KR102083203B1 - Apparatus For Gill Net - Google Patents

Abstract

The present invention relates to an automatic assembly system for a grill net and, more specifically, to an automatic assembly system for a grill net, which comprises: a support (100) having a certain shape; a fishing sinker supply unit (200) and a float supply unit (300) fixed to the support (100); a first transfer unit (400) configured to transfer a first rope (20), a fishing line (30), a fishing sinker (40) in one direction while supporting one side edge of a mesh net; a second transfer unit (500) configured to transfer a second rope (50), a float line (60), and a float (70) in one direction while supporting the other side edge of the mesh net; a first fastening means (600) configured to fasten the one side edge of the mesh net with the first rope (20), the fishing line (30), and the fishing sinker (40); and a second fastening means (700) configured to fasten the other side edge of the mesh net with the second rope (50), the float line (60), and the float (70). According to the present invention, the automatic assembly system for a grill net is capable of mechanically manufacturing grill nets, thereby increasing productivity.

Description

Automated fishing gear assembly system {Apparatus For Gill Net}

The present invention relates to a fishing net automatic assembly system, and more particularly to a fishing net automatic assembly system that can reduce the mass production and manufacturing costs while maintaining a constant quality.

In general, fish are caught using fishing nets and fishing, and fishing nets can be used for fishing nets, traps, low nets, eye nets, and wire nets. Is common.

Among these phrases, the Gill Net is a twisted form of mono filament or multi filament. It has a net structure that can catch fish by spreading out to form a square or diamond shape as a proper size according to the catch target on the street.

On the other hand, the net fishing gear is manufactured through an assembly process to fix the moxibustion and footing after the weaving process of weaving the net. That is, the main assembly process is produced by sewing the moxibustion and footing with a needle at a constant mesh interval in consideration of the molding rate, as shown in Fig. 3), the other side is fastened to the foot line 5 is fixed to the footing (4).

However, the fishing nets are far less productive because they rely on manual labor. In particular, in recent years, the supply of manpower is difficult due to the decrease in population, which leads to an increase in the manufacturing cost of the fishing net. In addition, when relying on manual labor, the production efficiency and product quality are largely affected by the skill of the workers, which causes a great difficulty in mass production.

Korean Laid-Open Patent Publication No. 2003-0026169

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to provide a fishing net production system capable of automatically manufacturing fishing nets without depending on manual labor.

In addition, an object of the present invention is to provide a mesh fishing gear manufacturing system that can always produce a high-quality fishing gear.

Self-assessment fishing net automatic assembly system of the present invention for solving the above problems, the support 100 of a predetermined shape; A foot supply unit 200 and a moxibustion supply unit 300 fixed to the support 100; A foot supply unit 200 and a moxibustion supply unit 300 fixed to the support 100; A first conveying part 400 for conveying the first rope 20, the bale 30, and the footing 40 in one direction while supporting one edge of the net; A second conveying part 500 for conveying the second rope 50, the moxa cord 60, and the moxa 70 in one direction while supporting the other edge of the net; First fastening means 600 for binding one side edge of the mesh with the first rope 20, the foot 30 and the footing 40; And second fastening means 700 for binding the other edge of the mesh and the second rope 50, the moxa wire 60, and the moxa 70.

In addition, in the automatic fishing net fishing system of the present invention, the support 100, a pair of die 110 having a flat surface and a predetermined distance apart, the lower frame 121 made of a rectangle, the lower frame 121, the upper A pair of first horizontal frames 123 respectively positioned on the pair, a pair of second horizontal frames 124 respectively positioned on the pair of first horizontal frames 123, and the lower frame 121 and one A pair of vertical frames 122 connecting the pair of first horizontal frames 123 to each other, and between the pair of first horizontal frames 123 and the pair of second horizontal frames 124, respectively. It characterized in that it comprises a rope guide pipe (125).

In addition, in the fishing net automatic assembly system of the present invention, in the vicinity of the rope guide tube 125 is characterized in that the pair of net support rods 126 for supporting the net 10 is further provided.

In addition, in the fishing net automatic assembly system of the present invention, the foot supply unit 200 is located near one end of the second horizontal frame 124, the rotating plate 210 for transferring the foot 40 to the front, and the rotating plate It characterized in that it comprises a plurality of paddles 220 attached to (210).

In addition, in the fishing net automatic assembly system of the present invention, the second horizontal frame 124 is a plurality of footing 40 and the foot 30 is located, the foot 30 is a state penetrating the footing 40 It is characterized by that.

