JP3308139B2 - Unit for binding seaweed - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a binding laver collecting apparatus for stocking laver bundles bound by a laver binding machine in a plurality of rows in a state of being arranged in a plurality of rows.

[0002]

2. Description of the Related Art A conventional laver binding machine has a stock section in which bound laver extruded from a bound laver extruding section is arranged so as to be continuously connected in the extrusion direction as it is.

[0003]

In this conventional structure, the extruded united laver is arranged in a row in the horizontal direction, but if this number is increased, a long stock portion is required. However, in a small processing plant, the stock portion protruding from the laver binding machine is often very obstructive. In addition, if the unobstructed stock portion is set up so as not to be in the way and the united seaweed is stacked, the soft seaweed will deform and reduce the commercial value, making it difficult to adopt.

By the way, in the laver production process, there are a number of processes even after papermaking, and the main processes are taken up, and manufacturing control, sorting, bundling, packing, unloading,
Inspections and the like are available. For example, according to a certain investigation, when the total number of processed sheets is 1.67 million sheets, the manufacturing management 322
In contrast to 0 hours, bundling 2911 hours, and unloading 197 hours, packing takes 3,150 hours indeed. Incidentally, a packing box is used in which 100 pieces of seaweed bundles are tied vertically into three rows and six rows in a row and packed in two upper and lower tiers (total of 36 bundles).

One of the major reasons for the time required for packing is that the stock portion of the laver binding machine cannot be lengthened as described above. In other words, the conventional laver binding machine has a short stock portion (mainly for 6 bundles), so that a person has to come to the laver binding machine approximately every 10 minutes and pack it in a box, which is very troublesome. there were.

SUMMARY OF THE INVENTION The present invention has been made to solve such a conventional problem, and an object thereof is to prevent a bonded seaweed from being damaged or deformed, to require a wide installation space, and to be narrow. It is an object of the present invention to provide a binding laver focusing device that can be stocked in a large number of places and requires less labor for packing.

[0007]

According to a first aspect of the present invention, there is provided a binding laver concentrating apparatus according to the present invention, wherein the binding is extruded or pulled out from a laver binding machine for binding flat or folded dry laver. Nori, a supply unit that pushes the seaweed on a shelf plate in a predetermined number of rows from one end side, and a stock unit having a plurality of the shelf plates in a vertical direction,
A binding laver focusing device comprising:
A pair of endless chains that are vertically extended and intermittently driven
It is the same as being formed by mounting a large number of
Then, when the shelf is stopped, the bound seaweed on the shelf is
Pushed on the shelf board on the side that moves relative to
It is configured to have a transfer means for changing .

[0008] In the binding laver concentrating device according to the second aspect, the flat
Or press from the laver binding machine that binds the folded dry laver
A predetermined number of united seaweeds drawn or drawn out from one end
Supply means to be pushed side by side on a shelf
Stock with a large number of shelves fixed vertically on a fixed support
Unit and a lift for raising and lowering the supply means to each of the shelf positions.
And a descending means .

[0009] In bundling seaweed focusing device according to claim 3, wherein the flat
Or press from the laver binding machine that binds the folded dry laver
Carry the untied nori that has been drawn or pulled out to the stopper position
Roller loading section and multiple shelves vertically
And the stock portion, which is below the extension of the shelf
Receiving arm horizontally arranged so that it can pass beside the roller
And the receiving arm is moved to an arbitrary shelf position of the stock section.
Lifting means for raising and lowering with the receiving arm,
A delivery arm arranged above one side of the receiving arm,
The transfer arm is moved from one side of the receiving arm to the shelf board.
Reciprocating means for reciprocating in the direction .

[0010] In bundling seaweed focusing device according to claim 4, wherein the 請
4. The binding nori concentrating device according to claim 3, wherein
The arm is configured to be rotatable upward from a horizontal position .

[0011]

In the binding seaweed collecting apparatus according to the first aspect, the stock unit has a plurality of shelves in the vertical direction, and the bound seaweed is pushed into the shelf in a predetermined number of rows.
Therefore, the united seaweed is not damaged by the weight of other united seaweed, and does not require a large floor area even if it is stocked in large numbers. Further, since the shelf of the stock section is moved in the vertical direction by the endless chain, for example, a predetermined number of united laver is pushed side by side on the ascending shelf by the supply means.
When the shelf plate on which the united laver is placed rises to the upper end, the transfer means pushes the united laver onto the downstream shelf plate opposite to the shelf plate and replaces it. After that, the shelf board on which the bound nori was placed is now empty and flipped at the upper end, and this time becomes the bound nori receiving side on the descending side. By repeatedly placing the seaweed on each shelf plate, a large number of seaweed can be stored in a narrow space without increasing the stock part.

