KR101769345B1

KR101769345B1 - Automatic laver snack manufacturing machine

Info

Publication number: KR101769345B1
Application number: KR1020150058253A
Authority: KR
Inventors: 강석준
Original assignee: 강신탁
Priority date: 2015-04-24
Filing date: 2015-04-24
Publication date: 2017-08-18
Also published as: KR20160126759A

Abstract

[0001] The present invention relates to a laminating apparatus for an automatic kimsnack manufacturing apparatus, and more particularly, to a laminating apparatus for a kimsnack automatic manufacturing apparatus, (Second Kim line) can be completely overlapped on the upper surface of the Kim's snack so that the Kim's snack can be fully and automatically produced.
According to the Kim laminating apparatus for the Kim snack automatic manufacturing apparatus of the present invention, since all the steps for making the kim snack are performed automatically and continuously, the production amount can be increased, the production cost can be reduced, Can be mass-produced, so that not only the production cost is significantly lowered but also the productivity is improved.

Description

{AUTOMATIC LAVER SNACK MANUFACTURING MACHINE}

[0001] The present invention relates to a laminating apparatus for an automatic kimsnack manufacturing apparatus, and more particularly, to a laminating apparatus for a kimsnack automatic manufacturing apparatus, (Second Kim line) can be completely overlapped on the upper surface of the Kim's snack so that the Kim's snack can be fully and automatically produced.

Kim is a seaweed containing alginic acid which is effective in the prevention and treatment of hypertension arteriosclerosis by decreasing blood cholesterol concentration and strengthening blood vessel walls.

In general, the broiled kimchi is first taken from the sea and transported. To prevent degeneration of the transferred kimchi, the kimchi is mixed with salt water and stored. Then, the foreign substances included in the sea water are removed, After the fermentation process, which is a fermentation process and a dewatering process, is cut into an appropriate size, the dewatered laver is placed in fresh water and dried to prevent it from being squeezed. This is called Kimwoncho.

The sweetener is added to the Kimwon so as to be cooked or baked so as to be eaten.

Various techniques such as a variety of apparatuses, such as a Kim packaging apparatus, a Kim transfer apparatus, and a Kim processing apparatus, have been disclosed in Korean Utility Model Registration Utility Registration No. 0380627, No. 0413473, and No. 0401267, for example.

In addition, a kim-snack made of cooked kimchi is provided. To make a kim-snack, the kimchi is baked first, then the seasoning solution is applied on one side and a variety of food ingredients (walnut powder, soybean flour, sesame powder, etc.) Another season is to apply seasoning, overlapping each other and then baking it again.

A related art of Kim Snack has been disclosed in Korean Patent Registration No. 0380576.

The conventional automatic Kimsnake manufacturing apparatus for automatically producing Kim's snacks is configured such that the first Kim line 10 and the second Kim line 20 are formed in one primary processing line 100 so that two sheets of the Kim line are fed side by side A conveying conveyor 400 is formed at the end of the primary processing line 100 and a continuous grinder 500 is formed at an end of the conveying conveyor 400. The continuous grinder 500 is provided at the end of the continuous grinder 500, A second conveying conveyor 410 is formed and a cutter 430 is formed at an end of the second conveying conveyor 410. A continuous dryer 600 is formed at an end of the cutter 430, 600 is formed at the end of the third conveying conveyor 440 so as to discharge the product.

In the primary processing line 100, a primary roaster 120, a seasoning solution remover 130, and a remover 140 are continuously formed, and two rods are fed along the feeding line 15 .

However, the conventional Kimsnap automatic manufacturing apparatus also has the following problems in the case of overlapping and overlapping the steaming.

(1) It is possible to automate all methods of baking steaming or seasoning solution, but it is difficult to completely automate the equipment because it is difficult to construct a device that accurately overlaps Kim.

(2) Because it is produced by manpower, many defective products are produced, and the production cost is remarkably increased.

