JP3013603U - reel - Google Patents

Abstract

(57) [Summary] [Purpose] The object of the present invention is to make it possible to attach the ends of fishing lines very easily while being excellent in the drainability and weight reduction of the reel. [Structure] A reel housing (1) mounted on a fishing rod (D), a main shaft (2) provided on the reel housing (1), and a main shaft (2) rotatably attached to the outer circumference of the fishing line. In the reel (A) including the reel rotation frame (3) having the groove (30) and the handle (4) for rotating the reel rotation frame (3), the water passage hole is provided in the fishing line attachment groove (30). (5a)
Is formed.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a reel that drains water well, is lightweight, and easily ties the ends of fishing lines.

[0002]

[Prior art]

 As shown in FIG. 7, a conventional reel (A ') is rotatably attached to a reel housing (1') attached to a fishing rod and a spindle attached to the center of a reel housing (1 '). The reel rotation frame (3 ') with the fishing line winding groove (30') formed on the outer circumference, the handle (4 ') for rotating the reel rotation frame (3') and the rotation of the handle (4 ') are rotated by the reel rotation frame. (3 ') and a gear train (' not shown ') that transmits it.

As can be seen from the figure, the reel (A ′) has a flat surface for the reel housing (1 ′) and the reel rotation frame (3 ′) as well as the fishing line winding groove (30 ′). Water holes are not formed. Therefore, when the handle (4 ') is operated to wind up the wet fishing line pulled up from the water, the water will not only be caught in the fishing line winding groove (30') but also in the reel housing (1 ') and the reel rotation frame (3 ') Will be transmitted and dropped. However, when the wet fishing line was wound up and the number of turns increased around the fishing line winding groove (30 '), water was contained between the fishing lines, resulting in poor drainage.

Further, the above-mentioned surface tension of water causes the fishing lines to adhere to each other, which may cause entanglement of the fishing lines, and may cause problems such as poor feeding of the fishing line during long-distance casting. In addition, when attaching the end of the fishing line to the reel (A '), there is no attachment part and the end is wound around the entire circumference of the fishing line winding groove (30') to tie it together. There was a problem that it was difficult to attach to (A ').

[0005]

[Problems to be solved by the device]

 The problem to be solved by the present invention is not only that the reel has good drainability, but also that the end of the fishing line can be attached very easily.

[0006]

[Means for Solving the Problems]

 Claim 1 states that "a reel housing (1) mounted on a fishing rod (D), a main shaft (2) provided on the reel housing (1), and a main shaft (2) are rotatably attached to the fishing line. In the reel (A) composed of the reel rotation frame (3) with the take-up groove (30) and the handle (4) for rotating the reel rotation frame (3), the fishing line attachment groove (30) The water passage hole (5a) is formed ”.

According to this, when the fishing line (31) is wound up, water attached to the fishing line (31) also moves to the fishing line winding groove (30) of the reel (A), but the fishing line winding groove (30) ), Water passing through the inside of the reel (A) through the water passage hole (5a) and accumulated between the wound fishing line (31) becomes the minimum, and as a result, the fishing line ( The adhesion of 31) to each other is suppressed to a minimum, the entanglement of the fishing line (31) is reduced, and the smooth feeding of the fishing line (31) is ensured because resistance to long casting is less likely to occur. In addition, since the water passage hole (5a) is formed in the fishing line take-up groove (30), it may be possible to tie the end of the fishing line (31) through the fishing line (31) to the adjacent water passage hole (5a). Now the attachment of the ends is very easy. Further, by forming the water passage hole (5a), the weight of the reel (A) as a whole can be reduced.

[0008] Claim 2 states that "the fishing line winding surface (30a) is provided by a plurality of fishing line winding bars (5) provided in parallel with the main shaft (2) all around the outer edge of the reel rotation frame (3). It is configured such that water passage holes (5a) are formed between the fishing line winding bars (5). In this case also, the same operation as described above is achieved. The fishing line take-up bar (5) is preferably a hollow pipe in terms of weight reduction.

[0009] Claim 3 is characterized in that "a water hole (5b) is formed in at least one of the reel housing (1) and the reel rotation frame (3). In this case, Similarly, water attached to the fishing line (31) will smoothly flow down through the water passage hole (5b), and the weight of the reel (A) as a whole can be reduced.

