JP3174718U - Device input device - Google Patents

Abstract

A device for throwing in a device that is convenient and inexpensive to carry is provided.
In order to hold a device having a plurality of fishing hook members 71 attached to lines 72, 73, a fixed plate 20 fixed at an attachment position, and a fixed plate 20 rotatably connected to the fixed plate 20. A mechanism loading device 11 that has a loading plate 30 that holds the mechanism 70 and releases the mechanism 70 that is held when the loading plate 30 rotates in the loading direction of the mechanism 70, and the loading plate 30 is plate-shaped. A plurality of cuts are formed in the rotation tip side portion 31 of the charging plate 30 and are fastened with the lines 72 and 73 of the device 70 interposed therebetween.
[Selection] Figure 7

Description

  The present invention relates to a mechanism throwing device suitable for squid fishing, for example, and more particularly to a device throwing device that can speed up reversing while avoiding yarn entanglement.

  Some of the devices used for squid fishing are equipped with multiple fishhook members such as a fishhook with a pseudo bait (eggi), squid horn, and sutte, and a fishhook with no pseudo bait. .

  This is a configuration in which a fishhook member is attached to a trunk yarn or a road yarn as a line via a branch yarn or Harris as a line, or is directly connected so as to be connected to a main yarn or a road yarn as a line. For this reason, there are many cases where the lines are entangled with each other or when the fishhook member is caught. If thread entanglement occurs, the device cannot be charged.

  In view of this, the device disclosed in Patent Document 1 has been proposed as a device input device capable of avoiding yarn entanglement and quickly returning the device. This gimmick throwing device has a horizontally long plate-shaped support that can be rotated in the loading direction, and a plurality of substantially cylindrical containers are arranged in a row on the support. These containers are formed in a size that can accommodate a fishing hook member.

  In use, since the fishhook members are individually accommodated in the container, the fishhook members can be prevented from being entangled with each other. In addition, since the fishhook member can be accommodated in the container while picking up the squid, it does not take time to prepare for putting in the device. As a result, the device can be quickly returned.

  In addition, since the line stopper that hooks the line at the upper end of the container is notched, hooking the line to the line stopper causes the line to flow even if the line is winded. It is possible to avoid causing entanglement.

  However, since the above-mentioned device input device needs to include a plurality of containers for storing the fishhook members in addition to the support base, the number of parts is large and the manufacturing cost is high.

  In this regard, for example, the device charging device disclosed in Patent Document 2 is composed of a single member, so that it can be manufactured at a low cost with a small number of components.

  However, the gimmick throwing-in device of Patent Document 2 has a configuration in which a tray portion is protruded in a direction that protrudes toward the sea when attached to the back side of a plate wall that is erected upward, that is, to a shipboard. In use, the fishhook member is placed on the saucer. At this time, the line is positioned at a notch formed in the plate wall, but the notch does not have a function of stopping the line in consideration of the charging operation.

  For this reason, the fishhook member only placed on the tray is easily moved by the shaking of the ship. As a result, the fishhook members, the lines, or the fishhook member and the line may be intertwined, which may hinder the introduction of the device.

Utility Model Registration No. 3171982 Japanese Utility Model Publication No. 5-39266

  SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a mechanism input device that can speed up reversal while avoiding yarn entanglement and can be manufactured at low cost.

For this purpose, a means for holding a device provided with a plurality of fishhook members attached to the line, a fixing portion fixed at the attachment position, and a throwing device that is rotatably connected to the fixing portion and holds the device. A mechanism charging device that releases the mechanism that is held when the charging unit rotates in the mechanism charging direction,
The device is a device input device in which the input portion is formed in a plate shape, and a plurality of line fastening portions that are fastened to the rotation tip side portion of the input portion with the line of the device interposed therebetween.

  This gimmick throwing device has a plurality of the above-mentioned line fastening parts, and can fix the root part to the above-mentioned fishhook member in the above-mentioned line fastening parts. As a result, the fishhook members or the fishhook member and the line can be prevented from interfering with each other. Moreover, since the said line can be fastened to the said line stop part for every said fishing line member, the said fishhook member can be hung on the said input part while catching a prey, and it does not take time and effort for the preparation of the said input. Further, the formation of the line fastening portion for fastening the line can be made cheaper than manufacturing the container. In addition, since the charging portion is plate-shaped, the main part of the device charging device can be formed thin, and can be configured in a convenient form for carrying.

