KR20040082005A - fishing supporter having bite detect ion apparatus - Google Patents

Abstract

PURPOSE: Provided is a fishing rod support to make the simple handling and the easy, convenient portability of the support possible, and also the low-priced, simple manufacturing with a aluminum chassis, and to offer the nibble detection device, sensitive to the nibble of fish, and preventing or minimizing the damage of fishline. CONSTITUTION: The fishing rod support with a nibble detection device includes; a supporting member(10) having a receiving member(13) for containing the rear portion of a fishing rod(1); a pushing member(30) having plural backing member(32) for supporting the surrounding of the rear end which is extended from the rear portion; connections(20,22) for connecting the supporting member(10) and the pushing member(30) in a parallel manner to each other; a hook hanger(100), extended from the supporting member(10), and hanging the fishline in the state of a set tension; and a warning member, generating a warning signal, in response to the state of a released tension in the hook hanger automatically separated from the fishline when a nibble of fish is detected.

Description

Fishing supporter with bite detection device

The present invention relates to a fishing pedestal for supporting at least one fishing rod and having a mouth quality detecting device that senses the mouth quality of a fish and informs it of a signal.

Typically, a growing population is fishing for leisure, hobbies or rest in nature. Fishing is the total act of fishing the lure attracted by the bait and is distinct from fishing using nets or nets. When such fishing is done at sea, it becomes sea fishing, and when it is done in fresh water, it becomes freshwater fishing. In addition, fishing performed by tying a line at the end of the band based on the fishing rod used is a large fishing, and a fishing reel is fixed to the thickest part of the rod and the fishing line is wound with a reel.

Here, a reel fishing using a spinning reel among freshwater fishing can throw a fish at a relatively long distance and catch a fish at a point difficult to catch by a large fishing. There are many anglers who enjoy it because they do not have to keep an eye on it.

Such reel fishing requires a fishing pedestal for supporting the reel fishing rod in a certain form in addition to the reel fishing rod. Early fishing pods consisted of a ground-mounted structure consisting of a wedge part embedded in the ground and a receptacle for installing a reel fishing rod, but recently, a wooden frame, a pipe, or an iron rod, etc. It has been developed in such a way that it can support several reel fishing rods at once.

However, most of the fishing pedestals, which consist of a balance beam-type mounting frame, are heavy and bulky, which makes them difficult to transport and carry. In addition, the operation for installation is cumbersome and difficult, causing inconvenience to beginners. In addition, the ground-mounted fishing pedestal is very difficult to use when the ground is made of rock.

In recent years, fishing pedestals have been developed with a particle quality sensing device that is easier to carry and carry, easier to install, and offers advantages for anglers who camp day and night. The mouth quality detection device uses a phenomenon that the fishing line is pulled when the fish have made a mouthful, and a detection switch is operated when the fishing line is pulled to generate an alarm sound through the buzzer or a flashing signal through the bulb. Such a granularity detection device typically comprises a hook portion, a detection switch, a battery, a buzzer, and a flashing signal generator.

Most of the components of the quality detection device is embedded in the fishing pedestal consisting of the installation frame of the average bar form, only the hook portion that extends from the detection switch to be caught on the fishing line of the reel fishing rod is usually on the outside of the fishing pedestal. Will be.

Here, the hook part is a key part of the sensitivity of the meat, that is, the sensitivity of fishery detection. Conventionally, hook parts were used using "A" shaped tongs, electric earth tongs, clothespins, fishing line connections, children's hairpins, wire hooks bent by translators, and bead hooks hooked to the ends of skewers. All such hooks are less sensitive to fishery detection, not easy to operate, and the tensioning and release of the fishing line is difficult to maintain accurately. In addition, the extension length of the hook portion is difficult to adjust accurately, there is a problem that the surface of the fishing line is damaged when the fishing line is urgently separated from the hook portion when the meat is bitten. Damaged fishing lines are the main cause of missing meat.

On the other hand, the fishing pedestal consisting of a frame of the average form has been steadily improved, but there is still a problem that it is not easy to carry and carry because the weight is relatively heavy and the volume is quite large.

