WO2007055328A1

WO2007055328A1 - Fishing tackle with light storing function for fishing line

Info

Publication number: WO2007055328A1
Application number: PCT/JP2006/322484
Authority: WO
Inventors: Katsumasa Kawabata; Shigehiko Fujita
Original assignee: Matsushita Electric Industrial Co., Ltd.
Priority date: 2005-11-11
Filing date: 2006-11-10
Publication date: 2007-05-18

Abstract

A fishing tackle (1) with a light storing function for a fishing line comprising a power supply section (10) secured removably to the outer surface of a fishing rod (2, 3) through a fixing mechanism section (13), a light irradiating section (11) for irradiating the line insertion space of a light storing fishing line (8) with light emitted from a light source (47) which is driven with power supplied from the power supply section (10), a piece (12) having one end bonded to any one of the power supply section (10) and the light irradiating section (11) and coupling the power supply section with the light irradiating section, and a coupling adjusting mechanism section (15) provided, on the other of the power supply section (10) and the light irradiating section (11), with a section (52) for holding the other end of the coupling piece (12) slidably to make it possible to adjust the interval between the power supply section (10) and the light irradiating section (11) through sliding of the coupling piece (12) against the holding section (52), and having a means (53) for securing or releasing by a manual operation the other end of the coupling piece (12) to or from the holding section (52). The fishing tackle (1) has compatibility of being fixed/removed to/from various fishing rods (2, 3) easily and properly, wherein the light storing fishing line (8) can be excited automatically and effectively during ordinary fishing, and fishing can be performed with no strange feeling even if it is fixed to the fishing rod (2, 3), thus achieving a practically excellent fishing tackle.

Description

Specification

Fishing tackle with phosphorescent function for fishing line

Technical field

[0001] The present invention is mainly applied to a fishing tackle or fishing rod provided with a phosphorescent fluorescent fishing line, or to automatically store light by irradiating the fishing line with light while fishing at night. The present invention relates to a fishing tackle that has a function of storing light in a fishing line that can be suitably used for the fishing line.

Background art

[0002] Conventionally, as fishing lines for fishing, synthetic resin monofilaments such as polyamide fluorocarbons having excellent toughness, durability and impact resistance have been mainly used. A phosphorescent fishing line (hereinafter referred to as a phosphorescent fishing line, sometimes referred to as a fishing line) has been developed in which a monofilament contains a phosphorescent agent such as a phosphorescent fluorescent pigment. In this phosphorescent fishing line, when the light is irradiated, the phosphorescent agent contained in the fishing line is excited to enter a phosphorescent state and emit light. Therefore, especially when used for night fishing, the line can be clearly seen like during the daytime, so it is possible to run the fishing line by pulling the fish, how to blow the line by the wind, the entanglement status of the fishing line, the direction of the mechanism input, the input distance, etc. Therefore, it is possible to expect further fishing results.

[0003] When illuminating the phosphorescent fishing line, lighting fixtures such as headlamps, xenon lamps, flash-type phosphors using discharge tubes, etc. were used. It is necessary to irradiate light with a flash-type phosphor, and when light is directly irradiated to the spool of the reel, the light does not reach the deep layer of the spool. Unable to excite the fishing line. In addition, when a flash-type phosphor is attached to a fishing rod and irradiates light to the fishing line that is fed out and wound, the flashing light emission of the flash makes it easy to create strength unevenness by feeding the fishing line, and the visibility of the fishing line is poor. .

[0004] In recent years, therefore, there has been proposed a line phosphor accumulator that is attached to a fishing rod or reel and irradiates light to the phosphorescent fishing line that is being reeled out and is being scraped. For example, special The yarn phosphor disclosed in Permissible Literature 1 comprises a phosphor main body with a built-in light source that also has xenon lamp power and a power box with a switch, and the phosphorescent fishing line is passed through the phosphor main body. It has become. Further, in the yarn phosphor disclosed in Patent Document 2, single or a plurality of light sources including a wavelength that easily excites the phosphorescent agent, a hollow portion through which the phosphorescent fishing line penetrates, a light emitting unit case that stores them, And a power source, and is configured so that light from the light source irradiates the through space of the hollow portion substantially uniformly over the entire circumference.

Patent Document 1: Japanese Unexamined Patent Application Publication No. 2004-298048

Patent Document 2: JP 2006-94820 A

Disclosure of the invention

Problems to be solved by the invention

[0005] However, in Patent Document 1 described above, a technique is provided in which light storage can be applied to a light-collecting fishing line that is being reeled out and wound by attaching a thread phosphor to a fishing rod or reel. The idea is merely disclosed, and no specific configuration such as a mounting form on a fishing rod is shown. For example, in the above-mentioned Patent Document 1, as an example of usage, the operation of feeding and winding the phosphorescent fishing line is performed several times (for example, while illuminating the phosphorescent fishing line penetrating through the inside of the yarn phosphor attached to the fishing rod (for example, It is described that the fishing line is excited and stored by repeating the operation (repeated three times), and then the nighttime fishing is performed by removing the line phosphor from the fishing rod. From this description, it seems that little consideration has been given to automatically irradiating the fishing line with light when the phosphorescent fishing line is unwound and wound with it always attached to the fishing rod. In addition, since the above-mentioned line phosphor phosphor uses a xenon lamp as the light source, the phosphor body itself has a capacity of 5 cn depending on the winding speed in order to sufficiently excite the fishing line. ~ 50cm length is required. For example, when the normal winding speed is 30 m / min, a length of 30 cm is required, and the yarn phosphor is considerably large, which causes many operational limitations.

[0006] Further, in the yarn phosphor shown in Patent Document 2, the light emitting unit is attached between the first guide and the second guide of the fishing rod, and in some cases, the power cord is run along the axis of the fishing rod, It is used with the power supply unit attached near the buttock. In this yarn phosphor, the light emitting part protrudes from the fishing rod to the outside, specifically, it is fixed using a binding band. It takes a lot of time to attach and detach. In addition, a mounting part that can adjust the position (height dimension) of the penetrating space in the light emitting part so as to match the height of the thread guide attached to the fishing rod is disclosed, but the adjustment work is not easy and sufficient. It cannot be said that it has adjustment accuracy and flexibility. The simplification of the shape to prevent thread entanglement to the light emitting part is not fully considered, and if the height of the light emitting part cannot be adjusted accurately, the light emitting part itself becomes a protrusion and causes thread entanglement. It becomes. In particular, in night fishing, it is difficult to unwind the thread entangled in the daytime, so the thread entanglement may adversely affect the fishing results. Moreover, if the height of the light emitting part cannot be adjusted with high accuracy, when the fishing line passes through the through space of the light emitting part, the passage resistance increases, and the flying distance of the pseudo bait and the device is reduced. In addition, since the weight balance of the fishing rod changes remarkably by attaching this yarn phosphor, it is easy for the angler's hands and arms to get tired when the fishing rod is held or shaken. Also, if it takes time to attach / detach / adjust the yarn phosphor, it will limit the fishing time.

[0007] Therefore, many problems remain to be solved in order to realize and put into practical use the configuration of the yarn phosphor. In other words, when putting a line phosphor to practical use, it is small and light, and it can automatically and efficiently irradiate light on the fishing line even when fishing line is fed out at high speed or at high speed while performing normal fishing. In addition to having a light irradiating means that can provide a reliable luminous effect even in the event of wobbling or twisting, the weight balance can be changed by adding a luminous function to enable fishing without feeling uncomfortable. It is necessary to solve various problems such as suppression and prevention of decrease in flying distance such as yarn entanglement and gimmicks. Naturally, consideration must be given to a waterproof structure in order to prevent water from entering the part where the light source and other electrical circuits are installed under the fishing environment. Further, if possible, it is desirable to be able to easily attach and detachably attach to various fishing rods, and to have compatibility without causing any trouble in feeding and winding of the fishing line.

[0008] By the way, as a mode for adding a phosphorescent mechanism to a fishing tackle, (A) A light irradiation part is attached to a fishing rod in the vicinity of the fishing line in a region where the fishing line passes at the time of feeding or winding, and directed toward the fishing line. And (B) outside the area where the fishing line passes (position away from the fishing line) It is conceivable that a light irradiation part is arranged and light is emitted toward the fishing line (in the case of the light irradiation part (the phosphor main body and the light emitting part) disclosed in Patent Documents 1 and 2 above) (A) belongs to the state). Here, in the aspect in which the light irradiation part (A) is arranged in the fishing line passage area and the aspect in which the light irradiation part (B) is arranged outside the fishing line passage area, as described below, Although the importance of the problem to be solved is slightly different, in any of the above modes (A) and (B), the fishing line can be used while performing normal fishing (without requiring special operation). It is important to configure so that light can be irradiated automatically and efficiently toward the fishing line even when unwinding or winding, and a reliable luminous effect can be obtained.

[0009] In the aspect in which the light irradiating part (A) is arranged in the fishing line passage region, there is a possibility that the thread entanglement may occur due to the protrusion caused by the light irradiating part to be attached, and the fishing line passage resistance. It is possible to reduce the flight distance of devices and the like with the increase in the number of devices, and it is important to deal with these issues. In addition, as shown in Patent Documents 1 and 2, when a conventional light irradiator is externally attached to a fishing tackle, it can be easily and firmly attached to a variety of fishing rods. It is necessary to provide a mechanism that can adjust the height of the space from the fishing rod axis center with high accuracy and easily in a short time.

[0010] Further, in the aspect in which the light irradiation part (B) is arranged outside the fishing line passage area, there is no protrusion due to the light irradiation part or the like in the fishing line passage area. It is necessary to suppress changes in the weight balance, and to easily adjust the irradiation range and direction according to the size of the fishing tackle such as the reel used. It is desirable to have compatibility with various fishing gears.

[0011] The present invention has been made in view of the above-described conventional problems, and is capable of automatically and effectively exciting and storing phosphorescent fishing lines while performing normal fishing, and causes entanglement. In addition, a fishing gear equipped with a highly practical phosphorescent function for fishing lines, such as fishing without a sense of incongruity with changes in weight balance, etc. that do not lead to a decrease in flight distance due to increased fishing line passage resistance, etc. For the purpose of providing!

Means for solving the problem

[0012] In order to solve the above-described problems and achieve the intended purpose, a fishing tackle having a function of storing light on a fishing line according to the present invention is detachably fixed to the outer surface of a fishing rod via a mounting mechanism. Power supply A light irradiating unit that irradiates light through a fishing rod threading space by light emission of a light source driven by the power supply unit power supply, and one end of the light source unit or the light irradiating unit. A connection piece that is fixed to the power supply unit and the light irradiation unit, and a holding part that slidably holds the other end of the connection piece is provided on either side of the connection piece. The gap between the power supply unit and the light irradiation unit can be adjusted by sliding with respect to the holding unit, and stop means for fixing and unfixing the other end of the connecting piece to the holding unit by manual operation. And a connection adjusting mechanism portion.

[0013] According to such a phosphorescent fishing tool, in a state where the fixing means is manually operated to release the fixing of the connecting piece to the holding portion, the connecting piece is slid with respect to the holding portion to project the length from the holding portion. Since the distance of the light irradiation unit with respect to the power supply unit fixed to the fishing rod can be variably adjusted, the position of the light irradiation unit can be adjusted by adjusting the height of the thread guide provided on the fishing rod to attach the phosphorescent fishing tackle. It can be set with high precision so as to adapt to the position where the threading hole is formed. As a result, in this phosphorescent fishing tackle, the position of the light irradiator is variably adjusted so as to adapt to the setting height of the thread guides provided on various fishing rods, and toward the fishing line that passes through the threading space. Light is reliably irradiated, and light is emitted every time the fishing line is unwound and wound, so that it can be efficiently stored in the fishing line, and the fishing line is always kept bright even at night. Moreover, light is not leaked around the phosphorescent fishing gear just by irradiating light into the threading space, so there is no warning for fish that can make a fisherman feel dazzling.

[0014] Further, according to this phosphorescent fishing tackle, the position of the light irradiating portion can be adjusted with high precision so as to adapt to the setting height of the line guide, and there is a thing that hinders the passage of the line in the area where the line passes. Since it can be prevented from being positioned, unpleasant thread entanglement does not occur during fishing. In addition, the position of the light irradiator can be adjusted and the line of the fishing line can be improved, so the performance of the original fishing gear that does not increase the passage resistance of the fishing line at the time of feeding or winding the fishing line, That is, it does not affect the flying distance of the pseudo bait and the device. By adding the phosphorescent function, there is an increase in weight compared to a normal fishing tackle that does not have a phosphorescent function, but in this phosphorescent fishing tackle, the power source can be placed close to the fishing rod, so this phosphorescent fishing Fluctuation of the fishing rod attached with the tool can be minimized, and even when a battery with a relatively large capacity is accommodated, shake during shaking can be suppressed and a fishing rod is held. The change in weight balance that is felt when swinging or swinging can be minimized, and the angler does not feel uncomfortable. Further, since it can be easily and firmly attached to and detached from various fishing rods, and the position of the light irradiation section as described above can be adjusted, it has compatibility that can be suitably shared by various fishing rods.

[0015] In the phosphorescent fishing tool described above, the attachment mechanism portion has a fishing rod receiving surface that has a groove shape extending along the longitudinal direction of the battery case of the power supply unit, and is fixed to the outer surface of the battery case. A fishing rod receiving member whose receiving surface is in contact with the outer surface of the fishing rod; a belt-like fixing means whose base end is fixed to the outer surface of the battery case and sandwiches the fishing rod from both sides together with the fishing rod receiving member; It is desirable that it is provided with a locking and holding means for detachably locking the tip portion of the battery to the outer surface of the battery case.

[0016] According to such a phosphorescent fishing tackle, since the power supply portion, which is the heaviest member of the phosphorescent fishing tackle, is attached in a close contact with the fishing rod, a battery having a relatively large capacity is accommodated. Even if this is the case, the original weight balance of the fishing rod is unlikely to be lost, so it is possible to suppress shaking during the swinging of the fishing rod and not adversely affect the sense of swinging the fishing rod. Further, the power source can be easily and firmly attached to and removed from the fishing rod in a short time by tightening the fishing rod receiving member and a fixing means (for example, a fixing band) from both sides. In addition, since the distance between the light irradiation part and the power supply part fixed to the fishing rod can be adjusted arbitrarily, it can be used without any trouble by attaching it to various fishing rods.

[0017] Further, in the phosphorescent fishing tool described above, the fishing rod receiving member has a fishing rod receiving surface having a groove shape with a V-shaped cross section, and at least a portion of the fixing means wound around the fishing rod has a high friction coefficient. It is desirable to have a configuration.

[0018] According to such a phosphorescent fishing tackle, even if the fishing rod has various diameters, the fishing rod has a V-shaped groove shape in the fishing rod receiving member. Because it is aligned with the longitudinal axis of the fishing rod, it is securely received by the fishing rod receiving surface, and the power supply is connected to the structure with a large friction coefficient from the opposite side of the fishing rod receiving surface, for example, a rubber plate. The fishing rod is swung around because it is fixed to the fishing rod through the mounting mechanism with a reliable detent. Sometimes it does not rotate on the axis of the fishing rod or shift up and down.

[0019] Further, in the above phosphorescent fishing tool, the connection adjusting mechanism section is fixed to either the battery case of the power supply section or the outer surface of the exterior case of the light irradiation section, so that the strip-shaped connection piece extends in the longitudinal direction thereof. A holding unit that holds the control unit while being regulated so as to be slid, and a stopping unit that is provided in the holding unit and that is operated by a manual operation to press the connection piece into the non-movable state. It is desirable to be provided with.

[0020] According to such a phosphorescent fishing tackle, the setting position force of the thread guide is different depending on the type of fishing rod such as the throwing rod, the throwing rod, and the lure rod, and the number of the fishing rods. Then, manually operate the stopper on the stopper to release the connecting piece from the holding part, and adjust the position of the light irradiation part to the setting height of the thread guide while sliding the connecting piece on the holding part. After the adjustment, by fixing the connecting piece by operating the stopper, the yarn guide cylinder of the light irradiation section can be positioned so that the cylinder center thereof matches the setting height of the yarn guide. As a result, the fishing line becomes smooth and it is possible to prevent a flying distance such as a trap or a pseudo bait due to an increase in passage resistance when the fishing line passes through the line guide tube. Further, since it can be easily and firmly attached to and detached from various fishing rods, and the position of the yarn guide tube of the light illuminating section as described above can be adjusted, it can be suitably used for various fishing rods.

[0021] Further, in the above phosphorescent fishing tackle, the light irradiating portion is arranged in a parallel to the fishing rod and is installed in the outer case, and the cylindrical interior has a fishing line threading space for the fishing line, and the yarn A reflecting mirror portion formed on the outer peripheral surface or inner peripheral surface of the guide cylinder and a thread passage space of the thread guide cylinder, which is disposed on the cylinder wall of the thread guide cylinder with a spacing in the fishing line passing direction. It is desirable to have a plurality of light sources provided so as to introduce light emission therein.

[0022] According to such a phosphorescent fishing tackle, even when a point light source is used as the light source, the light passing space inside the yarn guide tube is reflected and diffused by the reflecting mirror portion to emit light from the light source force. Since the entire space is irradiated with light with a substantially uniform distribution, the fishing line can be photoexcited reliably. In addition, since the plurality of light sources are arranged at predetermined intervals along the direction of passage of the fishing line, when the fishing line passes through the thread penetration space of the line guide tube, each of the light sources from the plurality of light sources. Excitation effect is high by irradiating light in stages with time lag. It is effectively phosphorescent. Since the light output of the light source can be set small by arranging a plurality of light sources at predetermined intervals along the fishing line passage direction, the life of the battery that supplies power to the light source is improved. The cost can be reduced accordingly.

[0023] Further, in the phosphorescent fishing tool described above, the thread guide tube is formed of a translucent material, and a reflecting mirror portion is formed on the entire surface of the outer periphery of the thread guide tube except for the location of the light source. The light source is disposed near the light guide window portion where the reflecting mirror portion on the outer surface of the yarn guide cylinder is not formed, and light emitted from each light source is transmitted through the light guide window portion and reflected by the reflecting mirror portion. It is desirable to irradiate the inside of the thread insertion space.

