JP4521679B2 - Squid angle thrower - Google Patents

Description

  The present invention relates to a squid angle throwing device that is easy to carry and can be easily mounted on a fishing boat during squid fishing and can efficiently throw in a squid angle.

  2. Description of the Related Art Conventionally, there are many known squid angle throwers that can be attached to the berlin of a squid fishing boat and have various configurations.

  By the way, carrying the squid angle thrower to the fishing boat is bulky and inconvenient and cannot be easily and quickly attached to the ship belly, and the squid angle is entangled and the squid angle is smoothed. However, there was a drawback that it was not possible to efficiently put it into the container.

Therefore, it is extremely impossible to provide a squid angle thrower at a low cost that can be easily carried by ordinary people who enjoy squid fishing and can be easily mounted on a ship bell.
JP 2005-143486 A

  The present invention solves the above-described problems, and relates to a squid angle thrower that can efficiently insert a squid angle during squid fishing, and the carrying of the squid angle thrower before mounting it on a ship is bulky. It is inconvenient and cannot be easily and quickly attached to the ship's bevel, and the squid angle can be inserted smoothly and efficiently, and the squid angle due to ship sway or strong wind It is easy to carry around for the general people who enjoy squid fishing, and it can be easily attached to the ship belly, and the road line does not get tangled. The object is to provide a very suitable squid angle thrower at low cost.

  In order to achieve the above object, the present invention connects the upper edge 2 of the lower plate portion 1 and the lower edge 5 of the upper plate portion 4 via the shaft attachment portion 3, and the shaft attachment portion 3 connects the lower plate portion 1. The upper plate part 4 is formed so as to rotate only in the direction of the back surface of the upper plate part 4, and further, the upper plate part 4 is connected to the upper plate part 4 through the connecting plane part 6 and the curved surface part 7 which are the same plane as the lower plate part 1. 8 and a plurality of storage cylinders 11 arranged side by side for storing several squid corners 10 attached to the road thread 9 on the back surface of the upper inclined surface portion 8 provided in the upper plate portion 4. A detachable body 17 which is provided on the front and rear sides of the cylinder 11 and is sandwiched between the front mounting plate 12 and the rear mounting plate 50 which are mounted on the upper inclined surface portion 8 and which is detachably attached to the clamp body 13 which is mounted on the front mounting plate 12 on the ship. And a blocking body 14 for preventing the lower plate portion 1 and the upper plate portion 4 from folding and rotating via the shaft mounting portion 3. Furthermore, a tangle-preventing coil spring body 16 having a coil portion 15 that elastically clamps the road yarn 9 having a squid angle 10 attached to the surface of the lower plate portion 1 is provided, and is moved up and down below the storage cylinder 11. The adjusting column body 51 is provided with a magnetic protrusion 32 that is provided with a magnetic body 32 for wearing squid square magnets and is locked to several locking hole portions 52 provided in the storage cylinder 11. The foldable squid angle thrower body 20 formed so that the adjustment column body 51 in the storage cylinder 11 can be adjusted up and down through the piece 53 and the lower plate portion 1 through the shaft mounting portion 3. It is composed of a clamp body 13 that can be opened and the squid angle thrower body 20 can be attached and detached.

In addition, the clamp body 13 for attaching / detaching the squid angle thrower body 20 to / from the ship bellows is provided with a crimping head 39 for sandwiching the ship belly with the mounting body 21 placed on the ship belly and downward. There is an adjustment rod 28 provided at one end with a screw hole 27 to which the screw 26 having the handle portion 38 is mounted, and the adjustment rod 28 is slid up and down at the other end of the adjustment rod 28 and stopped. A guide rod 30 inserted into the hole 29 is provided, and the elastic body 22 is mounted on the rear upper portion of the mounting body 21, and the mounting body 21 is attached with a guide rod 30 on the lower rear portion. The guide body wall surfaces 24, 24 are formed on the both sides, and the rotating body portion 18 that rotates via the rear shaft flange portion 25 is positioned in front of the recess 23. And a rotation adjusting housing 54 is provided on the lower surface of the rotating body portion 18, and the rotating body portion An angular protrusion 19 directed obliquely upward is provided in front of 8, and the angular protrusion 19 is provided with a fastening body 31 for fixing the detachable body 17 to which the squid angle inserter body 20 can be attached and detached. Is,
Further, the detachable body 17 that can attach and detach the squid angle thrower body 20 to and from the clamp body 13 is formed in a square cylinder body 40 that is externally fitted to the square projection body 19 provided in the clamp body 13. Is pivotally mounted via a shaft rod 49 via mounting bodies 41, 41 attached to the front mounting plate 12, and the rectangular cylinder 40 is a rotating body portion when fitted on the rectangular projection 19. 18 is formed so as to be fixedly attached by a fastening body 31 for fixing.

