KR200380627Y1 - The laver processing device - Google Patents

Abstract

The present invention relates to an apparatus in a laver processing apparatus for cutting roasted laver to a predetermined size and put it into a packaging case. The configuration has the following characteristics. The transfer die 12 on which the baked laver (L) is seated is spoken on the chain (14), and the loading unit (10) provided with a transfer belt (16) interlocked with the chain gears (G1) and (G2) at the top. ; Cutting section 20 for cutting the roasted seaweed (L) to a predetermined size, provided with a cutter (24) to ride up and down the guide rod 22 by the operation of the cylinder (D1) at the rear end of the loading section (10). ); Mounting rods 32a and 32b of the clamp 32 installed adjacent to the cutout portion 20 and operated by the cylinders D2, D3, D4 and D5 together with the support plate 31. Transfer part 30 through which cutting seam (L ') is put into the packaging case (C) through 34; The case inserter 41 is positioned below the clamp 32 of the transfer part 30 and operated by the cylinder D6, and a plurality of guide rods 42a are installed in the chain 42 and a guide plate ( 44 is mounted to the discharge portion 40 for supplying and transporting the packaging case (C); And a split cam 52 and a cam roller 54 for transmitting power to the loading unit 10 and the discharge unit 40, and the cylinders D1, D2, D3 and D4 of the transfer unit 30. It is characterized in that it comprises a; a limit cam 56 and a limit valve 58 for controlling the (D5) (D6) and the power unit 50 is driven to the motor (M).

Accordingly, the present invention, as the complex processing for cutting the roasted laver to a predetermined size is integrated into a single processing device is integrated into a single processing device, the processing time is shortened to improve the productivity and cut through the laver packing case Since it is put into the sanitary cleanliness is effective.

Description

The laver processing device

The present invention relates to a laver processing apparatus for cutting roasted laver into a predetermined size and inserting the laver into a packaging case. As the integration time is reduced, the processing time is shortened, productivity is improved, and cutting laver is put into the packaging case through the cage, so that the laver processing apparatus maintains hygienic cleanliness.

Seaweed is also called Haitai, Haeui, Ecklonia, and it contains a lot of high-quality protein, and contains a lot of minerals such as carotene, vitamin A and vitamin B complex, vitamin C and calcium. Balances nutrition and, of course, tastes good. The seaweed is oiled on both sides, sprinkled with an appropriate amount of salt, and then roasted. The chlorophyll discolors and turns to cyan and gives a good flavor. However, it is very cumbersome to eat seaweed directly in busy city life, and tend to prefer packaged seaweed or instant roasted seaweed, which is usually baked in a supermarket.

Conventionally, a laver processing apparatus is a roasting device which is coated by applying oil and salt to a dried laver collected from the sea, a cutting device for cutting the laver baked through the roasting device to a predetermined size, and a cutting laver processed by the cutting device. The main device consists of a conveying device that is put into the packing case and a packing device that seals the packing case in which the cutting steam is inserted by the conveying device.The roasting device, the cutting device, the conveying device, and the packing device are addressed by a single processing line. Processing is carried out continuously.

That is, the laver baked through the roasting device is stacked in pieces and automatically transferred to the conveyor of the cutting device and cut into a predetermined size by the cutter, and the cutting laver is put into each packing case by the transfer device to transfer the packing device. It is sealed through and then shipped. At this time, the roasted laver delivered to the cutting device through the roasting device is supplied in a state that is simply seated in the conveying die of the conveyor by a plurality of sheets (for example, 12 or less). As a result, it is difficult to cut a large amount of seaweed at once (for example, about 12 to 36 sheets) because the baked seaweed is easily scattered or collapsed during transportation, and productivity is lowered. It comes with cumbersome closures that need to be done.

In addition, even if the laver is large and large, such as 12 to 36 sheets, and the cutting process is completed in 6 to 9 equal parts, it is transported by conveyor to put the cutting laver into the packing case. They are distracted from each other during the process and in fact the delivery to the conveying device is not smooth. Therefore, in some workplaces, a large number of manpower is arranged at the rear end of the cutting device to improve productivity. As the cutting seams are put into the packing case by hand, hygienic imperfections and work are performed in close proximity to the cutter. It is always implied.