In addition, when the meat can not be quickly chamfered by lifting the fishing rod from the fishing pedestal, there is a problem that missing the meat because the meat caught in the fishing needle is indeterminate.

It is therefore an object of the present invention to provide a fishing pedestal that is simple to operate and convenient to carry and carry.

Another object of the present invention is to provide a fishing pedestal built-in fishing pedestal that can be cheap and easily manufactured by using an aluminum chassis that is commonly used for the manufacture of window frames.

Still another object of the present invention is to provide a granularity sensing device which is sensitive to fishery detection, easy to operate, and prevents or minimizes damage to fishing lines.

It is another object of the present invention to provide an improved hook portion of the mouth quality detection device installed in the fishing pedestal.

Still another object of the present invention is to provide a mouth quality detecting device including a hook portion having a structure that can be automatically detached from a fishing line upon detecting mouth quality (fishing) of meat.

Still another object of the present invention is to provide a reel fishing pedestal having an autochambering device capable of autochambering by rotating a reel when sensing the quality of the meat.

Still another object of the present invention is to provide a reel fishing pedestal for performing automatic chamfering by rotating the reel so that the fishing line is wound on the reel at the same time as the automatic release of the hook portion.

According to an aspect of the present invention for achieving the above object, a support having a plurality of receiving portions for receiving the rear portion of the fishing rod; A pressing portion having a plurality of support portions for supporting the vicinity of the rear end of the fishing rod further extending from the rear portion; A connection part for connecting the support part and the pressing part to be generally fixed side by side; And a hook portion extending from the supporting portion to be hooked in a state of maintaining the tension set in the fishing line, and an alarm unit generating an alarm in response to the release state of the hook portion automatically detached from the fishing line when detecting a fishing boat. It is provided with a granularity detection device comprising a.

According to another aspect of the present invention, the hook structure of the mouth sensing device accommodated in the fishing pedestal: a trigger portion having a plurality of grooves for hanging the fishing line of the fishing rod placed on the fishing pedestal, and the trigger portion maintains tension A catching part including a spring part extending from one end of the trigger part to be wound in a spring coil shape, and an insertion part extending from the spring part to have a set angle with the trigger part; A pipe-shaped support part for accommodating the insertion part fixedly therein to support the locking part; And a connection part for flexibly connecting the support part to the sensing switch of the granularity detecting device.

According to another aspect of the invention, the reel fishing pedestal. A support portion having a plurality of accommodation portions for accommodating a rear portion of the reel fishing rod; A pressing portion having a plurality of support portions for supporting a vicinity of a rear end of the reel fishing rod further extended from the rear portion; A connection part for connecting the support part and the pressing part to be generally fixed side by side; Hook portion that extends to the support portion and is caught in the state of maintaining the tension set on the fishing line of the reel fishing rod, and an alarm unit for generating an alarm in response to the tension release state of the hook portion is automatically released from the fishing line when the meat is mouthed A granularity sensing device comprising a; And an automatic chamfering device for performing automatic chamfering by rotating the reel so that the fishing line is wound around the reel when the hook portion is automatically detached. Preferably, the automatic chamfering device comprises: a chamfer pulley having an outer circumferential surface formed with a plurality of engaging grooves extending and installed on a reel handle shaft for rotating the reel of the reel fishing rod; A chamber trigger part having one end connected to the hook part and the other end being pulled around a locking pin caught by the locking groove of the chamber pulley; It may include a chamfering driving force generating unit is installed while maintaining the elasticity between the other end of the chamfering trigger and the pressing portion.

1 is a perspective view of a fishing pedestal according to an embodiment of the present invention

Figure 2 is a detailed view of the hook portion in the granulation detection device of Figure 1

3 is a cross-sectional view taken along the line AA ′ of the fishing pedestal of FIG.

4 is a side view showing the operation of the electronic sensing switch 150 of FIG.

