JP3170284U - Squid feeding device - Google Patents

Abstract

[PROBLEMS] The present invention can reliably insert and store the squid with both hands, hardly entangle the yarn, and can quickly store the squid in the cylinder while removing the squid. It is an object of the present invention to provide a squid-feeder that can increase the number of squid-feeding operations as compared to the prior art and can improve the amount of squid captured.
A plurality of cylinders 2 are arranged in a staggered manner in two rows on a mounting base 1 in which a lower end of a vertical width h is formed on an inclined surface 11, and the tip end positions of the upper row of cylinders 2 are arranged. The mounting base 1 is provided with mounting base fixing means 3 provided with a tightening screw 32 opposed to the inclined surface 11 and mounted to the mounting base 1 while being shifted rearward from the tip position of the lower row of cylinders. A cut groove 21 for preventing yarn entanglement is formed on the opening side of the cylindrical body 2. Further, the mounting base 1 may be provided with a cylinder length adjusting means.
[Selection] Figure 1

Description

  The present invention relates to a squid-feeder used by being fixed to a ship's rim.

  Conventionally, as an squid inserter, a plurality of long cylinders having a length of about 1 meter are arranged in a row, and one squid is inserted into each cylinder for use. When this is used, a long cylinder is installed obliquely when it is stood against the ship's edge, so that the passage is narrowed by the amount that protrudes to the passage side of the ship, making it difficult to walk. Further, when the squid is stored in the cylindrical body, the yarn is also deeply inserted. Therefore, when the squid is put into the sea, the yarn and the squid are easily entangled and may not be put in smoothly. In addition, there is a type in which the entire squid input device is mounted on the ship's rim, but this has the disadvantage that the inlet of the cylinder rises upward, making it difficult to insert the squid into the cylinder. Furthermore, the type that is attached to the ship's edge had a hindrance to the cylinder when taking in the squid.

  On the other hand, Japanese Utility Model Laid-Open No. 6-86484 is known as an squid feeding device in which short cylinders are arranged in a row. In this structure, a large number of horn storage sections longer than the squid storage are arranged in the upper part of the main body, grooves are formed so that the threads do not protrude from the respective horn storage sections, and the main body is threaded toward the opening side of the horn storage section. A plurality of thread hooks are provided in the direction, and a band-like finger hook is attached below the main body. This is a portable squid thrower.

  Further, as another squid input device using a short cylinder, there is a utility model registration number 3010609. This is a structure in which only one cylindrical body is used, and a cut groove is provided on the side surface of the cylindrical body for projecting a portion of the squid wing. In order to store the cuttlefish, insert the cuttlefish needles into the kerf in order from the fishing rod side, and store a plurality of cutlery needles in a single cylinder. Multiple lines are arranged.

  However, Japanese Utility Model Publication No. 6-86484 must use both hands, and after inserting the squid, it must be removed from the finger and placed in an appropriate place by bending over the squid inserter and then storing the squid in the horn. When storing it in the storage area, attach the squid input device to the finger hook and then store the squid in the horn storage section. At this time, it is only possible to store the squid in the horn storage section while removing the squid. This is not possible, and it is troublesome because it is performed while holding the squid input device, and the squid input device cannot be used by a person who has difficulty with one hand. Also, when the squid is thrown in, the squid thrower is held by hand and pointed at the sea, so there is a risk of entanglement of the thread depending on the angle of the hand.

  In addition, the utility model registration number 3010609 has a result that the needle portion of the cuttlefish scratches the inside of the cylinder every time it is inserted. Therefore, when the cylinder is made of synthetic resin, the inside of the cylinder is scratched, The needle portion of the cuttlefish is likely to be caught, and there is a risk that the cuttlefish cannot be smoothly put into the sea, and the knots are adjacent to each other, so that the yarn is entangled very easily. Further, when the cylindrical body is made of metal, every time the squid needle portion is inserted, it wears out and the needle tip becomes round, which may make it difficult to capture the squid.

Japanese Utility Model Publication No. 6-86484 Utility Model Registration No. 3010609

  The invention makes it possible to reliably insert and store the squid with both hands, there is almost no entanglement of the yarn, and it is possible to quickly store the squid in the cylinder while removing the squid, so that An object of the present invention is to provide a squid-feeder that can increase the number of squid-feeding operations and increase the amount of squid captured.

