JPS5941707B2 - Endless “S” type seaweed making machine paper making device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a papermaking device in an endless cage type seaweed production machine, and is capable of accurately controlling the amount of a liquid mixture transferred to a water tank for papermaking.

When transferring a mixture of seaweed and water onto an endless cage that runs through an aquarium and making nori sheets on the endless cage, in order to accurately adjust the thickness of the nori, it is necessary to add the mixed solution to the aquarium.

The amount of import must be precisely controlled.

In particular, when multiple paper-making devices are installed in parallel to make multiple pieces of seaweed at the same time, it is necessary to equalize the amount of mixed liquid introduced so that the thickness of each piece of seaweed is uniform. The present invention was made for the purpose of solving such technical problems, and by installing a special water flow controller in the flow path of the mixed liquid toward the water tank, it is possible to accurately control the amount of the mixed liquid transferred to the water tank. It is possible to control the following.
The present invention will be described in detail along the drawings.

Fig. 1 is a side view of the present papermaking apparatus, and Fig. 2 is a plan view of the main parts. Travel towards the dehydration equipment (not shown).

Reference numeral 2 denotes a mixing tank, in which a mixed liquid of seaweed and water stored inside is sent to a Fujibbo dropper 4 through a hose 3 by a pump P.

There is a receiving basin 5 below the Fujibbo droplet 4, and a water volume controller 6 and a water receiver 7 are provided at the front and rear of the receiving basin 5, respectively, and the water receiver 7 is connected to the mixing tank 2 by a hose 8. There is.

Below the water flow controller 6 is a box 9 with a step-like bottom.
This box 9 is located directly above the water tank 1.

A saucer 10 is arranged at the front of the box 9,
The mixed liquid that has flowed down to the saucer 10 is quietly discharged from the saucer 10 into the water tank 1.

FIG. 3 is a sectional view taken along line A-A in FIG.
A rotating body 6a in the form of a water wheel, which is attached to a shaft 12 and has a large number of plate bodies 6a' protruding at equal intervals, side plates 6b (see FIG. 2) closely attached to both sides of this rotating body 6a, and a rotating body 6a receiving box 5
It consists of a cover plate 6c having an arcuate cross section that is closely attached to the lower half of the side periphery, and the upper end protrusion 60' of the cover plate 6c is attached to the bottom plate of the receiving cell 5 with bolts 11.

Further, the front part of the receiving chamber 5 communicates with the rotating body 6a, and the mixed liquid dropped from the Fujibbo drop 4 is transferred to the plate 6a' of the rotating body 6a.
and the plate 6a'.

As shown in FIG. 2, two water flow rate controllers 6 are arranged in parallel, and each rotating body 6a is attached to the same shaft 12.

Therefore, when the shaft 12 is driven and rotated by a drive device (not shown), each rotating body 6a rotates at the same speed.

This apparatus is constructed as described above, and the papermaking operation will be explained next.

The mixed liquid stored in the mixing tank 2 passes through the hose 3 and enters the Fujibbo droplet 4 by driving the pump P, flows down the stepped bottom of the Fujibbo droplet 4, and enters the receiver 5.

The mixed liquid that has entered the receiver 5 constantly overflows to the water receiver 7 side in order to keep the water level in the receiver 5 constant, and is returned to the mixing tank 2 through the hose 8.

Further, the mixed liquid that has entered the receiver 5 flows into a space a partitioned by a plate 6a' of a rotating body 6a which is being rotated by the drive of the shaft 12, and a plate 6a' and both side plates 6b.

The mixed liquid in the space a is sent downward as the rotating body 6a rotates, and the gap t between the plate 6a' and the cover plate 6c is
The water is discharged from the tank 9.

Here, since each plate body 6a' is provided protrudingly at equal intervals,
Since the amount of the mixed liquid stored in each space a of each water volume controller 6 is equal, and both water volume controllers 6 are rotating at the same speed, both water volume controllers 6 are discharged from both water volume controllers 6 to the water tank 9. The volumes of the mixture will be completely equal.

Further, in this case, since the cover plate 6c is in close contact with the front part of the rotating body 6a, while the space a in which the mixed liquid is stored is rotating along the cover plate 6c, the space a is covered with the cover plate 6c. Since it is sealed by the plate 6c, the stored mixed liquid does not spill out, and the lower end 60' of the cover plate 6c
When it reaches this point, it is first discharged downward from the gap t.

Now, the mixed liquid flowing out from the water flow controller 6 falls into the lower box 9, flows down the stepped bottom, and falls into the saucer 10.
It flows quietly into the aquarium 1.

The pieces of seaweed in the liquid mixture are then continuously scooped up into an endless cage M to become strips of seaweed rnl and rn2, and are transported to a dewatering device (not shown).

Here, as mentioned above, since the amount of the mixed liquid falling into the box 9 is controlled to be exactly the same by both water volume controllers 6, each of the seaweed rnl and rn2 has completely the same thickness. It becomes Satoshi.

Further, by adjusting the running speed of the endless screen M and the rotational speed of the rotating body 6a, the thickness of the seaweed rnl and rn2 can be easily changed.

That is, for example, if it is desired to increase the thickness of the seaweed, the rotating speed of the rotating body 6a may be increased to increase the amount of mixed liquid discharged, or the running speed of the endless screen M may be reduced.

As explained above, the paper making apparatus according to the present invention includes a rotating body having a plurality of plates protruding from the middle of the flow path of the mixed liquid from a mixing tank to a water tank, and a lower circumferential surface of the rotating body. A water flow controller consisting of an integral cover that is in close contact with the plate body is provided, and the mixed liquid is allowed to flow into the space partitioned by the plate bodies, so that the amount of the mixed liquid can be accurately controlled. In this way, seaweed of a desired thickness can be made.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, in which FIG. 1 is an overall side view, FIG. 2 is a plan view of the main part, and FIG. 3 is a sectional view of the main part. 1... Water tank, 2-... Preparation tank, 6...
...Water flow controller, 6a...Rotating body, 6a
'...Plate body, 6c...Cover plate, M.
...Endless screen, m12m2...Nori.

Claims (1)

[Scope of Claims] 1. In a papermaking device in which a mixed liquid of seaweed and water is transferred to a water tank in which an endless screen runs, and the seaweed is scooped up by the endless screen, the flow of the mixed liquid from the mixing tank to the water tank is A rotating body with a plurality of plates protruding from the middle of the road, and a cover that closely contacts the lower peripheral surface of this rotating body. A paper-making device for an endless cage-type nori-making machine, in which a water flow controller comprising a body is disposed, and a mixed liquid is caused to flow into a space partitioned by the plate bodies.