KR20060024829A - Laver rice packing machine - Google Patents

Abstract

The present invention relates to a gimbap packing machine, and more particularly, a wrapping paper supplying means including a wrapping paper roll and a hanger, a wrapping paper tension holding means, a wrapping paper taking out means, and a wrapping paper cutting means;

Main sprocket rotated by a motor, the first to fifth packaging roller, the rotating shaft, the parallel axis, the vertical axis and the side packaging roll, the rotation speed sensor mounted on the vertical axis, vertical bar, horizontal bar, solenoid connected to the vertical bar It provides an automatic gimbap packing machine comprising a valve, a gimbap packaging means including a motion detecting sensor for detecting the operation of the vertical bar and a discharge means for pushing up the finished gimbap.

Description

Laver rice packing machine {

1 is a perspective view of a kimbap packing machine of the present invention.

Figure 2 is a perspective view showing the inside of the gimbap packing machine shown in FIG.

Figure 3 is a side cross-sectional view of the gimbap packaging machine shown in FIG.

4 is a plan view of the gimbap packing machine shown in FIG.

5 to 5a is an explanatory view showing the operation procedure of the wrapping paper supply means in the present invention gimbap packaging machine.

6 to 6d is an explanatory view showing the operation procedure of the gimbap packing means in the present invention gimbap packing machine.

<Code Description of Main Parts of Drawing>

1. gimbap packing machine 10. Case

20. Hanger 30. Roll of wrapping paper

40. Packing tension maintaining means 41. Left and right side plates

42.Plate 43.Plate

44. Tension Retention Roll 45. Shaft

50. Package take-out means 51. Upper take-out roll

52. Lower take-out roll 53. First motor

53a. Pulley 54.Belt

62. Lower blade 60. Cutting means for wrapping paper

61. Upper blade 63. First vertical bar

64. Horizontal bar 65. Second vertical bar

66. Second Motor 66a. Pulley

80. Light sensor switch 100. Packing paper supply means

200. Gimbap packing means 210. Third motor

210a. Pulley 210b. Pulley

211.Belt 212.Belt

220. Main sprocket 221. 1st packing roller

222. 2nd packing roller 223. 3rd packing roller

224. 4th Packaging Roller 225. 5th Packaging Roller

226. Gimbab Rotating Space

230. Rotation axis 230a. First pulley

230b. 2nd pulley 240. Parallel axis

240a. Pulley 241. Bevel Gear

241a. Bevel Gears 242. Belts

243. Vertical axis 244. Side wrapping rolls

245. Speed sensor 250. Vertical bar

251.Horizontal Bar 252.Roller

260. Solenoid Valve 270. Motion Sensor

280. Discharge means 281. Discharge rods

282. Supports 283. Holes

284.cam 285.fourth motor

285a. Axis 290. Operation Button

300. Gimbap

The present invention relates to a gimbap packing machine, and more particularly, a wrapping paper supplying means for automatically cutting and then cutting the wrapping paper according to an operation signal, and putting the roll-shaped gimbap on the wrapping paper and pressing the operation button while the roll-shaped gimbap is rotated. It relates to a gimbap packaging machine consisting of a gimbap packaging means configured to automatically wrap the wrapping paper in gimbap.

Recently, when manufacturing and selling gimbap, rolled gimbap is cut at regular intervals while being kept in its shape and wrapped in aluminum foil so that gimbap can be sold line by line.

However, at present, the gimbap manufacturing plant uses the above-described packaging method by hand, which requires a lot of manpower and time to individually pack gimbap that is produced in large quantities. Due to this problem, the freshness of gimbap is reduced, and the vicious cycle that leads to the rise in the price of gimbap due to the burden of labor costs is repeated.

In addition, when the packaging is made by hand as described above, the wrinkles are generated on the wrapping paper due to the characteristics of the aluminum foil, which causes wrinkles even at a small pressure, thereby lowering the willingness to purchase food.

Therefore, the present invention is to solve the problems as described above, so that one gimbap packaging can be completed in a few seconds to pack a large amount of gimbap in a short time, and local pressure on the outer edge of the wrapping paper when packing gimbap The purpose of the present invention is to provide a gimbap packing machine capable of producing neatly packed gimbap products by hardly causing wrinkles on the wrapper packed with gimbap.

