JP4119916B2 - Konase 籠 - Google Patents

Description

  The present invention relates to a rice bowl which can open a cylinder lid on a target shelf and discharge the rice bowl when fishing.

Published Patent Publication (A) JP 10-117653 A Published patent publication (A) JP-A-11-103743 Published Patent Publication (A) JP 2000-41556 A Published Patent Publication (A) JP 2000-83544 A Published Patent Publication (A) JP 2004-73161 A Published Patent Publication (A) JP 08-172991 A Published Patent Publication (A) JP 2000-60391 Published Patent Publication (A) JP 2003-333966 A Japanese Utility Model Publication (Y2) No. 07-055505 Japanese Patent Laid-Open No. 10-117653 has a complicated mechanism and a high cost. JP-A-11-103743 and JP-A-2000-41556 are temporarily attached to a fishing hook with a magnet, and are released into the sea with a target shelf, but do not cut the magnetic transmission circuit, but vibrate the concavity vertically. That is, there is no certainty in the matter to be screened out. Japanese Patent Laid-Open No. 2000-83544 and Japanese Patent Laid-Open No. 2004-73161 use an magnetic force to operate an opening for taking out the indentation, but it is complicated and expensive, and the mechanism is different. Japanese Patent Laid-Open No. 08-172991 is similar to a two-point hanging piece but the mechanism is different. Japanese Patent Laid-Open No. 2000-60391 is a great function, but the mechanism is complicated and the cost is considerably high. Japanese Patent Application Laid-Open No. 2003-333966 is an operation in which a lid is temporarily fixed with a ring at the bottom of a heel and a path thread is rapidly pulled up, and the mechanism is different depending on an object that opens the lid. Actual fair 07-05905 is a thing that the bottom lid opens, the mechanism is different.

  Some of the drafts of Konase 籠 's patents and utility models are commercialized and marketed, but the ones that are popular are generally cylindrical and have a weight on the bottom, and the outer circumference of the cylinder has a mesh shape. It is made of an open top and is called a driven bowl. This is because the upper part is open, so the seams will continue to be released from the sea level to the target shelf, and the deeper shelves will reduce the effect of the indentation. Increase the diameter or length of the cylinder so that this effect does not decrease. Making it at a cost is an issue.

In order to solve the above-mentioned problem, the first invention is provided with a water passage opening on the side surface of a cylindrical body having a bottom, an openable / closable lid is attached to the upper surface, and a lock mechanism for holding the lid closed is provided. When the cylinder is vibrated in water, the lock mechanism is released, and subsequently the cylinder is vibrated, and the opening width of the cylinder and the lid after the lock mechanism is released is gradually increased in multiple stages. Provided with a convex part of the lock mechanism that can be enlarged and changed, and a structure that can adjust the amount of the constriction to be rolled .
The second invention is provided with a water inlet on the side of the cylinder, a fixed lid on the upper surface, an openable / closable lid on the lower surface, and a lock mechanism for holding the lid closed. When the cylinder is made to vibrate after the cylinder whose vibration has been released by the vibration of the cylinder, the opening width between the cylinder and the lid after release of the lock mechanism is gradually increased in multiple stages. Providing a protrusion with a lock mechanism that can be enlarged and changed, and a structure that allows the amount of the container to be adjusted to be adjusted.

  The method of setting the target shelf in Section 003 is to set the number of meters above the base when the shelf is near the bottom, and set the number of meters above that, and if the shelf is otherwise, the width (height) Depending on the width of your hands, if you know your width in advance, you can set the width of your hands as many times as you like) Calculate whether it will be the position to be set, set a mark (flooded) made of an elastic body with a different color from the thread on the road thread, and when it comes to the set shelf, the mark will appear on the shelf There are cases where the number of bottles is set according to the length of the bottle or the number of bottles.

  Regarding the vibration (shaking) of the cylinder in section 0004, when the kite reaches the target shelf due to the law of inertia and stops, if a force pulling up suddenly is applied, the reaction force tries to continue to stop Due to this reaction force, the lock mechanism (lid temporary clamp mechanism) is released, and the opening width changing mechanism can be widened in multiple stages by one stage.

