JP2006129799A - Structure for attaching shellfish to rope - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the troubles of conventional structures for attaching shellfishes, such as complicated works, high costs, and the unstableness and easy slipping-out of the shellfishes. <P>SOLUTION: This structure for attaching shellfishes to the rope is characterized by applying an adhesive to a linear article, attaching a shellfish slip-out-preventing member or rope slip-out-preventing member with an adhesive or by ultrasonic fusion, spreading the area of a portion of the linear article to form a shellfish slip-out-preventing member or rope slip-out-preventing member, ringing the linear article, or turning back the linear article. When the area of a portion of the linear article is spread, the shellfish slip-out-preventing member or rope slip-out-preventing member can be formed by applying an adhesive to the spread portion or attaching the shellfish slip-out-preventing member with an adhesive or by ultrasonic fusion. One or more shellfishes can be arranged on one outer side or both outer sides of the rope. When several shellfishes are attached to the rope, one or more shellfish slip-out-preventing members can be formed between the shellfishes. Many shellfish-attaching structures can be disposed on a rope hung in sea at intervals. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a shell attachment structure to a rope used for ear-hanging culture of various shellfish such as scallops and pearl shells.

  One method of scallop cultivation is hanging ear culture. This is a method of cultivating scallops in the sea by suspending many vertical ropes with scallops attached to a horizontal rope stretched in the sea.

  In order to attach a scallop to a vertical rope, various types of locking devices (commonly referred to as “pins”) are conventionally used. The shell locking tool A shown in FIG. 10 (a) is formed with a rope stop projection D for preventing the rope C (see FIG. 10b) from coming off at the center of the elongated round rod-shaped plastic base material B. Shell fixing protrusions E are formed on both outer sides of the rope fixing protrusion D of B to protrude toward the protrusion D and prevent the shell from coming off. Further, a rope stopper projection lodging portion F and a shell stopper projection lodging portion G are formed on the shell locking tool A. The shell stop protrusions G are formed one step lower than the outer peripheral surface of the base material B to make it easier for the shell stop protrusions E to fall. (See Patent Document 1).

  Conventionally, there is also a connected shell locking tool (commonly referred to as “seat pin”) in which about 20 shell locking tools A are arranged in parallel at regular intervals and connected in a ladder shape (refer to Patent Document 2). Furthermore, several thousand to several tens of thousands of shell latches A are arranged in parallel at regular intervals, and the shell latches are connected by flexible connectors and rolled into a roll (commonly called “ Hoop pin ") (see Patent Document 2).

  Conventionally, there is a shell locking method in which a resin teg is inserted into a hole of a shell and a retaining protrusion is formed at an end portion thereof, or a retaining portion is formed by folding back the end portion. (See Patent Document 3).

  In order to attach the scallop H to the rope C using the shell locking tool A of FIG. 10A, the shell locking tool A is inserted into the hole of the rope C as shown in FIG. D locks to the rope C so that the shell locking tool A does not come out of the rope C, and the shell locking tool A is inserted into the hole J opened in the ear I of the scallop H. It is locked to the protrusion E so that it does not come out of the shell locker A. Similarly, several tens of shells are attached to one rope C in the vertical direction, and the upper end of the rope C is attached to the horizontal rope.

Similarity 2 gazette of design registration No. 766001. Japanese Patent No. 3545398. JP 59-183637 A.

