KR200321180Y1 - The fishing float auto-jerking by a fish's bite - Google Patents

Abstract

The present invention relates to a "fish detection automatic chamfering fishing gear 100",

More specifically, instead of the existing buoyancy adjustment weight positioned at the connection portion of the fishing line 11 and the fishing line 22, an automatic chamfering means is constructed, and when the fish is placed on the fishing needle 24, the fishing line 22 The present invention relates to the provision of a "fishing detection automatic chamfer fishing device 100" that the chamfering operation is automatically performed by the fish mouth (fishing) transmitted through the fish delivery line (33).

The "fishing detection automatic chamfer fishing device 100" of the present invention is the overall configuration of the fishing line main body 10 in terms of structural and functional aspects of the device; Fishing neck fixing portion 20; An autochamber operation unit 30; As consisting of the body cover 40

If you do not malfunction and do not affect the external conditions such as night fishing, daytime fishing, and fishing beginners, skilled workers, and those who are engaged in fishing for live fishing, It can be characterized in that the chamfering reaction can be performed only in response to the fish mouth.

Description

The fishing float auto-jerking by a fish's bite}

The present invention relates to a "fish detection automatic chamfering fishing gear 100",

More specifically, instead of the conventional buoyancy adjustment weight positioned at the connection portion of the fishing main line 11 and the fishing line 22, an automatic chamfering means is constructed, and the chamfering operation is automatically performed by fish mouth. Pertaining to the provision of the instrument 100 ".

The "fishing detection automatic chamfer fishing device 100" of the present invention is the overall configuration of the fishing line main body 10 in terms of structural and functional aspects of the device; Fishing neck fixing portion 20; An autochamber operation unit 30; As consisting of the body cover 40

Night fishing, daytime fishing, weather, and fishing for beginners, experts, and those who are engaged in fishing as a hobby. Independent of external conditions, and without malfunctioning, it is characterized in that the chamfering action is automatically and accurately performed only by reacting to fish mouth (fishing).

In general, in the case of conventional bobbin fishing, when the fish are placed on the fishing needles, the fish mouth is delivered to the fishing bobbin protruding a certain length over the surface through the fishing main line, and according to the strength of the fish mouth, the bobber top has a top or bottom ( It moves in the downward direction. The fishermen visually sense the movement of these bobber saws and chamfer abstractly without knowing whether the fish is caught by the hook.

If the fish are caught in the bait and the shark is not able to chamfer at the very moment when the fish are delivered to the bobber, the champ misses the sack and the fish cannot catch the fish. Substantially chamfering at such moments requires very skilled and experienced experience.

Therefore, in the case of conventional bobber fishing, the fishing people perceive the fishing bobber with the naked eye, and do not keep their eyes on the bobber bobber while fishing in order not to miss the moment of angling. First of all, there is a problem that you can not leave for a while,

If you are fishing at night, it is more difficult to visually detect the movement of the bobber saw. Practically, beginners miss the moment of champing and can hardly catch the fish so they don't feel the taste and pleasure of fishing.

In particular, in the case of people who live fishing, the main fishing can not be artificially chamfered due to the characteristics of the fishing, so if the fish is caught with a bait in the mouth and the fishing needle does not get stuck in the mouth, only the bait is kept and the fish cannot be caught. It is a common reflection, and only a few fish are caught up from the main fishing which hangs practically hundreds of fishing needles.

In the case of single-line fishing or large-fishing, in order to attract a fish while holding a fishing line or fishing rod by hand in a boat, it is required to jerking up and down to provide a chamfering action at the moment when the fish hit the bait. do. It is clear that one person's being tied to only one fishing is very unproductive and inefficient, in contrast to the reality that people who are fishing for fishing have to obtain a large amount of catch.

In the main fishing, single line fishing, large fishing, steaming as described above, if the fish hit the bait, the chamfering operation is automatically made, if there is a means to catch the fish, it would be very productive and desirable.

The prior art in the field of the "automatic chamfering means" to which the present invention belongs is Utility Model Registration No. 20-0217473 (fish fishing equipment for detection), Utility Model Registration No. 20-0292567 (Automatic Fishing Tackle), Utility Model Registration No. 20-0260412 (Automatic angling fishing equipment), utility model registration number 20-0282201 (auto chamming fishing bobber), utility model registration number 20-0204981 (automatic champering fishing), etc. are registered and published, the structural and functional In terms of operation mechanism, action characteristics and effects are as follows.

Looking at the embodiment of the Utility Model Registration No. 20-0217473 (fishing equipment for fish detection), the structure and technical characteristics of the device to the chamfering action is automatically made at the moment when the fish nibbling on the fishing needles so that the fishing needles are stuck in the fish mouth Cannot perform the chamfering function; When the fish caught in the mouth simply ran away in the direction that the fishing line was tightened, the elastic restoring force of the spiral spring acted as a resistance to loosen the fishing line; When the fish escapes in the direction of loosening of the fishing line, the elastic resilience of the spiral spring causes the failure to rotate so that the fishing line is wound so that the action is simply performed such that the rubber line is stretched and reduced. do.

Utility model registration number 20-0292567 (automatic fishing device) implements the automatic chamfering means that the chamfering operation is automatically performed by the fish mouth, unlike the above-mentioned utility model registration number 20-0217473 (fish fishing equipment) have.

However, in the overall configuration, the material of the remaining components except for the outer cover is accompanied by the inevitability of using a material having a large specific gravity such as iron (Fe) or stainless steel (STS) in terms of the structural aspect of the device. Therefore, when applied to the fishing bobber as shown in the embodiment of the drawings registered and published in the utility model of the prior art, fishing in accordance with buoyancy with the bobber and the automatic chamfering means of the prior art because of the self-loading of the automatic chamfering means Doing that involves a difficult problem in practice.

Especially in the case of the main fishing with hundreds of fishing needles, if the above-described chamfering means is used, the fishing line cannot handle the total weight of hundreds of chamfering means. If you do not use a separate lifting device such as (Winch), it includes a problem that is difficult to apply to reality.

Utility Model Registration No. 20-0260412 (automatic angling fishing equipment), Utility Model Registration No. 20-0282201 (automatic angling fishing bobber), Utility Model Registration No. 20-0204981 (automatic angling fishing), etc. Although each unit device or means is improved or added, the operating mechanism, effect, and operation characteristics are substantially the same in terms of the structural and technical aspects of the device. .

More specifically, the prior art by placing the buoyancy tank on the water surface instead of the fishing bobber in the same way as the conventional bobber fishing method, by configuring the buoyancy adjustment weight fixed to the connection of the fishing main line and fishing line

The chamfering means has a chamfering action in response to the fish mouth of a certain intensity or more, and the sensitivity of the chamfering action is characterized by the weight of the buoyancy adjustment weight, that is, through the buoyancy adjustment of the buoyancy barrel and buoyancy adjustment weight. Therefore, when using a heavy buoyancy adjustment weight automatic chamber means to operate sensitively to the mouth of the fish, when using a light buoyancy adjustment weight, the fish pulls the fishing needle hard to operate.

The above-described chamfering means of the prior art implemented in the above manner does not wind, the waves do not rise, the surface of the surface, such as the nominal exponent (명 경 水), the chamfering means shows a problem in operation However, it is practically impossible to use due to a malfunction at a fishing site where wind is blowing and waves, especially a sea fishing site. The above problems are accompanied by mechanical problems in the structural and technical aspects of the device that can be experienced and experienced in a commercialized product (fishing) by applying the prior art, and can also be confirmed through experiments.

