KR102237075B1 - Stone laver stick type pouch making equipment - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a seasoned laver stick-type pouch, capable of manufacturing a functional laver in large quantities. The apparatus of the present invention comprises: a hopper (10) in which a sterilization lamp (81) is formed; a supply roller (60) for containing content; a cutting head (30) for cutting a sealing head (20) and a stick wrapping paper (90) by each unit; and a main body (1) including a winding roller (95), a distribution roller (40) and a guide roller (50).

Description

Stone laver stick type pouch making equipment

The present invention relates to a manufacturing apparatus for packaging stone jaban or kimjaban, and more particularly, when a stonejaban or kimjaban, which can be eaten as a side dish or eaten alone, is injected into the inside of a stick-shaped pouch, it emits negative ions and far-infrared rays. It is a device that maintains hygiene and freshness by sterilizing and sealing it at the same time, as well as to produce functional laver in large quantities that further enhances nutrients in the inherent taste of laver without removing impurities contained in laver and destroying nutrients. It relates to a stick-type pouch manufacturing apparatus.

In general, Doljaban or Kimjaban-grill is a dish made by chopping or crushing dried laver and frying it with ingredients such as perilla oil, sesame oil, sugar, salt, sesame, and cooking oil. It is popular with foreigners as well as Koreans because it can be consumed in various forms as dragon, jujeonburi, and sake snacks, so it is sold for overseas export as well. As a result, there is a trend to increase the sales volume of instant laver laver, which is grilled and sold on-the-fly, due to the hassle of having to prepare all the ingredients and cook it by hand.

However, in the case of selling the existing instant steamed laver by hand, it requires a lot of labor by stirring the laver and cooking it through continuous manual labor, and the degree of cooking and mixing of the laver according to the skill level of the operator such as cooking time and flipping. Due to different degrees, it is difficult to produce a certain taste, and it is difficult to provide a large amount of laver, which gives a certain taste in a short time on the spot, so there is a problem that consumers have to wait for a long time.

To improve this problem, instant laver laver is automatically grilled and sold, but the existing instant laver laver roasting device does not smoothly stir when the laver laver is grilled, so seasonings such as salt, sesame seeds and cooking oil do not mix well. The ingredients are not evenly mixed, such as clumping, and due to the nature of laver, it is easily burned when exposed to the heat-transferring part for a certain period of time, and the heat-transferring part is exposed for a relatively short period of time or the material is not cooked properly and heated. Due to the difficulty in producing a consistent taste due to partial differences in the degree of cooking and mixing, such as not evenly done, it is difficult to provide a large amount of laver, which produces a certain taste in a short period of time due to poor agitation when heated. I did.

As a prior art, which is a technical composition for manufacturing by putting a stone-japan or a kim-ja-ban in a pouch as described above, Korean Patent Publication No. 10-2011-0016636 (Patent Document 0001) describes Kim Ja-ban through a small bucket in the transfer device. When the laver plate stacked in the large bucket reaches the set weight, the small bucket is rotated clockwise and the large bucket is rotated angularly, and the laver plate accumulated in the large bucket is wrapped through the hopper. While the laver is supplied as a bag and is supplied from the large bucket to the packaging bag, the laver is accumulated in the small bucket and the small bucket is rotated clockwise when the large bucket returns to its original position. , A kimjaban metering device that supplies kimjaban accumulated in a small bucket to a large bucket is disclosed, and in Korean Patent Publication No. 10-1823856 (Patent Literature 0002), a kimjaban immediately put through a hopper is disclosed. Fruits, salt, sesame seeds, cooking oil, etc. are rotated and moved through a heat screw, repeatedly turned over and stirred evenly, and stirred through a heat screw that provides grilled laver by heating without burning or unripe parts exposed to heat for a long time. Disclosed is a heated ready-to-cook laver steamer.

