KR100414764B1 - sealing machine for horizontal progress mode pack weighing rotatory suppling device - Google Patents

Abstract

According to the present invention, in a sealing machine for sealing bags of various packages, the conveying direction of the wrapping paper by the wrapping paper supplying means is adopted in a horizontal movement method, and a content supply device is mounted on the moving path of the wrapping paper, and the supplying device is provided. By providing the contents provided from the chute mounted on a separate rotary turret to ensure accurate input,

The production speed of the package can be improved very quickly, so that mass production and production cost can be reduced, and even if the package is wide or its contents can be quickly loaded, it is possible The present invention relates to a horizontal packing type sealing machine by a rotary metering and feeding device capable of relatively precisely adding contents by rotating the contents by rotating the contents.

Description

Sealing machine for horizontal progress mode pack weighing rotatory suppling device

The present invention is a sealing machine for sealing the bags of various packaging, in particular the supply of the wrapping paper by the horizontal movement of the wrapping paper and rotary metering hopper, rotary turret device for supplying a constant amount of contents provided from the metering hopper, The present invention relates to a horizontal packing type sealing machine by a rotary metering feeder capable of easily and quickly producing a larger sized packing stand.

The sealing bag that can be easily found in everyday life is used for sealing various kinds of instant foods, foodstuffs and various industrial products.

In particular, the packaging stand sealing machine of various foodstuffs as described above is widely used for sealing packaging such as ramen bags or soups inside them, dried dust, etc. by wrapping paper, or packing them in individual units. In addition to the other contents and the product to be sealed is usually produced using a heat sealing machine.

Such a sealing machine, such as 2000 Patent Application No. 38874 issued by the applicant of the present invention, to be continuously supplied by the feeding means of the wrapping paper on the roll wound on the take-up roll, sealed by sealing the front and rear of the supplied wrapping paper Then, the contents or raw materials are put into the opened one side, and the sealing of the wrapping paper openings in which the contents and the raw materials are filled is cut and finished in individual units.

The production method by such a sealing is very widely used in products that need to seal the contents as described above because the production speed is very fast but can produce a large amount of products quickly.

However, in the conventional sealing machine as described above, the left and right seals and the lower seals of the packing stand moving vertically are first performed, and then the upper part is sealed again after moving a certain amount of the packing stand while the contents are put in the opened upper part. Since the sealing process requires a certain sealing time for each sealing process, it is impossible to move the packing stand during the filling process of the contents, so the waiting time of the moving process by the sealing time and the filling time of the contents is required. There is a problem that the production speed is reduced by the process.

In addition, the general vertically movable sealing machine is that the contents to be loaded are supplied from the top to the bottom, so when a relatively large amount of content or a thin packaging must be produced, a large amount of content is concentrated in one place to bulge the built-in contents. There is a hassle to soar and spread the contents evenly,

In order to fill a large amount of content, a certain time is always required to fill the content, there is a problem in that the production speed of the completed packaging stand according to the amount of the content shows a significant difference.

In addition, the contents supplying device which is moved or provided in the vertical direction puts the contents into one packing stand, and then rises again, and when the new packing stand enters, the contents feeding device is lowered and the contents are fed again. There is a degradation problem.

The present invention has been made to eliminate the problems described above, and adopts the conveying direction of the wrapping paper by the wrapping paper supply means in a horizontal movement method, mounting the contents supply hopper on the upper portion of the movement path of the wrapping paper, the supply hopper By providing the contents provided from the chute mounted on a separate rotary turret,

The production speed of the package can be improved very quickly, so that mass production and production cost can be reduced, and even if the package is wide or its contents can be quickly loaded, it is possible It is an object of the present invention to provide a horizontal packing type sealing machine by a rotary metering feeder capable of inserting the contents relatively precisely because the left and right margins are generated due to the input of the contents.

1 is a front view showing the whole of the present sealing machine.