In this case, another transfer means is provided at the lower end of the endless chain at a position opposite to that of the upper end transfer means. First, the bound seaweed is placed on the descending shelf at the lower end, and immediately the transfer means is used. Transfer to the ascending shelf at the bottom. This state is repeated, and when the shelf board rises to the upper end, it is transferred to the descending shelf board by the transfer means at the upper end in the same manner as described above, and by repeating this, each shelf on the ascending side and the descending side is filled. By doing this,
The layout of the laver production system can be freely adjusted, and mass-produced equipment can be efficiently used in the space.

[0013] In the binding laver collecting apparatus according to the second aspect, each shelf is fixed and the supply means is moved up and down. The supply means receives the bound seaweed extruded or drawn from the seaweed sizing machine, moves it to the shelf position by the elevating means, and pushes it in a predetermined number of sideways. Each shelf is filled by repeating this. In this case, it is also possible to push into an arbitrary shelf board by the elevating means without following the order.

According to the third aspect of the present invention, the shelf plate of the stock portion is fixed, and the receiving arm and the delivery arm are moved up and down. First, the bound seaweed is carried in to the stopper position with the receiving arm arranged below the roller by the elevating means. When the receiving arm is raised by the elevating means,
The receiving arm passes beside the roller and receives the united laver. Thereafter, the receiving arm is stopped at a predetermined shelf position,
When the delivery arm is advanced in the shelf direction by the reciprocating means, the bound nori on the reception arm is transferred onto the shelf board by the delivery arm. By repeating this procedure, a predetermined number of united laver can be stocked on the shelf.

In the binding laver concentrating device according to the fourth aspect, after the binding laver is delivered to the shelf, the receiving arm for receiving the next binding laver moves down and passes beside the roller. Even if the operator places his hand near the roller, the receiving arm touched by the hand should rotate upwards on the spot even if the lifting / lowering means tries to descend further, and apply no abnormal force to the hand. You can protect your hands from.

[0016]

Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 shows Embodiment 1 of the present invention.
FIG. 2 is a side view showing a united seaweed collecting apparatus A, FIG.
FIG. 3 is a plan view of the same. First, the configuration will be described.

In the figure, 1a is a stock part,
Reference numerals 1 and 1 denote a pair of pillars, which are erected at an interval appropriately wider than the length of three rows of united laver 2 and have no connecting material at their upper ends. 3 and 4 are sprocket wheels which are above and below the columns 1 and 1 and are respectively supported on the inside, and 4 is a lifting and lowering device for intermittently driving the lower two of the sprocket wheels 3, 3. A motor 5 is a connecting shaft between the lower two sprocket wheels 3 and 3, a driving sprocket wheel 6 is fixed to the connecting shaft 5, and a connecting member 7 connects the lifting motor 4 and the driving sprocket wheel 6. It is Chen who did.

8, 8 are the sprocket wheels 3, 3,.
・ A pair of roller chains stretched up and down, 9, 9 ・
.. Are the same front and back shelves fixed at a fixed pitch in a cantilevered manner between the roller chains 8 and 8, and 10 is a roller chain spacing holding plate shown in FIG. A plate for preventing a shelf plate from falling down which is fixed and arranged between the roller chain 8, 12 is a guide rail, and 13 is the guide rail 1.
The second flange 12a is guided by the roller 14 so that the frame 1
5 is a fall prevention device fixed to the shelf 9. The flange 12a is curved and continuous at the upper end, but may be discontinuous just before the upper end.

Returning to FIG. 1 to FIG.
6 is a laver binding machine, 17 is a receiving plate for receiving the bound laver 2 extruded obliquely downward from the laver binding machine 16, 18 is a drive motor for lifting the receiving plate 17 to a horizontal position via a link 18a, 19 is .. Of the shelves 9, 9,... From the side of the lowermost position on the descending side to the side of the receiving plate 17, a delivery table arranged with the upper surfaces thereof together, 20 is a supply means, 21 is an extrusion means. The plate 22 is a chain guide device for reciprocating the pushing plate 21 from the outside of the receiving plate 17 to the inside of the shelf plate 9 by an endless chain and a guide rail, and 23 is a drive motor of the chain guide device.

