JP2014200175A - Fishing light source mounting structure, fishing light source device and fishing light source equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fishing light source mounting structure, a fishing light source device and a fishing light source equipment that facilitate the attachment and detachment of the fishing light source to a rod.SOLUTION: A fishing light source mounting structure of a fishing light source device 91 of fishing light source equipment 90 is configured by attaching a fishing light source body 9 formed by mounting a large number of LEDs in a substrate to a rod 8. A rod side support structure 2 attached to the rod includes a rod side engaging structure part 20. A light source side support structure 3 attached to the fishing light source body includes a light source side engaging structure part 40. One engaging structure part 40 of the rod side and the light source side engaging structure parts 20, 40 includes a fitting recess 44 extending in the extending direction X of the rod. The other structure part 20 of the rod side and the light source side engaging structure parts includes a barrel-shaped part 21 displaced in the extending direction X of the fitting recess to the fitting recess 44 and mated and unmated. Locking means 7 for inhibiting further mating and its unmating of the barrel-shaped part to the fitting recess is provided while the barrel-shaped part and the fitting recess are present in a predetermined fitting position P1.

Description

  The present invention relates to a fish lamp light source mounting mechanism, a fish lamp light source device, and a fish lamp light source facility, and more particularly, a fish collector suitable for use in a fish lamp light source comprising a light emitting diode (hereinafter also referred to as “LED”). The present invention relates to a lamp light source mounting mechanism, a fish lamp light source device, and a fish lamp light source facility.

  In this specification, the fish-collecting light source device means that the fish-collecting light source can be attached to the kite, and the fish-collecting light source equipment means the whole of the device that attaches the fish-collecting light source to the kite.

  In saury fishing and the like, a fish collection light source equipment in which a fish collection light source device or a fish collection light fixture is attached to the tip side portion of a ridge standing on the side of a fishing boat has been known for a long time.

  In this type of fish lamp light source equipment, a metal halide lamp or the like has been conventionally used as a fish lamp light source. However, in consideration of reduction in energy costs, etc., in recent years, an LED instead of a conventional lamp has been used as a fish lamp light source. Has been proposed and used (for example, Patent Document 1). In order to use an LED as a fish light source, it is necessary to attach a large number of LEDs to a single cage, and the LED fish light source or the LED light source body in which a large number of LEDs are mounted on a substrate is, for example, about 20 kg as a whole. Can be heavy.

  Specifically, as shown in FIG. 10, conventionally, a part of the fish lamp light source mounting mechanism 120 is configured on the back surface 111 of the LED light source body or the LED fish lamp 110 in which a large number of LEDs are mounted on a substrate. The light source side mounting tool 130 is attached, and further, as shown in FIG. 11, the auxiliary mounting tool 140 is disposed behind the flange 150 to connect the light source side mounting tool 130 and the auxiliary mounting tool 140 to the large bolt 161 and By fastening with the nut 162, the LED fish collection lamp 110 is attached to a desired portion 151 on the tip side of the rod 150.

  Here, the light source side mounting tool 130 includes a plate-shaped base portion 131, a U-shaped leg portion 132, a U-shaped holding portion 133, and a heel mounting portion 135 including side protruding plate-shaped portions 134 and 134 at both ends thereof. Is provided. The U-shaped leg portion 132 is fixed to the opposing surface portion of the plate-like base 131 by a bottom portion 132a of “U” by welding or the like, and the U-shaped holding portion 133 is U-shaped leg portions at both edges 133a and 133a of the bottom portion. The distal end portions 132b and 132b of 132 are fixed by welding or the like. Further, the light source side mounting tool 130 is firmly screwed to the back surface 111 side of the LED fish lamp 110 by a plurality of bolts 136 in the vicinity of both ends of the plate-like base 131.

  As shown in FIG. 11, the LED fish lamp 110 is made of glass fiber (glass fiber) or the like in the concave portion 133b of the U-shaped holding portion 133 of the light source side mounting device 130 as described above attached to the back surface 111 side. When the auxiliary attachment 140 is attached to the attachment part 135 from the back of the attachment 150 in a state of receiving the attachment 150, the LED fishing light fixture 110 is fixed to the attachment 150.

  In other words, the auxiliary attachment 140 includes a U-shaped holding portion 141 similar to the U-shaped holding portion 133 of the heel mounting portion 135 and side protruding plates similar to the side protruding plate-like portions 134 and 134 of the heel mounting portion 135. Are arranged in a state of receiving the opposite region of the flange 150 in the concave portion 143 of the U-shaped holding portion 141, and the side protruding plate-like portions 142, 142 on both sides of the auxiliary fixture 140 are In a state of facing the laterally projecting plate-like portions 134 and 134 of the mounting portion 135, the thick bolts 161 and nuts 162 inserted into the holes of the plate-like portions 142 and 134 are firmly screwed to each other. .

  For example, in the case of a fishing boat for saury fishing, when the saury fishing season ends, it has been stored in the respective ship huts and warehouses until the fishing season of the following year. However, warehouses are generally located near the coast and have an environment or atmosphere with a lot of moisture and salt. Under such an atmosphere, there is a possibility that the fish collecting lamp including the LED may be deteriorated or damaged by this, and therefore the fish collecting lamp including the LED is far away from the vicinity of the coast except during a fishing season such as saury fishing. It is desirable to move it somewhere.