In addition, the transfer device for directly inserting and cutting the laver into the packaging case by directly interlocking with the cutting device is manufactured as a single device and disposed at the rear end of the cutting device, thereby reducing the space utilization due to the expansion of the installation area. Since the cutting seam is simply transported by a conveyor and put into the packaging case in the lateral direction (for example, a small amount of packaging method), the longitudinal packing applied to mass packaging is impossible.

Accordingly, the present invention is to solve the above-mentioned disadvantages, the combined processing of cutting the roasted laver to a predetermined size and put into the packaging case is integrated into a single processing device, the processing time is shortened and productivity is improved. It is an object of the present invention to provide a laver processing apparatus that is kept clean hygienically because the cutting laver is put into the packaging case through the collector.

In order to achieve this object, the present invention provides a laver processing apparatus for cutting roasted laver into a predetermined size and inserting the laver into a packaging case: a transfer die 12 on which the roasted laver L is seated is placed on a chain 14. A loading unit 10 that is provided and has a conveyance belt 16 interlocked with the chain gears G1 and G2 at an upper end thereof; Cutting section 20 for cutting the roasted seaweed (L) to a predetermined size, provided with a cutter (24) to ride up and down the guide rod 22 by the operation of the cylinder (D1) at the rear end of the loading section (10). ); Mounting rods 32a and 32b of the clamp 32 installed adjacent to the cutout portion 20 and operated by the cylinders D2, D3, D4 and D5 together with the support plate 31. Transfer part 30 through which cutting seam (L ') is put into the packaging case (C) through 34; The case inserter 41 is positioned below the clamp 32 of the transfer part 30 and operated by the cylinder D6, and a plurality of guide rods 42a are installed in the chain 42 and a guide plate ( 44 is mounted to the discharge portion 40 for supplying and transporting the packaging case (C); And a split cam 52 and a cam roller 54 for transmitting power to the loading unit 10 and the discharge unit 40, and the cylinders D1, D2, D3 and D4 of the transfer unit 30. It is characterized in that it comprises a; a limit cam 56 and a limit valve 58 for controlling the (D5) (D6) and the power unit 50 is driven to the motor (M).

At this time, the transfer die 12 speaks to the chain 14 at regular intervals, the guide groove 22 is engaged with the guide rod 22 on the upper surface and the cutter groove 12b accommodated the bottom surface of the cutter 24 ) And an insertion groove 12c into which the collecting rod 32a enters.

In addition, the transfer part 30 is provided with a pair of the collecting rod 32a clamped by the cylinder (D2) and is transported by the operation of the cylinder (D3) riding the bed (31a) on the support plate (31) The clamp 32 is installed on the rod rod 33a of the support frame 33 and is adjusted at intervals by the operation of the cylinder D4, and is positioned at the distal end of the clamp rods 32a and 32b of the clamp 32. D5) is characterized in that provided by the guide plate (34a) is a mill 34 which is sent to Shanghai.

In one embodiment according to the present invention, the support plate 31 ′ of the transfer unit 30 ′ is lifted and lowered on the bed 31 b and the clamp 32 and the rod rod 33 a of the support frame 33. Auxiliary frame 32 'coupled to the hinge is installed, between the pins (32a, 32b) is provided with a wheat plate 34' is characterized in that the cutting seam (L ') is introduced in the longitudinal direction.

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

1 is a front view showing the laver processing apparatus according to the present invention as a whole, Figure 2 is a plan view showing the laver processing apparatus according to the present invention as a whole, Figure 3 is a main portion perspective view showing the configuration of the loading and cutting portion according to the present invention. 4 is a configuration diagram showing an operating state of the cutting unit according to the present invention.

The present invention relates to a laver processing apparatus for cutting the roasted laver into a predetermined size and put into the packaging case, the loading portion 10, the cutting portion 20, the transfer portion 30, the discharge portion 40, the power portion 40 ) And the main configuration.

In the loading unit 10 according to the present invention, the transfer die 12 on which the baked laver L is seated is spoken on the chain 14, and the transfer belt 16 interlocked with the chain gears G1 and G2 at the top. ) Is provided. As shown in FIGS. 1 and 2, the loading unit 10 has the transfer die 12 protruded to the outside of the chain 14 that is rotated by the driving force of the chain gear G1 through the plurality of sprockets S1, and the chain at the top thereof. The transfer belt 16 is provided with the gear 14. The loading unit 10 is placed between the transfer die 12 and the conveyance belt 16 of the chain 14, the laver laminations (L) stacked in multiple sheets are transferred to the cutting unit 20 to be described later, the conveying belt ( 16 is installed to be inclined by the driven sprocket S2 and the auxiliary sprocket S2 '. The auxiliary sprocket S2 'is installed in the front and rear direction by the guide table 18 and the adjusting nut 18a so that the tension of the conveying belt 16 can be adjusted as well as located at the tip of the driven sprocket S2. The conveyance belt 16 is maintained at a predetermined inclination angle.