The shell attachment structure to the rope using the shell attachment tool of FIG. 10A and the shell attachment structure to the rope described in Patent Documents 1 to 3 have the following problems.
(1) Since the shell locking tool A shown in FIG. 10 (a) is molded by a mold, the mold cost is high, which leads to high cost of the shell locking tool A.
(2) When the shell locking tool A is inserted into the hole J of the scallop H, the shell stopper protrusion E falls to the shell stopper protrusion lodging portion G, but the root side of the shell stopper protrusion lodging portion G is thick. Therefore, the hole J of the scallop H must be sized to pass through its root portion. For this reason, the hole J of the scallop H becomes large, which hinders the growth of the scallop H.
(3) Between the shell stopper projection E and the rope stopper projection D, it is necessary to secure a size enough for the shell stopper projection D to fall down, so that the shell locking tool A becomes longer. If the shell locker A is long, the tip of the shell locker A attached to the rope C faces downward due to the weight of the scallop H. When a large number of shell lockers A are attached to one rope C, If the space between the upper and lower shell anchors A is not widened, the scallops H attached to the upper and lower shell anchors A come into contact with each other, and growth is inhibited. If the space between the upper and lower shell anchors A is widened to avoid the obstacle, the number of scallops H that can be hung on one rope C is reduced, and the rope C cannot be effectively used.
(4) When the scallop H is attached using the shell locking tool A, when the scallop H rotates in the sea and the shell locking tool A is twisted strongly, the shell locking protrusion E is turned into the shell fixing protrusion G. The scallop H may come off from the shell locking tool A, and the yield may be deteriorated.
(5) In the case of a seat pin, when inserting it into the rope C, the shell locking tool A must be separated one by one, so a cutting machine is required, and the connecting rods (runners) on both sides are required at the time of cutting. The rest becomes trash and is difficult to dispose of.
(6) In the case of a hoop pin, since it is wound in a roll shape, it is inserted into the rope C while separating the shell locking devices A one by one while being continuously pulled out from the end portion. The shell stop protrusions E of the stopper A are entangled and are not easily pulled out continuously.
(7) In the locking method of Patent Document 3, both ends of the tegs are heated and fused, so that it takes time to fuse and the workability is poor. In addition, the heat-sealed portion may be broken and fall off, and the scallops may be detached from the tegus, resulting in poor yield.

  The present invention uses a linear body such as a fiber, thread, string, etc., for example, a teg, and the shell is attached to a rope.Even if the hole of the shell is small, it can be easily inserted, and the retaining operation is easy. It provides a shell attachment structure to a rope that contributes to cost reduction.

  One of the shell attachment structures to the rope of the present application is that a linear body such as fiber, thread, string, etc. is penetrated through the hole of the rope and the hole of the shell arranged outside thereof, and protrudes outside the shell and the rope. Among the linear bodies, a shell retaining portion is formed on the outside of the shell, and the shell retaining portion is an adhesive adhered to the linear body as a lump larger than the shell hole.

  Another one of the structures for attaching the shell to the rope of the present application is that the linear body passes through the hole of the rope and the hole of the shell arranged outside the rope, and protrudes outside the shell and the rope. A shell retaining part is formed on the outside of the shell, and a rope retaining part is formed on the outside of the rope. The shell retaining part has an adhesive attached to the linear body as a lump larger than the shell hole, The stopper is formed by adhering the adhesive as a lump larger than the hole of the rope to the linear body.

  Another one of the structures for attaching the shell to the rope of the present application is that the linear body penetrates through the hole of the shell and protrudes outside the shell. A shell retaining part is formed to prevent the shell from being pulled out, the linear body is adhered to the rope with an adhesive or ultrasonic welding, and the shell retaining part is lined so that the adhesive is larger than the shell hole. Attached to the body.

  In the shell mounting structure, an adhesive is attached to the linear body to form a shell retaining portion and a rope retaining portion. In the present invention, the shell portion and the protruding portion of the linear body that penetrates the rope hole are provided. Among them, a shell-shaped retaining portion and a rope retaining portion can be formed by attaching a retaining material having an arbitrary shape such as a linear shape or a chip shape to the outside of the shell by an adhesive or ultrasonic welding.

  In the present invention, among the protrusions of the linear body penetrating the hole of the rope and the shell of the shell arranged outside thereof, the area outside the shell is widened so that it can be pulled out of the hole of the shell and the hole of the rope. It is also possible to form a shell retaining part and a rope retaining part to be blocked. In this case, attach the adhesive to the area where the area has been expanded, or attach the shell retaining material by adhesive or ultrasonic welding of the linear body, and fix the shell retaining portion and rope retaining portion. It can also be formed.

  Another one of the shell attachment structures to the rope of the present application is that the linear body is passed through the hole of the rope and the hole of the shell arranged outside the rope, the linear body is bent in an annular shape, and both ends thereof The parts are bonded by an adhesive or ultrasonic welding.

  Another one of the shell attachment structures to the rope of the present application is that the linear body penetrates the rope hole and the shell hole arranged outside the rope, and protrudes outside the shell and the rope. The projecting portion is folded back and bonded by an adhesive or ultrasonic welding between the shell of the linear body and the rope.