FIG. 5 is an electronic circuit diagram related to an alarm unit in the granularity detecting apparatus of FIG. 1. FIG.

6 is a perspective view of a fishing pedestal according to another embodiment of the present invention

7 is a perspective view of an essential part of the automatic chamfering device of FIG.

8 and 9 are views provided to explain the operation relationship of the autochambering device of FIG.

10 is a view showing the assembly relationship of the chamfer pulley of the auto-settling device of FIG.

FIG. 11 shows the main components of the autochambering device of FIG. 6.

Hereinafter, the structure and operation of a fishing pedestal according to an embodiment of the present invention will be described with reference to the accompanying drawings. Although shown in other drawings, components having the same or similar functions are represented by the same or similar reference numerals.

1 is a perspective view of a fishing pedestal according to an embodiment of the present invention. Referring to the drawings, the formation of the pedestal frame, the support 10 having a plurality of receiving portions 13 for receiving the rear portion of the fishing rod 1, and the fishing rod 1 further extended from the rear portion Pressing portion 30 having a plurality of support portion 32 for supporting the vicinity of the rear end of the plurality of connecting portion 20, 22 for connecting the support portion 10 and the pressing portion 30 is fixed side by side substantially )

In addition, the quality detection device installed inside or outside the pedestal frame, each extending from the guide hole 14 of the support 10 to maintain the tension set on the fishing line (3) of the fishing rod (1) Alarm part as shown in Figure 5 for generating an alarm in response to the tension release state of the hook portion 100 is caught in the state, and the hook portion 100 is automatically released from the fishing line (3) when meat meat Include. On the other hand, the reference numerals (11, 21, 31) is a packing made of rubber or plastic material serves to protect the internal space of the pedestal frame from water, moisture, dust and the like.

In FIG. 1, when the support part 10 is manufactured using an aluminum alloy chassis used as a window frame chassis, the purchase of materials is easy and the manufacturing cost is low. In addition, the pressing part 30 and the connecting parts 20 and 22 may also be manufactured by using an aluminum alloy chassis. As such, the weight of the finished product of the fishing pedestal made of aluminum alloy is very light compared to the pedestal made of iron, it is convenient to carry and carry. In addition, the connection parts 20 and 22 connected to the supporting part 10 are spread out, respectively, and the pressing part 30 is installed on the connection parts 20 and 22 by only fixing the butterfly nuts 33 and 34. Dismantling is achieved only by releasing the fixed part and only folding the connected parts 20 and 22 to the lower part of the supporting part 10. Therefore, it is easy to unfold and fold, so even beginners can easily install and dismantle.

According to the present invention, the hook portion 100 has a noble structure that is sensitive to fishery detection and is easy to operate and prevents or minimizes damage to the fishing line, which will be described with reference to FIG. 2.

FIG. 2 is a detailed view of the hook part 100 in the granular material detecting apparatus of FIG. 1. Referring to the drawings, the hook portion 100 is composed of a locking portion 110, the support portion 101, and the connecting portion (103). The catching part 110 includes a trigger part 105 having a plurality of grooves A, B, and C hanging the fishing line 3, and the trigger part 105 such that the trigger part 105 maintains tension. A spring portion 107 extending from one end 106 of the c) and wound into a spring coil shape, and an insertion portion 109 extending from the spring portion 107 and having a set angle with the trigger portion 105. . The support portion 101 functions to support the locking portion 110 by fixedly receiving the insertion portion 109 of the locking portion 110 therein. The connecting portion 103 is connected to the supporting portion 101. It may include connecting lines 103a and 103b connected at both ends of the connection advent 104 in order to allow the end 102 to be connected via a flexible path to the micro actuation switch of the electronic sensing switch in the alarm unit. The connecting lines 103a and 103b of the connecting portion 103 are made of a flexible material while having a low ductility such as a nylon string or a fishing neckline or a rope. As the material of the locking portion 110, a stainless steel wire having a diameter of 0.4 to 0.6 mm (mm) is preferable. Here, the trigger portion 105 having a plurality of grooves (A, B, C) can be formed by bending the stainless steel wire in 1,2,3,3 steps in two rows, and the spring portion 107 is elastic The wire can be wound about three times to have a. As the material of the support 101, a stainless pipe having an outer diameter of about 2 millimeters may be used. The edge portion of the engaging portion 110 and the support portion 101 is protected by the cover portion 108 made of plastic. In the figure, the cover portion 108 is manufactured as a plastic injection molded product having an inverted triangle shape.

