JPS5825831Y2 - Paper making device in endless “S” type seaweed making machine - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a papermaking device in an endless cage type seaweed production machine.

A paper-making device that pours a mixture of seaweed and water onto an endless cage that runs through an aquarium, and scoops up the pieces of seaweed floating in the water onto the endless cage.Nori pieces are always cut into a predetermined width. It is necessary to install a partition member to raise the laver, but in this case, the contact part of the nori that is scooped up onto the endless tube and transported toward the dewatering section with the partition member must not be disturbed by the partition member.

In addition, if pieces of seaweed put on the endless screen flow out from the top of the screen and spread to inappropriate locations, the pieces of seaweed may stick to the back of the screen or be washed out of the aquarium along with the drainage water, causing the seaweed to spread to inappropriate locations. will be wasted.

Therefore, the present invention provides the above-mentioned type of nori paper making apparatus, in which the seaweed pieces in the liquid mixture put into the water tank do not flow out of the endless tube, and the seaweed collected on the endless screen is separated into partitions. so that it would not be disturbed by the parts,
This was developed for the purpose of providing a papermaking device for an endless cage type seaweed production machine.

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a schematic side view of this device, FIG. 2 is a plan view, and FIG. 3 is a sectional view taken along line AA in FIG. Cheno 1 is sprocket S
1. Driven by S2, the robot once immerses into the water from the rear of the water tank 2, moves while gradually rising, and after emerging from the water surface, runs toward a dewatering section (not shown).

There is a step-shaped box 3 at the rear and upper part of the tank 2, and the mixed liquid of seaweed and water falls from this box 3 into a saucer 4, and is then thrown into an endless cage in the tank. There is.

There are three belts 5 on the endless screen, and the bottom surface of each belt is in light contact with the endless screen M, and at the same time two pieces of seaweed M,
It is designed to extract m.

Each belt 5 is driven by three coaxial pulleys 6 above the front of the aquarium, each pulley 6 is driven by a sprocket S2.
It is driven by a motor (not shown) via a pulley 7, a belt 8, and a pulley 9, which are mounted coaxially with the motor.

The pulley 10 on which the rear end of each belt 5 is adjusted has a sprocket S2. It is loosely attached to the mounting shaft 11 of S2.

Further, between each pulley 10, a partitioning drum 12 is fixed to the shaft in close contact with each pulley 10.

As is clear from FIG. 3, the radius of each drum 12 is larger than the radius of each pulley 10 and slightly smaller (about 2 mm) than the rotation radius of the belt.

Each belt 5 is formed by pasting together two hard and soft belts 5□ and 52.

That is, one belt 5 □ is a relatively thin belt made of a hard material, and is located inside and is driven by each pulley 6 to transmit power to the pulley 10 .

The other belt 5□ is a thick belt made of soft sponge, and is attached to the outside of the hard belt 5□.

The belt 5 formed by the two hard and soft belts 51 and 52 has a thickness of 20 mm and serves as a partition as described later.

Further, a receiving plate 13 is brought into contact with the back surface of the endless front corresponding to each belt 5 so that the endless front M does not sag.

Incidentally, pieces of seaweed thrown in from the saucer 4 are floating in the area partitioned by each belt 5 and each drum 12, but the bottom surfaces of each drum 12 and each belt 5 are arranged in an endless front so as not to create a gap. It is pressed against M (see Figure 3).
Therefore, no seaweed pieces in the liquid mixture will not flow out from the contact surfaces between each drum 12 and each belt 5 and the endless front M.

Next, papermaking work will be explained in accordance with the above embodiment.

Driven by a sprocket, the endless front M attached to the endless chino 1 is once submerged under the water surface at the rear of the tank, and then gradually rises and travels toward the front of the tank.

At the same time, each pulley 6 is also driven, and each belt 5
rotates at the same speed as before endless rotation.

On the other hand, the mixed liquid fed to the box 3 falls into the water tank 2 and floats on the running endless cage, and at the same time two pieces of seaweed m,
M is rolled up in an endless strip onto E.

Here, each belt 5 has a considerable thickness (20 mm), and the lower surface of the outer sponge belt 53 contacts the endless front M and rotates at the same speed as the endless front.

Further, as described above, the lower surfaces of each drum 12 and each belt 5 are pressed against the endless front M so that no gaps are formed, so no pieces of seaweed will flow out from this portion.

Therefore, the range in which seaweed pieces placed on the endless screen float is limited to the area partitioned by each belt 5 and drum 12, and the seaweed pieces flow out outside this range and spread to the back surface of the endless screen. There is no such thing as sticking to it.

Moreover, if the running speed of each belt 5 and the running speed of the endless front M are not the same, each belt I of seaweed scooped up on the endless screen
-5 is disturbed by the relative speed difference, but in order to avoid such a situation, the running speed of each belt 5 is made to match the running speed before the belt is endless.

Moreover, when each belt 5 separates from the endless front M while rotating along each pulley 6, the sponge belt 52 that was pressed against the endless front M slowly recovers its elasticity and quietly separates from the endless front M. Therefore, at that time, the contact portions of the seaweed m and m with the sponge belt 5□ are not disturbed.

As explained above, according to the present invention, the pieces of seaweed put into the aquarium do not spread to an inappropriate range, and the parts of the pipe where the pieces of seaweed that have been cut up and come in contact with the partitioning belt are It is not disturbed.

Furthermore, by arranging a large number of partitioning belts in parallel, a plurality of pieces of nori can be made at the same time.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which FIG. 1 is a schematic side view, FIG. 2 is a plan view, and FIG. 3 is a sectional view taken along line AA in FIG. 2. 1...Endless Cheno, 2...Aquarium, 5.
...Belt, 6゜10 ...Pulley, 12
...Drum, 13...Batch plate, M...
...Mudae Mae.

Claims (1)

[Scope of utility model registration request] In a paper making device in which an endless cage attached to an endless conveyor is once immersed below the water surface of an aquarium, it is run while gradually rising, and a mixture of seaweed and water is introduced from above. A thick partitioning belt that rotates at the same speed as the running speed of the screen is arranged so that its lower surface is in contact with the top surface of the endless screen, and between the pulleys that adjust the rear end of the partitioning belt. A drum having a larger diameter than the pulley is attached, and the lower surface of the drum and the partitioning belt are pressed against the upper surface of the endless screen, and a receiving member for preventing walnuts corresponding to the partitioning belt is installed on the back side of the endless screen. A paper making device in an endless cage type seaweed making machine.