As such, as the conveying belt 16 is installed to be inclined with respect to the conveying die 12 of the chain 14 which is horizontally maintained, the conveying belt 16 is provided even when roasted laver is fed in large quantities (for example, about 12 to 36 sheets). ) Has the advantage of being conveyed in a firmly supported state.

At this time, the transfer die 12 speaks to the chain 14 at regular intervals, the guide groove 22 is engaged with the guide rod 22 on the upper surface and the cutter groove 12b accommodated the bottom surface of the cutter 24 ) And an insertion groove 12c into which the collecting rod 32a enters. Transfer die 12 is divided into the appropriate size as shown in Figure 3 is mounted on both ends of the chain 14, the upper surface is provided with a guide hole (12a), a cutter groove (12b), the insertion groove (12c). The guide hole 12a guides the cutter 24 to the lower position by engaging the guide rod 22 of the cutting unit 20 to be described later, and the cutter groove 12a is formed concave so that the bottom of the cutter 24 As it is partly accommodated, it is easy to cut the baked laver (L), the insertion groove 12c is formed in the shape of the "U" so that the entry rod 32a of the clamp 32 to be described later enter.

In addition, the cutting unit 20 according to the present invention is provided with a cutter (24) which is raised and lowered by riding the guide rod 22 at the rear end of the loading unit 10 by the operation of the cylinder (D1), baked laver (L) Cut to a predetermined size. As shown in FIG. 4, the cutting unit 20 is provided with a fixed frame 20b at the rear end of the loading unit 10 through a supporting rod 20a, and the cutter 24 which is lifted up and down by the operation of the cylinder D1. ) Is provided. The cutter 24 is integrally formed with one transverse blade 24a and two longitudinal blades 24b, each of which has a bottom surface formed in a saw blade shape, and guide rods 22 are provided at both ends. The guide rod 22 is installed to penetrate both ends of the cutter 24 and extends to the upper and lower ends. In this case, the upper end of the guide rod 22 is interposed in the sleeve 20b 'of the fixing tray 20b and the cutter ( The clearance between the rising and lowering of the 24 is prevented and the cutter 24 is kept horizontal so that the roasted laver L is always cut to a constant size. In addition, when the cutter 24 is lowered, a large amount of baked laver (L) (eg, about 12 to 36 sheets) is formed by cutting the cutting process by engaging the guide rod 22 with the guide hole 12a of the transfer die 12 when the cutter 24 is lowered. Safety is ensured even if cuts are superimposed.

On the other hand, as described above, the cutter 24 is shown to be made of one transverse blade 24a and two longitudinal blades 24b, but is not limited thereto, the size of the seaweed laver (L) or cut laver (L) According to the size of '), the configuration used to replace the cutter is further provided with a blade 24b is also applicable.

In addition, the transfer unit 30 according to the present invention is installed adjacent to the cutting unit 20, the collection of the clamp 32 is operated by the cylinder (D2) (D3) (D4) (D5) with the support plate 31. Cut seaweed L 'is put into the packaging case C through the openings 32a and 32b and the mill plate 34. The transfer part 30 is processed into a constant size through the cutting part 20 by the clamp 32 and the sealing plate 34 which are clamped up and down, left and right and clamped by the sequential linking operation of the cylinders D2, D3, D4 and D5. The cut laver (L ') is immediately put into the packaging case (C), the detailed description of the transfer unit 30 will be described later through FIG.

5 is a perspective view showing the main configuration of the transfer unit according to the present invention.