Looking at the causes and characteristics of malfunctions that inevitably occur in the prior art as follows.

When the wind blows or waves are on the surface, the buoyancy bucket repeats rising and falling according to the surface wave. When the buoyancy bucket rises with the surface wave, ① the rising force (F _s ) corresponding to the buoyancy as much as the buoyancy bucket is submerged due to the sudden rise of water is applied to the chamber device in the opposite direction to the surface elevation. Will react; ② Load (F _g = m _t g) corresponding to the total mass (m _t ) of buoyancy adjustment weight, fishing line and fishing line, fishing needle, bait, etc. formed under the water surface. Counteract the chamfering device in the opposite direction; (3) The acceleration force (F _a1 = m _t a), which is a result of the action of the descending acceleration (a) of the buoyancy cylinder descending from the highest point to the lowest point of the surface wave and the total mass (m _t ), rises as the surface wave falls. At a moment acting downward on the chamber device; (4) The acceleration device (F _a2 = m _t a), which is a result of the action of the acceleration (a) of the buoyancy cylinder rising from the lowest point to the highest point of the surface wave and the total mass (m _t ), increases the surface wave Will act downward.

In other words, the combined force (F = F _s + F _g + F _a1 + F _a2 ) combined with each of the above forces at the moment when the buoyancy box rises with the wave of the water is opposite to the direction in which the buoyancy box rises. In other words, it acts in the direction to operate the trigger of the chamber device.

Therefore, the above-mentioned chamfering means of the prior art has a force (F = F) several times larger than the already set action force (F _g ) to operate the trigger of the chamfering device through buoyancy adjustment before fishing when a wave phenomenon occurs on the surface of the water. _s + F _g + F _a1 + F _a2 ) acts on the trigger, so the chamfering mechanism has a dynamic malfunction regardless of the quality of the fish.

If the weight of the buoyancy adjustment weight is adjusted lightly to suit the conditions of the fishing site at the fishing site, the sensitivity of the reaction of the autochambering means to the fish quality is reduced.

The fishing line will stay on the surface of the water caused by the algae, making it impossible for the user to reach any position in the water. It is included.

The automatic chamfering means of the "fishing detection automatic chamfer fishing mechanism 100" of the present invention, which will be described later, is a fundamental problem of the conventional fishing method and the problems associated with the related arts discussed above. In order to solve this problem, we have designed and configured the device and operating mechanism by adopting and applying completely different mechanical principles.

Substantially, the overall configuration, operation characteristics, and effects are characterized by radically different from those of the prior art.

The objectives of the present invention are novices, experts, and people who are engaged in fishing for living, and at night fishing, daytime fishing, diary, fishing proficiency, etc. By implementing a "fish sensing automatic chamfering means" that can automatically and precisely perform the chamfering operation without being affected by external conditions and without malfunctioning, and only reacting with the fish's mouth.

For those who are fishing, fishing can be carried out several times at the same time according to the user's needs without having to hold one fishing rod or one fishing line on the ship or fishing site and jerking up and down by hand. After catching the fish caught by the automatic chamfering operation of the automatic chamfering means after a certain period of time, it is characterized in that to catch a large amount of catch by simply replacing the bait,

For those who are fishing as a hobby, fishing hooks are always on the hook, to prevent eye strain, and to prevent the eyes from fatigue. It is characterized by providing doubling (손 加) the taste and enjoyment of fishing by watching and tangling the certain movements (fishing) of the fishing bobbin provided by the caught fish.

The technical problem to be achieved by the present invention

Instead of the conventional buoyancy adjustment weight located at the connection between the fishing main line and the fishing line, it performs the function of the buoyancy adjustment weight, and at the same time, by placing the automatic chamfering means in the water, It is characterized in that the "fishing detection automatic chamber means" that does not occur malfunction due to external conditions such as surface waves, rising or falling movement of fishing bobber due to waves,

Another technical task of the present invention is to

The fishing main line (11) is completely connected to the fishing main line (11) and the fishing line (11) and the delivery line (33) to deliver the fish mouth (fish) by connecting and fixing the main body cap 41 of the automatic chamfering means "Focus sensing automatic chamfering means that operates in response to only fish bite (fishing), not malfunctioning by external conditions such as wind or surface waves, rising or falling fishing bobber caused by waves at freshwater fishing or sea fishing It is characterized by implementing the device and the operating mechanism of ".

Another technical task of the present invention is to

Designed and constructed so that the catching reaction generated when throwing fishing does not affect the automatic chamfering operation part 30 of the automatic chamfering means, thereby implementing the "fish sensing automatic chamfering means" which does not malfunction when throwing fishing. Characterized in that.

Another technical task of the present invention is to

Each unit of the autochambering means is made of high strength thermosetting resin with low specific gravity, and it is designed and configured to provide the buoyancy corresponding to its own load of the autochambering means so that the buoyancy can be adjusted according to user needs. It is characterized in that the buoyancy cylinder 43 is designed and configured inside the "fishing detection automatic chamfering means" so that it can descend at an appropriate speed while receiving the resistance of the water during sedimentation during fishing throwing,

A buoyancy cylinder 43, which can show buoyancy corresponding to its own load of the automatic chamfering means, is formed inside the chamfering means, and a buoyancy adjustment brazing container 37c for buoyancy adjustment is designed and configured to adjust the buoyancy according to fishing conditions. It is characterized by implementing a "fish detection automatic chamfering means".

Another technical task of the present invention is to

In the loaded state in the autochambering means of the present invention, the fish mouth is transferred to the autochamber operation unit 30 to cause the autochamber operation unit 30 to sensitively trigger the trigger; At the same time, a device capable of transmitting the instant fast chamfering movement according to the triggering of the automatic chamfering operation part 30 to the fishing collar 22 and the fishing needle 24 at the same time by triggering one device means as described above. It is characterized by designing, configuring and implementing a device and an operating mechanism that can simultaneously perform a function.

1 is a perspective view of the present invention.

2 is a detailed view of the body cover of the present invention

Figure 3 is an exploded view showing the configuration and coupling state of the subject innovation

Figure 4 is a detailed view showing the structure and parts of the autochamber operation unit 30 of the present invention.

5 is a cross-sectional view taken along the line A-A of Figure 1 showing a loaded state of the present invention.

6 is a cross-sectional view taken along the line A-A of Figure 1 showing a triggered start state of the present invention.

7 is a cross-sectional view taken along the line A-A of Figure 1 showing a triggered state of the present invention.

8 is an exemplary embodiment of the present invention and a conventional bobbin fishing embodiment.

Figure 9 is another embodiment of the present invention and the conventional main fishing embodiment.