  Further, the blocking body 13 for blocking the folding of the lower plate portion 1 and the upper plate portion 4 via the shaft mounting portion 3 is provided with a mounting plate 33 on the back surface of the connection plane portion 6, and a mounting plate. A blocking plate piece 35 is attached to the body 33 via a mounting rotation shaft portion 34, and the blocking plate piece 35 abuts on the back surface of the connection plane portion 6 and is connected to the lower plate portion 1 via the shaft attachment portion 3. When the connecting flat portion 6 with the upper plate portion 4 is formed in a flat shape, the blocking plate piece 35 automatically rotates downward so that the tip portion 36 of the blocking plate piece 35 contacts the back surface of the lower plate portion 1. It is formed so as to touch.

  Further, a sponge plate body 37 is adhered to the surface of the upper plate portion 4.

  The present invention is configured as described above, and connects the upper edge 2 of the lower plate portion 1 and the lower edge 5 of the upper plate portion 4 via the shaft attachment portion 3, and the shaft attachment portion 3 connects the lower plate portion 1. The upper plate part 4 is formed so as to rotate only in the direction of the back surface of the upper plate part 4, and further, the upper plate part 4 is connected to the upper plate part 4 through the connecting plane part 6 and the curved surface part 7 which are the same plane as the lower plate part 1. 8 and a plurality of storage cylinders 11 arranged side by side for storing several squid corners 10 attached to the road thread 9 on the back surface of the upper inclined surface portion 8 provided in the upper plate portion 4. A detachable body 17 which is provided on the front and rear sides of the cylinder 11 and is sandwiched between the front mounting plate 12 and the rear mounting plate 50 which are mounted on the upper inclined surface portion 8 and which is detachably attached to the clamp body 13 which is mounted on the front mounting plate 12 on the ship. Provided with a blocking body 14 that prevents folding of the lower plate portion 1 and the upper plate portion 4 via the shaft mounting portion 3, Furthermore, a coil spring body 16 for preventing entanglement having a coil portion 15 for elastically clamping a road thread 9 having a squid angle 10 attached to the surface of the lower plate portion 1 is provided, and it is also moved up and down below the storage cylinder 11. The adjusting column 51 is provided with a magnetic body 22 for wearing squid square magnets at the top, and a locking protrusion that is locked to several locking holes 52 provided in the storage cylinder 11. The lower plate portion 1 is widened through the foldable squid angle thrower body 20 and the shaft attachment portion 3 formed so that the adjustment column body 51 in the storage cylinder 11 can be adjusted up and down via 53. The squid angle thrower body 56 can be folded in a small size as shown in FIG. 2 without the need for folding and bulkiness for people who enjoy squid fishing by comprising the clamp body 13 to which the squid angle thrower body 20 can be attached and detached. Can be carried and attached to a fishing boat Through the clamp body 13 being carried separately from the mosquito angle insertion unit 20 is intended to be easily mounted as shown in FIG. 3, it is very suitable for use.