The object of the present invention is a wrapping paper supplying means including a wrapping paper roll and a hanger, wrapping paper tension holding means, wrapping paper taking out means, wrapping paper cutting means;

Main sprocket rotated by a motor, the first to fifth packaging roller, the rotating shaft, the parallel axis, the vertical axis and the side packaging roll, the rotation speed sensor mounted on the vertical axis, vertical bar, horizontal bar, connected to the vertical bar It is achieved by a gimbap packaging machine comprising a solenoid valve, a gimbap packaging means comprising a motion detecting sensor for detecting the operation of the vertical bar and a discharging means for pushing up the finished gimbap.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the present invention.

The gimbap packing machine 1 of the present invention is composed of a wrapping paper supply means 100 and a gimbap packaging means 200.

First, the wrapping paper supply means 100 according to the present invention will be described.

An aluminum foil roll (hereinafter referred to as a wrapping paper roll) 30 is installed to rotate through the shaft on an upper portion of the hanger 20 installed on the upper surface of the case 10, and a wrapping paper tension maintaining means 40 is disposed below the hanger 20. It is provided.

The wrapping paper tension holding means 40 is composed of a plate-like body 43 consisting of a left and right side plate 41 and a plate 42, and a tension holding roll 44 provided between the left and right side plate 41, the plate The upper body 43 is hinged through the shaft 45 between the left and right side plates of the case 10 so as to enable an arcuate motion of the tension maintaining roll 44.

The wrapping paper withdrawing means 50 is provided in front of the wrapping paper tension maintaining means 40.

The wrapping paper taking means 50 is composed of an upper drawing roll 51 and a lower drawing roll 52, and the upper drawing roll 51 is configured to apply pressure to the lower drawing roll 52 by a predetermined load. It is.

One side of the lower draw roll 52 is connected to the pulley 53a of the first motor 53 by a belt 54.

Wrapping paper cutting means 60 is provided in front of the wrapping paper taking means (50).

The wrapping paper cutting means 60 is composed of an upper blade 61 and a lower blade 62, the lower blade 62 is fixed to the case 10, the upper blade 61 is vertically up and down It is configured to work.

A first vertical bar 63 is hinged to both sides of the upper blade 61, and one side of the horizontal bar 64 is hinged to the first vertical bar 63.

In addition, a second vertical bar 65 is hinged to the other side of the horizontal bar 64, the other side of the second vertical bar 65 is hinged to the pulley 66a of the second motor 66. It is connected eccentrically.

The middle portion of the horizontal bar 64 is configured to be fixed to the case 10 by the shaft 67 to enable the seesaw type of operation.

The front of the wrapping paper cutting means 60 is provided with a guide bar 70 for preventing the downward bending of the wrapping paper to be drawn out. The guide bar 70 is configured to be able to adjust the vertical position in the arc direction. The reason is that as the wrapping paper is drawn out, it should be covered on the upper side of the entire gimbap sashimi (226) which will be described later. Throwing away problems.

Therefore, in this case, the height of the guide bar 70 may be adjusted upward to cover the upper side of the gimbap rotation space 226 even if the wrapping paper is pulled out while being bent down.

The action of the wrapping paper supply means 100 according to the present invention configured as described above will be described based on FIG. 5 and FIG. 5A.

First, one end of the wrapping paper roll 30 hooked to the hanger 20 is drawn out and passed between the tension holding roll 44 and the diaphragm 42 provided in the wrapping paper tension holding means 40, and then the wrapping paper drawing means. The upper take-out roll 51 and the lower take-out roll 52 of 50 are restrained.

After the preparation is completed as described above, the first motor 53 is rotated by a predetermined rotational speed by touching the optical sensor switch 80 provided in the case 10. Accordingly, the pulley of the first motor 53 is rotated. The lower pull-out roll 52 connected with the 53a and the belt 54 rotates in the wrapping paper takeout direction.

Therefore, the wrapping paper held between the lower draw roll 52 and the upper draw roll 51 is drawn out in the roll rotation direction.

At this time, when the wrapping paper is pulled out in a state where the plate-like body 43 of the wrapping paper tension holding means 40 is pulled out, the wrapping paper withdrawal speed is greater than the rotational speed of the tension holding roll 44 provided in the plate-like body 43. Since the plate body 43 is upright about the axis 45 because it is fast, then the plate body 43 is divided by its own weight, and the plate body 43 is again collapsed by its own weight. By pulling the wrapping paper, the tension of the wrapping paper is kept constant.

On the other hand, the first motor 53 is rotated only by a certain number of revolutions, so that the lower drawing roll 52 also rotates only by a certain number of revolutions, so that the length of the wrapping paper to be drawn out is always constant.