* Description of the symbols used in the main parts of the drawings *

100 automatic detection method

10 Fishing line anchor

11 Fishing line 12 Upper side

20 Fishing Collar Fixture

21 Lower Aug 22 Fishing Collar

23 Seashells 24 Fishing hooks

30 Automatic Chassis Actuator

31 rotation failure

31a Rotating failure shaft 31b Spiral spring fixing hole

31c swivel stop cog 31d fishing line fixing groove

32 Spiral Spring 32a Spiral Spring

33 God Line

34 trigger 34a fishstring hole

35 keyhole 35a fishery line hole

35b trigger receiving groove 35c gutter loader

35d gripping sliding guide turning 35e gripping jaw

36 Compression Coil Spring

37 stoppers

37a credit line hole 37b gland insertion securing hole

37c buoyancy adjustment flat weight 37d buoyancy adjustment flat weight

37e buoyancy adjustment container lid

38 Stopper operating ball 38a Stopper operating ball Fixing hole

40 body cover

41 Upper lid 41a Lower lid fixing protrusion

41b buoyant cylinder plate 41c buoyant cylinder plate

41d Rotating thread shaft insertion groove 41e Spiral spring

42 Lower lid 43 Buoyancy bucket

42a Lower lid fixing protrusion 42b Bolt receiving groove boss

42c buoyancy plate retainer 42d gland groove

42e gland insertion hole 42f stopper groove

42g gland sliding guide projection groove

Looking at the overall configuration, operation characteristics, effects and the like of the "fish detection automatic chamming fishing equipment 100" devised in order to achieve the object and technical problems of the above-described design with reference to the accompanying drawings with preferred embodiments as follows. .

Figure 1 is a perspective view of the subject innovation, Figure 2 is a detailed view of the body cover of the subject innovation, Figure 3 is an exploded development view showing the configuration and coupling state of the subject innovation, Figure 4 is an automatic chamber operation part 30 of the subject innovation 5 is a cross-sectional view taken along the line AA of Figure 1 showing the loaded state of the present invention, Figure 6 is a cross-sectional view taken along the line AA of Figure 1 showing a triggered start state of the present invention, 7 is a cross-sectional view taken along the line AA of Figure 1 showing a trigger complete state of the present invention, Figure 8 is an embodiment of the present invention and a conventional fishing embodiment, Figure 9 is another embodiment of the present invention and a conventional main fishing embodiment It is shown.

The "fishing detection automatic chamber fishing equipment 100" of the present invention is a night fishing, day fishing, diary, and fishing beginners, experts, and living in the fresh water fishing site or the sea wave severe sea fishing site The "fish detection automatic chamfering means" that can automatically and accurately perform the chamfering operation by reacting only to the quality of fish without being affected by external conditions such as the skill of the person who is fishing, and without malfunctioning. In implementation

The overall configuration is largely the fishing line anchor 10 in the structural and functional aspects of the device as shown in the exploded view shown in FIG. Fishing neck fixing portion 20; An autochamber operation unit 30; It is characterized by consisting of the main body cover (40).

In the present invention, the "fishing detection automatic champ fishing equipment 100" in order not to be affected by external conditions such as wind, water surface waves, waves, etc.

First, instead of the conventional buoyancy adjustment weight positioned at the interconnection portion of the fishing line 11 and the fishing line 22 between the fishing bobber on the surface and the fishing needle 24 in the water, as shown in the embodiment shown in FIG. 8. Thereby placing it underwater so as not to be affected by wind, water surface waves, waves, etc .;

Secondly, as shown in FIG. 5, the fishing main line 11 is fixed to the upper lid 41 of the chamfering means, and the fishing leash 22 to which the fish mouth is transmitted is connected to the fish delivery line 33. By fixing, the chamfering operation 30 is completely separated from the fishing main line (11) affected by external conditions such as wind, water surface waves, waves, etc., characterized in that it is designed and configured.

As described above, the "fishing detection automatic chamfer fishing device 100" of the present invention is fresh water fishing by blocking the external factors causing the malfunction in the first, second and second stages as described above to ensure the operation reliability of the chamming operation. In the field or sea fishing site, it is not affected by external conditions such as wind, water waves, waves, etc., and reacts only to the quality of the fish, so that the chamfering operation can be automatically performed.

The fishing line fixing part 10 is a fishing line 11; As consisting of the upper auger (12)

More specifically, the upper abutment 12 is configured by fixing the upper end of one side to the fishing line 11 as in the embodiment shown in FIG. The lower end of the other side is attached to the upper surface of the upper lid 41 and fixed

Completely separated from the fishing main line 11 and the automatic chamfering operation unit 30 by the external factors except the fish mouth, that is, the wind or wave, waves on the surface that can be transmitted through the fishing main line (11) Such that the chamfering means are not malfunctioned; At the same time, it is characterized in that it is designed and configured so that the chamfering means does not malfunction when fishing throwing.

The fishing collar fixed portion 20 is the lower side 21; Fishing neck 22; Shell stick 23; As consisting of fishing needles (24)

More specifically, the lower adhering 21 is configured to connect and fix the fish delivery line 33 to the upper end of one side as shown in the embodiment shown in Figure 3; The lower end of the other side is configured by fixing the fishing leash 22 to prevent twisting (twisting) of the fishing leash 22, and the function of connecting and fixing the fishing leash 22 to the automatic chamber means of the present invention It characterized in that to perform.

Fishing leash 22 is configured by fixing the fishing needle 24 to the lower end of one side, as shown in the embodiment shown in Figure 3, the upper end of the other side is configured by connecting and fixed to the lower auger 21

In the automatic chamfering means of the present invention performs a function of delivering the fish mouth to the fish delivery line 33 in the loaded state;

At the time of triggering, the rotational failure 31 is instantaneously rapidly rotated by the expansion and rotation of the spiral (spring) 36, whereby the transmission line 33 is wound around the rotation failure 31 and the transmission line ( The lower part of 33) moves up quickly as if it is caught in the upper direction. The movement of the fishery transmission line 33 is transmitted to the fishing needle 24 through the fishing leash 22 so that the fishing needle 24 causes the instantaneous chamfering motion so that the fishing needle 24 is lodged in the fish mouth. It works.

The shell bar 23 is configured to prevent the fishing leash 22 moving in accordance with a bird from underwater loosely, and to carry out fishery transmission through the fishing leash 22 more accurately, as shown in FIG. 3. Likewise, it can be used by fixing the proper size and weight according to the conditions of the fishing site and fixing it at the proper position of the fishing line.

The automatic chamber operation unit 30 has a rotation failure 31 as shown in the embodiment shown in FIG. Spiral (spring) springs 32; Fishery delivery line 33; Trigger 34; Bolt 35; Compression coil spring 36; Stopper 37; As the stopper operation ball 38,

In the automatic chamfering means of the present invention, the automatic chamfering operation portion 30 performs a function as a means for instantaneously generating and providing a quick chamfering operation by performing loading and triggering.

More specifically, the rotation failure 31 has a rotation failure shaft 31a as shown in the embodiment shown in FIG. 4; Spiral (spring) spring fixing holes 31b; Rotation failure stop tooth 31c; As the fish delivery line fixing groove (31d)

The rotation failure shafts 31a are formed on both sides of the rotation failure 31 on the center line with respect to the center line; By inserting into the rotary failure shaft insertion groove (41d) to assemble the state in which the forward and reverse rotation can be freely made,

The spiral (spring) spring fixing hole 31b is formed at a point located at 0 degrees on the cross section with respect to the center line on both end surfaces of the rotation failure 31 to insert and fix the spiral (spring) spring fixing protrusion 32a. Make up,

The rotation failure stop tooth 31c is formed by forming a spur gear at each corner of both end surfaces of the rotation failure 31; At the time of loading, when the rotation failure 31 rotates in the reverse direction (the rotation in the direction in which the spiral spring) winds, one corner is rounded so that it can be rotated even if it is caught by the bolt loading projection 35c. To configure,

The outer peripheral surface of the cylinder between the rotation failure stop teeth 31c on both sides of the rotation failure 31 is formed by concave in a round shape so that the fish transmission line 33 can be wound,

The credit transmission line fixing groove 31d is formed on the outer circumferential surface of the rotation failure 31 cylindrically positioned at the midpoint of both end faces in the direction of 90 degrees on the cross section with respect to the center line of the rotation failure 31; Insert and fix the upper part of the fishery delivery line 33

As shown in FIG. 3, the rotary failure shaft 31a is inserted into the rotary failure shaft insertion groove 41d formed in the upper lid 41 of the main body to assemble in a state capable of freely performing forward and reverse rotation. By constructing

In the automatic chamfering means according to the present invention, when the loading is reverse rotation (rotation in the direction in which the spiral (spring) spring 32 is wound), as shown in the embodiment shown in FIG. 31), at the time of triggering, as in the embodiment shown in FIG. 7, forward rotation (rotation in the expansion direction in which the spiral (spring) spring wound in the contracted state) 32 returns to the circular state by the elastic restoring force} While performing the function of providing a quick fast moving movement to the lower end of the fish delivery line 33 by winding the delivery line 33 of the predetermined length to the rotation failure (31).