As described above, the position of hanging the fishing line on the trigger portion 105 of the hook portion 100 is selectively changed according to the size of the rice cake, the weight of the fishing weight, the type of fish species, or the size of the meat to be fished. Can be. For example, when fishing small fish, the fishing line is caught in the first stage (C), and when fishing the middle meat, the fishing line is caught in the second stage (B). In addition, if you are aiming for fish, the fishing line is caught in the third stage (A). Therefore, when the fishing line is caught in the first stage (C), the trigger portion 105 is lifted the highest as shown as the case (C3). In addition, when the fishing line is caught in the second stage (B) is heard as a middle height as shown as the case (C2), when the fishing line is caught in the third stage (A), the trigger unit 105 is a case ( It is heard at the lowest height as shown as C1). When the cases C1, C2, and C3 are generated, the connection lines 103a and 103b of the connection portion 103 are in a tense state, and the ends of the connection line 103a for length adjustment when necessary. The length may extend or shorten a lot at the connecting end 102 of the support 101.

3 is a cross-sectional view taken along the line AA ′ of the fishing pedestal of FIG. Referring to the drawings, the side shape of the base 10 is made of an aluminum chassis and the side shape of the receiving portion 13 formed of a rubber material is shown. Here, the accommodating part 13 is inserted into the uppermost space of the supporting part 10 and is movable by a predetermined distance perpendicular to the installation direction of the fishing rod of FIG. 1. The connection line 103b of the hook part 100 is connected to the micro operation switch 150a through holes 14 and 15 formed in the support part 10. Here, it is preferable that the connection line 103b forms an angle of about 45 degrees with the horizontal of the support 10 in the state of being inserted into the glands 14 and 15. The micro-operation switch 150a of the electronic sensing switch 150 inserted into the lowermost space of the supporting part 10 is locked or released by the pressing jaw 120a of the power cutoff operation switch 120. Meanwhile, the connection line 103b located between the hole 15 and the micro actuated switch 150a is inserted into the tube 16, and the tube 16 is tensioned in the connection line 103b. If too strong, the micro-operation switch 150a serves to prevent too much lifting or bending. When the micro-operation switch 150a is locked, the switching operation of the electronic sensing switch 150 is forcibly opened, and when the micro-operation switch 150a is unlocked, the switching operation is either in a closed or open state depending on the presence or absence of quality detection. The power cut operation switch 120 may be moved left and right in the longitudinal direction of the fishing pedestal in Figure 1 by the user's operation. On the other hand, the details of the operation relationship of the electronic sensing switch 150 will be more clear with reference to FIG.

4 is a side view illustrating an operation relationship of the electronic sensing switch 150 of FIG. 3. Referring to the drawings, the micro-operation switch 150a of the electronic sensing switch 150 connected to the connection line 103b is shown. In the state where the hook part 100 is hooked to the fishing line, tension exists so that the connection line 103b is pulled. Accordingly, the micro-operation switch 150a of the electronic sensing switch 150 is positioned at the position P2. do. On the other hand, in the case of the quality of the meat, if the hook portion 100 is bounced off the fishing line, the tension of the connecting portion 103 is released. The micro actuation switch 150a of the electronic sensing switch 150 is then in the position P1 and is in the switched on state. Meanwhile, in the drawing, when the pressing jaw 120a of the power cutoff operation switch 120 is positioned at the right side, the micro-operation switch 150a is locked, and when it is positioned at the left side, the microoperation switch 150a is released. Unexplained symbol 150b is a power line connection portion.