In addition, in the fishing net automatic assembly system of the present invention, the first conveying unit 400, the first conveying chain 410 to move in one direction, and a pair of first for supporting the first conveying chain 410 It characterized in that it comprises a support wall (420).

In addition, in the fishing net automatic assembly system of the present invention, the first conveying chain 410, the upper predetermined portion is opened, the first wing 411 and the second wing of the plate-shaped 'U' groove is formed ( A plurality of 412 is provided with a predetermined distance apart.

In addition, in the fishing net automatic assembly system of the present invention, the height of the second wing portion 412 is higher than the first wing portion 411.

In addition, in the fishing net automatic assembly system of the present invention, the first fastening means 600, a first fastening device 610 for binding the first rope 20, the rope 30 and the footing 40 and The first fastening device 610 is characterized in that it is provided to be slidable from side to side.

In addition, in the fishing net automatic assembly system of the present invention, the first fastening means 600, characterized in that it further comprises a detection sensor 650 for detecting whether the footing 40 is seated in a predetermined position.

According to the fishing net production system of the present invention, since the fishing net can be manufactured mechanically without depending on manual operation, there is an advantage that productivity can be increased.

In addition, the fishing gear manufacturing system of the present invention is provided with a sensor for sensing the foot and moxibustion can be fixed to the foot and the gap at the desired position of the net accurately to enable the production of excellent quality fishing gear There is an advantage.

1 is a schematic diagram of a fishing net.
2 is a view for explaining the process of binding the moxa wire and the foot line to the net according to an embodiment of the present invention.
Figure 3 is a perspective view of a fishing net automatic assembly system according to a preferred embodiment of the present invention.
4 is a front view of the fishing net automatic assembly system shown in FIG.
5 is a side view of the automatic fishing net assembly system shown in FIG.
FIG. 6 is an enlarged perspective view of the first fastening means for fixing the cord, footing and the first rope to the mesh in the automatic fishing net system shown in FIG. 3.

Hereinafter, a fishing net automatic assembly system according to the present invention will be described with reference to the accompanying drawings.

The terms “comprise,” “have,” or “comprise” in this application are intended to indicate that there is a feature, number, step, component, part, or combination thereof described on the specification, but one or more other. It should be understood that it does not exclude in advance the possibility of the presence or addition of features or numbers, steps, actions, components, parts or combinations thereof.

In addition, all terms used herein, including technical or scientific terms, unless otherwise defined, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and are not construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

2 is a view for explaining the process of binding the moxa wire and the foot line to the net according to an embodiment of the present invention. As shown in FIG. 2, the one end of the mesh 10 having a mesh of a predetermined size is supplied with a first rope 20 and a foot 30 in a state of penetrating the footing 40. And the other edge of the mesh 10 is supplied with the moxa wire 60 in the state penetrating the second rope 50 and the moxibustion 70, the footing (40) at one edge at intervals determined by the fastening means to be described later ) Is fixed, and the moxibustion 70 is fixed to the other edge.

On the other hand, the footing 40 and the moxibustion 70 in the supply step is not completely fixed to the foot 30 and the moxa cord 60, respectively, it is possible to move along these foot 30 and the moxa cord 60. That is, the footing 40 and the moxibustion 70 are bored along the longitudinal direction of the body so that the foot 30 and the moxibustion 60 may penetrate, respectively, and at this time, penetrates the outer diameter of the foot 30 and the moxibustion 60. The inside diameter of the ball is larger.

This is because the foot line 30 and the moxibustion line 60 should be continuously supplied along the edge of the net 10, while the footdol 40 and the moxibustion 70 should be fastened at predetermined intervals, which will be described later. Shall be.

3 is a perspective view of the automatic fishing net automatic assembly system according to a preferred embodiment of the present invention, Figure 4 is a front view of the automatic automatic fishing system shown in Figure 3, Figure 5 is an automatic automatic fishing system shown in Figure 3 One side view, and Figure 6 is an enlarged perspective view of the first fastening means for fixing the rope, footing and the first rope to the net in the automatic fishing net system as shown in FIG.

3 to 6, the automatic assembly system of the present invention for assembling the fishing gear shown in FIG. 2 will be described in detail.

Self-assessment fishing net automatic assembly system of the present invention, the support 100, the foot supply 200, the moxibustion supply 300, the first transfer unit 400, the second transfer unit 500, the first fastening means 600 and the first It is configured to include two fastening means (700).