[0010]

【Example】

 Hereinafter, a reel (A) according to the present invention will be described with reference to the illustrated embodiments. 1 to 6 relate to an embodiment (A) of the present invention. The reel (A) is a reel housing (1) mounted on the fishing rod (D), a drive gear (8) rotatably held in the reel housing (1), and a handle mounting portion (8) on the drive gear (8). (8) screwed onto the handle (4), and the same as the handle (4), which is press-fitted into the handle mounting part (8a) of the drive gear (8), is rotatable via the spindle (2) and the bearing (7). Transmission gears (9) (10) that transmit the rotational force of the drive gear (8) are formed on the reel rotation frame (3) held on the bearing and the operating gear (11) mounted on the bearing (7). It is composed of a speed increasing / disconnecting mechanism (B).

The reel housing (1) is provided with a leg portion (29) protruding from the reel housing (1), and the reel (A) is attached to the fishing rod (D) via the leg portion (29). The handle mounting part (8a) of the drive gear (8) is rotatably inserted in the center of the reel housing (1), and the handle mounting part (8a) has the mounting screw part (4d) of the handle (4). Is screwed on. A double-speed handle shaft (4c) is attached to the end of the handle (4), and a double-speed grip (4b) is rotatably mounted around the double-speed handle shaft (4c).

The main shaft press-fitting portion (2a) of the main shaft (2) is press-fitted into the handle mounting portion (8a), and the main shaft (2) and the drive gear (8) are integrally formed. The bearing (7) is rotatably fitted in the main shaft (2), and the working gear (11) and the bearing insertion cylinder (6) of the reel rotating frame (3) are fitted around the outer periphery of the bearing (7). Has been. The operating gear (11) and the reel rotating frame (3) are in mesh with each other at their opposing surfaces and rotate together. Of course, you may comprise integrally. In this embodiment, the main shaft (2) and the bearing (7) are made of ceramic, and when water enters the mating part of the main shaft (2) and the bearing (7), the water becomes a lubricating film. It will rotate very smoothly.

A protrusion (2b) is formed at the tip of the main shaft (2), and an engagement / disengagement groove (21) is formed at the base thereof. The reel rotating frame (3) consists of a bearing insertion cylinder (6) fitted in the bearing (7) and disc-shaped frame bodies (3a) (3b) formed at both ends of the bearing insertion cylinder (6). In the embodiment of FIG. 1, the fishing line winding groove (30) is formed between the outer edge portions thereof, and the water passage holes (5a) are formed at predetermined intervals. In the embodiment of FIG. 2, hollow fishing line take-up bars (5) are installed between the outer edge portions at regular intervals, and the envelope of the outer surface of the fishing line take-up bar (5) is the fishing line take-up surface ( 30), and the gap between the fishing line winding bars (5) constitutes the water passage hole (5a). In this case, it is desirable to use a hollow pipe as the fishing line take-up lever (5) in order to reduce the weight. Further, the disk-shaped frame bodies (3a) and (3b) are provided with a large number of water passage holes (5b) of various sizes to make water passage and reduce the weight of the reel (A).

A guide groove (25) is formed over the entire circumference on the inner surface of the outer edge of one disc-shaped frame (3a), and the guide portion (1a) of the reel housing (1) is It fits in freely. A cover (23) is attached to the center of the outer surface of the disk-shaped frame (3a) to cover the protrusion (2b) of the main shaft (2) and at the same time, the engagement / disengagement handle (22) whose point is the fulcrum Is engaged, and the engagement / disengagement handle (22) is engaged / disengaged with the engagement / disengagement groove (21).

The slide shaft (14) of the speed increasing / disconnecting mechanism (B) is fixed to the reel housing (1), and the first transmission gear (9) and the second transmission gear (10) mount the slide shaft (14). It is designed to slide. The second transmission gear (10) and the first transmission gear (9) are integrally connected by the connecting portion (10a), and the fork portion (39a) of the hakama (39) is formed in the groove formed in the connecting portion (10a). ) Is stuck. The hakama (39) is fixed to the slide shaft (38) and slides in parallel with the main shaft (2) together with the slide shaft (38). The gear train of the speed increasing / disconnecting mechanism (B) has a double speed structure, and includes the drive gear (8), the first transmission gear (9), the second transmission gear (10), and the operating gear (11). The number of teeth is adjusted so that the operating gear (11) rotates a plurality of times while the drive gear (8) makes one rotation. In this embodiment, the operating gear (11) rotates twice while the drive gear (8) rotates once. (In the present embodiment, the magnification is 2 times, but it is not limited to this, and the magnification can be arbitrarily changed by adjusting the fraction.)

