KR20120066383A - Planting net manufacturing method of laver and planting net laver - Google Patents

Abstract

PURPOSE: A laver culturing net and a manufacturing method thereof are provided to maintain a square shape of a mesh formed on a mesh net of the laver culturing net. CONSTITUTION: A manufacturing method of a laver culturing net comprises the following steps: cutting a mesh net into the required length, and cutting warps woven to the mesh net to the longitudinal direction(S1); arranging the cut mesh net to form meshes located among weft and the warps into a square shape(S1a); connecting ropes to the warps and the wefts on the edge of the cut mesh not(S2); and automatically fastening the ropes connected to the warps and the wefts(S3).

Description

Production method of laver and planting net laver {planting net manufacturing method of laver and planting net laver}

The present invention relates to a laver farming net, and more particularly, to produce a laver farming net that can be produced simply and conveniently in a short time without cumbersome work so that the mesh formed in the net of the laver farming can maintain a square shape. Method and its seaweed net.

In general, laver (also called 'Hae-Tai' or 'Blue') cultured nets are constructed so that a net of multiple strands is installed inside a rectangular border made of synthetic fibers, or a rectangular border made of synthetic fibers. A plurality of mesh support ropes are installed at regular intervals therebetween, and a plurality of mesh nets interwoven with a single strand of mesh thread between the plurality of mesh support ropes are installed at regular intervals. It can be used to increase the yield of laver by allowing many gimpo to stick to it. At this time, the mesh of the mesh is formed in a square shape to form a relatively large amount of gimyeo spores to the surface.

These laver nets are divided into a large number of nets which are connected by hand according to their shape, and a cobale formed by weaving respective ropes on the slopes of the nets, which are manufactured in a rectangular shape and the nets.

In the present application, when the latter is described with respect to the production of the cobalt in the net, the conventional method of manufacturing a cobalt-shaped seaweed net 100, as shown in Figures 4a to 4d known strands of yarn The mesh is formed through the mesh to form a net 110, wherein the mesh is formed in the form of the yarn is bound to each other, the spherical mesh of the rhombus shape of the rectangular shape so that the high productivity by gluing the maximum gold spores continuously repeated It is determined to become.

Then, after unfolding the mesh, each of the ropes 120 are positioned at both side ends and the upper and the ends of the mesh 110 to bind the side ends, the upper and the lower ends of the mesh 110 to separate binders, or respectively. Between the rope thread 122 of one strand forming a rope 120 of the mesh 110 is inserted by inserting both side ends or upper and lower ends, wherein the mesh is formed in the mesh in order to maximize the yield By binding to maintain the square lozenge, the required cobalt laver farming net was produced.

However, after the net in the process of manufacturing the conventional cobalt-shaped seaweed farming net to prevent the twisting of the net when binding with the rope and to maintain a square shape of the net without being biased to one side, each rope has a certain interval In this case, each of the ropes first indicate a position for binding with the side end of the net, the upper and the lower end through a ruler, etc., and then use a separate binder or the rope of each rope. Inserting the yarn into the side and the top and bottom of the net to insert the binding work is a cumbersome and inconvenient problem, as well as a problem that takes a long time.

In other words, due to the marking work that the worker must manually mark the parts to be tied to the ropes in order to bind the side and top and bottom ends of the mesh with each rope so that the mesh of the net can be rectangular in shape. There was a troublesome and inconvenient problem, and when the worker tied the side, top, and bottom of the net with each part marked on the rope, the net mesh of the net could not be kept square and was twisted due to a small error. It provided a cause for enormous adverse effects on the system.

Thus, when manufacturing a conventional seaweed farming network, the seaweed farming network has a problem that the preliminary work for binding with each rope to maintain the square shape of the net is quite cumbersome and inconvenient and takes a long time. In proportion to the length and the size of the mesh there was a closure that is aggravated by the above problems.

The present invention has been made to solve the conventional problems as described above, the main purpose is that the mesh formed in the net of the net farming net can be made simply and conveniently in a short time without cumbersome work to maintain the square shape The present invention provides a method of manufacturing a laver and a laver.

Another object of the present invention is to facilitate the binding of the net and the rope.

Still another object of the present invention is to allow a fastening operation to be performed without additional marking work when binding both ends of the net to the rope.

The present invention for achieving the above object, in the method for producing a laver farming net using a net formed by deformed several strands of yarn, it is cut to the required length of the net, A mesh engagement cutting step of cutting engagement engaged in the longitudinal direction of the mesh; A rope connection step of connecting the respective ropes to the engagement of both side ends of the cut side of the cut net and the transverse threads of the upper and lower ends; It characterized in that it comprises a; binding step of automatically binding each rope connected to the engaging or reversal by the binding machine.

Aligning step of aligning so that the mesh formed between the cross section of the cut mesh and the engagement of the cut net before engaging the rope or engagement with the cross section so as to form a rectangular shape.