In addition, a guide former that rolls the film into a cylindrical shape in Korean Registered Patent Publication No. 10-1327796 (Patent Document 0003), and a vertical seal disposed under the guide former to seal the side of the rolled film in the longitudinal direction. The sealing means, the horizontal sealing means for sealing the lower end of the film, which is disposed under the vertical sealing means and whose side is sealed in a cylindrical shape, and the cutting means that is disposed under the horizontal sealing means and cuts the middle portion of the sealed lower end; , In the pouch manufacturing apparatus consisting of a filling means for supplying the contents to a cylindrical pouch which is disposed on the upper part of the guideformer and the lower end is sealed, wherein the horizontal sealing means is rotatably mounted on a base support plate by a bearing, and The timing gear is mounted, the timing gear is connected to the rotation drive means by the timing belt, and the power of the rotation drive means is transmitted to the timing gear through the timing belt, so that the rotation shaft can be angularly rotated, and the upper disc on the top of the rotation shaft Is mounted, the center hole of the upper disc is aligned with the hollow part of the rotating shaft, and a pair of sliding means is mounted on the upper disc, so that the pair of sliding means are arranged to face each other around the center hole of the upper disc, Each of the sliding means is equipped with a sealing head, and a pair of sealing heads are disposed to face each other around a center hole of an upper disk. A manufacturing apparatus for both triangular and stick pouch is disclosed.

In addition, Korean Patent Laid-Open Publication No. 10-2015-0028038 (Patent Document 0004) produces a variety of foods in two rows in a stick type through a three-sided sealing method. A two-row supply type stick-type product packaging machine with a two-stage separation type horizontal sealing jointing device that can prevent the defects in the horizontal sealing joint of each packaging film by separating a plurality of joint rollers in the longitudinal direction. It is disclosed.

In addition, Korean Registered Patent Publication No. 10-1823856 (Patent Document 0005) shows that laver, salt, sesame seeds, cooking oil, etc., injected through a hopper on the spot are rotated and moved through a heat screw, and are repeatedly turned over and stirred evenly. It is disclosed as an instant laver steaming apparatus stirred and heated through a heat screw that provides grilled laver steamed by heating without burning or unripe parts exposed to heat for a long time.

However, the prior art (Patent Document 0001) to (Patent Document 0003) described above are limited to the technical configuration of a device for manufacturing a pouch using a coffee stick or a wrapping paper, so the configuration of putting the powder, which is the contents of the coffee stick, into the stick wrapping paper is not a powder. There is a remarkable difference from the composition of putting stone jaban or kim jaban in a stick pouch.

In addition, the Sunhan technology (Patent Document 0004) is a stick-type packaging technology (Patent Document 0005) that discloses the technology of Gimpojang is significantly different from the configuration that maintains sterilization or freshness during packaging.

Therefore, the present invention has been completed with the configuration of a manufacturing apparatus that maintains sterilization and freshness as well as packaging in a hygienic state when a bulky content, not powder, is put in a stick pouch in a cooked state.

Korean Patent Application Publication No. 10-2011-0016636 Korean Registered Patent Publication No. 10-1823856 Korean Patent Publication Registration No. 10-1327796 Korean Patent Publication Publication No. 10-2015-0028038 Korean Registered Patent Publication Registration Patent No. 10-1823856

The present invention has been completed by solving the above problems and supplementing the prior art, and is configured to be put in a stick-shaped pouch so that it can be eaten for a single use by using a wrapping paper after cooking stone jaban or kim jaban, and the stone Productivity of packaging work while continuously packing a stick-type pouch using a magnetic plate or laver plate to be sealed, and cutting a plurality of stone plate or laver plate-type pouches packaged in a belt shape individually to facilitate the removal of defective products during packaging. A device for manufacturing a stick-type pouch or a stick-type pouch configured to make opening of the packaged stick-type pouch simple and smooth by forming a horizontal or vertical perforation line in the packaged stone-shaped plate or Kim-ja-ban stick-type pouch itself. There is a purpose to provide.