  Another one of the shell attachment structures to the rope of the present application is that the linear body is penetrated through the hole of the shell, the linear body is bent into an annular shape, and both ends of the linear body are bonded with adhesive or super It is bonded by sonic welding, and the outer periphery or inner periphery of the annular linear body is bonded to the rope by an adhesive or ultrasonic welding.

  In the present invention, one or several shells can be arranged on both outer sides or one outer side of the rope. When several are attached, a shell retaining portion can be formed between the shells.

  In the present invention, a large number of the above-described shell attaching structures to the rope can be provided on the rope suspended in the sea with an interval in the axial direction thereof.

The shell attachment structure to the rope of the present application uses a linear body, and an adhesive is attached to the linear body, or a shell retaining material and a rope retaining material are adhered to the linear body by an adhesive or ultrasonic welding. Attach with, expand the area of a part of the linear body, form a shell retaining part, rope retaining part to attach the shell, or make the linear body annular or fold, Since shells are installed, there are the following effects.
(1) Since the linear body is used for attaching the shell to the rope, the existing Tegs can be used, and the cost is reduced. Further, Tegus is stronger and more durable than a resin molded product using a mold. For this reason, the linear body is not cut and the shell does not fall off. Further, since the linear body is thin and straight, insertion is easy even if the hole of the shell or the hole of the rope is small. For this reason, the hole of a shell can be made small so that the growth of a shell cannot be inhibited.
(2) By simply cutting the linear body inserted into the hole of the shell and the hole of the rope into the desired length, the shell locking device is formed, so that no chips are generated and the linear body is not wasted. No waste is generated and there is no negative impact on the environment. It also contributes to cost reduction.
(3) Since the linear body can be wound around a core material such as a reel or a drum and compactly collected, it is convenient for handling such as storage and transportation. In addition, since the shell retaining part and the rope retaining part are not protrusions like the conventional shell retaining protrusions and rope retaining protrusions, even if they are wound around the core material or pulled out from the core material, Since the rope retaining portions do not get entangled and the linear body is pulled out smoothly, the operation of inserting the linear body into the hole of the shell and the hole of the rope becomes smooth.
(4) Since the linear body is inserted into the hole of the shell and the hole of the rope and then the adhesive is attached to the linear body, the distance between the shell retaining part and the rope retaining part is narrowed. The shell can be attached to the rope and the sliding width of the shell locked to the linear body becomes narrow, and even if the shell slides and hits the shell retaining part, there is little impact, and the shell retaining part Does not fall off the linear body, nor does the shell fall.
(5) Since the shell retaining portion and the rope retaining portion are formed by an adhesive or ultrasonic welding, they can be formed instantaneously, and the speed of the operation of locking the shell to the rope can be increased.
(6) Since the cut end of the linear body, the waste material of the resin, and the like can be effectively used as the retaining material that adheres to the linear body, it can contribute to resource saving.
(7) When attaching a linear body to a rope and attaching a shell to the rope, there is no need to open a hole in the rope, and the operation of locking the shell to the rope can be further speeded up.
(8) Since several shells can be attached to both outer sides or one outer side of one linear body penetrating the rope, it is possible to suspend many shells with a small number of linear bodies on one rope. it can.
(9) Since many linear bodies are penetrated at intervals in the axial direction of the rope suspended in the sea, and shells are locked to these linear bodies, it is easy to suspend the shells in the sea become.

  An embodiment of a shell attachment structure to a rope of the present invention will be described based on FIGS. 1 to 9 by taking a case where the shell is a scallop as an example.

(Embodiment 1)
In the shell attachment structure to the rope of the embodiment shown in FIG. 1A, the protruding portions on both sides of the linear body 3 that penetrates the hole 7 of the rope 2 are ears 9 of the scallop (hereinafter referred to as “shell”) 1. The shells 1 are locked to the outer sides of the ropes 2 one by one through the holes 8 that are opened in the shells, and an adhesive is attached to the outer and inner sides of the shells 1 to prevent the shells 4 and the ropes from being pulled out. Part 5 is provided. The shell retaining portion 4 is a lump larger than the diameter of the hole 8 of the shell 1 so that the shell can be prevented from being pulled out, and the rope retaining portion 5 is a diameter of the hole 8 of the shell 1 rather than the diameter of the hole 7 of the rope 2. Even if the linear body 3 and the rope 2 slide laterally, they hit the rope retaining portion 5 and do not slide further.

