JPS606188B2 - Raw seaweed continuous loading purifying and ripening machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a raw seaweed lotus continuous cleaning ripening machine for the purpose of continuously cutting, refining and ripening raw seaweed.

Conventionally, raw seaweed was cut, washed, and aged using separate devices with respective functions, but when using separate devices, each device was equipped with its own functions such as water supply and drainage, transportation of raw seaweed, and other functions. Not only is this necessary, but it also inevitably requires a large installation space, which is inconvenient to manage and tends to lead to inefficiency in terms of workability.

However, according to the present invention, cutting, washing, and ripening can be accomplished with one device, thereby omitting or simplifying the need for water supply and other duplicative devices, thereby solving the above-mentioned problems of the prior art.

Recent Nori-sho plants have an integrated production line from cleaning and cutting raw algae to drying, so if all the equipment has the same capacity, there will be no problem, but if there is a difference in capacity,
Since the capacity of the plant had to be adjusted to the equipment with the minimum capacity, there was a risk that the performance of the plant would be restricted.

Therefore, the same applies to the ripening machine, but since the ripening time varies depending on the condition of the raw algae, the capacity of the ripening machine must be adjusted to the maximum ripening time, and the size of the equipment has become unavoidable.

Therefore, this invention installed two cylinders in parallel and used them selectively, thereby doubling the ripening time and making it possible to use the same machine for nori-sho plants regardless of the nature of the raw algae. This allowed him to fully demonstrate his abilities. However, during ripening, it is necessary to leave the product in a relatively low amount of moisture for a predetermined period of time, but if the water is too low, it may harden, so a means to maintain a predetermined water level is required. That is, to explain this invention with reference to an embodiment, a raw glue cutting machine 2 is installed horizontally on one side upper part of a thick body 1, and below the raw glue cutting machine 2, two mesh tubes 3, 3a are horizontally installed in parallel. do.

The mesh tubes 3, 3a are installed almost horizontally, and the rotating shafts 4, 4a are inserted into the center and installed at the rotation points, and each rotating shaft 4, 4a is given a slight lead angle. Wings 5, 5a for flying flies are provided radially protruding from the textbook. The mesh tube 3,
Water receiving gutters 6, 6a are provided at a small distance below 3a, and the upper edges of the water receiving gutters 6, 6a are located slightly below the rotating shafts 4, 4a (therefore, the center position of the mesh tube). 1/3 of cylinder diameter
). Therefore, the water level in the silk tube is at the position indicated by the chain line 7 in FIG. A water supply hose 8, 8a is connected to one side of the silk tube, and a raw seaweed discharge port 9, ga is provided on the other side, and a water supply hose 0, 8a is connected between the mesh tube and the water receiving gutter.
10a and drainage rows 1 and 11a are provided. At the lower part of the exit side of the cutting machine 2, green glue receivers □ are bored in the upper side walls of the L screen tubes 3 and 3a, respectively, and the open/close lids 12 and 2 are provided in the receivers □, respectively.
12a is slidably provided. Said mesh tube 3, 3a
The lower wall is clogged and has no water permeability. Next, FIG. 8 shows a system in which a silk tubular tank 13 is provided in place of the water receiving troughs 6, 6a of the previous embodiment.

In this embodiment, the base end of the drain hose 14 is connected to the center of the bottom of the mesh tubular tank 13, and the tip of the drain hose 14 is fixed to the hanging wing 5 on the outer wall of the vertical tubular tub 13. The water level can be adjusted by the height 1 of the tip of the drain hose 14. The operation of the above embodiment will be explained.

