KR20050054881A - The sealing apparatus for a packing paper and the using method thereof - Google Patents

Abstract

The present invention relates to a stamping device for marking the expiration date, the date of manufacture, the country of origin, etc. on various packaging paper packaging and storage of food and industrial products, more specifically, a fixed base plate, a mobile base plate, a drive unit, a seal portion and a tape winding In a conventional wrapping paper stamping device composed of an adjusting portion, the heating element is penetrated in the diagonal direction of the blade to heat the lower seal body to a proper temperature without heat loss, and the heated seal body A guide roller for guiding the stamping tape to be supplied at a predetermined interval from the edge of the stamping body so that the stamping tape is not extended or melted in contact with the stamping tape, and is provided at one side of the front surface of the movable base plate to supply the tape. The stamp tape supplied from the wheel is wound by the tape receiving wheel by a certain amount through the stamp part. It is incorporated tape edge by the withdrawal prevention means relates to a packaging resin sealing apparatus and method characterized in that included a tape take-up control to control to prevent departure from the take-up roller or take part.

Description

The sealing apparatus for a packing paper and the using method according}

The present invention relates to a stamping device for marking the expiration date, the date of manufacture, the country of origin, etc. on various packaging paper packaging and storage of food and industrial products, more specifically, a fixed base plate, a mobile base plate, a drive unit, a seal portion and a tape winding In a conventional wrapping paper stamping device composed of an adjusting portion, the heating element is penetrated in the diagonal direction of the blade to heat the lower seal body to a proper temperature without heat loss, and the heated seal body A guide roller for guiding the stamping tape to be supplied at a predetermined interval from the edge of the stamping body so that the stamping tape is not extended or melted in contact with the stamping tape, and is provided at one side of the front surface of the movable base plate to supply the tape. The stamp tape supplied from the wheel is wound by the tape receiving wheel by a certain amount through the stamp part. It is incorporated tape edge by the withdrawal prevention means relates to a packaging resin sealing apparatus and method characterized in that included a tape take-up control to control to prevent departure from the take-up roller or take part.

Korean Utility Model Registration Application No. 95-13231 designed by the present applicant is fixed to the bottom plate vertically fixed to the bottom plate and a fixed base plate provided with a drive motor and a control box on the top, and the front of the fixed base plate Up and down reciprocating drive in the vertical direction in the vertical direction, and the movable base plate reciprocating up and down by the drive in a vertical direction on the front surface of the fixed base plate and the tape supply wheel and the tape receiving wheel on both sides of the upper front Is mounted on the lower portion of the moving projection plate protruding at right angles to the center of the front surface of the movable base plate, the stamping portion for stamping on the wrapping paper, etc. in accordance with the vertical movement of the movable base plate, and is provided on one side of the front surface of the movable base plate The stamp tape supplied from the tape feed wheel is wound by the tape receiving wheel through the stamp portion by a certain amount. It is composed of a winding roller part, and the wrapping paper is placed on the bottom plate of the stamping part which is moved vertically, and the stamping date, the date of manufacture, the origin, etc. are stamped on various wrapping papers. .

However, the conventional stamping device as described above is to be screwed integrally with the movable projection plate provided on the upper portion of the stamping frame in the transverse direction of the blade avoiding the screwed portion when mounting the heating element on the blade. By installing a plurality of heating elements penetrating the heat efficiency of heating the blades compared to the number of heating elements installed, there was a problem that the film-shaped stamp tape made of a thin synthetic resin material in the direct contact with the lower edge of the stamping portion of the seal After being guided along the tape guide surface formed on both sides of the lower edge of the stamp body, the stamp tape is stretched by the stamp body heated to a temperature of about 50 to 200 ° C or the solid ink on the stamp tape melts and flows into the package. It is stamped, and the stamping tape wound by the winding roller part during the stamping work is the winding roll. There was a problem that the defective printing by frequent release or engagement to the outside.

