KR200396308Y1 - Manufacturing device of weir frame - Google Patents

Abstract

The present invention mainly relates to a fish skeleton production apparatus for catching crustaceans, the process of clamping the support frame to the circular frame in the state of combining the circular frame and the support frame in the jig for manufacturing the cage frame, the clamped support frame By continuously welding the circular frame, it is possible to manufacture the trapped skeleton, which greatly improves the productivity of the trapped skeleton with little manpower, enables the standardization of the trapped skeleton, and greatly reduces the defect rate while providing excellent durability. It will be able to produce a skeleton.

That is, in the present invention, three circular frames (2) (2 ') (2 ") having different diameters, each of which are bent and welded, are arranged in a pyramid shape, and the hooks (3a), which are symmetrical to each other at both ends, are bent. In the fishing trap skeleton production apparatus (1) for clamping and welding after assembling the hooks (3a) of one or more strut frames 3 inclined to the upper and lower circular frames (2) (2 "),

The feed frame 9, the shaft is installed in the center of the feed frame 9, the rotary plate 11 and the pinion 12 is coupled to the upper and lower sides by the operation of the rotating cylinder 13 installed in the feed frame 9 It is fixed to the drive shaft 15 rotated by the rack 14 which is tooth-coupled with the moving pinion 12, the support 16 which is erected above the center of the pivot plate 11, and the upper end of the support 16. It comprises a fixed plate 17 and a lifting plate 19 having a smaller diameter than the rotating plate 11 that is lifted and lowered by the lifting cylinder 18 provided on the fixed plate 17, the rotary plate 11 is an edge Several stanchions 20 for seating the lower circular frame 2 "of the trapezoid frame A and the fork-type latch 22 which are settled by the operation of the cylinder 21 outward of the holding frame 3 It is alternately installed as much as the quantity, and the lifting plate (19) has several fixtures (23, 24) so as to set the upper and middle circular frame (2) (2 ') of the trapped skeleton (A) up and down A fork-type hook is mounted on the pivoting plate 11 with a support frame fixing means 25 which is upwardly opened between the two anchorages 23 for mounting the upper circular frame 2 and below the elevating plate 19. Jig (4) installed on the same line as the sphere (22),

It consists of a supporter 26 fixed to the ground, and the clamp 27 is installed on the upper and lower sides of the supporter 26, each clamp 27 is a rotary cylinder 28 and the link 29 coupled to the supporter 26 Connected with the rotating body 30, the fixed member 31 provided at the front end of the rotating body 30, the pressure cylinder 32 installed in the rotating body 30 and the link 33 It is composed of a variable member 34 is rotated, and the clamping means (5) and the clamped support frame (3) to be installed in the same line as the fork-type locking hole 22 is installed in the rotating plate (11) Including at least one or more commonly used robotic welders 6 arranged in the frame 2, 2 ', 2 "on the edge side of the jig 4 so as to weld them. Greatly improve the productivity of the production, standardization of production trap skeletons, and can produce a durable skeleton trap while reducing the failure rate dramatically Will be one allows.

Then, the roller 9a is coupled to the lower side of the transfer frame 9 of the jig 4 and placed in the base frame 8, and the transfer frame 9 is operated by the front and rear transfer cylinder 10 fixedly fixed to the base frame 8. ) Moves along the base frame 8 to the clamping means 5 and the welder 6 side or to the outside of the clamping means 5 and the welder 6, and to the upper side of the jig 4. (7) is added to allow the finished trapped skeleton (A) to be separated from the jig (4) to further improve workability.

Description

Manufacturing device for trapped skeletal structure {Manufacturing device of weir frame}

The present invention mainly relates to a fish skeleton production apparatus for catching crustaceans, and more specifically, in the production of cages, the process of clamping the support frame to the circular frame in a state in which the circular frame and the support frame are coupled to the jig, clamping By continuously welding the strut frame to the circular frame, it is possible to manufacture the trapped frame, which greatly improves the productivity of the trapped frame with little manpower, enables the standardization of the trapped frame, and significantly reduces the defective rate. It is to be able to produce a durable skeleton trap.

