JPH04505310A - Apparatus and method for cutting a paper web and winding it onto a spool - Google Patents

Abstract

System for cutting a travelling web (20) of paper being wound on a spool (24) and transferring the cut edge to an empty spool (27) to continue the winding; including a drive roll (36), a cutting tape (33); an applicator (46-50) applies a short length of adhesive, a sensor (51, 52) determines the passage of the forward end of the tape (33), another sensor (53, 55) detects the adhesive, a brake (59) clamps the tape, a cutter (41) cuts the tape to an appropriate length to perform the operation of cutting the web (20), and a guideway switch (65, 66) shunts off to a waste collection area a length of cutting tape (33) having no adhesive on its forward end.

Description

[Detailed description of the invention] Cutting the paper web and putting it on the spool Device and method for winding Background technology Applicant's three U.S. patents: U.S. Pat. No. 4.659,029; No. 4,757,950 and No. 4,783,018 are most relevant to the present invention. Related prior art is described. How do these patents work? While a worker is near the spool, place the cutting tape under the moving paper web. This paper indicates whether a certain guideway can be passed, possibly 304.8 to 609.6 centimeters (10 to 20 feet) wide; or more, and is attached to the far side of the empty spool. child These patents use a mechanical arm to cut the cut end of the tape Accept it with the adhesive on top and press this cut end against the empty spool to make contact. , this empty spool winds this tape in a spiral around this empty spool. , when this winding is done, the paper web is cut and the incoming paper web is , indicating that the empty spool is being wound. Difficulties in processing may be due to handling error, for example, not applying the proper amount of adhesive to the tape. This is caused by the need to show the types of failures that If you do not properly attach the tape to the empty spool and therefore the moving web of paper This means transferring this paper web to an empty spool without cutting it.

In today's high-speed factories, any mistakes like this can be quickly and effectively corrected. It is very important to process.

The object of the invention is to provide an improved device for cutting and winding a moving paper web. Our goal is to provide the following. Another object of the invention is to cut the paper web onto spools. To prepare the cutting tape for use by the operator performing the winding process and , all operations required to feed the tape to the far end of the empty spool. from the operator's control position on the near side of the spool. The objective is to provide a device that can perform this without having to do so. Yet another purpose is , will be made clear by the detailed explanation given below.

Disclosure of invention The present invention provides a means for transporting a moving web of paper wrapped around a first spool into a The web of paper that is subsequently fed is to be broken using a the supply and processing area adjacent to the near end of the empty spool. The cutting tape sent from the A device for attaching a loop to the far end of an empty spool to continue winding paper. It relates to the location and method thereof. This guide path is for moving paper. on the underside of the web, extending transversely and having a longitudinal slot; This slot faces upward and towards the paper web. The cutting tape , glue is applied to the cut end of its front part, and the part to which this glue is applied is A short area along the length of the center of this cutting tape, where the tape connects. The end that is not coated with adhesive should be placed inside the guideway along the guide edge of this guideway. Supported so that it can slide. An improvement in this device is that the ends to be cut A detector to detect whether a long adhesive is present or not, and a cutter. To detect when the stump edge passes past the device for applying adhesive. detection device and a device to transfer the cutting tape to the temporary tape storage area. and a guideway for feeding the cutting tape to the disposal area. or a guideway that feeds the cutting tape to the far end of the guideway. a device for selectively switching the cut end from a position adjacent to the distal end; A final advance device for advancing the empty spool to a position where it contacts the supply source. A device for cutting the tape and a device for cutting the tape are placed between the adhesive applicator and the adhesive applicator. On the inner road, Qi Special Table Hei 4-505310 (4) and a braking device that clamps the loop to form a loop. Ru.

In one form of the invention, a paper web is cut and spun onto a spool according to the invention. The winding device provides a device for physically removing a portion of the guideway. child The removal device may form a loop portion when engaged with the guideway. The front end of this loop part is designed to fit inside the guideway. It matches.

A preferred adhesive applicator includes a release tape with double-sided pressure sensitive adhesive tape attached to the release tape. the preferred adhesive applicator further includes a roller device; This roller device attaches a section of adhesive tape to the front end of the cutting tape. This is for the purpose of Furthermore, another specific form is the operational relationship between the detector and the switch. This detector detects whether adhesive tape is present on the cutting tape. This is a detector for detecting, and this switching device should be installed with adhesive tape If any tape does not contain This is a switch for transferring to. You can also cut this paper web and put it on the spool. The device that performs winding is such that the far end of the guide path is very close to the empty spool. further, the distal end of the guideway includes an advancement device; adjacent to the near end of the guideway, without the assistance of a mechanical arm. Preferably, the front end of the tape extends to the nip of the empty spool. It is.