  If the line fastening part is constituted by a cut line, the line fastening part can be formed in a thin form on the rotating tip side part of the input part. As a result, the thickness of the device can be reduced.

  When at least the line fastening part is formed of rubber or synthetic resin, the line can be sandwiched with an appropriate clamping force by the elastic force of rubber or synthetic resin. That is, in the standing posture of the throwing portion, it is possible to avoid unexpectedly throwing the device into the sea due to the clamping force of the line fastening portion. In addition, when the input portion is rotated in the input direction, the held line is pulled by the gravity of the weight provided for the device so as to be sequentially removed from the line fixing portion.

  In addition, a notch is provided in the rotation tip side portion of the input portion, and the notch is closed by overlapping an elastic plate-like fastening member, and the line fastening portion is formed on the fastening member. The device charging device may be provided with a separation allowing portion that allows the separation of the fastening member at a portion corresponding to an edge of the notch in the fastening member. In this device, since the periphery of the cut has elasticity, the periphery of the cut can be deformed when the line is sandwiched between the cuts. As a result, the line can be easily sandwiched between the cuts. Further, as described above, it is possible to sandwich with an appropriate clamping force.

  When the throwing portion has a configuration having a see-through portion that can be seen through the other side of the throwing portion, the sea side can be seen through the see-through portion of the throwing portion. When the prey is picked up, the input part is in a standing state in preparation for the next input of the device. Even in such a state, the angler does not have to look through the throwing portion to see how the prey is lifted from the sea, and fishes while watching through the see-through portion in an easy posture. Can enjoy the best part of fishing.

  The fixed portion and the input portion are connected by a separate hinge member, and extend between the fixed portion and the input portion at least when facing the input portion when the input portion is in a standing posture. The device charging device may be provided with an extended portion that narrows the gap. Since this gimmick throwing device can make the gap small or completely eliminated by the extended portion, when the prey is a squid, avoiding that the squid ink is applied to the face or the like from between the fixed portion and the throwing portion during fishing it can.

  According to the present invention, it is possible to provide a mechanism input device that can be fastened while avoiding yarn entanglement and can be manufactured at low cost.

The perspective view of a device input device. The perspective view of the state which folded the device charging device. The perspective view of the mechanism thrown in by the mechanism throwing-in apparatus. The A section expansion perspective view in FIG. Sectional drawing which shows the extension part which a clearance gap does not produce. The BB cutting part enlarged end elevation in FIG. The perspective view which shows the mode of the input of the mechanism by the mechanism input device. The perspective view of the device introduction device concerning other examples. The front view of the device introduction device concerning other examples. The perspective view of the device introduction device concerning other examples. Sectional drawing which shows the other usage example of a device charging device.

An embodiment for carrying out the invention will be described below with reference to the drawings.
FIG. 1 is a perspective view showing a use state of a device throwing device 11 suitable for squid fishing. As shown in FIG. 1, the device throwing device 11 includes a device having a plurality of fishhook members 71 attached to a line. In order to hold 70, a fixing plate 20 as a fixing portion fixed to a mounting position on the shipboard X or the like, and an input plate as an input portion that is rotatably connected to the fixing plate 20 and holds the device 70 30. As shown in FIG. 2, when the input plate 30 is rotated in the input direction of the device 70 separated from the fixed plate 20 from the folded state overlying the fixed plate 20, the input device 30 is held. To release.

  First, an example of the device 70 will be briefly described. As shown in FIG. 3, the device 70 includes trunk yarns 72 as lines 72 and 73, and branch yarns 73 as lines 72 and 73 are provided at intervals in the longitudinal direction of the trunk yarn 72. This branch thread 73 has a configuration in which a fishing hook with pseudo bait, that is, a fish hook member 71 called an egi, squid horn, or sutte, is attached. A weight 74 is provided at the lower end of the trunk yarn 72.

  The device 70 may have other configurations such as a configuration in which the fishhook member 71 is attached to the trunk yarn 72 in a rosary shape.

Next, the mechanism input device 11 will be described.
As shown in FIGS. 1 and 2, the fixing plate 20 is formed in an elongated rectangular flat plate shape. The length of the length, that is, the length in the longitudinal direction and the length in the direction orthogonal to the longitudinal direction are appropriately set. As the material, an appropriate hard material such as a synthetic resin, wood, or metal can be used.

