groove 730 is provided with a mounting hole 732, one end of the elastic piece 731 is embedded in the mounting hole 732, and the other end of the elastic piece 31 extends upwards and is located in the strip-shaped groove 730.

Reference is made to fig. 7 and 8. The hook handle 72 is provided with an upward inclined limiting barb 77, and the granular bait 78 is bound on the limiting barb 77 through a rubber band 79. The retaining barb 77 is located on the inside wall of the shank 72. By adopting the design of the limit barb 77, the granular bait 78 is hung on the limit barb 77 of the fishhook through the rubber band 79, so that the granular bait 78 cannot move, the fishhook is more easily swallowed into the mouth by the fish, and the fish can be more easily fished. The hook handle 72 of current fishhook is generally smooth, and bind it on hook handle 72 through rubber band 79 with granule bait 78 like this, and the position phenomenon appears walking easily to granule bait 78, and granule bait 78 receives the exogenic action (like playing the pole) and the landing to hook bend 73 department easily, and the position phenomenon can appear walking to granule bait 8, and the fishhook 7 is difficult to be swallowed into the mouth by the fish like this.

Reference is made to fig. 1, 2, 3, 4, 5, 6, 7 and 8. The binding method of the non-node group comprises the following steps: 1) and (4) installing conventional accessories, and respectively sleeving the buoy, the buoy seat, the space bean and the lead seat on the main line.

2) Installing a first knotless force-releasing ring, enabling one end of the main wire 2 to pass through the inside of a wire protection tube 3, exposing the head of one end of the main wire 2, folding one end of the wire protection tube 3 with the main wire 2 in half, and then enabling the head of the pull hook piece 6 to pass through a tube passing channel 10 of the mounting seat 1 to be hooked at the folded part of the wire protection tube 3; then, the hook member 6 is pulled by hand, so that one end of the folded part of the conduit 3 passes through the conduit passage 10 of the mounting seat 1, and the annular opening 30 for the connector line 4 is formed.

3) Installing a second knotless force-releasing ring, enabling the other end of the main wire 2 to penetrate through the other wire protecting pipe 3, exposing the head of one end of the main wire 2, folding one end of the wire protecting pipe 3 with the main wire 2 in half, and then enabling the head of the pull hook piece 6 to penetrate through the pipe penetrating channel 10 of the other mounting seat 1 to hook the folded part of the wire protecting pipe 3; then pulling the hook member 6 by hand, the end of the double-folded part of the conduit 3 passes through the conduit channel 10 of the mounting seat 1, and forms the annular opening part 30 for binding on the rod tip of the fishing rod.

4) And (3) loading the sub-line and the fishhook, and binding the sub-line 4 with the fishhook 7 at the annular opening part 30.

Example two

Reference is made to fig. 12, 13, 14 and 15. The present embodiment is substantially the same as the first embodiment, except that: the knotless line group comprises a main line 82, a splayed ring 81, a buoy 831, a lead seat 84, a buoy seat 832 and a space bean 833 which are connected to the main line 82, and further comprises a first pipe sleeve 85 which is sleeved on one end of the main line 82, one end of the first pipe sleeve 85 penetrates through one ring 810 of the splayed ring 81 and then is folded to form a first folded part 850, and one end of the main line 82 is bound on the first folded part 850 through a first binding line 86 and is connected with one ring 810 of the splayed ring 81. The knot-free group is ideal in structural design, the end part of the main line 82 is indirectly bound by the first pipe sleeve 85 and the binding line 86, the main line 82 is not damaged, the binding is firmer, the end part of the main line 82 is not easy to fall off and break, and the tension of the main line is greatly improved.

Reference is made to fig. 13, 14 and 15. One end of the first socket 85 passes through one ring 810 of the figure-of-eight ring 81 twice, and the first binding wire 86 binds the first folded portion 850 in a figure-of-eight knot manner. The binding type knotless group also comprises a first rubber sleeve 87 wrapped on the first folding part 850 and a ring 810 of the splayed ring 81. The splayed knot tying method of the first binding thread 86 comprises the following steps: one end of the first binding thread 86 passes through one ring 810 of the splayed ring 81 twice, then is sequentially wound on the first folding part 850 along the length direction thereof, and then is pulled tightly after passing back through and making a splayed knot. The splayed knot tying mode is a common knotting method, so the principle of the splayed knot tying mode is not described in detail.