In addition, the present invention preserves freshness while passing through a spinning rod from which negative ions and far-infrared rays are radiated before inserting a doljaban or gimjaban into the inside of a stick-type pouch, and hygienic sterilization while undergoing sterilization, etc., Its purpose is to provide a well-being health food that further enhances nutrients in the inherent taste of steam without destroying nutrients.

The present inventor's stone-shaped stick-type manufacturing apparatus has a separating wall 2 formed at the inner center of the cross-sectional shape like a'W', and vertical axial screws 11 formed on both sides of the separating wall 2 in a vertical direction. And, the horizontal axis screw 12 is formed in the horizontal direction at the bottom of the vertical axis screw 11, the inner content is moved downward by the vertical axis screw 11, at the end of the detachable negative ion and far-infrared rays A hopper 10 consisting of a spinning rod 80 and a sterilizing lamp 81 attached to the bottom of the spinning rod 80 and a stick wrapping paper 90 at the bottom of the hopper 10 are folded and sealed in a vertical axis. The supply roller 60 configured to contain the inner contents and at the lower end of the supply roller 60, the stick packaging paper 90 folded in a vertical axis through the supply roller 60 and sealed in a horizontal axis is sealed at regular intervals. At the bottom of the sealing head 20 pulling downward and the sealing head 20, a cutting head 30 for cutting the stick packaging paper 90 sealed horizontally at regular intervals and the bottom of the hopper 10 In the dispensing roller 40 and the distributing roller 40 in which the stick packing paper 90 is wound in a circle, the stick packing paper 90 unwound from the take-up roller 95 is divided into two vertical axes. It consists of a main body (1) including a guide roller (50) for guiding to move to the supply roller (60) divided into two vertical axes.

In the inside of the hopper 10, a cooked and finished stone bowl or laver plate can be supplied, or a stone bowl or a laver plate material is supplied to the inside of the hopper 10 to cook the stone bowl or laver plate. A far-infrared heater or horizontal shaft screw 12 may be additionally configured as a heat screw so that it can be completed with a magnetic plate or a laver plate.

The spinning rod 80 to which the negative ions and far-infrared rays are radiated may be configured to be detachable from the lower part of the hopper 10 after mixing jade powder, charcoal powder, and mud in a weight of 3: 2: 1 to form a cylindrical shape. .

And the vertical screw 11, the horizontal screw 12, the sealing head 20, the cutting head 30, the guide roller 50 and the supply roller 60 are each composed of two, one screw and the supply roller. If a failure occurs, the other screw and feed roller are used to continue packing work.

The method for manufacturing a stick-shaped pouch of the present inventor is a method of manufacturing a stick-shaped pouch 100 by using a stick-packing paper 90, first, the stick-packaging paper 90 is applied to the distribution roller 40. It is separated in the vertical direction by the respective guide rollers 50 and folded in the vertical direction to be sealed, and the sealing head 20 immediately before the contents are supplied from the supply rollers 60 through the hopper 10 Is sealed horizontally at a certain interval, and when the contents are supplied, negative ions and far-infrared rays are radiated, as well as sterilization, so that the inlet is sealed by the sealing head 20 and separated individually by the cutting head 30 It is completed with a stick pouch 100 in which stone jaban or kim jaban are accommodated.

When using the present inventor's doljaban stick-type manufacturing apparatus, a plurality of doljaban or gimjaban stick pouches packaged in a belt shape are cut into pieces while continuously packing cooked doljaban or gimjaban, so that defective products can be easily removed during packaging. There is an effect that the productivity of the packaging operation is remarkably increased, and a horizontal or vertical perforation line is formed in the packaged doljaban or kimjaban stick pouch, so that opening of the wrapped doljaban or kimjaban stick pouch is made easily. In addition, two vertical and horizontal screws are configured inside the hopper of the manufacturing apparatus of the present invention, and since there are two supply rollers, two stick pouches can be packaged at the same time, so not only productivity but also one screw and one supply roller are broken. Also, there is an effect that the packaging operation can be carried out using the remaining one screw and the supply roller.