  The present invention has been made in view of the above situation, that is, a plurality of cylinders are arranged in a staggered manner in two rows on an attachment base in which a lower end of a vertical width is formed on an inclined surface, and an upper row. The mounting base fixing means is provided with the tip position of the cylindrical body shifted rearward from the tip position of the lower row of cylinders, and the mounting base is provided with a fastening screw facing the inclined surface. Further, a cut groove for preventing yarn entanglement is formed on the opening side of the cylindrical body. In addition, a cylinder length adjusting means for mounting the upper row of cylinders so as to be movable in the axial direction is provided. As the cylinder length adjusting means, the upper side of the mounting base is arranged with respect to the thickness direction of the upper row of cylinders. And at least a pressing and clamping piece that is separable from the upper half and a fastening member for mounting the pressing and clamping piece on the mounting base side, and a notch portion in which a cut groove of the cylindrical body is provided in the opening. And a long groove portion extending downward from the cutout portion. In the present invention, “separated from substantially the upper half with respect to the thickness direction of the upper row of cylinders” means the substantially central portion of the through hole formed in the upper row of the mounting base as shown in FIG. It means that it can be separated from the upper half.

  Since the lower end of the vertical width (h) is formed on the inclined surface (11) as in claim 1, a large number of cylinders (2) can be mounted at right angles to the inclined surface (11). It is easy for the cuttlefish (6) to jump out of the cylinder (2) and to fly away. Further, a large number of cylinders (2) are arranged in a zigzag pattern in two rows, and the tip position of the upper row of cylinders (2) is shifted rearward from the tip position of the lower row of cylinders (2). The squid knot (6) is stored so that the knot of the branch thread comes outside the kerf (21) by attaching it and forming a kerf (21) for preventing the twine on the opening side of the cylinder (2). Since the knots are misaligned, there is less risk of entanglement of the yarn, and the squid (6) sequentially jumps out of the cylindrical body (2) and the squid (6) can be smoothly inserted. Further, the mounting base fixing means (3) provided with the tightening screw (32) facing the inclined surface (11) is provided on the mounting base (1), so that the squid (6) is made into the cylindrical body (2). It can be fixed at a position where it can be easily popped out, so that the squid (6) can be put in well and the squid (6) can be stored by holding the road thread with one hand and the squid (6) with the other hand. 2) and can be securely stored. Further, by arranging the cylinders (2) in two rows, the lateral length can be shortened, and the whole is compact, so it is convenient to carry and when attached to the ship rim (5) than before. It will be possible to install a lot of squid thrower. In this way, the present invention allows the squid (6) to be inserted and stored with both hands, has little entanglement of the yarn, and sequentially stores the squid (6) into the cylinder (2) while removing the squid. Therefore, it is possible to increase the number of times the squid is thrown in and to improve the amount of squid captured.

  The cylinder length adjusting means (4) for mounting the cylinders (2) in the upper row so as to be movable in the axial direction is provided as in claim 2, and the cylinder length adjusting means (4) is provided on the mounting base (1). ) Of the upper row of cylinders (2) with respect to the thickness direction thereof, the pressing and holding piece (41), and the pressing and holding piece (41) are attached to the mounting base (1). Since it is possible to adjust the slack length of the road thread generated when the squid (6) is stored in the cylindrical body (2) by at least comprising the fastening member (42) for attaching to the side, Corresponding to the changes in the length of 6) and the lengths of the branch yarns and the road yarns, the yarns can be set so as not to be entangled.

  As shown in claim 3, the groove (21) of the cylindrical body (2) includes a notch (21a) provided in the opening, and a long groove (21b) extending downward from the notch (21a). As a result, the knot of the branch thread can be set on the outside of the groove (21b) and the squid (6) can be smoothly introduced to the sea surface. Further, by providing the notch (21a) in the cut groove (21), the branch thread can be easily put into the groove (21b) of the cylindrical body (2).

It is sectional drawing which shows embodiment of this invention. It is explanatory drawing which shows the front of this embodiment. It is explanatory drawing which shows the cross section of the attachment base of this embodiment. It is explanatory drawing which shows the cross section which provided the cylinder length adjustment means in the attachment base of this embodiment. It is explanatory drawing which shows the cylinder of this embodiment. It is explanatory drawing which shows the use condition of this invention.