Reference numeral 24 denotes a lower transfer means.
Is a pushing plate provided with a length substantially the same as the width of the three rows of united laver and parallel to the front edge of the lowermost shelf, and 26 is the pushing plate 2
5 from the front edge of the shelf to the rear of the shelf (ie, the ascending side)
A chain guide device 27 for reciprocating the trailing edge of the shelf at the position by an endless chain and a guide rail, and 27 is a drive motor of the chain guide device 26.

Numeral 28 is an upper transfer means provided opposite to the lower transfer means 24, and 29 is substantially the same width as the width of the three rows of united laver and is parallel to the front edge of the uppermost shelf. And a push-in plate 30 provided in the chain guide for reciprocating the push-in plate 29 from the front edge of the shelf to the trailing edge of the shelf at the rear (ie, downside) position of the shelf by an endless chain and a guide rail. Device, 31 is the chain guide device 30
Drive motor.

Next, the operation of the binding seaweed collecting apparatus A will be described. From the laver binding machine 16, a bundle of ten flat laver is folded as a set, and a bundle of ten laver 2 is taped and extruded diagonally downward. Receiving plate 17 is the united seaweed 2
When one bundle is received in an inclined state at the pushing position of the first position, the drive motor 18 positions the receiving plate 17 horizontally. When the receiving plate 17 is positioned horizontally, the drive motor 23 of the supply means moves the pushing plate 21 to the front end of the transfer table 19 to transfer the bound laver 2 from the receiving plate 17 onto the transfer table 19.
The second bundle is also moved to the front end of the delivery table 19 in the same manner while pressing the previously transferred nori. When the third bundle is set horizontally, the drive motor 23 moves the extruding plate 21 to the side edge of the shelf 9 and simultaneously moves the three bundles of bound laver onto the shelf 9.

In the lower part of the stock section 1a, 3
When the bundled seaweed is supplied, the drive motor 27 of the lower transfer means 24 reciprocates the push plate 25 from the descending shelf 9 to the ascending shelf 9, and the three bundles of seaweed are raised together. Push it to the 9 side. After the pressing plate 25 returns to the original position, the lifting motor 4 drives the roller chains 8, 8 for one interval of the shelf 9. In this case, by driving the shelf 9 on the lower transfer means 24 side down, the shelf on the ascending side receives the united laver 2 and rises one step, and the empty shelf on the lower side moves downward. It is turned upside down by the side sprocket wheel 3 and becomes the next receiving shelf.

The above operation is repeated, and when the first shelf plate on which the united laver is placed is raised to the upper end, the drive motor 31 of the upper transfer means 28 is pushed above the stock unit 1a in synchronization with the drive motor 27. 29 is reciprocated from the rising shelf 9 to the descending shelf 9 so that the three bundles of seaweed are pushed into the falling shelf 9.

In the stock section 1a, as described above, the shelf 9
Before the reversal, swap the united seaweed on the ascending side and the descending side,
By repeating this, united laver is stored in the stock unit 1a. Then, after all of the binding laver 2 has been transferred to the mountable shelf, the work is stopped by setting a counter or the like, and a buzzer or the like is operated to notify the completion of the work.

As described above, in the present unit for binding seaweed A, the seaweed bundle 2 can be stocked on the shelf 9 in the vertical direction on the shelf provided on the endless chain. In addition, a large space is not required, and a large number of united laver can be stocked. Since the weight of other united laver does not act on each united laver, many united laver can be stocked without damage or deformation. Since each united laver is separated one by one, it can be taken out very easily,
Number checking can be done easily.

Next, a second embodiment will be described with reference to FIGS.
Will be described. Bundling laver focusing apparatus B in the present embodiment
Is characterized in that the stock portions 1b are provided in two rows side by side, and only the supply means 40 is provided between the stock portions 1b. In this case, the respective shelves 41 are arranged on the ascending side and the descending side as described above, but are placed only on the ascending side. In the other configurations, the same components as those of the first embodiment are denoted by the same reference numerals, and description thereof will be omitted.

The supply means 40 distributes the tied laver 2 to the left and right. For example, when supplying the tied laver 2 to the stock portion 1b on the right side, the extruding plate 21 is provided with the laver binding machine 1
No. 6 is waiting on the left side of the binding laver pushing position, and when the right stock portion 1b is fully loaded, it stands by on the right side by setting a counter or the like.