In order to solve the above-described problem, two steams are fed in parallel along a transfer line, and formed at the end of the primary treatment line of the Kimsnap automatic manufacturing apparatus which is formed to pass the primary roaster, the seasoning solution, However,
A fixing device capable of being vertically conveyed is formed, and a rotary lapping device is arranged in parallel with the fixing device.

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According to the Kim laminating apparatus for the Kimsnap automatic manufacturing apparatus of the present invention, the following effects are produced.

(1) Because all the processes for making kim snacks are automatic and continuous, they can be produced in a large amount and can be produced at a low production cost.

(2) Managed personnel can mass-produce Kim Snack automatically at least, which not only lowers production cost but also improves productivity.

1 is a plan view of a conventional kimsnack automatic manufacturing apparatus.
2 is a conceptual plan view of a laminating apparatus for an automatic kimsnack manufacturing apparatus formed as a preferred embodiment of the present invention.
3 is an operational perspective view of a laminating apparatus for an automatic kimsnack manufacturing apparatus formed as a preferred embodiment of the present invention;
FIG. 4 is a conceptual view showing the operation sequence of a Kim laminating apparatus for an automatic kimsnack manufacturing apparatus formed as a preferred embodiment of the present invention.

The present invention is characterized in that the first and second lines are formed on the first treatment line and the second treatment line,

A fixing device 310 is vertically transportable at the end of the first line 10 and a rotary lapping device 350 is formed at the end of the second line.
That is, the two primary steaming lines 120, the denitrifying liquid 130 and the secondary denitrifying agent 140 are formed to pass through the primary processing line 100,
There is formed a fixing device 310 capable of being moved up and down and a lapping device 300 composed of a rotation lapping device 350 in parallel with the fixing device 310 is formed.

One of the lines of the transfer line 15 to which the two platemaks are fed in parallel is referred to as a first platemaking line 10 and the other line is referred to as a second platemaking line 20 in the coagulating apparatus 300.
The laminating apparatus 300 is formed at an end of the first processing line 100. A fixing device 310 is formed at an end of the first line of grinding 10, And a rotary lapping device 350 is formed at an end thereof.

The fixing device 310 is formed in a box shape and is vertically transportable so that a plurality of line grooves 311 are formed so that the transfer line 15 for transfer can pass therethrough when the fixing device 310 is raised And a plurality of left and right guides 312 protrude from left and right sides of the fixing device 310.
The conveying line 15 is formed so as to serve as a conveyor belt for conveying an object that is lifted up on an upper surface by a roller formed on both sides by a plurality of lines on both sides of the conveying line 15. Figures 2, And a plurality of thin lines as shown in Fig.

The rotary lapping device 350 includes a rectangular suction panel 375 having one side connected to the lap rotation axis 363 connected to the rotary cylinder 360,
A plurality of conveying roller holes 375d are formed in the center of the adsorption panel 375. A plurality of in-panel conveying rollers 375b protruding upward through the conveying roller holes 357d and rotating in the conveying direction of the steels At least two vacuum inlets 375c are formed and air flow holes 375a are formed in the side surfaces of the respective conveyance roller holes 375d.
The air flow hole 375a is formed in order to reduce the weight and reduce the air resistance when rotating, which is not significant.
A general vacuum pipe is connected to the vacuum suction port 375c of the adsorption panel 375 to suck air and adhere to the upper surface of the adsorption panel 375.
The rotating cylinder 360 is formed to be able to rotate the overlapping rotation shaft 363 by pneumatic pressure, and is rotatable by 180 degrees.