[0024] According to such a phosphorescent fishing tackle, light emitted from the light source is introduced into the thread passage space inside the thread guide cylinder through the light guide window portion of the thread guide cylinder formed of a translucent material. Therefore, there is no protrusion on the inner peripheral surface of the thread guide tube forming the thread threading space, so that the fishing line can be inserted into the thread threading space very smoothly.

[0025] Further, in the phosphorescent fishing tackle according to the present invention, the fishing line threading space is irradiated with light by the power source housed inside the fishing rod and the light emission of the light source driven by the power of the power source. A light irradiating portion; and a connecting piece that has both ends fixed to the fishing rod and the light irradiating portion and supports the light irradiating portion protruding from the fishing rod. It is what.

[0026] According to such a phosphorescent fishing tackle, since the heaviest power source is integrally accommodated in the fishing rod, the weight balance of the fishing rod is hardly affected by the attachment of the phosphorescent fishing tackle. There is an advantage that the fishing line can be performed without any problem and it is not necessary to pay attention to the occurrence of the fishing line entanglement with the power source. Moreover, since the light irradiating part is only fixed through the connecting piece, this phosphorescent fishing tackle has compatibility that can be suitably used for various fishing rods. In addition, light is reliably emitted toward the fishing line that is inserted through the threading space, and light is emitted every time the fishing line is unwound and wound, so that it can be efficiently stored in the fishing line. But the fishing line is always kept bright. Moreover, light is not leaked around the phosphorescent fishing tackle simply by irradiating light to the threading space, so there is no warning for fish that can make the angler feel dazzling.

[0027] In the above phosphorescent fishing tackle, one end of the strip-shaped connecting piece is fixed to the outer case of the light irradiation unit. And a holding part for holding the other end of the connecting piece while regulating the other end of the connecting piece in the longitudinal direction thereof is fixed to the fishing rod. It is desirable to provide a stopping means having a stopper for pressing the other end of the connecting piece to the holding portion so as not to move.

[0028] According to such a phosphorescent fishing tool, in the configuration in which the power supply unit is accommodated in the fishing rod, the distance of the light irradiation unit with respect to the fishing rod can be variably adjusted. Can be set with high precision so as to adapt to the setting height of the thread guide provided on the fishing rod to which the thread is to be attached and the formation position of the threading hole. Accordingly, it is possible to prevent an obstacle such as a light irradiator from passing through the fishing line in the region through which the fishing line passes, so that an unpleasant entanglement does not occur during fishing. Furthermore, since the position of the light irradiation part can be adjusted, the performance of the original fishing tackle that does not increase the passage resistance of the fishing line when feeding or winding the fishing line, that is, the flying distance of pseudo bait and device There is no effect. The addition of the phosphorescent function increases the weight compared to a normal fishing tackle that does not have a phosphorescent function, but with this phosphorescent fishing tackle, the power source can be placed close to the fishing rod, so the angler can use the fishing rod. The change in weight balance that you feel when you hold it can be kept to a minimum, and the angler does not feel uncomfortable.

[0029] Further, the phosphorescent fishing tool according to the present invention is detachably fixed to the outer surface of a fishing rod, and has a reel body having a threading portion therein, a power supply unit accommodated in the reel body, and the reel book A light illuminating unit that is accommodated in a position facing the bobbin winding portion in the body and emits light toward the bobbin winding portion of the reel body by light emission of a light source driven by power supply from the power supply unit, At least a side surface of the reel winding portion of the reel body facing the light irradiation portion is formed of a translucent material, and light emitted from the light irradiation portion is applied to the phosphorescent fishing line wound around the reel winding portion of the reel body. It is characterized by being irradiated.

[0030] According to such a phosphorescent fishing tackle, light is irradiated toward the bobbin winding portion of the reel main body by power supply from the power supply unit housed in the reel main body by the light irradiation unit housed in the reel main body. Can be irradiated. In addition, since the fishing line wound around the bobbin continues to be irradiated with light effectively, the fishing line can be efficiently stored, and the fishing line is always kept bright even at night. By illuminating the phosphorescent fishing line inside the reel body, Because it does not leak light to the surroundings, it makes it difficult for anglers to feel dazzling, and it does not give a sense of alertness to fish. In addition, there is no unpleasant thread entanglement during fishing where protrusions to the outside occur due to the fact that the phosphorescent function is added around the reel body. Furthermore, since the fishing line wound around the bobbin is only irradiated with light, the performance of the original fishing tackle that does not cause new passage resistance to the fishing line at the time of feeding or winding of the fishing line, that is, Does not affect the flying distance of simulated bait and devices. Although the light source and power supply are housed in the reel body and the phosphorescence function is added, there is an increase in weight compared to ordinary fishing equipment that does not have the phosphorescence function, but the reel body is located near the handle of the rod. Therefore, the change in weight balance that the angler feels when holding a fishing rod can be minimized. Furthermore, the fishing tackle (reel body) having this phosphorescent function can be attached to and detached from the fishing rod, and it does not require much labor when attaching and detaching this phosphorescent fishing tackle.

[0031] In the phosphorescent fishing tool described above, a light guide window portion is formed in a portion of the light irradiating portion facing the bobbin winding portion, and a cover material having a translucent material force is fitted into the light guide window portion, and the light It is desirable that the light emitted from the irradiating part and transmitted through the cover material of the light guide window part is applied to the phosphorescent fishing line wound around the thread winding part in the reel body. According to such a phosphorescent fishing tackle, the light force generated by the light irradiating unit force is reliably irradiated to the fishing line wound around the bobbin winding part through the cover material of the light guide window unit, and water enters the light irradiating unit. It is possible to prevent damage to the components of the light illuminating unit and the power source unit that are coming.

[0032] Further, in the phosphorescent fishing tool described above, it is desirable that a reflecting mirror part be formed on a side surface of the bobbin winding part that does not face the light irradiation part. According to such a phosphorescent fishing tackle, light emitted from the light irradiating unit and reflected by the reflecting mirror unit suppresses leakage of light transmitted through the bobbin winding unit and emitted to the outside. When it is unwound, it is irradiated repeatedly and multiple times, so that it can be efficiently stored in the fishing line.

[0033] A phosphorescent fishing tool according to the present invention is detachably fixed to the outer surface of a fishing rod, and has a reel body having a thread winding portion and a guide member for guiding the phosphorescent fishing line to the thread winding portion, and is housed in the reel body. And a light source force that is driven by power supply from the power supply unit, and is stored in a position that opposes the bobbin winding portion in the guide member or a position that guides the phosphorescent fishing line in the guide member. Toward the spool or the guide member A light irradiating part for irradiating light, and the light emitted from the light irradiating part is guided by the phosphorescent fishing line guided by the guide member of the reel body or the guide member to the bobbin winding part. The wound phosphorescent fishing line is irradiated with light.

[0034] According to such a phosphorescent fishing tool, power is supplied from the power supply unit accommodated in the reel body by the light irradiating unit accommodated at a position facing the spool of the guide member or a position for guiding the phosphorescent fishing line. Thus, light can be irradiated toward the phosphorescent fishing line guided by the guide member of the reel body. Since the fishing line is also lighted every time it is unwound and wound, it can be efficiently stored in the fishing line, and the fishing line is always kept bright even at night. By irradiating the phosphorescent fishing line with light from inside the guide member of the reel body, light is not leaked to the periphery of the spool or other than the guide member, so it is difficult for the angler to feel dazzling. There is no warning. In addition, uncomfortable thread entanglement does not occur during fishing that the projecting to the outside occurs due to the addition of the phosphorescent function outside and around the reel body. In addition, since the light is only emitted from the guide member that is normally provided on the reel unit, the original fishing tackle has no new passage resistance when the fishing line is fed out or taken up. It does not affect the performance, that is, the flying distance of the artificial bait and the device. Since the light source and power supply are housed in the reel body and the phosphorescence function is added, there is an increase in weight compared to ordinary fishing equipment that does not have the phosphorescence function, but the reel body is located near the handle of the rod. The change in weight balance that the angler feels when holding a fishing rod can be minimized. Further, the fishing tackle (reel body) having this phosphorescent function can be attached to and detached from the fishing rod, and there is no much trouble and effort when attaching / detaching and adjusting the phosphorescent fishing tackle.

[0035] In the phosphorescent fishing tool described above, a light guide window portion is formed in a portion of the light irradiating portion facing the bobbin winding portion, and a cover material having a translucent material force is fitted into the light guide window portion, and the light It is desirable that the light emitted from the irradiating part and transmitted through the cover material of the light guide window part is applied to the phosphorescent fishing line wound around the thread winding part in the reel body. According to such a phosphorescent fishing tackle, the light force generated by the light irradiating unit force is reliably irradiated to the fishing line wound around the bobbin winding part through the cover material of the light guide window unit, and water enters the light irradiating unit. It is possible to prevent damage to the components of the light illuminating unit and the power source unit that are coming. [0036] In addition, the phosphorescent fishing tool according to the present invention is opposed to a power supply unit accommodated in a fishing rod through which the phosphorescent fishing line is inserted along the axial direction, and a portion through which the phosphorescent fishing line is inserted in the fishing rod. A light irradiating unit that emits light toward the inside of the fishing rod by light emission of a light source that is driven by power supply of the power supply unit, and the light emitted from the light irradiating unit is the fishing rod The phosphorescent fishing line passing through the inside is irradiated.

[0037] According to such a phosphorescent fishing tackle, power is supplied from the power supply unit accommodated in the fishing rod by the light irradiating unit accommodated in the fishing rod (the so-called through rod) into which the phosphorescent fishing line is inserted. Light can be irradiated to the phosphorescent fishing line that passes through the fishing rod more. Moreover, since the light is emitted every time the fishing line is unwound and wound, the light can be efficiently stored in the fishing line, and the fishing line is always kept bright even at night. By illuminating the phosphorescent fishing line inside the fishing rod, light is not leaked to areas other than the fishing rod, so that the angler does not feel dazzled, and the fish is not wary. Further, in the vicinity of the fishing rod and the reel body, there is no unpleasant thread entanglement during fishing where the projections to the outside occur due to the addition of the phosphorescent function. Furthermore, since the light is only radiated using a structure that allows the fishing line to pass through the fishing rod of the penetrating rod, it does not cause a new passage resistance to the fishing line when the fishing line is unwound or taken up. It does not affect the performance of the fishing gear, that is, the distance of the artificial bait and the device. By storing the light source and power source in the fishing rod and adding the phosphorescence function, there is an increase in weight compared to ordinary fishing equipment that does not have the phosphorescence function, but the change in weight balance that the angler feels when holding the fishing rod is minimized. It can be stopped to the limit.

[0038] In the phosphorescent fishing tackle described above, the power supply unit and the light irradiation unit are accommodated in a rod butt portion that can be attached to the fishing rod, and the fishing rod facing the light irradiation unit accommodated in the rod butt portion is provided. An internal space in which a thread guide body having a thread guide hole is fitted in the internal space along the axial direction of the fishing rod, and light from the light irradiation unit is formed between the fishing rod and the thread guide body Desirable to be configured to irradiate inside. According to such a phosphorescent fishing tackle, it is possible to add a phosphorescent function with a simple structure by accommodating the power supply unit and the light irradiating unit in the buttock portion, and the light of the light irradiating unit power can be guided by the thread. It is possible to irradiate the fishing line passing through the internal space formed with the body efficiently.

[0039] In the phosphorescent fishing tool described above, the wall of the internal space of the fishing rod facing the light irradiator Preferably, a reflecting mirror part is formed on the surface, and light from the light irradiating part is reflected by the reflecting mirror part to irradiate the inside space of the fishing rod. According to such a phosphorescent fishing tool, the light force emitted from the light irradiating part and reflected by the reflecting mirror part formed on the wall surface of the internal space is repeatedly and repeatedly irradiated at the time of winding and unwinding the fishing line. As a result, it is possible to efficiently store light in the fishing line.

[0040] Further, in the phosphorescent fishing tool described above, it is desirable that the power source unit and the light irradiation unit are integrally fitted into the buttock portion so as to be removable as a unit body. According to such a phosphorescent fishing tackle, a light storage mechanism can be added with a compact configuration by integrating the power supply unit and the light irradiating unit. It can be shared, and material costs and assembly man-hours can be reduced.

[0041] Further, the phosphorescent fishing tackle according to the present invention is housed in a fishing rod or attached to the outside in a detachable manner, and is housed in the fishing rod, and is supplied with power from the power source portion. The fishing rod with a light source to be driven and a light transmitting material in a state where the base end side leg portion passes through a through-hole formed in the outer surface of the fishing rod and is disposed in close proximity to the light source. A thread guide part having a ring part that protrudes from the outer surface of the fishing rod on the tip side and that has a thread threading space formed in the center, and the light source force is also emitted, and the ring part of the thread guide part The light guided to the light is irradiated onto the phosphorescent fishing line that passes through the yarn passing space of the yarn guide portion.

[0042] According to such a phosphorescent fishing tackle, the light emitted from the light source cage received in the fishing rod upon receiving power from the power source is transmitted to the thread guide portion formed of a translucent material. It is possible to irradiate light toward the phosphorescent fishing line inserted through the inner thread passage space. Moreover, light is emitted each time the fishing line is unwound and wound, so that the fishing line can be efficiently stored and the fishing line is always kept bright even at night. In addition, there is no unpleasant thread entanglement during fishing that is caused by the projections to the outside due to the addition of the phosphorescent function to the thread guide. Furthermore, if a thread guide portion having the same shape as that of the normally provided thread guide is arranged at an appropriate position of the fishing rod, a new passage resistance is increased in the fishing line at the time of feeding or winding the fishing line. This does not affect the performance of the original fishing tackle, that is, the flying distance of the pseudo bait and the device. In that case, this thread guide Since this also serves as a thread guide that is normally used, the weight that the angler feels when holding a fishing rod is reduced because there is little weight increase compared to a normal fishing tool that does not have a phosphorescent function, which requires no additional thread guide. Balance changes can be minimized.

[0043] Further, in the phosphorescent fishing tool described above, it is preferable that a recess is formed in the leg portion of the thread guide portion, and the light source accommodated in the fishing rod is inserted into the recess. According to such a phosphorescent fishing tackle, since the light source is inserted into the recess of the thread guide portion, the light that is also generated by the light source force is efficiently transmitted to the thread guide portion (ring portion). .

[0044] Further, in the phosphorescent fishing tool described above, a reflecting mirror portion is formed on an outer peripheral surface of the leg portion excluding an inner peripheral surface of the ring portion and an inner surface of the concave portion in the yarn guide portion, and the light source includes the yarn guide portion. Are arranged in close contact with a recess in which the reflecting mirror portion is not formed, and light emitted from the light source passes through the light guide window portion and irradiates the yarn threading space. It is desirable. According to such a phosphorescent fishing tool, the reflecting mirror part is formed on the outer peripheral surface excluding the inner peripheral surface and the like of the thread guide part (ring part), so that light is not wasted toward the fishing line that passes through the ring part and multiplexed. It will be irradiated and can be efficiently stored in the fishing line. Also, since light leakage to the outside of the thread guide (in the direction other than the inner peripheral surface of the ring) is prevented, it is possible to give a warning to fish that can make the angler feel dazzling. Absent.

[0045] Further, in the phosphorescent fishing tool described above, a recess is formed in the leg portion of the yarn guide portion, and one end of the optical fiber is inserted into the recess and the other end of the optical fiber is connected. It is desirable that a light receiving part is accommodated in the fishing rod and the light source is inserted into a light receiving recess formed on the opposite side of the surface to which the other end of the optical fiber of the light receiving part is connected. . According to such a phosphorescent fishing tackle, the light source and the light receiving part are arranged on the buttock side, and light is transmitted to the thread guide part through the optical fiber. Therefore, when the light source is caused to emit light through the wiring cord, Compared to this, the weight increase can be reduced, and the change in weight balance that the angler feels when holding a fishing rod can be minimized. In addition, a plurality of yarn guide portions can be arranged on a fishing rod using a plurality of optical fibers. With this configuration, a larger amount of accumulated light can be obtained by irradiating light with a plurality of yarn guide portions. Can be applied to fishing lines.

[0046] Further, the phosphorescent fishing tool according to the present invention is detachably fixed to the outer surface of the fishing rod, and has a reel body having a spool portion inside, and is accommodated in the fishing rod, or the fishing rod Or a power supply unit that is detachably attached to the reel body, and a light source that is attached to an outer surface of the fishing rod or a leg part of the reel body and driven by power supplied from the power supply unit. A light irradiating unit that irradiates light toward the bobbin, wherein the light irradiating unit limits an irradiation range of the light irradiated by the light irradiating unit force, and Z or light Irradiation position adjusting means for adjusting the irradiation position or irradiation direction is provided, light emitted from the light irradiating unit, the irradiation range of which is limited by the irradiation field limiting means, and Z or irradiation by the irradiation position adjusting means The light whose position or irradiation direction has been adjusted is irradiated on the phosphorescent fishing line wound around the spool of the reel body.

[0047] According to such a phosphorescent fishing tackle, the light irradiating part attached to the outer surface of the fishing rod or the leg part of the reel body can irradiate light toward the reeling part of the reel body by power supply. . In addition, it is equipped with irradiation field limiting means that limits the light irradiation range and irradiation position adjustment means that adjusts the Z or light irradiation direction, so that it can continue to irradiate light concentrated on the bobbin winder. It is efficiently stored and is always bright even at night. In addition, since light does not leak around the area other than the spool, it does not give a sense of vigilance to the fish that makes the angler feel dazzling. External force of fishing rod or reel body By irradiating light toward the reel body, there is no light irradiation part in the area where the fishing line passes when winding or unwinding the fishing line. There is no concern about contact or entanglement. In addition, the flying distance of the pseudo bait and the device without increasing the passage resistance of the fishing line is not impaired. In addition, the addition of the phosphorescent function increases the weight slightly compared to a normal fishing tackle that does not have a phosphorescent function. ) Because it is located in the vicinity, the change in weight lance that you feel when you hold the fishing gear can be minimized.