Therefore, the present binding laver collecting apparatus B is effective when the ascending shelf side is located on the side where other apparatuses are arranged or when there is no work space, and a layout different from that of the first embodiment is adopted. Can be provided.

Next, a third embodiment will be described with reference to FIGS. In the united seaweed concentrating device C in the present embodiment, the shelves 50 of the stock parts 1c, 1c
And one supply means 52 is connected to the stock sections 1c, 1
It is characterized in that it moves up and down between c.

The shelf board 50 is large enough to mount the bound seaweed 2 in three horizontal rows, and provided with sensors 53 for detecting when three bundles are supplied.

The supply means 52 is provided with an elevating device 54 which moves up and down to a predetermined shelf 50 upon receiving a bundle of the bound seaweed 2. In the figure, 55 is a guide rail, 56 is a bearing on the supply means frame 57 side slidably supported by the guide rail 55, and 58 is an endless chain which is vertically stretched by a sprocket wheel 59 and is connected to the bearing 56. , 60 are drive motors for driving the sprocket wheel 59 to raise and lower the supply means 52 by an arbitrary distance. In other configurations, the same components as those in the first embodiment or the second embodiment are denoted by the same reference numerals, and description thereof will be omitted.

In the present binding laver collecting apparatus C, the receiving plate 17
Every time a bundle of bound seaweed 2 is received, the drive motor 60 of the elevating device 54 raises and lowers the supply means 52 to the designated shelf position, and pushes and pushes the pushing plate 20 to the shelf 50 from the side. When the third bundle of seaweed 2 is pushed into the shelf 50, the first seaweed laver reaches the position of the sensor 53, and the sensor 53 outputs a signal indicating that the supply is completed to the control unit. By repeating this operation, a predetermined number of united laver is supplied to each shelf.

Therefore, the present binding laver collecting apparatus C has the same installation layout as that of the second embodiment, but the shelf plate is fixed, so that the mounting of the shelf plate is simple and stable. I have. Further, since a sensor can be provided on each shelf, the control unit is also simplified.

Next, a fourth embodiment will be described with reference to FIGS. In the united seaweed collecting apparatus D according to the present embodiment, the shelf plate 61 of the stock unit 1d is fixed in a plurality of stages (six stages in this embodiment) vertically on one of the columns, and the supply unit 62 moves up and down. It is characterized in that the united seaweed 2 supplied skewed is corrected horizontally and supplied to each shelf even without moving parts.

In the drawing, reference numeral 63 denotes a roller carrying-in portion, which is arranged at a lower position than the lowermost one of the shelves 61 at the center of the columns 51, 51 standing upright, and the roller 64 is provided with the laver binding machine 16 From the laver discharge position 16a, are arranged in a downwardly skewed state with an interval therebetween, and a stopper 65 is fixed at the end position. 66 is a striker for detecting the united laver 2 and 67 is a limit switch thereof.

Reference numeral 68 denotes a horizontal frame disposed between the columns 51, 51, and 69 denotes a vertical frame extending forward from one end of the horizontal frame 68 (opposite the shelf), and the horizontal frame 68 is connected to the endless chain 58. Vertical frame 6 by connecting
9 are raised and lowered. In the figure, 70 is the guide roller. The vertical frame 69 is provided with a rotating plate 72 that is rotatably held on a horizontal support shaft 71 from a horizontal position in an upward direction. The rotating plate 72 includes the rollers 64, 6.
The two receiving arms 73 are protruded at the same horizontal position at an interval so as to be able to pass between the four.

The delivery arm 7 is mounted on the horizontal frame 68.
As shown in FIG. 13, a track rail 74 is disposed as a means for moving forward and backward in the direction between the columns 51, 51.
In the drawing, reference numeral 75 denotes a receiving arm 73 which is directed horizontally and vertically to a vertical frame 69 via a vertical bracket 77 fixed to a slide unit 76 of the track rail 74.
A delivery arm protrudingly arranged at a higher position,
The tip is slightly protruded from the front side of the receiving arm 73. Reference numeral 78 denotes a guide hole of the delivery arm 75.

An endless chain 79 is extended below the horizontal frame 68 in parallel with the track rail 74, and a pin 80 projecting from the endless chain 79 is used to extend the sprocket for extending the endless chain 79. A vertically elongated hole 8 provided in the vertical bracket 77 longer than the diameter of 81.
2 is slidably inserted in the second. In the figure, reference numeral 83 denotes the driving motor. Incidentally, in other configurations, the first to the first embodiments are used.
The same components as in 3 are denoted by the same reference numerals, and description thereof will be omitted.