In FIG. 5, the transfer part 30 is provided with a pair of collecting rods 32a clamped by the cylinder D2 and is driven by the operation of the cylinder D3 by riding the bed 31a on the support plate 31. It is installed at the rod 32 (a) of the support frame 33 to be conveyed and positioned at the distal end of the clamp 32 and the clamping rods 32a and 32b of the clamp 32 to be spaced by the operation of the cylinder (D4) The plate 34 is provided by the cylinder D5 to be transported on and off the guide rod 34a. The transfer part 30 includes a pair of pin rods 32a and 32b protruding to one end of the clamp 32 to clamp the cutting seam L ', and the pin rod 32a is a lower end of the clamp 32. Fixed to the horizontal groove and the insertion groove (12c) of the transfer die 12, the mounting rod 32b installed correspondingly is installed so as to be transported by the operation of the cylinder (D2) cut seam (L ') Is clamped.

At this time, the clamp 32 is installed on a plurality of rods 33a of the support frame 33, in this case the clamp 32 is installed to be fixed in the center, the clamp 32 is installed at both ends about this ) Is the width of the cutting seam (L ') in consideration of the width between the packaging case (C) to be transported in a state maintained at a constant interval by the discharge unit 40 to be described later by the operation of the cylinder (D4). Is transported to a suitable position.

In addition, the support frame 33 provided with the clamp 32 is transported back and forth by the operation of the cylinder (D3) riding on the bed (31a) on the support plate 31, cut seam (L) processed in the cutting section (20) ') Is transported to the rear serves to position the top of the packaging case (C). Here, the upper end of the collecting rods 32a and 32b, that is, the sealing plate 34 installed correspondingly to the upper end of the packing case C is sent by the cylinder D5, and this is the collecting rod of the clamp 32. The cutting seam (L ') clamped to the 32a) (32b) and moved to the rear side is pushed downward into the packaging case (C) in the transverse direction.

On the other hand, the clamp 32 and the wheat plate 34 is installed in the same amount as the split amount of the cutting seam (L ') processed in the cutting section 20, considering the standard specifications of the baked seaweed (L) generally produced In view of the clamp 32 and the sealing plate 34 is most preferably installed in a set of three.

FIG. 6 is a cross-sectional view illustrating a transfer part and a discharge part by cutting the line AA ′ of FIG. 2.

In FIG. 6, the discharge part 40 according to the present invention includes a case inserter 41 positioned below the clamp 32 of the transfer part 30 and operated by the cylinder D6, and is provided in the chain 42. A guide plate 44 is mounted with the guide rod 42a installed therein to supply and transport the packing case C. Discharge part 40 is a plurality of induction rods 42 at regular intervals in the chain 42 is installed by the power unit 50 and a pair of drive sprocket 40a and the tension sprocket 40b that is chain-driven speech The guide plate 44 is installed at both ends. The discharge unit 50 is provided with a case feeder 41 at one end, in which case the case feeder 41 is stored in a plurality of packing cases (C) in multiple stages as shown in the enlarged view of Figure 6 to the operation of the cylinder (D6) Thereby, the load plate 41a for individually supplying the packing cases C is provided. The discharge unit 40 supplies the packing case (C) individually through the case feeder 41, and then the induction rod 42a is the lower end of the packing plate (C), that is, cutting steam (L) ') Is transferred to the input position, the transfer of the packaging case (C) by the discharge unit 40 is operated in conjunction with the loading unit 10, the cutting unit 20, the transfer unit 30.

7 is an enlarged perspective view showing the main configuration of the power unit according to the present invention.

In FIG. 7, the power unit 50 according to the present invention includes a split cam 52 and a cam roller 54 for transmitting power to the loading unit 10 and the discharge unit 40. A limit cam 56 and a limit valve 58 for controlling the cylinders D1, D2, D3, D4, D5, and D6 are provided to drive the motor M. As shown in FIG. The power unit 50 is provided with a cam roller 54 for rotating the split cam 52 together with a plurality of limit cams 56 on the drive shaft 50a driven by the motor M. The power unit 50 is provided with a rotary plate 54a having a cam roller 54 at one end of the drive shaft 50a, and the split cam 52 is installed at a position adjacent thereto. ) Is interlocked with the cam roller 54 in the form of " + " to form an intermittent rod surface 52a so that the power of the continuously rotating drive shaft 50a is converted into intermittent power so that the loading portion 10 and the discharge portion The chains 14 and 42 of 40 are intermittently fed.

In addition, the limit cams 56 which are plurally addressed on the driving shaft 50a are installed at different conformal angles, and the limit valves 58 of adjacent positions are sequentially operated to sequentially operate the cylinder D1 of the cutting unit 20. The transfer of the cylinders D1, D2, D3, D4, D5, and D6 provided in the transfer unit 30 and the discharge unit 40 is controlled.