    In addition to not allowing the target shelf to come out, it is possible to further adjust the amount of indentation discharge, so that the target shelf can be discharged for an arbitrary amount of time as long as possible at low cost. I can do it now.

    A lock mechanism (lid temporary clamp mechanism) that keeps the lid closed until vibration of the cylinder on the target shelf (shake) enters is provided. By making the structure adjustable, the volume of the cylinder is increased by 2-10 times, and the number of times of stuffing can be reduced to a fraction.

  Since the lid is kept closed until the intended shelf, live bait such as live shrimp, lively, and live beech insects can be used.

    If you make the cylinder larger and then increase the number of water outlets, you can make it into a dedicated rice cake such as krill, Akemi, and fish fillets.

    Even if the shelves are deep because the lid can be replaced and the weight can be changed, the effect will not be reduced, so the type of driven bowl is set to 8, 10, 15, 20, 30, 30, 35 or more. 7-8 types have been improved with 3 types of large, medium and small.

  There are various types of locking mechanisms (temporary lid clamping mechanism) that hold the closed state of the lid, and the lid of the cylinder has one-sided opening, double-opening, multiple-sheet opening, and full-opening. Things that can be adjusted in stages, things that can change the opening width between the lid and the cylinder, and things that cannot be adjusted by the number of times the cylinder is shaken (shrink) However, there are things that can be used for liveliness that could not be used until now, and among them, choose the one that is simple and easy to manufacture in terms of cost, Good centering (Recently, it is called a dancing kite, and there is a product on the market that rocks the kite and swings it when it moves up and down. Will become stronger, the heel will rotate, and the device and road thread will be twisted Ri, select entangled or lead to yarn breakage), the frame was able to adjust the amount of emission after, among those that release time longer possible, the best mode to choose those which can be manufactured at low cost.

In claim 1-2 , a hole is made in the bottom of the cylinder with the weight so that the additional weight can be suspended, or the weight is suspended from the bottom of the cylinder without the weight or the bottom lid. It is assumed that a thread knot portion 51 (or 31) is provided, a weight suspension thread and a snap sarkan 6 are attached thereto, and a weight replacement mechanism is attached to which the weight 4 can be attached or replaced.

  1-3, the lid 21 is tightened as shown in FIG. 1 to FIG. 3 and is pressed by the lid 22, and at the same time, a convex cylinder of a lock mechanism (lid temporary clamping mechanism) that holds the lid closed. The lock mechanism (lid temporary clamp mechanism) that holds the lid closed on the body body is pushed into the recess and locked, and when it reaches the target shelf, the cylinder will vibrate (shake) and lock. The mechanism (lid temporary clamp mechanism) is released, and the structure is designed to release the container.

  Using a magnet or a magnetic conductor that sticks to the magnet and transmits the magnetic force, a lock mechanism (lid temporary clamp mechanism) 72 that holds the closed state of the lid is provided, and a hooked device is attached to the magnet to transfer the magnetic force. When the cylinder is vibrated (shaking) when temporarily attached to the body and reaches the target shelf, the lock mechanism (temporary lid clamping mechanism) is released, and the magnet and the magnet adhere to each other to transmit the magnetic force. Since the magnetic force is not transmitted to the magnetic conductor, the device with the hook attached temporarily to the magnetic conductor is released temporarily and released into the sea. The fishing rod and the fishing rod that are designed not to get entangled with fishing rods and at the same time to release the cage (FIGS. 9, 10, 12, and 13).

  The procedure for using the bag of FIGS. 1, 2 and 3 will be described with reference to FIG. 4. First, the lids 21 and 22 of the cylindrical body are opened and inserted in (a), and the lid 21 is then inserted in (b). Close first, then close the lid 22, so that the lid is in a lock (lid temporary clamp) state that keeps the lid closed. Next, in (c), it is put into the sea and reaches the target shelf. Next, in (d), when vibration (shaking) of the cylindrical body enters through the thread 3, the lock mechanism (lid temporary clamp mechanism) 71 is released, the lids 21 and 22 are opened, and the lid when it is further lifted is When it descends like a letter “C” and descends, it becomes like (e). At this time, the trap is released, but the type of soot is not released all at once. The rice cake is released in batches.