Next, the operation of the binding laver collecting apparatus D will be described. First, the bound seaweed 2 carried out from the seaweed binding machine 16
As shown in FIG. 14 (a), after the roller carrying section 63 is skewed downward by the roller 64 and exits to the front side, the roller is stopped by the stopper 65 and is held obliquely as it is.
When the drive motor 60 raises the supply means 62 by the detection of the limit switch 67, the receiving arm 73 is raised from a position below the roller 64 as shown in FIG. Then lift. At this time, since the two receiving arms 73 and 73 protrude to the same horizontal position, the one that has been held obliquely until now is held horizontally.

After stopping at a predetermined position of the shelf board 61 in accordance with the instruction, the drive motor 83 rotates the endless chain 79, and the pin 80 moves from one end to the other end. From the side to the other end.
As a result, the delivery arm 75 is
The upper united laver 2 is pushed toward the shelf 61 and transferred.
By repeating the above, the previous united seaweed is pushed by the next united seaweed and stocked by a predetermined number on the shelf board.

As described above, the present embodiment 4
In the binding laver collecting apparatus D, the roller loading unit 63 has a simple structure in which the binding laver carried out and supplied from the laver binding machine 16 is received and held in an oblique state as it is, but the electric unit and the like With no simple structure, it can be immediately held horizontally. Therefore, the operation time can be shortened. In addition, the structure becomes simple, the manufacturing becomes easy, and the number of parts that fail is extremely small. Further, cost can be reduced.

In particular, when the supply means 62 is lowered, the receiving arm 73 can rotate upward.
Even if the worker touches the roller carry-in portion 63 with his / her hand, the receiving arm 73 pivots upward and avoids itself, so that there is no danger of pushing and bending the hand, which is extremely safe. In addition, these devices have a structure in which a safety cover can be provided as much as possible on a chain hanging portion or the like for further safety.

Although the embodiment of the present invention has been described above, the specific configuration of the present invention is not limited to this embodiment, and there are design changes and the like within a range not departing from the gist of the invention. This is also included in the present invention.

For example, in the binding laver collecting apparatus of the first embodiment, the upper and lower transfer means are provided to face each other.
The invention is not limited to this, and only the upper transfer means may be provided. As a result, in the lower part of the stock part, the bound seaweed is pushed into the ascending shelf, and in the upper part of the stock part, the upper transferring means on the ascending side transfers the bound seaweed to the shelves in the descending side. In this case, the cost can be reduced by eliminating the need for the lower transfer means.

The number of shelves and the number of sheaves to be placed can be arbitrarily set. Further, as in the second and third embodiments, the stock portions can be provided in two rows.

In the binding laver collecting apparatus according to the second and third embodiments, the stock sections are provided in two rows, but they may be provided only on one side.

In the binding laver collecting apparatus according to the fourth embodiment, the stock section is arranged on the right side, but may be replaced on the left side.

[0049]

As described above, the first aspect of the present invention is as follows.
In the binding seaweed concentrating device according to the description, since the above-described configuration is adopted, since the seaweed is stored vertically in a state where it is placed on a shelf board, a large installation space is not required, and even in a narrow space, many seams are bound. Nori can be stocked. The weight of other united laver does not act on each united laver,
A large number of united laver can be stocked in a narrow space without damage or deformation. Since each united laver is separated one by one, an effect is obtained such that extraction can be performed extremely easily. Also, even if the shelf is arranged in a ring shape in the vertical direction by an endless chain, the bound seaweed is transferred to the shelf of the inverted part just before the shelf is inverted, so it is placed on both the ascending and descending shelves. The united seaweed can be placed, and an effect such as the ability to stock an extremely large number of united seaweed even in a small space can be obtained.

In the binding laver collecting apparatus according to the second aspect of the present invention, since the above configuration is adopted, it is easy to mount the shelf plate and stabilize it against a load even if it is provided in a cantilevered state. Since each shelf does not fluctuate with respect to the support column and can be easily wired, it is possible to obtain an effect that a sensor is provided on each shelf to simplify the control unit.

According to the third aspect of the present invention, since the above configuration is adopted, the roller loading section only needs to hold the bound nori discharged and supplied from the laver binding machine in an oblique state as it is, so that the structure is extremely simple. Things, and
Even with such a simple structure, the united seaweed can be immediately and horizontally held with a simple structure without an electric part or the like. Therefore, the operation time can be shortened. In addition, effects are obtained such that the structure is simplified, the production becomes easy, the number of parts that break down is extremely reduced, and the cost can be reduced.