The spiral (spring) spring 32 is formed by forming spiral (spring) spring fixing projections 32a in opposite directions, respectively, at both ends of end surfaces as shown in FIG. 3 using a stainless-based alloy. As; The spiral (spring) spring fixing protrusion 32a is inserted into the spiral (spring) spring fixing hole 31b and the spiral (spring) spring fixing hole 41e, respectively, and fixed, and a certain amount of elastic restoring force remains even when the trigger is completed. (Iii) configured to act on the rotational failure 31

In the automatic chamfering means of the present invention, when it is loaded, it is wound in reverse rotation (rotation in the direction in which the spiral (spring) spring 32 is wound) to keep the contracted state while winding; At the time of triggering, the rotation failure 31 is rotated forward by the elastic restoring force (the spiral (spring) spring 32 in the contracted state is rotated in the expansion direction to return to the circular state by the elastic restoring force) 33 is wound on the rotational failure 31 to perform the function as a power source for causing the chamfering means to generate an instant chamfering motion; At the time when the trigger is completed, as the transmission line 33 is wound around the rotation failure 31, the stopper operation bead 38 which is fixed to the delivery line 33 and positioned below the stopper 37 is the stopper 37. ) The stopper 37 acts to lift the stopper 37 upward while being caught by the passage line 37a of the lower end surface. Accordingly, as shown in FIG. 7, the stopper 37 moves upward while the stopper 37 is pushed upwards so that the stopper loading protrusion 35a is inserted into the rotation failure stop tooth 31c. and; Since a certain amount of elastic restoring force remains in a state where the trigger is completed, the force that pulls upward on the fishery transmission line 33 as the rotation failure 31 continues to rotate by the elastic restoring force. This acts, thereby the stopper operation bead 38 fixed to the transmission line (33) acts to continuously lift the stopper 37 in the upward direction by the stopper loading projection (35a) is a rotation failure stop tooth (31c) It is maintained in the inserted state, and performs a function of braking the rotation of the rotation failure (31).

The fishing line 33 is the same as the general fishing line with a large tensile force as shown in FIG. Fixed to 31d; The lower end of the other side is connected to the lower adhering 21 to be fixed

In the autochambering means of the present invention, the credit transmission line 33 is completely unwound from the rotation failure 31 as shown in FIG. When triggered, the fish delivery line 33 is wound around the rotation failure 31 quickly and rapidly as shown in the embodiment shown in FIG. It is transmitted to the fishing needles 24 through the fishing needles 24 so that the chamfering motion as if caught by the fishing needles 24 are stuck in the mouth of the fish.

The trigger 34 as described in the embodiment shown in Figure 4 as a ball of a predetermined size of the circular shape penetrates up and down on the basis of the center line to form a transmission line hole (34a), as an automatic chamber means of the present invention By inserting the transmission line 33 in the transmission line hole 34a through the through, and then fixed to a predetermined position from the upper end of one side of the transmission line 33

In the loaded state, as shown in FIG. 5, the fish transmission line 33 is completely released from the rotation failure 31, and the trigger 32 is positioned at the bottom bottom of the trigger receiving groove 35b to catch fish. In response to this, it is possible to retract the bolt 35 to the bottom, that is, to maintain the ready state to start the trigger,

During triggering, when the fish delivery line 33 moves downward in response to the fish mouth as shown in FIG. 6, the trigger 32 acts to pull the lever 35 downward. As a result, the triggering state of the chamfering means is triggered and started while the chuck-loading protrusion 35a hanging on the rotation failure stop tooth 31c is released, that is, the state of loading is released.

When the trigger is completed, it is positioned on the round groove of the rotation failure 31 like the fish transmission line 33 while being wound around the rotation failure 31 as shown in the embodiment shown in FIG. 7.

Nork 35 is a two-stage cylindrical columnar shape with different diameter delivery line hole (35a); Trigger receiving groove 35b; Gutter loading projection 35c; It is composed of the bolt sliding guide protrusion 35d

As shown in the embodiment shown in Figure 4 is formed by penetrating up and down the fishery transmission line hole (35a) based on the center line; A trigger receiving groove 35b is formed in a cylindrical shape having a predetermined depth in a downward direction from an upper end surface of one side; Forming a bolt-loading projection 35c of a predetermined height in a state of being in contact with a circumferential edge on one side top surface at a 0 degree and a 180 degree position in a cross section with respect to a center reference line; When the rotational failure 31 is reversely rotated during rotation (the rotation in the direction in which the spiral (spring) spring 32 is wound), that is, when the rotation of the fish transmission line 33 is released from the rotational failure 31 A round chamfer is formed on one side edge of the rotation failure stop tooth 31c so as not to be caught by the loading protrusion 35a; By forming the non-sliding sliding guide protrusion 35d of a predetermined length in a downward direction from the upper end surface on one side on the cylindrical outer circumferential surface at positions 90 and 270 degrees with respect to the center line,

In the automatic chamfering means of the present invention, when loading, the bolt loading projection 35a is inserted into the rotation failure stop gear 31c to brake the rotation of the rotation failure 31 to maintain the loading state. When triggering, the loading protrusion 35c is detached from the rotation failure stop tooth 31c to trigger and initiate a trigger that allows the rotation failure 31 to rotate.

The sliding protrusion 35d has a predetermined length unevenness in a downward direction from an upper end surface of one side on a cylindrical outer circumferential surface of 90 degrees and 270 degrees in a cross section with respect to the center line of the bolt 35 as in the embodiment shown in FIG. 4. Formed in the shape of

The automatic chamfering means according to the present invention is inserted and accommodated in the bolt sliding groove 42d so that the lifting and lowering movements of the bolt 35 at the time of loading and triggering can be made accurately in a predetermined direction and position. Do this.

The compression coil spring 36 is inserted into the upper direction from the lower end of one side of the bolt 33 as in the embodiment shown in FIG. 3 and configured in the inner space of the upper side of the stopper accommodation groove 42f.

It is an important part that determines the operation sensitivity of the automatic chamfering operation part 30, and the elastic restoring force of the spiral (spring) 32 in the loaded state and the interaction between the bolt loading protrusion 35c and the rotation failure stopping tooth 31c interact with each other. It should be selected properly considering the frictional force, and use stainless steel alloy which does not generate rust.