In addition, since the upper draw roll 51 located above the lower draw roll 52 pressurizes the lower draw roll 52 with a predetermined load, the outer surface of the wrapping paper and the lower draw roll 52 The friction of the packaging is increased so that the wrapping paper does not slip.

When the first motor 53 is rotated by a predetermined rotation speed and then stopped, the wrapping paper cutting means 60 is operated.

That is, the second motor 66 is rotated one by one, and thus the second vertical bar 65 eccentrically connected to the pulley 66a of the second motor 66 is vertically moved. As the horizontal bar 64 connected to the second vertical bar 65 performs the seesaw movement, the first vertical bar 63 connected to the other side of the horizontal bar 64 moves vertically.

Therefore, the upper blade 61 connected to the first vertical bar 63 cuts out the wrapped wrapping paper while lowering and raising.

Next, a description will be given of the gimbap packaging means 200 according to the present invention for packaging the gimbap with the wrapping paper cut out as described above.

A third motor 210 is mounted on the side of the case 10, and a main sprocket 220 connected to the pulley 210a of the third motor 210 by a belt 211 is provided.

First and second packing rollers 221 to 5 packing rollers 225 are installed on the left and right sides of the main sprocket 220 in a semicircular arc shape, and the first packing rollers 221 to 5 packing rollers 225 are provided. Kimbap rotating space 226 is formed in the center of the.

Gears are formed at the ends of the first packing rollers 221 to 4 packing rollers 224, and are engaged with the main sprocket 220 so as to be interlocked with each other.

The shaft of the fifth packaging roller 225 is inserted into the long groove 227 is formed to be inclined upward, so as to move the position on the long groove 227 according to the diameter of the gibbb inserted into the gimbap rotation space 226 and a predetermined To apply pressure to the outer periphery of the gimbap (300) by weight.

Therefore, the roll gimbap is thick and regardless of the thin, it is possible to obtain the effect that the wrapping paper is tightly wound to the gimbap with a constant tension.

The belt 212 is also connected to another pulley 210b of the third motor 210, and the belt 212 is the first pulley 230a of the rotation shaft 230 positioned at the front lower part of the case 10. )

A separate second pulley 230b is provided on the rotating shaft 230, and the second pulley 230b is a pulley 240a of the parallel shaft 240 of the bevel gear 241 installed on the upper side of the rotating shaft 230. And a belt 242.

The vertical axis 243 of another bevel gear 241a meshed with the bevel gear 241 of the parallel shaft 240 is bent at the end of the 'b' shape, the end of the bent portion is formed with a tapered outer periphery The packaging roll 244 is attached.

The side packaging roll 244 is configured to knock down the wrapping paper from the upper side of both sides of the gimbap 300 when the gimbap 300 is rotated.

The side paving roll 244 is formed to gradually increase in diameter along the rotational direction of the gimbap 300, so that the wrapping paper is caught on the edge of the side paving roll 244 when the gimbap 300 is rotated. The packaging takes place naturally.

On the other hand, the vertical axis 243 is equipped with a rotation speed sensor 245 is configured to stop after the vertical axis 243 is rotated only by a certain number of revolutions.

The front and rear of the case 10, the lower left and right vertical bar 250 is fixed in the hinge form and the vertical bar 250 is connected to the hinge form and the horizontal left and right horizontal bar 251 protruding toward the gimbap rotation space 226 ) Is formed. The roller 252 is mounted between the left and right horizontal bars 251.

The vertical bar 250 is a solenoid valve 260 is connected to the lower portion of the vertical bar 250 by the operation of the solenoid valve 260 is configured to the circular motion around the hinge axis. .

In addition, the motion detection sensor 270 is mounted on the position when the vertical bar 250 is fully advanced to detect the motion when the vertical bar 250 advances a predetermined angle in the arc direction.

The lower portion of the gimbap rotating space 226 is provided with a discharge means 280 for pushing up the gimbap 300 is completed from the gimbap rotating space 226 upward.

The discharge means 280 is provided with a discharge rod 281 for pushing up the gimbap 300, a support 282 is formed at the lower end of the discharge rod 281, the support 282 is semi-circular The hole 283 is formed.

A cam 284 is inserted into the hole 283, which is connected to the shaft 285a of the fourth motor 285.

The operation of the gimbap packaging means 200 according to the present invention configured as described above will be described based on FIG. 6 to FIG. 6D.

The wrapping paper cut into a predetermined length through the wrapping paper supply means 100 described above is positioned above the gimbap rotating space 226.