According to the fourth aspect of the present invention, since the receiving arm can be turned upward when the supply means is lowered, the operator should be able to use the roller loading section. Even if the hand is touching the hand or the like, if the elevating means tries to descend further after the receiving arm touches the hand, the receiving arm avoids itself upward and disappears from its position. The effect of being extremely safe without the danger of pushing and bending can be obtained.

[Brief description of the drawings]

FIG. 1 is a side view showing a tied laver collecting apparatus according to Embodiment 1 of the present invention.

FIG. 2 is a front view showing a binding laver focusing apparatus according to the first embodiment.

FIG. 3 is a plan view showing a binding laver focusing apparatus according to the first embodiment.

FIG. 4 is an explanatory diagram showing a main part of the first embodiment.

FIG. 5 is a front view showing a unit for tying and binding seaweed of the second embodiment.

FIG. 6 is a side view showing a unit for tying a dried seaweed of the second embodiment.

FIG. 7 is a front view showing a unit for tying and binding seaweed of Embodiment 3.

FIG. 8 is a plan view showing a tied laver focusing apparatus according to a third embodiment.

FIG. 9 is an explanatory diagram showing a main part of a third embodiment.

FIG. 10 is a longitudinal sectional view showing a unit for tying a nori seaweed of a fourth embodiment.

FIG. 11 is a front view showing a tied nori sizing device of a fourth embodiment.

FIG. 12 is a cross-sectional view taken along the line MM of FIG. 11;

FIG. 13 is a rear view showing a main part of the fourth embodiment.

FIG. 14 is an explanatory diagram showing the operation order of the fourth embodiment in the order of (A) and (B).

[Explanation of symbols]

 A, B, C, D Bundling seaweed bundling device 1a, 1b, 1c, 1d Stock part 1, 51 Post 2 Bundling seaweed 3 Sprocket wheel 4 Lifting motor 8 Roller chain 9, 41, 50, 61 Shelf 16 Seaweed bundling machine 17 Receiving plate 20, 40, 52, 62 Supply means 21 Extrusion plate of supply means 24 Lower transfer means 25 Push plate of lower transfer means 28 Upper transfer means 29 Push plate of upper transfer means 54 Lifting device of supply means 63 Roller carry-in section 71 Horizontal support shaft 72 Rotating plate 73 Receiving arm 74 Track rail (Advancing / retracting means) 75 Delivery arm 76 Slide unit (Advancing / retreating means) 78 Guide hole (Advancing / retreating means) 79 Endless chain (Advancing / retreating means) 80 Pin (Advancing / retreating) Means) 83 drive motor (forward / backward means)

Claims (4)

(57) [Claims] 1. A supply means for pushing a bundle of dried laver which is extruded or drawn out from a laver binding machine for bundling flat or bent dry laver from one end side into a predetermined number and pushing it onto a shelf plate; And a stock unit having a plurality of stages in the direction , wherein the stock unit is stretched in the vertical direction and a pair of intermittently driven
A large number of the shelf boards are attached at a predetermined pitch to the endless chain of
And when the shelf is stopped,
The united seaweed is pressed onto the shelf on the side that moves relative to the shelf.
Inclusive plate that it comprises a transfer means reloaded inclusive press in binding laver focusing device according to claim. 2. The sea that binds flat or bent dry laver.
One piece of bound seaweed extruded or drawn from the moss binding machine
Push in on the shelf in a predetermined number of rows from the end side
Supply means and a large number of shelves on the uprights
The fixed stock part and the supply means are connected to the respective shelves.
A binding seaweed concentrating device , comprising: elevating means for elevating and lowering . 3. The sea that binds flat or bent dry laver.
Strike the united seaweed extruded or pulled out of the moss unit.
Roller loading section for loading to the hopper position, and a shelf board in the vertical direction
And a stock portion where a plurality of stages are arranged, and an extension position of the shelf plate
It is arranged horizontally below and beside the roller.
Receiving arm, and the receiving arm
Lifting means for raising and lowering to an arbitrary shelf position,
A receiver orthogonal to the arm and disposed above one side of the receiving arm.
A transfer arm, and the transfer arm
And a reciprocating means for reciprocating in the shelf plate direction from the side . 4. The receiving arm moves upward from a horizontal position.
The binding seaweed concentrating device according to claim 3, which is rotatably provided .