Typically, fishing catches for crustacean catch are those that operate year-round at seabeds and bottoms at depths of 100m to 1000m. The size of the knots is not only large but also requires very robust durability. As the tapered type becomes narrower gradually, the circular frame having a different size and a plurality of holding frames are coupled to each other.

The above-mentioned trapped skeleton is coupled to the two or three circular skeletons of different sizes by clamping and welding the strut frame, and the coupling is carried out by repeatedly clamping and welding the hook which is bent at the end of the strut frame to the circular frame. To ensure a solid bond.

However, in the case of the above-described operation, since most of the work is performed by a manual process, it takes a lot of work time, and there are many difficulties in producing a standardized product.

Therefore, the present inventors have improved the combined configuration of the circular frame and the strut frame, and can be laminated to the finished trap even more at the optimal volume, while improving the configuration to improve the configuration has been registered application (20-0264255), In this configuration, when the trapped skeleton is completed, the circular skeleton of the upper trap stacked on the support frame is naturally lowered along the outer surface of the holding skeleton so that it can be located above the circular skeleton of the trapped skeleton located on the lower side, thereby significantly reducing logistics costs. I have done so.

And the present inventors have received a patent application for the production method of fish skeleton trap skeleton for fishing and the manufacturing method of fish trap skeleton for fish (10-0301655).

The method for manufacturing a registered barrel for fishing vessels is a process of forming a circular frame by bending and welding a round bar, and forming a support frame by bending a hook symmetrically at both ends, and a circular frame and a support frame It is a process of assembling welding in the assembly welding jig to produce semi-finished products of the tumbler skeleton, and after the process of clamping the hook in the state of separating the jig from the jig, it can be made through the process such as netting with painting and rope .

However, in the case of the pre-application design as described above, the clamping operation of the hook is made in the state where the welding is performed first in the coupling of the circular frame and the support frame, and the welding part is frequently broken during the clamping process. There was a problem such as deterioration of durability, and the clamping operation of the hook is a number of problems such as poor workability because the operator repeatedly inserts the trapped skeleton into the clamping device while the trapped skeleton is separated from the jig. There was this.

In this regard, the present inventors have researched and developed the present design to solve all the problems caused by the production of trapped skeleton.

That is, in the present invention, a rotatable jig for combining a circular frame and a support frame, at least one clamping means arranged on the edge side of the jig configured to clamp the upper and lower hooks of the support frame at the same time, and a clamped support frame for the circular frame By providing at least one welder arranged on the edge side of the jig for welding, and a kneading frame manufacturing device including a tuck skeleton lifting device disposed at the upper side of the jig so as to separate the finished knuckle frame from the jig, The present invention has been completed with the technical task of devising in order to significantly improve the productivity of the skeleton, to standardize the trapped skeleton, and to produce the trapped skeleton with excellent durability while significantly reducing the defective rate.

1 is a schematic plan view showing a preferred embodiment of the present invention, Figure 2 is a front view of the present invention, Figure 3 is a side view of the present invention, etc.

Fishing vessel skeleton manufacturing apparatus (1) to be provided in the present invention is to arrange the three circular frame (2) (2 ') (2 ") of different diameters bending and welding fixed round bar in a pyramid shape, both ends The process of clamping and welding the hooks (3a) of several strut frames (3) formed by bending the symmetrical hooks (3a) as inclined to the upper and lower circular frames (2) and (2 ") is assembled. By making it continuous in the device will be able to produce a durable standardized outbreak skeleton (A) at a low cost.

That is, the present invention clamps the rotatable jig 4 and the upper and lower hooks 3a of the support frame 3 at the same time, which combine the circular frame 2, 2 ', 2 "and the support frame 3, respectively. At least one clamping means 5 arranged on the edge side of the jig 4 and the clamped support frame 3 are welded to the circular frame 2, 2 ', 2 " At least one welder 6 disposed on the edge side of the configuration, and the trapped skeleton lifting device 7 disposed above the jig 4 so as to separate the finished trapped skeleton (A) from the jig (4) to be.

