KR200319074Y1 - Cleaver Machine for Brown Seaweed's Naked Branch - Google Patents

Abstract

The present invention relates to a seaweed plotter, which is thinly sliced in the longitudinal direction to remove the seaweed plotter with leaves, between the left and right support chains to move the upper end of the seaweed plotter to the endless track. While supporting the seaweed plot portion just below the support chain on a plate of another support chain on the lower side, and inserting a plurality of cutting pins arranged at regular intervals on one side of the cutting chain, and then supporting the upper side. By smoothly moving the chain upward and backward, the seaweed plot becomes thinly sliced along the cutting pin, and the seaweed plot is cut at regular intervals to improve the quality of the product. Hygienic processing easier and faster, greatly improving productivity It would be.

Description

Cleaver Machine for Brown Seaweed's Naked Branch}

The present invention relates to a seaweed plotter, which is thinly sliced in the longitudinal direction to remove the seaweed plotter with leaves, between the left and right support chains to move the upper end of the seaweed plotter to the endless track. While supporting the seaweed plot portion just below the support chain on a plate of another support chain on the lower side, and inserting a plurality of cutting pins arranged at regular intervals on one side of the cutting chain, and then supporting the upper side. By smoothly moving the chain upward and backward, the seaweed plot becomes thinly sliced along the cutting pin, and the seaweed plot is cut at regular intervals to improve the quality of the product. Hygienic processing easier and faster, greatly improving productivity It would be.

In general, seaweed plots that contribute 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 improve the quality of the product by sanitizing the seaweed plot to a more uniform thickness, and to improve the productivity by making a large amount of seaweed plot more easily and quickly.

The object of the present invention is to automate the cutting process of seaweed plots, so that the upper end of the seaweed plots is held between the left and right support chains that move indefinitely, while the seaweed plots just below the support chains are supported. After supporting the plate of the other supporting chain, inserting a plurality of cutting pins arranged at regular intervals on one side of the cutting chain, and then slowly moving the upper supporting chain to the rearward direction so that the seaweed plot is lowered along the cutting pin. By finely thinning, it can be effectively achieved.

1 is an external perspective view of the present invention,

2 is a side view schematically showing the overall driving state of the present invention;

Figure 3 is a perspective view showing a coupling state of the support chain applied to the present invention,

4 is a longitudinal sectional view of the assembled state;

Figure 5 is a perspective view showing a combined state of the support and fragment chain applied to the present invention

6 is a longitudinal sectional view of the assembled state;

7 is a partial plan view showing the same operation state;

8 is a longitudinal sectional view of the switching chain of the present invention,

Figure 9 is a perspective view showing the coupling state of the seaweed upper part cutting chain of the present invention,

10 is a longitudinal cross-sectional view,

11 is a side cross-sectional view of the same;

* Explanation of symbols for the main parts of the drawings

1,1 ': inlet chain sprocket 2,2': outlet chain sprocket

4,4 ', 20,20': Support chain 6,6 ': Upward conversion chain sprocket

8,8 ', 9,9', 10,10 ': Down-conversion chain sprocket

12,12 ': Horizontal shifted chain sprocket 14,14', 15,15 ': Support chain sprocket

20,20 ': Support chain 21,21', 31: Fragment chain

27,27 ': Conversion chain 34,34': support guide

35,35 ': Chain Roller 36,36': Rail

41,41 ', 42,42', 46,46 ', 53: Plate 48,48', 55: Cutting pin

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

1 is an external perspective view of the present invention, Figure 2 is a side view schematically showing the overall driving state of the present invention,

Two sets of input and discharge chain sprockets (1) (1 ') (2) (2') are symmetrical left and right and are installed on the frame (3) in the horizontal direction to support the chain (4) (4 '). Is connected, and between these input and discharge chain sprockets 1, 1 ', 2, and 2', the up conversion chain sprocket 6, 6 'and the down conversion chain sprocket 8, 8'. (9) (9 ') 10 (10') and horizontal switching chain sprockets (12, 12 ') are respectively provided to shift the running direction of the support chain (4) (4') to the desired direction. I'm trying to.

And between the feed chain sprocket (1) (1 ') and the rising conversion chain sprocket (6) (6'), the support chain sprockets (14) (14 ') (15) (15') and the cutting chain at left and right sides. Sprockets (16) and (16 ') are installed at upper and lower stages, respectively, and drive chain sprockets (18), (18'), (19 ') and (19') are provided at the lower side of the lower switching chain sprocket (8) (8 '). ) And the support chains 20 and 20 'and the cutting chains 21 and 21', respectively.