In addition, according to the present invention, a large amount of anions and far-infrared rays are radiated, and the anions and far-infrared rays are evenly transmitted to the seaweed, so that it is excellent in terms of taste and nutrition, as well as hygienic packaging by sterilization by sterilization, so that fresh seaweed can be produced. It works.

1 is a perspective view of an apparatus for manufacturing a stick type pouch according to the present invention.
Figure 2 is a perspective view of a hopper of the present inventors doljaban stick-type pouch manufacturing apparatus.
3 is a schematic cross-sectional view of an apparatus for manufacturing a stick type pouch according to the present invention.

Hereinafter, the present invention will be described in detail through the accompanying drawings and examples, and in the following description of the present invention, if it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the subject matter of the present invention Detailed description thereof has been omitted.

In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout the present specification.

1 is a perspective view of a protrusion stick-type pouch manufacturing apparatus, FIG. 2 is a perspective view of a hopper of a protrusion stick-type pouch manufacturing apparatus, and FIG. 3 is a schematic cross-sectional view of a protrusion stick-type pouch manufacturing apparatus,

When described in detail with reference to FIG. 1,

The main body 1 forms a hopper 10 in which a separation wall 2 is formed in the center, such as a'W' in cross section at the top. In the hopper 10, vertical shaft screws 11 are formed in a vertical direction on both sides of the separation wall 2, a horizontal shaft screw 12 is formed in a horizontal direction at the bottom of the vertical shaft screw 11, and the The inner content of the hopper 10 is configured to move downward of the hopper 10 by means of the vertical shaft screw 11.

Outside of the hopper 10, a vertical screw motor 13 for rotating the vertical screw 11 and a horizontal screw motor 14 for rotating the horizontal screw 12 are formed, and at the lower end of the hopper 10, contents When phosphorus doljaban or gimjaban is discharged, jade, charcoal, and mud are mixed in a weight ratio of 3:2:1 to form a detachable spinning rod that emits negative ions and far-infrared rays to emit negative ions and far-infrared rays.

In addition, a sterilization lamp 81 is attached to the bottom surface of the spinning rod 80 so that various bacteria contained in the doljaban or gimjaban, which are the contents emitted by the emission of the negative ions and far-infrared rays, are sterilized and packaged hygienically. .

In addition, a sealing head 20 is formed at the lower portion of the hopper 10 and pulls downward while sealing a stick wrapping paper (not shown) folded in a vertical axis with a horizontal axis at regular intervals, and at the lower end of the sealing head 20 A cutting head 30 is formed that cuts the stick packaging paper sealed with a horizontal axis at regular intervals.

A control box 70 for controlling ON/OFF operation of the main body 1 is located at the lower end of the main body 1.

When described in detail with reference to FIG. 2,

The hopper 10 that cooks and supplies stone-japan or kimjaban as completed has a separation wall 2 formed at the inner center of the cross-sectional shape like a'W', and vertical axes on both sides of the separation wall 2 The screw 11 is formed in a vertical direction, a horizontal screw 12 is formed in a horizontal direction at the bottom of the vertical screw 11, and the inner contents are formed in the hopper 10 by the vertical screw 11 It is configured to move downwards.

When the hopper 10 is filled with a stone plate or a laver plate, the horizontal screw 12 and the vertical screw 11 rotate at the same time, and the horizontal screw 12 is a stone filled inside the hopper 10. The magnetic plate or laver plate is moved to the place where the vertical axis screw 11 is located, and the vertical axis screw 11 moves the stone plate or laver plate in the lower direction of the hopper 10.

Anions and far-infrared rays are radiated from a spinning rod 80 that is detachably mounted at the lower end of the hopper to the stone-japan or gimja-ban that has been moved downward. Since the spinning rod 80 is mixed with jade, charcoal and mud in a weight part 3:2:1, strong negative ions and far-infrared rays are radiated, so that the taste and natural aroma of the contents of the doljaban and kimjaban are maintained.