Hereinafter, the operation principle of the alarm unit will be described with reference to FIG. 5. However, among the components of the alarm unit, the electronic sensing switch 150 and the power cut operation switch 120 have already been described.

FIG. 5 is an electronic circuit diagram related to an alarm unit in the mouth sensing apparatus of FIG. 1. Referring to the drawings, there are shown a circuit that can install three fishing rods at once and detect the quality of each. However, when the number of installation of the fishing rod is added or subtracted, the components in the alarm unit may also be correspondingly added or subtracted.

The alarm unit, the electronic sensing switch unit 154 to which the micro-operation switch is connected to the connection unit 103 of the hook unit 100, and a battery for supplying DC power when closing the electronic sensing switch unit 154 ( 105, a light emitting unit 144 for emitting light when the electronic sensing switch unit 154 is closed, a buzzer 190 for generating an alarm sound when the light emitting unit 144 emits light, and the electronic sensing switch unit Opening 154 is composed of a power cut operation switch unit 124 for cutting off the DC power.

The electronic sensing switches 150, 151 and 152 constituting the electronic sensing switch unit 154 are closed in the normal state and open in the pressed or pulled state. Therefore, since the hook part is hooked to the fishing line 3, the hook part is opened and thus the light emitting diodes in the buzzer 190 or the light emitting part 144 cannot be operated.

The power cutoff operation switch parts 120-122 in the power cutoff operation switch part 124 are each mechanically or electrically operated to open or close the electronic sensing switch corresponding to the operation of the hook part 100. It is a switch for.

The battery 105, the buzzer 190, and the light emitting unit 144 are ordinary electronic devices, and the battery 105 is a 9 volt commercial battery. The light emitting unit 144 includes light emitting diodes 140-142 which are relatively smaller than the current consumption of the bulb in terms of current consumption. The buzzer 190 is commonly connected to the rear ends of the light emitting diodes 140-142, and generates an alarm sound in response to a voltage applied through a lighted light emitting diode when any one of the light emitting diodes is turned on. do.

In practical use, power of the battery 105 may be provided to the socket 130 of FIG. 1 through a jack 180 connected to the connector 106. In such a case, the nodes 160 and 161 of FIG. 5 correspond to the terminals 160a and 161a of the jack 180.

Hereinafter, a method of using the fishing pedestal will be described with reference to FIG. 1.

First, the user, through the rivets or bolts, each end connected to the lower end of the supporting portion 10, the connecting portion 20, 22 respectively connected at right angles to the longitudinal direction of the supporting portion 10, and then independently separated pressing portion (30) is placed on the connecting portion (20, 22) to adjust the fastening position. Then, the bolts formed in the connecting portions 20 and 22 protrude to the upper portion of the through hole formed in the pressing portion 30. When the user fastens the butterfly nuts 33 and 34 to the protruding bowl, the supporting part 10 and the pressing part 30 are parallel to each other at the upper portions of the connecting parts 20 and 22 as shown in FIG. 1. It is fixed. However, in other cases, the connecting portions 20 and 22 may be installed so that the ends meet each other to form a triangle, or may be replaced by only one connecting portion in the central portion of the supporting portion 10.

Before installing the fishing rod 1 on the fishing pedestal assembled in the form as shown in FIG. 1, in order to ensure the support of the fishing rod more, about 3 kilograms or more of stones or sandbags are attached to the ends of the connecting portions 20 and 22. Up. In this case, it is not necessary to fix a part of the connection part to the ground, and if the front part is raised according to a case, a feature such as stones, soil, land, wood planks, etc. so that the rear part of the fishing pedestal is slightly inclined in parallel. Can be used. In case of heavy rain, a short circuit or a circuit malfunction that may occur if the upper portion of the fishing support 10 is covered with vinyl or the like can be completely prevented.

Afterwards, the user mounts the bait on the fishing needle and throws it to the point, and installs the fishing rod 1 as shown in FIG. Here, the fishing rod accommodating portion 13 of the support 10 is inserted in the form of a rubber packing material is excellent in the stability of the fishing rod support. Also, in this case, moving the rubber packing slightly to the left or right adjusts the direction of the rod installation as desired. Therefore, a condition is provided so that a plurality of fishing rods can be installed in parallel with each other or as desired.

