KR200413473Y1 - The cutting laver transfer device for laver processing machine - Google Patents

Abstract

The present invention relates to a conveying device for conveying a cut seam cut to a predetermined size through a cutting portion of the seaweed processing machine to a conveying conveyor or a packing case. The configuration has the following characteristics. A flow table (10) installed adjacent to the guide plate (G) extending forward of the cutout portion (C), divided into three locations, and independently lifted up and down by the guide rails 12 and the first cylinders 14. ); A lower clamp plate (20) installed on the upper surface of the flow table (10) and slide-shifted by the operation of the second cylinder (24), the first cutting groove (22) being formed at the center thereof to protrude forward; An upper clamp plate 30 which is installed to face the lower clamp plate 20 so that a second cutting groove 32 is formed in the center thereof and is moved by the operation of the third cylinder 34; And a chain 42 is installed at the lower portion of the upper and lower clamp plates 30 and 20 so as to be interlocked with the conveying conveyor B, and the first and second cutouts 22 and 32 on the chain 42. It characterized in that it comprises a; cutting gimbal separation means 40 is provided with a stop bar (44) to be accommodated.

Accordingly, the cutting seams are cut into a predetermined size through the cutting portion is clamped by the interlocking operation of the cylinder is introduced into the transfer conveyor to prevent the cutting seams during the transfer, especially the cutting seams stacked in large quantities at once It has the effect of being transferred to the right position.

Roasted laver, cut laver, conveyor, chain, guide plate, cylinder, guide rail

Description

Cutting laver transfer device for laver processing machine

1 is a perspective view showing the cutting machine feed device for the laver processing machine according to the present invention as a whole.

Figure 2 is a block diagram showing an enlarged cutting machine for the laver machine according to the present invention from the front.

Figure 3 is a block diagram showing a cutting seam transport apparatus for laver processing machine according to the present invention in a plane.

Figure 4a to 4c is a block diagram showing the operating state of the cutting machine feed device for laver according to the present invention.

Explanation of symbols on the main parts of the drawings

10: flow table 12: guide rail 14: first cylinder

20: lower clamp plate 22: first cutting groove 24: second cylinder

30: upper clamp plate 32: second incision groove 34: third cylinder

40: cutting release means 42: chain 44: stop bar

The present invention relates to a laver processing machine, and more particularly, as the cutting lattice processed to a predetermined size through the cutting unit is clamped by the interlocking operation of the cylinders and introduced into the conveying conveyor, the cutting laver of the cutting laver is prevented during transportation. The present invention relates to a cutting machine feeding device for a laver machine, in which a cutting machine laminating a large amount at a time is quickly transferred to a home position.

Normally, seaweed is rich in high quality protein, and contains a lot of minerals such as vitamin A matrix, carotene and vitamin B complex, vitamin C and calcium, which balances nutrition and taste in our diet. Good palatability. However, due to the hassle of directly applying oil on both sides of the seaweed and sprinkling an appropriate amount of salt, and roasting it on the fire, it is mainly preferred to use laver or instant roasted seaweed processed to a certain size through a seaweed processing machine. to be.

Accordingly, the present applicant has a processing time according to the integrated processing of cutting the laver to a predetermined size and put it into the packaging case in the Republic of Korea Utility Model Registration No. 380627 (name: laver processing equipment) Since the cutting seam is shortened to improve productivity and the cutting seam is put into the packaging case through the cage, it has been filed with a technology for maintaining hygienic cleanliness. In this case, the above-mentioned laver processing apparatus will be described in more detail. Through the transfer die and the conveying belt intermittently driven in a manner, the roasted seaweed is supplied to the cut portion, and the roasted seaweed is cut into the predetermined size by the cut portion, and the cut seaweed is then clamped into the feed device by three equal portions to the predetermined position. After being transferred to the plate, it is pushed into a wheat plate and put into a packing case or a conveying conveyor.

However, the laver processing apparatus is a device suitable for a small amount of processing for cutting / transporting the roasted laver by three equal parts, wherein the conveying device of the laver processing apparatus clamps the cutting seam by a pair of picking rods facing three places It is placed adjacent to the top of the packaging case or conveying conveyor, and then the wheat plate is pushed into the position adjacent to the packaging case or the conveying conveyor by pushing the central portion of the cutting gripping clamped to the conveying device.