Brief description of the drawing The novel features believed to be characteristic of the invention are pointed out with particularity in the appended claims. It is listed. However, the invention itself does not require that the organization and method of operation be The description given below in conjunction with the accompanying drawings, together with further objects and advantages of the invention. can be best understood by. put it here, FIG. 1 is a perspective view schematically showing the device of the present invention, and FIG. 2 is a control mechanism of the device of the present invention. 3 is a cross-sectional view taken along line 3--3 of FIG. 1 or 2; FIG. 4 is a cross-sectional view taken along line 4--4 of FIG.

BEST MODE FOR CARRYING OUT THE INVENTION The general features of the invention can best be understood by referring to FIG. It is. This figure 1 shows the type of equipment commonly employed in paper mills. This equipment is designed to store and use paper in other locations. , it is not meant to be rolled up on a roller. The continuous paper web 20 is relatively It is sent to a spool at high speed and wound onto the spool.

The paper web 20 is advanced towards a tension roller 21 and this tension The roller is mounted on a rotating support of the support 22 and rotates the paper web 20. is guided to the drive roller 23 and rotated in the direction of the arrow 25 to rotate around the spool 24. Wrap it around. The drive roller 23 rotates in the direction of arrow 26 and is connected to the vapor roller. Therefore, it is pressed against the spool 24 and rotates this spool in the direction shown in the figure.

When the required capacity of the spool 24 is filled with the paper web 20, the paper web 20 0 in the transverse direction, transfer the edge of this cut part to the empty spool 27, and Start winding the web onto this spool in the direction of arrow 28, and finally , another roller that has completed winding the paper, such as the spool 24. It is necessary to. The empty spool 27 is placed vertically above the position shown in FIG. In this state, the paper web 20 is ready to be received and the paper is wrapped. Remains until started. Empty spool 27 is an individual It can be rotated separately or not rotated as such. Instead, this empty spool 27 is lowered until it contacts the drive roller 23, and this The drive roller is rotated as shown in FIG.

Thereafter, the paper web 20 is cut and the leading edge of this web 20 is placed around the empty spool. This empty spool continues to wind this web 20. , the continuation of the winding of the paper web by this empty spool further This will continue until it is ready to be replaced with another empty spool. According to the invention, already Similar to the cited invention of the applicant, this web 20 is cut and this web 2 For cutting 0, insert the front end 34 of the cutting tape 33 into the nip 2 of the empty spool 27. 9 and to the drive roller 23 at the far end of the roller. By cutting the web 20, the cutting tape itself becomes empty. The web 20 is wrapped helically around the web 27, against which the web 20 is placed on the empty spool. The web 20 is cut transversely in front of the spool 27 and the web 20 is automatically conveyed to the empty spool 27. At this time, the web 20 can be continued to be wound around this empty spool. For cutting The tape 33 is placed in a guideway 30 passing beneath the moving paper web 20. It is guided from the near end 32 to the far end 31. In the present invention, The front end 34 of the cutting tape 33 is located at the far end 31 from the guide path 30. The vehicle will be guided to the vicinity of the exit, and will stop at this position.

This stop is to wait an appropriate amount of time to advance to enter nip 29. It is something that is done. The final movement of the front end 34 into the nip 29 is automatic. This automatic movement can be done automatically by Movement of parts of the device that cuts the web and winds it onto the spool, e.g. The main arm of the main arm can be controlled using movements such as activating a limit switch. It is possible. Also, the final movement of the front end 34 into the nip 29 is , Operator's Switch Special Table Hei 4-505310 (5) It is also possible to perform this by activation. An important feature of the invention is that all controllers equipment, operating equipment, and checkpoints on spool 21.23.24.27. at the near end 32 so that the operator can crawl under the moving paper web 20. or move many feet while straddling the paper web 2. The front end 34 of the web to be cut is guided into the nip 29 and the web is passed through the empty spool. This means that they are not forced to start wrapping around the loop 27.