[0048] In the above phosphorescent fishing tackle, the irradiation field limiting means includes a condensing lens in which either surface is formed in a convex shape, thereby limiting the light irradiation range of the light irradiation unit force. It is desirable to be limited. According to such a phosphorescent fishing tackle, it can be constituted by an inexpensive member such as an irradiation field limiting means and a fluorescent lens, and can be easily incorporated into the light irradiation section. [0049] Further, in the above phosphorescent fishing tackle, the irradiation position adjusting means adjusts the light irradiation direction of the light irradiation unit force by tilting or sliding the light irradiation unit. It is desirable to be a thing. According to such a phosphorescent fishing tackle, the irradiation position adjusting means can be easily configured by a mechanism that tilts or slides the light irradiation unit. Brief Description of Drawings

[0050] [FIG. 1] FIG. 1A to FIG. 1B are views for explaining the state of attachment of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention to a fishing rod, and FIG. 1A is attached to a spinning reel fishing rod. FIG. 1B is an overall view showing a state of being attached to a bait reel fishing rod.

FIG. 2A to FIG. 2C are diagrams for explaining the structure of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention. FIG. 2A and FIG. FIG. 2C is a rear view of the arrangement force shown in FIG.

[FIG. 3] FIGS. 3A to 3C are views for explaining the structure of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention, FIG. 3A is a longitudinal sectional view, and FIG. FIG. 3C is a cross-sectional view taken along line FF in FIG. 3A.

[FIG. 4] FIGS. 4A to 4D are optical diagrams for explaining the light irradiation state from the light irradiation section in the thread guide tube of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention. Fig. 4B is a vertical cross-sectional view when the light source is arranged at two points on a line parallel to the cylinder center on the outer surface of the thread guide. Fig. 4B is a cross-sectional view taken along line BB in Fig. 4A. Fig. 4D is a longitudinal sectional view in the case where light sources are arranged at two locations opposite to each other in the radial direction on the outer surface of the yarn guide cylinder wall, and Fig. 4D is a transverse sectional view along the CC line in Fig. 4C.

FIG. 5A to FIG. 5D are optical diagrams for explaining the light irradiation state from the light irradiation section in the thread guide tube of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention. Fig. 5B is a vertical cross-sectional view when the light source is arranged at two locations on a line parallel to the cylinder center in the thread guide, Fig. 5B is a cross-sectional view along line B-B in Fig. 5A, and Fig. 5C is FIG. 5D is a cross-sectional view taken along the CC line in FIG. 5C when the light sources are arranged at two locations facing each other in the radial direction in the thread guide cylinder wall.

FIG. 6A to FIG. 6C are diagrams for explaining the structure of the phosphorescent fishing tackle 1B according to Embodiment 2 of the present invention, FIG. 6A is a front view, FIG. 6B is a plan view, and FIG. Upside down from 6A arrangement It is the rear view seen in the state turned.

FIG. 7A to FIG. 7B are diagrams for explaining the structure of the phosphorescent fishing tackle 1C according to Embodiment 3 of the present invention, FIG. 7A is a front view, and FIG. 7B is upside down from the arrangement of FIG. It is the rear view seen in the state made to do.

8] FIGS. 8A to 8C are diagrams for explaining the structure of the phosphorescent fishing tackle 1D according to Embodiment 4 of the present invention, FIG. 8A is a front view, FIG. 8B is a plan view, and FIG. 8C is FIG. It is the rear view seen in the state turned upside down from arrangement | positioning.

FIG. 9 is a side cross-sectional view for explaining the structure of a phosphorescent fishing tackle 1E according to Embodiment 5 of the present invention.

FIG. 10 is a side cross-sectional view showing a reel body cover in a state where a drag knob and a thread winding portion are separated, in order to explain the structure of a phosphorescent fishing tool 1E according to Embodiment 5 of the present invention.圆 11] FIGS. 11A to 11C are diagrams illustrating the structure of the phosphorescent fishing tackle 1F according to Embodiment 6 of the present invention, FIG. 11A is a front view, FIG. 11B is a top view, and FIG. 11C is a side view. .

[FIG. 12] FIGS. 12A to 12D are views for explaining the structure of a phosphorescent fishing tackle 1G according to Embodiment 7 of the present invention, FIG. 12A is a side view, and FIG. FIG. 12C is a side view as seen from the back side in a state of being held, FIG. 12C is a top view, and FIG.圆 13] FIGS. 13A to 13C are views for explaining the structure of the phosphorescent fishing tackle 1H according to Embodiment 8 of the present invention. FIG. 13A is a front view, FIG. 13B is a top view, and FIG. 13C is a side view. .

FIG. 14A to FIG. 14B are diagrams for explaining the structure of the phosphorescent fishing tackle II according to Embodiment 9 of the present invention, FIG. 14A is a side sectional view, and FIG. 14B is a top view.

FIG. 15A to FIG. 15B are diagrams for explaining the structure of the phosphorescent fishing tackle 1J according to Embodiment 10 of the present invention, FIG. 15A is a side sectional view, and FIG. 15B is a top view.

FIG. 16 is a partially cutaway perspective view for illustrating the structure of the thread guide portion in the phosphorescent fishing tool 1K according to Embodiment 11 of the present invention.

FIG. 17 is a partially cutaway perspective view for illustrating the structure of a thread guide portion in a phosphorescent fishing tackle 1L according to Embodiment 12 of the present invention.

FIG. 18 is a side view, partly broken away, illustrating the structure of a phosphorescent fishing tackle 1M according to Embodiment 13 of the present invention. FIG. 19 is a side view, partly broken away, illustrating the structure of the phosphorescent fishing tackle IN according to the fourteenth embodiment of the present invention.

FIG. 20 is a side view, partly broken away, for illustrating the structure of the phosphorescent fishing tackle lO according to the fifteenth embodiment of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

[0051] The best embodiment of the fishing line for yarn storage according to the present invention will be described below in detail with reference to the drawings. It should be understood that the embodiments disclosed below are illustrative in all respects and are not restrictive. The technical scope of the present invention is indicated by the description of the scope of claims rather than the contents disclosed in the embodiment, and further includes meanings equivalent to the scope of claims and all modifications within the scope. Should be understood.

[0052] (Embodiment 1)

FIG. 1A to FIG. 1B are diagrams for explaining the state of attachment of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention to a fishing rod, and FIG. 1A is an overall view showing the state of being attached to a spinning reel fishing rod. FIG. 1B is an overall view showing a state where it is attached to a fishing rod for a bait reel.

[0053] A phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention (a fishing tackle having a phosphorescent function; hereinafter abbreviated as a phosphorescent fishing tackle) is attached to a spinning reel fishing rod 2 as shown in FIG. 1A. Used or attached to a bait reel rod 3 as shown in FIG. 1B. The fishing rod 2 for the spinning reel is a fishing rod to which the spinning reel 5 is attached, and the fishing rod 3 for the bait reel 3 is a fishing rod to which the bait reel 6 is attached. The rolled phosphorescent fishing line 8 is sent to the tip of the hook through a plurality of thread guides 9A to 9D provided on the fishing rods 2 and 3.

[0054] The phosphorescent fishing tackle 1A includes a power supply unit 10 that is detachably attached to the fishing rods 2 and 3, and a light irradiation unit 11 that is detachably connected to the power supply unit 10 via a strip-shaped connecting piece 12. It is prepared for. In the first embodiment, a case where the phosphorescent fishing tackle 1A is attached to a location between the reels 5 and 6 and the first thread guide 9A in the fishing rods 2 and 3, that is, a location near the bottom of the rod is illustrated. This phosphorescent fishing tackle 1A supplies power from the power supply unit 10 to the light source of the light irradiation unit 11 to drive the light source to emit light when the phosphorescent fishing line 8 is fed out or wound around the reels 5 and 6. The phosphorescent fishing line 8 inserted in advance in the thread passing space is moved in the thread passing space irradiated with light from the light source to excite the phosphorescent agent contained in the phosphorescent fishing line 8 by light irradiation. Thus, the fishing line 8 is made to emit fluorescence.

[0055] FIGS. 2A to 2B are views for explaining the structure of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention, and FIGS. 2A and 2B are front views and plan views, respectively, partially broken away. FIG. 2C is a rear view when the arrangement force of FIG. 2A is also turned upside down.

The power supply unit 10 has a hollow cylindrical appearance with both ends closed, and is provided with an attachment mechanism unit 13 for fixing to the fishing rods 2 and 3.

[0057] The mounting mechanism portion 13 is formed in a band shape by soft grease, and a sawtooth-like locked portion 14a is formed on the outer surface extending from the central portion in the length direction to the distal end portion, and the proximal end A fixing band 14 which is a fixing means whose part is fixed to the outer surface of the power supply unit 10, and a fishing rod receiving member 17 which is formed with a groove-shaped fishing rod receiving surface 17a having a V-shaped cross section and is fixed to the outer surface of the power supply unit 10. A holder 18 projecting from the power supply unit 10 in a direction orthogonal to the fishing rod receiving member 17 and allowing the fixing band 14 to pass therethrough, and a battery 18 rotatably supported by the holder 18 via a support shaft 20. One end is fixed to the mounting mechanism 13 so that the kull lock plate 19 and the knuckle lock plate 19 are urged in the rotating direction to engage the locked portion 14a of the fixing band 14, and the other end force buckle lock plate 19 A pair of a lock spring 21 fixed to a fishing rod receiving member 17 on the inner surface of the fixing band 14 It is composed of a rubber plate 22 that is fixed in order to obtain a structure with a high coefficient of friction! The fishing rod receiving member 17 is made of a hard material.

[0058] When the power supply unit 10 is mounted on the fishing rods 2 and 3 by the mounting mechanism unit 13, the mounting mechanism unit 13 is detached from the locked portion 14a against the urging force of the lock spring plate 19 against the urging force of the lock spring 21. The fixing band 14 is removed from the holder 18 while being rotated in the direction to be rotated, and as shown in FIG. 2B, the fishing rod of the fishing rod receiving member 17 is attached to the outer surface of the fishing rod 1 and 2 where the phosphorescent fishing tackle 1A is to be attached. With the receiving surface 17a applied, in this state, the holder 18 and the buckle lock plate 19 are arranged so as to be wound around the outer surface of the fishing rods 2 and 3 opposite to the fishing rod receiving member 17. After that, the fixing band 14 is pulled as far as possible to the end until it cannot move, and the rubber plate 22 provided on the fixing band 14 and the fishing rod receiving surface 17a of the fishing rod receiving member 17 And pinch the fishing rods 2 and 3 with opposing forces. At this time, the lock spring Since the buckle lock plate 19 to which the rotational urging force is applied from 21 is always engaged with the tooth portion of the locked portion 14a, the knock lock plate 19 moves in the distal direction relative to the fixed band 14. Allowable force Since the holder 18 is prevented from moving in the removal direction, the fixing band 14 is fixed by the buckle lock plate 19 at a position where it cannot move. Therefore, this attachment mechanism part 13 can attach the power supply part 10 to the fishing rods 2 and 3 by an easy operation.

[0059] In addition, the mounting mechanism portion 13 described above is generally a groove having a V-shaped cross-sectional shape in a fishing rod receiving member 17 formed of a hard material with respect to the fishing rods 2 and 3 having a circular cross-sectional shape. Since both forces are sandwiched between the cylindrical fishing rod receiving surface 17a and the rubber plate 22, the power source 10 can be firmly fixed to the fishing rods 2 and 3. In other words, the fishing rod receiving member 17 is formed along the groove on the fishing rod receiving surface 17a formed into a V-shaped groove shape, even if the diameter of the fishing rods 2 and 3 is different. At least two points on the line are received inelastically and held so that the longitudinal axes of the fishing rods 2 and 3 are not displaced from the groove direction of the fishing rod receiving surface 17a. Further, the fishing rod receiving member 17 gives a strong clamping force to the fishing rods 2 and 3 together with the fixed band 14 and can hold the clamping force, and the opposing side force of the fishing rod receiving surface 17a also has a friction coefficient. A large rubber plate 22 is pressed. For this reason, the power supply unit 10 is fixed to the fishing rods 2 and 3 in a state in which the power supply unit 10 is reliably prevented from being rotated and misaligned via the mounting mechanism unit 13, so that when the fishing rods 2 and 3 are swung, the fishing rods 2 and 3 There is no risk of turning on the axis of the rod or shifting to a state where it does not coincide with the axis of the fishing rods 2 and 3. Although illustration is omitted, the fishing rod receiving member 17 may be formed of a soft material having a high coefficient of friction. In this case, in order to restrict elastic deformation of the fishing rod receiving member 17 when the fishing rod is received. A firm support structure is projected from the outer surface of the power supply unit 10, and the fishing rod receiving member 17 is put on the support structure so that the back surface of the fishing rod receiving surface 17a is in contact with the support structure. can do.

[0060] Furthermore, the mounting mechanism section 13 is mounted in an arrangement in which the power source section 10 is disposed at an arbitrary location on the outer peripheral surface of the fishing rods 2 and 3 and the light irradiation section 11 is projected in an arbitrary direction. 1A to IB The thread guides 9A to 9D shown in FIG. IB can be easily attached to both the spinning reel fishing rod 2 and the bait reel fishing rod 3 which are different from each other.

[0061] Further, the mounting mechanism 13 described above pulls the fixing band 14 inserted through the holder 18. The power supply unit 10 can be attached to the fishing rods 2 and 3 with a strong tightening force, and the buckle lock plate 19 is rotated to release the locking to the locked portion 14a. Since the power supply unit 10 can be removed from the fishing rods 2 and 3 simply by pulling out, the power supply unit 10 can be easily attached to and detached from the various fishing rods 2 and 3.

[0062] FIGS. 3A to 3C are diagrams for explaining the structure of the phosphorescent fishing tackle 1A according to Embodiment 1 of the present invention, FIG. 3A is a longitudinal sectional view, and FIG. 3B is a line AA in FIG. 3A. 3C is a cross-sectional view taken along line FF in FIG. 3A.

As shown in FIG. 3A, the power supply unit 10 has an upper end opening and a lower end opening of a cylindrical battery case 23 that houses a battery 24 that serves as a driving power source for a light source described later of the light irradiation unit 11. It is closed with a case lid 27 and a switch cap 28 to form a hollow cylindrical exterior body. Case lid 27 and switch cap 28 are detachably fitted to battery case 23 in an airtight state with O-rings 29 and 30 interposed therebetween. Further, a power cord 31 for supplying power from the battery 24 to the light irradiation unit 11 is led out from the case lid 27 through a rubber bush 32 in a sealed state. As a result, the external body of the power supply unit 10 is configured to have a waterproof structure that can reliably prevent water from entering the inside. It is protected without fail, so it can be used without choosing a fishing spot or weather.

[0064] As shown in FIG. 3B, when the switch cap 28 is rotated in the direction of the arrow, the operation piece 33 that moves together with the switch cap 28 elastically deforms the switch lead 34, and is indicated by a two-dot chain line. The switch lead 34 is electrically connected to the conduction plate 37 so that the Thus, in the battery 24, the negative electrode side drawn out through the battery lead 38 and the positive electrode side drawn out through the switch lead 34, the conductive plate 37 and the connection terminal 39 are electrically connected via the battery 24, and the power cord A switch mechanism for supplying power to a light source (described later) of the light irradiation unit 11 through the line 31 is configured. This switch mechanism can be operated by rotating the switch cap 28 from the outside only when the fishing line 8 is reeled out from the reels 5 and 6 and when it is wound, so that power is supplied from the battery 24 to the light source 11. The optical excitation of the fishing line 8 can be effectively performed while the life of the battery 24 is secured.

On the other hand, as shown in FIGS. 3A and 3C, the light irradiator 11 is an outer part formed in a substantially cylindrical shape. The guide cylinder 41 is fitted and connected to the lower end opening of the packaging case 40, and the thread guide cylinder 42 formed in a cylindrical shape by a translucent material is arranged so as to match the cylinder center of the outer case 40. The upper and lower ends are fitted and held in the holding cylinder 40a of the outer case 40 and the holding cylinder 41a of the guide cylinder 41, respectively. A reflecting mirror 43 is formed on the outer peripheral surface of the thread guide cylinder 42 by attaching a reflecting sheet or a reflecting film, but two locations in the direction along the cylinder center of the thread guide cylinder 42 are formed. Further, a light guide window portion 44 in which the reflecting mirror portion 43 is not formed is provided.

[0066] In the vicinity of the outside of the yarn guide cylinder 42, a printed circuit board 48 on which two light sources 47 made of ultraviolet light emitting diodes are mounted in an arrangement corresponding to the two light guide windows 44 is provided on the yarn. The two light sources 47 are arranged so as to face the two light guide window portions 44 and are supported by the support piece 40b of the outer case 40 in parallel with the cylindrical center of the guide tube 42. As shown in Fig. 3C, the power cord 31 is connected to the printed circuit board 48, and the light source 47 is fed from the battery 24 of the power supply 10 through the power cord 31 and the printed circuit board 48. As a result, light emission is driven.

[0067] The outer surface of the yarn guide cylinder 42 is fitted in a sealed state to the outer case 40 and the guide cylinder 41 via O-rings 49 and 50, respectively. Further, the power cord 31 from the power source 10 is introduced into the outer case 40 in a sealed state via the rubber bush 51. As a result, the outer space 40 and the annular space formed between the guide cylinder 41 and the yarn guide cylinder 42 in the light irradiating unit 11 can also accommodate the force that is configured in a waterproof structure that can reliably prevent flooding. The printed circuit board 48 and the light source 47 of the present invention can be used without having to choose a fishing spot or the weather because they are surely protected from splashing and rain water even if they are exposed. In addition, wear-resistant rings 59 are connected to the openings at both ends of the thread guide cylinder 42, so that the fishing line 8 can smoothly pass through the thread passage space 42a inside the thread guide cylinder 42 over a long period of time. I am trying so.