  In that case, in order to remove the LED fish collecting lamp 110 from the rod 150, it is necessary to remove the auxiliary fitting 140 by releasing the screwing with the thick bolt 161 and the nut 162. Since the coupling between the auxiliary fixture 140 and the light source side mounting tool 130 is expected to be easily released because of the screw-and-nut screwing, the bolt 161 and the nut 162 are actually connected to the shaft of the bolt 161. Since the outer diameter is 10 mm or more and the tightening torque of the bolt 161 and the nut 162 itself becomes a mounting force to the rod 150 of the LED fish lamp 110, the tightening of the bolt 161 and the nut 162 is performed. The torque needs to be considerably large, and the unscrewing is not easy. In addition, in order to remove one LED fish collection lamp 110 from the rod 150, it is not only necessary to remove several sets of bolts 161 and nuts 162, but usually a plurality of LED fish collection lamps 110 are attached to one rod 150. As a result, it takes a considerable amount of time to remove the LED fishing lamp 110 from the single rod 150. In addition, since one fishing boat is usually equipped with ten or more, typically several tens of rods 150, it is difficult to ignore the LED fishing light fixture 110 from all the rods of one fishing boat. It takes time, for example, about a full day or more.

JP 2003-134967 A

  The present invention has been made in view of the above-described points, and an object of the present invention is to provide a fishlight light source mounting mechanism, a fishlight light source device, and a fishlight light source facility that facilitate attachment / detachment of a fishlight light source to / from a salmon. It is to provide.

  The fish-collecting light source mounting mechanism of the present invention is a fish-collecting light source mounting mechanism for mounting a fish-collecting light source body, in which a large number of light-emitting diodes are mounted on a substrate, to the kite to achieve the above object. And a light source side support structure that is attached to the main body of the fishing light source, the heel side support structure includes a heel side engagement structure, and the light source side support structure is engaged with the heel side engagement structure. A light source side engagement structure portion that is engaged with the structure portion, and a fitting recess in which one of the flange side engagement structure portion and the light source side engagement structure portion extends in the extending direction of the flange. The other of the flange side engaging structure and the light source side engaging structure is displaced in the extending direction of the fitting recess with respect to the fitting recess of the one engaging structure. A body portion to be mated and released, and in a state where the body portion and the fitting recess are in a predetermined fitting position. Locking means are provided for inhibiting further insertion or decouple with respect to the fitting recess of Jo portion.

  In the fishlight lamp light source mounting mechanism of the present invention, “one of the heel side engagement structure portion and the light source side engagement structure portion includes a fitting recess extending in the extending direction of the heel, The other structure part of the combined structure part and the light source side engaging structure part is displaced in the extending direction of the fitting recessed part with respect to the fitting recessed part of the one engaging structure part, and is fitted and released. Therefore, the heel side engaging structure portion and the light source side engaging structure portion can be fitted and released in the fitting recess and the barrel portion. Further, in the fish lamp light source mounting mechanism according to the present invention, “a light source side engagement structure in which the hook side support structure attached to the hook includes a hook side engagement structure portion, and the light source side support structure is attached to the fish lamp light source body. And is engaged with the heel side engagement structure portion ”, so that the shark and the fish collection light source body (fish collection lamp) are fitted together via the heel side engagement structure portion and the light source side engagement structure portion. It is fixed and can be easily separated in a short time by releasing the fitting. Further, in the fish lamp light source mounting mechanism of the present invention, “in the state where the trunk portion and the fitting recess are at a predetermined fitting position, further insertion of the trunk portion into the fitting recess and release thereof are prohibited. Therefore, the predetermined fitting state is easily held stably.

  In the fishlight lamp light source mounting mechanism of the present invention, typically, in a state where the trunk portion and the fitting recess are at a predetermined fitting position, the direction intersecting the extending direction of the fitting recess (sideways) The first and second portions of the fitting recess forming portion and the body-shaped portion constitute the intersecting through-hole so that the fitting recessed portion-forming portion and the body-shaped portion are formed. Two through-hole portions are provided, and locking pins are inserted into the cross-through holes.

  In that case, it is easy to stably hold the fitted state by the locking means.

  In the fish lamp light source mounting mechanism of the present invention, typically, the hook side engaging structure portion and the light source side engaging structure portion are attached to the hook in a region close to one end of the fitting recess and the An attachment portion to the fish lamp light source body is provided, and the cross through hole is provided in a region close to the other end of the fitting recess.

  In that case, the handling of the locking pin such as insertion and fixing of the locking pin is easy and quick.

  In the fishlight source mounting mechanism of the present invention, typically, the cross-section of the fitting recess is substantially trapezoidal, and the shorter side of the trapezoid is opened.

  In that case, there is no possibility that the barrel portion will come off from the fitting recess to the opening side of the recess, and the barrel portion can be held in the fitting recess. In addition, since the entire circumference is not a closed hole but a recess opened on one side, there is a low possibility that foreign matter will enter the inside and prevent fitting and release thereof. Note that the cross-sectional shape is as long as the maximum diameter portion of the cross-section of the fitting recess is a portion other than the opening end of the recess and there is no possibility that the fitting will come off in the direction intersecting the extending direction of the recess. Instead of the trapezoidal shape, another polygonal shape, an elliptical shape, or a circular shape may be used. Further, as long as the body portion can be inscribed in the inner surface of the concave portion having such a cross-sectional shape, the cross-sectional shape of the body portion may be different from the cross-sectional shape of the concave portion.