  Further, by providing the coil spring body 16 for preventing entanglement including the coil portion 15 for elastically holding the road yarn 9 having the squid angle 10 attached to the surface of the lower plate portion 1, the squid angle for the squid angle throwing device of the present invention is provided. The corner 10 is attached to several squid angles 10 which are sequentially attached to the road yarn 9 attached to the tip of the trunk yarn 45 which is wound around the electric reel 43 attached to the hanging rod 44 via the connecting portion 55 via the branch yarn 46. Are sequentially stored in the storage cylinder 11 as shown in FIG. 4, and the road yarn 9 interposed between one squid angle 10 and the other squid angle 10 is bent by the hand as shown in FIG. The two road yarns 9 that are parallel to each other so that the U-shaped portion is positioned below the coil portion 15 are inserted and sandwiched between the coil portions 15 that are elastically attached to each other and separated from each other. By sequentially storing the corners 10 in the storage cylinder 11, the road The squid angle 10 can be stored in the storage cylinder 11 in a simple and stable manner without being entangled, and the squid angle 10 can be obtained by throwing a weight 47 attached to the leading edge of the road thread 9 into the sea. The road yarn 9 attached with is pulled out of the storage cylinder 11 sequentially while being automatically separated from the coil portion 15 in order, and is guided stably and smoothly into the sea without the road yarn 9 being entangled. That is, as a means for preventing the tangled yarn 9 from being entangled, the entanglement preventing coil spring body 16 having a coil portion 15 that elastically holds the woven yarn having the squid angle 10 attached to the surface of the lower plate portion 1. Therefore, it is possible to provide a low cost without requiring a complicated structure. Further, it is necessary to bend the road thread 9 between the squid angle 10 and the squid angle into a U shape at the hand. Since the entanglement of the road yarn 9 is prevented by a very simple operation that is hooked from below the coil portion 15 that elastically holds the entanglement preventing coil spring body 16, the handling is very easy.

  In addition, the clamp body 13 for attaching / detaching the squid angle thrower body 20 to / from the ship belly 42 includes a crimping head 39 that sandwiches the ship belly 42 with the mounting body 21 placed on the ship belly. There is an adjustment rod 28 provided with a screw hole 27 with a screw portion 26 having a handle portion 38 below at one end, and the adjustment rod 28 slides up and down at the other end of the adjustment rod 28 and stops. By providing the guide rod 30 inserted into the dynamic insertion hole 29, the handle portion 38 can be rotated to fix the clamp body 13 to the ship belly 42 easily.

  In addition, the elastic body 22 is mounted on the rear upper portion of the mounting body 21, and the mounting body 21 is provided with a guide rod 30 on the upper rear portion, and the mounting body 21 is positioned in front of the elastic body 22 and has a concave shape in cross section. Both the guide wall surfaces 24, 24 forming the recess 23 are provided on both sides, and the rotating body 18 that rotates via the rear shaft flange 25 is housed in the recess 23 having a concave section, and the rotating body 18 A rotation adjustment housing 54 is provided on the lower surface of the horn, and a horn-shaped protrusion 19 directed obliquely upward is provided in front of the rotation body portion 18, and a squid angle inserter body 20 can be attached to and detached from the horn-shaped protrusion 19. The detachable body 17, which is provided with a fastening body 31 for fixing the detachable body 17 and can further detachably attach the squid angle inserter body 20 to the clamp body 13, is fitted on the angular protrusion 19 provided on the clamp body 13. The rectangular tube 40 was formed on the front mounting plate 12. Attached to the angular projecting body 19 through the attachments 41, 41 so as to be rotatable via a shaft rod 49. When the squid angle thrower body 20 is attached to the clamp body 13 attached to the ship belly 42 by being fixedly attached by the attachment 56, the lower plate portion 1 of the squid angle thrower body 20 is expanded and the clamp body is attached. The squid angle thrower body 20 can be easily attached to the clamp body 13 attached to the ship belly 42 by a simple operation of only fitting the square cylinder body 40 to the square protrusion body 19 provided on the base 13. It is.

  In addition, an adjustment column body 51 that can be moved up and down is provided below the storage cylinder 11, and the adjustment column body 51 is locked to a plurality of locking hole portions 52 provided in the storage cylinder 11. The squid corners 10 having different dimensions can be accommodated in the respective storage cylinders 11 by forming the adjustment column body 51 in the storage cylinder 11 so as to be adjusted up and down via 53. The squid angle 10 corresponding to the type of the length of the corner can be stored, and different squid fishing can be enjoyed.

  Although the squid angle may not be able to be smoothly introduced into the sea due to swaying of the ship or strong winds, the squid angle may not be smoothly inserted into the sea, but the tip of the squid angle 10 is made of metal. The adjustment column body 51 housed in each storage cylinder 11 is provided with the squid angle magnet wearing magnetic body 32 at the top, so that it is provided in the squid angle thrower body 20 depending on ship sway or strong wind. This solves the drawbacks such as the fact that the road thread 9 with the squid angle attached becomes loose from the storage cylinder 11 and the squid angle 10 cannot be smoothly and efficiently introduced into the sea.