When the user places the roll gimbap 300 in the center of the wrapping paper gimbap 300 is inserted into the gimbap rotating space 226 with the wrapping paper by its own weight.

At this time, the wrapping paper is shaped to support the gimbap (300).

Next, the user presses the operation button 290 of the gimbap packaging means 200.

The solenoid valve 260 receiving the operation signal advances the vertical bar 250 toward the gimbap rotation space 226, and the horizontal bar connected to the upper end of the vertical bar 250 by the operation of the vertical bar 250. The bar 251 is also advanced toward the gimbap rotation space (226).

Through such an operation, the horizontal bar 251 folds both ends of the wrapping paper pushed together with the gimbap 300 into the gimbap rotation space 226.

When the vertical bar 250 moves forward as described above, the motion detection sensor 270 installed at the forward position of the vertical bar 250 operates to cut off the power of the solenoid valve 260 to the vertical bar 250. Return to the original state and at the same time to operate the third motor (210).

As the third motor 210 operates as described above, the main sprocket 220 connected to the pulley 210a of the third motor 210 by the belt 211 is rotated, thereby engaging the main sprocket 220. The first packing roller 221 to the fourth packing roller 224 is rotated in conjunction with it to rotate the gimbap 300.

Therefore, the wrapping paper that was supporting the gimbap 300 by rotating the gimbap 300 as described above is rotated along with the wrapping paper is wrapped along the outer periphery of the gimbap 300. At this time, the important point is that the horizontal bar 251 is advanced to wrap the gimbap 300 in the same direction as the direction to fold the end of the wrapping paper is made of natural packaging.

On the other hand, when the packaging as the gimbap 300 is rotated as described above, the vertical axis (243) is also rotated at the same time, the side of the wrapping paper is folded through the side wrapping roll 244 provided on the vertical axis (243).

As described above, the vertical shaft 243 is a rotation shaft 230 connected to the pulley 210b of the third motor 210 by the belt 212, and a bevel gear connected to the rotation shaft 230 by the belt 242. It is connected to the parallel shaft 240 and another bevel gear 241a meshed with the bevel gear 241 of the parallel shaft 240 to rotate.

At this time, the vertical axis 243 is rotated only by a predetermined number of revolutions by the rotation speed sensor 245 and then stops the operation.

Here, the first packaging roller 221 to the fifth packaging roller 225 is 15 to 20 rotations per second, the vertical axis 243 to 25 to 30 rotations per second.

This rotational speed is derived from several test results and is the most suitable rotational speed in terms of paving time and packageability.

By the above configuration, the packaging of gimbap 300 takes only about 2 seconds of time.

As described above, when the rotation of the vertical shaft 243 is stopped, the gimbap discharging means 280 is operated.

That is, when the fourth motor 285 is operated, the cam 284 mounted on the fourth motor 285 rotates and the vertical movement of the support 282 is pushed up and down while the fourth motor 285 is rotated. The discharge rod 281 provided on the upper surface is pushed up packed gimbap 300.

The pushed up packed gimbap 300 is locked between the first packing roll 221 and the fifth packing roll 225.

According to the present invention configured as described above, since it takes only a few seconds to wrap a gimbap in a line, it is possible to pack a large amount of gimbap in a short time, thereby providing a fresh gimbap to the consumer.

 In addition, since no local pressure is applied to the outer edge of the wrapping paper when packing gimbap, wrinkles are hardly generated in the wrapping paper packed with gimbap. Therefore, it is possible to pack gimbap neatly, thereby increasing customer satisfaction.

In addition, the present invention gimbap packing machine is small in size, easy to install even in a small shop, the operation method is simple, anyone can use easily.

Claims (11)