[0068] In the yarn threading space 42a inside the yarn guide cylinder 42, light emitted from the two light sources 47 is introduced through the light guide window 44, and the light is reflected by the reflecting mirror 43. By being reflected by the light, the light is irradiated with a uniform distribution. The phosphorescent fishing line 8 is inserted into the thread passage space 42a of the thread guide cylinder 42 irradiated with this light with a uniform distribution, and the phosphorescent fishing line 8 is excited by receiving light irradiation. Details of this will be described later. [0069] The light irradiation unit 11 is connected to the power supply unit 10 via the connection adjustment mechanism unit 15 so as to be freely connected to and separated from the power supply unit 10, so that the separation distance with respect to the power supply unit 10 can be arbitrarily adjusted. As shown in FIGS. 2A and 2B, the coupling adjustment mechanism unit 15 is arranged so as to extend in a direction orthogonal to the tube center of the yarn guide tube 42 of the light irradiation unit 11, and the base end portion of the outer case 40 of the light irradiation unit 11 is arranged. A strip-shaped connecting piece 12 fixed to the outer surface of the battery, a holding portion 52 integrally projecting from the outer surface portion of the battery case 23 of the power supply portion 10 opposite to the holder 18, and a base end portion of the holding portion 52 The fixed cam shaft portion 53a is configured to include a fixed operation lever 53 that is rotatably supported via a support shaft 54, and an elastic receiving member 57 that is fixed in place on the fixed force shaft portion 53a. . The holding portion 52 is provided with a guide groove 52a that fits the connecting piece 12 and holds it slidably.

[0070] The connection adjusting mechanism 15 configured as described above fixes the fixing operation lever 53 by rotating the fixing operation lever 53 and setting it to the position indicated by the two-dot chain line in FIG. 2B. The connection of the connecting piece 12 by the cam shaft portion 53a is released, and the connecting piece 12 becomes displaceable while sliding in the guide groove 52a of the holding portion 52. Therefore, by sliding the connecting piece 12 with respect to the holding portion 52 and changing the projection length from the holding portion 52, the separation distance of the light irradiation portion 11 with respect to the power supply portion 10 fixed to the fishing rods 2 and 3 can be arbitrarily set. Since it can be variably adjusted, the position of the light illuminating part 11 is adapted to the setting height of the thread guides 9A to 9D (Fig. 1) provided on the fishing rods 2 and 3 to which the phosphorescent fishing tackle 1A should be attached and the position where the threading hole is formed. Can be set. As a result, this phosphorescent fishing tackle 1A is variably adjusted so that the position of the light irradiator 11 is provided on the various fishing rods 2 and 3 and adapted to the setting heights of the thread guides 9A to 9D. Since the street can be improved, it is compatible with a variety of fishing rods 2 and 3 and can be used in common.

[0071] When the position adjustment of the light irradiation unit 11 by the displacement of the connecting piece 12 is finished, the fixing operation lever 53 is simply rotated from the two-dot chain line position shown in FIG. 2B to the solid line position. Since the part 53a firmly presses the connecting piece 12 into the guide groove 52a of the holding part 52 via the elastic receiving member 57, the position of the light irradiation part 11 can be fixed securely.

[0072] Next, excitation by light irradiation on the fishing line 8 in the phosphorescent fishing tackle 1A will be described with reference to FIGS. 4A to 4D and FIGS. 5A to 5D. 4A to 4D illustrate the practice of the present invention. FIG. 4A is an optical diagram for explaining the light irradiation state of the light irradiation portion force in the thread guide cylinder of the phosphorescent fishing tackle 1A according to Embodiment 1, and FIG. 4A is on a line parallel to the cylinder center on the outer surface of the thread guide cylinder wall. Fig. 4B is a cross-sectional view taken along line B-B in Fig. 4A, and Fig. 4C is opposed to the outer surface of the yarn guide cylinder wall in the radial direction. FIG. 4D is a cross-sectional view taken along the line CC in FIG. 4C when a light source is arranged at a location. 5A to 5D are optical diagrams for explaining the light irradiation state from the light irradiation unit in the thread guide tube of the phosphorescent fishing tool 1A according to Embodiment 1 of the present invention, and FIG. 5A is a thread guide tube wall Fig. 5B is a cross-sectional view taken along line BB in Fig. 5A, and Fig. 5C is the inside of the thread guide cylinder wall. FIG. 5D is a cross-sectional view taken along the line CC in FIG. 5C when the light sources are arranged at two locations facing each other in the radial direction.

[0073] As shown in FIG. 4A, on the outer peripheral surface of the cylindrical translucent yarn guide tube 42, there is provided a reflecting mirror portion 43 formed by sticking a reflecting sheet in a wound state. In the first embodiment, the reflecting mirror part 43 is formed by sticking an aluminum deposited sheet having a thickness of 0.05 mm. The reflecting mirror part 43 is formed by perforating the reflecting sheet at two positions on the same line parallel to the cylinder center of the yarn guide cylinder 42, that is, the reflecting mirror part 43 is not formed. A light window 44 is provided.

[0074] As shown in FIGS. 3A to 3C, the two light sources 47 mounted on the printed circuit board 48 are arranged so that the light-emitting portions face the light guide window portions 44. It is provided in close proximity to. Therefore, the light emitted from the light source 47 passes through the cylindrical wall of the translucent thread guide cylinder 42 from the light guide window 44 and is introduced into the thread passing space 42a and then reflected as shown by the one-dot chain line. Reflection is repeated at mirror part 43. The distance between the two light sources 47 corresponds to the directivity characteristic of the light source 47, and the respective light irradiation ranges are shifted so that no blind spot of light is generated in the thread passing space 42a of the thread guide cylinder 42. Set to placement. As a result, although only two point light sources are used as the light source 47, the yarn threading space 42a inside the yarn guide cylinder 42 reflects and diffuses the light emitted from the light source 47 so that the space 42a The whole is irradiated with light with an almost uniform distribution. Moreover, the light emitted from the light source 47 is transmitted through the light guide window portion 44 of the yarn guide tube 42 formed of a light-transmitting material, and the thread passing space inside the yarn guide tube 42. Since there is no protrusion on the inner peripheral surface of the thread guide tube 42 forming the thread threading space 42a, the fishing line 8 can be very smoothly threaded into the thread threading space 42a. Can be made.

[0075] Further, since the two light sources 47 are arranged at a predetermined interval along the direction in which the fishing line 8 passes, the fishing line 8 passes through the line passing space 42a inside the thread guide tube 42. Each light emission from the two light sources 47 is irradiated in a stepwise manner with a time lag so that the light is effectively stored with a high excitation effect. That is, the phosphorescent agent contained in the fishing line 8 has two forces opposite to each other in the radial direction of the thread guide cylinder 42 as shown in FIGS. 4C and 4D for comparison of FIGS. 4A and 4B. As a configuration that introduces the light emitted from the light source 47 into the thread passing space 42a, even if it is weak light as shown in Figs. When the light is irradiated for a relatively long time, the excitation effect becomes higher. With this structure, the light output of the light source 47 can be set small, and the life of the battery 24 that supplies power to the light source 47 is improved. Therefore, the cost can be reduced accordingly. it can. Furthermore, in the case of the configuration shown in FIGS. 4C and 4D, the light guide window portions 44 are opposed to each other on both sides in the radial direction of the yarn guide tube 42, so that the light emission from one light source 47 is the other light source. The light guide window 44 for installation 47 leaks outside, and all of the light emission cannot be used effectively.

[0076] As the light source 47, a light source that emits light having a wavelength that easily excites the phosphorescent agent of the fishing line 8, for example, an ultraviolet light emitting diode, a xenon lamp, a halogen lamp, or a fluorescent tube can be suitably used. In particular, since light containing a large amount of wavelength components in the ultraviolet region can improve the excitation efficiency of the phosphorescent agent, in this Embodiment 1, an ultraviolet light emitting diode is used as the light source 47, and ultraviolet light emission is achieved. The following effects can be obtained by using a diode. That is, the excitation efficiency of the phosphorescent agent of the fishing line 8 can be improved by light containing a lot of wavelength components in the ultraviolet region, so that a reliable excitation effect can be obtained even when the passing speed of the fishing line 8 is high. In addition, only light with a wavelength component in the ultraviolet region that is difficult to be seen by the human eye can be emitted! / Diffusion of glaring light in the surroundings! The power-saving characteristics can improve the life of the battery 24, and there is an advantage that the light-emitting fishing tackle 1A can be reduced in size and weight. For example, a light source When an ultraviolet light emitting diode is used as 47, the light irradiation part 11 can be downsized to a length of about 30 to 40 mm.

In addition, as shown in FIGS. 5A and 5B, reflecting mirror portions 43 are provided instead of the light guide window portion 44 at two locations along the tube center direction of the tube wall of the yarn guide tube 42. It is also possible to provide mounting holes 58 including penetrating holes, and to place the light sources 47 in the respective mounting holes 58. As a result, the light source 47 is firmly fixed because it is inserted into the mounting hole 58 in a state of being mounted on the printed circuit board 48 of FIG. Further, as shown in FIGS. 5C and 5D, the reflecting mirror portion 43 is formed on the inner peripheral surface of the thread guide cylinder 42, and the mounting holes 58 similar to those provided in FIGS. 5A and 5B are formed in the thread guide cylinder 42. A configuration may be adopted in which the light source 47 is fitted and fixed on a cylindrical wall. In this configuration, the light source 47 can be firmly fixed, and light emitted from the light source 47 is reflected by the reflecting mirror 43 on the inner peripheral surface of the thread guide tube 42. Therefore, the reflecting mirror 43 The light irradiation distance from the reflected light to the fishing line 8 is shortened, and the excitation efficiency of the phosphorescent agent is improved accordingly.

[0078] Since the phosphorescent fishing tackle 1A is an integrated body in which the power source unit 10 and the light irradiation unit 11 are connected via the connecting piece 12, they are configured separately and attached to different parts of the fishing rod. Compared to a configuration in which the power supply unit and the light emitting unit are connected to each other with a power cord, it is easy to carry when going out for fishing and can be easily attached to and detached from the fishing rods 2 and 3. That is, when attaching to the fishing rods 2 and 3, the fixing band 14 is attached to the fishing rods 2 and 3 with the fishing rod receiving member 17 of the attachment mechanism portion 13 provided in the power supply unit 10 held on one side of the fishing rods 2 and 3. 3 After passing through the holder 18 so as to be wound around the other side, it can be quickly attached by almost one-touch operation by simply pulling the fixing band 14 until it cannot be displaced.

[0079] In the attached state, the buckle lock plate 19 that is rotationally biased by the lock spring 21 is engaged and disengaged as long as it is not released from the serrated locked portion 14a of the fixed band 14. In addition, since the loosening of the tightening force of the fixing band 14 is surely prevented, there is no risk of unexpected displacement during fishing. Further, when removing the fixing band 14, the fixing band 14 is simply removed from the locked portion 14 a of the fixing band 14 by rotating the buckle lock plate 19 by staking it to the urging force of the lock spring 21. Can be easily removed from [0080] The phosphorescent fishing tackle 1A is attached in a state where the power supply unit 10, which is the heaviest member, is in close contact with the fishing rods 2 and 3! Even if a large capacity battery 24 is accommodated, the weight balance of the fishing rods 2 and 3 is not easily lost. Never given. In particular, if the phosphorescent fishing tackle 1A is mounted in the vicinity of the reels 5 and 6 attached to the fishing rods 2 and 3, that is, near the hand, the angler can hardly feel the weight of the phosphorescent fishing tackle 1A. .

[0081] Furthermore, the above phosphorescent fishing tackle 1A can be easily fixed to the fishing rods 2, 3 by tightening the fishing rod receiving member 17 and the fixing band 14 from both sides, and the fishing rods 2, 3 can be easily fixed. By being able to arbitrarily adjust the spacing position of the light irradiation unit 11 with respect to the power supply unit 10 fixed to the base, it is compatible with being attached to various fishing rods 2 and 3 without any trouble. For example, the spinning reel 5 and the bait reel 6 in FIGS. 1A and 1B are the force in which the thread guides 9A to 9D are attached to the fishing rods 2 and 3 in opposite directions. On the other hand, it can be easily adapted by placing it on the opposite side of the thread guides 9A to 9D and fixing it to the fishing rods 2 and 3.

[0082] The setting positions of the thread guides 9A to 9D vary depending on the type of fishing rod such as rod, throwing rod, lure rod, and the number of the fishing rods. Then, the operation of the fixing operation lever 53 releases the fixing of the connecting piece 12 by the fixed cam shaft 53a, and the position of the light irradiation part 11 is moved while sliding the connecting piece 12 in the guide groove 52a of the holding part 52. After adjusting the thread guides 9A to 9D to suit the setting height, the coupling piece 12 is fixed by the fixed cam shaft 53a by operating the fixing operation lever 53. Can be positioned so that its cylinder core matches the setting height of the thread guides 9A to 9D. As a result, the fishing line 8 becomes smooth and it is possible to prevent a flying distance such as a trap or a pseudo bait due to an increase in passage resistance when the fishing line 8 passes through the thread guide tube 42.

[0083] (Embodiment 2)

6A and 6B are a front view and a plan view showing the phosphorescent fishing tackle 1B according to Embodiment 2 of the present invention, respectively, and FIG. 6C is for clearly showing the relative positions of the respective parts with respect to FIGS. 6A and 6B. FIG. 6B is a rear view of the arrangement shown in FIG. In the figure 2A to 2C that are the same as or substantially equivalent to those in FIG.

[0084] In the phosphorescent fishing tackle 1B of the second embodiment, instead of the connection adjusting mechanism portion 15 including the holding portion 52, the fixing operation lever 53, and the elastic receiving member 57 provided in the first embodiment, the power source portion 10 Connection adjustment provided with a holding part 61 that slidably holds the connection piece 12 that is fixedly attached and extends from the light irradiation part 11, and a bolt 62 and a nut 63 that fix the position-adjusted connection piece 12 to the holding part 61. Only the configuration provided with the mechanical unit 60 is different from the first embodiment.

[0085] The holding portion 61 is formed in an elongated rectangular cross-sectional shape in an outer shape formed larger than the holding portion 52 of the first embodiment, and the guide holding hole through which the connecting piece 12 is slidably inserted. 61a, a fitting hole 61b into which the hexagonal head 62a of the bolt 62 is inserted, and a screw shaft portion 62b of the bolt 62 provided on the opposite side of the fitting hole 61b across the guide holding hole 6la. A through hole 61c to be inserted is formed. The connecting piece 12 is formed with a guide long hole 12a extending in the longitudinal direction of a short belt-like shape, and this guide long hole 12a is formed with a hole width slightly larger than the diameter of the screw shaft portion 62b of the bolt 62. Thus, it functions to allow the connecting piece 12 to move in the longitudinal direction while slidingly contacting the threaded shaft portion 62b of the inserted bolt 62.

[0086] When the nut 63 is rotated to loosen the fastening with respect to the bolt 62, the connection adjusting mechanism 60 described above is connected to the connecting piece 12 and the holding portion 61 due to being sandwiched between the bolt 62 and the nut 63. The connection piece 12 is slidable within the guide holding hole 61a of the holding part 61 while the edge of the guide long hole 12a is in sliding contact with the screw shaft part 62b of the bolt 62. Therefore, when the connecting piece 12 is moved in and out of the guide holding hole 6 la to adjust the relative position of the light irradiation unit 11 with respect to the power supply unit 10, and then the nut 63 is rotated and tightened to the bolt 62. The connecting piece 12 is fastened by the bolt 62 and the nut 63 together with the holding portion 61, and is fixed at the adjusted position. Note that the bolt 62 has a hexagonal head 62a inserted into the fitting hole 61b of the holding part 61 and is prevented from rotating. Therefore, the nut 63 can be manually tightened and released with one hand. Therefore, by manually operating the position adjustment of the connecting piece 12 with the other hand, the position adjustment of the light irradiation unit 11 can be performed quickly with almost one touch operation.

[0087] In the above phosphorescent fishing tackle 1A, IB, when the position of the light irradiation unit 11 is adjusted, Not only the connection adjustment mechanism 15 using the fixing operation lever 53 in Embodiment 1 and the screw type connection adjustment mechanism 60 using the bolt 62 and the nut 63 in Embodiment 2, but the connection piece 12 It is possible to use other well-known mechanisms that can easily fix and release the position.

[Embodiment 3]

FIG. 7A is a front view showing a phosphorescent fishing tackle 1C according to Embodiment 3 of the present invention, and FIG. 7B is a rear view of the arrangement force shown in FIG. 7A upside down. In FIG. 2, the same or substantially the same components as those in FIGS. 2B and 2C are denoted by the same reference numerals, and redundant description is omitted.

[0089] The phosphorescent fishing tackle 1C of the third embodiment includes the fixed band 14, the fishing rod receiving member 17, the holder 18, the knocker lock plate 19, the support shaft 20, and the lock spring 21 provided in the first embodiment. The embodiment 1 is provided only in a configuration provided with a simplified attachment mechanism portion 64 including a fixed band 68 having a cloth band force, a hook-and-loop fastener 67, and a fishing rod receiving member 17 instead of the attachment mechanism portion 13 described above. And different.

[0090] As shown in Fig. 7A, the fixed band 68 has a width larger than the fixed band 14 of Embodiment 1, that is, a width corresponding to the length of the battery case 23, and one end portion thereof. 68a is fixed to the outer surface of the battery case 23, and a notch 68c through which the holding portion 52 and the rubber bush 32 are passed is formed at a position near one end thereof. As in the first embodiment, a rubber plate 22 for fixing the fishing rods 2 and 3 together with the fishing rod receiving surface 17a of the fishing rod receiving member 17 from both sides is fixed to the middle portion of the fixing band 68. Yes. The male fastener surface 67a and the female fastener surface 67b of the surface fastener 67 are respectively sewn to the facing portions of the fixing band 68 at one end 68a and the other end 68b.

[0091] In the mounting mechanism 64 described above, the fixing band 68 is wrapped around the fishing rods 2 and 3 with the fishing rod receiving surface 17a of the fishing rod receiving member 17 placed on the side surface of the location where the fishing rods 2 and 3 are to be attached. While pulling the fixing band 68 toward the other end 68b, the fishing rod receiving surface 17a and the rubber plate 22 are clamped by holding the fishing rods 2 and 3 on both sides, and then the fixing band 68 is fixed to the female fastener surface 67b and the male side. The power supply unit 10 can be attached to the fishing rods 2 and 3 simply by pressing against the fastener surface 67a and engaging with each other. Therefore, the mounting mechanism 64 is the mounting mechanism of the first embodiment. Compared with the mechanism 13, the mounting operation is easier, and the configuration is simplified because the holder 18, the knuckle lock plate 19, the support shaft 20 and the lock spring 21 of the mounting mechanism 13 are not required. The cost can be reduced accordingly.