  An embodiment of the present invention will be described with reference to FIGS. (1) is a synthetic resin or metal mounting base in which the lower end of the vertical width (h) is formed on the inclined surface (11). As shown in FIG. A plurality of through holes (12) for inserting and mounting a cylinder (2) to be described later are formed, and a mounting hole (13) for mounting a frame (31) of the mounting base fixing means (3) to be described later is provided. It has been drilled. Moreover, it is good to cut the upper both sides of the said mounting base (1) as shown in FIG. Furthermore, the angle of the inclined surface (11) is preferably about 30 to 60 degrees, and preferably about 50 degrees.

  (2) is a synthetic resin or metal cylinder which is inserted into the through hole (12) of the mounting base (1) and is mounted. A notch (21) is formed, and the notch (21) includes a notch (21a) provided in the opening, and a long groove (21b) extending downward from the notch (21a). (See FIGS. 2 and 5), the angle (θ) of the notch (21a) is preferably about 60 to 120 degrees, and preferably about 90 degrees. The width of the groove (21b) is preferably around 3 mm, and a taper with a width of 1 mm larger on the opening side may be added. The width of the groove (21b) is such that the knot that connects the branch thread to the road thread does not enter the cylindrical body (2). Further, the length of the kerf (21) is preferably in the range of about 1/3 to 1/2 of the total length of the cylinder (2). Further, a lid (22) having a drain hole (22a) is attached to the end of the cylinder (2) opposite to the opening side, as shown in FIG. When the cylinders (2) are inserted into the through holes (12) of the mounting base (1) and mounted, the cylinders (2) are arranged in a zigzag pattern in two rows, and the tip positions of the upper rows of cylinders (2) are arranged in the lower row. The cylindrical body (2) is attached while being shifted rearward from the tip position, and the kerf (21) is attached so as to come down as shown in FIG. The length of the cylindrical body (2) is preferably around 280 millimeters, but is not limited to this length.

  (3) is a synthetic resin or metal mounting base fixing means for fixing the mounting base (1) to the ship rim (5). The mounting base fixing means (3) includes a mounting base. One end is attached to the mounting hole (13) of (1) and a frame (31) for supporting a later-described tightening screw (32) and a clamp plate (32a) facing the inclined surface (11) There is an attached screw (32). The frame (31) is not limited to the one whose upper end is attached to the attachment hole (13). For example, a plate-like one may be used and the upper part thereof may be fixed to the attachment base (1). The mounting base fixing means (3) is not limited to the above structure as long as the mounting base (1) can be fixed to the ship rim (5).

  FIG. 4 is a view in which the cylindrical body length adjusting means (4) is provided on the mounting base (1) of this embodiment. The cylindrical body length adjusting means (4) serves as an upper row of cylindrical bodies (2 ) When the tip position of the lower row of cylinders (2) is arbitrarily shifted from the tip position of) and the squid (6) is stored in the cylinder (2), the slack of the road thread is adjusted, and the squid (6) This is to prevent the entanglement of the thread at the time of feeding of the thread to a minimum. The structure of the cylinder length adjusting means (4) can be separated from the upper half of the substantially central portion of the through hole (12) drilled in the upper row of the rectangular mounting base (1) as shown in FIG. And a fastening member (42) provided on both sides of the pressing and clamping piece (41). At this time, a screw hole for screwing the fastening member (42) is formed on the mounting base (1) side, and a fastening member (hexagon socket head bolt) is formed on both sides of the pressing and holding piece (41). 42) A stepped hole for insertion is drilled. The hole for the fastening member (42) is not a stepped hole but a simple insertion hole, and a thumbscrew or the like may be used.

  Next, how to use the present invention will be described. The cylindrical body (2) is inserted into the through hole (12) of the mounting base (1) in advance to align the tips of the lower row of cylindrical bodies (2). Then, the tip position of the upper row of cylinders (2) is attached to the rear row of the lower row of cylinders (2) while being shifted rearward. At this time, when the cuttlefish (6) is stored in the cylindrical body (2), the slack of the road yarn is confirmed, and fine adjustment is made so that the yarn is not entangled when the cuttlefish (6) is inserted. Moreover, as shown in FIG. 2, it mounts | wears so that a cut groove (21) may come to the lower side. If necessary, the cylindrical body (2) may be fixed to the mounting base (1) with an adhesive.