In the automatic chamfering means of the present invention, in the loaded state, the elastic restoring force of the compression coil spring 36 acts downward and causes the chuck loading protrusion 35a in the state of being inserted into the rotation failure stopping tooth 31c to trigger the frictional force upon triggering. Overcomes, acts as a sensitive reaction to fish mouth, so that it can be easily detached,

At the time of triggering, by the action of the trigger 34 in response to the mouth of the fish, the bolt 35 retreats downward, so that the bolt-loading protrusion 35a is detached from the rotation failure stop tooth 31c. At this time, the elastic restoring force of the compression coil spring 36, which is in a compressed state, acts in the downward direction, thereby causing the bolt 35 to keep the bolt 35 in a state of being positioned at the bottom of the bolt receiving groove 42d. It performs a function that does not interfere with the rotation of the rotation failure (31).

The stopper 37 includes a credit transmission line hole 37a; A bolt insertion fixing hole 37b; Buoyancy adjustment (weight) receiving container 37c; Inadequate adjustment (weight) 37d; Consists of buoyancy adjustment container lid 37e for buoyancy adjustment

The stopper 37 is a cylindrical columnar shape of three stages having different diameters, respectively. The stopper 37 penetrates up and down with respect to the center reference line so that the fish transmission line 33 can perform the chamfering movement up and down as shown in the embodiment shown in FIG. Forming a passage line 37a; The upper end portion of one side is formed by forming a lower fixing hole 37b based on a center reference line so as to insert and fix the lower portion of the lower bolt 35; A buoyancy adjustment braiding container 37c is formed at the lower end of the buoyancy tank 43 formed so that the buoyancy corresponding to the weight of the chamfering means can be adjusted according to the fishing site conditions; The lower end portion of the other side is configured by forming a single storage container lid 37e formed by chamfering the lower portion in a round shape.

In the automatic chamfering means of the present invention, by pressing the lower end of the stopper (37) in the upper direction by using the thumb of the left hand holding the chamfering means in the state of pulling the lip line 33 to the bottom with the right hand, 35) is advanced to the top of the claw loading protrusion (35a) is inserted into the rotation failure stop teeth (31c) to complete the loading, when triggered by the action of the trigger (34) by the mouth of the claw (35) And the stopper 37 moves downward with the stopper 37 moving away from the rotation failure stop tooth 31c to trigger and start the trigger; As the percussion proceeds, the fish delivery line 33 is wound around the rotation failure 31, and when the fishery delivery line 33 is wound by a predetermined length, the stopper operation bead 38 is fixed to the lower portion of the fishery delivery line 33. The force which lifts the stopper 37 to the upper direction acts in the state in which () is caught by the transmission line hole 37a of the stopper 37 lower surface. Accordingly, the stopper 37 raises the bolt 35 to the upper direction so that the bolt loading protrusion 35a is inserted into the rotation failure stop tooth 31c, and the rotation of the rotation failure 31 is stopped. Function to complete the trigger.

The stopper operation bead 38 is formed by forming a stopper operation bead fixing hole 38a penetrating up and down based on a center line in a circular ball of a predetermined size as shown in FIG. 4.

When the transmission line 33 is inserted into the stopper operation bead fixing hole 38a and penetrated thereafter, the transmission line 33 is fixed to a predetermined position by the upper end portion of the transmission line 33 and is triggered by the embodiment shown in FIG. As described above, when the transmission line 33 is wound around the rotational failure 31 by a predetermined length, the stopper 37 is caught in the transmission line hole 37a of the bottom surface of the stopper 37 by the stopper 37. Will act to lift upwards. Accordingly, the stopper 37 and the bolt 35 are moved to the upper direction while the lock loader 35a is inserted into the rotation failure stop gear 31c to brake the rotation of the rotation failure 31 by triggering the trigger. To function.

The body cover 40 has an upper lid 41; Lower lid 42; As the buoyancy cylinder 43 is coupled and fastened to form a round streamline shape such as an egg

In the automatic chamfering means of the present invention, it provides a buoyancy corresponding to the load of the chamfering means, and at the same time protects and supports the internal unit devices from external shock, and the position and action mechanism of the automatic chamfering operation part 30 are preset. It is characterized in that to perform a function to be performed accurately in the direction.

The upper lid 41 is as shown in the embodiment shown in FIG.

A lower lid fixing protrusion accommodating groove 41a; Buoyant cylinder diaphragm 41b; Buoyant cylinder diaphragm fixing groove 41c; Rotation failure shaft insertion groove 41d; Consisting of spiral (spring) spring fixing hole 41e, it has the same shape as that of the upper part which cut egg horizontally from the upper and lower center position

The upper side of the one side of the upper surface 12 is inserted and fixed to configure; A lower lid fixing protrusion accommodating groove 41a is formed in a stepped shape at a circumferential outer edge of one side bottom surface; On the lower surface of the upper lid 41, the cylindrical columnar buoyancy cylinder plate 41b has a predetermined thickness to the inner surface of the upper lid 41 so that its outer diameter is equal to the diameter of the outer peripheral surface of the bolt receiving groove boss 42b. To form; A buoyancy tube diaphragm fixing groove 41c is formed in an uneven shape along the diaphragm center line of the bottom surface of the buoyancy tube diaphragm 41b; A rotation failure shaft insertion groove 41d is formed at a predetermined depth at a point above and below the buoyancy tube diaphragm 41b positioned in a 0 degree and a 180 degree direction on the cross section with respect to the center line of the upper lid 41; The spiral spring fixing hole 41e is formed to a predetermined depth at a position of a predetermined distance upward from the rotation failure shaft insertion groove 41d,

The lower lid 42 has a lower lid fixing protrusion (42a) as shown in the embodiment shown in FIG. A bolt receiving groove boss 42b; Buoyant cylinder diaphragm fixing protrusion 42c; Gutter receiving groove 42d; Bolt insertion hole 42e; A stopper receiving groove 42f; It is composed of the gland sliding guide protrusion accommodating groove (42g) and has the same shape as the shape of the lower part which cut the egg horizontally from the upper and lower center position

A lower lid fixing protrusion 42a is formed in a step shape on a circumferential inner edge of one side upper surface; The lower lid 42 is formed by forming a cylindrical receiving-shaped boss boss 42b having a predetermined diameter with respect to the center line from the lower surface to the upper surface; A buoyant tube diaphragm fixing protrusion 42c having a concave-convex shape at a position that can coincide with the buoyant tube diaphragm fixing groove 41c on the upper surface of the bolt receiving groove boss 42b; A lock receiving groove 42d having a predetermined diameter and having a predetermined depth is formed in a downward direction from the upper surface of the lock receiving groove boss 42b with respect to the center line; A stopper receiving groove 42f is formed so as to penetrate through a bolt insertion hole 42e of a predetermined diameter relative to the center line from an upper end surface of one side of the stopper accommodation groove 42d; At the time of loading and triggering by forming a cylindrical stopper receiving groove 42f of two stages each having a different diameter from the lower surface of the lower insertion hole 42e to the lower surface of the lower lid 42 at a predetermined depth. To receive and guide the stopper 37 so that the up and down movements of the stopper 37 are accurately made at the set position; A sliding guide protrusion of the bolt in a concave-convex shape from an upper end surface of one side to a lower end surface of the other side on the circumferential outer surface of the bolt receiving groove 42d in the direction of 90 degrees and 270 degrees in the cross section with respect to the center line of the bolt 35. By forming and accommodating the receiving groove (42g) to perform the function of guiding the sliding sliding guide projection (35c) so that the up and down movement of the bolt (35) at the time of loading and triggering is made exactly in the set direction and position,

When the buoyancy cylinder 43 is assembled as the upper lid 41 and the lower lid 42, as shown in the embodiment shown in Figure 2, the buoyancy cylinder diaphragm fixing groove 41c and buoyancy tube diaphragm fixing protrusion 43c is fastened As a closed space formed between the inner surface of the upper lid 41 and the lower lid and the outer surface of the buoyancy cylinder diaphragm 41b and the outer circumferential surface of the bolt receiving groove boss 42b, a buoyancy force corresponding to the load of the chamber means is formed. And characterized in that configured to provide.