  The input plate 30 is also formed in an elongated and substantially rectangular plate shape. The length in the longitudinal direction is set to be the same as or similar to that of the fixed plate 20. The length in the direction orthogonal to the longitudinal direction may be set to a length suitable for holding the device 70, and the input plate 30 in the illustrated example is set slightly longer than the fixed plate 20. The material is appropriately set as in the case of the fixed plate 20, but in the illustrated example, the whole is formed of a transparent and hard synthetic resin plate such as polycarbonate or acrylic. For this reason, the see-through | perspective part 32 which can see through the other side of the injection | throwing board 30 is formed entirely.

  One long side portion of the charging plate 30 and one long side portion of the fixing plate 20 are connected in a rotatable manner by a separate hinge member 50. This continuous arrangement is performed so as to rotate in the charging direction from the polymerized state as described above. Specifically, the rotation angle is set to 180 degrees or more, more preferably about 270 degrees from the polymerized state. By setting the rotation angle in this way, it is possible to execute rotation for loading from the posture (90 degree angle) where the loading plate 30 is erected while ensuring portability when not in use. become.

  The hinge member 50 is configured to be rotated when a strong force is applied so that the hinge member 50 can be fixed at an arbitrary angle. In addition, a moderation may be provided so that the charging plate 30 can be positioned in a superposed state and a standing state, and it may be easily maintained in a desired state by a biasing means such as a spring.

  As described above, when the fixing plate 20 and the input plate 30 are connected using the hinge member 50, a gap is usually formed between them. However, it is preferable that this gap be reduced or eliminated. .

  For this reason, as shown in FIG. 4, between the fixed plate 20 and the loading plate 30, an extended portion that extends at least when facing the loading plate 30 in an upright position and narrows the gap between them. 36 is formed at a portion that does not interfere with the hinge member 50. In the illustrated example, the hinge member 50 is provided at two locations in the longitudinal direction, and the pivot shaft 51 of the hinge member 50 is located above the upper surface of the fixed plate 20. The extension portions 36 are formed at three positions sandwiching 50. In other words, the accommodating portions 37 for accommodating the hinge members 50 are cut out at two positions between the three extended portions 36 in the charging plate 30. Note that the pivot shaft 51 of the hinge member 50 protrudes entirely from the upper surface in a direction perpendicular to the longitudinal direction of the fixed plate 20.

  The extension 36 may have a slight gap as shown in FIG. In this case, the size of the gap is set to a size that can block the passage of the ink spouted by the caught squid. For example, as shown in the cross-sectional view of FIG. 5, by improving the arrangement of the hinge member 50 and the shape of the extended portion 36 of the input plate 30, the three positions on the input plate 30 sandwiching the hinge member 50 are raised. It is also possible to make no gap at all in contact with the fixed plate 20 facing in the posture.

  In addition, a plurality of lines that are fastened to a portion of the charging plate 30 opposite to the pivoting edge portion to which the hinge member 50 is fixed, that is, the rotation tip side portion 31 with the lines 72 and 73 of the device 70 interposed therebetween. The fastening portions are formed at appropriate intervals along the longitudinal direction.

  This line fastening part is constituted by a cut 41 that sandwiches the lines 72 and 73 when the lines 72 and 73 moved toward the charging plate 30 are pushed in. As described above, since the feeding plate 30 is hard, the cut line 41 is flexible and deformed in order to facilitate the clamping work of the lines 72 and 73 and to facilitate the release of the device 70. It is made of rubber that elastically returns to its original form.

  Preferably, the rubber plate member 40 is made of urethane rubber. Since urethane rubber does not easily shrink even at low temperatures, the cut 41 is difficult to spread even in winter, and an appropriate clamping force can be maintained.

  That is, notches 33 and 34 are formed at the line fastening portion forming position of the rotation tip side portion 31 of the charging plate 30, and a rubber plate member as a fastening member having the cuts 41 in the notches 33 and 34. 40 is fixed.