  After releasing the lock mechanism (lid temporary clamp mechanism) that holds the closed state of the lid as shown in FIG. The opening width between the cylinder and the lid after the lock mechanism (lid temporary clamp mechanism) is released can be changed manually in multiple stages depending on where the snap sarkan 6 is hooked. Constructed with a structure that allows you to change the discharge amount

  A lock mechanism that holds the closed state of the lid by attaching a handle (several pieces) as shown in 9 in FIG. When the lid temporary clamp mechanism is released and further raised, the lid is centered better as shown by the two-dot chain line in FIG. 13, and when lowered, it is structured like a lid with a solid line open. .

  A single-open lid with a handle (as shown in FIG. 17) 95 and a stopper 91 that can manually change the opening width between the lid and the cylinder is provided on the handle. Even if the lid opens, the lid shape is changed so that the lid stops at the stopper, and the stopper width can be changed in multiple stages by inserting and removing the stopper with fingers, making it possible to change the discharge amount of the koji. Konase こ.

  Lock mechanism (lid temporary clamp mechanism) that is a fully open lid that holds the lid closed by lid hanging threads 32 provided at several places on the circumference as shown in FIG. 5, FIG. 6, FIG. 7 and FIG. ) The ridges are designed so that the ridges can be hung after release, and the ridges are released.

  A handle like 90 in FIG. 14 is attached with a fully open lid, and the lid 25 with a guide plate and a handle 90 provided with a guide groove, which do not shake when the lid moves up and down, In addition, the guide groove is attached to the lid and the guide plate is attached to the handle. The opening width between the lid and the cylinder can be changed. A stopper 91 is provided, and the opening width can be changed in multiple steps by inserting and removing the stopper with your finger. (In addition, the stopper 91 is inserted into the handle 90 from the D side in the section of FIG. 15E-E and insertion procedure.)

A hole having a crack of a lock mechanism for providing a water passage opening on a side surface of a cylindrical body having a bottom with a fully open lid in the first invention , and maintaining a closed state of the lid having elastic properties on the outer periphery of the cylindrical body A plurality of portions are provided, (FIGS. 23, 46, and 22) on the lid on the upper surface, the protrusion of the lock mechanism is spaced apart from the rod or wire on the outer periphery of the lid opposite to the hole of the lock mechanism provided above. A plurality of the rods are provided in the lower part direction of the bag (FIG. 22), and the cylinder and the lid are combined (FIG. 21). The projection of the lock mechanism (74) pushes the hole with the crack of the lock mechanism and slips upward, the hole returns to its original shape by the elastic return force, and the second projection from above is locked, and the cylinder and the lid The opening width of the cylinder is held in a state where it is widened by one step, and when the cylinder is further vibrated in water, the protrusions push the holes in the lock mechanism in sequence. Slip through the top, widen the opening width between the cylinder and the lid in multiple stages, and (opening width changing mechanism 74) with a structure that can adjust the amount of discharge, A lid stopper is attached to the lower part, FIG. 26).

A hole of a lock mechanism (lid temporary clamp mechanism) that holds the closed state of the lid, which is a fully-open lid in the first invention and has an elastic property as shown in FIG. Provided (FIG. 43), and further, a lock mechanism (lid temporary clamp mechanism) for maintaining the closed state of the lid, and a shaft portion (convex portion) of the opening width changing mechanism between the cylinder body and the lid after the lock mechanism is released A plurality of rods or wire bodies are installed in multiple stages (on the outer periphery of the lid facing the section), and an inner cylinder that does not allow water to pass through is attached to the lid (292). When the cylinder vibration (shaking) is entered, the lock mechanism (lid temporary clamping mechanism) (74) is released, and when the cylinder vibration (shaking) is subsequently entered, the opening width changing mechanism (74) is moved step by step. The inner cylinder attached to the lid is raised each time, and the water passage is expanded one step at a time (Fig. 45). The release amount of a structure which is able to increase in multiple stages, Komase basket.