  In the fish lamp light source mounting mechanism of the present invention, typically, the one engaging structure portion is formed as a single body.

  In that case, even if it is comparatively small, it is easy to form so that it can endure a big load thru | or load. In addition, when forming with an integrated object, it is preferable to make the rough shape object except a detail formed by drawing, in order to make the shaping | molding easy.

  In the fish collection light source mounting mechanism of the present invention, typically, a locking plate constituting the locking portion is fixed by closing the end of the fitting recess at the one end of the one engaging structure portion. Yes.

  In that case, a structure that performs the locking function is easily manufactured.

  In the fish collection light source mounting mechanism of the present invention, typically, the one engaging structure portion is composed of the light source side engaging structure portion, and the other structure portion is composed of a heel side engaging structure portion.

  In that case, it is easy to manufacture a stable structure. However, instead, the one engaging structure portion may be the heel side engaging structure portion, and the other structure portion may be the light source side engaging structure portion.

  In order to achieve the above object, the fish lamp light source device of the present invention includes the fish lamp light source mounting mechanism as described above, and the light source side support structure of the fish lamp light source mounting mechanism is attached to the fish lamp light source body. Become.

  In order to achieve the above object, the fish collection lamp light source equipment of the present invention includes the fish collection lamp light source mounting mechanism as described above, and the light source side support structure is attached to the fish collection lamp light source of the fish collection intersection mounting mechanism. Of the crossing point attachment mechanism for collecting fish, the heel side support structure is attached to the ridge.

  In the fish lamp light source mounting mechanism, the fish lamp light source device, or the fish lamp light source equipment of the present invention, typically, the fish lamp light source is formed of a light emitting diode.

FIG. 1 shows a fish lamp light source facility according to a preferred embodiment of the present invention having a fish lamp light source device according to a preferred embodiment of the present invention equipped with a fish lamp light source mounting mechanism according to a preferred embodiment of the present invention. ) Is a cross-sectional explanatory view taken along line IA-IA in (c). (B) is side surface explanatory drawing which showed the state in the middle of fitting of the hook engaging part of the light source side support structure with respect to the light source engaging part of the hook side support structure of the fish-collecting light source mounting mechanism, (c) is a fish collection Side surface explanatory drawing similar to (b) which showed the state by which the collar engaging part of the light source side support structure was fitted with respect to the light source engaging part of the collar side support structure of a lamp light source attachment mechanism. FIG. 3 is a perspective explanatory view of a main body of the heel side support structure of FIG. 1. 2 shows the heel-side support structure of FIG. 2, (a) is a plan explanatory view, (b) is a side (front or top) explanatory view seen in the direction of arrow IIIA of (a), and (c) is ( b) IIIC-IIIC line cross-sectional explanatory view, (d) IIIb-IIID line cross-sectional explanatory view of (b), (e) IIIE-IIIE cross-sectional explanatory view of (b) 3A and 3B show a state where the heel side support structure of FIG. 3 is attached to the heel together with an auxiliary fixture, wherein FIG. 3A is a front explanatory view, and FIG. 3B is a cross sectional explanatory view taken along the line IVB-VIB of FIG. (C) is an explanatory view showing a state in which two heel side support structures are attached to one ridge from the side. FIG. 3 is an explanatory perspective view of the light source side support structure of FIG. 1. FIG. 6 shows the light source side support structure of FIG. 5, (a) is a front view, (b) is a bottom view, and (c) is a right view. FIG. 6 shows a state where the light source side support structure of FIG. 5 is attached to the fish lamp light source body, (b) is an explanatory side view as viewed from the direction of arrow VIIB of (a), and (c) is a VIIC of (a). -VIIC sectional view explanatory drawing, (d) Side (upper side) explanatory drawing seen from the arrow VIID direction of (a). FIG. 6 shows a fish-collecting light source body to which the light source-side support structure of FIG. 5 is attached, (a) is a rear view, (b) is a side view as viewed from the direction of arrow VIIIB of (a), (c) (A) VIIIC-VIIIC line sectional explanatory drawing of (a), (d) is the side surface (upper side) explanatory drawing seen from the arrow VIIID direction of (a). FIG. 2 is an explanatory perspective view of a fishing boat equipped with a large number of fishlight source equipment of FIG. The back side perspective explanatory drawing shown in the state which attached the mounting part to the cage | basket about the conventional LED fish-lamp light source main body. The perspective explanatory view which showed the state of this attachment part in the state which attached the conventional LED fish-collecting light source main body to the cage.

  A preferred embodiment of the present invention will be described based on a preferred embodiment shown in the accompanying drawings.

  A fish lamp light source mounting mechanism 1 according to a preferred embodiment of the present invention includes a heel side support structure 2 shown in FIGS. 2 to 4 and a light source side support structure 3 shown in FIGS. The heel side support structure 2 and the light source side support structure 3 are made of, for example, an aluminum alloy. Other materials may be used as long as they have high heat dissipation properties, can withstand seawater, sea breeze and other environments, and can satisfy the requirements from the viewpoint of weight (lightness).