First, the support 100 will be described. The support 100 includes a die 110 and a frame 120. The die 110 having an approximately hexahedral shape having a flat top surface is formed of a pair of spaced apart from each other by a predetermined distance, and the first fastening means 600 and the second fastening means 700 to be described later are respectively formed on the top of the die 110. Is placed.

Frame 120 is the lower frame 121, the vertical frame 122, the first horizontal frame 123, the second horizontal frame 124, the rope guide pipe 125, the mesh support rod 126, the first tension maintenance Means 127, the second tension maintaining means (128).

Here, the first horizontal frame 123, the second horizontal frame 124, the rope guide pipe 125, the mesh support rod 126, the first tension maintaining means except for the lower frame 121 and the vertical frame 122 Both the 127 and the second tension holding means 128 are provided in two pieces having the same configuration spaced apart by a predetermined distance. That is, the first rope 20, the footing 40 and the rope 30 to the one edge of the mesh 10, and the second rope 50, moxibustion 70 and moxibustion wire 60 to transfer to the other edge Since it is intended to perform a function, it will be described below with reference to the configuration of one side.

The lower frame 121 having an approximately rectangular shape extends a predetermined length backward while being connected to one side of the pair of dies 110 described above, and the first horizontal frame 123 is positioned above the lower frame 121. The lower frame 121 and the first horizontal frame 123 are fixed to each other by a plurality of vertical frames 122.

The second horizontal frame 124 is positioned above the first horizontal frame 123, and a rope guide tube 125 is provided between the first horizontal frame 123 and the second horizontal frame 124.

On the other hand, the upper portion of the second horizontal frame 124 is provided with a groove so that the plurality of feet 40 and the foot 30 is seated, wherein the plurality of foot 40 is penetrated by the foot 30 State (see FIG. 6). Of course, the moxibustion 70 and the moxa cord 60 are seated on the other second horizontal frame 124.

Although not shown in the drawing, the groove of the second horizontal frame 124, more specifically, the conveyor belt may be additionally provided at the bottom of the groove, so that the footing 40 may be more smoothly supplied. .

The rope guide pipe 125 is for supplying the first rope 20 to the front. The rope guide tube 125 has a long cylindrical shape with an empty inside, and an inclined surface 125 ′ cut at a predetermined angle near an outlet through which the first rope 20 is discharged. ) Is formed (see FIG. 6). The inclined surface 125 ′ is to secure a moving space between the first wing 411 and the second wing 412 which will be described later.

In the vicinity of the rope guide pipe 125, more specifically, the side of the rope guide pipe 125 is preferably provided with a net support rod 126 for supporting the net 10. If a pair of mesh support rods 126 are connected to the inside of the pair of rope guide pipes 125, it is easy to transfer them forward while keeping both ends of the mesh 10 to be assembled.

The first tension holding means 127 may be further provided at the rear of the rope guide pipe 125, and the second tension holding means 128 may be further provided at the rear of the second horizontal frame 124. These tension maintaining means help to convey the first rope 20 and the line 30 to be supplied in a tense state, through which can be accurately conveyed to the fastening position of the mesh 10.

Here, the tension holding means is usually held by the rope, but when pulled by the first conveying chain 410 and the second conveying chain 510 to be described later as a device that can move the rope forward, for example spaced a predetermined distance It may be a pair of rollers that press the rope with a predetermined force, a structure formed with a groove smaller than the outer diameter of the rope, but the present invention is not particularly limited.

Next, the footdol supply unit 200 and the moxibustion supply unit 300 will be described with reference to FIG. 6, and the footdol supply unit 200 and the moxa supply unit 300 have the same configuration, and the footdol supply unit 200 is provided. Will be described only.

Located in the vicinity of one end of the second horizontal frame 124, the footing supply unit 200 for supplying the footing 40 at a predetermined interval forward includes a rotating plate 210, a plurality of paddles 220 and a motor 230 It is done by A plurality of paddles 220 that rotate in a clockwise direction are attached to one side of the rotating plate 210 that is mechanically connected to the motor 230.

Accordingly, when the motor 230 is operated, the paddle 220 rotates, and the footdol 40 seated in the upper groove of the second horizontal frame 124 is driven forward one by one by the paddle 220, and is driven out. The footing 40 is moved forward with the foot 30. Although only one footing 40 is shown in the figure, a plurality of footings 40 are mounted in a row.