The rope is connected to the engaging of the both ends is passed in the zigzag form between the engaging and engaging of both side ends in a zigzag form and then connected in close contact with the engaging located at both ends, and connected to the upper and lower reversal yarns The rope is characterized in that it is connected in close contact with the cross-section located at the end of the top and bottom, and then passed in a zigzag form up and down each of the engagement between the top, bottom and horizontal cross.

In a seaweed farming net manufactured by using a net formed by chaining several strands of yarn, the seaweed farming net is cut to a length that requires a net, and then aligned with crosswise yarns so that the net is square. It is characterized in that it is formed to be automatically bound by the binding yarn of the binding machine by connecting the respective ropes and the ropes located at the ends of both sides and the cross-sections located at the top and bottom ends.

The rope is connected to the engaging rope is passed through the zigzag form above and below each of the hook yarn between the hook and the hook of both sides of the mesh, the rope is connected to the rope is the angle between the hook and the hook of the top and bottom of the net It is characterized by being connected in a zigzag form up and down the engagement.

The present invention, the mesh formed in the net of the net farming net can be made simply and conveniently in a short time without cumbersome work to maintain the square shape, to significantly shorten the manufacturing time of the net farming net without hassle Therefore, it will have the effect of maximizing productivity in a short time.

In addition, by being closely connected so that the engagement of the mesh and the binding of the rope and rope before the binding operation can be easily made, the binding operation has an effect that can be made more quickly.

In addition, by binding each rope to both sides and upper and lower ends of the net, it is possible to quickly bind without any additional marking work, significantly reducing the overall work time according to the production of seaweed farming net can have higher productivity. It also has an effect.

1 is a main block diagram schematically showing a manufacturing step of the present invention.
2a to 2d schematically illustrate a process of manufacturing the present invention,
Figure 2a is a main view showing the process of cutting the net.
2B is a main view of a state in which the cut nets are aligned;
Figure 2c is a main view of the rope is connected to both side ends of the net.
Figure 2d is a side cross-sectional view showing the main portion of the rope is bound to the net.
Figure 3 is a main part showing a laver farming state of the state produced by the present invention.
4a to 4d schematically show a state in which a conventional laver farm is manufactured,
Figure 4a is a main part showing a net in the state broken by a broken machine.
4B is a principal view of a state showing the position of binding the net to the rope.
Figure 4c is a main view of the state in which the rope is bound to both side ends of the net.
Figure 4d is a main view schematically showing a conventionally produced steaming net.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a main block diagram schematically showing a manufacturing step of the present invention.

In the method of manufacturing a laver farming net using a net formed by deciding several strands of yarn as shown in the figure,

The present invention, in order to be made in a short time simply and conveniently without the cumbersome work to maintain the square form of the mesh formed in the net of aquaculture net,

The mesh is cut to the required length of several tens to hundreds of meters, and the mesh engaging cut step (S1) is performed to cut the engaged strain in the longitudinal direction of the mesh. At this time, the net is usually broken in the knitting machine is cut into the lozenge and the cross-weave is formed into a rhombic shape of the rectangular shape is usually cut in the diagonal direction.

Thus, when the mesh is cut to the required length, the rope connection step (S2) for connecting the respective ropes to the engagement of both side ends of the cut mesh and the upper and lower horizontal thread is performed.

That is, in order to achieve a smooth binding in the binding step to be described later each of the rope with the rope and the rope, it is preferable to connect so that the rope tightly engaged with the rope and the rope respectively.

Then, the binding step of binding the rope connected to the engaging or reversal yarns automatically while binding each rope to the engaging or reversal yarns by a binding machine such as a conventional knitting machine known in the art. S3); to include. In this case, the binding machine may use a flat knitting machine, which is one of the types of knitting machines, or use a known weaving machine of the type that can be wrapped by binding each other by the binding yarns which are supplied with the ropes, respectively. It's okay.

It is preferable to further include; an alignment step (S1a) to align the mesh formed between the cross-section and the engagement of the cut mesh to form a square shape before connecting the rope with the engagement or reversal yarn of both sides.

In other words, the mesh is formed in a lozenge in the shape of a square, usually in the shape of a netting machine after the cutting step after moving the up and down position as the cross-section also moves to the left and right, after the cutting step between It is to arrange the mesh to be formed in a square shape.

Each rope connected to the engagement of the both ends or the cross yarns of the upper and lower ends is connected to the engagement of the both ends in order to maintain the exact square shape when the mesh and the binding does not occur, such as engagement or loosening and loosening The ropes are zigzag up and down in each side of the cross section between the engaged and engaged between the sides of the rope is closely connected to the engaged on both ends, and the ropes connected to the cross over the upper and lower ends It is preferable to pass in a zigzag form up and down each engagement between the and the cross yarn and then closely connected to the cross yarn located at the top and bottom ends.