  The notches 33, 34 have a V-shaped notch introducing portion 33 and a notch deep portion 34 that is linearly cut with an appropriate width from the lower end of the notch introducing portion 33 toward the inside of the charging plate 30. . The size of the notch depth 34 is appropriately set so that the lines 72 and 73 can be easily sandwiched and the clamping state can be easily maintained, although it depends on the length between the pivoting edge of the charging plate 30 and the rotation side tip. Is done.

  As shown in FIG. 6, the rubber plate member 40 is fixed to the surface of the input plate 30 that overlaps the fixed plate 20, that is, the surface that faces the ship side when the input plate 30 is in the upright position during use. . The fixing is performed so that the rubber plate member 40 closes a portion corresponding to the notch deep portion 34 of the notches 33 and 34.

  The rubber plate member 40 is formed in a square shape and has the cut line 41 at the center position in the width direction of the cutout deep portion 34. A separation allowance portion 42 that allows separation of the rubber plate member 40 is formed in a portion corresponding to the edge portion 35 of the notch deep portion 34 in the rubber plate member 40. The separation allowing portion 42 is formed by polymerizing the rubber plate member 40 and the charging plate 30 but not joining them.

  That is, when the rubber plate member 40 is fixed with the double-sided pressure-sensitive adhesive tape 60, the double-sided pressure-sensitive adhesive tape 60 is not positioned at the edge of the notch deep portion 34, but is kept at a position that is appropriately retracted by a width a. The same applies to the case of fixing using an adhesive or the case of fixing using a screw or the like.

  By providing the separation allowance portion 42 in this way, the elastic deformation due to the rubber material is facilitated, as indicated by the phantom line in FIG. The width a of the separation allowing portion 42 is appropriately set according to the property and thickness of the rubber plate member 40, a desired clamping force, and a releasing ability.

  Instead of the rubber plate member 40, a soft resin plate member (not shown) made of a soft synthetic resin may be used. In any case, if these members are made of a transparent material, the charging plate The entirety of 30 is the see-through portion 32. When made of an opaque material, the portion excluding the rubber plate member 40 and the soft resin plate member becomes the see-through portion 32.

  If it adds about the fluoroscopic part 32, the fluoroscopic part 32 may be formed partially.

  The device charging device 11 configured as described above has the following operational effects.

  The gimmick throwing device 11 is used with the fixing plate 20 fixed to the shipboard X or the like with a fixing tool 80 such as a vise, with the side where the fixing plate 20 and the charging plate 30 are continuously provided facing the sea. . The preparation of the device 70 is prepared by rotating the insertion plate 30 to the upright position so that the fishhook member 71 is located on the sea side with respect to the insertion plate 30, and the root portion of the branch thread 73 with respect to the fishhook member 71 is cut in the rubber plate member 40. 41 is performed.

  Further, as shown in FIG. 7, the device 70 is thrown in by rotating the loading plate 30 to the sea side. When the throwing plate 30 is in the drooping posture, the branch thread 73 sandwiched between the cuts 41 is pulled by the weight of the weight 74 of the device 70, and the device 70 is sequentially released from the cuts 41 and dropped into the sea. In addition, when carrying around, the loading plate 30 is carried toward the fixed plate 20 while being rotated and folded.

  The gimmick throwing device 11 has a plurality of line fastening portions, that is, the cuts 41, and the cuts 41 can fasten a root portion of the branch thread 73 with respect to the fishhook member 71. Further, since the cut lines 41 are provided at appropriate intervals, the lines 72 and 73 are not entangled even on the front side of the input plate 30. As a result, the fishhook members 71 and the fishhook member 71 and the branch thread 73 can be prevented from interfering with each other, so that yarn entanglement can be avoided.

  Further, since the branch thread 73 can be held at the cut 41 for each of the fishing line members 71, the fishing hook member 71 can be hung on the charging plate 30 while catching a prey, and it is troublesome to prepare for charging the mechanism 70. It does not take. As a result, rework can be made faster.

  Furthermore, the formation of the cut line 41 for fastening the branch thread 73 can be made cheaper than manufacturing a container. In addition, since the charging plate 30 is plate-shaped, the main part of the device charging device 11 is formed thin and convenient for carrying.

  The cut line 41 can be formed in a manner that the thickness is thin in the rotating tip side portion 31 of the charging plate 30. As a result, the thickness of the device charging device 11 can be reduced.

