KR200426305Y1 - A packing machine of laver - Google Patents

Abstract

The present invention relates to a laver packing machine for triangular gimbap, and more specifically, it is more hygienic because it can completely seal the laver, and can greatly improve the storage. The present invention relates to a laver packing machine for triangular gimbap.

According to the laver packing machine for triangular gimbap according to the present invention, the upper and lower sheet feeding means capable of providing the cutting bands on the upper and lower surfaces of the lower sheet is provided to completely seal the upper and lower sheet paper for packing the laver, which is more sanitary It is possible to provide a triangular gimbap laver for easier transportation and transportation.

In addition, the laver supply means is also fully automated, it is possible to achieve the effect to provide a more uniform and easy to use triangular gimbap laver packaging machine.

Triangular Gimbap Packing Machine, Sheet Paper, Cutting Band, Attacher

Description

A packing machine of laver

1 is a schematic front view showing a conventional laver gimbap laver packing machine.

Figure 2 is a schematic perspective view showing a conventional upper sheet supply means.

Figure 3 is a schematic perspective view showing a conventional lower sheet supply means.

Figure 4 is a schematic perspective view showing a conventional laver packaging means.

"A" in Figure 5 is a conventional first fusion operation, and "I" is a second fusion operation.

Figure 6 is a schematic front view showing a laver gimbap laver packing machine according to an embodiment of the present invention.

Figure 7 is a schematic perspective view showing a lower sheet paper supply means according to an embodiment of the present invention.

8 is a partial operation of the lower sheet supply means according to an embodiment of the present invention.

Figure 9 is a schematic perspective view showing the laver supply means according to an embodiment of the present invention.

10 is an operation of the steam supply means according to an embodiment of the present invention.

Explanation of symbols for the main parts of the drawings

10: conventional laver gimbap laver packing machine 12: upper sheet

14: lower sheet 16: cutting band

20: upper sheet paper supply means 22: feed roller

24: cutting band feed roller 25: guide roller

26: cutting band bonding roller 28: groove forming machine

29: groove 30: lower sheet paper supply means

32: lower sheet paper supply roller 34: support roller

40: seam supply means 42: supply table

44: supporting roller 46: driving roller

50: laver packing means 51: drive roller

52: driven roller 53: belt

54: upper conveying means 56: lower conveying means

58: first fusion portion 60: second fusion portion

62: cutter L: steaming

70: frame 80: control unit

100: laver packing machine for triangular gimbap of the present invention

110: lower sheet paper supply means 112: lower sheet paper supply roller

114: cut surface feed roller 116: bonding roller

117: groove 118: groove forming machine

119: blade portion 120: punching machine

121: punching part 122: upper cutting band attachment device

123: cutout 124: upper cutting band feed roller

126: sticker supply roller 127: sticker

128: attachment device 130: seaweed supply means

132: main body 134: support device

135: support hole 136: driving roller

137: driven roller 138: belt

140: transfer means 142: extraction device

143: body 144: head

146: wing 148: suction hole

150: adjusting device

The present invention relates to a laver packing machine for triangular gimbap, and more specifically, it is more hygienic because it can completely seal the laver, and can greatly improve the storage. The present invention relates to a laver packing machine for triangular gimbap.

In general, the type of gimbap is also sold in various ways depending on the material in the gimbap, and these gimbap is usually rolled into rolls, wrapped, and cut and sold at regular intervals. In recent years, triangular gimbap is easy to store and more hygienic.

This triangular gimbap is completed by placing tuberized rice into a triangular frame and forming it into a triangular shape, then wrapping it with sheet paper with built-in laver. At this time, since the completed triangular gimbap is configured to be separated only sheet paper is to eat gimbap after separating the sheet paper. That is, the upper part of the sheet paper is provided with a cutting band, and the lower part is divided into two parts so that only the sheet paper is removable.

The packaging of the triangular gimbap for seaweed, which is configured to be separated as described above, is a situation that requires a seaweed packing machine that can be packaged more easily than the conventional seaweed packing method.

That is, Figure 1 is a schematic front view showing a conventional triangular gimbap laver packing machine, Figure 2 is a schematic perspective view showing a conventional upper sheet feeding means, Figure 3 is a schematic perspective view showing a conventional lower sheet feeding means to be.