  As shown in FIG. 4, the heel side support structure 2 includes a heel side support structure body 4 and an auxiliary fixture 5, and the heel side support structure body 4 is shown in FIG. 2 and FIG. As shown to (e), it has the collar attaching part 10 and the light source engaging part 20 as a collar side engaging structure part integrally. Here, the rough shape portions of the hook attaching portion 10 and the light source engaging portion 20 are formed at a stretch by, for example, drawing, and details are processed and formed later. However, it may be manufactured by other means.

  The scissor mounting portion 10 is continuously outward from the partial cylindrical holding portion 11 and both ends 12A and 12B of the partial cylindrical holding portion 11 (when collectively referred to or indicated by reference numeral 12). It has extended side protruding plate-like parts 13A and 13B (when collectively referred to, they are represented by reference numeral 13 when not distinguished from each other). Bolt insertion holes 14A and 14B (represented by reference numeral 14 when collectively referred to or when not distinguished from each other) are formed in the side protruding plate-like portions 13A and 13B. The extending direction X of the bus bar of the partial cylindrical holding portion 11 of the heel mounting portion 10 coincides with the extending direction of the heel 8 (FIG. 4 and the like).

  The light source engaging portion 20 as the heel side engaging structure portion is composed of an elongated body 21 having a trapezoidal cross section. The body 21 is integrally connected to the central portion 15 of the partial cylindrical holding portion 11 on the short side surface 21b of the trapezoid B on the one end 21a side. The extending portion 22 extends in a direction parallel to the extending direction X of the bus bar of the holding portion 11 from the integrated portion 21e to the end portion 21f opposite to the end portion 21a. A trapezoidal through-hole 23 is formed in the body-like body 21, and the body-like body 21 is a cylindrical body 24 having a trapezoidal cross section. The extending part 22 of the body 21 or the cylindrical body 24 is formed with a locking pin insertion hole 25 penetrating the trapezoidal hypotenuse or slopes 21c and 21d in a straight line. A taper 26 is attached to the body 21 to the cylindrical body 24 so that the cross-sectional size is reduced on the end 21a side.

  As shown to (a)-(c) of FIG. 4, the auxiliary | assistant fixture 5 is comprised in substantially the same manner as the heel attachment part 10 of the heel side support structure 2. As shown in FIG. More specifically, the auxiliary fixture 5 is outwardly provided from the partial cylindrical holding portion 31 and both ends 32A and 32B of the partial cylindrical holding portion 31 (represented by reference numeral 32 when collectively referred to or when not distinguished from each other). It has laterally projecting plate-like portions 33A and 33B that extend continuously (when they are collectively referred to, they are represented by reference numeral 33). The partial cylindrical holding portion 31 of the auxiliary fixture 5 has substantially the same shape as the partial cylindrical holding portion 11 of the saddle mounting portion 10. Bolt insertion holes 34A, 34B (represented by reference numeral 34 when collectively referred to or when not distinguished from each other) are formed in the laterally projecting plate-like portions 33A, 33B. The extending direction X of the bus bar of the partial cylindrical holding portion 31 of the auxiliary fixture 5 coincides with the extending direction of the flange 8. Further, the laterally projecting plate-like portions 33A and 33B of the auxiliary fixture 5 have the same shape as the laterally projecting plate-like portions 13A and 13B of the heel mounting portion 10.

  Attachment or mounting of the heel side support structure 2 comprising the heel side support structure body 4 and the auxiliary attachment 5 to the heel 8 is performed as follows. Note that the ridge 8 is made of fiber reinforced plastic in consideration of mechanical strength and weight (lightness) with respect to bending or the like, and the fiber is typically made of glass fiber. However, other fibers such as carbon fibers may be used. Moreover, depending on the case, you may consist of materials other than a fiber reinforced plastic. The ridge 8 has a length of about 6 m to about 10 m, for example. However, it may be longer or shorter as long as it can ensure weight (preferably about 3 to 5 kg, but may be heavier or lighter), mechanical strength against bending and the like.

  The heel-side support structure body 4 and the auxiliary fixture 5 are arranged to face each other so that the desired portion 8a near the tip of the heel 8 is sandwiched by the partial cylindrical holding portions 11 and 31 of the heel-side support structure body 4 and the auxiliary fixture 5 Then, a bolt is inserted into the bolt holes 14 and 34 of the laterally projecting plate-like portions 13 and 33 of the heel side support structure body 4 and the auxiliary fixture 5, and a nut is screwed into the projecting end of the bolt. This is done by tightening the nut.

  In the mounted state, the outer peripheral surface 8b of the heel 8 and the long side or bottom forming surface 21g of the trapezoid of the body 21 of the heel side support structure body 4 face each other with a slight gap. The outer surface 8b itself can actually support the body 21 of the heel side support structure body 4.

  In the mounted state, a wedge-shaped space is formed between the outer peripheral surface 8b of the rod 8 and the trapezoidal oblique side forming surfaces 21c and 21d of the body 21 of the rod-side support structure body 4.

  The light source side support structure 3 includes the light source side support structure main body 6 and a locking plate 7. The light source side support structure main body 6 includes a hook engaging portion 40 as a light source side engagement structure portion and a light source. It has the attachment part 50 integrally. Here, the rough shape portions of the hook engaging portion 40 and the light source mounting portion 50 are formed at a stretch by, for example, drawing, and details are processed and formed later. However, it may be manufactured by other means.

