JPH03103159A - Dehydrator of apparatus for producing laver - Google Patents

Abstract

PURPOSE:To facilitate peeling of laver after dehydration and improve dehydration efficiency by superposing plural sheets of nets on the undersurface of an upper water absorbing plate in a dehydrating part in an apparatus for producing the laver composed of a laver sheet forming part, the dehydrating part, a drying part and laver peeling part. CONSTITUTION:In an apparatus for producing laver composed of a laver sheet forming part, a dehydrating part, a drying part and a laver peeling part, plural nets 12 are superposed on the undersurface of an upper water absorbing plate 10 of the dehydrating part to sufficiently dehydrate laver with the upper and lower water absorbing plates and readily carry out also peeling of the laver sheet from the upper water absorbing plate after the dehydration.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of Industrial Application The present invention relates to a seaweed dehydration device in a seaweed manufacturing device. (B) Conventional technology Conventionally, nori manufacturing equipment has been used to produce seaweed by pouring liquid seaweed and moss into a seaweed cage and compressing the seaweed from above and below with elastic water-absorbing plates made of vinyl acetate or the like. After dehydrating the paper-made seaweed and further dehydrating it, the seaweed is carried into a dryer and dried by the same dryer.Then, the dried seaweed is peeled from the seaweed cage to form plate-shaped seaweed. Manufactured.

These dryers perform dehydration using hot air, and in order to shorten the drying time or dry the entire seaweed in a uniform state, drying can be done by dehydrating the cloudy moss to a certain extent before transporting it to the dryer. This improves the drying efficiency of the machine. (c) Problems to be Solved by the Invention However, the above-mentioned vinyl acetate water-absorbing plate absorbs moisture from the seaweed when the paper-made seaweed is compressed.
Since that surface may adhere to the seaweed and cause problems with the shape of the seaweed, a thin sponge is attached to that surface.The sponge surface prevents the seaweed from adhering to the seaweed and allows smooth dehydration work. I try to do it.

However, with sponges attached, even if the water is removed from the seaweed using a water-absorbing plate, the water retention properties of the sponge will cause the water inside the sponge to flow back into the seaweed when the seaweed is squeezed.
It was not possible to efficiently dehydrate seaweed.

An object of the present invention is to provide a dewatering device for a seaweed production device that can solve the above problems.

(2) Means for Solving the Problems In the present invention, there is provided a seaweed paper making section that produces seaweed in a seaweed cage, a dewatering section that dehydrates the seaweed using water absorbing tents on the upper and lower sides, and a drying section that dries the seaweed. and a seaweed production device comprising a seaweed peeling section for peeling dried seaweed from a seaweed cage, characterized in that a plurality of nets are polymerized on the underside of an upper water absorbing plate provided in the dehydration section that can be raised and lowered. The present invention provides a dehydrating device for a seaweed manufacturing device.

(E) Functions and Effects In the present invention, the seaweed that has been made into sheets in a seaweed cage is transported to a dewatering device, and in the same dewatering device, a water absorbing plate from the lower side and a water absorbing plate formed by stacking a net from the upper side are formed. The seaweed on the seaweed cage is compressed, and the moisture contained in the seaweed is dehydrated by each water absorbing plate.

In particular, the upper water-absorbing plate that comes into contact with the seaweed surface can sufficiently absorb water, even if a plurality of nets are interposed, because the water passes through the meshes of the nets.

Furthermore, when separating the water-absorbing plate from the seaweed surface, gaps are created between the nets that contact the seaweed surface, and the air in these gaps prevents the nets from coming into close contact with each other. This prevents the seaweed from slipping off with the water absorbing plate, allowing for smooth seaweed preparation.

Therefore, according to the present invention, compared to the water absorption effect of the conventional type, the water absorption operation can be performed smoothly by the netting superposed on the lower surface of the upper water absorption plate.

(F) Example An example of the present invention will be described in detail based on the drawings. In the overall side view of Fig. 1, A indicates a seaweed manufacturing device, and the manufacturing device A produces liquid seaweed in a seaweed cage. The dark moss making department 1
It consists of a dewatering section 2 for dehydrating water from the paper-cut seaweed, a drying section 3 for drying the nori, and a nori peeling section 4 for peeling the dried nori from a seaweed cage.

In this embodiment, as shown in FIG. 1, an endless chain 5 is rotatably suspended on a machine frame a, and each part is disposed on the chain 5.

Further, a cage frame 6 is supported on the endless chain 5, and the cage frame 6 can be transported by rotation of the chain 5.

In this embodiment, the cage frame 6 is shaped to be elongated in the horizontal direction, and a plurality of seaweed cages 8 are attached to the cage frame 6. I try to make seaweed n.

Then, the seaweed basin 8 in which the seaweed n has been cut is conveyed to the dewatering section 2, where the seaweed n is dehydrated to some extent, and then transferred to the drying section 3.

In this drying section 3, a drying chain 3a provided inside the drying section 3 receives each screen frame 6 from an endless chain 5, and the drying section 3 is circulated through the drying section 3 to perform sufficient drying.

Next, the cage frame 6 from the drying section 3 is transferred to the endless chain 5 again outside the drying section 3 and conveyed to the nori peeling section 4, where the nori frame 6 is removed from the nori cage 8 by the same stripping section 4. only 'f-. I'm trying to get the most out of it.