As such, the transfer device clamps the cutting seams individually into three portions and transfers them to a predetermined position, so even if the cutting process of the baked seaweed is made quickly, the feeding speed of the cutting seams does not support this, preventing the improvement of processability. In order to explain this in more detail, the roasted seaweed is divided into three equal portions and not divided into two portions. Even though the roasted seaweed is cut into nine portions at once to improve processability, the conveying portion is clamped and conveyed by three equal portions. The disadvantage is that the processing performance is reduced in proportion to the feed speed of the.

On the other hand, as a countermeasure for solving the above-mentioned disadvantages, the transfer plate is provided in three places in the form of a long width plate in the transfer part, and the cutting seams are cut into three equal parts, that is, using three transfer plates. Transfer the cut seaweed at once, but at this time, if the transfer process is carried out with only 10 pieces of roasted seaweed stacked by transferring the cut seam from the bottom, the seaweed is easily distorted or transferred to each other. As the mixture is mixed, a small amount of baked laver is processed in small amounts of 10 sheets or less. It is urgent to develop a transfer unit which can be conveyed by clamping it firmly regardless of the longevity of the roasted seaweed.

Accordingly, the present invention is to solve the above-mentioned shortcomings, the cutting gim which is processed to a predetermined size through the cutting portion is clamped by the interlocking operation of the cylinder is introduced into the transfer conveyor to prevent the cutting gimme during the transfer, In particular, it is an object of the present invention to provide a cutting machine feed device for a laver machine in which the cutting seams stacked in large quantities at a time is quickly transferred to the home position.

In order to achieve the above object, the present invention provides a conveying device for conveying a cutting laver cut to a predetermined size through a cutting part of a laver machine to a conveying conveyor or a packing case: a guide plate extending forward of the cutting part (C) ( A flow table 10 installed adjacent to G) and divided into three parts and independently lifted up and down by the guide rail 12 and the first cylinder 14; A lower clamp plate (20) installed on the upper surface of the flow table (10) and slide-shifted by the operation of the second cylinder (24), the first cutting groove (22) being formed at the center thereof to protrude forward; An upper clamp plate 30 which is installed to face the lower clamp plate 20 so that a second cutting groove 32 is formed in the center thereof and is moved by the operation of the third cylinder 34; And a chain 42 is installed at the lower portion of the upper and lower clamp plates 30 and 20 so as to be interlocked with the conveying conveyor B, and the first and second cutouts 22 and 32 on the chain 42. It characterized in that it comprises a; cutting gimbal separation means 40 is provided with a stop bar (44) to be accommodated.

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

1 is a perspective view showing the cutting seam transfer device for the laver processing machine according to the present invention as a whole, Figure 2 is a configuration diagram showing an enlarged cut seam transfer device for the laver processing machine according to the present invention, Figure 3 It is a block diagram showing the cutting seam feeder for laver machines in planar view.

The present invention relates to a conveying device for conveying a cutting laver cut to a predetermined size through a cutting part of the laver processing machine to a conveying conveyor or a packing case, wherein the conveying device is a cutting part (C) for cutting the roasted laver (L) of the laver processing machine. ) Is installed between the conveying conveyor (B) for transporting the packaging seam (L '), and serves to divide and supply the cutting seam (L') cut into a plurality of portions by a predetermined amount, where the cutting Guide plate (G) on the auxiliary conveyor (B ') for conveying the seaweed (L') to the conveying device carries a cutting seam (L ') cut into nine equal parts to be separated by three equal parts. To this end, the conveying apparatus of the present invention is characterized in that it comprises a flow table 10, the lower clamp plate 20, the upper clamp plate 30, cutting cutting means 40 and the like.

Flow table 10 according to the present invention is installed adjacent to the guide plate (G) extending in front of the cutting portion (C), divided into three places independently by the guide rail 12 and the first cylinder (14) To move up and down. As shown in FIG. 2, the flow table 10 is divided into three parts at a position corresponding to the cutout part C installed at one end of the conveying conveyor B, that is, the other end of the conveying conveyor B, and spaced apart from each other. do. The flow table 10 is formed in a long width plate shape, the guide rail 12 is installed on the bottom surface, and the first cylinder 14 is provided at a position facing the guide rail 12.