Hereinafter, each configuration will be described in detail with reference to the accompanying drawings.

The jig 4 is coupled to the base frame 8 and the roller 9a coupled downward to move along the base frame 8 as shown in FIGS. 4 to 7 and fixed to the base frame 8. The conveying frame 9 which is conveyed by the installed front and rear conveying cylinder 10 and the shaft is installed in the center of the conveying frame 9, and the pivoting plate 11 and the pinion 12 are coupled to the upper and lower sides, and the conveying frame 9 The drive shaft 15 rotated by the pinion 12 moving by the operation of the installed rotation cylinder 13 and the rack 14 toothed, and the support 16 erected to the upper center of the pivot plate 11. And a fixed plate 17 fixed to the upper end of the support 16 and a lifting plate 19 having a diameter smaller than that of the rotating plate 11 which is lifted and lowered by the lifting cylinder 18 provided on the fixed plate 17. to be. Rotating plate 11 has several settlements 20 which hold the lower circular frame 2 "of the trapezoidal frame A outward of the edge, and the fork-type latch 22 which hangs out by the cylinder 21 operation | movement. And alternately install as many as the number of the holding frame (3), the lifting plate (19) to the upper and lower sides of several trappings (23) to settle the upper and middle circular frame (2) (2 ') ) 24 is coupled, the holding frame fixing means 25 which is upwardly opened between the two base fixtures 23 for placing the upper circular frame (2) to the lower side than the elevating plate (19) rotating plate (11) It is installed on the same line as the fork-type latch 22 installed in the at least one at a position not to interfere with the settle 20 and the fork-type latch 22 to the lower side of the rotating plate (11). The above removal means 41 is provided, and the removal means 41 is formed by a cylinder 42 fixed to the pivot plate 11 and a removal plate 43 which is elevated by the cylinder 42. It is.

The fork-type catching hole 22 which is inundated by the operation of the cylinder 21 installed in the pivoting plate 11 is composed of a plurality of upper and lower portions as shown in FIG. It is designed to be able to use the trap skeleton manufacturing apparatus (1).

And the clamping means (5) is configured to clamp the upper and lower hooks (3a) of the holding frame (3) coupled by the jig (4) as shown in Figures 8 to 10, It is installed on the same line as the fork-type latch 22 provided in the pivoting plate 11.

That is, the clamping means 5 is composed of a supporter 26 fixed to the ground and the like, and clamps 27 are installed on the upper and lower sides of the supporter 26, each clamp 27 is rotated coupled to the supporter 26 The rotating body 30 is connected to the rotating cylinder 28 and the link 29 to rotate, the fixing member 31 is provided at the tip of the rotating body 30, the pressure cylinder is installed on the rotating body ( It is composed of a variable member 34 is connected to the 32 and the link 33 to rotate.

At the rear end of the link 29 connecting the rotating cylinder 28 and the rotating body 30, the weight 35 is suspended so as to increase the operability of the rotating cylinder 28.

On the other hand, the welding machine 6 is applied to buy the industrial automatic welding machine to be rotated by a plurality of joints and the rotating part, the specific configuration thereof is a generalized technology and will not be described in detail.

And the trap skeleton lifting device (7) as shown in Figure 11 to separate the completed trap skeleton (A) from the jig (4), which is the rail 36 is installed on the ceiling and the rail 36 Therefore, a plurality of air fingers installed below the finger mounting plate 39 and the finger mounting plate 39, which are lifted and lowered by the movable body 37, the elevating cylinder 38, which is installed below the movable body 37. It is a structure containing 40. The movable body 37 is moved by a power of a drive motor or the like or is moved manually.

The clamping means (4) and the upper jig (4) or jig (4) in the state in which the jig 4 is moved to clamp the clamping means (5) to the installation position of the trap skeleton lifting device (7) What is necessary is just to install above the jig | tool 4 of the state which moved to the outer side of the welding machine 6.