The present invention is to solve this problem by installing a single heating element in the diagonal direction through the blade to minimize the heat loss while heating the entire inside of the blade evenly to ensure that the lower edge of the blade evenly conducts heat to a certain temperature The stamping is made and the stamping tape is guided by a separate guide roller in a state where the stamping tape is not directly in contact with the lower end of the stamping body so that the stamping tape is not stretched or melted by the heated stamping body. The purpose of the present invention is to ensure that the stamping tape wound during the stamping operation by the tape release preventing means is always correctly conveyed without being separated or caught outside of the take-up roller, so that a smooth stamping operation can be performed.

In the conventional wrapping paper stamping device consisting of a fixed base plate, a moving base plate, a drive unit, a seal portion, and a tape winding adjusting portion to achieve the above object, the heating element is installed through the diagonal direction of the blade frame And a guide roller portion for guiding the stamping tape to be supplied at a predetermined distance from the lower end of the stamped portion of the stamped portion, and a front side of the movable base plate. And a tape winding adjusting unit for winding the stamping tape supplied from the tape supply wheel by a predetermined amount to the tape receiving wheel and preventing the stamping tape from being detached or caught by the winding roller by a tape escape preventing means. Included are the features of the present invention.

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

The sealant for packaging 1 of the present invention (1) relates to a stamping device for marking the expiration date, the date of manufacture, the country of origin, etc. in various packaging for packaging and storing food or industrial products, as shown in Figure 1 to 10, (3) is fixedly attached vertically to the fixed base plate (2) having a drive motor (4) and a control box (5) at the top, and vertically reciprocating in the vertical direction from the front of the fixed base plate (2) Up and down reciprocating by the drive unit 8 in a state perpendicular to the drive unit 8 and the front surface of the fixed base plate 2, the tape feed wheel 14 and the tape receiving wheel 15 on both sides of the upper front The movable base plate 13 and the lower portion of the movable projection plate 18 protruding at right angles to the center portion of the front surface of the movable base plate 13 are mounted in accordance with the vertical movement of the movable base plate 13. A stamp portion 20 to seal the wrapping paper and the like, and the seal portion 20 A guide roller part 30 for guiding the cutting tape T to be supplied at a predetermined interval from the lower surface of the blade body 22 and a front surface of the moving base plate 13 are provided on the tape supply wheel. Tape winding to adjust the stamping tape (T) supplied from the (14) by a predetermined amount by the tape receiving wheel 15 through the stamping portion 20, and to prevent the stamping tape (T) from being separated or hooked It is comprised by the adjustment part 36.

The fixed base plate 2 is fixedly attached to the bottom plate (3) vertically as shown in Figures 1 to 5, 10, the driving motor (4) and the control box (5) is provided at the upper rear In the moving base plate 13 is located in the vertical direction to be positioned in close proximity, the front center portion of the fixed base plate 2 through the space portion 17 formed in the center portion of the movable base plate 13 The fixed protrusion plate 6 protrudes in the horizontal direction, and the drive shaft 9 and the guide shaft 10 of the drive unit 8 are penetrated through the fixed protrusion plate 6 in the vertical direction.

The control box (5) is equipped with a conventional control device, such as the ON / OFF switch, the rotational speed control lever of the drive motor (4), the compression time adjustment lever of the seal portion 20 and the temperature control lever (1) ) Is to be controlled as a whole, and a separate operation switch (7) is connected to the driving unit (8) when the operation switch 7 is pressed.

The drive unit 8 is a portion for operating the movable base plate 13 up and down while vertically reciprocating in the vertical direction from the front of the fixed base plate 2, the drive shaft (9) and the guide on the fixed projection plate (6) The lower part of the shaft 10 is vertically penetrated, respectively, and the drive shaft 9 has a cam-shaped rotary shaft 11 of the drive motor 4 protruded at the upper end thereof, and an articulation part 12 is provided at the center thereof. Is integrally fixed to the moving protrusion plate 18 of the moving base plate 13 and the guide shaft 10 is perpendicular to the fixed protrusion plate 6 so that the moving protrusion plate 18 reciprocates correctly in the vertical direction. The lower end portion is integrally fixed to the moving protrusion plate 18 of the moving base plate 13 in a state of being installed through the drive shaft 9 and the guide shaft as the cam-shaped rotary shaft 11 of the drive motor 4 is rotated. The shaft 10 and the moving projection plate 18 reciprocate up and down together Workers 20 and the mobile base plate 13 is adapted to move up and down the right round the vertical direction.