Accordingly, the flow table 10 is moved up and down by the operation of the first cylinder 14 while being installed to be slide-movable in the vertical direction on the body of the laver through the guide rail 12. In this case, the first cylinder 14 is installed as an air or hydraulic cylinder for each flow table 10 to serve to independently drive the three flow tables 10 individually.

On the other hand, since the upper and lower clamp plates 30, 20, which will be described later, are moved in the up and down directions by the moving up and down of the flow table 10, cutting cut to a predetermined size through the cutting part C. Lam (L ') is lowered in the state clamped to the upper and lower clamp plate 30, 20 is seated on the conveying conveyor (B), the detailed description thereof will be described later.

In addition, the lower clamp plate 20 according to the present invention is installed on the upper surface of the flow table 10, the slide is transported by the operation of the second cylinder 24, the first cutting groove 22 is formed in the center of the front Protrudes. The lower clamp plate 20 is a plate that supports the cutting seam (L ') cut to a predetermined size through the cutting portion (C) from the bottom, it is made of metal that maintains hygienic cleanliness excellent in durability and corrosion resistance, such as stainless steel The first cutting groove 22 is formed to open to one end of the lower clamp plate 20 so as to be manufactured in the form of a plate, and the stop bar 44 to be described later is accommodated in the center portion. In addition, the lower clamp plate 20 is provided at the upper end of the flow table 10 installed at three places, respectively, so as to slide forward and backward by the operation of the second cylinder 24.

Thus, the lower clamp plate 20 operates the first cylinder 14 in a state in which the cutting clamp L 'cut into a predetermined size is clamped through the cutting portion C together with the upper clamp plate 30 to be described later. With the flow table 10 by a predetermined position, that is, when descending to the upper end of the conveying conveyor (B) the cutting bar (L ') to be cut into a state in which the stop bar 44, which will be described later, is received as the first cutting groove (22). If the lower clamp plate 20 slides backward by the operation of the second cylinder 24 after being supported on one side, the cutting blade L 'is packed on the conveying conveyor B or the conveying case (not shown). If omitted) is accommodated inside the packaging case, according to the detailed configuration of the upper clamp plate 30 and the stop bar 44 according to the following reference.

In addition, the upper clamp plate 30 according to the present invention is installed to face the lower clamp plate 20, the second cutting groove 32 is formed in the center, and is transported by the operation of the third cylinder (34) . The upper clamp plate 30 is made of a material having excellent durability and corrosion resistance, such as a stainless steel plate, such as the lower clamp plate 20, the second cutting groove 32 is accommodated in the center stop bar 44 to be described later It is formed, and is installed to be transferred in the vertical direction by the third cylinder (34). The upper clamp plate 30 is installed on the flow table 10 through the third cylinder 34 so as to face the upper end of the lower clamp plate 20, as shown in Figure 1, wherein the third cylinder 34 is the flow table It is fixed to be spaced apart by a predetermined height through the support frame (10a) mounted on one end of the (10).

Thus, the upper clamp plate 30 is conveyed downward by the operation of the third cylinder 34 to clamp the cutting (L ') at the same time in the upper and lower portions together with the lower clamp plate 20 baked (L) Even if a large amount of more than 10 pieces to be put into the laver cutting machine cutting after cutting (L ') is pressed on the upper clamp plate 30 has the effect that does not get distracted during transport.

In addition, the cutting seam separating means 40 according to the present invention is installed on the chain 42 and the chain 42 to be interlocked with the transfer conveyor (B) at the lower part of the upper and lower clamp plates (30) (20). A stop bar 44 is provided to accommodate the first and second incision grooves 22 and 32. Cutting seam separating means 40 is a chain 42 is installed so as to interlock with the transfer chain (B1) of the conveying conveyor (B), a plurality of stop bars 44 are provided on the chain 42 at regular intervals. The stop bar 44 is intermittently moved together with the conveying conveyor B. At this time, the feed distance and the stop position of the stop bar 44 are divided into three places, and the respective first cylinders 14 are separated. The feed and stop operations are continuously performed so as to coincide with the position of the flow table 10 that is independently raised and lowered, that is, the lowered position of the upper and lower clamp plates 30 and 20.