Figure 2 is an overall side view of the present sealing machine

Figure 3 is an overall plan view of the present sealing machine

Figure 4 is a detailed cross-sectional view showing the contents supply action of the present sealing machine

Figure 5 is a detailed view showing the sealing action of the present sealing machine

Figure 6 is a detailed perspective view showing the main portion of the turret disc of the present invention sealing machine

Figure 7 is a side cross-sectional view showing a turret disc chute of the present invention sealing machine

8 is an explanatory view of the turret disc of the present invention sealing machine

Explanation of symbols on the main parts of the drawings

1,1 ': Drive motor

10: wrapping paper conveying means 11: the main body

12: wrapping paper winding roll 13: guide roller

14: wrapping paper

20: sealing means 21,21 ': sealing roller

22: cooling roller 23: cutting line roller

24: Feeding Roller 25: Cutting Roller

30: contents storage tank 31: cylinder

32: feeder

40: contents supply device 41,41 ': through hole

42: rotating cylinder 43: through hole

44 outlet 45 fixed plate

46: drive motor

50: contents injection device 51: frame

52: rotation axis 53: turret disc

54,54 ': Spring 55,55': Rotating shaft

56,56 ': Suit 57,57': Eccentric Roller

58: guide plate 59: drive motor

Hereinafter, preferred embodiments of the present invention will be described.

1 is an overall front view of the sealing machine of the present invention, FIG. 2 is a side view thereof, and FIG. 3 is a plan explanatory view of the sealing machine of the present invention.

Wrapping paper conveying means 10 for transferring the wrapping paper 14 using the guide roller 13 from the wrapping paper winding roll 12 formed on one side of the main body 11,

Sealing means 20 in which the sealing rollers 21, 21 'and the cooling roller 22, the cutting line roller 23, the feeding roller 24, and the cutting roller 25 are formed in sequence are driven motors (1) (1). In the normal pavement sealing machine which is interlocked by '),

The wrapping paper 14 is transported in the horizontal direction from the winding roll 12 on one side of the main body 11 to the other sealing means 20, and the contents are stored in the middle of the winding roll 12 and the sealing means 20. The tank 30 and the contents supply device 40 and the contents input device 50, respectively,

The contents storage tank 30 allows the contents inside the cylinder 31 to be discharged by the feeder 32 mounted on the lower side of the cylinder 31.

The contents supply device 40 formed at the end of the feeder 32 has a rotating cylinder 42 having a plurality of through holes 41 and 41 ′ formed at the bottom thereof, and a through hole 41 located below the rotating cylinder 42. Consisting of a fixed plate 45 having one through-hole 43 and an outlet 44 coinciding with 41 ',

The contents input device 50 includes a frame 51 formed at a side between the sealing roller 21 and the cooling roller 22, and a rotating shaft arranged on the frame 51 at right angles to the conveying direction of the wrapping paper 14. (52), the rotary shafts 55 and 55 'supported by springs 54 and 54' at regular intervals on the turret disk 53 and the turret disk 53 formed at the end of the rotary shaft, and the rotary shaft 55 Eccentric rollers 57 and 57 'formed at the other ends of the chute 56 and 56' and one end of the rotary shaft 55 and 55 'formed at one end of the 55' and the eccentric rollers 57 and 57 '. Guide plate 58 for controlling the rotational trajectory of the frame 51 is attached to the side.

In the figure, reference numeral 46 denotes a drive motor for rotating the rotary cylinder, and 59 is a drive motor for rotating the turret disc.

Referring to the operation of the present invention by the above configuration in more detail by the accompanying drawings as follows.

As shown in FIG. 1, the present sealing machine performs sealing by horizontal movement instead of the vertically used sealing method, which enables faster and more stable operation as well as producing a relatively large and wide packing table. .

That is, it is withdrawn from the wrapping paper take-up roll 12 on one side of the main body 11 and is supplied to the sealing roller 21 via a plurality of guide rollers 13.

At this time, since the supplied wrapping paper 14 is provided in a half folded state, that is, the lower portion is blocked, when the vertical sealing line is formed at a predetermined interval by the sealing roller 21, the wrapping paper 14 has a partition space at a predetermined interval. At the same time the upper portion is opened.

Therefore, when the preceding sealing is completed and another sealing is completed at the rear side by the movement of the wrapping paper 14, a certain section with the upper opening is formed, and the rear sealing is completed and the contents through the upper opening at the same time. The contents supply device 40, which has received the contents from the storage tank 30, accurately weighs a certain amount and discharges the contents to the chute 56, 56 'of the contents input device 50, thereby eliminating the chute 56 ( 56 ') The contents are filled in the packaged paper partitioned through the ends.

When the filling operation of the contents is completed, the wrapping paper is continuously moved, and the completed packing stand is produced through sequential sealing and cutting line formation and cutting.

In addition, by using a separate cooling roller 22 in a state where the contents are filled, the previously sealed portion is cooled to a high temperature, so that the sealing is more firmly completed.

