JPS60256366A - Continuous process for producing laver - Google Patents

Abstract

PURPOSE:To improve the life cycle of reed screens, by reversing the reed screen moving along a belt conveyor each cycle, and applying the front side and rear of the laver sheet alternately to the reed screens. CONSTITUTION:Laver reed screen support frames 5 are provided on an endless circulating chain 3 revolving from the inlet part 2 to the recess part of a laver dryer 1, and a feed part (e) for each reed screen 12 with laver formed thereon and a taking out part (f) are provided at the inlet part 2. A laver peeling machine 13, laver sheet forming machine 21 and laver dehydrator 22 are provided at a conveyor line (l) extending from the taking out part (f) to the feeding part (e) in an automatic laver manufacturing machine. In the above-mentioned apparatus, the reed screen 12 is moved along the conveyor line (l) without reversing, and the direction of slender strips 12' of the reed screen 12 is in agreement with the horizontal transfer line of the above-mentioned line (l). The front side of the reed screen 12 is turned up in the laver sheet forming machine 21 to form the laver sheet 14, and the front side of the reed screen 12 after passing through the dryer 1 is turned down to peel the laver 14. Thus, the laver sheet 14 is formed alternately on the front side and rear. Therefore, the laver sheet 14 can be formed on the front side and rear alternately, and the life cycle of the reed screen 12 can be improved.

Description

Detailed Description of the Invention "Industrial Application Field" The present invention is a method for automatically producing dried seaweed from a seaweed mixed raw material that has been drained from pre-processing steps such as washing, mincing, and mixing raw seaweed with water. It is related to.

``Prior art'' In the conventional fully automatic drying seaweed manufacturing method, multiple cages are supported on support frames, and a conveyor line that exits from the inlet of the seaweed dryer and carries out the seaweed peeling process, seaweed cutting process, and seaweed dewatering process is connected to the above-mentioned entrance. In this conveyor line, the direction of the cage bars and the direction of the horizontal transition part of the line were at right angles.

For this reason, it was difficult to deposit seaweed only on the surface of the screen each time the tube passed through the line, and to alternately deposit the seaweed on the front and back surfaces.

``Problems to be Solved by the Invention-1 The present invention improves the service life of the bamboo basket by flipping the basket moving along the conveyor line inside out after every cycle, and alternating the surface on which nori is applied. It is something.

``Procedures for solving problems'' Book: A seaweed cage support frame is installed on an endless circulation chain that rotates from the entrance to the back of the seaweed dryer, and the nori can be placed at the entrance. In an automatic seaweed production device having a supply section and a take-out section, and a conveyor line from the take-out section to the above-mentioned supply section that includes a nori peeling process, a nori cutting process, and a nori dewatering process, the cage is reversed along the conveyor line. In the nori peeling process, the seaweed is made by moving the seaweed without moving the seaweed without moving it, and making the direction of the screen coincide with the horizontal movement direction of the same line, with the surface of the screen facing upward in the seaweed cutting process, and passing through the dryer. It is constructed by a continuous seaweed manufacturing method characterized in that seaweed is alternately made on the front and back of the cage by peeling the seaweed with the surface facing downward.

"Function" Therefore, the cages supplied to the conveyor line are moved along the upper horizontal part of the conveyor line towards the inlet of the seaweed dryer.
. . □0. It's -0. - A seaweed-water mixed raw material is supplied into the paper frame, fresh seaweed is deposited on the same surface, dehydrated in a dehydrator, and enters the nori dryer vertically from the nori paper feeder supply section to the entrance section. The dried seaweed dries while it moves to the back, where it turns around and hangs downward until it reaches the take-out section. The dried seaweed is transferred downward to the same line, and in that state, the dried seaweed is peeled off by a seaweed peeling machine, separated down the conveyor line, and unloaded onto an unloading conveyor. After the seaweed has been peeled off, the cage is lifted up by the elevator without being turned over and is placed on the upper horizontal transition section of the conveyor line. In this state, the front surface of the cage faces downward and the back surface faces upward, so that it is directly below the nori cutting machine. As described above, raw seaweed is deposited on the back side facing upward, and then dehydrated in a dehydrator and fed to the supply section at the entrance of the dryer. This operation is repeated.