The drive shaft (9) is provided with a joint portion (12) in the center of the shaft so that the cam-shaped rotating shaft (11) in a circle and the bottom of the drive shaft (9), which is installed through the fixed protrusion (6) even when rotating, reciprocating in the vertical direction It is supposed to move.

Bushings 52a and 52b are respectively installed on the fixed protrusion 6 at portions where the drive shaft 9 and the guide shaft 10 are penetrated, which are generated when the drive shaft 9 and the guide shaft 10 are driven. While absorbing the shock, it is supported so that it can be moved up and down correctly in the vertical direction without being shaken.

Meanwhile, as another embodiment according to the present invention, as shown in FIG. 10, the driving unit 8 may be operated by hydraulic pressure or pneumatic pressure. In this case, the driving shaft 9 may be driven by a normal hydraulic pressure or pneumatic cylinder 53. ) Is reciprocated up and down, and the drive shaft (9) reciprocates up and down by supplying fluid from above and below the cylinder (53) by extending fluid supply hoses (54a, 54b) to the upper and lower portions of the cylinder (53), respectively. In addition, the guide shaft 10 may be equipped with an elastic spring 55 to smoothly move up and down the movable base plate 13.

The moving base plate 13 is a portion which is vertically reciprocated by the driving unit 8 in a state of being erected in a vertical direction near the front surface of the fixed base plate 2, as shown in FIGS. The tape supply wheel 14 and the tape receiving wheel 15 are provided at both sides, and a plurality of guide pins 16a, 16b, 16c are protruded on the front side, so that the stamping portion is formed at the tape supply wheel 14. 20) The guide tape T made of carbon tape or the like wound around the tape receiving wheel 15 is correctly guided, and a tape winding adjusting part is provided at the lower side of the portion where the tape receiving wheel 15 is provided. 36 is positioned, and the space portion 17 is formed in the center so as not to be caught by the fixed protrusion plate 6 of the fixed base plate 2 when the movable base plate 13 moves up and down. Under the portion 17, the moving protrusion plate 18 moves base plate 13 Is formed in the horizontal direction in the projection plate 18 is fixed projection plate 6 is located on the upper side and the lower end of the drive shaft 9 and the guide shaft 10 is integrally fixed to the upper surface There is a reciprocating movement up and down and the lower edge of the seal portion 20 of the seal portion 20 by a plurality of fixing bolts 19 is fixed fastened.

The seal 20 is mounted to the lower portion of the moving projection plate 18, as shown in Figures 1 to 5, 7, the expiration date on the various wrapping paper according to the up and down reciprocating movement of the moving base plate 13, manufacturing date, As the part for stamping the origin, etc., the stamping frame 21 is fixedly fastened to the lower portion of the movable projection plate 18, and the stamping frame 21 is fitted with a fitting body 22 so that the blade body 22 is fitted to the lower portion. Is formed and the heating element 24 is penetrated in the diagonal direction of the blade frame 21 so as to heat the blade frame 21 at an appropriate temperature therein. Since the penetrating is installed through the inside of the stamp frame (21) while minimizing heat loss, the lower seal body (22) conducts heat evenly at a predetermined temperature so that the accurate seal is made, and the seal body (22) Fitting protrusion 23 of the blade frame 21 at the top A matching fitting groove 25 is formed, and a lower cutting inserting groove 26 is formed at the bottom thereof, so that a plurality of stamping plates 27 are engraved with various expiration dates, manufacturing dates, and countries of origin in the insert inserting groove 26. The insert 28 and the handle portion 28 is formed on the front side so that when the replacement of the seal plate 27 is easily separated and coupled to the heated seal body 22, the seal body 22 The blade fixing groove 29 is formed at one side of the upper surface portion of the portion in which the slot inserting groove 26 is formed, and the blade fixing bolt 56 penetrates through the moving protrusion plate 18 and the blade frame 21. Is inserted into the seal body fixing groove 29 is fixed so that the stamping frame 21 is fixed in the fixed state without moving or shaking even when the seal 20 is moved up and down.