After the throwing, the loosened fishing line 3 is continuously wound using the handle 5 of the reel 4, and the fishing line 3 is tensioned as the thrown fishing needle starts to be pulled from a certain point. At this time, the winding is stopped and the hook part 100 is hanged on the fishing line 3 located between the largest guide hole 2 and the reel of the fishing rod 1 and waits for the fisherman. In this case, since the power cut operation switch 120 is in a locked state, the user pushes the corresponding operation switch 120 to the left to leave it in a released state. Even when the operation switch 120 is in the released state, the tension of the string 3 is still maintained in the state in which the hook portion 100 is caught on the fishing line 3, so that the micro switch 150a is positioned in FIG. And the electronic sensing switch 150 is in the off state.

If the fish is caught on the hook and the fish is pushed, the force to be pushed or pulled is transmitted through the fishing line (3), the hook portion 100 caught on the fishing line (3) is automatically bounced off the fishing line (3) Departure. Accordingly, since the tension of the connecting portion 103 is released, the micro switch is in the position Pl of FIG. 4, so that the electronic sensing switch 150 is turned on. Accordingly, the battery power is connected, the light is turned on in the light emitting diode 140 and the buzzer 190 of FIG. 5 generates an alarm sound.

When the user hears the alarm sound or sees the light emitted from the light emitting diode, the user recognizes that the meat is jammed, quickly pushes the operation switch 120 to the right, and lifts the fishing rod 1 from the pedestal 10 to wind the reel. . Finally, the fish caught in the hook will be taken to the waterside and discharged or put into the meat basket at the user's choice.

Another embodiment of the present invention will now be described with reference to FIGS. 6 to 11.

6 is a perspective view of a fishing pedestal according to another embodiment of the present invention, in addition to the configuration of Figure 1 is an automatic chamber 200 is further installed. Further, in order to more reliably achieve the autochambering function, the support part 32 in the pressing part 30 has an opening part 30a and a blockage part 30b. The blockage portion 30b serves to prevent the fishing rod 1 from retreating further to the rear. In the drawing, the reel handle 5 is installed to operate with the right hand unlike in the case of FIG. 1, but this is only for convenience of understanding and explanation of the automatic chamfering device 200, and it can be installed to be operated with the left hand. Of course. The detailed structure of the autochambering device 200 will be clearer with reference to FIG. 7.

FIG. 7 is a perspective view of a main part of the automatic chamfering apparatus of FIG. 6, wherein the fishing line 3 is wound around the reel 4 when the hook portion 100 in the above-described mouth sensing device is automatically released. The autochambering device 200 is shown for rotating autoclave to perform autochambering. The automatic chamfering device 200 is installed to extend to the reel handle shaft 5a of FIG. 10 for rotating the reel 4 of the reel fishing rod 1 and has an outer circumferential surface formed with a plurality of locking grooves 211. The chamber pulley 210 is copper. Here, FIG. 10 is a view illustrating an assembly relationship of the chamfer pulley 210 of the automatic chamfering apparatus of FIG. 6, and FIG. 11 is a view illustrating main components of the automatic chamfering apparatus of FIG. 6. The chamfer pulley 210 may be made of a light material such as aluminum.

In addition, as shown in FIG. 11, the automatic chamfering device 200 has one end 220a centered on the locking pin 220b of the locking groove 211 of the chamfering pulley 210. A chamber trigger 220 connected to the connecting end 102 of the support 101 in the support 101 and the other end 220c is pulled, and between the other end 220c and the pressing part 30 of the chamber trigger 220. The chamfering driving force generating unit 235 is installed while maintaining elasticity. The chamfering driving force generating unit 235 has one end connected to the elastic line 230 and the elastic line 230 such as a rubber band or a spring, and the other end thereof. It is composed of a ring portion 240 that is caught on the clogging portion (30b) of the pressing portion (30).