Referring to the drawings, the conventional triangular gimbap laver packing machine 10 is provided with the upper sheet feeding means 20 and the middle portion to supply the upper sheet 12 attached to the cut strip 16 is largely supplied. The laver feeding means 40 and the upper and lower sheet paper 12 and 14 for supplying laver (L) to a place where the lower sheet paper supply means 30 and the upper sheet paper 12 and the lower sheet paper 14 are bonded to each other. And a laver packing means 50 for wrapping laver (L), a frame 70 in which the devices are installed, and a controller 80 for controlling the operation.

The upper sheet feeding means 20 supplies a cutting sheet for supplying the upper sheet feeding roller 22 and the cutting sheet 16 to be attached to the lower surface of the upper sheet, provided to supply the mounted upper sheet 12 by its own weight. Guide roller 25 for guiding the smooth transfer of the roller 24 and the cutting strip 16, the bonding roller 26 for bonding the upper sheet 12 and the cutting strip 16 and the upper sheet 12 And a groove forming machine 28 forming grooves 29 on both sides of the cutting strip 16 attached to the groove (see Fig. 2).

The lower sheet supply means 30 is positioned so that the middle part of the lower sheet 14 is stacked so that the two lower sheet supply rollers 32 for supplying and the supporting rollers 34 for supporting the lower sheet paper 14 to be superimposed are supported. It is configured to include (see Fig. 3).

The laver feed means 40 is a feed roller 42 that can support the laver (L) and the support roller 44 for supporting the lower sheet 14 and laver fed from the laver supply (42) (L) It is configured to include a drive roller 46 capable of forcibly discharging).

4 is a schematic perspective view showing a conventional laver packing means, "a" in Figure 5 is a schematic plan view showing the operation of the first fusion portion, "b" is a schematic plan view showing the operation of the second fusion portion.

Referring to FIG. 4, the conventional laver packing means 50 includes an upper conveying means composed of a driving roller 51, a driven roller 52, and a belt 53 connecting the two rollers 51, 52. 54 and the lower conveying means 56 positioned below the upper conveying means 54, and having the same configuration as the upper conveying means 54, and the belt 53 of the upper and lower conveying means 54, 56. The first fusion unit 58 and the upper and lower conveying means 54, 56 which are located inside and transported between the upper and lower sheets 12, 14 are fused and attached. It comprises a second fusion unit 60 for partition-bonding the upper, lower sheet 12, 14, and a cutter 62 for cutting the fused portion by the second fusion unit 60.

That is, laver (L) is placed one by one at regular intervals in the lower sheet paper 14, which is conveyed in between the upper and lower conveying means (54, 56) is embedded.

Here, referring to “a” of FIG. 5, it can be seen that both sides of the upper and lower seat sheets 12 and 14 are fused by the first fusion unit 58 provided in the belt 53.

Referring to "I", the second welding unit 60 is partitioned and fused, and the cutter 62 cuts the middle of the groove 29 of the upper sheet 12 formed in the second welding unit 60. .

The conventional triangular gimbap laver packing machine 10 configured as described above is supplied with an upper sheet paper 12 having a cutting strip 16 attached thereto by an upper sheet paper supply means 20, and an intermediate sheet by the lower sheet paper supply means 30. The additional nested lower sheet 14 is supplied, and the laver (L) supplied by the laver feeding means 40 is packaged with the upper sheet 12 and the lower sheet 14 in the laver packaging means 50 and then set. It is cut to the size and discharged.

The triangular kimbap laver (L) discharged in this way is cheapened by a certain method of the rice lump formed in a triangular shape, the user pulls both ends sideways after removing the cutting strip 16 provided on the upper sheet (12). When the lower sheet 14 is stacked so that it is separated from the laver (L) and rice lumps.

That is, according to the conventional triangular gimbap laver packing machine (10), there is an advantage of packing the laver (L) so that after the triangular shape of the rice lumps can be easily separated, but the lower sheet 14 is completely sealed It was not sanitary because it was not, there was a disadvantage that storage and transport is not easy.

The present invention has been made to solve the above problems, and to provide a triangular gimbap laver packaging machine that is more hygienic, easy to store and transport because the bottom sheet is also fully sealed.

Another object of the present invention is to provide a laver packing machine for triangular gimbap by using a fully automatic laver feeding.