The guide roller portion 30 is installed in the lower portion of the moving base plate 13 of the portion where the seal portion 20 is located as shown in Figures 1 to 6 and is fixed on the lower surface of the seal body 22 The guide tape for supplying the stamp tape (T) in the spaced apart state, one end is provided with a pair of guide pieces (32a, 32b) that is rotated axially bound by one by the fixed shaft 31, The fixed shaft 31 is fixed to the lower portion of the movable base plate 13 in a state of penetrating one end of the pair of guide pieces 32a and 32b, and the lower movable base plate on which the fixed shaft 31 is located. The fixing pin 33 is formed to protrude from the 13 so that the guide pieces 32a and 32b are opened in the shape of the letter “S” by the fixing pin 33, and the guide piece 32a is formed. 32b is provided with guide pins 16d and 16e protruding from the other end positioned at the bottom, respectively. The id pins 16d and 16e are positioned at the lower portion of the stamp body 22 so that the stamp tape T is wound downward to guide the guide pins 34a and 34b according to the width of the stamp tape T. ) 34c and 34d are built so that when the stamping tape T passes through the lower part of the stamping body 22 except for the stamping, it is always constant in direct contact with the heated stamping body 22. Guide rollers (35a) and (35b) are arranged on one side of the guide pins (16d) and (16e), so that the guide rollers (30) smoothly move along the bottom plate (3). This is to be done.

When the movable base plate 13 is moved downward by the vertical operation of the driving unit 8, the guide rollers 35a and 35b abut against the bottom plate 3 to roll on the bottom plate 3 to fix the fixed shaft ( 31. The lower end surface of the stamping tape T and the stamping body 22, the lower portion of the guide pieces 32a and 32b is gradually spread outward and guided to the lower side of the guide pins 16d and 16e. When the abutment work is made to be in contact with each other, and the moving base plate 13 is transferred to the upper part after the sealing work, the lower part of the guide pieces 32a and 32b moves to the center of the fixed shaft 31 by its own weight. Increasingly, the stamp tape (T) and the stamp body 22 is separated again to maintain a state spaced at a predetermined interval.

The tape winding adjusting unit 36 is provided in the lower portion where the tape receiving wheel 15 of the movable base plate 13 is located, as shown in FIGS. 1 to 5 and 8 and 9. The stamping tape (T) supplied from the portion to be wound by the tape receiving wheel 15 through the stamping portion 20 by a predetermined amount, and to adjust the stamping tape (T) to prevent it from being separated or caught, the stamping tape A winding roller 37 whose surface is knurled is provided to easily wind the (T), and the winding roller 37 is connected by a tape receiving wheel 15 and a belt 38 and is centered. The tape carrier 40 is arranged on the shaft 39, but the tape carrier 40 is " "The round part 41 formed in one side in contact with the fixed protrusion plate 6 of the fixed base plate 2 is rotated by a predetermined angle according to the vertical movement of the movable base plate 13, The spring 42 is installed so as to be elastically supported, and the winding roller 37 rotates only in one direction (the direction of winding the stamp tape T with the tape receiving wheel 15). Geared to the central axis (39) (not shown), so as shown in Figure 8 when the moving base plate 13 is moved to the lower side to pull the other side of the tape carrier 40 from below The tape feed table 40 is rotated clockwise about the central axis 39 by the spring 42. At this time, the take-up roller 37 does not rotate and the position of the stamping tape T is fixed. The stamp tape T located in the lower portion of the blade body 22 When the moving base plate 13 moves upward after being stamped by the sieve 22 and the moving base plate 13 moves upward as shown in FIG. Tape feeder 40 rotates counterclockwise about the central axis 39 and rotates counterclockwise together with the winding roller 37 to be connected to the belt 38 by the belt receiving wheel 15. ), The stamp tape T is wound.