  The shell attaching structure to the rope shown in FIG. 1 (b) is one in which shells 1 are arranged on both outer sides of the rope 2 as in the case of FIG. 1 (a). Only the shell retaining portion 4 made of an adhesive is provided outside the shell 1 without providing the rope retaining portion 5. In this case, the linear body 3 and the adhesive can be the same as in the case of FIG.

  The shell attachment structure to the rope shown in FIG. 1 (c) is that the shell 1 is arranged only on one outer side of the rope 2, and the rope 3 of the linear body 3 that penetrates the hole 7 of the rope 2 and the hole 8 of the shell 1. 2 is provided with a rope retaining portion 5 by an adhesive on the outer rope-side protruding portion, and a shell retaining portion 4 by an adhesive on the outer shell-side protruding portion of the shell 1. In this case, the linear body 3 and the adhesive may be the same as those in FIG.

  The shell mounting structure to the rope shown in FIG. 1 (d) is also a shell 1 arranged only on one outer side of the rope 2, and the linear body 3 penetrating the hole 7 of the rope 2 and the hole 8 of the shell 1. Among them, a rope retaining portion 5 with an adhesive is provided on the rope-side protruding portions on both outer sides of the rope 2, and a shell retaining portion 4 with an adhesive is provided on the shell-side protruding portion on the outer side of the shell 1. In this case, the linear body 3 and the adhesive may be the same as those in FIG.

(Embodiment 2)
In the shell attachment structure to the rope shown in FIG. 2A, one shell 1 is arranged on both outer sides of the rope 2 and protrudes outside the shell 1 and the rope 2 as in the case of FIG. Among the protruding portions of the linear body 3, the shell retaining portions 4 are provided outside the respective shells 1, and the rope retaining portions 5 are provided on both outer sides of the rope 2. In this case, the shell retaining portion 4 and the rope retaining portion 5 cross the linear shell 3 with the linear shell retaining material 10 and the rope retaining material 11 and wire them with an adhesive or ultrasonic welding. The shell 1 is attached to the body 3 so that the shell 1 is not detached from the linear body 3 by the shell retaining material 10 and the rope retaining material 11, and the linear body 3 is not detached from the rope 2.

  In FIG. 2B, shells 1 are attached to both outer sides of the rope 2 one by one, and the shell 1 and the protruding portion of the linear body 3 that protrudes to the outer side of the rope 2 are arranged on both outer sides of the shell 1. A linear shell retaining material 10 is crossed, and is attached to the linear body 3 by an adhesive or ultrasonic welding, and a shell retaining portion 4 is formed by the shell retaining material 10. The linear body 3 is prevented from falling off the rope 2 without falling off from the linear body 3.

  In FIG. 2C, the shell 1 is attached to only one outer side of the rope 2, and the shell 1 and the protruding portion of the linear body 3 that protrudes outside the rope 2 are outside the shell 1. A linear rope retainer 11 is crossed on the outside of the rope 2, and the stopper 10 is attached to the linear body 3 by an adhesive or ultrasonic welding. The rope retaining part 5 is formed with the rope retaining member 11 so that the shell 1 does not fall off the linear body 3 and the linear body 3 does not come off the rope 2.

  2 (d), the shell 1 is attached to only one outer side of the rope 2, and the linear portion 3 outside the shell 1 out of the protruding portions of the linear body 3 that protrudes outside the shell 1 and the rope 2. Are attached to the linear body 3 by adhesive or ultrasonic welding or the like, and the shell retaining material 10 is used. The rope retainer 4 is formed by the rope retainer 11 to form the rope retainer 5 so that the shell 1 does not fall off the linear body 3 and the linear body 3 does not fall out of the rope 2.

  The shell retaining material 10 and the rope retaining material 11 in FIGS. 2A to 2D may be chips having shapes as shown in FIGS. 2E to 2G or other shapes. Good. These chips are pieces of resin material and the like, and in the case of chips of any shape, those having a diameter larger than the diameter of the hole 8 of the shell 1 and the hole 7 of the rope 2 are used. These chips are also attached to the linear body 3 by an adhesive or ultrasonic welding.