First, the raw glue that has been washed is fed from the input row 5 (connected to the upper end of the hopper 16 of the cutting machine) as shown in Figure 4 after hitting the top (in this case, the feeding is done by a pump or manually), and the cutting process is started. When the machine 2 is started, raw glue that has been appropriately cut in a normal manner continuously falls from the outlet 2a of the cutting machine 2.
In this case, the handles 17, 17 of the opening/closing lid 12 or 12a
When a is pulled up (arrows 18 and 18a) to open the socket of the mesh tube, the raw glue is accommodated in the mesh tube due to its own weight as shown by arrows 19 and 19a. While rotating, a suitable amount of water is sent from the water hose.
In this way, the raw paste moves as indicated by the arrows 20 and 20a in FIG. 5, is accumulated in the screen tubes 3 and 3a, and is aged one after another over time (for example, 20 minutes). Next, operate the handle 21 to open the valve 22, and
When the pump 23 is started, the raw glue in the mesh tube 3 that has accumulated on the left side in FIG. sent to (not). Contrary to the above, valve 22
If the hose 27 side is aligned with the suction side of the pump 23, the raw glue inside the mesh tube 3a will flow into the pump 23 as shown by the arrow 26.
is inhaled. As mentioned above, by switching the valve 22, the raw paste in the silk tube 3 or 3a is sequentially sucked into the pump 23 and transferred to the blender, so that the ripening time is the same as when two silk tubes are connected. be able to. Therefore, depending on the condition of the glue source algae, if a sufficient degree of ripening can be obtained in 20 minutes, for example, only one silk cylinder can be used continuously, and if it is not possible to obtain a sufficient degree of ripeness without applying it for 40 minutes, for example. If two silk tubes are used and the source algae matures in less than 2 minutes, the number of rotations of the rotating shaft should be increased to increase the feeding speed. Since it can be operated to match the condition of the algae, a homogeneous product can be obtained. The silk cylinder mentioned above may be, for example, a cylinder made of stainless steel woven silk or a cylinder made of punched metal provided with numerous fine grooves and holes.

That is, according to the present invention, two silk tubes are installed in parallel below the glue cutting machine, and a lid is provided so that the lid can be opened and closed to the glue receiver □ provided on one side of the mesh tube, and a discharge port of each mesh tube is provided. Since it is connected to the suction side of a common pump through a valve, it is possible to arbitrarily adjust the ripening time by continuously using the same mesh tube or alternately using two silk tubes.

In addition, since a rotating shaft is inserted into the screen tube and a thick frame blade with a lead angle is provided protruding from the rotating shaft, it is possible to control the movement of raw seaweed and its movement in one direction. In addition, water level maintenance means such as a cover plate or the end of the drain hose that can be raised and lowered are installed, so
The water level in the raw paste inside the cylinder is set to a desired water level, which has the effect of controlling the washing state and the degree of ripening.

Therefore, even if there are considerable differences in the properties of raw algae that are cut and supplied (for example, hardness, softness, degree of contamination, etc.), by suitable washing and aging, it is possible to send the raw algae to the next process as a high-quality and homogeneous raw paste.

[Brief explanation of the drawing]

FIG. 1 is a front view of the device for implementing the present invention, FIG. 2 is a right side view, and FIG. 3 is a left side view with the cover removed.
Figure 4 is a plan view of the same, Figure 5 is a plan view of only the silk tube, Figure 6 is a diagram showing the relationship between the cutting machine and the mesh tube, and Figure 7 is the same with the raw glue receiver □ of the silk tube. FIG. 8 is an enlarged sectional view of another embodiment, and FIG. 9 is an enlarged sectional view showing an example of hooking a hose. 1... Thick body, 2... Cutting machine, 3, 3a... Mesh tube, 4
, 4a... Rotating shaft, 5, 5a... Blade, 6, 6a.
... Water receiving gutter, 8, 8a ... Water supply hose, 9,
9a... Raw seaweed outlet, 10, 10a... Water supply port, 11
, 11a... Drain port, 12, 12a...
・Opening/closing lid, 13...Mesh tubular tank, 14...Drainage hose. Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 9 Figure 7 Figure 8

Claims (1)

[Scope of Claims] 1. A green glue receptacle with a lid faces one side of two cylinders arranged horizontally downward on the discharge side of a green glue cutting machine, and the cylinders have a large number of micro holes in the peripheral wall. A rotary shaft having a stirring blade is inserted through and installed in the inner center of the cylinder, and a water inlet is provided on one side of the two cylinders, and a raw seaweed discharge port is provided on the other side. , one end of a transfer hose is connected to each of the raw glue discharge ports, the two transfer hoses are connected to the suction side of the pump via one switching valve, and a water level maintaining cover is attached to the outer lower part of the cylinder. A continuous loading purifying and ripening machine for raw seaweed, which is equipped with a water level holding means that allows the plate or end portion to be raised and lowered. 2. The raw seaweed continuous loading and aging machine according to claim 1, wherein the lid of the raw seaweed receptacle has a linear sliding structure. 3. The continuous green laver loading and aging machine according to claim 1, wherein the stirring blade is slightly angled to move the raw laver toward the raw laver discharge port.