In addition, the gap adjusting screw 43 is in contact with the upper end surface of the tape transfer table 40, the gap adjusting screw 43 is screwed to the female screw piece 44 protruding from the movable base plate 13 Sealing tape (T) wound by the rotation of the tape carrier 40 is adjusted by the rotation interval of the tape carrier 40 rotated about the central axis 39 by loosening or tightening the gap adjusting screw 43. It is to adjust the conveying length of.

The winding roller 37 is provided with a tape escape prevention means 45 at the bottom so that the stamping tape T wound by the tape receiving wheel 15 does not leave or catch outside the winding roller 37 at all times correctly. The tape release prevention means 45 is provided with a departure prevention piece 46 having a bar shape, and the release prevention piece 46 is in contact with the winding roller 37 at an upper portion thereof. An anti-separation roller 47 is installed so that the lower portion is arranged on a rotating shaft 48 protruding from the movable base plate 13 so that the anti-separation piece 46 rotates at a predetermined angle about the rotating shaft 48. The elastic member 50 is connected to the protruding piece 49 protruding from the lower portion of the rotating shaft 48 so that the upper portion of the separation preventing piece 46 is elastically supported toward the winding roller 37. On one side of the piece 46 of the tape carrier 40 When the separation prevention screw 51 is installed to be in contact with the end face, as shown in FIG. 8, when the moving base plate 13 moves downward, and the tape carrier 40 rotates clockwise, the tape carrier 40 When the separation prevention screw 51 which is in contact with the bottom surface of the dropping falls, the separation prevention roller 47 contacts the take-up roller 37 so that the stamping tape T is no longer wound. When the stamping operation is performed, and the moving base plate 13 moves upward as shown in FIG. 9, and the tape carrier 40 rotates in a counterclockwise direction, it is prevented from being separated from the bottom surface of the tape carrier 40. As the screw 51 comes into contact, the release preventing roller 47 is spaced apart from the winding roller 37 at a predetermined interval, and at the same time, the winding roller 37 is rotated so that the stamping tape T is wound by a predetermined length.

When the stamping tape (T) is wound as described above, the release prevention roller (47) is repeatedly contacted and detached from the take-up roller (37), and the stamping tape (T) is precisely adjusted by a predetermined length and wound and the stamping tape ( Even when T) is released to the outside of the take-up roller 37 or partially folded, the tape receiving wheel 15 is rotated in a state where the separation prevention roller 47 is separated from the take-up roller 37 and spaced at a predetermined interval. While the stamping tape T is wound in a taut state, a part that is separated out or folded is also correctly positioned and wound up.

Meanwhile, the release preventing roller 47 is made of a material such as urethane or rubber, so that the moving base plate 13 is moved upward so that the release preventing roller 47 is in contact with the take-up roller 37. (T) does not move and is kept fixed.

Referring to the operation according to the present invention.

After placing the wrapping paper on the bottom plate 3 under the seal portion 20 of the wrapping paper sealing device 1, the heating element 24 inserted in the diagonal direction in the sealing frame 21 is heated to When the temperature is maintained at approximately 150 ~ 200 ℃ and pressing the operating switch (7) connected to the control box (5) the drive shaft (9) moves up and down as the cam-shaped rotary shaft 11 of the drive motor (4) is rotated While the seal portion 20 and the base plate 13 is moved vertically together in the vertical direction.

First, when the moving base plate 13 moves downward by the driving unit 8, as shown in FIGS. 2, 4 and 8, the moving base plate 13 is in contact with the fixed protrusion plate 6 of the fixed base plate 2. The tape transfer table 40 of the tape winding control unit 36 rotates clockwise while falling off from the fixed protrusion 6 (at this time, the take-up roller 37 does not rotate and remains fixed) and the tape transfer table When the separation prevention screw 51 that is in contact with the bottom surface of the 40 falls, the separation prevention roller 47 contacts the take-up roller 37 and the stamping tape T is fixed without moving. 20 is to perform the stamping operation, at this time guide rollers (35a, 35b) located in the lower portion of the stamping portion 20 abuts on the bottom plate (3) while rolling over the bottom plate (3) The lower part of the guide piece 32a, 32b spreads outwardly about the shaft 31, and guides below the guide pin 16d, 16e. The conveying stamp tape T and the lower end surface of the stamp body 22 come into contact with each other, and the solid ink of the stamp tape T made of carbon tape is melted by the heated stamp body 22 to form a date or Expiry date, date of manufacture, country of origin, etc. are indicated.