The main feature of the invention is that the control device, detection device, and operating device This is at the front end #32 and at the paper web 20. These devices and devices The mutual relationships between the two are shown in FIGS. 1 and 2. Twist the cutting tape 33 and re-twist it. It is the multiple parallel fibers of the paper that can be dissolved, and this point has already been explained in this application. This cutting tape 33 is similar to that described in the applicant's patent. The paper is stored in a large paper feed spool 35, and the guide path 30 is entered from this paper feed spool 35. The T-slot is inserted into the mouth 40 and has an upside-down shape as shown in FIG. Here, the cross spar 73 of this T slot is inserted into the cutting tape 33. The legs 74 of this T-slot extend in the length direction of the guideway 30. This is the opening where the A shallow recess 75 along the bottom of the cross spar 73 is located in the guideway. Since the part of the cutting tape 33 that corresponds to this recess is The adhesive can be applied in this recessed part, and this cutting tape 33 does not come into contact with the guide path 30.

As can be seen, when the cutting tape 33 is moving, it is is supported by the side edge of the cross spar 73. The cutting tape 33 spans the recess 75. This cutting tape 3 has enough toughness to cross over like a bridge. 3 passes through the guideway 30, no frictional resistance problems occur.

Cutting tape 33 fed from supply spool 35 is placed between rollers 36 and 37. , and is advanced by roller 36 and caught by this roller 36 . The cutting tape 33 is pressed against this roller 36 by a pressing roller 37. child The pressure is applied by a lever 38, which is equipped with an air operated series A cylinder device 39 is attached, and this cylinder device 39 loads the pressure roller 37. 36. The roller 36 is driven by a motor-driven pulley and belt. by a device not shown here, such as a shaft driven by be rotated. The cutting tape 33 is inserted into the guide path 30 from the entrance 40 of the guide path 30. Insert the cutting tape 33 into the T-slot, which has already been explained. The presence of is detected by a phototube detector 40-. If the cutting tape 33 If there is no supply roller in the guideway 30, the operator should replace the supply roller and (or) Start the cutting tape between rollers 36,37. In any The cutting chi 133 crosses the far end 31 and reaches the end of the guide path 30. As advanced, the forward end 34 is approximately 76.2 millimeters (approx. 3 inches) in front. The detector 77 detects that the front end 34 has passed. , sends signals to the brake cylinder 60 and the loop gate cylinder 57 to The function of the cylinder is demonstrated. Instead of such a structure, the detector 77 may be omitted. There is no problem in rotating the pressure roller 37 at the selected rotation speed. an equidistant pickup on the suppression roller 37, which is controlled to The suppression roller 3 is controlled to perform a partial rotation measured using the point 79. 7 to accurately advance the cut end 34 to a position in front of the nip 29. There is no harm in controlling it. The braking pads 59 are attached to each other from both sides of the cutting tape 33. They are located opposite each other and are pressed together by pneumatic brake cylinders 60. The movement of the cutting tape 33 is stopped, thereby causing the cutting tape 33 to stop moving. is completely prevented from moving further in the direction of the distal end 31. Air operation method The cylinder 57 of the formula is actuated to move the T-slot portion 56 into the guideway 30. At this time, an unobstructed opening 58 is left in the temporary storage space. I will do it.

This storage space is formed by the guide wall 69 and is formed by a large-sized loop of the tape 33. The loop portion 70 can be allowed to depend, as shown in FIG. drive low The tape 36 continues to feed the cutting tape 33 into the inlet 40 and the loop portion form 70. The pressure roller 37 is calibrated to rotate at a predetermined number of rotations. the cutting tape 33 is advanced the selected length, and then Stop automatically. When the drive roller 36 stops, the guillotine cutter 41 It is actuated by a pneumatically actuated cylinder 42 to cut the cutting tape 33. This cutting tape 33 can be cut off at an appropriate time. for cutting a selected length from the cutter 41 to the front end 34 of the cutting tape 33. A cutting tape for cutting the tape 33 and using it to cut the paper web 20 This is done to prepare the cutting tape 33, and the operator is responsible for cutting off the cutting tape 33. You can select it by yourself, or you can set it automatically using a switch. There is no way to set this switch, and this switch is set when the empty spool 27 moves. The paper web 20 is activated so as to be in a position to receive the paper web 20. Ru. When the operator is ready, the cylinder 64 that moves the lever 63 is activated. Then, the pressing roller 62 is pressed against the cutting tape 33, and this cutting chip 13 is pressed against the cutting tape 33. By pressing the pressure roller 62 against 3, the paper is placed in front of the paper. (6) The advancing roller 61 is rotated by the selected amount. The preferred process is rack 81 and pinion 83). In this case, the rack E 81 performs a selected linear movement through the support bearing 82. Rotate the pinion 83, and then rotate the roller 61 in the direction of the arrow 78. until the front end 34 is captured in the nip 29. , move forward. Immediately after the rotation of the rollers 61, the brake pads 59 are brought together. to create resistance to movement of the cutting tape 33 within the guide path 30. do. The cutting tape 33 is helically wrapped around the empty spool 27 and Also, I feel nervous when I'm being pulled. This is because it receives resistance from the brake 59. . This causes the cutting tape 33 to cut the paper web 20 and cut the cut side edge. is guided to an empty spool 27 and wound up on this empty spool 27.