In addition, the wrapping paper 14 which has passed through the above-mentioned cooling roller 22 is again sealed at the upper part opened by the sealing roller 21 'at the rear side, and the wrapping paper is completely sealed at both sides and the upper part by the upper sealing. It becomes a sealed packing stand in a closed state.

Therefore, the packing table sealed up to the upper portion is formed by a separate cutting line roller 23 interlocked at the side of the upper sealing roller 21 'so that when the user uses the packing table by forming a cut line of a certain length. To tear more easily to take out the contents, the feeding roller 24 provided on the side of the cutting line roller (23) pulls the sealed packing table at a constant speed, so that the width of the sealing section is adjusted according to the speed By setting the feeding speed differently depending on the content of the contents, the packing table of suitable width is completed.

In addition, the pavement line formed by the cutting line roller 23 is used as individual independent packing stand because the vertical sealing section is cut by the cutting roller 25 as usual.

In addition, the action of the input of the above-described contents is formed in the upper portion of the sealing roller 21, as shown in Figures 2 and 3 to form a separate content supply device 40, and supplies the content to the content supply device 40 The contents storage tank 30 is located above it.

Therefore, when the contents are poured into the rotary cylinder 42 of the contents supply device 40 from the cylinder 31 of the contents storage tank 30 through the feeder 32, a plurality of through holes formed in the bottom surface of the rotary cylinder 42 ( 41) (41 '), the contents are poured into the lower part, and the contents poured into the lower part are discharged back to the chute 56 of the contents input device 50 through the through hole 43 of the fixing plate 45 and the chute. The contents of 56 are introduced into the inside through the opened upper portion of the before and after the sealed wrapper 14.

In addition, the above-described contents supply device 40 is rotated at the moment when the through holes 41 and 41 ′ formed on the bottom surface of the rotating cylinder 42 and the through holes 43 of the fixing plate 45 coincide with each other, as shown in FIG. 4. The contents inside the tradition 42 are discharged downward through the through hole 43 of the fixing plate 45, and the rotating cylinder 42 is rotated again so that the holes of the through holes 41 and 41 'and the fixing plate 45 are rotated. 43), stops discharging the contents. Therefore, by appropriately adjusting the rotational speed of the rotary cylinder 42 rotated by the rotary motor rotary drive motor 46 it is possible to adjust the amount of the contents discharged to the lower portion.

Thus, the wrapping paper 14 into which the contents are introduced, as shown in FIG. 5, reaches the cooling roller 22 through the sealing roller 21 and rapidly cools the portion sealed by the sealing roller 21 that is electrically sealed. Since the wrapping paper 14 that has passed through the cooling roller 22 is in an open state, the upper portion opened by another sealing roller 21 'is continuously sealed to seal the inside of the wrapping paper 14. To keep it completely sealed.

In addition, the cutting line roller 23 formed on the side of the cooling roller 22 forms a cutting line of a predetermined length in the sealing portion as described above, so that when the user wants to use the contents of the packing stand, the contents can be easily taken out and used. It is to be.

FIG. 6 is a partial perspective view showing only the contents input device 50 of the present invention, in which the chute 56 and 56 'are coupled to the turret disc 53 by the rotation shafts 55 and 55' radially. In one figure, only one rotary shaft 55 and chute 56 are shown for clarity.

When the turret disc 53 rotates the rotation shaft 52 by the turret disc rotation drive motor 59 inside the main body 11, the turret disc 53 mounted at the end of the rotation shaft 52 rotates together. The rotation action of the turret disc 53 is to rotate the plurality of rotary shafts 55, 55 ′ and the chute 56, 56 ′ mounted on the turret disc 53 together.

As the chute 56 and 56 ′ rotated as described above, when one chute reaches the bottom of the turret disc 53, the contents are discharged from the contents supply device 40 through the outlet 44 and supplied to the chute. The contents are introduced into the wrapping paper 14 by the chute.

In addition, since the turret disc 53 is continuously rotated, while the contents of the chute are completely discharged, the chute's rotational movement is located in the open area of the wrapper, so that the contents are discharged at the same time as it rotates. The contents are injected quickly and evenly.

Therefore, the contents are completely discharged from one chute into one section of packaging, and another chute enters into the section of the newly introduced packaging, and the contents are introduced into the new chute and the contents are introduced into the newly wrapped packaging. Will be.

Therefore, the rotary turret disk 53 and the chute 56 and 56 'do not insert the contents by vertical movement as in the prior art, but by the contents feeding apparatus having the same rotation direction as that of the wrapping paper. Faster and more stable contents can be added.