When the steaming is carried out at the top of the first and second lines of lime 10 and 20, the steam is supplied to the fixing device 310 and the rotary lapping device 350 at the same time, That is, a stopper is formed at the lower end of the transfer line 15 as shown in FIG. 3, so that the stopper can be raised to temporarily stop the conveyance of the two sheets of paper.
Since the in-panel conveying roller 375b overlaps the second Kim line 20 on the first line of the first line 10, it is unnecessary to further transfer the line 15 to the top of the rotary lapping device 350 The conveying line 15 ends in front of the rotary lapping apparatus 350. At this time, the roller of the second line 20 is rotated to be lifted up by the suction panel 375 of the rotary lapping apparatus 350 .

Hereinafter, the operation of the laminating apparatus for the Kimsnake automatic manufacturing apparatus formed as a preferred embodiment of the present invention will be described.
Referring to FIGS. 3 and 4, the transfer line 15 is divided into a first line 10 and a second line 20, and the two lines are transferred side by side.

When the kimchi laminating apparatus 300 according to the present invention is reached, the kimchi transferred along the first kim line 10 is already coated with the seasoning liquid on the top surface, and the second kim line (See Fig. 4) is sprayed on the top surface of the laver transferred along the line 20.

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When the first Kim line 10 is positioned at the upper end of the fixing device 310 and the second Kim line 20 is positioned at the upper end of the absorption panel 375 of the rotary lapping device 350 See Fig. 4 (c)),
The second platen of the second platen line 20 is attracted to the vacuum suction port 375c at the upper end of the adsorption panel 375 and the adsorption panel 375 is rotated by the rotating cylinder 360 around the platen rotation axis 363 (See d and f in Fig. 4).
At this time, when the fixing device 310 rises and the upper surface of the adsorption panel 375 is deposited on the upper surface of the fixing device 310, it is formed to be supported.
The rising of the fixing device 310 means that if the steaming is on the transfer line 15 of the first steaming line 10, the steaming device 310 is lifted up to the top, 10) are lifted up, the absorption panel 375 covers the second Kim line 20.
At this time, since the transfer line 15 must be transferred while rotating, the line grooves 311 are formed in the rotary lapping apparatus 310 by the number of the transfer lines 15 of the first line 10.

Thereafter, when the fixing panel 310 is moved to the lower end, the suction panel 375 of the rotary lapping apparatus 350 is returned to the original position (refer to FIG. 4F) The line of the line 20 is conveyed in a collapsed state (see h in Fig. 4).

As described above, the laver transferred in the collapsed state passes through the continuous granulator 500 along the continuous conveying conveyor 400 to complete the kim snack.

According to the Kim laminating apparatus for the Kim snack automatic manufacturing apparatus of the present invention, since all the steps for making the kim snack are performed automatically and continuously, the production amount can be increased, the production cost can be reduced, Can be mass-produced, so that not only the production cost is significantly lowered but also the productivity is improved.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art without departing from the scope of the invention as defined by the appended claims.

10: first Kim line 20: second Kim line
100: Primary processing line
300: lapping device 310: fastening device
311: Line groove 312: Right and left guide
350: Rotating lapping device 360: Rotating cylinder
363:
375: Adsorption panel 375a: Air flow hole
375b: panel conveying roller 375c: vacuum suction port
400: conveying conveyor 410: second conveying conveyor
430: Cutter 440: Third conveying conveyor
500: continuous roaster 600: dryer

Claims

A first processing line of the automatic kimsnake manufacturing apparatus is formed at the end of the first processing line of the automatic kimsnake manufacturing apparatus, which is formed so that two roots are transferred side by side along a transfer line,
A fixing device formed in a box shape and capable of being vertically transported and formed with a plurality of line grooves through which a conveying line for conveying can pass when the fixing device is raised and a plurality of right and left guides protruding from left and right; ;
A plurality of conveying roller holes are formed in the suction panel and protrude upward to penetrate through the conveying roller holes and to be conveyed in the conveying direction of the greens Wherein a plurality of rotation rollers are formed in the plurality of rotating panels, and a rotation lapping device in which at least two vacuum inlets for sucking air are formed is formed in parallel to the absorption rollers. .

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