In the first invention , a fully-open lid, a hole of a lock mechanism (lid temporary clamp mechanism) that holds the closed state of FIG. 27, and FIG. 29 and FIG. A lock mechanism (lid temporary clamp mechanism) that keeps the closed state of the cylinder and a plurality of shafts (convex parts) of the opening width changing mechanism of the cylinder body and lid after the lock mechanism is released in a rod or wire body in multiple stages In addition, a weight replacement mechanism is provided near the lower end of the rod body or wire body. Further, a guide rod 293 is provided on the lid, and a guide hole 102 for receiving the guide rod is provided on the cylinder body to reach the target shelf. When the vibration (shaking) of the cylinder enters the thread 3, the lock mechanism (lid temporary clamping mechanism) (73) is released, and when the vibration (shaking) of the cylinder subsequently enters, the opening width changing mechanism (73 ) Is released one step at a time, and each time the opening width of the lid 291 and the cylindrical body 1 is increased by one step. Was released amount was top by things in a structure that can increase in multiple stages, Komase basket.

In the first invention , it is a single-open lid, and has a handle (plural) 94 as shown in FIG. 19, and the handle has an elastic stopper 92 (FIGS. 24 and 25). When multiple cylinders are provided in multiple stages and the target shelf is reached, the lock mechanism (lid temporary clamp mechanism) (75) that holds the lid closed is released when the cylinder 3 vibrates (shake) into the thread 3. Then, when vibration (shaking) of the cylinder enters, the stopper (protrusion) of the opening width changing mechanism (75) between the cylinder and the lid after releasing the lock mechanism is pushed in one step at a time and jumped. The opening width between the cylinder and the cylinder increases by one step, and the structure allows the amount of discharge to be increased in multiple steps.

In the first invention , it is a single-open lid, and as shown in FIG. 33, from the outer periphery of the lid far from the hinge, a point 93 on the outer periphery of the lid is attached with a handle 93 having the same shape as the trajectory that the lid opens A plurality of stoppers 92 (FIGS. 24 and 25) having elastic properties are provided on the handle in multiple stages, and when the target shelf is reached, vibration (shaking) of the cylinder enters the thread 3, When the lock mechanism (lid temporary clamp mechanism) (76) for holding the closed state of the lid is released, and the vibration (shaking) of the cylinder is subsequently entered, the opening width changing mechanism between the cylinder and the lid after the lock mechanism is released The (76) (convex) stopper is jumped one step at a time, and each time the opening width of the lid and the cylinder is increased by one step, the amount of the discharge can be increased in multiple steps. .

The ones of single swing lid in the second invention, in the upside down of FIG. 33, the vibration of the cylindrical body (surging) enters a lock mechanism for holding the closed state of the lid (lid temporary clamping mechanism) ( 76) is released, and when the vibration (shaking) of the cylinder is subsequently applied, the (projection) stopper of the opening width changing mechanism (76) between the cylinder and the lid after releasing the lock mechanism is pushed in step by step and jumped. In each case, the opening width of the lid and the cylinder is increased by one step, and the structure that can increase the discharge amount in multiple steps, discharges the dust from the bottom lid side.

In the second aspect of the invention, a thread that is a fully-opened lid and is subjected to a force that causes vibration (shaking) of the cylinder, and by connecting the weight replacement mechanism of 0013 to 31 as shown in FIG. As shown in FIG. 21, a lock mechanism (lid temporary clamp mechanism) that holds the closed state of the lid having elasticity is provided in the outer periphery of the cylinder, and the lock mechanism (lid temporary clamp mechanism) that holds the closed state of the lid is provided. ) And the shaft width (projection) of the opening width changing mechanism between the cylinder and the lid after releasing the locking mechanism (in the outer circumference of the lid opposite the outer circumference of the cylinder) in a plurality of stages in a rod or wire When installed and the cylinder vibration (shake) enters, the lock mechanism (lid temporary clamp mechanism) (74) that holds the lid closed is released, and subsequently the cylinder vibration (shake) enters and locks. After the mechanism is released, the opening width of the lid and the cylinder of the opening width changing mechanism (74) of the cylinder and the lid is increased by one step. , A structure in which frame was able to increase the amount of emission in multiple stages, Komase is released from the bottom cover, Komase basket.