Note that the mechanism for attaching the power supply unit 10 to the fishing rods 2 and 3 is not limited to the attachment mechanism units 13 and 64 illustrated in the first embodiment and B1 described above. Various other well-known mechanisms that can be easily fixed and released by an easy operation, such as a mechanism that engages a stopper with a locking hole of a rubber belt, can also be applied.

[0093] (Embodiment 4)

8A and 8B are a front view and a plan view showing the phosphorescent fishing tackle 1D according to Embodiment 4 of the present invention, respectively, and FIG. 8C is for clearly illustrating the relative positions of the respective parts with respect to FIGS. 8A and 8B. FIG. 8B is a rear view seen from the arrangement of FIG. 8A upside down. In this figure, the same or substantially the same components as those in FIGS. 2A to 2C and FIGS. 3A to 3C are denoted by the same reference numerals, and redundant description is omitted.

In this phosphorescent fishing tackle 1D of the fourth embodiment, the power supply unit 10 in which the mounting mechanism unit 13 and the connection adjusting mechanism unit 15 are excluded from the power supply unit 10 of the first embodiment and the fishing rods 2 and 3 are in that state. Is connected to the power supply unit 10 in the first embodiment, and the connection adjustment mechanism unit 15 having the same configuration as that of the power source unit 10 in the first embodiment fixes the holding unit 52 to the outer surfaces of the fishing rods 2 and 3. A configuration in which the power cord 31 from the power supply unit 10 is led out from the through hole 70 of the fishing rods 2 and 3 and connected to the light irradiation unit 11 having the same configuration as in the first embodiment. Have Accordingly, the separation distance of the light irradiation unit 11 from the fishing rods 2 and 3 can be adjusted by the same operation as described in the first embodiment.

[0095] The storage place for the phosphorescent fishing tackle 1D in the fishing rods 2 and 3 is preferably provided at the grip end in consideration of the overall weight balance when the rod is swung. That is, as shown in FIG. 8A, a rod end base 71 is provided at the grip end of the rods 2 and 3 so as to be detachably connectable to the rod body. 71 is configured such that the fitting portion 72 of the fishing rod main body is press-fitted into the fitting portion 71a so as to be detachably connected to the fishing rod main body. The power supply unit 10 is inserted into the interior space of the fishing rod main body with the base end 71 of the rod tail removed, and the case lid 27 at the upper end of the power supply unit 10 is projected inward of the fishing rod main body. Locking In the state of being in contact with the ring portion 73, the heel base end portion 71 is connected to the fishing rod main body. As a result, the power supply unit 10 is also fixed with the vertical force held between the locking ring portion 73 and the support piece portion 71b of the buttock base end portion 71.

[0096] The on / off operation of the power supply unit 10 through the switch cap 28 is performed by removing the heel base end portion 71 and also removing the force from the main body of the heel to expose the power supply portion 10 with the opening force of the butt end base end portion 71. In the state. In addition, the battery 24 of the power supply unit 10 can be replaced by removing the power supply unit 10 after removing the fishing rod main body force from the butt end base 71.

[0097] In this phosphorescent fishing tackle 1D, since the power unit 10 having the largest weight is accommodated in the fishing rods 2 and 3, the weight balance of the fishing rods 2 and 3 is hardly affected by the attachment of the phosphorescent fishing tackle 1D. It is not necessary to be aware of the fact that the fishing line can be swayed without any hindrance and that the fishing line is entangled with the power supply unit 10.

[0098] (Embodiment 5)

FIG. 9 is a side sectional view for explaining the structure of the phosphorescent fishing tackle 1E according to Embodiment 5 of the present invention, and FIG. 10 illustrates the structure of the phosphorescent fishing tackle 1E according to Embodiment 5 of the present invention. FIG. 6 is a side cross-sectional view showing the reel main body thread winding portion and the drag knob in a separated state.

As shown in FIG. 9, the phosphorescent fishing tackle 1E according to the fifth embodiment is fixed to the outer surface of the fishing rod 2 so as to be detachable, and has a reel body 110 having a bobbin 111 inside, and the reel body 110 Is stored in a position facing the spool 111 in the reel body 110, and is emitted to the spool 111 of the reel body 110 by light emission from the light source 141 driven by power supply from the power supply 130. And a light irradiator 140 that irradiates the light. This phosphorescent fishing tackle 1E is configured by using a spinning reel type reel body 110, and at least a side surface of the reel 111 of the reel body 110 facing the light irradiation part 140 is formed of a translucent material. It is configured to irradiate the phosphorescent fishing line 8 wound around the bobbin 111 in the reel body 110, and is a general spinning reel 100 with a phosphorescent function added. is there.

[0100] In this phosphorescent fishing tackle 1E, a spool 111 is mounted on a main shaft 112 extending from the reel body 110 in the axial direction of the fishing rod 2, and a handle 11 provided on the reel body 110 is provided. By rotating 3 toward the reel body 110 in the clockwise direction, the rotating frame 114 rotates around the bobbin winding portion 111, and the fishing line 8 guided by the rotating frame 114 is wound around the bobbin winding portion 111. In addition, the main shaft 112 reciprocates in the axial direction in synchronization with the rotation of the handle 113, so that the bobbin winding portion 111 reciprocates in the axial direction of the fishing rod 2 and the fishing line 8 guided from the rotating frame 1 14 is wound on the bobbin. Evenly distributed on the outer peripheral surface of the portion 111. The bobbin winding portion 111 is positioned by a receiving washer 115 fixedly installed at an intermediate portion of the main shaft 112, and is tightened via a drag washer 117 by a drag knob 116 that is screwed to the tip end portion of the main shaft 112. It is fixed to the main shaft 112.

[0101] The drag knob 116 is positioned on the front side of the bobbin 111 (the side facing the tip of the fishing rod 2), a presser 118 in contact with the drag washer 117, and a nut 119 screwed into the main shaft 112. A drag spring 120 that generates a biasing force that is positioned between the presser 118 and the nut 119 and presses the bobbin 111 toward the rear side (the side facing the bottom of the fishing rod 2). The casing 121 is housed and configured, and a removable lid 122 is provided on the front surface of the case 121.

[0102] In the phosphorescent fishing tackle 1E according to the fifth embodiment, the light emitting diode 141 as a light source is provided in the light source housing space 140a (light irradiation unit 140) in the case 121 of the drag knob 116 facing the spool 111. A battery 131 serving as a power source is accommodated in a power accommodating space 130a (power source unit 130) formed between the open / close lid 122 that is accommodated and covers the front surface of the case 121.

[0103] The light-emitting diode 141 emits light containing a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8. In the fifth embodiment, the bullet with a narrow directivity angle is used. A type of ultraviolet light emitting diode is used. Further, the light emitting diode 141 is disposed in the vicinity of the light guide window 142 (light guide window part) opened on the rear surface of the case 121 so as to face the thread winding part 111, and the irradiation direction is directed toward the thread winding part 111. ing. A cord through hole 143 is formed on the front surface of the case 121 near the position where the light emitting diode 141 is disposed, and a cord 144 connected to the terminal of the light emitting diode 141 is formed in the cord insertion hole 143. Is extended to the power supply unit 130 side. Note that a cover material made of a force-transmitting material force (not shown) is fitted into the light guide window 142 of the light source housing space 140a. In the power supply unit 130, a positive contact piece 132 is disposed on the front surface of the case 121, a negative contact piece 133 is disposed on the inner surface of the opening / closing lid 122, and the positive contact piece 132 and the negative contact piece 13 are disposed. 3 is connected to a cord 144 extending to the power supply unit 130. When the battery 131 is housed in the power supply unit 130 and the open / close lid 122 is closed, the battery 131 is loaded between the plus contact piece 132 and the minus contact piece 133 and supplies power to the light emitting diode 141 to emit light. Further, when the opening / closing lid 122 is removed, the battery 131 housed in the power supply unit 130 can be taken out. As the battery 131, a thin coin-type battery is used so that the outer shape of the open / close lid 122 does not protrude as far forward as possible, and two coin-type batteries are stacked in order to secure the lighting voltage of the light-emitting diode 141. Connected in series! RU

[0105] The bobbin 111 is entirely formed into an annular shape using a light-transmitting material having good light transmission properties such as acrylic resin, and the outer peripheral surface thereof is greatly depressed with a step along the circumferential direction. A thread reservoir portion 11 la formed in a concave groove shape is provided, and a fishing line 8 wound around the spool portion 111 is moored to the thread reservoir portion 11 la. The inner circumferential surface of the yarn winding portion 111 on the opposite side to the yarn accumulating portion 11 la and the side surface of the yarn winding portion 111 on the side opposite to the side where the drag knob 116 is arranged (rear side) A reflection film of 11 lb (reflecting mirror) is formed over the entire direction.

[0106] In the fifth embodiment, the force that the entire bobbin 111 is formed using a transparent acrylic resin or the like, and only the side surface of the bobbin 111 that faces the light irradiation unit 140 is made of acrylic resin or the like. You may shape | mold using the translucent material. Further, the reflective film 11 lb is not necessarily formed. Furthermore, in the fifth embodiment, the light guide window 142 is opened at a position facing the bobbin 111 on the rear surface of the case 121, and the light emitting diode 141 is disposed close to the light guide window 142. If the portion of the case 121 that faces the bobbin 111 is formed using a translucent material such as talyl resin, the light guide window 142 is not necessarily formed in this portion.

[0107] In the phosphorescent fishing tackle 1E configured as described above, the light emitted from the light-emitting diode 141 passes through the light guide window 142 and the bobbin winding 111 formed in the case 121, and the bobbin winding 111 (the thread collecting portion) The fishing line 8 wound around 111a) is irradiated. In addition, the light reflected by the reflective film 20 formed on the inner peripheral surface or the side surface of the bobbin 111 passes through the bobbin 111 and is emitted to the outside. The fishing line 8 is efficiently irradiated while suppressing leakage of the emitted light.

[0108] Further, in such a phosphorescent fishing tackle 1E, the side surface of the bobbin winding 111 and the drag knob 116 (and the light emitting diode 141 in the light source housing space 140a in the drag knob 116) are always kept close to each other. The light from the light emitting diode 141 can continue to be effectively irradiated to the fishing line 8 on the bobbin 111. Furthermore, by keeping the light on for a long time, the phosphorescent fishing line 8 can store enough light energy, so that it is always kept bright even at night.

[0109] Further, in the phosphorescent fishing tackle 1E, the force that the light-emitting diode 141 and the battery 131 are accommodated in the drag knob 116 is the weight increase at the reel body 110 located near the handle of the fishing rod 2, so that most anglers You can enjoy fishing comfortably without feeling the change in weight balance. In addition, since the open / close lid 122 protrudes slightly to the front of the drag knob 116 (case 121) to the outside of the reel body 110, the flying distance of the pseudo bait and the device that does not cause entanglement of the fishing line is not impaired. ! /

[0110] In Embodiment 5 described above, one light source (light emitting diode 141) is housed in drag knob 116. However, if a plurality of light emitting diodes 141 are provided, a brighter phosphorescent fishing line 8 Can be irradiated with light, and uneven irradiation can be eliminated.

[0111] In addition, the reel body 110 can be attached to and detached from the fishing rod 2. If this reel body 110 is attached instead of the conventional spinning reel body, the fishing tackle 1E with a phosphorescent function can be easily obtained. There is not much time and effort when attaching and detaching. However, in the phosphorescent fishing tackle 1E, as shown in FIG. 10, the bobbin 111 and the drag knob 116 can be easily separated from the reel body 110, and the bobbin wound in the conventional spinning reel The drag knob can be easily replaced with the thread winding portion 111 and the drag knob 116 of the fifth embodiment according to the present invention. By attaching the bobbin 111 and the drag knob 11 6 in this way, it is possible to add a phosphorescent function to a normal spinning reel 110. Therefore, it is possible to easily attach a fishing tackle 1E with a phosphorescent function while keeping the reel body 111 intact. Can be provided. In addition, if the user designs and manufactures a spool 111 having a light-transmitting material and a drag knob 116 with a built-in light source to fit the reel 110 that he already owns, only a part of the reel body 111 is replaced. Change to reel 110 with phosphorescent function Can. On the other hand, if the old spool and drag knob are inserted, it can be easily returned to the normal reel 110. Thus, the fishing tackle 1E with a phosphorescent function that can be used easily can be provided at low cost.

[0112] (Embodiment 6)

11A to 11C are a front view, FIG. 11B is a top view, and FIG. 11C is a side view for explaining the structure of the phosphorescent fishing tackle 1F according to Embodiment 6 of the present invention.

[0113] As shown in Figs. 11A to 11C, a phosphorescent fishing tackle 1F according to Embodiment 6 is detachably fixed to the outer surface of a fishing rod 3, and has a reel body 210 having a spool portion 211 therein, and a reel body 210 is housed in a position opposite to the power supply unit 230 housed in the 210 and the spool part 211 in the reel body 210, and the light source 241 driven by the power supply from the power supply unit 230 emits light from the light source 241. A light irradiation unit 240 configured to irradiate light toward the bobbin 211. This phosphorescent fishing tackle 1F is configured by using a bait reel type reel body 210, and at least a side surface of the reel 211 of the reel body 210 facing the light irradiator 240 is formed of a translucent material. It is configured to irradiate the phosphorescent fishing line 8 wound around the bobbin winding portion 211 in the reel body 210, and is a general bait reel 200 with a phosphorescent function added.

[0114] This phosphorescent fishing tackle 1F includes a bobbin winding portion 211 having a rotation shaft 212 in a direction perpendicular to the axial direction of the fishing rod 3, and main body wall portions of the reel body 210 that are opposed to each other at both ends of the rotation shaft 212. It is rotatably supported in a bearing hole 213a that is recessed in the inner surface of 213. The phosphorescent fishing tackle 1F rotates the spool part 211 by rotating the handle 214 provided on the outer surface of the main body wall part 213 of the reel main body 210 clockwise with respect to the reel main body 210, and the fishing line 8 becomes the bobbin part. Winded by 211. When the fishing line 8 is unwound, the fishing line 211 is pulled by the fishing line 8 and rotates in the reverse direction.

[0115] In the phosphorescent fishing tackle 1F, the power source is placed in the space (the power source accommodation space 230a (power source unit 230) and the light source accommodation space 240a (light irradiation unit 240)) formed in one main body wall 213 of the reel body 210. A battery 231 as a light source and a light emitting diode 241 as a light source are accommodated.

[0116] The light emitting diode 241 emits light including a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8. In the sixth embodiment, the light emitting diode 241 has a directivity angle. Narrow shell-type ultraviolet light emitting diodes are used. In the light irradiation part 240, the light emitting diode 241 is fitted into a space (light source accommodation space 240a) formed in the main body wall part 213 close to the side surface of the thread winding part 211, and the thread winding part of the light source accommodation space 240a. The opening facing 211 is a light guide window 242 (light guide window part), and the irradiation direction is arranged through the light guide window part 242 toward the bobbin winding part 211. The light source housing space 240a and the space (power supply housing space 230a) in which the battery 231 is housed communicate with each other through the cord hole 243, and the cord 244 connected to the terminal of the light emitting diode 241 is connected to this cord The through hole 243 is passed through and extended to the power supply accommodation space 230a (power supply unit 230) side. Note that a cover material made of a force-transmitting material (not shown) is fitted into the light guide window 242 of the light source housing space 240a.

[0117] The power supply section 230 is provided with a positive contact piece 232 and a negative contact piece 233, and these contact pieces 233 and 233 are connected to a cord 244 extended to the power supply accommodating space 230a. A battery 231 is loaded between the contact pieces 231 and 233. In the sixth embodiment, where the battery 231 is desired to be small and light, a cylindrical lithium battery for a camera is used. The light emitting diode 241 is supplied with power from the battery 231 loaded between the positive contact piece 232 and the negative contact piece 233 and emits light.

[0118] The bobbin 211 is entirely formed into a cylindrical shape using a light-transmitting material having good light transmission properties such as acrylic resin, and the outer peripheral surface thereof is greatly depressed with a step along the circumferential direction. A thread reservoir portion 21 la formed in a concave groove shape is provided, and the fishing line 8 wound around the spool portion 211 is moored to the thread reservoir portion 21 la. The inner circumferential surface of the thread winding portion 211 on the side opposite to the thread collecting portion 21 la and the side opposite to the side where the light irradiation portion 240 is arranged (the side on which the handle 214 is attached in FIG. 11). A reflective film 21 lb (reflecting mirror part) is formed on the side surface of the bobbin winding 211 over the entire circumference.

[0119] In the sixth embodiment, the entire thread winding portion 211 is formed of a transparent acrylic resin or the like, and only the side surface of the thread winding portion 211 facing the light irradiation unit 240 is made of acrylic resin or the like. You may shape | mold using the translucent material. Further, the reflective film 21 lb is not necessarily formed. Further, in the sixth embodiment, the light guide window 242 is opened at a position facing the bobbin winding portion 211 of the main body wall 213, and the light emitting diode 241 is disposed close to the light guide window 242. If at least the portion of the main body wall 213 facing the spool portion 211 is formed using a light-transmitting material such as acrylic resin, the light guide window 242 is necessarily formed in this portion. There is no.

[0120] In the phosphorescent fishing tackle 1F configured as described above, the light emitted from the light emitting diode 241 enters from the side surface of the bobbin portion 23 through the light guide window 242 and passes through the transparent bobbin portion 211. The fishing line 8 wound around the bobbin winding portion 211 (the thread collecting portion 211a) is irradiated. In addition, the light reflected by the reflective film 21 lb formed on the inner peripheral surface and the side surface of the bobbin 211 is prevented from leaking light that passes through the bobbin 211 and is emitted to the outside. Will be irradiated. In addition, since the spool part 211 is rotated every time the fishing line 8 is wound and unwound, even if the light emitting diode 241 is arranged only in one place, the fishing line 8 is wound on the fishing line 8 wound around the spool part 211. The light is irradiated almost evenly.