On the other hand, the chain drive by the split cam 52 and the cam roller 54 of the power unit 50 and the cylinder (D1) (D2) (D3) (D4) by the limit cam 56 and the limit valve 58 (D5) (D6) controls the mechanical power control system unlike electric / electronic power control method such as sequence circuit using relay, it is not malfunction and not very sensitive to foreign substances such as steam powder and salt, and is easy to maintain. Effect.

An operation of the laver processing apparatus will be described with reference to FIGS. 1 to 7.

First, the packing case C is stored in the case feeder 41 of the discharge part 40, the start switch (not shown) is operated, and a plurality of roasted lavers L are piled up one by one to transfer the die 12 of the loading part 10. ) Bare laver (L) is pressurized by the conveying belt 16 at the top to be transported to the cutting unit 20, so the roasted laver (L) is put in a large amount (for example, about 12 to 36 sheets) It is irrelevant. Subsequently, by the operation of the cylinder D1, the cutter 24 cuts the roasted laver L by a predetermined size by riding up and down the guide rod 22, and at the same time, the support frame 33 of the transfer part 30 After advancing on the bed 31a by the operation of (D3), the clamping rods 32a and 32b of the clamp 32 clamp the cut seams L 'by the cylinder D2 to open the cylinder D3. It is conveyed in the rearward direction by the operation of the cylinder (D4), the clamp 32 provided at both ends is conveyed to the left and right to maintain a state where the gap is opened. And the clamping rods 32a and 32b of the clamp 32 are opened and at the same time the closing plate 34 is lowered by the operation of the cylinder D5 and the cutting seam L 'is pushed downward to the packaging case C. After the input, and returning to the origin, the above-described process is repeatedly performed, the roasted laver (L) is cut and then the processing to be put into the packaging case (C) is made continuously.

On the other hand, as described above, the cut seaweed (L) is cut through a single processing machine at the same time the cutting seaweed (L ') is automatically put into the packaging case (C), as well as such a loading portion 10, the cutting portion 20 Each device, such as the transfer unit 30, the discharge unit 40, the power unit 50 is designed in a compact structure has the effect of improving the space utilization.

8 is a block diagram showing a transfer unit according to an embodiment of the present invention

In FIG. 8, the support plate 31 ′ of the transfer unit 30 ′ is lifted and lowered by the bed 31 b and coupled to the rod 32 33 of the support frame 33 by a clamp 32 and a hinge. A frame 32 'is provided, and a close plate 34' is provided between the pins 32a and 32b so that the cutting laver L 'is fed in the longitudinal direction. Cutting seaweed (L ') is put in the transverse direction or longitudinal direction depending on the number of packing cases and the size of the packaging case (C), the transfer unit 30' is a longitudinal feeding method for packing a large amount of cutting seaweed (L ') to be. The transfer part 30 'is mounted such that the support plate 31' is lifted and lowered by the bed 31b, and coupled to the clamp 32 and the hinge H on the rod rod 33a of the support frame 33. The auxiliary frame 32 'is installed, but the auxiliary frame 32' has a cylinder D7 at one end to rotate the clamp 32 at a right angle. At this time, the clamp 32 is formed so that the clamping rods 32a and 32b are rotated at right angles so as not to interfere with the peripheral device, and a dense plate 34 'is installed between the clamping rods 32a and 32b so that the cylinder D5 can be installed. Is operated by).

In operation, the roasted laver L supplied through the loading section 10 is cut into a predetermined size by the cutter 24 of the cutting section 20, and then the support frame 33 of the conveying section 30 is a cylinder. After advancing on the bed 31a by the operation of (D3), the clamping rods 32a and 32b of the clamp 32 clamp the cutting seams L 'by the cylinder D2 and then move backwards. The auxiliary frame 32 'installed at both ends of the rod rod 33a is moved left and right by the operation of the cylinder D4, and the gap between the clamps 32 is widened. Then, the clamp 32 rotates the hinge H about its axis by the operation of the cylinder D7, and the supporting plate 31 'is operated by the operation of the cylinder D8 while the cutting steam L' is erected in the longitudinal direction. It descends on the bed 31b.