  The hook engaging portion 40 as the light source side engaging structure portion has both sides rising from the bottom plate portion 41 and both edges 42A and 42B of the bottom plate portion 41 (when collectively referred to or denoted by reference numeral 42). Side wall parts 43A and 43B (when generically referred to or when not distinguished from each other, they are represented by reference numeral 43). The bottom plate portion 41 and the side wall portions 43, 43 on both sides form a recess 44 that extends in the X direction as a whole. More specifically, the cross section of the recess 44 defined by the inner surfaces 45A and 45B of the side edge portions 43A and 43B (represented by reference numeral 45 when generically referred to or when not distinguished from each other) and the inner surface 46 of the bottom plate portion 41 is trapezoidal. Thus, it substantially coincides with the outer surface of the trapezoidal cross section of the cylindrical body 21 to the cylindrical body 24 of the light source engaging portion 20 (strictly, it is slightly larger than the trapezoid formed by the outer surface of the cylindrical body 24). ), The body 21 or the cylindrical body 24 of the light source engaging portion 20 is just fitted into the recess 44 so as to be slidable in the X1 and X2 directions. A substantially rectangular locking plate 7 is fixed to one end 40a of the hook engaging portion 40 (the bottom plate portion 41 constituting the hook engaging portion 40 and the one ends 41a and 43a of the side wall portions 43 and 43). In this example, fixing is performed by a bolt 61.

  In the vicinity of the other end 43b of the side wall portions 43A and 43B, pin engaging holes 47A and 47B (represented by reference numeral 47 when collectively referred to or when not distinguished from each other) are formed in a straight line. In this example, the outer surfaces 48A and 48B of the side walls 43A and 43B stand up at right angles to the bottom plate portion 41. However, the inner surfaces 45, 45 are inclined so that the inner surface 45 is located closer to the bottom plate portion 41 so as to be closer to the bottom plate portion 41 so as to form a concave portion 44 having a trapezoidal cross section on the bottom plate side than the opening side. In order to avoid stress from concentrating on the connection portion between the side wall portions 43A and 43B and the bottom plate portion 41, the connection portion of the outer side surfaces 48A and 48B with the bottom plate portion 41 is closer to the bottom plate portion 41. Inclined surfaces 48aA and 48aB (indicated by reference numeral 48a when generically referred to or when not distinguished from each other) are formed so as to increase the thickness.

  The light source mounting portion 50 is composed of a pair of plate-like portions 51A and 51B (represented by reference numeral 51 when collectively referred to or when not distinguished from each other). The plate-like portions 51A and 51B extend from both edges 42A and 42B of the bottom plate portion 41 or outer surfaces (outer side surfaces) 48A and 48B of the side wall portions 43A and 43B in a direction Y orthogonal to the X direction. In each plate-like portion 51, one side edge 51 a is flush with one end 40 a (one end 41 a, 43 a of the bottom plate portion 41 or the side wall portion 43) of the flange engaging portion 40. The length (width) W in the X direction of the plate-like portion 51 is shorter than the length in the X direction of the flange engaging portion 40, and the portions 41 f and 43 f on the end 43 b side of the bottom plate portion 41 and the side wall portions 43 and 43. , 43f protrudes in the X2 direction from the other side edge 51b of the plate-like portions 51, 51. Hereinafter, the portions 41f, 43f, and 43f are also referred to as protruding portions 41f, 43f, and 43f. In addition, it is these protrusion parts 43f and 43f among the side wall parts 43 and 43 of the collar engaging part 40 that the above-mentioned pin engaging holes 47 and 47 are formed.

  The outer surface 51a of the both side plate-like portions 51, 51 is flush with the outer surface 41c of the bottom plate portion 41, and forms a planar outer surface 6a of the light source side support structure body 6 as a whole. Here, although it is assumed that the envelope surface of the attached portion is a flat surface, if the envelope surface of the attached portion is different from a simple flat surface, it is complementary to the envelope surface of the attached portion. The outer surface 51a of the plate-shaped parts 51 and 51 and the outer surface 41c of the bottom plate part 41 should just be formed so that it may become an envelope surface. The thickness of the plate-like portion 51 is substantially the same as the thickness of the bottom plate portion 41. Bolt insertion holes 53 and 53 are formed in the plate-like portions 51 and 51. The width (the length in the X direction) of the plate-like portion 51 is substantially the same as the width (the length in the X direction) of the partial cylindrical holding portion 11 and the side protruding plate-like portion 13 of the saddle mounting portion 10. The length between the extended ends 54A, 54B of the shaped parts 51A, 51B (represented by the reference numeral 54 when they are collectively referred to or when they are not distinguished from each other) is the partial cylindrical holding part 11 of the saddle mounting part 10 or the side protrusions It is substantially the same as the length of the plate-like portion 13 (the length in the direction perpendicular to the X direction).

  As shown in FIGS. 8A to 8D, the fish collection light source body or the fish collection lamp 9 to which the light source side support structure 3 is to be attached is, for example, an LED of about 9 W (not shown in FIG. 9), and a plurality of heat radiation fins 72 extending in parallel to the X direction on the back surface 71 side of the LED mounting substrate 70. This enables heat dissipation by the air flow in the X direction. Further, the heat dissipating fin 72 has a low fin portion 73 having a low height, and the low fin portions 73 are arranged in a line in the Y direction. The heat dissipation accompanying the flow of can also be performed. The frame portion 77 including the radiation fins 72 in the light source body 9 is made of, for example, an aluminum alloy. Other materials may be used as long as they have high heat dissipation properties, can withstand seawater, sea breeze and other environments, and can satisfy the requirements from the viewpoint of weight (lightness). It is preferable that the fishlight source body 9 is light so that a person for attaching / detaching it to / from the rod 8 can be easily lifted, for example, about 20 kg or less, more preferably about 10 kg or less (for example, It is desirable to select a material such as a size and a frame so as to be about 5 to 10 kg. The front side frame 79 (for example, a large grid-like frame) is used for lifting and the like.