[0121] Further, in such a phosphorescent fishing tackle 1F, the side surface of the bobbin winding portion 211 and the main body wall portion 213 of the reel body 210 (also the light emitting diode 241 in the light source housing space 240a in the main body wall portion 213) are interchanged. Since the state is kept close to each other, the light from the light emitting diode 241 can be effectively irradiated onto the fishing line 8 on the bobbin 211. Furthermore, by irradiating light for a long time, sufficient light energy is stored in the phosphorescent fishing line 8, so that a bright state is always maintained even at night.

[0122] Further, in the phosphorescent fishing tackle 1E, the force that the light-emitting diode 241 and the battery 231 are accommodated in the main body wall 213 is the weight increase in the reel main body 210 located near the handle of the fishing rod 3, so that the angler Can enjoy fishing comfortably with almost no change in weight balance. Further, since the main body wall portion 213 is slightly thickened to the outside of the reel main body 210 and only slightly bulges outward, the flying distance of the pseudo bait and the device that does not cause the entanglement of the fishing line is not impaired. In addition, the reel body 210 can be attached to and detached from the fishing rod 3. If this reel body 210 is attached in place of the conventional dual-axis reel body, the fishing tackle 1F with a phosphorescent function can be easily installed, attached and removed. There is not much time and effort required.

[Embodiment 7]

12A to 12D are views for explaining the structure of the phosphorescent fishing tackle 1G according to Embodiment 7 of the present invention. FIG. 12A is a side view, and FIG. 12B is a state in which the arrangement of FIG. FIG. 12C is a side view seen from the back side, FIG. 12C is a top view, and FIG. 12D is a bottom view.

[0124] As shown in Figs. 12A to 12D, the phosphorescent fishing tackle 1G according to Embodiment 7 is detachably fixed to the outer surface of the fishing rod 2, and the bobbin 111 and the phosphorescent fishing line 8 are placed inside the bobbin 111. A reel body 110 having a light irradiation arm 150 that constitutes a part of a guide member that guides to the power source, a power supply unit 160 accommodated in the reel body 110, and a position facing the bobbin winding portion 111 in the light irradiation arm 150. And a light irradiation unit 170 that emits light toward the bobbin 111 of the reel body 110 by light emission from the light emitting diode 171 (light source) driven by power supply from the power supply unit 160. ing. This phosphorescent fishing tackle 1G is configured by using a reel unit 110 of a spinning reel type, and is guided by a light guide member emitted from a light irradiator 170 to irradiate a phosphorescent fishing line 8 wound around a bobbin 111. In this configuration, a general spinning reel 100 is added with a phosphorescent function.

[0125] In the phosphorescent fishing tackle 1G of the seventh embodiment, the power supply unit 160 and the light irradiation are provided in the light irradiation arm 150 (described later) provided on the rotary frame 114 that is introduced into the reel body 110 while guiding the fishing line 8. Part 170 is housed.

[0126] On the rotating frame 114 of this phosphorescent fishing tackle 1G, a line roller 151 that guides the fishing line 8 to be wound to the spool 111, and a semicircular bale 152 for introducing the fishing line 8 into the line roller 151 And are provided. In order to support the line roller 151 and the bail 152 at an upper position (a position separated in the radial direction) slightly away from the thread winding portion 111, the two arms 153 and 154 are mounted on the base portion 155 of the rotating frame 114. The arm 153 supports the line roller 151 at its tip, and one end of the bail 152 is attached to the line roller 151. The arm 154 is positioned 180 ° opposite to the arm 153, and the other end of the bail 152 is supported at its tip.

[0127] Further, on the rotating frame 114 of the phosphorescent fishing tackle 1G, the light irradiation arm 150 protrudes from the pedestal 155 toward the tip of the fishing rod 2 at an intermediate position 90 ° apart from the two arms 153 and 154. It is provided as such. The light irradiating arm 150 is provided so as to protrude to the opposite side because it causes thread entanglement if it is provided so as to protrude into an area where the semi-arc-shaped bail 152 exists. In the seventh embodiment, the rotating frame 114 and the rotating frame 1 The line roller 151 and the bail 152 provided on 14 function as a guide member for guiding the fishing line 8 to the spool 111, and the light irradiation arm 150 is provided on the rotating frame 114 and constitutes a part of the guide member. ing. In addition, the addition of the light irradiation arm 150 breaks the weight balance of the rotating frame 114, and vibration occurs when the handle 113 of the reel unit 110 is rotated. Therefore, the pedestal on the opposite side of the light irradiation arm 150 is 180 °. A balancer weight 156 is provided at a portion protruding from 155.

[0128] The light irradiation arm 150 includes a light source housing space 170a (light irradiation unit 170) and a power storage space 160a (power source unit 160) communicating therewith, and the light irradiation unit 170 has a light emitting diode as a light source. A diode 171 and a printed circuit board 172 on which the light emitting diode 171 is mounted are accommodated, and a battery 161 as a power source is accommodated in the power supply unit 160.

[0129] The battery 161 is loaded between a positive contact piece 162 formed on the opposite side of the surface on which the light emitting diode 171 of the printed circuit board 172 is mounted, and a negative contact piece 163 provided in the power supply unit 160. The positive contact piece 162 and the negative contact piece 163 are connected to the terminals of the light emitting diode 171 via wiring on the printed circuit board 172, respectively.

[0130] The light irradiation arm 150 protrudes from the pedestal 155 of the reel body 110 so that the tip thereof covers the upper part of the spool 111, and is formed at a position facing the spool 111 near the tip. A transparent cover 174 (cover material) is fitted into the opening 150a to form a light guide window 173 (light guide window). The light emitting diode 171 is disposed in the light irradiation arm 150 facing the light guide window 173, and is supplied with power from the battery 161 to emit light, and the light emitted from the light emitting diode 171 is the light guide window 173 (transparent Irradiation is directed toward the center of the bobbin 111 through the cover 174).

[0131] In this phosphorescent fishing tackle 1G, in order to save space in the light irradiation arm 150, as the light emitting diode 171, light containing a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8 is used. A chip-type ultraviolet light-emitting diode that emits light is used, and two coin-type batteries are used as the battery 161 in order to ensure the lighting voltage of the light-emitting diode 171.

[0132] When the handle 113 of the reel unit 110 is rotated clockwise toward the reel unit 110, the rotary frame 114 having the light irradiation arm 150 rotates around the bobbin 111, The fishing line 8 guided by the line roller 151 is wound around the bobbin winding 111 while the bobbin winding 111 repeats reciprocating movement sometimes. At this time, the light emitted from the light irradiation arm 150 of the rotating frame 114 toward the spool 111 is guided by the light irradiation arm 150 and is evenly applied to the fishing line 8 wound around the spool 111. Each time the fishing line is unwound and wound, it is irradiated, so that the phosphorescent fishing line 8 can always be used in a bright state.

[0133] In the phosphorescent fishing tackle 1G, the force of holding the light illumination unit 170 (light emitting diode 171 and printed circuit board 172) and the power supply unit 160 (battery 161) in the light irradiation arm 150 of the rotating frame 114 Because of the nearby weight increase, anglers can enjoy fishing comfortably without feeling any change in weight balance.

[0134] In the seventh embodiment, the light irradiation unit 170 is housed in the light irradiation arm 150. However, the present invention is not necessarily limited to such a form. For example, the light irradiation unit 170 is accommodated in one of the arms 153 and 154 that support the line roller 151 and the bail 152 as a light irradiation arm, and the power supply unit 160 is accommodated in the other and the light irradiation arm 150 is omitted. May be. In this case, the arm 153 or 154 in which the light irradiation unit 170 is accommodated serves as a guide member.

[0135] Further, the light irradiation arm 150 provided on the rotating frame 114 does not protrude into the range through which the fishing line 8 passes, and this does not cause a yarn entanglement. Moreover, the flying distance of the pseudo bait and the device that does not increase the resistance when the fishing line 8 is unrolled is not impaired. Further, the reel body 110 can be attached to and detached from the fishing rod 2. If this reel body 110 is attached in place of the conventional spinning reel body, the fishing tackle 1G with a phosphorescent function can be easily obtained. There is not much time and effort for adjustment.

[Embodiment 8]

13A to 13C are diagrams for explaining the structure of the phosphorescent fishing tackle 1H according to Embodiment 8 of the present invention. FIG. 13A is a front view, FIG. 13B is a top view, and FIG. 13C is a side view.

[0137] As shown in FIGS. 13A to 13C, the phosphorescent fishing tackle 1H according to the eighth embodiment is detachably fixed to the outer surface of the fishing rod 3, and is wound around the bobbin winding 211 and the bobbin winding 211. The reel main body 210 having the level winder 250 (guide member) for guiding the phosphorescent fishing line 8 to the reel unit, the power supply unit 260 accommodated in the reel body 210, and the level winder 250 A light irradiating unit 270 that irradiates light toward the bobbin winding portion 211 of the reel body 210 by light emission from a light emitting diode 271 (light source) housed in a position for guiding the optical fishing line 8 and driven by power supply from the power supply unit 260 And is configured. This phosphorescent fishing tackle 1H is configured using a reel body 210 of a double-axis reel type, and is configured to irradiate a phosphorescent fishing line 8 guided by a light power level winder 250 emitted from a light irradiation unit 270. This is a two-axis reel 200 having a general shape with a luminous function added.

[0138] The reel body 210 of the phosphorescent fishing tackle 1H is basically configured in the same manner as that shown in Embodiment 6 above, and is further wound around the side of the spool portion 211 (the tip side of the fishing rod 3). A level winder 250 is provided to guide the fishing line 8 to be taken to the bobbin 211, and the level winder shaft 252 is rotated by rotating the handle 214 of the reel body 210, and the fishing line 8 is passed through. Is configured to reciprocate left and right on the level winder shaft 252 so that the fishing line 8 is evenly distributed on the spool portion 211. Here, the level winder 250 functions as a guide member that guides the fishing line 8 to the bobbin winding portion 211.

[0139] In the phosphorescent fishing tackle 1H of the eighth embodiment, the battery 261 is accommodated in the power supply accommodating space 260a (power supply portion 260) formed in the main body wall portion 213 of the reel main body 210, and this level winder. A light emitting diode 271 as a light source is housed in a light source housing space 270a (light irradiation unit 270) formed in the interior of the 250, and light emitted from the light emitting diode 271 is applied to the phosphorescent fishing line 8 guided to the level winder 250. Is done.

[0140] In the power supply unit 260, the positive contact piece 262 and the negative contact piece 263 are disposed in the power supply accommodation space 260a formed in the main body wall portion 213 of the reel main body 210, as in the sixth embodiment. The battery 261 is loaded between the contact pieces 262 and 263, and the cord 273 connected to the contact pieces 262 and 263 is extended to the light irradiation unit 270.

[0141] In the light irradiation unit 270, a light source diode 271 as a light source and a printed circuit board 272 on which the light emitting diode 271 is mounted are stored in a light source storage space 270a in the level winder 250. The extended cord 273 is connected to the printed circuit board 272, and the light emitting diode 271 is supplied with power from the battery 261 and emits light. The cord 273 is made of a flexible material with sufficient length to accommodate the left and right reciprocation of the level winder 250. [0142] The light-emitting diode 271 emits light including a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8. In the seventh embodiment, space saving is achieved. Therefore, chip-type ultraviolet light emitting diodes are used. The threading tube 251 of the level winder 250 is formed of a translucent resin, and the light emitting diode 271 is disposed at a position facing the threading hole 253 of the threading tube 251 through which the fishing line 8 is threaded. Then, the light emitted from the light emitting diode 271 is irradiated toward the center of the threading hole 253, and the phosphorescent fishing line 8 passing through the threading hole 253 is irradiated.

[0143] With this phosphorescent fishing tackle 1H, the fishing line 8 always passes through the thread hole 253 of the level winder 250 at the time of unwinding and winding, so that light is emitted from the light emitting diode 271 each time it passes, and fishing is performed. While doing so, the phosphorescent fishing line 8 is stored intermittently and can remain bright.

[0144] In the phosphorescent fishing tackle 1H, the light emitting diode 271 and the battery 261 are housed in the reel body 210. However, since the weight is increased near the handle of the fishing rod, the angler hardly changes the weight balance. You can enjoy fishing comfortably. The cord 273 is exposed from the reel body 210, but as shown in FIG. 13, the cord 273 is wired so as not to hang down within the range through which the fishing line 8 passes, resulting in thread entanglement. There is nothing. Furthermore, since the light irradiation unit 270 is provided on the side of the level winder 250 provided in the reel body 210, the fishing line 8 passes without impairing the original function of the level winder 250. This will not increase the resistance when doing so, and the flying distance of simulated bait and devices will not be impaired. Furthermore, the reel body 210 can be attached to and detached from the fishing rod 3, and if this reel body 210 is attached in place of the conventional dual-axis reel body, a fishing tackle 1H with a phosphorescent function can be easily obtained. There is not much time and effort when attaching and detaching.

[Embodiment 9]

14A to 14B are views for explaining the structure of the phosphorescent fishing tackle II according to Embodiment 9 of the present invention. FIG. 14A is a side sectional view, and FIG. 14B is a top view.

As shown in FIGS. 14A to 14B, phosphorescent fishing tackle II according to Embodiment 9 includes power supply unit 330 housed inside fishing rod 4, and housed inside fishing rod 4, and power supply unit 330. Light-emitting diode 341 driven by power supply from 341 (light source) emits light toward the inside of fishing rod 4 A light-irradiating fishing line 8 that passes through the inside of the fishing rod 4, and the light-collecting fishing line 8 that passes through the fishing rod 4 is irradiated with the phosphorescent fishing line 8. It is structured as follows.

[0147] The phosphorescent fishing tackle II of the ninth embodiment can be easily configured using a fishing rod 4 having a general through rod structure. In this through rod 4, a hook butt portion 320 is fitted to the opening end 310a on the proximal side of the first rod 310 of the fishing rod, and a thread rod through hole 31 la is inserted into the first node 310 near the opening end 310a. An inlet guide 311 is installed, a through hole 310b is opened in the first section 310 near the inlet guide 311, and a reel rod force not shown in the drawing is used. The fishing rod 4 is fed through a hook rod hole 311a and a through hole 310b. (Section 1 310). In addition, a rod inner thread guide tube 312 (thread guide body) is fitted and inserted at a position on the tip side close to the through hole 310b of the first section 310, and the fishing line 8 is centered on the rod inner thread guide tube 312. Through the thread guide hole 312a penetrating in the axial direction of the fishing rod 4, the inside of the fishing rod is led to the second section 313, the third section 314, the fourth section 315, and the tip section 316.

[0148] In the phosphorescent fishing tackle II of the ninth embodiment, the power source unit 330 and the light emitting unit 340 (light irradiating unit) are provided inside the rod bottom portion 320 attached to the proximal end 310a of the first section 310 of the fishing rod 4. ) And are stored. That is, the buttock 320 is configured by fitting the power supply 330 (the hand side of the fishing rod 4) and the light emitting unit 340 (the tip) on both ends of the outer cylinder 321 covering the buttock 320. The distal end side of the buttock 320 is fitted and fixed to the proximal opening end 310a of the first section 310.

[0149] The light-emitting unit 340 is located on the front side of the light-emitting diode 341 as a light source, a printed circuit board 342 on which the light-emitting diode 341 is mounted, a light-emitting unit case 343 for housing them, and the light-emitting diode 341. And a lens 344 having a convex surface on the light emitting diode 341 side made of a translucent material such as acrylic resin that covers the open end 343a (light guide window) of the light emitting unit case 343. As the light-emitting diode 341, a bullet-type ultraviolet light-emitting diode that emits light containing many wavelengths in the ultraviolet region that easily excites the luminous agent contained in the fishing line 8 is used. In addition, the back wall of the light emitting unit case 343 is provided with a cord through hole 345 penetrating the wall, and the surface force on the side opposite to the surface on which the light emitting diode 3 41 of the printed circuit board 342 is mounted also protrudes. Light-emitting diode 341 terminal code 3 46 is connected, and extends through the cord through hole 345 toward the proximal side of the buttocks 320 where the power source 330 is accommodated.

[0150] The power source 330 has a bottomed cylindrical battery case 334 fitted with a plus contact piece 332 on the bottom of the open end 320a of the proximal end of the buttock 320, The battery case 334 has an open end 334a, and a battery cover 335 having a negative contact piece 333 disposed on the bottom surface of the battery case 334. The battery 331 is accommodated in the battery case 334, and the opening end 334a thereof is closed by the battery lid 355, so that the battery 331 is loaded between the plus contact piece 332 and the minus contact piece 333. The power source unit 330 (plus contact piece 332 and minus contact piece 333) and the light emitting unit 340 (printed board 342) are connected via a cord 346, and the light emitting diode 341 in the light emitting unit case 343 Power is emitted from battery 331 and emits light.

[0151] The light emitted from the light emitting diode 341 is transmitted through the transparent lens 344, and the force of the through hole 310b is irradiated toward the fishing line 8 introduced into the fishing rod 4 (first section 310). Since the light collected by the lens 344 is irradiated onto the fishing line 8, it can be efficiently stored in the fishing line 8.

[0152] In the ninth embodiment, the reflection film 317 (reflecting mirror portion) is formed on the wall surface of the inner space of the first section 310 irradiated with light and the surface around the yarn guide hole 312a of the inner thread guide tube 312. ) Is provided. The light emitted from the light emitting diode 341 and reflected by the reflective film 317 spreads in the internal space of the first section 310, and the fishing line 8 is irradiated a plurality of times, so that the fishing line 8 can be stored brighter.

[0153] As described above, the phosphorescent fishing tackle 1N has the above-described configuration, so that each time the fishing line 8 passes through the space inside the fishing rod 4 during feeding and winding, the light-emitting diode 341 While the emitted light is irradiated and fishing, it is stored intermittently and can keep bright.