- "Example" A direction changing roller 4 of an intermittent rotating endless chain 3 is provided at the inlet part 2 of the seaweed dryer 1, and the seaweed cage support frame 5 is stopped at a horizontal position at the roller 4 section, and the seaweed cage is kept at that position. A lip closure device @6 is provided to form a seaweed paper trap supply section e. At the upper horizontal transition part of the chino 3, hold the open frame 5 upright and follow the arrow a.
Intermittent transition in the direction. This cheno 3 is inverted at the back of the seaweed dryer 1 and hangs downward, and moves intermittently in the direction of the arrow at the lower horizontal transition part, and moves from the guide roller 7 to the roller 4.
The opening 8 is formed by changing the direction toward.

A screen clip release device 9 is provided in the opening 8 and the removal portion 5
is formed, and a separating tube lower end clip 10 is provided below, and the clip 10 is raised and lowered on a roller conveyor 11 to connect the cage 1.
The seaweed sheets No. 2 are transferred to the same conveyor 11 with the surface to which they have been applied (surface) facing downward. The seaweed 14 on the lower surface of this cage 12 is separated by a seaweed peeling machine 13, and the separated seaweed 14 is pinched by pinch rollers 16, 16 by a guide plate 15 and sent to a conveyor 17 below. The cage 12 is placed on the roller conveyor 11 by the arm drop rod 18 and moved to the left in FIG. The direction of the bars 12 of the screen 12 is arranged to match the horizontal movement direction of the conveyor 11. Then, they are placed on the elevator 19 and ascended, and are pushed out in the direction of arrow C by the extrusion device 20 onto the upper horizontal roller conveyor 11, so that the front and back surfaces are not reversed. In other words, the intermittent chain conveyor 23 is placed with the surface of the cage 12 facing downward and the back surface facing upward.
．． The seaweed 14 is directly below the seaweed machine 21 on top of the seaweed machine 23 and stopped, and fresh seaweed 14 is shredded on the back side in the conventional manner. A conveyor line l is formed.

After the dehydration, the seaweed is fed out onto the horizontally positioned nori support frame 5, is clipped, and the operation of moving intermittently in the upper horizontal transition section of the dryer 1 in the direction of arrow a is repeated.

"Effects" Since the present invention is configured as described above, there is no need to support the tube with a support frame for multiple sheets on the conveyor line of the fully automatic seaweed manufacturing apparatus, and it is not necessary to support the tube for multiple sheets in the direction perpendicular to the same line, one by one. It is not only a scale that can be guided and simplifies the device without requiring a support frame at all, but also allows the seaweed 14 to be attached alternately to the front and back sides of the screen 12, increasing the service life of the tube 12 and making efficient use of the screen 12. It's a monkey.

[Brief explanation of the drawing]

FIG. 1 is a side view of the continuous seaweed production method of the present invention, and FIG. 2 is a plan view taken along line A--A in FIG. 1. Nori dryer, 2. Inlet section, 3. Endless circulation chain, 5. Nori cage support frame, e. Nori paper pipe supply section, f
...Take-out part, L...Conveyor line, 12...Storage, 1/2...Higo. Patent applicant Kugisaki Iron Works Co., Ltd.

Claims (1)

[Claims] (1) A seaweed cage support frame is installed on an endless circulating chain that rotates from the entrance to the back of the seaweed dryer, and the entrance has a seaweed pipe supply part and a takeout part, In an automatic seaweed manufacturing apparatus having a seaweed peeling process, a seaweed cutting process, and a seaweed dewatering process on a conveyor line from the take-out part to the supply part, the cage is moved along the conveyor line without reversing, and In the nori cutting process, the seaweed is made with the surface of the screen facing upward, and in the nori peeling process after passing through the dryer, the seaweed is made with the surface facing downward. A continuous seaweed manufacturing method characterized by alternately making seaweed on the front and back sides of a screen by peeling the seaweed.