The paper web 20 is safely and securely attached to the empty spool 27 and When the empty spool 27 of Let it start. This new cycle of operation involves moving the other long tape 30 into the nip 29. to cut the web 20 and start a new empty spool 27. This is preparation. The operation regarding the front end 34 is performed when the front end is connected to the adhesive application roller. 46, where a long piece of double-sided pressure sensitive adhesive tape, e.g. For example, both sides with a length of 76°2 to 101.6 mm (3 to 4 inches) A surface pressure sensitive adhesive tape is fed from a feed roller 47 to a feed roller 48, which The tape passes under the cutting tape 33 and is pressed onto the cutting tape 33 by the pressing roller 43. and is further pushed down by the lever 44, which It is operated by a pneumatic cylinder device 45. Long double-sided adhesive tape 48 is adhered to the cutting tape 33, while the adhesive surface protection material 49 It is peeled off from the adhesive tape and wound around the winding roller 50. Front end 34 is advanced forward, the forward movement of this end is detected by the roller 51, and this Upon detection, a signal is transmitted from the detector housing 52 to a pneumatically actuated cylinder device. 45, and this signal raises the pressure roller 43 slightly above the cutting tape 33. to make the adhesive application roller 46 press the cutting tape 33 less forcefully. , thereby attaching only one long piece of adhesive tape to the cutting tape 30.

After that, the cut end 34 of the tape passes over the detection roller 53, and this detection roller 53 has a metal surface or other surface, and these surfaces , the pressure-sensitive tape is applied to the adhesive application roller 46 of the cutting tape 33. Attach it to the bottom. When the long double-sided adhesive tape passes, the detection roller 53 rotates, As a result, the arm 54 swings during the day, and this circle is the magnetically actuated switch 5. It is a circle that passes near 5. This operation causes the signal to be transmitted to the air-operated switch 6. 6, and this signal causes the guideway track changer 65 to switch to the cutting tee 133. This cutting tape 33 is maintained in an open state against the straight penetration part 72. through which it can move in the direction of the far end 31. if However, if for some reason there is no long adhesive tape at the cut end 34 of the tape, The detection roller does not rotate and no signal is sent to the pneumatic switch 66. Therefore, the guide path track changer 65 removes the cutting tape 33 via the section 71. Extend approximately 254 mm (approximately 10 inches) to the side, and in this state, the operator's selection wait. This selection allows the operator to apply adhesive to the parts where adhesive tape should be attached. Either manually apply the cutting tape 33 in minutes or send the cutting tape 33 to the waste collection area. It is a choice of treatment. If no adhesive is applied to the cut end 34 of the tape, If not, the cut end 34 of this tape will not be captured on the empty spool 27. , so the paper web 20 is not cut. If everything is going smoothly If the adhesive tape section attached to the cut end 34 of the tape Advance the cutting tape 33 to the far end 31 of the guide path 30 and attach the brake pad. The pad 59 stops the movement of the cutting tape 33 and the track portion 56 is removed. A loop portion 70 is formed, and the cutter 41 cuts the cutting tape 33 into a circle. .

It should be made clear that many of the components of the device shown in Figure 2 have been previously described. The point is that it is not an original product, but can be replaced with other components.

The pneumatic cylinder device '39.42.45.57.60°64.66 is It can be a hydraulic cylinder, solenoid, or other device that performs linear motion.