Next, when the moving base plate 13 is moved upward by the drive unit 8 after the stamping operation is completed on the wrapping paper, as shown in FIGS. The stamping tape T guides downward of the guide pins 16d and 16e while the guide pieces 32a and 32b are gathered to the center portion by the weight of the fixed shaft 31. The rounded portion 41 of the tape carrier 40 is in contact with the fixed protrusion piece 49 of the fixed base plate 2 at the same time apart from the bottom surface of the fixed surface of the tape carrier 40 40 is rotated in the counterclockwise direction as the separation prevention screw 51 is in contact with the bottom surface of the tape transfer table 40, the separation prevention roller 47 is spaced apart from the take-up roller 37 at a predetermined interval and at the same time Take-up roller 37 counterclockwise with tape feeder 40 Is rotated in the direction of the tape receiving wheel 15 is connected to the winding roller 37 and the belt 38 is rotated while the stamping tape (T) is wound around the tape receiving wheel 15 by a predetermined length and the tape supply wheel (14) ) Will be released as it is wound.

As described above, according to the present invention, since one heating element is installed through the edge in a diagonal direction, the heating efficiency is higher and heat is distributed evenly throughout the interior of the blade while minimizing heat loss. When the lower edge of the seal is inverted evenly at a certain temperature, the precise seal is made, and the stamping tape is guided by a separate guide roller in a state where it does not directly contact the lower edge of the edge of the seal. The stamp tape is not stretched or melted by the heated stamp body, and the stamp tape that is wound during the stamping operation by the tape release prevention means is always conveyed correctly without being separated or caught outside of the take-up roller. This has the effect of being made.

1 is a perspective view of the standby state before the wrapping paper stamping device according to the invention operates

Figure 2 is a perspective view of the driving state of the driving portion of the stamping device for wrapping paper according to the present invention to operate downward

Figure 3 is a perspective view of a state in which the tape is installed on the wrapping device for wrapping paper according to the present invention

Figure 4 is a schematic front view of a state in which the driving portion of the stamping device for wrapping paper according to the present invention operating downward

5 is a schematic front view of a state in which a driving unit of the wrapping device for wrapping paper according to the present invention operates upward to wind up the sealing tape;

Figure 6 is a perspective schematic view of the guide roller portion of the wrapping machine for wrapping paper according to the present invention

Figure 7 is an exploded state of the seal portion of the stamping device for wrapping paper according to the present invention

Figure 8 is a front schematic view of the tape winding control unit in the moving base plate of the wrapping paper stamping device according to the present invention is moved downward

9 is a front schematic view of a state in which the tape winding control unit winds up the tape while the moving base plate of the wrapping device for wrapping paper according to the present invention is moved upwards;

10 is a perspective schematic view of a state in which a driving unit is configured to operate up and down by a cylinder as another embodiment of a wrapping machine for wrapping paper according to the present invention;

<Description of Symbols for Major Parts of Drawings>

1. Sealing device for wrapping paper 2. Fixed base plate

3. Bottom plate 4. Drive motor

5. Control box 6. Fixed protrusion plate

7. Operation switch 8. Driving part

9. Drive Shaft 10. Guide Shaft

11. Cam type rotating shaft 12. Joint part

13. Moving base plate 14. Tape feed wheel

15. Tape receiving wheels 16a, 16b, 16c, 16d, 16e. guide pin

17. Space 18. Moving protrusion

19. Fixing bolt 20. Sealer

21. In stamp 22. In stamp

23. Fitting 24. Heating element

25. Fitting groove 26. Seal insert groove

27. Seal 28. Handle

29. Edge fixing groove 30. Guide roller part

31. Fixed shafts 32a, 32b. Guide

33. Push pins 34a, 34b, 34c, 34d. Guide ring

35a, 35b. Guide Roller 36. Tape Winding Adjustment Part

37. Winding roller 38. Belt

39. Central axis 40. Tape feeder

41.Round part 42.Spring

43. Spacing screw 44. Female thread

45. Tape release prevention means 46. Release prevention piece

47. Breakaway prevention roller 48. Rotating shaft

49. Protrusions 50. Elastic Body

51. Detachment screw 52a, 52b. bushing

53. Cylinders 54a, 54b. Fluid supply hose

55. Elastic Springs 56. Fastening Bolts

T: Seal Tape

Claims (4)