[0154] In the phosphorescent fishing tackle 1N, the lens 344 is disposed at the opening end 343a of the light emitting unit case 343, and the reflection film 317 is disposed on the wall surface of the internal space of the first section 310, so that the fishing line 8 can be efficiently used. However, the lens 344 and the reflective film 317 are not necessarily provided. [0155] In the phosphorescent fishing tackle IN, the power supply unit 330 (battery 331) and the light emitting unit 340 (light emitting diode 3 41) are housed in the fishing rod 4 (rod butt 320). As the weight increases in the vicinity of the bottom 320), the angler can enjoy fishing comfortably without feeling any change in the weight balance. In addition, since there is no protrusion to the outside of the reel unit, it does not cause thread entanglement, and since the phosphorescent function is added using the structure of the existing threading rod, the passage resistance of the fishing line 8 is newly increased. The simulated bait and the flying distance of the device are not impaired. Further, the heel part 320 that accommodates the power supply unit 330 and the light emitting unit 340 can be attached to and detached from the fishing rod 4, and it does not require much labor and trouble when attaching and detaching.

[Embodiment 10]

15A to 15B are views for explaining the structure of the phosphorescent fishing tackle 1J according to Embodiment 10 of the present invention, in which FIG. 15A is a side sectional view and FIG. 15B is a top view.

[0157] In the phosphorescent fishing tackle 1J according to the tenth embodiment, as shown in Figs. 15A to 15B, the power supply unit 330 and the light emitting unit 340 (light irradiation unit) are provided as in the ninth embodiment. It is configured so that the light from the light emitting unit 340 is irradiated in the phosphorescent fishing line 8 that is housed in the butt portion 320 and passes through the fishing rod 4 (first section 310). The power supply unit 330 and the light emitting unit 340 are not integrated with the long cord 346 that connects the power supply unit 330 arranged on the hand side and the light emitting unit 340 arranged on the distal end side of the buttock 320. The light-emitting built-in light-emitting unit 350 is housed on the front end side of the buttock-shaped part 320 in a state that it can be taken out from the buttock-shaped part 320. It is configured to be fitted and attached to the open end 310a.

In this power-incorporated light emitting unit 350, the power unit 330 is disposed in the vicinity of the light emitting unit 340 disposed on the distal end side of the buttock 320, and includes a battery case 334, a battery lid 335, and a lens 344. The power supply unit 330 and the light emitting unit 340 are connected by a short cord 352, which is stored in an integrated storage case 351.

[0159] In addition to the many advantages described in the ninth embodiment, such a phosphorescent fishing tackle 1J can share a single light-emitting unit 350 with built-in power supply among a plurality of fishing rods 4, and can be used with a long cord. Since 346 is not used, there are advantages such as reduced material costs and assembly man-hours. [Embodiment 11]

FIG. 16 is a partially cutaway perspective view for explaining the structure of the thread guide portion in the phosphorescent fishing tool 1K according to Embodiment 11 of the present invention.

[0161] As shown in Fig. 16, phosphorescent fishing tackle 1K according to Embodiment 11 includes a power supply unit (not shown) housed inside fishing rod 2 (3), and is housed inside the fishing rod. Light-emitting diode 420 (light source) that emits light when power is supplied, and a light-emitting diode that is formed of a light-transmitting material and that has a base end-side leg 411 inserted through a through-hole 412 formed on the outer surface of fishing rod 2 (3) An annular part 413 which is fixed to the fishing rod 2 (3) in a state of being opposed to 420, protrudes from the outer surface force of the fishing rod 2 (3) to the tip side, and forms a thread threading space 414 in the center. And a yarn guide portion 410 having a (ring portion). This phosphorescent fishing tackle 1K is emitted from the light emitting diode 420 and is applied to the phosphorescent fishing line 8 passing through the thread passage space 414 of the thread guide section 410, which is guided by the ring section 413 of the thread guide section 410. Yes, either a spinning reel or a biaxial reel may be used as the reel. In the eleventh embodiment, the recess 41 la is formed in the leg portion 411 of the yarn guide portion 410, and the light emitting diode 420 force housed in the fishing rod 2 (3) is inserted into the recess 411a. ing.

[0162] The light-emitting diode 420 is a bullet-type ultraviolet light-emitting diode that emits light containing a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8, and has a cord 421 at its terminal. One end of the cord 421 is connected, and the other end of the cord 421 is connected to a power supply unit housed in the fishing rod 2 (3). The light emitting diode 420 is supplied with power from the power supply unit and emits light.

[0163] As shown in the above-mentioned Embodiment 9, the power supply unit is inserted into the fishing rod 2 (3) by a method of arranging the power supply unit 330 including the battery case 334 and the battery lid 335 in the buttock 320. The illustration is omitted. Note that the power supply unit does not necessarily have to be housed inside the fishing rod 2 (3). The fishing rod 2 (3) may be detachably attached to the outside, and the mounting method is not limited.

[0164] The yarn guide portion 410 is formed of a light-transmitting light-transmitting material such as acrylic resin, and has an annular portion 413 formed in a ring shape, and a proximal end side from the annular portion 413. And projecting legs 4 11. And this leg 411 penetrates the fishing rod 2 (3) The hole 412 is inserted into the fishing rod 2 (3) and is fixed to the fishing rod 2 (3) by the holding piece 415 and the holding band 416. That is, the holding piece 415 has a substantially L-shape when viewed from the side, and is disposed on both sides of the leg portion 411 of the yarn guide portion 410, with one end piece being a holding band 416 and the yarn guide portion 410. The thread guide 410 is fixed to the fishing rod 2 (3) by being tied to the leg 411 and the other end piece is secured to the fishing rod 2 (3) by the holding band 416. The ring portion 413 is supported in a state where it is located on a plane substantially perpendicular to the axial direction of the fishing rod 2 (3).

[0165] Inside the fishing rod 2 (3), a light emitting diode 420 as a light source is housed, and a bullet-shaped lens portion of the light emitting diode 420 is formed in a concave portion 411 a formed on the end surface of the leg portion 411 of the yarn guide portion 410. It is inserted in. The recess 41 la is formed to have almost the same shape as the outer shape of the bullet-shaped lens portion of the light emitting diode 420, and the light emitting diode 420 is fitted in a state of being in close contact with the recess 41 la. Thereby, the light emitted from the light emitting diode 420 is effectively transmitted to the leg portion 411 of the yarn guide portion 410.

[0166] Further, the annular portion 413 of the thread guide portion 410 has a substantially quadrangular cross section, and the fishing line 8 passes through the central thread passage space 414 formed by the annular portion 413. A reflection film 417 (reflecting mirror part) is formed on the outer peripheral surface of the leg part 411 except for the inner peripheral surface of the annular part 413 facing the fishing line 8 and the inner surface of the concave part 41 la formed in the leg part 411. ing. As a result, the light emitted from the light emitting diode 420 is transmitted through the light guide material (the leg portion 411 and the annular portion 413) of the yarn guide 410, and is reflected by the reflective film 417 covering the outer peripheral surface, so that the annular portion The inner peripheral surface force of 413 is also radiated toward the inside of the thread guide part 410, that is, toward the fishing line 8 inserted through the thread threading space 414 of the annular part 413.

In the eleventh embodiment, the recess 41 la formed in the leg portion 411 of the yarn guide portion 410 is not limited to that formed in the end surface of the leg portion 411, and is formed in the peripheral surface of the leg portion 411. May be done. Further, the cross-sectional shape of the circular ring portion 413 of the yarn guide portion 410 is not limited to a substantially rectangular shape, and the shape may be any shape in which the outer peripheral surface side is formed with an arc. Further, it is desirable that the outer peripheral surface of the annular part 413 and the leg part 411 (excluding the inner peripheral surface of the annular part 413, etc.) is covered with the reflective film 417, but is covered with the reflective film 417. It is not necessary. [0168] In the eleventh embodiment, the thread guide part 410 in which the ring-shaped annular part 413 is formed is illustrated. However, the part forming the thread threading space 414 is shown in a side view. It may be formed as a triangular ring or a rectangular ring portion having a polygonal shape equal to or larger than a quadrangle, or only a part thereof may be formed in an arc shape!

[0169] In the phosphorescent fishing tackle 1K of the eleventh embodiment, every time the fishing line 8 passes through the thread passage space 414 formed by the ring part 413 of the thread guide part 410 at the time of feeding and winding thereof. Since the light emitted from the light emitting diode 420 is irradiated and accumulated intermittently while fishing, the fishing line 8 can be kept bright. In addition, there is nothing that protrudes outside the fishing rod 2 (3) or the thread guide part 410, and light irradiation is performed through the thread guide part 410 having the same shape as the normal thread guide structure. The simulated bait and the flying distance of the device that does not increase the passage resistance of the car is not impaired.

[0170] Further, the thread guide 410 can also remove the fishing rod 4 force by unfastening the holding band 416. If the through-hole 412 of the fishing rod 4 is closed by taping or the like, the light-emitting diode 420 will be inside the fishing rod 4. And can be used as a normal fishing rod. In the phosphorescent fishing tackle 1K, the power supply unit and the thread guide unit 410 can be attached to and detached from the fishing rod 4 in this way, and there is no much trouble and effort when attaching and detaching.

[Embodiment 12]

FIG. 17 is a partially cutaway perspective view for illustrating the structure of the thread guide portion in the phosphorescent fishing tackle 1L according to the twelfth embodiment of the present invention.

[0172] As shown in Fig. 17, the phosphorescent fishing tackle 1L according to the twelfth embodiment has the thread guide portions 410 in the above-mentioned first embodiment 1 arranged at a plurality of locations on the fishing rod 2 (3). In the thread guide part 410, light is irradiated toward the fishing line 8 inserted through the thread threading space 414 formed in the annular part 413.

In the twelfth embodiment, a plurality of optical fibers 431 are arranged in the fishing rod 2 (3), and the respective optical fibers 431 are arranged in the concave portions 41 la formed in the leg portions 411 of the yarn guide portion 410. One end of 43 la is inserted and fixed. The plurality of optical fibers 431 are arranged at the other end 43 lb on the opposite side to the side fixed to the yarn guide part 410, and the light receiving part to which the light from the light emitting diode 430 (light source) is incident. Connected to 432 [0174] The light receiving unit 432 is housed in a space in the fishing rod 2 (3) between the rod bottom 320 of the fishing rod 2 (3) in which the power supply unit is accommodated and the thread guide portion 410 closest thereto. A concave portion 432a is formed on the opposite side of the surface to which the optical fiber 431 of the portion 432 is connected.

[0175] The light-emitting diode 430 uses a bullet-type ultraviolet light-emitting diode that emits light containing a lot of wavelengths in the ultraviolet region that easily excites the phosphorescent agent contained in the fishing line 8, and has a rod-shaped lens portion. Is fitted in the concave portion 432a (light receiving concave portion) of the light receiving portion 432. One end of the cord 433 is connected to a terminal of the light emitting diode 430, and the other end of the cord 433 is connected to a power supply unit housed in the fishing rod 2 (3). The light emitting diode 430 is supplied with power from the power source and emits light. Note that the power supply unit does not necessarily need to be housed inside the fishing rod 2 (3). The fishing rod 2 (3) may be detachably attached to the outside.

[0176] According to the phosphorescent fishing tackle 1L having such a configuration, it has many advantages described in the above-mentioned Embodiment 11, and is arranged on the fishing rod 2 (3) using one light emitting diode 430 (light source). It is possible to irradiate light toward the fishing line 8 passing through the thread passing space 414 of the plurality of thread guide portions 410 thus provided, and more accumulated light quantity can be given to the fishing line 8. In addition, the use of an optical fiber can reduce the weight increase associated with the addition of the light storage function.

[Embodiment 13]

FIG. 18 is a side view, partly broken, for explaining the structure of the phosphorescent fishing tackle 1M according to the thirteenth embodiment of the present invention.

As shown in FIG. 18, the phosphorescent fishing tackle 1M according to the thirteenth embodiment is detachably fixed to the outer surface of the fishing rod 2 and has a reel body 510 having a bobbin winding portion 511 and a fishing rod 2 (竿A power supply unit 530 housed inside the bottom section 520) and a bobbin winding section 511 of the reel unit 510 by light emission from a light emitting diode 541 (light source) fixed to the outer surface of the fishing rod 2 and driven by power supply from the power supply section 530 And a light emitting unit 540 (light irradiating unit) that emits light toward the light source. The light irradiation unit 540 includes a condenser lens 544 (irradiation field limiting means) that limits the irradiation range of light emitted from the light irradiation unit 540, and a tilting fulcrum 545 (irradiation position) that adjusts the light irradiation direction. Adjustment means), which is irradiated from the light irradiator The light-emitting fishing line 8 that is wound on the bobbin winding portion 511 of the reel body 510 is configured to irradiate the light-powered reel 544 whose irradiation range is limited by the tilting fulcrum 545 and whose irradiation direction is adjusted by the tilting fulcrum 545. In the phosphorescent fishing tackle 1M shown in FIG. 18, a general spinning reel 500 is used as the reel body 510! /.

[0179] In the phosphorescent fishing tackle 1M of the thirteenth embodiment, the light emitting unit 540 is mounted in the recess 522a formed in the grip portion 522 located near the reel mounting portion 521 of the fishing rod 2 and located on the fishing rod tip side. A power supply unit 530 is housed in the rod butt 520 of the fishing rod 2.

[0180] The light-emitting unit 540 accommodates a light-emitting diode 541 as a light source and a printed circuit board 542 on which the light-emitting diode 541 is mounted, and has a light-emitting unit case having an opening on the surface facing the thread winding portion 511 of the reel body 510 543 and a condensing lens 544 attached to the opening of the light emitting unit case 543. One side force on the grip unit 522 side of the light emitting unit case 543 is provided on the concave portion 522a of the grip unit 522 via the tilting fulcrum 545. It can be tilted inside.

[0181] In the thirteenth embodiment, as the light emitting diode 541, it is easy to excite the phosphorescent agent contained in the fishing line 8! Chip-type ultraviolet light emission that emits light containing a large number of wavelengths in the ultraviolet region. A diode is used, and the condensing lens 544 and the tilting fulcrum 545 function as an irradiation field limiting unit and an irradiation position adjusting unit, respectively. A cord 546 connected to the terminal of the light emitting diode 541 is connected to the surface of the printed circuit board 542 opposite to the surface on which the light emitting diode 541 is mounted, and the power supply unit 530 is accommodated through the inside of the fishing rod 2. It extends toward the proximal side of the bottom 520.

[0182] Power supply unit 530 is configured in the same manner as power supply unit 330 in the above-described ninth embodiment, and battery 531 is housed in battery case 534 that is fitted and inserted into the proximal end of buttock 520. Then, the battery case 534 is closed by the battery cover 535, so that the battery 531 is loaded between the positive contact piece 532 and the negative contact piece 533. The power supply unit 530 and the light emitting unit 540 are connected via a cord 546, and the light emitting diode 541 in the light emitting unit case 543 is supplied with power from the battery 531 and emits light.

[0183] The light emitted from the light emitting diode 541 is adjusted in the irradiation direction by changing the tilting angle of the light emitting unit case 543 with respect to the fishing rod axis direction by the tilting fulcrum 545. Only the thread winding portion 511 of the reel main body 510 is locally irradiated by being converged by the needles 544 and limiting the irradiation range. Depending on the size of the spinning reel 500, the light emitting unit case 543 can be mounted even when the relative position of the spool 511 and the light emitting unit 540 changes when the reel unit 510 is mounted on the reel mounting unit 521. By tilting the tilting fulcrum 545 in the desired direction, the irradiation direction can be easily adjusted toward the bobbin winding portion 511.

[0184] As described above, the phosphorescent fishing tackle 1M has the above-described configuration, thereby eliminating unnecessary light dispersion and giving a sense of incongruity to the fish. Also, annoying the surrounding anglers. There is nothing. In addition, the light from the light emitting diode 541 can be continuously applied to the fishing line 8 of the bobbin winding portion 511. By irradiating light for a long time, sufficient light energy is stored in the phosphorescent fishing line 8, and it is always used in a bright state. can do.

[0185] In this phosphorescent fishing tackle 1M, the force in which the light-emitting diode 541 and the battery 531 are accommodated in the fishing rod 2 is an increase in weight near the handle of the fishing rod 2, so that the angler almost feels a change in the weight balance. You can enjoy fishing comfortably. Moreover, since there are almost no protrusions to the outside of the fishing gear, the flying distance of the pseudo bait and the device that does not cause string entanglement is not impaired. In addition, it also has a convenient aspect that allows the light emitted from the light emitting unit 340 to be stored by bringing a pseudo bait containing a phosphorescent pigment close to it.

[Embodiment 14]

FIG. 19 is a side view, partly broken away, illustrating the structure of the phosphorescent fishing tackle 1N according to Embodiment 14 of the present invention.

As shown in FIG. 19, the phosphorescent fishing tackle 1N according to the fourteenth embodiment is detachably fixed to the outer surface of the fishing rod 3, and has a reel body 560 having a spool 561 inside, and a fishing rod 3 Power supply unit 580 accommodated inside the unit 570) and fishing rod 3 (reel mounting base 571), which is fixed by light emission from the light emitting diode 591 (light source) driven by the power supply from the power supply unit 580. And a light irradiation unit 590 that irradiates light toward the bobbin winding portion 561 of the main body 560. The light irradiation unit 590 is configured such that the printed circuit board 592 on which the light emitting diode 591 is mounted can slide in the axial direction of the fishing rod 3, and the light emitted from the light emitting diode 591 is irradiated by the sliding movement of the printed circuit board 592. The light whose position has been adjusted The phosphorescent fishing line 8 wound around the spool 561 of the main body 560 is irradiated. Here, a mechanism for sliding the print substrate 592 functions as an irradiation position adjusting means. In the phosphorescent fishing tackle 1N shown in FIG. 19, a general dual-axis reel 550 is used as the reel body 560.

[0188] In the phosphorescent fishing tackle 1N, a light emitting diode 591 as a light source and a printed board 592 on which the light emitting diode 591 is mounted are arranged in a reel mounting base 571 so as to be slidable in the axial direction of the fishing rod 3. . The printed circuit board 592 is formed to have an elongated shape in the axial direction of the fishing rod 3, guided by a support member (not shown) in the reel mounting base 571, and within the range of positions 592a to 592b as shown in FIG. Slide movement is possible. In the fourteenth embodiment, as the light emitting diode 591, there is a chip-type ultraviolet light emitting diode that easily excites the phosphorescent agent contained in the fishing line 8 and emits light containing many wavelengths in the ultraviolet region. in use.

