KR200329677Y1 - Cleaver Machine for Brown Seaweed's Naked Branch - Google Patents

Abstract

The present invention relates to a seaweed plotter, in which the finely thinned seaweed plot with leaves removed in the longitudinal direction is processed into a seaweed plot food material,

While moving the right seaweed plot between chains on the right side of the seaweed plot, the first half of the seaweed plot is circulated up and down by driving the seaweed plot fragment chain equipped with a plurality of cutting knives at regular intervals. After cutting finely, finely cut the remaining second half of the seaweed plot with the cutting knife of the seaweed plot cutting chain mounted on the rear side of the left seaweed plot moving chain in the same way as the right part.

By cutting the seaweed plot at more regular intervals, the quality of the product can be improved, and the large amount of seaweed plot can be easily and quickly sanitized, and the size of the shredder is greatly reduced to reduce the processing cost. Savings and productivity.

Description

Cleaver Machine for Brown Seaweed's Naked Branch}

The present invention relates to a seaweed plotter, in which the finely thinned seaweed plot with leaves removed in the longitudinal direction is processed into a seaweed plot food material,

While moving the right seaweed plot between chains on the right side of the seaweed plot, the first half of the seaweed plot is circulated up and down by driving the seaweed plot fragment chain equipped with a plurality of cutting knives at regular intervals. After cutting finely, finely cut the remaining second half of the seaweed plot with the cutting knife of the seaweed plot cutting chain mounted on the rear side of the left seaweed plot moving chain in the same way as the right part.

By cutting the seaweed plot at more regular intervals, the quality of the product can be improved, and the large amount of seaweed plot can be easily and quickly sanitized, and the size of the shredder is greatly reduced to reduce the processing cost. Savings and productivity.

In general, seaweed plots that contribute greatly to foreign currency acquisition by exporting to Japan, as well as domestic demand, are first removed by removing seaweed leaves, then gathering several plots to make bundles. It is processed by sweeping the bundle of plots so that the seaweed plot is caught and nailed.

However, this conventional seaweed plot processing method requires a lot of labor manpower and long working time because the operator has to repeat the process of unloading the seaweed plot bundle to the nailed cylinder one by one, and the disadvantage of being processed unsanitary Not only that, but the processed seaweed plot was not cut to a certain thickness and processed randomly, there was a disintegration that lowered the value of the commodity and caused a drop in export prices.

The present invention has been studied in consideration of all the problems that the conventional seaweed plot processing method as described above,

The purpose of the present invention is to sanitize the seaweed plot to a more uniform thickness to improve the quality of the product, to process a large amount of seaweed plot more easily and quickly, and to reduce the processing cost by reducing the size of the shredder To improve productivity.

The purpose of the present invention is to circulate up and down the seaweed plot fragment chain equipped with a plurality of cutting knives at regular intervals while moving the middle part of the seaweed plot between the right seaweed plot moving chains moving at infinity. It can be effectively achieved by slicing the first half of the seaweed plot by driving it, and then finely trimming the remaining second half of the seaweed plot with the cutting knife of the seaweed plot cutting chain mounted on the rear side of the left seaweed plot moving chain in the same manner as the right side. .

1 is a front view showing the overall configuration of the present invention,

2 is a side view of the same;

3 is an enlarged perspective view of main parts of the present invention;

4 is a partial longitudinal cross-sectional view showing an operating state of the present invention;

5 is a partial cross-sectional view and a side view showing the assembled state of the cutting knife mounted on the present invention,

Figure 6 is a plan view showing a state in which the cutting of the seaweed plot according to the present invention.

* Explanation of symbols for the main parts of the drawings

1: Seaweed plot moving chain part 3: Seaweed plot cutting part

5: slope 11,11 ', 12,12': seaweed plot moving chain

13,13 ', 13' ', 13' '', 14,14 ', 14' ': Chain Sprocket

15,15 ', 36,36': Chain 31,32: Seaweed plot section

34,34 ': Upper chain sprocket 35,35': Lower chain sprocket

37: Cutting Knife 37 ', 39': Square Shaft

38,40: Square axis 38 ', 40': Spacer

39: leftover knife 51: cutting direction guide plate

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

1 is a front view showing the overall configuration of the present invention, Figure 2 is a side view of the same,

The seaweed plotting machine of the present invention is divided into the seaweed plotting chain part (1) which largely divides the unprocessed seaweed plot (A) from the start of the processing to the completion phase, and the seaweed plotting section (3) )

In addition, the seaweed plotting movement chain part 1 is divided into left and right seaweed plotting movement chains 11 and 12, and is installed in a state where the middle part is partially overlapped and maintained at some intervals.