(Embodiment 3)
In the shell attachment structure to the rope shown in FIG. 3A, one shell 1 is arranged on both outer sides of the rope 2 and protrudes outside the shell 1 and the rope 2 in the same manner as in FIG. Among the protruding portions of the linear body 3, the shell retaining portions 4 are provided outside the respective shells 1, and the rope retaining portions 5 are provided on both outer sides of the rope 2. In this case, the shell retaining portion 4 and the rope retaining portion 5 are formed so that the area of the linear body 3 is larger than the diameter of the hole 8 of the shell 1 and the hole 7 of the rope 2. The stopper 5 prevents the shell 1 from falling off the linear body 3 and prevents the linear body 3 from coming off the rope 2.

  3 (b), shells 1 are attached to both outer sides of the rope 2, one of the projecting portions of the linear body 3 projecting to the outside of the shell 1 and the rope 2. A shell retaining portion 4 having an area larger than the diameter of the hole 8 of the shell 1 and the hole 7 of the rope 2 is formed, and the shell 1 does not fall off from the linear body 3 by the shell retaining portion 4, and the linear body 3 is prevented from coming out of the rope 2.

  In FIG. 3C, the shell 1 is attached only to one outer side of the rope 2, and the outside of the shell 1 and the rope 2 out of the projecting portions of the linear body 3 projecting outside the shell 1 and the rope 2. Are formed with a shell retaining portion 4 and a rope retaining portion 5 that are wider than the diameter of the hole 8 of the shell 1 and the hole 7 of the rope 2, and the shell retaining portion 4 and the rope retaining portion 5 The shell 1 does not fall off from the linear body 3 and the linear body 3 does not come off from the rope 2.

  3 (d) shows that the shell 1 is attached only to one outer side of the rope 2, and the shell 1 and the protruding portion of the linear body 3 that protrudes outside the rope 2 are outside the shell 1. Stopping portions 4 are formed on both outer sides of the rope 2, and rope retaining portions 5 are respectively formed. Each of the shell retaining portion 4 and the rope retaining portion 5 is configured such that the area of the linear body 3 is larger than the diameter of the hole 8 of the shell 1 and the hole 7 of the rope 2 so that the shell 1 is separated from the linear body 3. The linear body 3 is prevented from falling off the rope 2 without falling off.

  In order to increase the area of the linear body 3, an arbitrary method such as crushing the linear body 3 or softening and deforming it by applying heat or vibration can be used. An arbitrary crushing device such as pliers or a vise can be used to crush the linear body 3. An arbitrary device can also be used when heat or vibration is applied to the linear body 3. Adhesive is applied to the part where the area of the linear body 3 is widened, or a linear retaining material is crossed and adhered by an adhesive or ultrasonic welding to remove the shell retaining part 4 and the rope. It is also possible to reinforce the stopper 5 or to increase the outer diameter of the area where the area is widened.

(Embodiment 4)
In the fourth embodiment, as shown in FIGS. 4A to 4D, both ends of the linear body 3 are folded back to form a ring 12 having a diameter that can prevent the shell 1 and the rope 2 from coming off. The end of the ring 12 is adhered to the main body by means of an adhesive or ultrasonic welding on the outside of the shell 1 of the linear body 3 or the outside of the rope 2. 4A, an adhesive is attached to both outer sides of the rope 2 to form a rope retaining portion 5, and in FIG. 4D, an adhesive is applied to the inner side of the shell 1 on the outer side of the rope 2. Is attached to form a rope retaining portion 5.

(Embodiment 5)
In the fifth embodiment, as shown in FIGS. 5 (a) and 5 (b), the linear body 3 passes through the hole 7 of the rope 2 and the hole 8 of the shell 1, and the linear body 3 is bent into an annular shape, The parts are bonded with an adhesive. Adhesion between both ends of the linear body 3 is not limited to the adhesive shown in FIG. 5, and can also be performed by ultrasonic welding. The two ends of the linear body 3 can be bonded in a stacked manner in addition to overlapping as shown in the figure. In FIG. 5A, the shell 1 is attached to one outer side of the rope 2. In this case, it is desirable for balance that the shells 1 are alternately arranged on the left and right as shown in the figure. Moreover, in FIG.5 (b), the shellfish 1 is attached to the both outer sides of the rope 2. FIG.