In order to achieve the above object, the lower sheet paper supply means of the present invention comprises: a lower sheet paper supply roller provided to supply the mounted lower sheet paper by its own weight; A cutting band supply roller installed at one lower side of the supply roller and supplying a cutting band to be attached to a lower surface of the lower sheet paper to be supplied; Bonding roller for attaching the lower sheet and the cutting strip to each other; A groove forming machine installed at one side of the joining roller and forming a U-shaped groove in a portion to which a cutting band is attached; A punching machine installed at a lower side of the groove forming machine and lifting a cutout formed by a U-shaped groove in an upward direction; An upper cut band attaching device installed at an upper portion of the punching machine and including a cut band supply roller for supplying a cut band to be attached to an upper surface of the lower sheet paper to a cut portion raised by the punching machine; A sticker supply roller installed at one side of the upper cut band attaching device and supplying a sticker to block a groove formed by a groove molding machine; And is provided on one side of the sticker supply roller, it is configured to include an attachment for attaching the supplied stickers.

Preferably the laver supply means is the upper and lower parts, the main body into which the laver is injected; Supporting devices provided at both lower ends of the main body, and having a support hole sliding to intercept the falling of the steam introduced into the main body; A conveying means provided at a lower portion of the main body and provided to convey the laver falling from the main body; An extraction device installed in the middle of the transfer means, for extracting the laver put into the upper body one by one and supplying the laver to the belt of the transfer means; And an adjusting device which is installed at the end of the conveying means and discharged to maintain and discharge the laver to be set at a set interval.

In addition, the extraction device has a sensor built-in body; A head part provided on an upper portion of the body and sliding up and down; And is provided on both sides of the head portion, the suction port is formed on the upper surface to suck the air is configured to include a wing that is bent to both sides when the air suction.

Hereinafter, with reference to the accompanying drawings will be described in more detail the triangular gimbap laver packing machine of the present invention.

Figure 6 is a schematic front view showing a triangular gimbap laver packing machine of the present invention.

Referring to the drawings, triangular gimbap laver packing machine 100 of the present invention is the upper sheet feeding means 20 for supplying the upper sheet 12 attached to the cutting strip 16, the upper and lower cut bands Lower sheet paper supply means 110 for supplying the lower sheet paper 14 attached to (16), laver feeding means 130 for supplying laver (L) to the place where the upper sheet 12 and the lower sheet paper 14 are bonded ), The upper and lower sheet paper 12, 14 and laver (L) wrapping the packaging means 50, the frame 70 is installed, each device is installed, including a control unit 80 for controlling the operation do.

Here, the upper sheet supply means 20 and the laver packaging means 50 and the frame 70 has the same structure as in the prior art, as described above in the prior art will not be described in the present invention, the same portion as the conventional In the following description, the same reference numerals and names are used. In addition, the lower sheet supply means 110 and the laver supply means 130 will be described in more detail below.

Figure 7 is a schematic perspective view showing a lower sheet supply means according to an embodiment of the present invention.

Referring to the drawings, the lower sheet supply means 110 of the present invention is largely lower sheet feed roller 112, the lower cut sheet feed roller 114 provided on one side of the lower sheet 14, the lower sheet ( 14) and the bonding roller 116 attaching the cutting strip 16, the groove forming machine 118 for forming the groove 117 in the lower sheet 14, the cutout 123 formed by the groove 117 Punching machine 120 for lifting the upper, upper surface cutting band attachment device 122 for attaching the upper cutting band 16 to the cutting portion 123 raised by the punching machine 120, blocking the groove 117 It is configured to include a sticker supply roller 126 for supplying a sticker 127 capable of attaching and an attacher 128 for attaching the striker 127.

The lower sheet paper feed roller 112 is provided to supply the mounted lower sheet paper 14 by its own weight.

The lower cut band feed roller 114 is also supplied with the cut band 16 mounted by its own weight.

The bonding roller 116 is provided to attach the cutting strip 16 to the lower surface of the lower sheet 14 to be supplied, it will be preferable to attach by heat.

The groove forming machine 118 is installed on one side of the joining roller 116, and intermittently forms a U-shaped groove 117 in a portion to which the lower cut band 16 is attached. Of course, the grooves 117 are continuously formed at intervals set by the U-shaped blade portion 119 which is operated uniformly by hydraulic pressure.

The punching machine 121 is provided such that the punching portion 121 operated by hydraulic pressure lifts the U-shaped cutout 123 formed by the groove forming machine 118.

The upper cut band attachment device 122 is provided on the upper portion of the punching machine 121, and comprises a top cut band supply roller 124 for supplying a cut band 16 to be attached to the upper surface of the lower sheet paper (14). It is.