  The lock mechanism (lid temporary clamp mechanism) that holds the closed state of the lid in FIG. 1 to FIG. 46 is the lid lock side / cylinder lock side in the figure. -The thing that can be done on the lid lock side is also a lock mechanism (lid temporary clamp mechanism) that keeps the lid closed, and an opening width change mechanism between the cylinder and the lid after the lock mechanism is released.

  In Example 0014-0029, a single-open / full-open / multiple-open / double-open lid, a lock mechanism (lid temporary clamp mechanism) for holding the lid closed, and a cylinder and a lid after the lock mechanism is released Combination with the opening width changing mechanism can be arbitrarily performed.

    There are many lock mechanisms to hold the lid closed, and the mechanism for changing the opening width between the cylinder and the lid after the lock mechanism is released, but the lid is closed using either elastic, convex, concave, or both. A lock mechanism for holding the opening and a mechanism for changing the opening width between the cylinder and the lid after the lock mechanism is released are included in the present invention even if the mechanism is changed.

  This is a single-open lid, and after releasing the lock mechanism, the thread is suspended (several threads) to improve centering when the heel is raised, and the closed state of the lid shown in FIGS. 9 and 10 is maintained. After releasing the locking mechanism (temporary lid clamping mechanism), the length of the thread (several) 35 that acts as the hanging rod thread, the cylinder when the heel is lifted after the locking mechanism (temporary lid clamping mechanism) is released The kneading bowl is designed so that the opening width with the lid is determined and the amount of kneading discharge can be set.

Cross section of double lid lid View with arrow A on the double lid lid AA sectional view of lock mechanism (lid temporary clamp mechanism) 71 Outline diagram of an example of a double lid lid Cross-sectional view of two-point two-point suspension rod with lid full open lock mechanism (temporary clamp mechanism) Cover full open lock mechanism (temporary clamp mechanism) 2 locations 2 point hanging rod view B Cross-sectional view of a lid full open lock mechanism (temporary clamp mechanism) with two points and three points Full-open lid lock mechanism (temporary clamp mechanism) 2 locations 3 point hanging rod C view Perspective view of indirect 3-point suspension rod with lid opening, magnet lock mechanism (temporary clamp mechanism) Perspective view of an indirect three-point suspension rod after opening the lid piece and releasing the magnet lock mechanism (temporary clamp mechanism) Perspective view of a kite with several rings attached to a hanging thread with three lid pieces Perspective view of a bag with a handle on the lid opening Perspective view of scissors with lock mechanism (temporary clamp mechanism) released with scissors with lid opening handle Perspective view with handle for manually changing aperture width Stopper cross section and insertion procedure diagram for manual change of opening width in FIG. 14 is a perspective view of the lid of FIG. Perspective view of a bag with a stopper that can manually change the opening width to 95 handles Fig. 17 籠 perspective view of the mechanism that can change the discharge amount step by step Top view of lid in FIG. Cross-sectional view of the mechanism that can change the discharge amount step by step Top view of lid in FIG. HH section showing the locked (temporary clamp) state of FIG. LL cross section of stopper JJ cross section of FIG. KK sectional view of FIGS. 21 and 42 Cross-sectional view of the mechanism that can change the discharge amount step by step F arrow view of FIG. FF section showing the locked (temporary clamp) state of FIG. Detail of part 73 in FIG. GG sectional view of FIG. Fig. 19 shows an L-shaped balance mounted between the rod shown in Fig. 19 and the weight replacement mechanism. Cross-sectional view of the mechanism that can change the discharge amount step by step 33 is a top view of FIG. A cross-sectional view of the reed with the reed upside down in FIGS. 21, 22, and 23 Image of lock mechanism (temporary clamp mechanism)-1-Side view-CC cross-sectional view Image of lock mechanism (temporary clamp mechanism)-2-CC cross section Image of lock mechanism (temporary clamp mechanism)-3-BB cross section-1 perspective view Image of lock mechanism (temporary clamp mechanism)-4-CC cross section Image of lock mechanism (temporary clamp mechanism) -5 ・ C-C cross section Image of lock mechanism (temporary clamp mechanism)-6-Top view-CC cross-sectional view 21 is a sectional view with an inner cylinder attached to the lid of FIG. Half cross-sectional view / half front view with cylinder as outer cylinder F2 arrow view of FIG. Half sectional view / half front view combining FIGS. 42 and 43 H2-H2 cross section