The slide shaft (38) is slidably arranged on the reel housing (1) and the switching housing (44) provided on the outer surface of the reel housing (1), and the fulcrum shaft (36) is used as a fulcrum. And a slide arm (33) is attached to the other end of the swing arm (35). A roller (32) is rotatably attached to the end of the slide arm (33) via a roller shaft (32a), and the swing arm (35) allows the movement of the slide arm (33) to move on the slide shaft (38). ). Holder grooves (46a) and (46b) are formed side by side on the outer surface of the slide shaft (38), and a forked holder (45) is arranged so as to sandwich the slide shaft (38). The holder (45) is fitted in the holder groove (46a) or the holder groove (46b) to position the slide shaft (38). The holder (45) is attached to the reel housing (1) by attachment pins (45a).

A rotation torque adjusting gear (40) is meshed with the drive gear (8), and a rotation torque adjusting knob (41) is screwed onto the rotation torque adjusting shaft (42) of the rotation torque adjusting gear (40). When the rotation torque adjustment knob (41) is tightened, the tightening force of the rotation torque adjustment toothed wheel (40) presses it strongly against the inner surface of the reel housing (1), making it difficult to rotate and the drive gear (8). ) Is designed to suppress the rotational force. On the contrary, if the rotation torque adjusting knob (41) is loosened, the rotation torque adjusting gear (40) rotates smoothly and the drive gear (8) rotates smoothly. By tightening the rotation torque adjusting knob (41) in this way, it is possible to adjust the rotation resistance of the drive gear (8).

Next, the operation of this embodiment will be described. Secure the reel (A) to the fishing rod (D) via the leg (29), tie the end of the fishing line (31) through the water passage hole (5a) of the fishing line winding groove (30), and tie it to the handle (4 ) Turn to wind up. Then, feed the bait into a fishing hook (not shown) attached to the tip of the fishing line (31), and put the raw bait in the kneaded bait adjusted according to the fishing condition of the day. Grasp and form a dango of appropriate hardness. When the dumpling is formed in this way, it is ready to be dropped, but as shown in FIG. 4, pull out the slide shaft (38) that is pulled inside the switching portion housing (44) (FIG. 5). This causes the swing arm (35) to turn around the fulcrum shaft (36), pushing the slide shaft (38) toward the reel rotation frame (3), and as a result, straddling the connecting portion (10a). The installed hook (39) pushes the first transmission gear (9) and the second transmission gear (10) toward the reel rotation frame (3), and the gears from the drive gear (8) and the operating gear (11) are engaged. Let go away. This insulates the reel rotation frame (3) from the handle (4).

After this, only the reel rotation frame (3) is gently rotated to reel out the fishing line (31) and drop the dumpling into the water. At this time, the handle (4) does not rotate and only the reel rotation frame (3) rotates, so no impact force is generated at the initial rotation of the reel, so that no impact force is transmitted to the fishing line and the reel spins very smoothly. The frame (3) will rotate and the dumplings will sink without breaking the dumplings. By the way, in the case of the conventional reel (A ') in which the handle (4') also rotates together with the reel rotating frame (3 '), the reel rotating frame ( 3 ') started to move, whereas the reel (A) of the present invention started to move at 1.5 g. Therefore, the reel rotation frame (3) rotates about 5 times lighter.

The dumpling that has reached the bottom is broken by the shock of its arrival and spreads around, causing the fish to be called. When the dumpling breaks, the sashimi contained in it dashes into force, and the fish attracted by the scattered dumplings bite into the sashimi.

On the other hand, a fisherman looks at or feels when the dumpling reached the bottom and cracked, and when the handle (4) was rotated once, the handle arm (4a) collided with the roller (32). The roller (32) is pushed in by the action and the action is transmitted to the slide shaft (38) via the swing arm (35) and acts in the direction of pulling out the slide shaft (38). As a result, the hakama (39) attached to the tip of the slide shaft (38) moves the first transmission gear (9) and the second transmission gear (10) to the handle (4) side, and the first transmission gear (9) is moved. The reaching gear (9) and the second transmission gear (10) mesh with the driving gear (8) and the operating gear (11), and the preparation for winding is completed.