In addition, the plurality of chutes 56 and 56 'which are rotated together by the turret disc 53 which is rotated as described above are the rotating shafts 55 and 55' which hold the chute 56 and 56 '. If it is not rotated, the feeding action of the contents and the turret disc 53 are rotated, so that the lower end portions of the chute 56 and 56 'may come into contact with the sealing portion of the wrapping paper, so that the chute 56 and 56' In a certain section after the state located at the lowermost end of the 53, the rotary shafts 55, 55 'are rotated opposite to the rotational direction of the turret disc 53. As a result, the chute 56, 56' is rotated. Since the contact is not generated in the sealing section by increasing the vertical rotation for a certain section it can minimize the failure rate.

That is, as shown in FIG. 7, the chute 56 and 56 ′ mounted at the ends of the rotation shafts 55 and 55 ′ are configured to rotate simultaneously with the rotation of the rotation shafts 55 and 55 ′. Eccentric rollers 57 and 57 'having an axial center separate from the rotary shafts 55 and 55' are mounted at the other end of the 55 and 55 ', and the frame 51 of the contents injection device 50 is mounted. It is understood that the guide plate 58 is attached to a certain section.

Therefore, in the section where the guide plate 58 is located as shown in FIG. 8, the eccentric rollers 57 and 57 'mounted at the ends of the respective rotation shafts 55 and 55' are rubbed, and the eccentric rollers Since the rotating shafts 55 and 55 'are forcibly rotated by the friction between the 57 and 57' guide plates 58, the chutes 56 and 56 'are positioned at the lower portions of the guide plates 58. That is to rotate in a vertical direction.

Therefore, the chute 56, 56 'is rotated while the chute 56, 56' is rotated in a state where the rotational trajectory of the section is changed with respect to the section in which the guide plate 58 is formed, so that contact with the sealing portion does not occur. It will not be possible to maintain a safer speed.

In addition, when the guide plate 58 is out of the formed section, the rotation shaft (by the tension force of the springs 54, 54 'which elastically supports the turret disc 53 and the eccentric rollers 57, 57') 55 and 55 'and chute 56 and 56' are returned to their original state and rotated.

The turret disc 53 is replaceable so that the chute 56, 56 'is larger in size, or the turret disc 53 with a larger spacing of the rotation shafts 55 and 55' or a wider spacing is mounted. In this case, when the size of the packing stand is remarkably large or the contents are large, the turret disc 53 is replaced with an appropriate turret disc 53 so as to be used more effectively.

Horizontal packing type sealing machine according to the present invention rotary metering feeder improves the production speed of the packing very fast, thereby reducing the mass production and production cost, and the width of the packing stand is wide or its contents are many. Even if the contents can be added quickly, the contents are input by the rotation of the turret equipped with a plurality of chutes, so that left and right margins are generated, so that the contents can be injected relatively accurately.

Claims (1)

Wrapping paper conveying means 10 for transferring the wrapping paper 14 using the guide roller 13 from the wrapping paper winding roll 12 formed on one side of the main body 11, Sealing means 20 in which the sealing rollers 21, 21 'and the cooling roller 22, the cutting line roller 23, the feeding roller 24, and the cutting roller 25 are formed in sequence are driven motors (1) (1). In the normal pavement sealing machine which is interlocked by '), The wrapping paper 14 is transported in the horizontal direction from the winding roll 12 on one side of the main body 11 to the other sealing means 20, and is well-known in the middle of the winding roll 12 and the sealing means 20. To configure the contents storage tank 30 and the known contents supply device 40 and the contents input device 50, respectively, The contents filling device 50 described above is arranged in a frame 51 formed on the side between the sealing roller 21 and the cooling roller 22 and in a direction perpendicular to the conveying direction of the wrapping paper 14 on the frame 51. The rotary shafts 52, the turret discs 53 and the turret discs 53 formed at the ends of the rotary shafts, and the rotary shafts 55 and 55 'supported by the springs 54 and 54' at regular intervals. Eccentric rollers 57 and 57 'formed at the other ends of the chute 56 and 56' formed at one end of the 55 and 55 'and the rotary shafts 55 and 55', and the eccentric rollers 57 and 57, respectively. Guide plate 58 for controlling the rotational trajectory of ') is attached to the side of the frame 51, the horizontal packing type sealing machine by a rotary metering feeder characterized in that the.