  Since the cut 41 is made of rubber or synthetic resin, the branch thread 73 can be held with an appropriate clamping force by the elastic force of rubber or synthetic resin. That is, in the standing posture of the loading plate 30, it is possible to prevent the device 70 from being unintentionally thrown into the sea due to the clamping force of the cut 41. Further, when the feeding plate 30 is rotated in the feeding direction, the held branch thread 73 is pulled by the gravity of the weight 74 provided in the device 70 so as to be sequentially removed from the cut 41. it can.

  Since the rubber plate member 40 constituting the cut 41 has elasticity and the periphery of the cut 41 is not restrained, the cut 41 can be appropriately deformed when the branch thread 73 is sandwiched between the cuts 41. . As a result, the branch thread 73 can be easily sandwiched between the cuts 41. Moreover, it can clamp with moderate clamping force as mentioned above.

  When the throwing plate 30 has a see-through portion 32 that can be seen through the other side of the throwing plate 30, the sea side can be seen through the see-through portion 32 of the throwing plate 30. When the prey is picked up, the input plate 30 is in an upright state in preparation for the next input of the device 70. Even in such a state, the angler does not need to look through the throwing plate 30 to see how the prey is lifted from the sea, and while looking through the projection unit 32 in an easy posture. You can fish and enjoy the best part of fishing.

  Since this device 11 can make the gap small or completely eliminated by the extension portion 36 in the standing posture, when the prey is a squid, the squid ink is drawn from between the fixed plate 20 and the input plate 30 during fishing. It is possible to avoid the face.

  Since the rubber plate member 40 is affixed to the surface of the input plate 30, the rubber plate member 40 also functions as a cushioning material between the fixed plate 20 and the input plate 30. In addition, a gap is generated between the fixed plate 20 and the charging plate 30, and it is easy to dry and has good drainage properties.

Hereinafter, other examples will be described. In this description, parts that are the same as or equivalent to those in the above-described configuration are given the same reference numerals, and detailed descriptions thereof are omitted.
FIG. 8 shows the device charging device 11 including a single rubber plate member 49 having the same length as the length of the charging plate 30 in the longitudinal direction, instead of including a plurality of the rubber plate members 40.

  In the case of such a configuration, when the charging plate 30 is folded over the fixing plate 20, the rubber plate member 40 exists entirely between the charging plate 30 and the fixing plate 20. Thus, it is possible to suppress deformation of the charging plate 30 when compressed.

  FIG. 9 is a front view showing another example of the line fastening portion. That is, the line fastening portion is not formed of a plate-like member made of rubber or synthetic resin that is fixed so as to close the notches 33 and 34 formed in the input plate 30, but is made of rubber or synthetic resin. The elastic member 44 may be formed and fixed to the end face of the notch 38.

  FIG. 9A shows an example in which the elastic member 44 has a linear shape. The elastic member 44 is fitted into a notch 38 formed in a V shape and deformed, and the elastic member 44 is bonded to the inner end surface of the notch 38. The line fastening part is formed by fixing. When the elastic member 44 is deformed and folded in half, a cut 45 is obtained.

  FIG. 9B shows an example in which the elastic member 44 is formed in advance in a V shape so as to fit into the notch 38 and has a cut 45 in the middle.

  As described above, when the line fastening portion is formed by providing the elastic member 43 on the inner end surface of the notch 38 of the charging plate 30, the protruding thickness from the charging plate 30 can be reduced, and the form when folded is formed. Can be made even thinner.

  FIG. 10 shows an example in which the rubber plate member 40 is detachable. That is, a holding portion that holds the rubber plate member 40 having a rectangular plate shape in a removable manner by inserting and removing from the end surface on the rotating front end side is formed at a portion corresponding to the line fastening portion in the input plate 30. The holding portion 61 is formed of a separate member, and has a restricting portion 62 that accepts insertion of both side edges of the rubber plate member 40, and a receiving portion that receives the lower end edge of the rubber plate member 40 at the lower end of the restricting portion 62. 63.

  When the line fastening portion is configured in this way, there is an advantage that it is possible to immediately cope with deterioration and damage of the rubber plate member 40 and intrusion of dust.

  As described above, the pivot shaft 51 of the hinge member 50 is located above the upper surface of the fixed plate 20 and protrudes entirely from the upper surface in a direction perpendicular to the longitudinal direction of the fixed plate 20.