As shown in FIG. 10, the inner diameter of the chamfering pulley 210 is inserted into an extension shaft 250 extending to the reel grip shaft 5a, and the release preventing bolt 5b forms a female thread of the extension shaft 250. It is fastened to the portion 250b to prevent the chamfer pulley 210 is separated in the axial direction. The reel grip shaft 5a and the bolt 5b are provided as a component in the ordinary reel 4. Therefore, the extension shaft 250 and the chamfer pulley 210 are installed on the reel 4, and the component shown in FIG. 11 is connected to the end portion 102 of the support portion 101 through the chamfer pulley 210. ) And the pressing portion 30 has a structure as shown in FIG. 7 to achieve an autochambering function.

8 and 9 are views for explaining the operation relationship of the automatic chamfering device of Figure 6, Figure 8 shows the standby state for the automatic chamfer, Figure 9 shows the chamfering state of the automatic chamfering. Since the drawing showing the chamfer pulley 210 of FIG. 7 in the axial direction is shown in FIG. 8, referring to FIGS. 7 and 8, when the trigger portion 105 of the hook portion 100 is caught by the fishing line 3, the support portion is supported. The 101 and the connecting line 103a are tense. In such a state, the user latches the locking pin 220b of the chamfer trigger 220 to an appropriate locking groove 211 among the plurality of locking grooves of the chamfer pulley 210, and the one end 220a is connected to the connection end 102. ), And then hook the ring portion 240 to the pressing portion 30, the automatic chamber 200 is in the standby state. In this case, the connection line 103a does not pass into the hole formed in one end 220a of the chamber trigger portion 220 but is connected to the switch 150 through the outside of the hole. This is because the hook part 100 is freed from the interference of the chamfer trigger part 220 when the hook part 100 is separated. As a result, in the standby state as shown in FIG. 8, the elastic string 230 is pulled tight, but the reason why the chamber pulley 210 does not rotate is because the connecting end 102 is pulled out in the opposite direction in which a pulling force is generated. This is because the end portion 220a of the trigger portion 220 is held. When the meat grinds in such a standby state and the hook part 100 is separated from the fishing line 3, the above-described mouth sensing device operates. At the same time, in the automatic chamfering apparatus 200, a chamfering state as shown in FIG. 9 is achieved.

In FIG. 9, when the support part 101 in the hook part 100 is separated from the fishing line 3, the connection line 103a is released in tension. Accordingly, one end 220a of the chamfer trigger portion 220 is separated from the connecting end portion 102 of the hook portion 100, and the chamfer pulley is engaged by the locking pin 220b of the chamfer trigger portion 220. 210 rotates at least half a turn. Accordingly, the reel 4 rotates and the fishing line 3 is wound on the reel, so that automatic chamfering is performed. At this time, the parts shown in Fig. 11 fall near the floor where the fishing pedestal is installed. Therefore, the user has an advantageous advantage of slowly winding the reel to approach the fishing rod without the need for quick operation for chamfering when the mouth detection signal is recognized.

On the other hand, in the present embodiment, although the automatic chamfering device is implemented in a mechanical manner, it may be possible to rotate the reel by rotating the motor at the same time as the buzzer rings by using a motor and a gear device as an electrical method.

In the above description, the embodiments of the present invention have been described with reference to the drawings, for example. However, it will be apparent to those skilled in the art that the present invention may be variously modified or changed within the scope of the technical idea of the present invention. . For example, when the matter is different, it is a matter of course that the structure of the fishing pedestal equipped with the mouth quality sensing device or the automatic chamfering device can be modified or changed in various forms.

As described above, according to the fishing pedestal equipped with the particle quality detecting apparatus of the present invention, in addition to the existing function, the manufacturing cost is low, the assembly and disassembly is easy, and the carrying and carrying effect is convenient. In addition, according to the hook portion having a structure that can be detached from the fishing line automatically when the mouth (fishing) is detected, the fishery detection is sensitive, easy to operate and has the effect of preventing or minimizing damage to the fishing line. In addition, there is an effect of minimizing the probability of missing fish by automatically performing the chamfering without the chamfering of the user when the mouth quality is detected.