Then, when the fishing rod is sieving at the moment when the fish eats the stab bait, when the fishhook hits the mouth of the fish, the double-speed grip (4b) is picked, and the handle (4) is quickly rotated as it is. The drive gear (8) rotates together with the rotation of the handle (4), and the operating gear (11) rotates through the first transmission gear (9) and the second transmission gear (10) to increase the speed of the fishing line (31). High-speed winding (in this embodiment, the operating gear (11) rotates at twice the rotational speed with respect to the rotation of the drive gear (8)).

As described above, since the operating gear (11) and the reel rotating frame (3) rotate integrally, the fishing line (31) is formed on the outer peripheral surface of the reel rotating frame (3). The fish which has been hit is wound up on the winding surface (30), and the hit fish is caught. Here, since the wound fishing line (31) is wound up with water adhering thereto, a large amount of water will enter the fishing line winding groove (30) of the reel (A). However, since the fishing line take-up groove (30) has a water passage hole (5a), a large amount of water smoothly flows down through the water passage hole (5a), It will not be accumulated in (30). Further, if the water holes (5b) are also formed in the disk-shaped frame bodies (3a) (3b), the water flowing out from the fishing line winding groove (5a) will be on the side surface of the reel (A). Will be discharged to the outside, and smoother drainage will be performed.

The rotating frame (3) can be removed from the reel housing (1) for cleaning, and in such a case, grasp the engagement / disengagement handle (22) and disengage it around the point (24). Move the handle (22) to disengage the engagement / disengagement handle (22) from the engagement / disengagement groove (21), and pull the reel rotation frame (3) outward to remove the bearing (7) from the main shaft (2). The reel rotation frame (3) can be detached from the reel housing (1).

[0025]

[Effect of device]

 According to the present invention, since the water passage hole is formed in the fishing line mounting groove, the water transferred to the fishing line winding groove due to the winding of the fishing line smoothly flows down through the water passage hole and is wound up. The accumulated water between the fishing lines is minimized to eliminate the sticking and entanglement of the fishing lines, and to suppress the feeding resistance of the fishing line during long casting, which facilitates long casting. You can do it. Further, the end of the fishing line can be tied to the adjacent water passage hole through the end of the fishing line, which makes the installation of the end very easy. In addition, the weight of the reel as a whole can be reduced by forming water passage holes.

[Brief description of drawings]

FIG. 1 is a partially cutaway perspective view of a reel according to a first embodiment of the present invention.

FIG. 2 is a partially cutaway perspective view of a second embodiment of a reel according to the present invention.

FIG. 3 is a front view of a second embodiment of the reel according to the present invention.

FIG. 4 is a cross-sectional view of a second embodiment of the reel according to the present invention when the gear train is in an engaged state.

FIG. 5 is a sectional view of the reel according to the second embodiment of the present invention when the gear train is in a disengaged state.

FIG. 6 is a front view of the reel according to the present invention mounted on a fishing rod.

FIG. 7 is a partially cutaway perspective view of a conventional reel.

[Explanation of symbols]

 (A) ... Reel (D) ... Fishing rod (1) ... Reel housing (2) ... Spindle (3) ... Reel rotating frame (4) ... Handle (5a) (5b) ... Water passage hole (8) ... Drive gear ( 9) (10)… Transmission gear (11)… Working gear (14)… Slide shaft (30)… Fishing line winding groove

Claims (3)

[Scope of utility model registration request] 1. A reel housing mounted on a fishing rod, a main shaft provided on the reel housing, a reel rotary frame rotatably attached to the main shaft and having a fishing line winding groove formed on the outer periphery thereof, and a reel rotary frame. A reel comprising a handle for rotating a reel, characterized in that a water passage hole is formed in a fishing line attachment groove. 2. A fishing line winding surface is constituted by a plurality of fishing line winding bars which are provided in parallel with the main axis on the entire outer peripheral portion of the reel rotation frame, and water passage holes are formed between the fishing line winding bars. The reel according to claim 1, wherein the reel is provided. 3. The reel according to claim 1, wherein a water passage hole is formed in at least one of the reel housing and the reel rotation frame.