(Embodiment 6)
In the sixth embodiment, as shown in FIGS. 6A to 6C, the linear body 3 is passed through the hole 7 of the rope 2 and the hole 8 of the shell 1, and the hole of the shell 1 of the linear body 3. The projecting portion that protrudes outward through 8 is folded and adhered between the shell 1 and the rope 2 of the linear body 3 with an adhesive. Adhesion between the projecting portion and the linear body 3 is not limited to the adhesive shown in FIG. 6, and may be performed by ultrasonic welding. In FIG. 6A, shells 1 are attached to both outer sides of the rope 2. 6 (b) and 6 (c), the shell 1 is attached to one outer side of the rope 2. In FIG. 6B, the rope-side protruding portion outside the rope 2 is folded and bonded to the linear body 3 with an adhesive. In FIG.6 (c), the rope removal prevention part 5 by an adhesive agent is provided, without folding the rope side protrusion part of the outer side of the rope 2. In FIG.

(Embodiment 7)
In the seventh embodiment, as shown in FIGS. 7A to 7D, the linear body 3 penetrates through the hole 8 of the shell 1, and the protruding portion that protrudes outside the shell 1 out of the linear body 3. In addition, the adhesive is attached to the linear body 3 so as to form a lump larger than the hole 8 of the shell 1, thereby forming the shell retaining portion 4 that prevents the linear body 3 from coming out of the hole 8 of the shell 1. The linear body 3 is bonded to the rope 2 with an adhesive. Unlike the above embodiments, in this embodiment, the hole 7 is not opened in the rope 2. The adhesion between the linear body 3 and the rope 2 is not limited to the adhesive shown in FIG. 7, but can also be performed by ultrasonic welding. 7 (a) and 7 (b), shells 1 are attached to both outer sides of the rope 2, and shell retaining portions 4 to which an adhesive is attached are formed at both ends of the linear body 3. The central part is bonded to the rope 2 with an adhesive. 7 (c) and 7 (d), the shell 1 is attached to the outer side of the rope 2, and the shell retaining material 10 is attached to one end of the linear body 3 by an adhesive or ultrasonic welding, so that the shell retaining portion 4 is attached. And the other end of the linear body 3 is bonded to the rope 2 with an adhesive. Moreover, the shell retaining part 4 can also be formed by deforming a part of the linear body 3 and expanding the area (see FIG. 3).

(Embodiment 8)
In the eighth embodiment, as shown in FIGS. 8A to 8C, the linear body 3 is passed through the hole 8 of the shell 1, the linear body 3 is bent into an annular shape, and both ends of the linear body 3 are bent. The parts are bonded together with an adhesive, and the annular linear body 3 is bonded to the rope 2 with an adhesive. Also in this embodiment, the hole 7 is not opened in the rope 2 as in the seventh embodiment. Adhesion between both ends of the linear body 3 and adhesion between the linear body 3 and the rope 2 are not limited to the adhesive shown in FIG. 8, but can also be performed by ultrasonic welding. In FIG. 8A, the bonded portion of the annular linear body 3 is bonded to the rope 2 with an adhesive. In FIG. 8B, the inner periphery of the annular linear body 3 is bonded to the rope 2 with an adhesive. In FIG. 8C, the inner periphery of the annular linear body 3 is bonded to the rope 2 at two locations with an adhesive.

(Embodiment 9)
The shell attachment structure to the rope shown in FIG. 9 is a structure in which two shells 1 are attached to both the outer side and the outer side of the rope 2 and attached in multiple stages at intervals in the axial direction (lateral direction) of the rope 2. It is. In this case, an adhesive is applied to both sides of each shell 1 so as to form a shell retaining portion 4 that is larger than the hole 8 of the shell 1 to prevent the shell 1 from coming off the linear body 3. It is. As shown in the lower part of FIG. 9, the shell retaining part 4 can be provided only on the outside of each shell 1, or can be provided at any other location. In that case, not only an adhesive but also a linear or chip-shaped retaining tool can be adhered, or the area of the linear body 3 can be expanded to form a shell retaining part and a rope retaining part. .

  In any of the above embodiments, the rope 2 can be a knitted rope made of resin or other material, a tape-like member, or the like.