  Further, a rotation adjustment housing 54 is provided on the lower surface of the rotation body 18 provided in the clamp body 13, and a rectangular protrusion 19 directed obliquely upward is provided in front of the rotation body 18 to provide a rotation adjustment housing 54. Since the tilt angle of the angular protrusion 19 can be adjusted by the rotation adjustment operation, the inclination angle of the storage cylinder 11 provided in the squid angle thrower body 20 attached via the angular protrusion 19 is adjusted and held. For example, the relationship between the squid fishing boat and the insertion position of the squid angle 10 into the sea can be adjusted.

  Further, the clamp body 13 is provided with an angular protrusion 19 directed obliquely upward in front of the rotating body portion 18, and the detachable body 17 to which the squid angle thrower body 20 can be attached and detached is attached to the angular protrusion 19. Since the fixing tightening body 31 is provided, the clamp body 13 and the squid angle thrower body 20 can be used safely without being loosened by tightening and fixing the fixing tightening body 31.

  Further, since the elastic body 22 is mounted on the clamp body 13 at the rear upper part of the mounting body 21, the storage cylinder 11 and the mounting body 21 are directly connected to the clamp body 13 when the squid angle insertion body 20 is attached. The storage cylinder 11 can be used safely and stably without being damaged by contact and rocking of the ship.

Further, the blocking body 13 for blocking the folding of the lower plate portion 1 and the upper plate portion 4 via the shaft attachment portion 3 is provided with a mounting plate body 33 on the back surface of the connection plane portion 6, and further a mounting plate body. A blocking plate piece 35 that rotates through the mounting rotation shaft portion 34 is attached to 33, and the blocking plate piece 35 abuts only on the back surface of the connecting flat surface portion 6 and is connected to the lower plate portion 1 through the shaft attachment portion 3. When the connecting flat portion 6 between the upper plate portion 4 and the upper plate portion 4 is formed in a flat shape, the blocking plate piece 35 automatically rotates downward, and the leading end portion 36 of the blocking plate piece 35 is placed on the back surface of the lower plate portion 1. Since it formed so that it may contact | abut, when the squid angle insertion device body 20 is attached to the ship belly 42 via the attachment / detachment tool 13, the lower plate part 1 automatically rotates downward, so that the blocking plate piece 35 is automatically rotated. The lower plate portion 1 can be stably mounted without swinging downward, and when it is folded after use, the blocking plate piece Lower plate 1 when rotated to the back of 5 connecting planar portion 6 are those which can be folded.
In other words, the blocking plate piece 35 automatically rotates downward during assembly for performing the operation of attaching the squid angle insertion device body 20 to the ship bell 42, thereby preventing the lower plate portion 1 from swinging. The assembly work can be performed very easily.

  Further, since the sponge plate body 37 is adhered to the surface of the upper plate portion 4, the operation can be performed while the squid angle 10 is locked to the sponge plate body 37, and the squid angle 10 is safely held. Therefore, the other squid angle 10 is locked to the sponge plate 37 at the time of an operation for storing each of the several squid angles 10 in the other adjacent storage cylinder 11 or an operation for lifting the squid. Therefore, it is convenient to use because it can prevent entanglement of the road line 9 or unexpected hand injury due to the squid angle 10 and perform safe operation.