A fixed base plate fixedly attached to the bottom plate and having a drive motor and a control box at the top, a driving unit vertically moving up and down in the vertical direction from the front of the fixed base plate, and in a standing state on the front of the fixed base plate The base is moved up and down by the drive unit, and is provided at a lower portion of the movable base plate protruding in a direction perpendicular to the center portion of the front surface of the movable base plate, and having a tape supply wheel and a tape receiving wheel on both sides of the upper front. A stamping unit for stamping work according to the vertical movement of the base plate, and a tape winding adjusting unit which is provided on one side of the front surface of the movable base plate and winds the stamping tape supplied from the tape supply wheel by a predetermined amount through the tape receiving wheel. In the stamping device, the stamping portion 20 is fixed to the stamping frame 21 is fixed to the lower portion of the moving projection plate (18) However, the blade frame 21 has a fitting protrusion 23 is formed so that the blade body 22 is fitted to the lower portion, and the heat generator 24 is installed in the diagonal direction of the blade frame 21 inside the heat loss While minimizing the heating of the inside of the frame 21 as a whole to ensure that the lower seal body 22 evenly conducts heat at a predetermined temperature to achieve an accurate seal, the upper surface of the seal body 22 A fixing groove 29 is formed, and the blade fixing bolt 56 installed through the moving protrusion plate 18 and the blade frame 21 is inserted into the blade fixing groove 29 to seal the portion 20. Sealing device for wrapping paper, characterized in that the stamping frame 21 is to be sealed in a fixed state without moving or shaking even when moving up and down. A fixed base plate fixedly attached to the bottom plate and having a drive motor and a control box at the top, a driving unit vertically moving up and down in the vertical direction from the front of the fixed base plate, and in a standing state on the front of the fixed base plate The base is moved up and down by the drive unit, and is provided at a lower portion of the movable base plate protruding in a direction perpendicular to the center portion of the front surface of the movable base plate, and having a tape supply wheel and a tape receiving wheel on both sides of the upper front. A stamping unit for stamping work according to the vertical movement of the base plate, and a tape winding adjusting unit which is provided on one side of the front surface of the movable base plate and winds the stamping tape supplied from the tape supply wheel by a predetermined amount through the tape receiving wheel. In the stamping device, the stamping portion 20 is a stamping tape (T) in the state spaced apart at a predetermined interval below A guide roller portion 30 is provided to guide the feeder, and the guide roller portion 30 is uttered under the moving base plate 13 at the portion where the seal portion 20 is positioned, and one end thereof is fixed shaft ( 31 is provided with a pair of guide pieces (32a, 32b) that are tied to one by one and rotated in a axial direction, and the fixed shaft (31) moves in a state passing through one end of the pair of guide pieces (32a) (32b) as one. A fixing pin 33 is protruded from the lower base plate 13 fixed to the base plate 13 and on which the fixed shaft 31 is located, so that the guide pieces 32a and 32b have a shape of "s". The guide pieces (32a) and (32b) are maintained in a shape that is opened in a shape, and the guide pins (16d) and (16e) are formed to protrude on the other end positioned at the lower side, respectively, and the guide pins (16d) and (16e) Is positioned at the bottom of the stamping body 22 so that the stamping tape T is wound downward to guide the upper The guide rollers (35a) and (35b) are arranged on one side of the guide pins (16d) (16e), so that the guide roller portion (30) is smoothly rolling along the bottom plate (3). Paper sealer. A fixed base plate fixedly attached to the bottom plate and having a drive motor and a control box at the top, a driving unit vertically moving up and down in the vertical direction from the front of the fixed base plate, and in a standing state on the front of the fixed base plate The base is moved up and down by the drive unit, and is provided at a lower portion of the movable base plate protruding in a direction perpendicular to the center portion of the front surface of the movable