  For this reason, the device 1 can rotate more than 270 degrees from the state in which the charging plate 30 is superposed with respect to the fixed plate 20, and the charging plate 30 can be lowered with respect to the fixed plate 20. Thus, it can be rotated 270 degrees or more from the polymerized state. The fixing plate 20 has a flat plate shape, and can be fixed to the shipboard X regardless of whether the upper surface or the lower surface is up.

  As a result, as shown in FIG. 11, the gimmick throwing device 1 uses the throwing plate 30 in a posture in which the throwing plate 30 can be superposed on the fixed plate 20 as shown in FIG. It can also be used in a posture capable of being polymerized under the fixing plate 20. In this use state, the rubber plate member 40 is on the sea side of the input plate 30 in the standing state of the input plate 30.

  That is, as shown in FIG. 6, it is more difficult for the periphery of the cut 41 of the rubber plate member 40 to be deformed toward the opposite side than to be deformed toward the input plate 30. Since there is nothing, it is easy to deform | transform and the line 72,73 currently pinched is easy to be released.

  Therefore, when the light weight 74 is used, the rubber plate member 40 is used in a posture positioned on the sea side of the charging plate 30 according to the tide flow or the like, and when the heavy weight 74 is used, the rubber plate member 40 is used. Can be used appropriately, for example, in a position where the charging plate 30 is located on the ship side.

In the correspondence between the configuration of this device and the above-described embodiment,
The fixing part corresponds to the fixing plate 20,
The input part corresponds to the input plate 30;
The fluoroscopic part corresponds to the fluoroscopic part 32,
The notch corresponds to the notch depth 34,
The fastening member corresponds to the rubber plate members 40 and 49 and the elastic member 44,
The line fastening part corresponds to the cut lines 41 and 45,
Although the mounting position corresponds to the ship's sail X, the present invention is not limited to the configuration of the above-described embodiment, and many embodiments can be obtained.

  For example, the fixed plate 20 and the input plate 30 may be integrally formed with a single member. In this case, it is possible to easily adopt a configuration in which there is no gap between the fixed plate 20 and the charging plate 30, and it is possible to avoid being inked.

  Further, the fixing plate 20 and the input plate 30 may be provided with an expansion / contraction mechanism that expands and contracts in the longitudinal direction, or a folding mechanism that folds in the longitudinal direction. By providing such a mechanism, the mechanism input device 11 can be made smaller and the carrying becomes more convenient.

DESCRIPTION OF SYMBOLS 11 ... Device throwing device 20 ... Fixed plate 30 ... Feeding plate 31 ... Rotation front end side part 32 ... Perspective part 34 ... Notch depth part 40 ... Rubber plate member 41 ... Cut 42 ... Separation allowance part 44 ... Elastic member 45 ... Cut 50 ... Hinge member 70 ... gimmick 71 ... fishhook member 72, 73 ... line 72 ... trunk thread 73 ... branch thread X ... shipboard

Claims (6)

In order to hold a device provided with a plurality of fishhook members attached to the line, a fixing portion fixed to the attachment position, and an input portion rotatably connected to the fixing portion to hold the device , A device charging device for releasing the device held when the input unit is rotated in the device input direction,
A device input device in which the input portion is formed in a plate shape, and a plurality of line fastening portions are formed at a rotation tip side portion of the input portion so as to hold the line of the device in between. The gimmick throwing device according to claim 1 in which said line stop part was constituted by a cut. The device charging device according to claim 2, wherein at least the line fastening part is formed of rubber or synthetic resin. A notch is provided in the rotation tip side portion of the input portion,
The notch is closed by polymerizing a plate-like fastening member having elasticity,
The line fastening portion is formed on the fastening member,
The apparatus according to claim 3, wherein a separation allowance portion that allows the separation of the fastening member is provided at a portion corresponding to an edge of the notch in the fastening member. The device charging device according to any one of claims 1 to 4, wherein the charging portion has a see-through portion that can be seen through the other side of the charging portion. The fixed portion and the input portion are connected by a separate hinge member,
The extension part which extends to the side which opposes at least when this insertion part is made into a standing posture between the said fixing | fixed part and the said injection | throwing-in part, and narrows the clearance gap between these is formed. The device input device according to any one of the above.

Images