  As described above, the present invention relates to a squid angle thrower that can attach the squid angle thrower body 20 to the ship bell 42 during squid fishing and can efficiently throw the squid angle 10 into the sea. It is inconvenient to carry the horn inserter body 20 on the ship veri 42 and is inconvenient and cannot be easily and quickly attached to the ship veri. It can not be smoothly and efficiently thrown in, and it is easy to carry by ordinary people who enjoy squid fishing by removing the drawbacks such as swaying of the ship or squid angle due to strong winds coming off from the squid angle thrower. Furthermore, it can be easily mounted on a ship verit and has an excellent effect that a squid angle thrower that is extremely suitable for use can be obtained at low cost without the risk of injury to the hand at the squid angle 10. It is intended.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  The present invention connects the upper edge 2 of the lower plate portion 1 and the lower edge 5 of the upper plate portion 4 via the shaft attachment portion 3, and the shaft attachment portion 3 connects the lower plate portion 1 to the back surface of the upper plate portion 4. The upper plate part 4 is formed so as to rotate only in the direction, and the upper plate part 4 is formed with an upper inclined surface part 8 through a connecting flat part 6 and a curved surface part 7 which are the same plane as the lower plate part 1, and A plurality of juxtaposed storage cylinders 11 for storing several squid angles 10 attached to the thread 9 on the back surface of the upper inclined surface part 8 provided in the plate part 4 are provided before and after the juxtaposed storage cylinders 11. It is provided with a detachable body 17 which is attached to the front mounting plate 12 and the rear mounting plate 50 attached to the upper inclined surface portion 8 and can be attached to and detached from the clamp body 13 which is attached to the front mounting plate 12 on the ship's bevel. A blocking body 14 is provided for preventing the folding of the lower plate portion 1 and the upper plate portion 4 via the fold, and the surface of the lower plate portion 1 is further provided. An entanglement preventing coil spring body 16 having a coil portion 15 for elastically clamping the road yarn 9 to which the squid angle 10 is attached is provided, and the entanglement preventing coil spring body 16 is attached to the lower plate portion 1 at an attachment screw portion 65. It is possible to attach and detach and change the distance between the squid angle 10 and another squid angle 10 (see FIG. 1, FIG. 2, FIG. 3, FIG. 6). ), And an adjustment column body 51 that can be moved up and down is provided below the storage cylinder 11. The adjustment column body 51 includes a magnetic body 32 that wears squid angle magnets at the top and is provided in the storage cylinder 11. A foldable squid angle thrower body formed such that the adjustment column 51 in the storage cylinder 11 can be adjusted up and down via a locking protrusion 53 that locks into the locking hole 52 of the step. 20 and the lower plate part 1 are expanded through the shaft attachment part 3 and the squid angle is inserted. The squid angle thrower body 20 can be folded as shown in FIG. 2, but is shown in FIGS. 1 and 3 during squid fishing. It is intended to be spread out and used.

  In addition, the clamp body 13 for attaching / detaching the squid angle thrower body 20 to / from the ship bellows is provided with a crimping head 39 for sandwiching the ship belly with the mounting body 21 placed on the ship belly and downward. There is an adjustment rod 28 provided at one end with a screw hole 27 to which the screw 26 having the handle portion 38 is mounted, and the adjustment rod 28 is slid up and down at the other end of the adjustment rod 28 and stopped. A guide rod 30 inserted through the hole 29 is provided. Further, the elastic body 22 is mounted on the rear upper portion of the mounting body 21, the mounting body 21 is attached with a guide rod 30 on the upper rear portion, and the mounting body 21 further includes the elastic body 22. The guide body wall surfaces 24, 24 are formed on the both sides, and the rotating body portion 18 that rotates via the rear shaft flange portion 25 is positioned in front of the recess 23. And a rotation adjusting housing 54 is provided on the lower surface of the rotating body portion 18, and the rotating body portion An angular protrusion 19 directed obliquely upward is provided in front of 8, and the angular protrusion 19 is provided with a fastening body 31 for fixing the detachable body 17 to which the squid angle inserter body 20 can be attached and detached. Although the rotation adjustment housing 54 provided on the lower surface of the rotation body 18 will be described with reference to FIGS. 8 and 9, the rotation adjustment housing 54 can be gripped with a fingertip and rotated. 57 and a screw portion 59 screwed into a screw hole 58 provided from the lower surface of the rotating body portion 18, and the angular protrusion 19 is positioned above the screw rod 25 as a fulcrum before the squid angle inserter body 20 is attached. Thus, the turning plate portion 57 appears from the recessed portion 23 having a concave cross section, and the turning plate portion 57 can be easily turned, and the screw portion 59 screwed into the screw hole 58. The angle of inclination of the angular protrusion 19 provided on the rotating body 18 can be adjusted. In kill those, in which it is possible to adjust the angle of the receiving cylinder 11 with the squid angle insertion unit 20.