Looking at the overall operating mechanism, operation characteristics, and effects of the "fish detection automatic chamming fishing tackle 100" of the present invention made by combining the respective unit parts and functions as described above based on the procedure.

1. When loading in the automatic chamfering means of the present invention

(1) In the state in which the trigger is completed, that is, in the state in which the fish transmission line 33 is completely wound on the rotational failure 31 as shown in the embodiment shown in FIG. After the stopper 37 is pulled downward with a finger to detach the gripping loader 35a which is inserted into the rotation failure stop tooth 31c,

(2) Grasp the lower portion of the fish delivery line 33 with the right hand, pull in the lower direction, the fish delivery line 33 is released from the rotation failure 31 while the trigger 32 as shown in FIG. Reaching the bottom surface of the lower portion of the trigger receiving groove 35d, the bolt 35 is retracted to the lower surface of the lower receiving groove 42d in the downward direction.

(3) In this state, by using the thumb of the left hand holding the chamfering means artificially pressing the stopper 37 bottom surface in the upper direction to move the stopper 37 and the bolt 35 in the upper direction to the bolt loading projection (35a) ) Is inserted into the rotation failure stop tooth 31c to complete the loading.

(4) When the loading is completed as described above, throwing fishing to place the chambering means of the present invention in the water. The chamfering means located in the water, as shown in the embodiment shown in FIG. 5, the fishing line 33 is a self-load of the fishing line 33 and the fishing line 22, seashell bars 23, fishing needles 24, It moves to the lower side by the action of natural gravity due to the total load of the bait or the like, which causes the trigger 34 to be naturally positioned on the bottom bottom of the trigger receiving groove 35b. Such a state is a state in which the autochambering means of the present invention is ready to trigger in response to the fish mouth sensitively.

2. When triggered in the automatic chamber means of the present invention

(1) When the fish bite, the fish bite is transmitted to the trigger 34 through the fishing neck 22 and the fish delivery string 33.

(2) Accordingly, in response to the fish mouth, the trigger 34 moves downward, and is caught by the fish delivery line hole 35a of the nut 35 to retreat the nut 35 downward.

(3) When the bolt 35 is retracted and moved downward, the bolt loader 35a is detached from the rotation failure stop tooth 31c as in the embodiment shown in FIG. 6 to trigger and start the trigger. .

(4) When the triggered state is triggered and started as described above, the bolt 35, which is integrally formed with the bolt-loading protrusion 35a detached from the rotation failure stop tooth 31c, is the compression coil spring 36 of the upper surface of the stopper 37. The resilient restoring force of) causes the stopper 37 to retreat and move downward.

(5) Therefore, the bottom of the bolt 35 is a lower portion of the bolt receiving groove 42f so as not to interfere with the rotation of the rotary failure 31 as shown in FIG. 6 by the elastic restoring force of the compression coil spring 36. The state of being placed on the surface is maintained, and the bolt loading projection 35a can maintain the detached state from the rotation failure stop tooth 31c.

(6) When the rotational failure (31) is instantaneous rapid rotational movement by the elastic restoring force of the spiral (spring) spring 32, the transmission line 33, which was in the fully released state, the rotation failure (31) Coiled on

(7) In accordance with the fast rotational movement of the rotation failure 31, the delivery line 33 is rapidly wound on the rotation failure 31 while the lower portion of the delivery line 33 is a rapid linear movement in the upper direction. The fast linear movement of the fishery transmission line 33 is transmitted to the fishing needle 24 through the fishing leash 22 to induce a chamfering motion that seems to be caught by the fishing needle 24, so that the fishing needle 24 of the fish I get stuck in my mouth.

(8) As the trigger proceeds, the rotation failure 31 continues the rotational movement by the elastic restoring force of the spiral spring 32, and as shown in FIG. When the coil is wound by a predetermined length, the stopper operation bead 38 fixed to the lower portion of the passage line 33 is caught by the passage line 37a of the stopper 37 and lifts the stopper 37 upward. Instant impact force (force) is acting.

(9) Accordingly, the stopper 37 and the bolt 35 are pushed upwards to cause the bolt loader 35a to be inserted into the rotation failure stop tooth 31c, thereby causing the rotation of the rotation failure 31 to fail. Brake to complete the trigger.

(10) Since the spiral (spring) spring 32 is assembled and configured in a state in which a certain amount of elastic restoring force remains, even when the trigger is completed as described above, the elastic restoring force that tries to continue rotating the rotation failure 31 has failed to rotate. It acts on the (31), and accordingly the force acts in the state that continues to pull the fish transmission line 33 in the upward direction. The force acting on the fish delivery line 33 as described above causes the stopper operation bead 38 to continuously lift the stopper 37 upward while being caught in the fishery delivery line hole 37a of the bottom surface of the stopper 37. Will act as raising.

(11) Accordingly, the stopper 37 and the bolt 35 are continuously lifted in the upper direction, thereby causing the bolt loader 35a to maintain the state of being inserted into the rotation failure stop gear 31c, thereby causing the rotation failure 31 to be removed. ) To maintain the braking state.

The "fishing detection automatic chamming fishing mechanism 100" of the present invention is configured in place of the existing buoyancy adjustment weight located in the connection portion of the fishing main line 11 and the fishing leash 22 to perform the buoyancy adjustment function of the buoyancy adjustment weight At the same time, it is designed and configured to be located in the water position that the user wants to be suitable for the fishing site conditions.

It is characterized in that it implements the "fish sensing automatic chamber means" which does not malfunction due to external conditions such as wind or water waves, rising or falling movement of fishing bobber caused by waves at freshwater fishing sites or sea fishing sites.

"Fishing sense automatic chamfering fishing device 100" of the present invention is fixed to the upper lid 41 of the automatic chamfering means (11) automatic chamfering operation portion 11 to transfer the fishing main line (11) and fish mouth By completely separating the fish delivery line 33 of the)

In the freshwater fishing site or the sea fishing site, it does not malfunction due to external conditions such as wind or water waves, rising or falling movement of fishing bobbers caused by waves, and responds only to the quality of the fish.

The "fishing detection automatic chamfer fishing device 100" of the present design is designed so that the force of the catching reaction generated when throwing the fishing with the bait does not affect the automatic chamfering operation portion 30 of the automatic chamfering means, It is characterized in that it does not malfunction when fishing throwing.

The "fishing detection automatic chamfer fishing device 100" of the present invention is composed of each of the unit devices of high strength thermosetting resin of low specific gravity,

The automatic chamfering means is formed in a round shape such as an egg which can be subjected to water resistance so as to descend at an appropriate speed when settling in water; In the main body cover 40 of the automatic chamber means is formed by forming a buoyancy cylinder 43 that can provide a buoyancy corresponding to the load of the chamber means; It is characterized in that the buoyancy adjustment braiding (plum) receiving container (37c) that can accommodate the buoyancy adjustment weight (37d) inside the stopper (37) so that the buoyancy can be arbitrarily adjusted according to the user's needs at the fishing site.