Again, the right seaweed plot moving chain 12 is mounted on a series of chain sprockets 13, 13 ', 13 " and 13' ", as shown by the solid arrows, and moves in an infinite trajectory. There is,

The left seaweed plot moving chain 11 is mounted on a series of chain sprockets 14, 14 ', 14 " and 13' " The chain sprockets 13 ″ and 14 ″ are connected to a chain 15, 15 ′ and a motor 16.

In addition, driven seaweed plot movement chains 11 ′ and 12 ′ are engaged with upper left and right seaweed plot movement chains 11 and 12, and these seaweed plot movement chains 11, 11 ′ and 12 are engaged with each other. 3 'and 4' are the peaks and valleys of the chain in the state in which the upper and lower two chains 17, 17 ', 17' ', 17' '' are laterally connected. The chain rollers 20 and 20 'are supported by the rails 19 and 19' of the support guides 18 and 18 'in the form of abutting bites.

On the other hand, the seaweed plotting section 3 is divided into left and right seaweed plotting section 31, 32 and is installed in the approximately middle portion of the left and right seaweed plotting chain 11, 12, these Only the directions are different from each other only in front, rear, left and right, and are configured in the same structure.

Again, the left and right seaweed plotting segments 31 and 32 are interposed between two upper chain sprockets 34 and 34 'driven by a motor 33 and two lower chain sprockets 35 and 35'. Left and right chains 36 and 36 'are connected, and between the left and right chains 36 and 36', a plurality of cutting knives 37 are shown in FIG. A square shaft 38 is inserted into and installed in the ')', and a spacer 38 'is inserted between each cutting knife 37 to maintain a constant distance from each other.

And the square shaft hole 39 'in the state in which the spacer 40' is inserted between the left and right seaweed plotting cut portions 31 and 32 in front of the plurality of debris removal knifes 39 which are operated by a motor. The square shaft 40 is inserted in the), and is inserted between the cutting knives 37 during driving to remove the seaweed residues caught on the cutting knives 37.

Figure 6 is a plan view showing a state of cutting off the seaweed plot according to the present invention,

The left and right seaweed plot shifting chains 11 and 12 are partially overlapped with each other in the middle portion, and the left and right seaweed plot shifting chains 12 and the left seaweed plot shifting chains 11 intersect with each other. The fine cutting direction switching guide plate 51 in which the extended inclined surface 5 is formed in the direction is mounted.

Referring to the operation and effects of the present invention configured as described above are as follows.

First, when the middle part of the leaf-removed seaweed plot A is placed over the right seaweed plot shifting chain 12 as shown in FIG. 4, the seaweed plot A moves on the chain as the chain moves to the left. When the seaweed plot A reaches the driven seaweed plot moving chain 12 ', the rails 19 of the support guides 18 and 18' are connected laterally and the bite is in contact with each other. 19 ') so that the seaweed plot A is fed between the upper and lower two chains 17, 17', 17 '', 17 '' 'and the chain rollers 20, 20' are supported. do.

The seaweed plot A thus passed continues to the left and reaches the right seaweed plot segment 32 mounted adjacent to the front, and the upper and lower chain gears 34, 34 ', 35 and 35 A plurality of cutting knifes 37 mounted at regular intervals between the left and right chains 36 and 36 'connected to the') are cut into the seaweed plot A into which the cutting knife 37 enters, and the cutting knife 37 is continuously As it descends to the lower side, the seaweed plot A is thinly cut in the longitudinal direction along the cutting knife 37.

When the seaweed plot (A) is cut in this process and the cutting knife (37) reaches the lower chain sprocket (35, 35 '), the seaweed plot (A) is cut to the lower end, and the cutting knife (37) is completed. The seaweed plot A continues to move to the left while being bitten by the seaweed plot shift chain 12, 12 '.

On the other hand, the left and right of the seaweed plotting section 31, 32, the lower side of the plurality of debris removal knife 39 is mounted on the square shaft 40 is inserted between the cutting knife 37 moving while rotating Will remove the seaweed residue caught in the cutting knife 37 during the cutting process.