  The detachable body 17 that can attach and detach the squid angle inserter body 20 to and from the clamp body 13 is formed as a square cylinder 40 that is fitted on the square protrusion 19 provided in the clamp body 13. Attached to the front mounting plate 12 through the mounting bodies 41 and 41 so as to be rotatable via a shaft rod 49, and the rectangular cylinder 40 is a rectangular protruding body when fitted to the rectangular protruding body 19. 19 is formed so as to be fixedly attached by a fixing fastening body 31. The fixing fastening body 31 will be described with reference to FIGS. The fixing screw 63 is rotatably attached to a fixed rotating plate 62 attached to the fixing plate body 61, and the fixing screw 63 is inserted into the insertion tightening hole 64 of the rectangular tube 40 and is square. The square tubular body 40 that is screwed into the tightening screw hole 56 provided in the projecting body 19 and is externally fitted to the angular projecting body 19 is delusion. Those which can be enjoyed squid fishing squid angle insertion unit 20 there is no risk of safety accident attached to the clamp body 13 at the time of fishing operations without departing.

  Further, the blocking body 13 for blocking the folding of the lower plate portion 1 and the upper plate portion 4 via the shaft mounting portion 3 is provided with a mounting plate 33 on the back surface of the connection plane portion 6, and a mounting plate. A blocking plate piece 35 is attached to the body 33 via a mounting rotation shaft portion 34, and the blocking plate piece 35 abuts on the back surface of the connection plane portion 6 and is connected to the lower plate portion 1 via the shaft attachment portion 3. When the connecting flat portion 6 with the upper plate portion 4 is formed in a flat shape, the blocking plate piece 35 automatically rotates downward so that the tip portion 36 of the blocking plate piece 35 contacts the back surface of the lower plate portion 1. It is formed so as to touch.

  Further, a sponge plate body 37 is adhered to the surface of the upper plate portion 4 so that the squid angle 10 attached to the road thread 9 by locking the squid angle 10 to the sponge plate body 37 does not move unreasonably. It is a thing.

It is the back perspective view which showed the assembled state. It is the perspective view which showed the state which the squid angle insertion device body folded. It is the perspective view which attached the ship bell and showed the use condition. It is the partially cutaway front view which showed the state which attached the storage cylinder. It is a partial cross section figure of a storage cylinder. It is the back elevation view of a part notch which showed the relation between an upper board part and a lower board part. It is the side view of a part notch which showed the relationship between an upper board part and a lower board part. It is a partially cutaway side view showing the relationship between the state where the clamp body is attached to the ship bell and the squid angle thrower body. It is a partially cutaway side view showing the relationship between the clamp body and the squid angle thrower body.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Lower board part 2 Upper edge 3 Axis part 4 Upper board part 5 Lower edge 6 Connection plane part 7 弯 Curved surface part 8 Upper inclined surface part 9 Road thread 10 Squid angle 11 Storage cylinder 12 Front mounting plate 13 Clamp body 14 Blocking body 15 Coil Part 16 Entanglement preventing coil spring body 17 Detachable body 18 Rotating body part 19 Square projection body 20 Squid angle inserter body 21 Mounting body 22 Elastic body 23 Recessed section indentation-shaped recessed part 24 Guide both wall surface 25 Rear shaft flange part 26 Screw rod 27 Screw hole 28 Adjustment rod 29 Sliding insertion hole 30 Guide rod 31 Fixing clamp body 32 Both side wall surfaces 33 Mounting plate body 34 Mounting rotation shaft portion 35 Blocking plate piece 36 Tip portion 37 Sponge plate body 38 Handle portion 39 Crimping Head 40 Square cylindrical body 41 Attachment body 42 Ship bell 43 Electric reel 44 Hanging rod 45 Trunk thread 46 Branch thread 47 Weight 48 Magnetic body 49 Shaft rod 50 Rear attachment plate 51 Adjustment column body 52 Locking hole 53 Locking protrusion Piece 5 4 Rotation adjustment housing 55 Connecting portion 56 Tightening screw hole 57 Rotation plate portion 58 Screw hole 59 Screw portion 60 Shaft portion 61 Fixed plate body 62 Fixed rotation plate 63 Fixed screw plate 64 Insertion tightening hole 65 Mounting screw portion

Claims (4)