base plate, and having a tape supply wheel and a tape receiving wheel on both sides of the upper front. A stamping unit for stamping work according to the vertical movement of the base plate, and a tape winding adjusting unit which is provided on one side of the front surface of the movable base plate and winds the stamping tape supplied from the tape supply wheel by a predetermined amount through the tape receiving wheel. In the stamping device, the tape winding control unit 36 is to prevent the tape detached to the lower portion of the winding roller 37 The end 45 is positioned, and the tape release preventing means 45 is provided with a bar-shaped release preventing piece 46, but the release preventing piece 46 is in contact with the take-up roller 37 at the top. An anti-separation roller 47 is installed so that the lower part is arranged on the rotating shaft 48 protruding from the movable base plate 13, and the elastic body 50 is formed on the protruding piece 49 protruding from the lower portion of the rotating shaft 48. It is elastically supported, and one side of the separation prevention piece 46 is provided with a separation prevention screw 51 is provided to be able to contact the bottom surface of the tape feed table 40 built in the winding roller 37 When the moving base plate 13 moves downward and the tape carrier 40 rotates in the clockwise direction, the separation prevention screw 51 which is in contact with the bottom surface of the tape carrier 40 falls, and the release prevention roller 47 falls. Is in contact with the winding roller 37 and the stamp tape T is fixed. When the stamping portion 20 is stamped at the post, the movable base plate 13 moves upward and the tape carrier 40 is rotated in the counterclockwise direction, thereby leaving the lower surface of the tape carrier 40. Sealing device for wrapping paper, characterized in that the separation prevention roller 47 is separated from the take-up roller 37 while being spaced apart by a predetermined interval while the prevention screw (51) is in contact. In the method of stamping the wrapping paper by the stamping portion which is vertically reciprocated vertically by the driving portion while the stamping tape is wound from the tape supply wheel to the tape receiving wheel, the moving base plate by the driving portion 8. When the (13) moves downward, the tape carrier 40 of the tape winding control unit 36, which has been in contact with the fixed protrusion plate 6 of the fixed base plate 2, falls away from the fixed protrusion plate 6, and is clockwise. Rotating and the separation prevention screw 51 that is in contact with the bottom surface of the tape transfer table 40 falls, the separation prevention roller 47 is in contact with the take-up roller 37 and the stamping tape (T) does not move In the fixed state, the stamping unit 20 performs the stamping operation. The guide rollers 35a and 35b positioned at the lower portion of the stamping unit 20 abut on the bottom plate 3 and are placed on the bottom plate 3. Lower part of guide piece 32a, 32b centering around the fixed shaft 31 while rolling The sealing tape T, which is gradually opened to the outside and guided to the lower side of the guide pins 16d and 16e, is brought into contact with the lower end surface of the stamping body 22 and is sealed by the heated stamping body 22. After the solid ink of (T) is melted and stamped on the wrapping paper, and the stamping on the wrapping paper is completed, the movable base plate 13 is moved upward by the driving unit 8 of the guide roller portion 30 which rises. The stamping tape T guides downward of the guide pins 16d and 16e while the guide pieces 32a and 32b are gathered to the center portion by the weight of the fixed shaft 31. Spaced apart at regular intervals, and at the same time, the rounded portion 41 of the tape carrier 40 abuts against the fixed protrusion piece 49 of the fixed base plate 2 so that the tape carrier 40 The bottom surface of the tape carrier 40 while being rotated counterclockwise The separation prevention screw 51 is in contact with the separation prevention roller 47 is spaced apart from the take-up roller 37 by a predetermined interval and at the same time the take-up roller 37 is rotated counterclockwise with the tape feed table (40) As the tape receiving wheel 15 connected to the winding roller 37 and the belt 38 is rotated, the stamp tape T is wound around the tape receiving wheel 15 by a predetermined length and wound around the tape supply wheel 14. Sealing method for wrapping paper, characterized in that to be released.