In addition, between the horizontal switching chain sprockets 12 and 12 'and the discharge chain sprockets 2 and 2', the switching chain sprockets 24 and 24 'are respectively installed at the left and right sides, and the driving chain is installed at the rear end. Sprockets 25 and 25 'are connected to the switching chains 27 and 27', and the cut chain sprockets 29 and 29 'are overlapped on either side of the switching chains 27 and 27'. It is installed to each chain segment 44, the cutting chain 31 is attached to the cutting pin 48 is attached.

Figure 3 is a perspective view showing a coupling state of the support chain applied in the present invention, Figure 4 is a longitudinal cross-sectional view of the assembled state,

The support chains 4 and 4 'are provided with chain guides 35 and 35' with guides 34 and 34 'with the left and right chain segments 33 and 33' engaged with each other. ), The left support guide 34 is fixed to the frame 3 with bolts, and the right support guide 34 'is fixed to the spring 38. It is attached to the frame 3 in the stuck state.

Figure 5 is a perspective view showing a coupling state of the support and the cutting chain applied to the present invention, Figure 6 is a longitudinal sectional view of the assembled state, Figure 7 is a partial plan view showing the same operating state,

Plates 42 and 42 'are coupled to upper and lower chain segments 40 and 40' of the left support chains 20 and 20 'and installed in two stages below the support chains 4 and 4'. Plate 46 and 46 'are attached to the upper chain segments 44 and 44' of the right cut chains 21 and 21 ', and several cut pins 48 and 48' are attached to the left end thereof. ) Is attached,

The left support chain sprockets 14 and 14 'are spaced apart from the elongated chain sprockets 16 and 16' as compared to the left support chain sprockets 15 and 15 'to form an inlet 49. By eccentrically pushing the seaweed plot A drawn down from the support line (4) (4 ') to the right from the center line, thereby cutting the pins (48) (48') of the right segment (21) (21 '). It makes it easier to penetrate this seaweed plot (A).

8 is a longitudinal sectional view of a switching chain of the present invention,

Under the rear end of the supporting chains 4 and 4 ', the switching chains 27 and 27' having the same structure as the supporting chains 4 and 4 'are driven with the switching chain sprockets 24 and 24'. It is connected between the chain sprockets 25 and 25 '.

Figure 9 is a perspective view showing the coupling state of the seaweed upper part cutting chain of the present invention, Figure 10 is a longitudinal cross-sectional view, Figure 11 is a side cross-sectional view,

The cutting chains 31 and 31 'are installed between the cutting chain sprockets 29 and 29' installed on one side of the switching chains 27 and 27 ', and the plate 53 on the chain segment 51. Are mounted at regular intervals, and a plurality of cutting pins 55 are attached to the outside thereof, and a guide plate 57 is provided on the switching chain 27 'opposite to the cutting chain 31.

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

First, hold the upper part of the seaweed plot A with the leaves removed by hand and push the seaweed plot A between the left and right support chains 4 and 4 'as shown in FIGS. 3 and 4. As the (4) (4 ') moves, the seaweed plot (A) is moved to the rear side while being bitten between the supporting chains (4) and (4'), wherein the supporting chains (4) and (4 ') are chain rollers. 35 and 35 'are moved in close contact with the rails 36 and 36' of the left and right support guides 34 and 34 ', so that the support chains 4 and 4' The caught seaweed plot A will not be released from the support chain 4, 4 ',

During operation, if there is a case where several seaweed plots A are simultaneously carried between the support chains 4 and 4 ', the right support guide 34' is slightly pushed to the right by the spring 38. The close contact state between the support chains 4 and 4 'is appropriately adjusted.

When the seaweed plot A is bitten by the support chain 4 and 4 'and moves to the rear side, and reaches the support and fragmentation chains 20, 20', 21 and 21 ', the seaweed plot A becomes As shown in FIGS. 5, 6, and 7, the plate 42 and 42 ′ of the left support chains 20 and 20 ′ are slightly pushed to the right from the center line, and in this state, the right segment is cut. The cutting pins 48 and 48 'of the chains 21 and 21' press the seaweed plot A so that the cutting pins 48 and 48 'can more easily penetrate the seaweed plot A. I'm doing it.

In this state, when the support chains 4 and 4 'reach the upward switching chain sprockets 6 and 6', the running direction of the support chains 4 and 4 'rises gently, whereby seaweed plots (A) shows the support chains 4 and 4 'on the upper side with the lower pin supporting and the cutting pins 48 and 48' inserted between the cutting chains 20, 20 ', 21 and 21'. Since the bite rises to be cut along the cutting pins 48 and 48 '.

When the seaweed plot (A) is cut in this manner and the support chain (4) (4 ') reaches the down conversion chain sprocket (8) (8'), the seaweed plot (A) is completed by cutting the seaweed to the lower end. The plot A is disengaged from the support and fragmentation chains 20, 20 ', 21, 21', and the wakame plot A is again in the state of being bitten by the support chain 4, 4 '. Lowering down The chain begins to descend by passing through the chain sprockets 9, 9 ', 10 and 10'.