The "fishing detection automatic chamfer fishing equipment (100)" of the present invention is a novice, a professional, a person who is engaged in fishing as a living, and fishing at night and daytime fishing in the waves of fresh water or the waves of the sea where the waves are severe Implement an "auto-chambering means" that does not malfunction due to external conditions such as weather, weather, and research skill, and can perform the chamfering reaction by reacting only to the quality of fish. by doing

In the case of fishing people, many fishing lines are placed in the water at the same time according to the user's needs without having to hold a fishing rod or fishing line on the ship or fishing site and jerking up and down by hand. After a certain amount of time, the fish caught by the automatic chamfering operation, and the action to simply replace the bait to obtain a large amount of catch,

For those who are fishing as a hobby, the fishing needle should always be kept on the mouth by eliminating the inconvenience of keeping an eye on the bobber, preventing eye fatigue, and by the chamfering action of the chamfering means that are configured in the water instead of the buoyancy adjustment weight. It is characterized by being able to double the taste and enjoyment of fishing by chamfering by watching certain movements (fishing) of the fishing bobbin provided by the caught fish.

Claims (6)

In order to implement the function of adjusting the buoyancy instead of the conventional buoyancy adjustment weight located in the water, and at the same time to implement the automatic chamfering means that the chamming action is automatically performed by fish mouth (fishing) The entire configuration of the fishing line fixed portion 10; Fishing neck fixing portion 20; An autochamber operation unit 30; "Fish detection automatic chamfer fishing device 100", characterized in that the body cover 40 configured The method of claim 1, wherein the automatic chamber operation unit 30 Rotation failure (31); Spiral (spring) springs 32; Fishery delivery line 33; Trigger 34; Bolt 35; Compression coil spring 36; Stopper 37; Made of a stopper operation bead (38) The rotation failure 31 is configured to freely perform forward rotation and reverse rotation by inserting and assembling the rotation failure shafts 31a respectively formed on the center line on both sides of the rotation failure shaft insertion groove 41d. , The spiral (spring) spring 32 has spiral (spring) spring fixing holes (31b) and spiral (spring) spring fixing holes (41e) formed at respective ends of the spiral spring. And inserted into and fixed to each other), and a state in which a certain amount of elastic restoring force remains in the state in which the trigger is completed and can act on the rotational failure 31, The fish delivery line 33 is configured by fixing the upper end portion of the one side passing through the fish delivery line hole 35a of the bolt 35 to the fish delivery line fixing groove 31d of the rotation failure 31; One side lower portion is connected to the lower adhering 21 fixed configuration, The trigger 34 is a sphere-shaped ball, and is formed by penetrating up and down with respect to the center line to form a fish transmission line hole 34a; When the transmission line 33 is completely released from the rotation failure 31, the trigger 34 is moved to the lower portion 35 by moving the latch 35 to the lower position in the state where the trigger 34 is caught in the opening line 35a of the latch 35 ( The trigger 34 is inserted from the upper end of the fish delivery line 33 so as to be in contact with the lower surface of the lock receiving groove 42d, and then moved to the lower portion thereof, thereby fixing it to the fishery delivery line 33. and, The bolt 35 is inserted into the bolt receiving groove 42d in a state where the bolt sliding guide protrusion 35d is inserted into the bolt sliding guide protrusion receiving groove 42g and penetrates through the bolt insertion hole 42e. , The lower end of one side of the bolt 35, which has emerged into the upper space of the stopper accommodation groove 42f, is inserted into and fixed to the bolt insertion fixing hole 37b, The compression coil spring 36 is inserted into the upper direction from one side lower portion of the bolt 35 to the upper space of the stopper accommodation groove 42f, The stopper 37 passes through the bolt receiving groove 42d and the bolt inserting hole 42e, and then the compression coil spring 36 is provided at the lower end of one side of the bolt 35 coming out of the upper space of the stopper receiving groove 42f. The lower end of one side of the bolt (35) in the state configured by inserting and inserting into the stopper insertion fixing hole (37b) of the stopper (37), The stopper actuating beads 38 penetrate up and down with respect to a ball of a sphere to form a stopper actuating bead fixing hole 38a; By inserting from the lower portion of the delivery line 33, the delivery line 33 is fixed to the lower portion by Each of the above-mentioned unit device and the unit function is composed of the "auto chamfer operation unit 30" in the automatic chamfering means of the present invention to perform the loading and triggering, and to automatically generate the chamfering action in response to the fish mouth "Fishing sense automatic chamfering fishing equipment 100," characterized in that configured as a means to (創出) The method of claim 2, wherein the rotation failure 31 Rotation failure shaft 31a; Spiral (spring) spring fixing holes 31b; Rotation failure stop tooth 31c; As the fish delivery line fixing groove (31d) The rotation failure shafts 31a are formed on both sides of the rotation failure 31 on the center line with respect to the center line; By inserting into the rotary failure shaft insertion groove (41d) to assemble the state in which the forward and reverse rotation can be freely made, The spiral (spring) spring fixing hole 31b is formed at a point located at 0 degrees on the cross section with respect to the center line on both end surfaces of the rotation failure 31 to insert the spiral (spring) spring fixing protrusion 32a. Fixed and configured, The rotation failure stop gear (31c) is formed by forming a spur gear on each corner of both sides of the rotation failure (31); Round loading chamfers are formed on one side corners so that the rotation failure (31) at the time of loading can be rotated even when caught by the bolt loading projection (35c) when the reverse rotation, The cylindrical outer circumferential surface between the rotation failure stop teeth 31c on both sides of the rotation failure 31 is formed by concave in a round shape so that the fish transmission lines 33 can be wound without overlapping. The credit transmission line fixing groove 31d is formed on a cylindrical outer circumferential surface of the rotational failure 31 which is located at the midpoint of both end faces in the direction of 90 degrees on the cross section with respect to the center line of the rotational failure 31; By inserting and fixing the upper end of the fish delivery line 33 In the automatic chamfering means of the present invention, the "rotational failure 31" formed by combining the respective unit devices and unit functions as described above is reversely rotated when loaded, and the delivery line 33 is released, "Fishing sense automatic chamfer fishing device 100," characterized in that configured as a means for creating a chamfering operation by converting the rotational movement to a linear movement by winding the fish transmission line (33) The bolt 35 according to claim 2, Fish delivery line holes 35a; Trigger receiving groove 35b; Gutter loading projection 35c; Bolt sliding guide protrusion 35d; It is made of a bolt latch jaw (35e) The bolt 35 is formed of a two-stage cylindrical columnar shape having different upper and lower diameters of the bolt 35 by forming a latch latching jaw 35e along the circumferential surface in the upper and lower middle positions. The fishery transmission line hole (35a) is formed by penetrating up and down relative to the center line of the bolt 35, The trigger receiving groove (35b) is formed by forming a cylindrical shape in the lower direction from the upper end surface of one side of the trigger (35) to accommodate the trigger (34), The no-loading projection 35c is formed by protruding in a shape protruding upward in a corner portion of one side of the top surface located at 0 degrees and 180 degrees in a cross-section with respect to the center reference line of the nozzle 35; It is configured to be able to brake the rotation of the rotation failure 31 