In other words, by passing each rope in a zigzag form above and below each runner or engagement, the rope is tightly bonded to the engagement or reversal yarn so that the conventional mesh does not need the marking work for binding to the rope in order to maintain the square shape accurately. .

Thus, the present invention is manufactured so that the mesh formed in the net of the net farming net without complicated and hassle can be accurately formed in a square shape without twisting or deforming, the production of the net farming net in a short time to improve productivity It can be maximized.

Referring to the present invention manufactured as described above in more detail and specifically with reference to Figures 2a to 2d and 3,

First, the netting machine 110 is determined to be cut to a length that is necessary in the conventional knitting machine, wherein the meshing machine 110 in the knitting machine has a rectangular shape when the cross thread 112 and the engagement 114 are determined. Determination in the shape of a lozenge to form the mesh 110 is formed by cutting the engagement 114 in the longitudinal direction in a diagonal line.

Then, as the cross-section 112 is also moved as the engagement 114 of the cut net 110 is moved up and down, the mesh 115 formed between the engagement and the cross-section is formed to have a rectangular shape. Connect each rope 120 to be engaged in the engaging 114 of both side ends and the horizontal thread 112 of the upper and lower ends.

That is, the connection of the rope 120 does not occur, such as engagement 114 and loosening without the twisting or deformation of the mesh 115, the mesh 115 is rectangular without a separate marking on the rope 120 In order to maintain the zigzag up and down of the cross-section 112 between the engaging 114 and the engaging 114 of both sides to be in close contact with the engaging 114 located at both ends. At this time, the rope 120 connected to the cross yarn 112 is also passed in the zigzag form above and below the engagement 114 between the top and bottom cross yarn 112 and the cross yarn 112 in the same way of connecting the engagement. To be in close contact with the cross-section 112 is located at the end.

Then, the rope 120 is in close contact with the engagement 114 of both side ends, and the rope 120 is in close contact with the horizontal thread 112 of the upper and lower ends, and the binding yarn 202 through the conventional binding machine 200. By carrying out the binding operation so that the binding can be made while automatically enclosing the 114 or the cross-section 112 and each rope 120, the manufacturing of a series of seaweed farming net 100 is completed.

Accordingly, in order to maintain the rectangular mesh lozenge of the conventional mesh, not only the marking work on each rope can be omitted, but also the both ends and the upper and lower ends of the conventional rope and the net are manually operated by a worker. By binding the binding automatically through a conventional binding machine, the manufacturing process is simple and convenient in a short time while minimizing the hassle of the manufacturing operation will have the conditions for maximizing the productivity of the steaming net.

Therefore, the present invention is not only cumbersome and takes a long time, but also has a simple and convenient, as well as excellent workability to quickly produce a seaweed net in a short time, it is also possible to maximize the productivity in the shortest time.

100: seaweed net 110: net
112: seized 114: engaged
115: mesh 120: rope
200: binder 202: binder

Claims (5)

In the method for producing a laver farming net using a net formed by deforming the various strands of yarn,
Cutting the mesh to the required length, but cutting the mesh engagement in the longitudinal direction of the mesh engagement step (S1);
Rope connection step (S2) for connecting the respective rope to the engagement of both side ends of the rim side of the cut net and the upper, lower horizontal thread;
Bonding step (S3) to automatically bind each rope connected to the engaging or reversal by the binding machine (S3); manufacturing method of the laver farming net comprising a.
The method of claim 1,
Arranging step (S1a) for arranging the cut nets before connecting the ropes with the hook or the reel so that the mesh formed between the reel and the hook is formed in a square shape (S1a); .
The method according to claim 1 or 2,
The rope is connected to the engaging of the both ends is passed in the zigzag form between the engaging and engaging of both side ends in a zigzag form and then connected in close contact with the engaging located at both ends, and connected to the upper and lower reversal yarns Rope is a method of producing a laver farming net characterized in that the upper and lower cross yarns and zigzag pass through each engagement between the cross yarns and then in close contact with the cross yarns located at the top and bottom ends.
In the laver farming net (100) manufactured by using the netting 110 formed by deforming by several strands of yarn,
The seaweed net (100),
After cutting the mesh 110 to the required length, the alignment 114 and the cross yarns 112 are aligned so that the mesh 115 is formed in a square shape, and then the engagement 114 and the upper end positioned at both ends thereof. Seams 112, which are located at the end of the bottom is connected to each of the ropes 120, the laver farming net characterized in that it is formed to be automatically bound by the binding yarn 202 of the binding machine 200.
The method of claim 4, wherein
Rope 120 is connected to the engaging 114 is passed through the zigzag form of the cross section 112 between the engaging 114 and the engaging 114 of both side ends of the net 110 in a zigzag form, the Rope 120 is connected to the cross thread 112 is characterized in that the upper and lower ends of the mesh 110 is passed through in a zigzag form above and below each engagement 114 between the cross thread 112 and the cross thread 112. Kim farming net.

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