Subsequently, the clamping rods 32a and 32b of the clamp 32 are opened and at the same time the closing plate 34 is lowered by the operation of the cylinder D5, and the cutting seam L 'is pushed downward to pack the packing case C. ) And then returning to the origin, and performing the above-described process repeatedly, the roasted laver (L) is cut and then put into the packaging case (C).

On the other hand, as the process of cutting the baked laver (L) to a certain size and put into the packaging case (C) is continuously made by an automated machine, the productivity is improved, as well as sanitary cleanliness due to some manual work according to semi-automatic The disadvantage is that the effect is resolved.

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, as the complex processing for cutting roasted laver into a predetermined size and integrating it into the packaging case is integrated into a single processing device, processing time is shortened, productivity is improved, and the laver is cut through Since it is put into the packaging case, it is effective to maintain hygiene.

1 is a front view showing the laver processing apparatus according to the present invention as a whole.

Figure 2 is a plan view showing the laver processing apparatus according to the present invention as a whole.

Figure 3 is a main portion perspective view showing the configuration of the loading portion and the cutting portion according to the present invention.

Figure 4 is a block diagram showing an operating state of the cutting unit according to the present invention.

5 is a perspective view showing the main configuration of the transfer unit according to the present invention.

FIG. 6 is a cross-sectional view illustrating a transfer part and a discharge part by cutting the line AA ′ of FIG. 2.

Figure 7 is an enlarged perspective view showing the main configuration of the power unit according to the present invention.

8 is a block diagram showing a transfer unit according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: loading part 12: transfer die 14: chain

16: Feeding belt 20: Cutting part 22: Guide rod

24: cutter 30: transfer portion 31: support plate

32: clamp 32a, 32b: opening seal 34: sealing plate

40: case feeder 42: chain 42a: guide rod

44: guide plate 50: power unit 52: split cam

54: Cam Roller 56: Limit Cam 58: Limit Valve

Claims (4)

In the laver processing machine for cutting roasted laver into a predetermined size and putting it in a packing case: The transfer die 12 on which the baked laver (L) is seated is spoken on the chain (14), and the loading unit (10) provided with a transfer belt (16) interlocked with the chain gears (G1) and (G2) at the top. ; Cutting section 20 for cutting the roasted seaweed (L) to a predetermined size, provided with a cutter (24) to ride up and down the guide rod 22 by the operation of the cylinder (D1) at the rear end of the loading section (10). ); Mounting rods 32a and 32b of the clamp 32 installed adjacent to the cutout portion 20 and operated by the cylinders D2, D3, D4 and D5 together with the support plate 31. Transfer part 30 through which cutting seam (L ') is put into the packaging case (C) through 34; The case inserter 41 is positioned below the clamp 32 of the transfer part 30 and operated by the cylinder D6, and a plurality of guide rods 42a are installed in the chain 42 and a guide plate ( 44 is mounted to the discharge portion 40 for supplying and transporting the packaging case (C); And A split cam 52 and a cam roller 54 for transmitting power to the loading part 10 and the discharge part 40 are provided, and the cylinders D1, D2, D3 and D4 of the transfer part 30 are provided. (D5) (D6) and the limit cam 56 and the limit valve 58 for controlling the power unit 50 is driven to drive the motor (M); laver processing apparatus comprising a. The method of claim 1, The transfer die 12 speaks to the chain 14 at regular intervals, the guide hole 22 is engaged with the guide rod 22 on the upper surface, and the cutter groove 12b for receiving the bottom surface of the cutter 24; , The laver processing apparatus, characterized in that the insertion groove (12c) is formed into the entry rod (32a). The method of claim 1, The conveying unit 30 is provided with a pair of clamping rods 32a clamped by the cylinder D2 and a support frame conveyed by the operation of the cylinder D3 on the support plate 31 by the bed 31a. Clamp 32 is installed on the rod rod (33a) of the (33) and is spaced by the operation of the cylinder (D4), and the cylinder (D5) is located at the tip of the collecting rod (32a) (32b) of the clamp (32) The laver processing apparatus, characterized in that provided by the guide plate (34a) by the plate 34 which is sent to Shanghai. The method of claim 1, The supporting plate 31 'of the conveying part 30' is lifted and lowered by the bed 31b, and the auxiliary frame 32 'coupled to the rod 32a of the support frame 33 by the clamp 32 and the hinge. ) Is installed, and a laver (34 ') is provided between the collecting rod (32a) (32b) cutting seam (L') is characterized in that the laver in the longitudinal direction.