by being inserted into the rotation failure stop tooth 31c when triggered; Round chamfering is performed on one edge of the bolt loading protrusion 35c so that it can be rotated even when the rotary failure 31 is loaded when the rotary failure 31 is reversed. The bolt sliding guide protrusion 35d protrudes from the upper end surface to the bolt latching jaw 35e on the outer circumferential surface of the bolt 35 positioned at 90 degrees and 270 degrees in the transverse section with respect to the center reference line of the bolt 35. (Iii) formed so that the up and down movements of the bolt 35 at the time of loading and triggering can be made accurately in a predetermined direction and position. In the automatic chamfering means according to the present invention, the "knits 35" formed by combining the unit apparatus and the unit functions as described above are inserted into the rotation failure stop gear 31c during rotation. It is configured as a means for triggering the trigger so that the rotation failure 31 can be rotated by the rotation of the stop projection (31c) is detached from the rotation failure stop tooth (31c) when braking to maintain the state of loading, "Fishing sense automatic angling fishing equipment (100)" The stopper 37 according to claim 2, A fish delivery line hole 37a having a three-stage cylindrical columnar shape having a different diameter; A bolt insertion fixing hole 37b; Buoyancy adjustment (weight) receiving container 37c; Inadequate adjustment (weight) 37d; Consists of a tadpole (weight) container lid 37e for inadequate adjustment The passage line 37a is formed by penetrating up and down based on the center reference line of the stopper 37, The bolt insertion fixing hole 37b is formed downward from the top surface of the stopper 37 based on the center reference line of the stopper 37 to insert and fix the lower part of the bolt 35 so that the bolt 35 and the stopper 37 are fixed. ) To be one, The buoyancy adjustment brazing container 37c for adjusting the buoyancy of the stopper 37 to adjust the buoyancy according to the fishing conditions for the buoyancy cylinder 43 formed so as to exhibit a buoyancy corresponding to the weight of the automatic chamfering means. Formed in the internal space, The braiding container lid 37e is configured to be closed by closing the buoyancy adjusting braiding 37d in the buoyancy adjusting brazing container 37c; The lower edge of one side is formed by performing a chamfer in a round shape Adjusting the buoyancy in the automatic chamfering means of the present invention by the "stopper 37" formed by combining the unit apparatus and the unit functions as described above; At the time when the loading is started, it retreats downward and detaches the thrust loading protrusion 35c from the rotation failure stop tooth 31c; At the time when the loading is completed, advance to the upper direction to insert the bolt loading projection (35c) into the rotation failure stop tooth (31c) to complete the loading state; When triggering, retreat downwards and detach the bolt-loading projection 35c from the rotation failure stop tooth 31c; At the time when the trigger is completed, it is characterized in that it is configured as a means for completing the trigger by braking the rotation of the rotation failure 31 by inserting the bolt loading protrusion 35c into the rotation failure stop tooth 31c. Instrument (100) " The method of claim 1, wherein the body cover 40 Upper lid 41; Lower lid 42; Consisting of a buoyancy tube 43 is made in a round streamline shape, such as the shape of an egg The upper lid 41 is the lower lid fixing protrusion receiving groove (41a); Buoyant cylinder diaphragm 41b; Buoyant cylinder diaphragm fixing groove 41c; Rotation failure shaft insertion groove 41d; It consists of spiral (spring) spring fixing hole 41e The upper lid 41 is fixed by inserting the upper auger 12 in the center of the upper side in the shape of the upper cut horizontally at the central position of the egg, The lower lid fixing protrusion accommodating groove 41a is formed by forming a stepped shape so as to receive the lower lid fixing protrusion 42a to be coupled and fastened. The buoyancy cylinder plate 41b is 2 to 5 mm thick from the lower surface of the upper lid 41 to the upper inner surface of the upper lid 41 in the same size as the circumferential diameter of the upper surface of the key receiving groove boss 42b relative to the center line. Formed into a cylindrical columnar shape, The buoyancy cylinder diaphragm fixing groove 41c is formed by forming an unevenness in a circle along the center point of the inner surface and the outer surface of the lower surface of the buoyancy cylinder diaphragm 41b, The rotary failure shaft insertion groove 41d is formed at the upper and lower center points of the buoyancy cylinder diaphragm 41b positioned at 0 degrees and 180 degrees in the transverse section with respect to the center line of the upper lid 41. The spiral (spring) spring fixing hole 41e is formed by forming at a point located in the vertical direction from the rotation failure shaft insertion groove 41d, The lower lid 42 is a lower lid fixing protrusion (42a); A bolt receiving groove boss 42b; Buoyant cylinder diaphragm fixing protrusion 42c; Gutter receiving groove 42d; Bolt insertion hole 42e; A stopper receiving groove 42f; It is composed of the gland sliding guide projection receiving groove (42g) The lower lid 42 has a lower shape in which the eggs are horizontally cut at the upper and lower center positions, and the lower lid fixing protrusion 42a is the lower lid fixing protrusion receiving groove 41a at the inner circumferential edge of the upper surface of the lower lid 42. Formed to form a step so that can be combined in the Norse receiving groove boss 42b is formed by forming a cylindrical shape of the same size as the outer circumference of the lower surface of the buoyancy cylinder plate 41b from the lower bottom surface of the inner side of the lower lid 42 to the upper surface of the other side relative to the center line and, The buoyancy cylinder diaphragm fixing protrusion 42c is formed on the top surface of the bolt receiving groove boss 42b in a circular shape with a shape projecting to the same height as the inner diameter and the outer diameter of the buoyancy tube diaphragm fixing groove 41c. and The bolt receiving groove 42d is formed in a cylindrical shape from the upper end surface of the bolt receiving groove boss 42b to the key latching jaw 35e based on the center line to insert and receive the bolt 35. The bolt insertion hole 42e corresponds to the cylindrical outer diameter of the lower part of the bolt 35 from the lower surface of one side of the bolt receiving groove 42d to the upper surface of one side of the stopper receiving groove 42f based on the center line of the lower lid 42. Formed to the size to configure so that the bolt 35 can move freely up and down, The stopper accommodating groove 42f is formed in a cylindrical shape of two stages having different diameters from the lower end surface of the lower lid 42 to the lower end surface of the lower lid 42 based on the center line of the lower lid 42 to stopper 37. Insert to configure to accommodate, The bolt sliding guide projection receiving groove 42g is formed at the upper surface of the bolt receiving groove boss 42b on the circumferential surface of the bolt receiving groove 42d positioned at 90 degrees and 270 degrees in the transverse section relative to the center line of the lower lid 42. It is formed so as to accommodate the slip sliding guide protrusion (35d) by forming a concave-convex shape to the lower bottom surface of the bolt receiving groove (42d) The buoyancy cylinder 43 is the main body upper lid 41 and the lower lid 42 is coupled to the integral and the outer circumferential surface of the buoyancy cylinder diaphragm (41b) and the bolt receiving groove boss 42b is the main body cover ( By forming a buoyant force corresponding to the load of the chamfering means of the present invention as a closed space formed between the inner surface of the 40) The "body cover 40" formed by combining the unit apparatus and the unit functions as described above provides a buoyancy force corresponding to the self load of the autochambering means in the autochambering means of the present invention; Supporting internal unit devices and protecting them from external shocks; "Fishing sense automatic chamfer fishing device 100", characterized in that the action and the operating mechanism of the automatic chamfer operation unit 30 is configured as a means to be performed in a predetermined position and direction