  In any of the above-described embodiments, the linear body 3 may be made of various materials such as nylon, fluorocarbon, PE (polymeric polyethylene), or other materials such as fibers, threads, and wires. it can. In either case, the thickness is such that it can be inserted into the hole 8 opened in the ear 9 of the shell 1, and is preferably as thin as possible, and the strength that does not cut with the load of the suspended shell 1 is used. . If the thickness is such that two or more can be inserted into the hole 8 of the shell 1, two or more can be inserted to give strength. The long linear body 3 is wound around a reel, a drum, etc., which is pulled out during use, penetrates the hole 7 of the rope 2 and the hole 8 of the shell 1, and cuts it to the required length before use. can do.

  In any of the above embodiments, the adhesive includes solid, emulsion-based, solvent-based, solvent-free, hot-melt (all classified according to form), dry type, moisture-curable type, two-component reaction-curable type UV curing type, anaerobic type, UV anaerobic type (all classified according to the curing method), and the like can be used. In either case, a material that is easily bonded to the linear body 3 and is difficult to peel off from the linear body 3 is used.

  In any of the above-described embodiments, the hole 7 of the rope 2 and the hole 8 of the shell 1 can be opened separately in the rope 2 and shell 1 with a drilling device such as a drill, or the shell 1 is disposed outside the rope 2. Then, it can penetrate from the shell 1 to the rope 2 and open to both.

  The linear body 3 can be penetrated into the hole 7 of the rope and the hole 8 of the shell by various methods. For example, after the linear body 3 is passed through the hole 7 of the rope 2, the hole 8 of the shell 1 is formed. The hole 2 of the rope 2 and the hole 8 of the shell 1 are aligned, and the shell 1 is disposed outside the rope 2 from one hole to the other, and the shell 1 is placed by a punching device. When the drilling device is retreated after drilling, the linear body 3 is pulled by the drilling device to penetrate the hole 7 of the rope 2 and the hole 8 of the shell 1 And so on.

  As shown in FIG. 5, the structure for attaching the shell to the rope is used by providing a plurality of stages at intervals in the axial direction (vertical direction) of the rope (vertical rope) 2 in the shell hanging culture of the shell.

(Other embodiments)
The position, shape, adhesion method, and the like of the shell retaining portion, the rope retaining portion of the shell attachment structure to the rope of the present invention are not limited to those of the above-described embodiment, and may be arbitrary.

  The shell attachment structure to the rope of the present invention can be applied not only to scallop shells but also to other shell attachment structures such as pearl shells, oysters, sea breams.

Front explanatory drawing which shows the example of embodiment of the shell attachment structure to the rope of this invention which attaches an adhesive agent and forms a shell removal prevention part and a rope removal prevention part. (A)-(d) shows various Examples. Front explanatory drawing which shows the example of embodiment of the shell attachment structure to the rope of this invention which attaches a retaining material and forms a shell retaining part and a rope retaining part. (A)-(d) shows various Examples. Further, (e) to (g) show various shapes of the retaining material. Front explanatory drawing which shows the embodiment example of the shell attachment structure to the rope of this invention which expands the area of a linear body and forms a shell retaining part and a rope retaining part. (A)-(d) shows various Examples. Front explanatory drawing which shows the embodiment example of the shell attachment structure to the rope of this invention which bends the edge part of a linear body and forms the ring of the diameter which can control | disconnect a shellfish. (A)-(d) shows various Examples. Front explanatory drawing which shows the embodiment example of the shell attachment structure to the rope of this invention which bent the linear body cyclically | annularly and adhere | attached the both ends. (A), (b) shows various Examples. The embodiment of the shell attachment structure to the rope of the present invention, wherein the protruding portion protruding outside through the hole of the shell of the linear body is folded back and adhered between the shell of the linear body and the rope Front explanatory drawing shown. (A)-(c) shows various Examples. Explanatory drawing which shows the embodiment example of the shell attachment structure to the rope of this invention which adhered the adhesive agent, formed the shell removal prevention part, and adhere | attached the linear body on the rope. (A), (c) is front explanatory drawing which shows various Examples. (B), (d) is plane explanatory drawing of the Example shown to the said (a), (c), respectively. Explanatory drawing which shows the embodiment example of the shell attachment structure to the rope of this invention which bent the linear body cyclically | annularly, adhere | attached both ends, and adhere | attached the cyclic | annular linear body on the rope. (A), (b) is front explanatory drawing which shows various Examples. (C) is plane explanatory drawing which shows another Example. Front explanatory drawing showing an embodiment of a shell attachment structure to a rope in which two shells are attached to both the outer side or the outer side of the rope and are attached in multiple stages at intervals in the axial direction (lateral direction) of the rope. . (A) is a perspective view which shows the conventional shell attachment tool. (B) is perspective explanatory drawing which shows a mode that the shellfish was latched using the shellfish fixture shown to (a).