The roller adhesive application device 43, 46, 47, 50 is an adhesive spraying device or As described in applicant's previously discussed U.S. Pat. No. 4,783°018, , it can be replaced with an adhesive applicator that uses a roller to apply adhesive. It is something that The detection device 51.52.53.54.55 is a light flux blocking device, X-ray isolation devices or similar devices known in the prior art. There is no problem in replacing it with the existing detector. Lever 38.43.63 is It is also possible to use a spring deflection system to automatically assume one position. Moves in one direction instead of two using a corresponding pneumatically actuated cylinder It is also possible to do so. Similarly, the guideway track switch 65 can also be spring-biased so that it automatically assumes one position. , it is also possible to move to another position only when a signal is given.

The present invention has been explained above using specific forms, but the present invention is different from these forms. Many improvements and changes can be made using conventional techniques without departing from the idea of the invention. It is clear that more can be added. Therefore, the appended claims All modifications and variations are intended to be included within the spirit and scope of the invention. .

Submission of translation of written amendment f (Patent Law Article 184-8) August 30, 1991

Claims (20)

[Claims] 1. Tape the moving web of paper wrapped around the first spool. A device for cutting the web and transferring it to an empty spool; Attach the cutting tape emerging from the guideway to the far end of the empty spool. This is done to continue wrapping the paper by wrapping the tape. is supplied from a supply and processing area adjacent to the near end of the empty spool; A guideway extends transversely below the web and has a slot; is long in the longitudinal direction, the slot is generally upwardly oriented, and the web is or the tape has a forward cutting end facing towards the spool; Adhesive is applied to a narrow area along the center of the front cutting edge; Make sure the edge of the front cutting end of the tape remains unadhesive. , the tape can slide into the guideway along the non-adhesive edges. the forward cutting end of the endless supply of tape. A device for feeding the adhesive through a guide path and through an adhesive applicator. The adhesive applicator applies adhesive to the cut edge along the center of the tape and then This is to leave the edges of the tape completely free of adhesive. , a device for cutting the tape is located in front of the endless supply portion of the tape, and a device for cutting the tape is provided on the cutting side; A device for advancing an end is adjacent to said distal end to advance the distal end. An improved part of the device that contacts the recording spool and cuts and transfers this web detects a detector, the detector is adjacent to the front end and the cut end is adjacent to the front end. The presence of the adhesive is detected, and the improved portion further a device adjacent to the front end of the detector; When the presence of the adhesive at the cut end is detected, the tape is selected. Optionally, cut and transfer the paper web towards the far end of the guideway. equipment. 2. adjacent to the near end for selectively determining the destination of the tape; The device further comprises: the detector detecting the presence of the adhesive at the cut end; When no detection is detected, the tape is directed towards a waste collection area and the detector is operatively connected to said device for selectively determining the destination of said tape. selectively discard tapes that are missing or lacking in adhesive. material collection area and accordingly remove tapes with insufficient adhesive. 2. The device according to claim 1, for determining the transfer destination of one end. 3. The adhesive applicator is for applying adhesive to the cut end. This includes a portion where a short length of double-sided adhesive is applied to the cut end, and an indicator adjacent the near end for selectively determining the destination of the tape; the device to which the detector is connected; The tape is not long enough for double-sided adhesive, or the length of double-sided adhesive is insufficient. tapes that have been Apply adhesive to the tape, such as at the far end of the tape. The apparatus according to claim 1, which can be carried out before the relocation destination is decided. 4. the detector includes a magnetically actuatable fixed switching device; a device for detecting passage of a porcelain member, the detector further comprising: , a roller, which when said tape with a long adhesive passes through. The axis of the roller is caused by frictional contact between the adhesive and the surface of the roller. The roller is mounted so that it can freely rotate about the center, and the roller is magnetically attached. including the member, the roller has rotated more than half a turn, and there is a sufficient length of adhesive. When it is confirmed that the porcelain member is 2. The device according to claim 1, for activating a switching device. 5. Further, a braking device for selectively clamping the cutting tape; at the far end of the guide path for detecting passage of the cut surface end at the far end of the guideway. a detector, the distal end detector being operatively connected to the braking device. and causing the braking device to stop the cutting tape from further advancing. The cutting tape is stopped by this braking device during the forward movement. A device moves the cut end of the tape and passes through the adhesive on the cut end. until it touches the empty spool and attaches it to the empty spool. 