  Thereafter, the device of the present invention is fixed to the ship rim (5). In this case, the inclined surface (11) of the mounting base (1) is applied to the upper surface of the ship rim (5). Then, the entire cylinder (2) is inclined by the angle of the inclined surface (11). When the cylinder (2) is inclined, the squid (6) slides along the inner wall of the cylinder (2) when the squid (6) is inserted into the cylinder (2). Next, the clamping screw (32) is rotated so that the presser plate (32a) is brought into contact with the back surface of the ship rim (5), and is further tightened and fixed. And squid (6) is accommodated in order to each cylinder (2). As the order at this time, it is preferable to set the cuttlefish (6) in the order of A to G described in the through hole (12) shown in FIG. This completes the preparation for squid fishing.

  When performing squid fishing, first, a reel (not shown) is made free, and a weight (not shown) is thrown into the sea surface obliquely forward. Then, since the road yarn is pulled by the momentum of the weight, the squid (6) sequentially jumps out of the cylindrical body (2) together with the road yarn and is thrown into the sea surface. At this time, the knot of the branch thread is outside the kerf (21), and when the cuttlefish (6) sequentially jumps out of the cylindrical body (2), the knot is smoothly caught without being caught by the slack of the adjacent road thread. The squid (6) can be introduced. In this case, since the cuttlefish (6) can jump out further, the cuttlefish (6) can be reliably put into the sea surface without being caught by the ship rim (5).

  When picking up the squid, it is possible to easily remove the squid from the squid (6) and immediately put the squid (6) into the cylindrical body (2) while winding the thread. At this time, the cuttlefish (6) is stored in the cylindrical body (2) so that the knots of the branch yarns come to the kerf (21). The order of putting the cuttlefish (6) into the cylinder (2) may be repeated from the end to the bottom, up and down to the end. This completes the preparation for the next squid (6).

  In addition, when there is a cylindrical body (2) that is likely to get entangled when the cuttlefish (6) is inserted, the protruding condition of the cylindrical body (2), that is, the protruding condition from the mounting base (1) Adjust. In this case, it is possible to forcibly move the cylinder (2). However, when the cylinder length adjusting means (4) is provided as shown in FIG. ) Can be adjusted easily, the cylinder (2) can be easily adjusted. Therefore, the cylinder (2) may be adjusted again to an appropriate position and the fastening member (42) may be tightened.

  Thus, by fixing and using this invention product to a ship's edge (5), since it does not protrude to the passage side of a ship, there is no possibility that a passage like the conventional will become narrow. In addition, the squid (6) is fixed at an angle so that it can easily protrude from the cylinder (2), and the tip position of the upper row of cylinders (2) is set to be more than the tip position of the lower row of cylinders (2). Since it is attached to the rear, it can be used with both hands, and it is easy to remove the squid from the squid (6) and immediately place the squid (6) in the cylinder (2) for storage. This makes it possible to increase the number of inputs in 6).

1 Mounting base
11 Inclined surface 2 Tube
21 kerf
21a Notch
21b Groove 3 Mounting base fixing means
32 Tightening screw 4 Cylinder length adjustment means
41 Pressing clamp
42 Fastening member h Vertical width

Claims (3)

  A plurality of cylinders (2) are arranged in a zigzag pattern in two rows on the mounting base (1) having the lower end of the vertical width (h) formed on the inclined surface (11), and the upper row of cylinders ( 2) The front end position of the cylinders (2) in the lower row is shifted rearward from the front end position, and the mounting base (1) is tightened with a screw that faces the inclined surface (11). A mounting base fixing means (3) provided with (32) is provided, and a cut groove (21) for preventing yarn entanglement is further formed on the opening side of the cylindrical body (2). vessel.   Cylindrical length adjusting means (4) for mounting the upper row of cylindrical bodies (2) so as to be movable in the axial direction is provided, and the cylindrical length adjusting means (4) is provided on the upper side of the mounting base (1). Is attached to the mounting base (1) side, and the pressing and holding piece (41) is separable from substantially the upper half with respect to the thickness direction of the upper row of cylinders (2). The squid knot feeder according to claim 1, comprising at least a fastening member (42). The cut groove (21) of the cylindrical body (2) is composed of a notch (21a) provided in the opening and a long groove (21b) extending downward from the notch (21a). The cuttlefish charging device according to 1.