Subsequently, while supporting the one side edge of the net, the first rope 20, the first line 30 and the footing 40, the first conveying unit 400 for transferring forward, the second rope 50 while supporting the other edge of the net ), The second transfer unit 500 for transferring the moxa wire 60 and the moxa 70 to the front will be described.

Like the doldol supply 200 and the moxibustion supply 300, since the first transfer unit 400 and the second transfer unit 500 is the same configuration, only the first transfer unit 400 will be described.

As shown in FIG. 6, the first transfer part 400 includes a first transfer chain 410 moving forward and a pair of first support walls 420 for supporting the first transfer chain 410. It is made, including.

When viewed from the front, the first transfer chain 410 has an upper predetermined portion open to form a 'U' groove, and when viewed from the side, the first wing 411 and the second wing 412 of the flat type are viewed. )

The 'U' groove is to facilitate the fastening by collecting the mesh, the first rope 20, the rope 30 and the footing 40 is located on one side edge of the net (10).

On the other hand, the plurality of first wing portion 411 is preferably located so as to be spaced apart a predetermined distance to correspond to the length of the footing 40, the second wing portion 412 to the size of the mesh.

In addition, the footing 40 is seated between the first wing 411, so that the first fastening device 610 to be described later to easily advance to the upper portion near the footing 40, of the first wing 411 It is preferable that the height is lower than the second wing portion 412, and the second wing portion 412 is advantageously protruded relatively upward so that the mesh of the mesh 10 can be easily walked and moved forward.

These first wings 411 and second wings 412 can be mounted on a conveyor belt that can continue to move and circulate, but are not particularly limited as long as they can perform the same function. The pair of first support walls 420 support both sides of the first transfer chain 410, and a predetermined portion thereof is connected to the support 100.

Subsequently, the first fastening means 600 for binding one edge of the mesh 10 and the first rope 20, the foot 30 and the footing 40, and the other edge and the second rope of the mesh 10. 50, the second fastening means 700 for binding the moxa wire 60 and the moxibustion 70 will be described.

Since the first fastening means 600 and the second fastening means 700 are identical in configuration, the first fastening means 600 and the second fastening means 700 will be described with reference to the first fastening means 600.

The first fastening means 600 positioned above the die 110 may include a first fastening device 610, a first manipulation unit 620, a first display unit 630, a first seal supply unit 640, and a detection sensor ( 650).

The first fastening device 610 is a device for binding the first rope 20, the foot 30 and the footing 40, for example, may be a sewing machine, but is not particularly limited as long as it can perform the same function.

Here, the first fastening device 610 is mounted to be slid left and right, specifically, to be movable in a direction perpendicular to the direction in which the first transport chain 410 moves, which is required when the first transport chain 410 is required to be fastened. After moving to the upper side, and after the fastening is completed, the first transfer chain 410 can be returned to its original position so as to move smoothly.

The first manipulation unit 620 is for inputting data related to various movements of the first fastening device 610, for example, a fastening time, a fastening interval, and sliding to the left and right. In addition, the first operation unit 620 may be embedded with a program for controlling the first fastening device 610 based on the input data, and control the operation of the first and second transfer unit (400, 500). You may. Of course, the first transfer unit 400 and the second transfer unit 500 itself or separately may be provided with an on-off switch.

The first display unit 630 may be configured as a display capable of visually and / or audibly expressing various types of input information, and the first thread supply unit 640 may supply a thread necessary for fastening to the first fastening device 610. The thread of predetermined length is wound so that it may be wound.

It is preferable that a predetermined sensor, more specifically, a sensor 650 is further provided on the same axis along which the first fastening device 610 slides to check whether the footing 40 is seated at a predetermined position.

For example, the sensor 650 may include an optical transmitter and an optical receiver, and the optical transmission and reception method as described above, which may determine whether the footrest 40 is seated, corresponds to a known technology, and thus, a detailed description thereof is omitted. Let's do it.

Next, a method of manufacturing a fishing net using the automatic fishing net system of the present invention having the above configuration will be described.

First, the footdol 40 and the footline 30, the moxibustion 70 and the moxa cord 60 are respectively installed on the pair of second horizontal frames 124, and the pair of rope guide pipes 125 have a first rope. 20 and the second rope 50, respectively. In addition, the meshes located at both edges of the mesh 10 are hooked to the pair of second wings 412, and various types of information are input to the first manipulation unit 620 and the second manipulation unit 720. Here, the reason why the first operation unit 620 and the second operation unit 720 are provided separately is because the fastening intervals of the footdol 40 and the moxibustion 70 are different.