In the present invention, a cylinder is used as a transfer means for transferring each component, but various means such as a chain, a wire, and a solenoid connected to a motor may be applied as necessary. The application of such means should be regarded as a simple design change.

The trapped skeleton manufacturing apparatus (1) of the present invention, which is configured as described above, is a trapped skeleton (A) used for trapping for crustacean capture, while being cheap and durable, and capable of producing a standardized product. The action according to the production of the frame A will be described.

In order to manufacture the trapped skeleton A by using the trapped skeleton manufacturing apparatus 1 of the present invention, first, by operating the cylinder 10 for forward and backward installed in the base frame 8, the transfer frame 9 is moved outward. In the state moved to the jig (4) is set to the circular frame (2) (2 ') (2 ") and the support frame (3).

The setting of these circular frames 2, 2 ', 2 "and the strut frame 3 is a state in which the upper circular frame 2 is placed in the settling 23 which is first mounted to the upper side of the lifting plate 19. In the state in which the upper hook (3a) of the support frame (3) is fastened from the outside of the circular frame (2) and the support frame (3) is fitted into the support frame fixing means (25) to fix the intermediate circular frame (2 ') and the lower circle. The frame 2 "is settled in the settling part 24 attached to the lower part of the elevating plate 19, and the settling part 20 provided in the rotating plate 11. As shown in FIG. At this time, the lower hook (3a) of the holding frame (3) is to maintain the open state to the outside, the lower circular frame (2 ") is embedded.

As described above, the cylinders 10 for back and forth which drive the feed frame 9 are operated in reverse with the circular frames 2, 2 ', 2 "and the support frame 3 set on the jig 4. While moving the feed frame 9 to the initial position, at the same time by operating the cylinder 13 installed on the rotating plate 11, the fork-type latch 22 is moved to the upper side of the circular frame (2 ") fixed plate ( Lifting plate 19 is lifted by operating lifting cylinder 18 provided in 17). At this time, the upper circular frame (2), which is settled on the elevating plate (19) and the holding frame (3) to which the upper hook (3a) is coupled to the circular frame (2) is a lifting plate ( 19) is raised in the state, and the lower circular frame (2 ") that is embedded in the lower hook (3a) of the holding frame (3) by the continuous lifting cylinder (18) is lifted while the fork-type latch (22) The lifting operation of the lifting plate 19 is stopped when caught on the lower side.

As described above, the upper and lower hooks 3a of the support frame 3 are clamped to the hooks 3a formed at the upper and lower ends of the support frame 3 in a state in which the circular frames 2 and 2 " To combine the holding frame (3) and the circular frame (2) (2 "). That is, when the operation of the lifting plate 19 of the jig 4 is stopped, the rotation cylinder 28 installed above and below the supporter 26 of the clamping means 5 operates to rotate the rotating body 30 to rotate the rotating body. (30) The fixing member 31 provided at the tip is moved to the hook position 3a of the support frame 3, and in this state, the pressurizing cylinder 32 installed on the rotating body 30 is moved to fix it. The variable member 34 corresponding to the member 31 is rotated toward the fixing member 31 to press the hook 3a of the strut frame 3 toward the annular frame 2 and 2 "

When the clamping operation is completed as described above, the clamping means (5) is rotated to the outer side by the reverse driving of the pressure cylinder (32) to the outside, and is fixed to the supporter (26). By the operation of the cylinder 28, the rotor 30 is restored to its original state.

When the clamping means 5 is restored to its original state, the rotating cylinder 13 installed in the conveying frame 9 is driven. At this time, the rack 14 linearly moving by operating the rotating cylinder 13 drives the pinion 12. The pivotal plate 11 of the jig 4 to which the circular frame 2, 2 ', 2 " and the support frame 3 are coupled to each other at a predetermined angle (a position where the adjacent support frame 3 is coupled). After rotating as much as described above, the clamping operation by the clamping means 5 is made.

At this time, the first clamped circular frame (2) (2 ') (2 ") and the ground portion of the holding frame (3) is sequentially welded by the welder (6).