2. The device according to claim 1, wherein: 6. Further, a direction change device is provided, the direction change device being attached to the cutting side end. A device for changing the direction of the rear part of the attached cutting tape; The cutting of the tape by the cutting device is performed by changing the direction of the rear part of the tape. At the front, point the back part of the cutting tape towards the storage space to form the loop part. a direction change in which the direction change device slidably removes a portion of the guideway; a device for advancing the cutting tape to cut the cutting tape hanging from the guideway; forming the loop of the tape, and also attaching the front and back of the remaining portion of the tape to the 2. A device according to claim 1, supported by a guideway. 7. The adhesive tape is crimped onto the cutting tape by crimping it onto the cutting tape. The applied and removed tape has a plurality of spaced apart long adhesive tapes. a strip is adhered to a removal tape, and the removal tape is easily attached to the adhesive tape. 2. A device according to claim 1, wherein the device is removably adhered to. 8. Further, a detection device is provided adjacent to the front end, and the detection device is configured to The movement of the cutting side end of the cutting tape is detected, and this detected movement is caused by the the cutting end of the cutting tape passes over the device for applying the adhesive; 2. The device according to claim 1, wherein the device is a device for moving. 9. The detection device for detecting the cut side edge portion is configured to detect the cut side edge portion for applying the adhesive. operatively connected to a device for attaching only one piece of adhesive tape to said cut end; the device for applying said adhesive to the next subsequent long cutting tool. 9. The apparatus of claim 8, wherein the apparatus is positioned relative to a loop. 10. further comprising a braking device for selectively clamping the tape; A braking device stops the empty spool immediately after the cut end of the tape is advanced forward. is brought into contact with the cutting tape, applying resistance to the cutting tape and tensioning it. 2. Apparatus according to claim 1, wherein said paper web is cut by said cutting means. 11. the advancement device includes a pair of spaced apart drive rollers, one of the drive rollers; is disposed between the paper feeding device and the adhesive application device to apply the tape to the The tape is unwound from the supply device, extruded from the guide path, and adhesive is applied to it. the other drive roller is disposed at a distance in front of the adhesive application device; and extruding the cutting tape until it contacts the empty spool. A device according to scope 1. 12. The other drive roller is arranged in front of the tape cutting device. The device according to item 11. 13. Additionally, to form a larger loop adjacent to the rear of the cutting tape 12. A device according to claim 11, comprising a device. 14. A device for forming a large loop connects the cutting device and the other drive roller. 14. The device according to claim 13, wherein the device is arranged between the controller and the controller. 15. The device for forming the large loop includes the adhesive application device and the other device. 14. The device according to claim 13, wherein the device is arranged between one drive roller and the other drive roller. 16. Furthermore, a device for forming a loop is provided, and for forming this loop, before the device feeds the cut end into contact with the empty spool. adjacent to the rear of the cutting tape, where the cutting of the tape is performed by the cutting device; 2. A device according to claim 1, wherein the loop is formed before the loop is formed. 17. Further, a selective device is provided, the selective device being a portion of the guideway. is slidably removed to form the loop below the guideway, and the remaining 17. The part is supported by means of guideways before and after said part. equipment. 18. The advancement device includes a pair of spaced apart drive rollers, the drive rollers being selectively the cutting tape, and the one drive roller moves the cutting tape in front of the cutting tape. The tape is pulled out from the supply device, and the other drive roller is placed in front of the cutting device. and extrude the cutting tape onto the empty spool. 17. A device according to claim 16 for contacting. 19. A method of preparing a tape for use, and the use of this tape is Cutting the web while the wrapped paper is moving and continuously transferring this web to an empty spool It is intended for use in the transfer of this web for wrapping around the The method of preparing the web is to apply enough tape from the supply roller to the near end of the web. moving said tee into a guideway extending from said section to a distal end; The method of preparing the tape further suggests that the central portion of this tape should be Apply adhesive to the underside of the tape, adjacent to the far end of this tape, and After attaching the tape, the guide path allows the tape to be The improvement includes a step of supporting the The process that was a. After the adhesive has been applied to the tape, to ensure proper application of this tape, For this purpose, a step of detecting the tape, b. Push out the tape and adhesive from the position adjacent to the near end and the empty spool and transfer the cut web of paper to the empty spool. and winding the tape onto a spool. 20. moreover, a. You can now selectively remove support parts of guideways to form loops underneath them. Before cutting the near end of the tape, cut the near end of the tape by Claim 1 comprising the step of forming a loop of tape adjacent to the section. The method described in Section 9.