Explanation of symbols

1 ・ Cylinder body 11 ・ Outer cylinder stuffing mouth (also serves as a water passage)
12, outer cylinder water inlet 101, outer cylinder 102, guide hole 2, upper lid 21, upper lid free side 22, upper lid holding mechanism (temporary clamp mechanism) shaft part (convex) free lid holding side 23, as shown in FIG. Lid 24, lid 25 indirectly suspended by a lock mechanism (temporary clamping mechanism) using magnet, lid 26 in FIG. 14, guide plate 27 in 25, lid 271 in FIG. 17, lid 28 in FIG. 19, lid in FIG. 29 • Lid 291 in FIG. 21 • Lid 293 in FIG. 27 • Lid 293 with inner cylinder • Guide rod 3 • Locking mechanism (temporary clamping mechanism), thread that applies force to apply vibration (shaking) of the cylinder 31.3 thread tying part (or weight / additional weight hanging thread, tying part)
32 · Suspension thread 33 for the fully open lid · Retaining thread 34 for the fully open lid · Suspension thread 35 with a suspension ring for the fully open lid · Role of hook suspension after releasing the lock mechanism (temporary clamp mechanism) Thread 4 / weight / additional weight
5. Weight / additional weight suspension thread 51 / weight / additional weight suspension thread, tie part (or thread tie part 3)
55 ・ Cylinder bottom (or cylinder top)
6. Weight / additional weight, replacement snap sarkan 7. Lock mechanism (temporary clamp mechanism)
71. Lock mechanism (temporary clamp mechanism)
72. Lock mechanism using magnet (temporary clamp mechanism)
73 ・ Locking mechanism (temporary clamp mechanism) of cylinder bottom (or upper part of cylinder) and opening width changing mechanism 74 of cylinder and lid after release of lock mechanism ・ Lock mechanism (temporary clamp mechanism) and after release of lock mechanism Cylindrical and lid opening width changing mechanism 741 and 74 lid stopper 75, locking mechanism (temporary clamping mechanism), and cylinder and lid opening width changing mechanism 76 and locking mechanism (temporary clamping mechanism) ) And the opening width changing mechanism between the cylinder and the lid after the release of the lock mechanism 8. A magnet or a magnetic conductor 81 that sticks to the magnet and transmits the magnetic force. A magnetic conductor or magnet that sticks to the magnet and transfers the magnetic force.
82. Temporarily attached to a magnetic conductor (released temporarily) 83 with hook 83, L-type balance 9, handle 90, handle 901 with guide groove 91, attached to guide groove 91 of handle 90 , Opening width manual change setting stopper 92 ・ Attach to handle, force to apply cylinder vibration (shake) ・ Retract stopper 93 ・ Fig. 33 with stopper 92 and handle 94 ・ 92 with stopper, handle 95・ Handle with stopper for manual opening width change mechanism

Claims (2)

A water flow opening is provided on the side of the cylinder with the bottom, an openable / closable lid is attached to the top, and a lock mechanism is provided to keep the lid closed. When the cylinder is vibrated in water, the lock mechanism is released. Then, when the cylinder is vibrated, the opening of the cylinder and the lid after releasing the lock mechanism is provided with a convex part of the lock mechanism that can be enlarged and changed in multiple stages one by one. A structure that allows you to adjust the amount of sprinkling . A water passage is provided on the side of the cylinder, a fixed lid is attached to the upper surface, an openable / closable lid is attached to the lower surface, and a lock mechanism is held to keep the lid closed. When the cylinder is vibrated to the cylinder released by the mechanism, the opening width of the cylinder and the lid after the lock mechanism is released can be enlarged and changed in multiple stages one by one. Congee that has a structure that can adjust the amount of kneading.