  The upper edge 2 of the lower plate portion 1 and the lower edge 5 of the upper plate portion 4 are connected via the shaft attachment portion 3, and the shaft attachment portion 3 rotates the lower plate portion 1 only in the direction of the back surface of the upper plate portion 4. Further, an upper inclined surface portion 8 is formed on the upper plate portion 4 via a connecting flat surface portion 6 and a curved surface portion 7 that have the same planar shape as the lower plate portion 1. A plurality of storage cylinders 11 for storing several squid angles 10 attached to the road thread 9 on the back surface of the provided upper inclined surface part 8 are provided in front of and behind the side-by-side storage cylinders 11 to provide the upper inclined surface part 8. The front mounting plate 12 and the rear mounting plate 50 are attached to the front mounting plate 12, and are attached to the front mounting plate 12 to be attached to the ship. The mounting body 17 is attached to and detached from the clamp body 13. A blocking body 14 for preventing the lower plate portion 1 and the upper plate portion 4 from being folded and rotated is provided. An adjustment column body 51 that includes an entanglement prevention coil spring body 16 having a coil portion 15 that elastically clamps the attached road thread 9 and that can be moved up and down is provided below the storage cylinder 11. The body 51 is provided with a magnetic body 32 wearing squid square magnets at the top, and an adjustment column body in the storage cylinder 11 via a locking protrusion 53 that is locked to several locking holes 52 provided in the storage cylinder 11. The squid angle thrower body 20 that can be folded up and down and the clamp plate that can be attached to and detached from the squid angle thrower body 20 by spreading the lower plate portion 1 through the shaft mounting portion 3. The squid angle thrower characterized by consisting of thirteen. The clamp body 13 for attaching / detaching the squid angle thrower body 20 to / from the ship bellows includes a crimping head 39 that clamps the ship belly with the mounting body 21 placed on the ship belly, and a handle portion below. A slide insertion hole 29 that has an adjustment rod 28 provided at one end with a screw hole 27 to which the screw 26 having 38 is mounted, and slides the adjustment rod 28 up and down at the other end of the adjustment rod 28 and stops. A guide rod 30 inserted through the mounting body 21 is attached to the elastic body 22 at the upper rear portion of the mounting body 21, the mounting body 21 is attached to the lower rear portion, and the mounting body 21 is further forward of the elastic body 22. The guide body wall surfaces 24, 24, which are located on the both sides, are formed on both sides, and the rotating body portion 18 that rotates via the rear shaft flange portion 25 is provided in the recess-shaped recess portion 23. A rotation adjusting housing 54 is provided on the lower surface of the rotating body portion 18, and the rotating body portion 18 is provided. An angular protrusion 19 directed obliquely upward is provided in the front, and the angular protrusion 19 is formed with a fastening body 31 for fixing the detachable body 17 to which the squid angle inserter body 20 can be attached and detached. Yes,
Further, the detachable body 17 that can attach and detach the squid angle thrower body 20 to and from the clamp body 13 is formed in a square cylinder body 40 that is externally fitted to the square projection body 19 provided in the clamp body 13. Is pivotally mounted via a shaft rod 49 via mounting bodies 41, 41 attached to the front mounting plate 12, and the rectangular cylinder 40 is a rotating body portion when fitted on the rectangular projection 19. The squid angle throwing device according to claim 1, wherein the squid angle throwing device is formed so as to be fixedly attached by a fastening body 31 for fixing.   The blocking body 14 for blocking the folding of the lower plate portion 1 and the upper plate portion 4 via the shaft mounting portion 3 is provided with a mounting plate body 33 on the back surface of the connection plane portion 6, and the mounting plate body 33. A blocking plate piece 35 that rotates downward is attached to the lower plate portion 1 via the mounting portion 3, and the blocking plate piece 35 is in contact with the back surface of the connecting flat surface portion 6 and is connected to the lower plate portion 1 via the shaft attachment portion 3. When the connecting flat portion 6 with the upper plate portion 4 is formed in a flat shape, the blocking plate piece 35 automatically drops and rotates downward, and the leading end portion 36 of the blocking plate piece 35 is placed on the back surface of the lower plate portion 1. The squid angle throwing device according to claim 1 or 2, wherein the squid angle throwing device is formed so as to abut.   The squid angle thrower according to claim 1, wherein a sponge plate body 37 is adhered to the surface of the upper plate portion 4.

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