The sticker supply roller 126 is installed at one side of the punching machine 120, and supplies the sticker 127 cut to a predetermined size by its own weight so as to prevent the groove 117 formed by the groove forming machine 118. Done.

The attacher 128 is provided to attach the sticker 127 and is set and operated to attach the sticker 127 one by one.

Here, the above devices are installed in the frame 70 as in the prior art, and although not shown, the driving roller and the respective devices are mechanically and electrically connected and operated by hydraulic or motor, and they are input to the controller 80. It will be appreciated that the control is performed through the controller 80 as well as operating in the initial set state.

"A" and "B" of Figure 8 is an enlarged view showing the operation of the lower part of the sheet paper feed end according to an embodiment of the present invention.

Referring first to "a" with reference to the drawings, which schematically illustrates the operation of the upper cut band attaching device 122 and the punching machine 120, the upper cut band is supplied to the end of the cut band attaching device 122 The cutting strip 16 supplied from the roller 124 is attached, and the lower sheet 14 is provided with a punching machine 120.

At this time, when looking at "b", the punching portion 121 of the punching machine 120 provided on the lower surface of the lower sheet 14 is lifted to lift the cutout portion 123, and the bent cutout portion 123 is raised. It can be seen that the upper cut band attaching device 122 is fused to the cut band 16.

9 is a schematic perspective view showing a laver supply means according to an embodiment of the present invention, Figure 10 is an operation of the laver supply means according to a preferred embodiment of the present invention.

First, referring to Figure 9, the laver supply means 130 of the present invention is a main body 132, the laver (L) is stored largely stored, the support device 134 is installed on both ends of the lower end of the main body 132, Conveying means (140) for conveying the seaweed (L), the extraction device 142 and the adjusting device 150 for extracting the seaweed (L) from the main body 132 one by one.

The main body 132 has an upper and lower portions open, and laver (L) is stored therein.

The support device 134 is provided at both lower ends of the main body 132, and is provided with a support port 135 that slides to intercept the fall of the laver (L) is injected into the main body 132. The support hole 135 is formed in a b-shape is preferably located on the lower surface of the main body 132.

The conveying means 140 is provided below the main body 132, and is provided to convey the laver (L) falling from the main body 132, the driving roller 136 and the driven roller 137 of Both ends are rotated in connection with the belt 138.

The extraction device 142 is installed in the middle of the conveying means 140, and extracts the laver (L) put into the upper body 132 one by one to drop to the belt 138 of the conveying means 140.

That is, the extraction device 142 is provided with a body 143, a sensor built-in, the upper portion of the body 143, the head portion 144 that slides up and down and through the hinge member on both sides of the head portion 144. Suction means is installed and the suction means for sucking the air therein is formed in the suction hole 148 on the upper surface and includes a wing portion 146 that is bent downward to both sides around the head portion 144 during the air suction It is configured by. At this time, the suction means and the sensor embedded in the body 143 is not shown in the wing portion 146, but such a method of operation is already commonly used in the industrial field, so further details will be omitted in the present invention. do.

The adjusting device 150 is provided to maintain and discharge the steam (L) is installed at the end of the transfer means 140 by a set interval.

Here, referring to “a” of FIG. 10, the support holes 135 of the support device 134 support both side surfaces of the lower portion of the main body 132 in which the laver L is stored therein. In addition, the lower portion of the main body 132 is provided with a transfer means 140 for transferring the seaweed (L) and an extraction device 142 for extracting the seaweed (L), the end of the transfer means 140 It is provided with an adjusting device 150 for adjusting and feeding the laver (L) to be set at a set interval.

Referring to "I", when the transfer command of the laver (L) is transmitted from the controller 80, the head portion 144 of the extraction device 142 is raised and at the same time the support hole 135 of the support device 134 Is moved outward. In other words, the role of supporting Kim (L) will be changed.

Subsequently, referring to "C", the suction holes 148 of the wing portions 146 provided on both sides of the head portion 144 may perform air suction to attach both sides of the laver (L). At the same time, the wing 146 is bent to both sides, thereby creating a slight space between the laver (L) located on the upper side and the laver (L) sucked into the suction hole 148. At this time, the support hole 135 of the support device 134 is re-enterment so as not to fall except the seaweed (L) extracted by the extraction device 142.

In addition, looking at "la", the air suction operation of the wing 146 is stopped, the head 144 is downward toward the body 143. At this time, the extracted seaweed (L) is naturally loaded on the belt 138 of the water transfer stage 140 is to start the supply of seaweed (L). Of course, since the adjusting device 150 is provided at the end of the conveying means 140 will be able to supply the laver (L) accurately at a predetermined interval.