  On the back surface 71, two sets of base parts or land parts 74uA and 74uB (which are indicated by the reference numeral 74u when collectively referred to) or 74dA and 74dB (generically referred to) Or when the two are not distinguished from each other, it is represented by reference numeral 74d), and bolt mounting holes 75u and 75d are formed in the land portions 74u and 74d. The positions of the holes 75u, 75u of the land portions 74u, 74u on both sides coincide with the positions of the bolt insertion holes 53, 53 of the light source mounting portions 50, 50 of the main body 6 of the light source side support structure 3.

  Accordingly, as shown in FIGS. 7A to 7D, the light source side support structure is provided so that the bottom surfaces 51c and 51c of the light source mounting portions 50 and 50 are in contact with the surfaces 76u and 76u of the land portions 74u and 74u. 3 is mounted on the back surface 71 of the light source body 9 and the bolts 63 are attached to the bolt insertion holes 53 and the bolt attachment holes 75u and 75u, whereby the light source side support structure 3 is attached to the light source body 9. Here, the light source side support structure 3 is attached to the light source body 9 in such a direction that the locking plate 7 is positioned at the upper end of the light source body 9 and the projecting portions 41 f and 43 f are positioned below the light source body 9. . Similarly, the light source mounting portions 50 and 50 of the light source side support structure 3 are placed on the surfaces 76d and 76d of the land portions 74d and 74d on the back surface 71 of the light source body 9, and are indicated by imaginary lines. By mounting the bolt 63 in the bolt insertion hole 53 and the bolt mounting holes 75d and 75d as described above, the light source side support structure 3 is attached to the lower land portions 74d and 74d. When the land portions 74u and 74d and the surfaces 76d and 76u are collectively referred to or not distinguished, they are denoted by reference numerals 74 and 76.

  Next, the attachment / detachment (removal) of the fish-collecting light source body 9 to / from the cage 8 through the fish-collecting light source mounting mechanism 1 comprising the cage-side support structure 2 and the light source-side support structure 3 configured as described above. Will be described.

  First, as already described in relation to FIGS. 4A to 4C, the desired portion of the heel 8 by the main body 4 of the heel side support structure 2 and the partial cylindrical holding portions 11 and 31 of the auxiliary fixture 5. A thick bolt 65 is passed through the bolt insertion holes 14 and 34 and tightened with a nut 67 to attach the heel side support structure 2 to a desired portion on the distal end side of the heel 8. In this case, in order to simplify the illustration of the tightened portions by various bolts and nuts, washers and the like are not shown, but are provided as desired. The number and arrangement of the heel-side support structures 2 may vary depending on the size of the fish collection light source body 9 to be mounted. Here, in the example shown in FIG. 7 and the like, one fish-collecting light source body 9 is attached to the rod 8 via the two rod-side support structures 2. In addition, the number and type of the fish collection lamp light source main bodies 9 attached to one cage 8 may be different depending on the length and thickness of the cage 8, the usage location, and the like.

  Further, as already described with reference to FIGS. 7A to 7D, the light source side support structure 3 is attached to the land portions 74 and 74 of the fish collection light source body 9. In the example shown in FIG. 7, one light source side support structure 3 is attached to a pair of land portions 74, 74, and two fish lamp light source bodies 9 are connected to two light sources 9 via two pairs of land portions 74, 74. The light source side support structure 3 is attached. .

  The mounting of the light source side support structure 3 attached to the fish collection light source body 9 to the heel side support structure 2 attached to the shark 8 is performed as shown in FIGS.

  First, as shown in FIG. 1B, the protrusions 41f and 43f located on the lower side of the recess 44 of the rod engaging portion 40 of the light source side support structure 3 attached to the fishlight source body 9 are provided. The recessed region 44f (refer to FIG. 5 etc. for various parts) is fitted in the cylindrical body 24 of the light source engaging portion 20 of the heel side support structure 2 attached to the heel 8 in the X2 direction from the tip 21a side. Disguise. Since the tapered portion 26 is formed on the tip 21a side so as to have a smaller diameter as it approaches the end of the tip 21a, the fitting is guided by the tapered portion 26, so that the fitting can be easily performed.

  As shown in FIG. 1 (a), in this fitting, the light source side support structure is provided on the trapezoidal cross section of the cylindrical body 24 of the light source engaging portion 20 of the heel side support structure 2. The trapezoidal cross-section part of the recessed part 44 of the 3 hook engaging part 40 just fits. That is, the bottom surface 24a of the cylindrical body 24 is in sliding contact with the bottom surface 44a of the concave portion 44, and the inclined surfaces 24b and 24c of the cylindrical body 24 are in sliding contact with the inclined surfaces 44b and 44c of the concave portion 44. The displacement of the support structure 3 in the X2 direction is guided by the fitting, and the collar engaging portion 40 having the concave portion 44 of the light source side support structure 3 is a cylinder of the light source engagement section 20 of the collar side support structure 2. Detachment from the body 24 is practically prohibited.