The number of times that one end of the first socket 85 passes through the one ring 810 of the figure-of-eight ring 81 may be set to one or three times or other suitable times.

Reference is made to fig. 12, 16 and 17. The binding type knotless group also comprises a second pipe sleeve 88 sleeved on the other end part of the main line 82, one end part of the second pipe sleeve 88 is folded after passing through the rod head rope 89 to form a second folded part 880, and the other end part of the main line 82 is bound on the second folded part 880 through a second binding line 861 to be connected with the rod head rope 89.

Reference is made to fig. 12, 16 and 17. The binding type knot-free line group also comprises an upper rubber sleeve 881 and a lower rubber sleeve 882, which are sleeved on the second folding part 880; the second binding thread 861 also binds the second folded portion 880 by means of a splayed knot. The first sleeve 85 and the second sleeve 88 are both pole-tip cords. The main thread 82 is a nylon thread. The first binding-wire 86 and the second binding-wire 861 are both PE wires, which are also called polyethylene wires, and are made of a polyethylene material.

Refer to fig. 12, 13, 14, 15, 16 and 17. The binding method of the non-node group comprises the following steps: 1) and (3) installing conventional accessories, and respectively sleeving the buoy 831, the lead sheath seat 84, the buoy seat 832 and the space bean 833 on the main line 82.

2) And (3) installing the splayed ring, sleeving the first pipe sleeve 85 on one end part of the main wire 82, then penetrating one end part of the first pipe sleeve 85 through one ring 810 of the splayed ring 81, folding to form a first folded part 850, and then binding the first binding wire 86 on the first folded part 850 in a splayed knot mode to connect one end part of the main wire 82 with one ring 810 of the splayed ring 81.

3) The rod head rope is installed, the second pipe sleeve 88 is sleeved on the other end of the main thread 82, then one end of the second pipe sleeve 88 is folded after passing through the rod head rope 89 to form a second folded part 880, and then the second binding thread 861 is also bound on the second folded part 880 in a splayed knot tying mode to connect the other end of the main thread 82 and the rod head rope 89.

4) The sub-line 4 with the fishhook 7 is bound on the other ring of the splayed ring 81.

The above description is only an embodiment of the present invention, but the design concept of the present invention is not limited thereto, and any insubstantial modifications made by using the design concept should fall within the scope of infringing the present invention.

Claims

1. The utility model provides a no knot group, includes the thread, connects cursory, the seat that floats on the thread, space beans and lead skin seat, its characterized in that: still including connecting the first no knot between thread and sub-line and unloading power ring and the second no knot of connecting between the rod tip of thread and fishing rod and unload power ring, its characterized in that: the first knotless force-relieving ring and the second knotless force-relieving ring respectively comprise a mounting seat and a wire protecting pipe, one end of a main wire of the wire protecting pipe can penetrate through the mounting seat from inside, the mounting seat is provided with a pipe penetrating channel which penetrates through the mounting seat up and down and is provided with the main wire, the wire protecting pipe is oppositely folded and penetrated on the pipe penetrating channel, a ring opening part is formed at one end part of the oppositely folded wire protecting pipe, and one end of the main wire is penetrated through the pipe penetrating channel which is oppositely folded and is fixedly connected with the mounting seat in a manner of being extruded by; the mounting seat is of a polygonal prism structure, one edge surface of the mounting seat is provided with a transverse locking hole communicated with the pipe penetrating channel, and a bolt piece used for extruding the pipe wall of the protective pipe in the pipe penetrating channel is inserted in the transverse locking hole; the protective pipe is inserted on the pipe penetrating channel and is positioned between the transverse lock hole and the pipe wall of the protective pipe in the pipe penetrating channel.