Thus, the cutting and disengagement means 40 is positioned so that the stop bar 44 is accommodated in the first and second incision grooves 22 and 32 of any one of the upper and lower clamp plates 30 and 20 to which the stop bar 44 descends. When the lower clamp plate 20 is transported to the rear by the second cylinder 24, the lower cutting plate (L ') is supported so as not to be transported along the lower clamp plate 20 in contact with the stop bar 44 The cutting roll L 'slides on the clamp plate 20 as if it were a conveyor B.

Figure 4a to 4c is a block diagram showing an operating state of the cutting machine feed device for laver according to the present invention.

In operation, first, the roasted seaweed (L) is put into the cutting portion (C) of the seaweed processing machine in a state where a plurality of sheets are stacked, and is divided into nine pieces into a predetermined size and transported to the transfer device via the auxiliary conveyor (B '). . Subsequently, the cutting clamp L 'is seated on the lower clamp plate 20 while the upper clamp plate 30 of the transfer device is opened upward, and the cutting clamp L' is divided into three equal parts each. The lower clamps 20 are provided respectively. Subsequently, if the cutting clamp L 'is clamped while the upper clamp plate 30 is lowered as shown in FIG. 4A by the operation of the third cylinder 34, the flow of one side by the operation of the first cylinder 14 as shown in FIG. 4B. As shown in the enlarged view of FIG. 4B, the table 10 is lowered sequentially, and the stop bar 44 is accommodated on the first and second incision grooves 22 and 32, and then the second cylinder 24 is as shown in FIG. 4C. Lower clamp plate 20 is transported to the rear by the cutting machine (L ') is seated on the conveying conveyor (B). Subsequently, the above operation is repeatedly performed to cut the cutting seam (L ') into the feed conveyor (B) in order of three equal parts, while the transfer conveyor (B) is placed at the same time as the cutting seam (L') is placed into three parts. The transfer chain B1 is repeatedly driven to intermittently transfer the cutting lamination L 'to the front.

Thus, the cutting seam (L ') cut through the cutting portion (C) is transported to the conveying conveyor (B) in the state of being firmly clamped in the upper and lower portions by the upper and lower clamp plates (30, 20) baked ( Even if a large amount of L) is piled up by 10 sheets or more, the processing process is not disturbed or mixed during transportation. Therefore, there is a considerable efficiency in mass processing of baked laver (L).

It is apparent to those skilled in the art that the present invention is not limited to the embodiments described, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or modifications will have to belong to the utility model registration claims of the present invention.

According to the construction and operation of the present invention, the cutting seam is processed into a predetermined size through the cutting portion is clamped by the interlocking operation of the cylinder is introduced into the transfer conveyor to prevent the cutting seam of the cutting seam during transportation, in particular a large amount of overlapping at once There is an effect that the cutting seam is quickly transferred to the home position.

Claims (1)

In the conveying apparatus for conveying the cutting seam cut to a predetermined size through the cutting portion of the seaweed processing machine to the conveying conveyor or packing case: A flow table (10) installed adjacent to the guide plate (G) extending forward of the cutout portion (C), divided into three locations, and independently lifted up and down by the guide rails 12 and the first cylinders 14. ); A lower clamp plate (20) installed on the upper surface of the flow table (10) and slide-shifted by the operation of the second cylinder (24), the first cutting groove (22) being formed at the center thereof to protrude forward; An upper clamp plate 30 which is installed to face the lower clamp plate 20 so that a second cutting groove 32 is formed in the center thereof and is moved by the operation of the third cylinder 34; And The chain 42 is installed at the lower portion of the upper and lower clamp plates 30 and 20 so as to be interlocked with the conveying conveyor B, and the first and second cutouts 22 and 32 are formed on the chain 42. Cutting seam transporting device for seaweed processing machine comprising a; cutting seam separating means 40 is provided with a stop bar (44) to be accommodated.

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