  As shown in FIG. 1C, the locking plate 7 is used to fit the heel engagement portion 40 of the light source side support structure 3 to the light source engagement portion 20 of the heel side support structure 2 in the X2 direction. When a predetermined position (completely fitted position) P1 that contacts the end surface 21a of the light source engaging portion 20 of the heel side support structure 2 is reached, the process is completed. When the fully fitted position P1 is reached, as shown in FIG. 1C, the pin engaging portion 47 of the heel engaging portion 40 of the light source side supporting structure 3 is replaced with the light source of the heel side supporting structure 2. The engaging portion 208 is aligned with the locking pin insertion hole 25 in a straight line. Therefore, by inserting the locking pin 82 into the holes 47, 25, 47 and preventing the pin 82 from coming off with the nut 84 or the like, the light source side support structure with respect to the light source engaging portion 20 of the heel side support structure 2 is provided. 3 is completely attached to the hook engaging portion 40. Such a fitting process is performed on all the fish collection light source bodies 9.

  Here, the fish collection light source device 91 includes a fish collection light source body 9 and two fish collection light source attachment mechanisms 1. The number of the fish collection light source mounting mechanisms 1 constituting one fish collection light source device 91 may vary depending on the size and weight of the fish collection light source body 9. The fish collection light source equipment 90 includes a rod 8 and one or a plurality of fish collection light source devices 91 attached to the rod 8. The number of the fish collection lamp light source devices 91 attached to one kite 8 may vary depending on the length, thickness, material of the kite 8, the size and weight of the fish collection lamp light source body 9 constituting the fish collection lamp light source device 91, and the like.

  On the other hand, when the fishlight source body 9 is removed from the rod 8, the locking pin and the locking pin retaining nut are removed in a state where the rod 8 is tilted obliquely along the side of the fishing boat or almost or completely horizontally. And the locking pin 82 can be removed from the locking pin insertion hole 84 or the engagement holes 47, 25, 47. Thereby, the collar engaging part 40 of the light source side support structure 3 can be removed from the light source engaging part 20 of the collar side support structure 2 in the X1 direction. Therefore, removal can be performed easily and quickly.

  In addition, it is the heel engagement part 40 provided with the trapezoidal recessed part 44 that mechanically supports the coupling between the heel engagement part 40 of the light source side support structure 3 and the light source engagement part 20 of the heel side support structure 2. And the light source engaging portion 20 having the cylindrical body 24 having a trapezoidal cross section, the locking structure by the locking plate 7, and the locking pin 82 inserted into the locking pin insertion holes 25 and 47. Structure. That is, the bolts 65 and the nuts 67 that join the main body 4 of the heel side support structure 2 and the auxiliary mounting portion 5 and the bolts 61 that join the main body 6 of the light source side support structure 3 and the locking plate 7 are connected. The screwing force of the light source is directly tightened because it is directly involved in the mechanical support of the coupling between the collar engaging portion 40 of the light source side support structure 3 and the light source engaging portion 20 of the collar side support structure 2. . On the other hand, the locking pin 82 and the locking pin retaining nut 84 are screwed together so that the hook engaging portion 40 of the light source side support structure 3 and the light source engaging portion 20 of the hook side support structure 2 are fitted. As long as the locking pin 82 is inserted through the insertion holes 25 and 47, it is relatively loose because it is not directly involved in the mechanical support. The unscrewing can be performed very easily and quickly.

  As shown in FIG. 9, as shown in FIG. 9, a large number of fish-collecting light source equipment 90 in which a fish-collecting light source body 9 having a large number of LEDs 78 mounted on a substrate is attached to the rod 8 by the fish-collecting light source mounting mechanism 1 is provided.

  Note that the light source side support structure 3 is attached to the fish-collecting lamp light source body 9 while the heel engagement portion 40 of the light source side support structure 3 is coupled to the light source engagement portion 20 of the heel side support structure 2. Even in the case where it is necessary to loosen or tighten the bolt 63 that is present, in this fish-collecting lamp light source equipment 90, as can be seen from FIG. Since it is located outside the body 2 and protrudes directly from the bolt 63 in the extending direction of the bolt 63 (and hence at the hole 75 of the land portion 74), the bolt 63 can be further tightened. Loosening or loosening can be easily performed as needed. However, in this fish collection light source equipment 90, the bolt 63 may be within the extension range of the heel side support structure 2 in the Y direction.

  In the above description, an example in which the cylindrical portion 24 is provided in the light source engaging portion 20 of the heel side support structure 2 and the concave portion 44 is provided in the heel engagement portion 40 of the light source side support structure 3 has been described. Instead, the cylindrical portion 24 may be provided in the heel engaging portion 40 of the light source side support structure 3, and the concave portion 44 may be provided in the light source engaging portion 20 of the heel side support structure 2.

  Further, the locking plate 7 may be provided elsewhere, for example, on the lower end surface of the light source engaging portion 20 of the heel side support structure 2 instead of being on the upper end surface.