The present invention is characterized by the dewatering device 9 of the dewatering section 2 in the seaweed manufacturing apparatus A, and the structure thereof will be explained in detail below.

That is, in the dewatering section 2, as shown in FIG. 11 is disposed, and pressure is applied from above and below to the seaweed n made in the seaweed cage 8 by the water absorption temporary 10.11 to dehydrate the water in the seaweed n.

In this embodiment, an upper water-absorbing plate 10 with a plurality of sheets of Nesoto 2 stacked on its underside is provided above the seaweed cage 8 which is generally fed from the seaweed production unit 1 to the dewatering unit 2, and is movable up and down. A lower water absorbing tent 11 is provided below each moss screen 8 so as to be movable up and down.

As shown in FIG. 3, the water absorbing plate 10.11 is formed of vinyl acetate into a rectangular plate-like body having a certain thickness, and has a certain level of power.

In addition, on the lower surface 10a of the upper water absorbing plate 1O, as shown in FIG. There is.

In this embodiment, as shown in FIG.
At least two nets 12 are stacked one on top of the other, and both sides of the same net 2 are sewn at a constant interval to provide a space S between each net 12.

Note that 12c indicates a sewn portion of the net 12.

Furthermore, the structure for attaching the net 12 to the upper water absorbing plate 1O will be explained in detail.

That is, in the dewatering device 9, the upper part of the chain 5 is
As shown in Fig. 2, the frame l5 can be raised and lowered freely.
The frame 15 includes a long left and right horizontal frame 15a, and a short mounting frame 1 at a predetermined interval.
5b are connected in an erected state.

Then, on the lower surface of the mounting frame 15b of the frame 15,
The porous holes 6 are connected, an upper water absorbing plate 10 is attached to the same plate 16, and a nate 12 is attached to the same water absorbing plate 10 so as to cover it.

Moreover, the upper water absorption plate 10 is connected to the frame l5 through the neck opening 2.

A removable adhesive part 1 is attached to both ends of the net 2.
At the same time as attaching the net 2-1, the adhesive parts 13-1 at both ends of the separately provided band l3 are attached to the adhesive part 12-1, and the net 2 is removably attached to the water absorbing plate 10. There is.

Note that 16a indicates a large number of holes provided in the plate 16.

Due to this structure, a gap is formed between the net 12 and the lower surface 10a of the upper water-absorbing plate 10, and air enters the gap, so that the water-absorbing plate 10 can be easily peeled off from the seaweed. I have to.

The dewatering device 9 having such a structure has the lower surface 1 of the upper water absorbent 10.
A plurality of tents 12 are superimposed and stretched on 0a, and have the following effects.

That is, when the seaweed cage 8 is conveyed from the seaweed papermaking section 1 to the dewatering section 2, the upper and lower water absorption plates 10. 11 is for compressing the seaweed cage 8 to dehydrate the water in the paper-made seaweed n, and the lower water absorption plate 1l is in direct contact with the lower surface of the seaweed cage 8,
The upper water absorbing plate 10 presses against the upper surface of the seaweed cage 8 via the net 12. The seaweed n and the water absorbing plates 10.11 are compressed from above and below by the respective water absorbing plates 10.
11 is compressed and the water content is dehydrated.

After that, the water absorbing plates 10.11 that have compressed the seaweed cage 8 move to the separating process, and as a result, the compressed water absorbing plates 10.
At this time, the seaweed n and the seaweed cage 8 absorb the adhering moisture, and even though the net 12 is interposed between the upper water absorbing plate 10 and the seaweed n, the moisture is absorbed into the seaweed net 1.
By passing between the meshes 12a of No. 2, the moisture of the seaweed n is dehydrated without any hindrance to the water absorption function.

Furthermore, after the dehydration is completed, each water absorbing plate 10. 11 to seaweed cage 8
When the seaweed is further separated, the upper water absorption plate 10 prevents the seaweed from adhering to the surface by a plurality of holes 12.

In addition, when the bottom net 2 adheres to the surface of the seaweed n, air enters the gap between the net 2 and the net 12 directly above it, and this air causes This eliminates the adhesion between the mesh 2 and the seaweed surface, and performs a sufficient peeling function.

Therefore, the dewatering device 9 ensures that the water absorbing plate absorbs water by the net 12 polymerized on the lower surface 10a of the upper water absorbing plate 10, and also prevents the paper-made seaweed n from slipping due to the gap created between the nets 12. By preventing this, it is possible to form the seaweed reliably.

[Brief explanation of drawings]

FIG. 1 is a side view of the seaweed production apparatus according to the present invention, FIG. 2 is a perspective view of the dewatering device, and FIG. 3 is an explanatory diagram of the assembled state of the water absorption plate and the net. In the figure, A: Nori production equipment 1: Nori paper making section 2: Dehydration section 3: Drying section 4: Nori peeling section 8: Nori cage 1O: Water absorption plate 12: Net

Claims (1)

[Claims] 1. A seaweed paper making section (1) that produces seaweed in a seaweed cage, and a dewatering section (1) that dehydrates the seaweed using upper and lower water absorption plates (10).
2), a drying section (3) for drying the seaweed, and a nori peeling section (4) for peeling the dried seaweed from the seaweed cage. Water absorption board (10
) A dewatering device for a seaweed manufacturing device, characterized in that a plurality of nets (12) are polymerized on the lower surface of the device.