Power supply unit 580 has the same configuration as power supply unit 530 in the thirteenth embodiment, and is housed in buttock portion 570. From this power supply unit 580, the wiring board 584 connected to the positive contact piece 582 and the negative contact piece 583 is extended toward the reel mounting base 571, and the contact point 585 of the wiring board 5 84 is connected to the end of the reel mounting base 571. Close contact with wiring on PCB 592. The light emitting diode 591 in the reel mounting base 571 is supplied with power from the battery 581 mounted between the positive contact piece 582 and the negative contact piece 583 and emits light.

[0190] The light emitted from the light emitting diode 591 is emitted from below the reel body 560 toward the fishing line 8 wound around the spool 561. Even when the position of the bobbin winding portion 561 is shifted due to the size of the biaxial reel 550 attached to the reel mounting base 571, the position of the printed circuit board 59 2 (light emitting diode 591) can be changed to flexibly adjust the reel body 560. The irradiation position can be adjusted.

[0191] As described above, the phosphorescent fishing tackle 1N has the above-described configuration, so that the fishing line 8 can be reliably irradiated with light, and unnecessary dispersion of light is eliminated. There is no inconvenience to the surrounding anglers who can not give. Since the spool 561 rotates intermittently by unwinding and winding the fishing line 8, the light irradiation unit 590 uniformly and repeatedly irradiates the entire circumference of the winding unit 561, so that the phosphorescent fishing line 8 can always be used in a bright state. It is possible.

[0192] In this phosphorescent fishing tackle IN, the force that the light-emitting diode 591 and the battery 581 are accommodated in the fishing rod 3 is the weight increase near the handle of the fishing rod 3, so that the angler almost feels a change in the weight balance. You can enjoy fishing comfortably. In addition, since there are no protrusions outside the fishing gear, the flying distance of the pseudo bait and the device that does not cause entanglement is not impaired.

[Embodiment 15]

FIG. 20 is a side view, partly broken away, illustrating the structure of the phosphorescent fishing tack 10 according to Embodiment 15 of the present invention.

As shown in FIG. 20, the phosphorescent fishing tackle lO according to the fifteenth embodiment is detachably fixed to the outer surface of the fishing rod 2 and has a reel body 610 having a bobbin winding 611 inside, a power supply unit 630, and this Light-emitting diode driven by power supply from power supply unit 630 641 (light source) Light irradiation unit 640 that emits light toward the bobbin winding portion 611 of the reel body 610 by strong light emission is integrated into a unit case 621 The power source built-in light-emitting unit 620 attached to the leg 612 of the reel body 610 is configured. The light irradiation unit 640 includes a condenser lens 643 (irradiation field limiting means) that limits the irradiation range of light emitted from the light irradiation unit 640, and the unit case 621 of the power supply built-in light emitting unit 620 The tilting fulcrum 623 (irradiation position adjusting means) is provided to adjust the irradiation direction of the light, and the irradiation range is limited by the condenser lens 644, and the irradiation direction is adjusted by the tilting fulcrum 623. Light is configured to irradiate the phosphorescent fishing line 8 wound around the spool 611 of the reel body 610. In the phosphorescent fishing tack 10 shown in FIG. 20, a general spinning reel 600 is used as the reel body 610! /.

[0195] In the phosphorescent fishing tackle lO of the fifteenth embodiment, the light-emitting unit 620 with built-in power supply is attached to the leg 612 of the reel body 610 via the tilting fulcrum 623 and the mounting arm 624.

[0196] The light-emitting unit 620 with a built-in power supply accommodates a power supply unit 630 and a light irradiation unit 640 in a space formed inside the unit case 621. That is, the light emitting diode 641 as a light source and the light emitting diode in the light source housing space 640a (light illumination portion 640) arranged on the front side of the internal space (the side facing the bobbin winding portion 611 of the reel body 610) 641 implemented Printed circuit board 642, a condenser lens is attached to the opening formed on the front side of the unit case 621, and the battery 631 is accommodated in the power supply accommodation space 630a (power supply unit 630) arranged on the rear side. Has been. One side of the rear side of the unit case 621 is attached to an attachment arm 624 detachably fixed to a leg 612 of the reel body 610 via an inclination fulcrum 623.

[0197] In the fifteenth embodiment, as the light emitting diode 641, it is easy to excite the phosphorescent agent contained in the fishing line 8, and emits light containing a lot of wavelengths in the ultraviolet region. A diode is used, and the condenser lens 643 and the tilting fulcrum 623 function as an irradiation field limiting unit and an irradiation position adjusting unit, respectively.

[0198] The power supply unit 630 is formed in a space on the opposite side (rear side) to the surface on which the light emitting diode 641 is arranged with the printed circuit board 642 in the unit case 621 interposed therebetween. The positive contact piece 632 and the negative contact piece 633 connected to the terminal of the light emitting diode 631 are provided, and the battery 631 is loaded between the positive contact piece 632 and the negative contact piece 633. The light emitting diode 641 emits light by the power supply from the battery 631.

[0199] The light emitted from the light emitting diode 641 is adjusted by the tilting fulcrum 623 by changing the tilting angle of the unit case 621 with respect to the fishing rod axis direction, and is collected by the condensing lens 643.

By being bundled and limiting the irradiation range, irradiation is locally performed toward the bobbin winding portion 611 of the reel body 610. Depending on the size of the spinning reel 600, even if the relative position between the spool 611 and the light-emitting unit 620 with built-in power supply changes when the reel unit 610 is mounted on the reel mounting unit 613, the unit case 621 By tilting the tilt fulcrum 623 in the center in a desired direction, the irradiation direction can be easily adjusted toward the bobbin winding portion 611.

[0200] As described above, the phosphorescent fishing tackle lO has the above-described configuration, so that unnecessary dispersion of light is eliminated, which causes trouble for the anglers around that do not give the fish a sense of incongruity. Nor. In addition, the light from the light-emitting diode 641 can continue to be applied to the fishing line 8 of the bobbin 611. By irradiating light for a long time, sufficient light energy is stored in the phosphorescent fishing line 8, and it is always used in a bright state. be able to. [0201] Luminous fishing tackle lO is the force that the light-emitting unit 620 with built-in power supply that houses the light-emitting diode 641 and the battery 631 is attached to the leg 612 of the reel body 611, and the weight increase near the handle of the fishing rod 2 Therefore, anglers can enjoy fishing comfortably without feeling any change in weight balance. In addition, since the position force light irradiation is performed regardless of the area through which the fishing line 8 passes, the flying distance of the pseudo bait and the device that does not involve the string is not impaired. Furthermore, the power supply built-in light-emitting unit 620 can be attached to and detached from the reel unit 610, and there is no much trouble and effort when attaching and detaching.

[0202] The light-emitting unit 620 with a built-in power supply may be installed in another location such as the grip 614 of the fishing rod 2 attached to the leg 612 of the reel body 610 in FIG. Needless to say, the same effect can be obtained.

Industrial applicability

[0203] The fishing tackle with the phosphorescent function for the fishing line according to the present invention is compatible with various fishing rods and reels so that it can be easily and properly attached and detached. An angler who is able to excite effectively and does not lose the tangle or weight balance caused by the addition of a phosphorescent function, and is troublesome to attach / detach and adjust is equivalent to a normal fishing gear. Because it can fish without any discomfort, it is practically superior.

Claims

The scope of the claims

[1] 1. A power supply unit that is detachably fixed to the outer surface of the fishing rod via an attachment mechanism,

A light irradiating unit that irradiates light through a fishing line through light emitted from a light source driven by the power supply;

One end portion is fixed to either the power source unit or the light irradiation unit, and a connecting piece for connecting the power source unit and the light irradiation unit,

A holding part for slidably holding the other end of the connecting piece is provided on either one of the other, and the distance between the power supply part and the light irradiation part can be adjusted by sliding the connecting piece with respect to the holding part. And a connecting adjustment mechanism having a stopping means for fixing and unfixing the other end of the connecting piece to the holding portion by a manual operation. .

[2] 2. The mounting mechanism is

A fishing rod receiver having a fishing rod receiving surface in the shape of a groove extending along the longitudinal direction of the battery case of the power supply unit and fixed to the outer surface of the battery case, the fishing rod receiving surface being in contact with the outer surface of the fishing rod. Members,

A belt-like fixing means having a base end fixed to the outer surface of the battery case and sandwiching the fishing rod from both sides together with the fishing rod receiving member;

2. The fishing tackle having a phosphorescent function for a fishing line according to claim 1, further comprising a locking and holding means for detachably locking the tip portion of the fixing means to the outer surface of the battery case.

[3] 3. The fishing rod receiving member according to claim 2, wherein the fishing rod receiving member has a fishing rod receiving surface having a groove shape with a V-shaped cross section, and at least a portion of the fixing means wound around the fishing rod has a high friction coefficient. Fishing tackle with phosphorescent function for the described fishing line.

[4] 4. The connection adjustment mechanism

A holding part fixed to either the outer surface of the battery case of the power supply unit or the outer case of the light irradiation unit and holding the strip-shaped connecting piece while being slid in the longitudinal direction thereof;

It is provided in the holding part and is operated by manual operation so that the connecting piece cannot be moved to the holding part. The fishing tackle having a phosphorescent function for a fishing line according to claim 1, further comprising a stopping means having a stopper that is brought into pressure contact with the fishing line.

[5] 5. The light irradiation part

A thread guide tube, which is arranged in parallel to the fishing rod and is installed in the outer case, and the inside of the cylindrical shape is used as a fishing rod thread space.

A reflecting mirror portion formed on the outer peripheral surface or inner peripheral surface of the yarn guide tube;

A plurality of light sources arranged on the tube wall of the line guide tube at intervals in the direction in which the fishing line is inserted and provided to guide light emission into the line through space of the line guide tube. A fishing tackle having a phosphorescent function for a fishing line according to claim 1.

[6] 6. The thread guide tube is made of translucent material,

A reflecting mirror is formed on the entire outer surface of the yarn guide tube except for the location of the light source,

A plurality of light sources are arranged close to the light guide window portion where the reflecting mirror portion on the outer surface of the yarn guide cylinder is not formed, and light emitted from each light source passes through the light guide window portion and is reflected by the reflecting mirror portion. 6. A fishing tackle having a function of storing light in a fishing line according to claim 5, wherein the fishing line is configured to irradiate the inside of a thread passing space.

[7] 7. A power supply housed inside the fishing rod;

A light irradiating unit for illuminating a fishing line threading space by light emission of a light source driven by power supply of the power unit;

A fishing tackle having a phosphorescent function for a fishing line, comprising both ends fixed to the fishing rod and the light irradiating portion, and a connecting piece for supporting the light irradiating portion in a state protruding from the fishing rod.

[8] 8. One end of the strip-shaped connecting piece is fixed to the outer case of the light irradiating part, and is held by the fishing rod while restricting the other end of the connecting piece to slide in the longitudinal direction. The holding part is fixedly provided, and the holding part is provided with a stopping means having a stopper that is operated by a manual operation and presses the other end of the connecting piece into the non-movable state with the holding part. Item 10. A fishing tackle equipped with a phosphorescent function for a fishing line according to Item 7.

[9] 9. A reel body that is detachably fixed to the outer surface of the fishing rod and has a spool portion inside, A power supply unit housed in the reel body;

A light irradiating unit that is accommodated in a position facing the bobbin winding portion in the reel body and that emits light toward the bobbin winding portion of the reel body by light emission of a light source driven by power supply from the power supply unit. ,

At least a side surface of the reel portion of the reel body facing the light irradiation portion is formed of a translucent material,

A fishing tackle having a function of storing light in a fishing line, in which light emitted from the light irradiation unit is applied to a phosphorescent fishing line wound around a spool of the reel body.

[10] 10. A light guide window portion is formed in a portion of the light irradiation portion facing the spool portion, and a cover material having a translucent material force is fitted into the light guide window portion,

The light storage function of the fishing line according to claim 9, wherein the light irradiation part force is emitted and the light force transmitted through the cover material of the light guide window part is applied to the phosphorescent fishing line wound around the thread winding part in the reel body. Fishing tackle equipped with.

[11] 11. The fishing tackle having a function of storing light in the fishing line according to claim 9, wherein a reflecting mirror portion is formed on a side surface of the bobbin winding portion 3 not facing the light irradiation portion.

[12] 12. A reel body that is detachably fixed to the outer surface of the fishing rod and includes a spool portion and a guide member that guides the phosphorescent fishing line to the spool portion,

A power supply unit housed in the reel body;

The thread winding portion or the guide member by light emission from a light source that is housed in a position facing the spool portion in the guide member or a phosphorescent position in the guide member and that is driven by power feeding from the power source portion. And a light irradiator for irradiating light toward

The light emitted from the light irradiating unit is irradiated on the phosphorescent fishing line guided by the guide member of the reel body or the phosphorescent fishing line guided by the guide member and wound around the bobbin winding part. Fishing gear with a phosphorescent function.

[13] 13. A light guide window portion is formed in a portion of the guide member facing the thread winding portion, and a cover material having a translucent material force is fitted into the light guide window portion,

The light emitted from the light irradiation part and transmitted through the cover material of the light guide window part is the guide. 13. A fishing tackle equipped with a phosphorescent function for a fishing line according to claim 12, wherein the fishing line is irradiated on a phosphorescent fishing line guided by a member.

[14] 14. A power supply unit housed in a fishing rod through which the phosphorescent fishing line is inserted along the axial direction and a portion where the phosphorescent fishing line in the fishing rod is inserted are housed opposite to each other, and power is supplied from the power supply unit. A light irradiating unit that emits light toward the inside of the fishing rod by light emission of a light source driven by

A fishing tackle having a function of storing light in a fishing line when light emitted from the light irradiating unit is applied to a phosphorescent fishing line passing through the fishing rod.

[15] 15. The power supply unit and the light irradiation unit are accommodated in a butt portion that is attached to the fishing rod so as to be attached thereto.

A thread guide body having a thread guide hole along the axial direction of the fishing rod is fitted into the internal space of the fishing rod facing the light irradiation portion accommodated in the butt portion,

15. The light storage function of a fishing line according to claim 14, wherein the light of the light irradiation unit force is configured to irradiate an inside space formed between the fishing rod and the line guide body. Fishing tackle.

[16] 16. A reflecting mirror is formed on the wall surface of the internal space of the fishing rod facing the light irradiating portion, and the light of the light irradiating portion is reflected by the reflecting mirror and irradiates the internal space of the fishing rod. 15. A fishing tackle equipped with a function of storing light in a fishing line according to claim 14, wherein the fishing tackle is configured to do so.

[17] 17. The fishing line light storage function according to claim 15, wherein the power source unit and the light irradiation unit are integrated as a unit body so that the power source unit and the light irradiation unit are removably fitted to the buttock portion. Fishing gear

[18] 18. A power supply unit housed inside the fishing rod or detachably attached to the outside, a light source housed inside the fishing rod and driven by the power supply of the power supply unit, and a translucent material The base end side leg is inserted into the through hole formed on the outer surface of the fishing rod, and is fixed to the fishing rod in a state of being placed in close proximity to the light source, and the outer surface of the fishing rod on the distal end side. Thread protruding with an annulus that protrudes and forms a thread passage space in the center With an id part,

A fishing tackle equipped with a light storage function for a fishing line, wherein light emitted from the light source and guided to a ring part of the line guide part is irradiated to a light storage line passing through a line passing space of the line guide part.

[19] 19. A recess is formed in the leg of the yarn guide,

The light source housed inside the fishing rod is inserted into the recess! A fishing tackle equipped with a phosphorescent function for a fishing line according to claim 18.

[20] 20. A reflecting mirror portion is formed on the outer peripheral surface of the leg portion excluding the inner peripheral surface of the ring portion and the inner surface of the concave portion in the yarn guide portion,

The light source is disposed in close contact with the concave portion where the reflecting mirror portion is formed on the outer surface of the yarn guide portion, and the light emitted from the light source transmits through the light guide window portion and enters the yarn hook space. 19. A fishing tackle equipped with a function of storing light in a fishing line according to claim 18, wherein the fishing line is configured to irradiate the fishing line.

[21] 21. A concave portion is formed in the leg portion of the yarn guide portion, and one end of the optical fiber is inserted into the concave portion,

A light receiving portion to which the other end of the optical fiber is connected is housed inside the fishing rod, and the light receiving recess formed on the opposite side of the surface to which the other end of the optical fiber of the light receiving portion is connected, 19. A fishing tackle having a function of storing light in a fishing line according to claim 18, wherein a light source is inserted.

[22] 22. A reel body that is detachably fixed to the outer surface of the fishing rod and has a spool portion inside, and a power supply unit that is housed inside the fishing rod or that is detachably attached to the fishing rod or the reel body When,

A light irradiation unit that is attached to an outer surface of the fishing rod or a leg portion of the reel body, and that emits light toward a bobbin winding portion of the reel body by light emission of a light source driven by power supply from the power supply unit,

The light irradiating unit includes an irradiation field limiting unit that limits an irradiation range of light irradiated from the light irradiating unit, and an irradiation position adjusting unit that adjusts an irradiation position or irradiation direction of Z or light,

Light emitted from the light irradiator and whose irradiation range is limited by the irradiation field limiting means , And z, or a fishing tackle having a function of storing light on a fishing line, wherein light whose irradiation position or irradiation direction is adjusted by the irradiation position adjusting means is irradiated onto a phosphorescent fishing line wound around a spool of the reel body. .

[23] 23. The irradiation field limiting means limits a light irradiation range from the light irradiation unit by including a condensing lens in which one of the surfaces is formed in a convex shape. Item 22. A fishing tackle equipped with a phosphorescent function for a fishing line according to Item 22.

[24] 24. The fishing line according to claim 22, wherein the irradiation position adjusting means adjusts an irradiation direction of light from the light irradiation unit by tilting or sliding the light irradiation unit. Fishing gear equipped with a phosphorescent function.