DESCRIPTION OF SYMBOLS 1 Fish-collecting-lamp light source attachment mechanism 2 竿 side support structure 3 Light source side support structure 4 竿 side support structure main body 5 Auxiliary fixture 6 Light source side support structure main body 6a Outer surface 7 Locking plate 8 竿 8a Desired part 8b Outside Surface 9 Fish light source (fish light)
10 竿 Mounting portion 11 Partial cylindrical holding portion 12, 12A, 12B End 13, 33 Side protruding plate-like portion 13, 13A, 13B Side protruding plate-like portion 14, 14A, 14B Bolt insertion hole 15 Central portion 20 Light source unit Joint part (竿 side engagement structure part)
21 body 21a end 21b short side surface 21c, 21d slope (slope side forming surface)
21f End 21g Bottom forming surface 22 Extending portion 23 Through hole 24 Cylindrical body 24a Bottom surface 24b, 24c Slope 25 Locking pin insertion hole 26 Taper 31 Partial cylindrical holding portions 32, 32A, 32B Ends 33, 33A, 33B side Direction protrusion plate-like part 34, 34A, 34B Bolt insertion hole 40 竿 engaging part (light source side engaging structure part)
40a end 41 bottom plate portion 41a one end 41c outer surface 41f protrusions 42, 42A, 42B edge 43, 43A, 43B side wall 43A, 43B side edge (side wall)
43a, 43b End 43f Projection 44 Recess 44a Bottom 44b, 44c Slope 44f Projection recess 45, 45A, 45B Inner surface 46 Inner surface 47, 47A, 47B Pin engagement holes 48, 48A, 48B Outer surfaces 48a, 48aA, 48aB Inclined surface 50 Light source mounting portion 51 Plate portions 51a, 51b Side edges (outer surface)
51c Bottom surface 53 Bolt insertion hole 54, 54A, 54B Extension end 61 Bolt 63 Bolt 65 Bolt 67 Nut 70 LED mounting board 71 Back surface 72 Radiation fin 73 Low fin portion 74, 74d, 74dA, 74dB, 74u, 74uA, 74uB Land 75d, 75u Bolt mounting holes 76, 76d, 76u Surface 77 Frame portion 78 LED
79 Frame 82 Locking pin 84 Locking pin retaining nut 90 Fish lamp light source equipment 91 Fish lamp light source device P1 Predetermined position (fully fitted position)
X, Y direction

Claims (10)

A fish-collecting light source mounting mechanism for attaching a fish-collecting light source body, which has a large number of light-emitting diodes mounted on a substrate, to the cage,
A shark side support structure attached to the shark, and a light source side support structure attached to the fish collection light source body,
The heel side support structure includes a heel side engagement structure, and the light source side support structure includes a light source side engagement structure that is engaged with the heel side engagement structure.
One engagement structure portion of the heel side engagement structure portion and the light source side engagement structure portion includes a fitting recess extending in the extending direction of the heel,
The other of the heel side engaging structure and the light source side engaging structure is displaced in the extending direction of the fitting recess with respect to the fitting recess of the one engaging structure. It is provided with a body part to be disengaged,
A fish lamp light source mounting provided with a locking means for prohibiting further insertion and release of the body-like portion with respect to the fitting recessed portion in a state where the body-like portion and the fitting recessed portion are in a predetermined fitting position. mechanism. In a state where the body-like portion and the fitting recess are in a predetermined fitting position, a cross-penetration that penetrates the forming portion of the fitting recess and the body-like portion in a direction crossing the extending direction of the fitting recess. The forming portion of the fitting recess and the body-like portion include first and second through-hole portions constituting the cross-through hole so that a hole is formed, and a locking pin is inserted into the cross-through hole. The fish-collecting-lamp light source mounting mechanism according to claim 1. The hook side engaging structure part and the light source side engaging structure part are provided with an attaching part to the carp and an attaching part to the fishlight source body in a region close to one end of the fitting concave part. The fishlight source mounting mechanism according to claim 2, wherein the crossing through-hole is provided in a region close to the other end of the fishlight. 4. The fish lamp light source mounting mechanism according to claim 1, wherein a cross section of the fitting recess is substantially trapezoidal, and a portion of a shorter side of the trapezoid is opened. 5. The fish-collecting-lamp light source mounting mechanism according to any one of claims 1 to 4, wherein the one engaging structure portion is made of a single body. The locking plate which comprises the said latching | locking part by covering the edge part of the said fitting recessed part at the said one end of said one engagement structure part is being fixed to any one of Claim 1-5. The fishing light source mounting mechanism. The fish-collecting-lamp light source according to any one of claims 1 to 6, wherein the one engaging structure portion includes the light source-side engaging structure portion, and the other structure portion includes the heel-side engaging structure portion. Mounting mechanism. 8. A fish lamp light source device comprising the fish lamp light source mounting mechanism according to any one of claims 1 to 7, wherein a light source side support structure of the fish lamp light source mounting mechanism is attached to a fish lamp light source body. . A fishlight source mounting mechanism according to any one of claims 1 to 7, comprising: a light source side support structure of the fishlamp light source mounting mechanism is attached to the fishlamp light source body; A fish-collecting lamp light source facility in which the heel-side support structure is attached to the heel. The fish-collecting lamp light source mounting mechanism according to any one of claims 1 to 7, the fish-collecting lamp light source device according to claim 8, or the fish-collecting lamp light source facility according to claim 9, wherein the fish-collecting lamp light source is a light emitting diode. Consists of.

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