Claims (9)

In the fishing pedestal: A support portion having a plurality of accommodation portions for receiving a rear portion of the fishing rod; A pressing portion having a plurality of support portions for supporting the vicinity of the rear end of the fishing rod further extending from the rear portion; A connection part for connecting the support part and the pressing part to be generally fixed side by side; And Hook portion that extends to the supporting portion is caught in the state of maintaining the tension set on the fishing line and the alarm unit for generating an alarm in response to the tension release state of the hook portion is automatically released from the fishing line upon detection of fishery Fishing pedestal characterized in that it comprises a quality sensor comprising a. The method of claim 1, wherein the hook portion: A trigger portion having a plurality of grooves for hanging the fishing line, a spring portion extending from one end of the trigger portion to be wound in a spring coil shape to maintain tension, and extending from the spring portion to the trigger portion; A catching part including an inserting part having a set angle; A support part supporting the locking part by accommodating an insertion part of the locking part therein; And Fishing support characterized in that it comprises a connecting portion for connecting the support to the alarm flexible. The method of claim 2, wherein the alarm unit: An electronic sensing switch having a micro actuating switch connected to the connecting portion of the hook portion; A battery for supplying DC power when the electronic sensing switch is closed; A light emitting unit which emits light when the electronic sensing switch is closed; A buzzer for generating an alarm sound when the light emitting unit emits light; Fishing stand, characterized in that consisting of a power cut operation switch for cutting off the DC power by opening the electronic sensing switch. The method of claim 1, The support portion is made of a chassis of the aluminum-related material, and the receiving portion formed in the support portion is a fishing pedestal, characterized in that the groove shape of the rubber material is installed horizontally movable. The method of claim 3, wherein the connecting portion of the hook portion is connected to the micro-operation switch through the holes formed in the support portion, characterized in that the angle of about 45 degrees with the horizontal of the support portion in the state inserted into the holes Fishing pedestal. In the structure of the hook part of the quality sensing device accommodated in the fishing base: A trigger portion having a plurality of grooves for hanging a fishing line of the fishing rod placed on the fishing pedestal, a spring portion extended from one end of the trigger portion to be wound in a spring coil shape to maintain tension, and the spring portion A latching part extending from the hook and including an insertion part having a set angle with the trigger part; A pipe-shaped support part for accommodating the insertion part fixedly therein to support the locking part; And Hook structure of the granularity detection device, characterized in that it comprises a connection for connecting the support to the sensing switch of the granularity detection device flexibly. 7. The hook structure according to claim 6, further comprising a cover portion for covering an upper portion of the support portion and a portion of the locking portion. In reel fishing pedestal: A support portion having a plurality of accommodation portions for accommodating a rear portion of the reel fishing rod; A pressing portion having a plurality of support portions for supporting a vicinity of a rear end of the reel fishing rod further extended from the rear portion; A connection part for connecting the support part and the pressing part to be generally fixed side by side; Hook portion that extends to the support portion and is caught in the state of maintaining the tension set on the fishing line of the reel fishing rod, and an alarm unit for generating an alarm in response to the tension release state of the hook portion is automatically released from the fishing line when the meat is mouthed A granularity sensing device comprising a; And Reel fishing support characterized in that it comprises an automatic chamfering device for performing the automatic chamfering by rotating the reel so that the fishing line is wound on the reel when the hook portion is automatically released. The method of claim 8 wherein the autochambering device is: A chamber pulley having an outer circumferential surface formed with a plurality of engaging grooves extending and installed on a reel handle shaft for rotating the reel of the reel fishing rod; A chamber trigger part having one end connected to the hook part and the other end being pulled around a locking pin caught by the locking groove of the chamber pulley; A reel fishing pedestal comprising a chamfer driving force generating portion is installed while maintaining the elasticity between the other end of the chamfer trigger and the pressing portion.