2. The wireless group of claim 1, wherein: the inner wall of the pipe penetrating channel is a threaded inner wall; the line protecting tube is a silicone tube, a latex tube or a rubber tube.

3. The utility model provides a no knot group, includes thread, splayed ring and connects cursory, cursory seat, space beans and the lead skin seat on the thread, its characterized in that: the first pipe sleeve is sleeved at one end of the main line, one end of the first pipe sleeve penetrates through one ring of the splayed ring and then is folded to form a first folding part, and one end of the main line is bound on the first folding part through a first binding line and is connected with one ring of the splayed ring; the fishing rod head rope is characterized by also comprising a second pipe sleeve sleeved at the other end part of the main line, one end part of the second pipe sleeve penetrates through the rod head rope and then is folded to form a second folded part, and the other end part of the main line is bound on the second folded part through a second binding line and is connected with the rod head rope.

4. The set of claim 3, wherein: one end of the first pipe sleeve passes through one ring of the splayed ring twice, the first binding wire binds the first folded part in a splayed knot tying mode, and the second binding wire binds the second folded part in a splayed knot tying mode.

5. A link-less wire set as claimed in claim 1 or 3, wherein: still include the fishhook, this fishhook includes crown, hook handle, hook bend, fixes at the hook point of hook bend tip and vertically leans on the activity barb of establishing in hook bend tip one side, and the end of this activity barb is swingably connected in hook bend tip one side through a connecting piece, and the wobbling angle of this activity barb is not more than 90 degrees.

6. The set of claim 5, wherein: the inner side of the hook bending end part is provided with a strip-shaped groove matched with the movable barb, the upper section part in the strip-shaped groove is provided with a first shaft hole which penetrates through the left and right sides, the tail end of the movable barb is provided with a second shaft hole, the connecting piece is a transverse shaft, and the movable barb is inserted in the first shaft hole and the second shaft hole through the transverse shaft and movably connected with the hook bending end part in a swinging manner; the strip-shaped groove is also internally provided with an elastic sheet which can be abutted against the back surface of the movable barb.

7. The method of claim 1, wherein the method further comprises: it comprises the following steps: 1) installing conventional fittings, and respectively sleeving the buoy, the buoy seat, the space bean and the lead seat on the main line; 2) installing a first knotless force-releasing ring, enabling one end of the main wire to penetrate through the interior of a wire protection pipe, exposing the head of one end of the main wire, folding one end of the wire protection pipe with the main wire in half, and enabling the head of the pull hook piece to penetrate through a pipe penetrating channel of an installation seat to the folded position where the wire protection pipe is hooked; then pulling the pulling hook piece by hand to enable one end part of the folded part of the protective pipe to pass through the pipe penetrating channel of the mounting seat and form the annular opening part for connecting the sub-line; 3) installing a second non-binding force-unloading ring, enabling the other end of the main wire to penetrate through the other wire protection pipe, exposing the head of one end of the main wire, folding one end of the wire protection pipe with the main wire in half, and enabling the head of the pull hook piece to penetrate through a pipe penetrating channel of the other mounting seat to the folded part where the wire protection pipe is hooked; then the pulling hook piece is pulled by hand, so that one end part of the folded part of the conduit passes through the conduit channel of the mounting seat and forms the annular opening part for binding on the tip of the fishing rod.

8. The method of claim 3, wherein the method further comprises: it comprises the following steps: 1) installing conventional fittings, and respectively sleeving the buoy, the buoy seat, the space bean and the lead seat on the main line; 2) installing a splayed ring, sleeving a first pipe sleeve on one end part of the main line, then penetrating one end part of the first pipe sleeve through one ring of the splayed ring and folding to form a first folding part, and then binding a first binding wire on the first folding part in a splayed knot knotting mode to connect one end part of the main line with one ring of the splayed ring; 3) and (3) installing a rod head rope, sleeving a second pipe sleeve on the other end of the main line, then penetrating one end of the second pipe sleeve through the rod head rope and folding to form a second folded part, and then binding a second binding line on the second folded part in a splayed knot knotting mode to connect the other end of the main line with the rod head rope.