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Shell 2 Rope 3 Linear body 4 Shell retaining part 5 Rope retaining part 7 Hole (rope)
8 holes (shellfish)
9 Ear 10 Shell retaining material 11 Rope retaining material 12 Ring

Claims (13)

  Of the linear bodies projecting outside the shell and the rope, the linear body outside the shell is out of the linear body such as fiber, thread, string, etc. through the hole of the rope and the shell hole arranged outside the rope. The rope is characterized in that a shell retaining portion is formed to prevent the shell from coming out of the shell hole, and the shell retaining portion is attached to the linear body so that the adhesive becomes a larger lump than the shell hole. Shell installation structure to.   The linear body penetrates the hole of the rope and the shell of the shell arranged outside the rope, and the linear body protrudes out of the shell of the shell and the rope out of the rope. A shell retaining part is formed on the outside of the rope to prevent the linear body from coming out of the hole of the rope. A shell attachment structure to a rope, which is attached to a linear body so as to form a lump larger than a hole.   Of the linear bodies that pass through the holes of the shell and project outside the shell, a shell retaining portion is formed on the outside of the shell to prevent the linear bodies from coming out of the shell holes. Shell attachment to the rope, characterized in that the body is adhered to the rope by adhesive or ultrasonic welding, and the shell retaining part is attached to the linear body so that the adhesive becomes a lump larger than the hole of the shell Construction.   The shell attachment structure to a rope according to any one of claims 1 to 3, wherein the shell retaining part and the rope retaining part are each provided with a retaining member attached to the linear body by an adhesive or ultrasonic welding. A shell mounting structure to a rope characterized by that.   The shell attachment structure to the rope according to any one of claims 1 to 3, wherein the shell retaining portion and the rope retaining portion have an area of the linear body so as to be wider than the shell hole and the rope hole. A shell mounting structure to a rope, characterized by being expanded.   The shell attachment structure to the rope according to any one of claims 1 to 3, wherein the shell retaining portion and the rope retaining portion have an area of the linear body so as to be wider than the shell hole and the rope hole. A structure for attaching a shell to a rope, wherein the adhesive is attached to the spread area or the retaining material is attached by adhesive or ultrasonic welding.   A linear body is passed through a hole of a rope and a hole of a shell arranged outside the rope, the linear body is bent in an annular shape, and both ends thereof are bonded with an adhesive or ultrasonic welding. Shell mounting structure to the rope.   The linear body passes through the hole of the rope and the hole of the shell arranged outside the rope, and the protruding part of the linear body protruding outside the shell and the rope is folded back, so that the shell between the linear body and the rope A structure for attaching a shell to a rope, which is bonded to a rope with an adhesive or ultrasonic welding.   A linear body is passed through the hole of the shell, the linear body is bent in an annular shape, and both ends of the linear body are bonded together by an adhesive or ultrasonic welding, and the outer periphery or inner periphery of the annular linear body A structure for attaching a shell to a rope, characterized in that is bonded to the rope with an adhesive or ultrasonic welding.   The shell attachment structure to the rope according to claim 4 or 6, wherein the retaining material is linear or chip-shaped.   The shell attachment structure to the rope according to any one of claims 1 to 10, wherein one or several shells are arranged on both outer sides or one outer side of the rope. Construction.   The shell attachment structure to the rope according to claim 11, wherein a shell retaining portion is formed between several shells attached to both outsides or one outside of the rope. Construction. 13. A shell to a rope according to claim 1, wherein a number of the shell attachment structure to the rope according to any one of claims 1 to 12 are provided on the rope suspended in the sea at intervals in the axial direction thereof. Mounting structure.

Images