Next, power is supplied to the first transfer unit 400 and the second transfer unit 500. Then, the first conveying chain 410 and the second conveying chain 500 is moved forward, at which time the first fastening device 610 and the second fastening device 710 is operated to the edge of both sides of the mesh 10 Fastening is performed on Of course, the footdol 40 and the moxibustion 70 are supplied by the footdol supply part 200 and the moxibustion supply part 300 respectively under the set conditions. And the fastening is completed net is gathered in front of the support (100).

The specific parts of the present invention have been described in detail above, and to those skilled in the art, these specific descriptions are merely preferred embodiments, and the scope of the present invention is not limited thereto. It is apparent to those skilled in the art that various changes and modifications can be made within the scope and spirit of the art, and such variations and modifications are within the scope of the appended claims.

10: net 20: first rope
30: footline 40: footdol
50: second rope 60: moss line
70: moxibustion
100: support
110: die
120: frame
121: lower frame 122: vertical frame
123: first horizontal frame 124: second horizontal frame
125: rope guide pipe 126: net support rod
127: first tension holding means 128: second tension holding means
200: foot supply unit
210: rotating plate 220: paddle
230: motor
300: moxibustion supply
400: first transfer part
410: first transfer chain
411: first wing portion 412: second wing portion
420: first support wall
500: second transfer unit
510: second transfer chain 520: second support wall
600: first fastening means
610: first fastening device 620: first operation unit
630: first display unit 640: first thread supply unit
650 sensor
700: second fastening means
710: second fastening device 720: second operation unit
730: second display unit 740: second real supply unit

Claims (10)

A support 100 of a predetermined shape;
A foot supply unit 200 and a moxibustion supply unit 300 fixed to the support 100;
A foot supply unit 200 and a moxibustion supply unit 300 fixed to the support 100;
A first conveying part 400 for conveying the first rope 20, the bale 30, and the footing 40 in one direction while supporting one edge of the net;
A second conveying part 500 for conveying the second rope 50, the moxa cord 60, and the moxa 70 in one direction while supporting the other edge of the net;
First fastening means 600 for binding one edge of the mesh with the first rope 20, the foot 30 and the footing 40; And
It includes; the second fastening means 700 for binding the other edge of the mesh and the second rope 50, the moxa wire 60 and the moxibustion 70;
The first transfer unit 400 includes a first transfer chain 410 moving in one direction, and a pair of first support walls 420 for supporting the first transfer chain 410. Fishing net automatic assembly system.
The method of claim 1,
The support 100 includes a pair of die 110 having a flat surface and spaced apart a predetermined distance, a lower frame 121 made of a rectangle, and a pair of first horizontal frames respectively positioned on the lower frame 121. 123, a pair of second horizontal frames 124 positioned on the pair of first horizontal frames 123, and the lower frame 121 and a pair of first horizontal frames 123, respectively, And a pair of rope guide tubes 125 respectively positioned between the vertical frame 122 for connecting and the pair of first horizontal frames 123 and the pair of second horizontal frames 124. Fishing net automatic assembly system.
The method of claim 2,
Near the rope guide tube 125, the fishing net automatic assembly system, characterized in that the pair is further provided with a pair of net support rods (126) for supporting the net (10).
The method of claim 1,
The footing supply unit 200 is positioned near one end of the second horizontal frame 124, and includes a rotation plate 210 for transferring the footdol 40 forward, and a plurality of paddles 220 attached to the rotation plate 210. Automated fishing net fishing system, characterized in that it comprises a).
The method of claim 4, wherein
The second horizontal frame 124 has a plurality of footings 40 and the foot 30 is located, the foot rope 30 is automatic self-assessment system, characterized in that the state penetrated through the footing (40).
delete The method of claim 1,
The first transfer chain 410 is provided with a plurality of first wings 411 and the second wing 412 of the plate-shaped, the upper predetermined portion is open to form a 'U' groove is spaced a predetermined distance apart Automated fishing net fishing system, characterized in that.
The method of claim 7, wherein
Self-assessed fishing net system, characterized in that the height of the second wing portion (412) than the first wing portion (411).
The method of claim 1,
The first fastening means 600 includes a first fastening device 610 for fastening the first rope 20, the rope 30, and the footing 40, and the first fastening device 610 is left and right. Self-assessed fishing net automatic assembly system characterized in that it is provided to be slidable.
The method of claim 9,
The first fastening means 600, the fishing net automatic assembly system further comprises a detection sensor (650) for detecting whether the footing 40 is seated at a predetermined position.

Images