In addition, various bacteria are sterilized with a sterilization lamp 81 on the contents of which the negative ions and far-infrared rays are radiated, such as stone and kimjaban, to maintain freshness and hygiene.

In addition, if a heat screw is added to the far-infrared heater or the horizontal shaft screw 12 inside the hopper 10, it is not necessary to supply the stone bowl or the laver plate in a complete state. The materials of the stone bowl or laver plate are heated in the inside of the hopper 10 by the horizontal axis heat screw 12, which is a far-infrared ray heater, which is additionally installed inside the hopper 10. It is completed.

The far-infrared ray heater may be additionally configured inside the hopper 10 or the horizontal shaft screw 12 may be formed as a heat screw, and the horizontal shaft screw 12, which is the far infrared heater or heat screw, is configured inside the hopper 10. Then, by supplying the materials of the stone-japan or kimjaban to the inside of the hopper 10, the finished product can be manufactured by being put in a stick-shaped pouch.

When described in detail with reference to FIG. 3,

The shape of the cross-section is like'W', the separation wall 2 is formed in the center of the inner side, the vertical axis screw 11 is formed in the vertical direction on both sides of the separation wall 2, the vertical axis screw 11 The horizontal axis screw 12 is formed in the horizontal direction at the bottom of the hopper 10 and the inner contents are configured to move downward by the vertical axis screw 11, and a stick wrapping paper 90 at the bottom of the hopper 10. ) Is folded in a vertical axis and sealed to contain the inner contents, and at the lower end of the supply roller 60, a stick wrapping paper 90 folded in a vertical axis through the supply roller 60 and sealed is provided. A sealing head (20) that draws downward while sealing a horizontal axis at regular intervals, and a cutting head (30) that cuts the stick wrapping paper (90) sealed horizontally at regular intervals at a lower end of the sealing head (20), and the above At the end of the hopper 10, a spinning rod 80 that emits negative ions and far-infrared rays is tangibly combined, and a sterilizing lamp 81 for sterilizing bacteria is attached to the bottom of the spinning rod 80.

And at the bottom of the hopper 10, a winding roller 95 winding the stick packaging paper 90 in a circular shape and the stick packaging paper 90 unwound from the winding roller 95 are divided into two vertical axes. It consists of a main body (1) comprising a guide roller (50) that guides the distribution roller (40) to move to the supply roller (60) by dividing into two vertical axes in the distribution roller (40).

And when the main body (1) is used, the stick packaging paper (90) is separated in the vertical direction by the distribution roller (40), folded in the vertical direction by each guide roller (50) and sealed, and each supply roller ( At 60), the sealing head 20 seals in the horizontal direction by a certain interval just before the contents of the stone bowl or the laver plate are supplied through the hopper 10, and the contents are supplied by the sealing head 20. The inlet is sealed, and is separated individually by the cutting head 30 to be completed.

That is, when the stick wrapping paper 90 was initially wound on the winding roller 95, it was a flat and strip-shaped wrapping paper, but the stick wrapping paper 90 was separated in a vertical direction by the distribution roller 40, which is the first, and the first winding roller ( 95), the length of the width is reduced by half, but it is divided into two strip-shaped wrapping papers.

Continuously passing through the second guide roller 50, the flat strip-shaped stick wrapping paper 90 is folded in a vertical axis, and both ends are overlapped to be sealed. In other words, the stick wrapping paper 90, which was in the shape of a flat strip, is formed in a cylindrical shape.

As it passes through the third feeding roller 60, the direction of travel of the cylindrical stick wrapping paper 90 is changed 180°, and the cylindrical stick wrapping paper 90 is sealed with the horizontal axis of the stick wrapping paper 90 while passing through the fourth sealing head 20. The top stick wrapping paper 90 is to block the horizontal axis at regular intervals. That is, immediately after the cylindrical stick packaging paper 90 passes through the supply roller 60, the moving direction is changed by 180° and proceeds downward of the main body 1, and immediately after passing through the supply roller 60, the cylindrical stick packaging paper 90 proceeds downward by the sealing head 20. When the horizontal axis of the stick packaging paper 90 is sealed, the stick packaging paper 90 located at the upper end of the sealed horizontal axis stick packaging paper 90 is a cylindrical stick packaging paper 90 with a closed lower part, so that it was inside the hopper 10. Negative ions and far-infrared rays are radiated and sterilized doljaban or gimjaban can be supplied and contained.