As described above, when the circular frame 2, 2 ', 2 " and the support frame 3, which are coupled to the jig 4, are clamped and welded, the rotating plate 11 is operated by the operation of the rotation cylinder 13. At the same time, the transfer frame 9 including the jig 4 is moved to the outside of the clamping means 5 and the welder 6 by the drive of the forward and backward transfer cylinder 10 installed in the base frame 8 at the same time. When the transfer frame 9 including the jig 4 is completely moved to the outside of the clamping means 5 and the welding machine 6, the lifting cylinder of the trapped skeleton lifting device 7 installed above the jig 4. (37) When the finger mounting plate 39 on which the air finger 40 is installed is lowered by the operation, and the air finger 40 reaches the upper circular frame 2 of the trapped skeleton A, the air finger 40 ) Clamps the circular frame (2) and the lifting cylinder (38) is driven in reverse to separate the discharged trapped skeleton (A) from the jig (4).

At this time, the present invention is installed on the lower side of the rotating plate 11 and the removal means (41) that do not interfere with the settling fixture 20 and the fork-type locking hole 22, the trap skeleton (A) in the jig (4) It can be separated and discharged more safely. That is, when driving the cylinder 42 of the removal means 41 installed on the rotating plate 11 in a state in which the transfer frame 9 is moved to the outside of the clamping means 5 and the welding machine 6, the completed trap The skeleton (A) is moved to the settled plate 43 in the up state while maintaining the state completely separated from the jig (4), at this time the trapped skeleton (A) with the air finger 40 is installed on the finger mounting plate (39) ) To be discharged by clamping.

After separating the finished trapped skeleton (A) from the jig (4), the jig (4) in the state in which the circular frame (2) (2 ') (2 ") and the strut frame (3) are sequentially placed as described above If carried out in one step it can be produced continuously trapped skeleton (A).

As described above, the trapped skeleton manufacturing apparatus 1 provided by the present invention has a clamping means 5 in a state in which the circular skeleton 2, 2 ', 2 "and the support frame 3 are coupled to the jig 4. ) And the welder (6) by clamping and welding can be produced the trapped skeleton (A), according to the present invention can significantly improve the productivity with a minimum of manpower in manufacturing the trapped skeleton (A), products It is a very useful design that can achieve more than expected effects such as standardization of the product and reduction of the defective rate significantly.

1 is a schematic plan view showing a preferred embodiment of the present invention

2 is a front view of the present invention

3 is a side view of the present invention

4 is an enlarged cross-sectional view of the jig extraction of the present invention

Figure 5 is a perspective view of the main portion extracted to show the mounting and fork-type latch mounting state coupled to the rotating plate of Figure 4

Figure 6 is a perspective view of the main portion extract showing another embodiment of the fork-type latch that can be applied to the present invention

Figure 7 is a perspective view of the main portion excavated to show the coupling state of the mounting fixture, etc. coupled to the lifting plate of Figure 4

8 is an enlarged perspective view of the extract of the clamping means of the present invention

Figure 9 is a side view before the lifting plate is lifted as a side view before the clamping means of the subject innovation

10 is a side view before and after the lifting plate is lifted as a side view before the clamping means of the subject innovation

Figure 11 is a side view after the clamping means of the present invention is motorized

Figure 12 is a side view for showing the trapped skeleton lifting device configuration of the present invention

■ Explanation of symbols used in main part of drawing ■

A: Trolling frame 1: Trolling frame manufacturing device

2,2 ', 2 ": Round frame 3: Holding frame

3a: Hook 4: jig

5: clamping means 6: welding machine

7: Trolling frame lifting device 8: Base frame

9: Transfer frame 9a: Roller

10: Cylinder for forward and backward movement 11: Rotating plate

12: Pinion 13: Rotating cylinder

14: rack 15: drive shaft

16: Holder 17: Fixed Edition

18: lifting cylinder 19: lifting plate

20, 23, 24: Settle 21: Cylinder

22: fork locking hook 25: holding frame fixing means

26: Supporter 27: Clamp

28: rotating cylinder 29, 33: link

30: rotating body 31: fixing member

32: pressure cylinder 34: variable member

35: Weight 36: Rail

37: Moving body 38: Lifting cylinder

39: finger installation plate 40: air finger

Claims (5)