When the lowering is completed, the seaweed plot A is again mounted on the lower side, as shown in FIG. 8, after the driving direction thereof is converted to the horizontal state by the horizontal switching chain sprockets 12 and 12 ′. Upon reaching the switching chains 27 and 27 ', the lower portion of the seaweed plot A bitten by the support chains 4 and 4' is simultaneously bitten by the switching chains 27 and 27 ', When the support chain (4) (4 ') reaches the discharge chain sprocket (2) (2'), the seaweed plot (A) is out of the support chain (4) (4 ') to the diverting chain (27) (27') You will run in the bite state only.

Subsequently, when the switching chains 27 and 27 'reach the lower side of the cutting chain 31, the seaweed plot A is laid down on the cutting chain 31 side by the guide plate 57, and the cutting chain 31 is cut. By the plurality of cutting pins 55 attached to the plate 53 of the support chain (4) (4 ') to be cut by the cutting of the upper portion of the seaweed plot (A) that could not be cut.

The seaweed plot A, which has been cut in this manner, reaches the ends of the switching chains 27 and 27 'and is separated from the switching chains 27 and 27' and discharged to the outside through a hopper or a conveyor.

Therefore, according to the seaweed plotter according to the present invention, in cutting the seaweed plot, the upper end of the seaweed plot A is held between the left and right support chains 4 and 4 ', and the support chain is supported. (4) After inserting a plurality of cutting pins 48, 48 'arranged at regular intervals on one side of the cutting chains 21 and 21' in the seaweed plot portion immediately below the 4 ', the upper support By smoothly moving the chain (4) (4 ') to the rearward direction, the seaweed plot is thinly cut along the cutting pin (48) (48') to the lower side, thereby cutting the seaweed plot at more regular intervals. It has the advantage of being able to more easily and quickly hygienic processing of large amounts of seaweed plot.

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 is held between the left and right support chains 4 and 4 'which move the upper end of the seaweed plot A to the endless track, while the cutting chain is immediately below. After inserting a plurality of cutting pins 48, 48 'arranged at a predetermined interval on one side of the 21 and 21', the upper support chains 4 and 4 'are gently moved upward in the rearward direction. The seaweed plot (A) is automatically thinly sliced along the cutting pins (48) and (48 ') downwards to improve the quality of the product by cutting the seaweed plot at more regular intervals. Seaweed plots can be processed more easily and quickly and hygienically to significantly improve productivity.

Claims (4)

It is connected between the input and discharge chain sprockets (1) (1 ') (2) (2'), and has the rising change chain sprockets (6) (6 ') and the falling change chain sprockets (8) (8') ( 9) (9 ') 10 (10') and horizontal support chain sprockets (12, 12 ') (4) (4'), each of which is provided with support, Support chain sprockets 14, 14 ', 15 and 15' installed on the lower side between the feed chain sprocket 1, 1 'and the lift change chain sprocket 6, 6' and the down shift It is installed between the drive chain sprockets 18, 18 ', 19, 19' installed on the lower side of the sprockets 8, 8 'and is plated on the upper and lower ends of each chain segment 40, 40'. Support chains 20 and 20 'equipped with (41) and 41' and a plurality of cutting pins 48 on plates 46 and 46 'above each chain segment 44 and 44'. Cutting chains 21 and 21 'with 48' attached, Switching chain sprockets 24 and 24 'installed at the lower side between the horizontal switching chain sprockets 12 and 12' and discharge chain sprockets 2 and 2 'and the driving chain sprockets 25 and 25' at the rear end. The switching chains 27 and 27 'installed therebetween; It is installed between the cutting chain sprockets 29 and 29 'installed at any one upper side of the switching chains 27 and 27', and a plurality of cutting pins 55 are attached to the plate 53 of the chain segment 51. Seaweed plotter, characterized in that the cut chain 31 is provided. The upper and lower support chains 4, 4 ', 20 and 20', the fine chains 21, 21 'and the switching chains 27 and 27' The chain rollers 35 and 35 'are in contact with the rails 36 and 36' of the support guides 34 and 34 'while the left and right chain segments 33 and 33' are engaged with each other. The left support guide 34 is fixed to the frame 3 with a bolt, and the right support guide 34 'is mounted on the frame 3 in a state in which it is secured to the spring 38. . The plate 42 and 42 'of the support chains 20 and 20' are eccentrically installed from the center line toward the cutting chains 21 and 21 'so that the cutting chains 21 and 21 are supported. Seaweed plotter, characterized in that the cutting pin (48) (48 ') of the') is inserted. 2. Seaweed plotting machine according to claim 1, characterized in that a guide plate (57) is provided on the switching chain (27) (27 ') opposite the cutting chain (31).