The laver (L) supplied in this way is inserted into the laver packing means 50 through which the upper sheet 12 and the lower sheet 14 are in contact with each other, thereby performing a sealing operation. The triangular gimbap laver (L), which has performed the work, removes the cut band 16 attached to the upper sheet 12 as in the prior art, and removes the lower cut sheet 16 attached to the upper and lower surfaces of the lower sheet 14. It's very easy to separate inside.

Therefore, according to the laver gimbap laver packing machine 100 of the present invention, the lower sheet paper supply means 110 that can be provided with a cut strip 16 on the upper and lower surfaces of the lower sheet paper 14 is provided by the laver (L Since the upper and lower sheet 12 (14) for packaging) can be completely sealed, it is possible to provide triangular laver rice (L), which is more hygienic and easier to store and transport.

In addition, the laver supply means 130 may also provide a triangular gimbap laver packaging machine 100 more uniform and easy to use by fully automated.

The foregoing has outlined rather broadly the features and technical advantages of the subject innovation in order to better understand the utility model claims of the subject matter described below. Additional features and advantages of the utility model registration claims of the present invention will be described below. It should be appreciated by those skilled in the art that the conception and specific embodiments of the presently disclosed subject matter can be used immediately as a basis for designing or modifying other structures for carrying out similar purposes as the present invention.

In addition, such a modification or altered equivalent structure by those skilled in the art as a basis for modifying or designing the structure and concept of the invention disclosed in the present invention to another structure for carrying out the same purpose of the present invention is practical. Various changes, substitutions, and alterations are possible without departing from the spirit or scope of the invention as described in the claims for new registration.

As described above, according to the triangular gimbap laver packing machine of the present invention, the upper and lower sheet paper supply means that can be provided with a cutting band on the upper and lower surfaces of the lower sheet paper can be completely sealed upper and lower sheet paper wrapping the laver Therefore, it is possible to provide a triangular gimbap laver that is more hygienic and easier to store and transport.

In addition, the laver supply means is also fully automated, it is possible to achieve the effect to provide a more uniform and easy to use triangular gimbap laver packaging machine.

Claims (3)

The upper sheet supply means for supplying the upper sheet paper with a cut band and the lower sheet paper supply means provided so that the middle part of the lower sheet is superimposed and the laver feeding means for supplying laver and the upper sheet, the lower sheet and laver In the laver laver packing machine configured to include a laver packing means for cutting and a control unit for controlling the operation and the frame is installed, The lower sheet paper supply means A lower sheet paper feed roller provided to feed the mounted lower sheet paper by its own weight; A cutting band supply roller installed at one lower side of the supply roller and supplying a cutting band to be attached to a lower surface of the lower sheet paper to be supplied; Bonding roller for attaching the lower sheet and the cutting strip to each other;  A groove forming machine installed at one side of the joining roller and forming a U-shaped groove in a portion to which a cutting band is attached; A punching machine installed at a lower side of the groove forming machine and lifting a cutout formed by a U-shaped groove in an upward direction; An upper cut band attaching device installed at an upper portion of the punching machine and including a cut band supply roller supplying a cut band to be attached to an upper surface of the lower sheet paper to a cut portion raised by the punching machine; A sticker supply roller installed at one side of the upper cut band attaching device and supplying a sticker to block a groove formed by a groove molding machine; And It is provided on one side of the sticker supply roller, triangular gimbap laver packing machine, characterized in that it comprises an attachment for attaching the supplied stickers. The method of claim 1, The laver supply means The upper and lower parts are opened, the main body into which the steam is introduced; Supporting devices provided at both lower ends of the main body, and having a support hole sliding to intercept the falling of the steam introduced into the main body; A conveying means provided at a lower portion of the main body and provided to convey the laver falling from the main body; An extraction device installed in the middle of the transfer means, for extracting the laver put into the upper body one by one and supplying the laver to the belt of the transfer means; And Kim laver packing machine for triangular gimbap, characterized in that it comprises a control device provided to be discharged by maintaining the seam is set at the end of the transfer means set by the set interval. The method of claim 2, The extraction device A body with a built-in sensor; A head part provided on an upper portion of the body and sliding up and down; And Triangular gimbap laver packing machine is provided on both sides of the head portion, the suction port is formed on the upper surface to suck the air is configured to include a wing that is bent to both sides when the air suction.

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