The wrapping paper roll 30 is installed on the upper portion of the hanger 20 installed on the case 10 so as to rotate through the shaft, and the lower portion of the hanger 20 is provided with a wrapping paper tension maintaining means 40 and maintains the wrapping paper tension. A wrapping paper taking-out means 50 is provided in front of the means 40, and wrapping paper cutting means 60 is provided in front of the wrapping paper taking-out means 50, and wrapping paper is drawn out in front of the wrapping paper cutting means 60. Kimbap packaging machine characterized in that the guide bar 70 is formed to prevent the downward bending. The method of claim 1, The wrapping paper tension holding means 40 is composed of a plate-like body 43 consisting of a left and right side plate 41 and a plate 42, and a tension holding roll 44 provided between the left and right side plate 41, the plate Upper body 43 is a gimbap packaging machine, characterized in that the hinge is fixed through the shaft (45) between the left and right side plates of the case (10) to allow the circular direction of the tension holding roll (44). The method of claim 1, The wrapping paper extracting means 50 is composed of an upper drawing roll 51 and a lower drawing roll 52, and the upper drawing roll 51 is configured to apply pressure to the lower drawing roll 52 by a predetermined load. , One side of the lower pull-out roll 52 is connected to the pulley (53a) of the first motor (53) with a gimbap packing machine. The method of claim 1, The wrapping paper cutting means 60 is composed of an upper blade 61 and a lower blade 62, the lower blade 62 is fixed to the case 10, the upper blade 61 is operated vertically up and down Is configured to, both sides of the upper blade 61 is connected to the first vertical bar 63 in a hinged form, one side of the horizontal bar 64 is connected to the first vertical bar 63 in a hinged form, A second vertical bar 65 is connected to the other side of the horizontal bar 64 in the form of a hinge, and the other side of the second vertical bar 65 is eccentric in the form of a hinge to the pulley 66a of the second motor 66. Is connected to, the middle portion of the horizontal bar 64 is a gimbap packing machine, characterized in that configured to enable the seesaw-shaped operation is fixed to the shaft (67) to the case (10). A third motor 210 is mounted on the side of the case 10, and a main sprocket 220 connected to the pulley 210a of the third motor 210 by a belt 211 is provided, and the main sprocket ( First and second packing rollers 221 to 5 packing rollers 225 are installed in a semicircular arc at left and right sides and a lower part of the 220 so that the gimbap rotates at the center of the first packing rollers 221 to 5 packing rollers 225. A space 226 is formed, and gears are formed at the ends of the first packing rollers 221 to 4 packing rollers 224 to be meshed with the main sprocket 220 so as to interlock and rotate. Kimbap packing machine, characterized in that the shaft of the roller 225 is inserted into the long groove 227 formed to be inclined upward. The method of claim 5, The third motor 210 is provided with another pulley 210b, which is the first pulley 230a and the belt 212 of the rotating shaft 230 provided in the front lower portion of the case 10. Is connected to, the rotary shaft 230 is provided with a separate second pulley (230b), the second pulley (230b) of the bevel gear 241 parallel shaft 240 installed on the upper side of the rotary shaft (230) The vertical axis 243 of the other bevel gear 241a, which is connected to the pulley 240a and the belt 242 and meshes with the bevel gear 241 of the parallel shaft 240, is bent in a '-' shape. , The end of the bent portion gimbap packing machine, characterized in that the side packaging roll 244 is formed so that the outer periphery is tapered. The method of claim 6, The side paving roll 244 is formed to gradually increase in diameter along the rotational direction of the gimbap 300, so that when the gimbap 300 is rotated to knock down the wrapping paper from the upper side of both sides of the gimbap 300 Kim rice packing machine characterized in that the configuration. The method of claim 6, The gimbap packaging machine, characterized in that the vertical axis (243) is equipped with a rotation speed sensor 245 so that the vertical axis (243) is rotated by a certain number of revolutions and then stopped. The method of claim 5, The front and rear of the case 10, the lower left and right vertical bar 250 is fixed in the hinge form, the left and right horizontal bars 251 connected in a hinge form to the vertical bar 250 and protrudes toward the gimbap rotation space 226. ) Is installed, the roller 252 is mounted between the left and right horizontal bars 251, the solenoid valve 260 is connected to the lower portion of the vertical bar 250 by the operation of the solenoid valve 260 The vertical bar 250 is configured to perform an arc motion around the hinge axis, and the vertical bar 250 may be fully advanced to detect the motion when the vertical bar 250 moves forward by a predetermined angle in the arc direction. Kimbap packaging machine characterized in that the motion detection sensor 270 is mounted on the position of the time. The method of claim 5, The lower portion of the gimbap rotating space 226 is provided with a discharge rod 281 for pushing up the gimbap 300, a support 282 is formed at the lower end of the discharge rod 281, the support 282 A semicircular hole 283 is formed, and a cam 284 is inserted into the hole 283, and the cam 284 is discharged by being connected to the shaft 285a of the fourth motor 285. Kim rice packing machine characterized in that it comprises a (280). The method according to claim 5 and 6, The first packaging roller 221 to the fifth packaging roller 225 is 15 to 20 rotations per second, the vertical axis (243) gimbap packaging machine, characterized in that configured to 25 to 30 rotations per second.

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