Several strut frames in which three circular frames (2), 2 ', and 2 "having different diameters, which are bent and welded, are arranged in a pyramid shape and bent and formed by hooks 3a that are symmetric to each other at both ends. In the fishing trap skeleton manufacturing apparatus (1) for clamping and welding after the hook (3a) of (3) is inclined and assembled to the upper and lower circular frames (2) and (2 "), The feed frame 9 and the pivot plate 11 and the pinion 12 are coupled to each other in the center of the feed frame 9, and the upper and lower sides thereof are coupled to each other by the operation of the rotation cylinder 13 installed in the feed frame 9. The drive shaft 15 rotated by the rack 14 which is tooth-coupled with the moving pinion 12, the support 16 which stands up to the center upper side of the rotation plate 11, and the fixed plate fixed to the upper end of the support 16 (17) and a lifting plate (19) having a smaller diameter than the rotating plate (11) for elevating by the lifting cylinder (18) provided on the fixed plate (17), wherein the rotating plate (11) has an outwardly edged edge. Alternate a number of fixtures 20, which hold the lower circular frame 2 " of the frame A, and a fork-type latch 22, which are settled by the operation of the cylinder 21, by the amount of the support frame 3, respectively. The elevating plate 19 is provided with a number of stabilization 23 (24) 24 is installed so as to enclose the upper and middle circular frame (2) (2 ') of the trapped skeleton (A) to the upper and lower sides, Fork-type latch 22 provided on the pivoting plate 11 with the support frame fixing means 25 upwardly opened between the two support members 23 for mounting the frame frame 2 below the lifting plate 19. Jig (4) installed on the same line as It is composed of a supporter 26 fixed to the ground, and a clamp 27 installed on the upper and lower sides of the supporter 26, each clamp 27 is a rotation cylinder 28 and the link 29 coupled to the supporter 26 Connected to the rotating body 30, the fixing member 31 provided at the tip of the rotating body 30, the pressure cylinder 32 is installed on the rotating body 30 and the link 33 is connected Clamping means (5) consisting of a variable member 34 to be rotated and installed on the same line as the fork-type locking hole 22 is installed on the rotating plate (11), At least one or more commonly used robotic welders 6 for placing the clamped strut frame 3 on the edge side of the jig 4 for welding to the circular frame 2, 2 ', 2 ". Trap skeleton manufacturing apparatus characterized in that. The method of claim 1, The roller (9a) is coupled to the lower side of the transfer frame (9) of the jig (4) and placed in the base frame (8), the transfer frame (10) by the operation of the front and rear transfer cylinder (10) fixedly fixed to the base frame (8) 9) It is possible to move the clamping means (5) and the welder (6) side or the clamping means (5) and the welder (6) along the base frame (8). The method according to claim 1 or 2, To the upper side of the jig (4) by adding a trap skeleton lifting device (7) to be able to separate the finished trap skeleton (A) from the jig (4), The trap skeletal lifting device 7 is lifted and lowered by a rail 36 mounted on the ceiling, a movable body 37 moving along the rail 36, and a lifting cylinder 38 installed below the movable body 37. Finger mounting plate (39), and the trap skeleton manufacturing apparatus, characterized in that consisting of a plurality of air fingers 40 are installed to the lower side of the finger mounting plate (39). The method of claim 1, At the rear end of the link 29 which is connected to the rotating cylinder 28 of the clamping means (5) characterized in that the hanging weight skeleton, characterized in that hanging the weight (35) to increase the operability of the rotating cylinder (28) Manufacturing equipment. The method of claim 1, At least one stripping means 41 is provided below the rotating plate 11, The removal means 41 is trapped skeleton manufacturing apparatus, characterized in that consisting of the lifting plate 43 is elevated by the cylinder 42 and the cylinder 42 is fixed to the rotating plate (11).