When the seaweed plot A moves again and reaches the end of the right seaweed plot moving chain 12 and reaches the cutting direction turning guide plate 51 mounted on the front left side, as shown in FIG. (5) while the cut portion of the seaweed plot (A) is spread widely spread on the left seaweed plot moving chain (11) (11 ') mounted on the lower left end of the cutting direction direction guide plate 51, Immediately after, the right seaweed plot shifts from the chain 12 (12 ').

When the seaweed plot A bitten by the left seaweed plot moving chain 11, 11 'is moved a little further and reaches the left seaweed plot cut section 31 mounted on the rear side, the right seaweed plot cut section (described above) In the same principle and operation as 32), the remaining uncut portion of the seaweed plot A is cut by the cutting knife 37.

The seaweed plot A, which has been cut, is moved on the left seaweed plot moving chain 11 and is separated from the end thereof and discharged to the outside through a hopper or a conveyor.

Therefore, according to the seaweed plot slicer of the present invention, in cutting the seaweed plot,

Seaweed plotting fragment 36 with a plurality of cutting knifes 37 mounted at a predetermined interval in front of the seaweed plotting chain 12 and 12 'while moving infinity. (36 ') is rotated up and down to thinly cut the first half of the seaweed plot (A), and then the remaining second half of the seaweed plot (A) to the rear side of the left seaweed plot moving chain (11) (11'). By finely cutting with a cutting knife 37 of the seaweed plotting cutting chain mounted in the same way as the right part,

Improve the quality of the product by cutting the seaweed plot (A) at more regular intervals, make it easier and faster to sanitize a large amount of seaweed plot (A), and significantly reduce the size of the cutting machine There is an advantage that can reduce the cost and increase the productivity significantly.

In the above described the present invention based on a specific embodiment, the present invention may have various modifications within the scope of the technical idea of the present invention, the technical scope of the present invention is not limited to only the above embodiment.

As described above, the seaweed plotting machine of the present invention has a plurality of cutting knives 37 in front of the seaweed plotting line while moving about the middle part of the seaweed plot between the right seaweed plotting chain 12 and 12 'moving infinity. After finely cutting the first half of the seaweed plot (A) by circularly driving the seaweed plotting segment 36 (36 ') mounted at intervals,

By finely slicing the remaining uncut second half of the wakame plot A with the cutting knife 37 of the wakame plot cut chain, which is mounted on the rear side of the left wakame plot shifting chain 11, 11 'in the same manner as the right part,

Improve the quality of the product by cutting the seaweed plot (A) at more regular intervals, make it easier and faster to sanitize a large amount of seaweed plot (A), and significantly reduce the size of the cutting machine It can reduce the cost and increase the productivity significantly.

Claims (2)

Right seaweed plot shifting chain 12 mounted on a series of chain sprockets 13, 13 ', 13' 'and 13' '' connected to a motor 16 and a series of chain sprockets 14 and 14 The left seaweed plotting chain 11 mounted on the '' 14 '' and 13 `` '' is installed while maintaining a predetermined interval before and after the intermediate portion partially overlaps, Passive seaweed plotting chains 11 'and 12' are engaged with the left and right seaweed plotting chains 11 and 12, and these seaweed plotting chains 11, 11 ', 12 and 12 are engaged. ') Is a support guide 18 (in the form of a bit of the chain and the mountain and the valley of the chain in contact with each other in a state that the two chains 17, 17', 17 '', 17 '' ') are horizontally connected. The chain rollers 20 and 20 'are supported by the rails 19 and 19' of the 18 ', Two upper chain sprockets 34 and 34 'and two lower chain sprockets 35 and 35' which are driven by a motor 33 at approximately the middle of the left and right seaweed plot moving chains 11 and 12. The left and right chains 36 and 36 'are connected between each other, and a plurality of cutting knives 37 are interposed therebetween, while the spacer 38' is inserted therebetween. Left and right seaweed plotting cut portions 31 and 32 having a shaft 38 inserted therein are installed. In the state in which the middle portion of the left and right seaweed plot shifting chains 11 and 12 partially overlaps, the right seaweed plot shifting chain 12 and the left seaweed plotting shifting chain 11 in a left direction immediately in front of a portion where they meet each other. Seaweed plotter, characterized in that the cutting direction change guide plate 51 is formed with an extended inclined surface (5). According to claim 1, wherein the left and right of the seaweed plotting section 31, 32, a plurality of debris knife 39, which is driven by a motor to the lower side of the blind with a spacer 40 'inserted therebetween. Seaweed plotter, characterized in that the square shaft (40) is inserted into the shaft hole (39 '), so as to be inserted between the cutting knife 37 during driving.