The stick packaging paper 90 containing a certain amount of doljaban and kimjaban is sealed while the horizontal axis is sealed by the sealing head 20 while the inlet to which the doljaban or kimjaban was put in while moving downward.

And the final fifth, the horizontal axis sealed by the cutting head 30 is cut, and the stick wrapping paper 90 containing the stone-japan or Kimja-ban on the inside is a single stick pouch 100 with both the top and bottom sealed. It is completed.

The stick pouch 100 manufactured using the main body 1 as described above includes a stone bowl or a laver plate that is completely cooked and contained inside.

In the present invention, the above embodiments are merely examples, and the present invention is not limited thereto. Anything that has substantially the same configuration as the technical idea described in the claims of the present invention and achieves the same operation and effects is included in the technical scope of the present invention.

1. Main body
2. Separation wall
10. Hopper
11. Vertical shaft screw
12. Transverse screw
13. Vertical shaft screw motor
14. Horizontal shaft screw motor
15. Far infrared ray heater
20. Sealing head
30. Cutting head
40. Distribution Roller
50. Guide roller
60. Supply Roller
70. Control Box
80. Spinning rod
81. Sterilization lamp
90. Stick Wrapping Paper
95. Take-up roller
100. Stick Pouch

Claims (4)

A separation wall 2 is formed in the inner center of the cross-sectional shape like a'W',
Vertical shaft screws (11) are vertically formed on both sides of the separation wall (2), and heat screws are added to the horizontal shaft screw (12) formed in the horizontal direction at the bottom of the vertical shaft screw (11). As the ingredients of the magnetic plate are heated inside the hopper 10, the completely cooked stone bowl or laver plate is processed;
The inner contents of the hopper 10 are moved downward by the vertical axis screw 11, and at the end of the horizontal axis screw 12, a detachable negative ion and a far infrared ray are radiated, and a spinning rod 80 and the spinning rod A sterilization lamp 81 is formed that is attached to the bottom of 80 to sterilize bacteria;
At the bottom of the hopper 10, the stick packaging paper 90 is folded and sealed in a vertical axis, and a supply roller 60 configured to contain the inner contents of the hopper and the lower end of the supply roller 60 are folded and sealed in a vertical axis. A sealing head 20 that seals the stick packaging paper 90 on a horizontal axis at regular intervals and pulls downward, and a cutting that cuts the stick packaging paper 90 sealed horizontally at regular intervals at the lower end of the sealing head 20 A head 30;
At the lower end of the outlet of the hopper 10, a winding roller 95 winding the stick packaging paper 90 in a circular shape and a stick packaging paper 90 unwound from the winding roller 95 are divided into two distribution rollers 40 along a vertical axis. ) And a guide roller 50 for guiding the distribution roller 40 to move to the supply roller 60 by dividing it into two vertical axes;
The vertical axis screw 11 and the horizontal axis screw 12, sealing head 20, cutting head 30, guide roller 50, and supply roller 60 are each composed of two to significantly increase the productivity of packaging work. At the same time, if one line breaks down, a stick type pouch manufacturing apparatus characterized in that the packaging operation is possible using a screw and a supply roller on the other side. delete The method according to claim 1,
The spinneret 80 from which the negative ions and far-infrared rays are radiated is formed in a cylindrical shape by mixing jade powder, charcoal powder, and mud in a weight of 3:2:1, and is configured to be detachable from the lower portion of the hopper 10. Doljaban stick-type pouch manufacturing device. A stick-type pouch comprising a stick pouch 100 in which a doljaban or gimjaban manufactured using the main body (1) of claim 1 is accommodated.

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