TW200808616A - Fastening band - Google Patents

Abstract

A fastening band is provided with a bendable and deformable band body, a foldable portion coupled to one end of the band body through a pair of connection portions and engaged with at another end of the band body to be foldable, and a fastening member fixing the foldable portion to de detachable. A plurality of high rigidity portions, in which rigidity of the band body is partially increased, are disposed at a predetermined interval in a width direction of the band body, and tensioning forces applied at a time of wrapping the band act with the high rigidity portions being starting points of the tension application.

Description

200808616 IX. OBJECTS OF THE INVENTION: FIELD OF THE INVENTION The present invention relates to a fastening such as a bale for goods, and the like, particularly to a tight band suitable for different parts of the circumference. BACKGROUND OF THE INVENTION 10 At present, the 'transportation of various t-materials is placed on the pallet, and then the outer bag of the stacked goods is bundled into bundles, and the second bundle is stacked. Go to the truck and ship to the destination. However, the operation of stripping the package of the package is very troublesome. The amount of packaging film used is large and most of it is discarded without recycling. In the current situation, not only 15 = ^ waste, but also the burden on the surrounding environment caused by the discarded packaging film. Therefore, the applicant of this case started to develop and use the reusable package. A method of packing goods that can be bundled with the same ease as a conventional bag. 20 However, the goods are not neatly stacked, usually in a state of clutter, and the circumference of the lower layer of j is mostly not. Even if the above-mentioned circumference is not covered by the bag, the loosening problem will occur in the shorter circumference, and the right side of the circumference cannot be wrapped and wrapped in the second bag, and the workability will be greatly deteriorated. There has been a disclosure of a method for the wrapping of goods, such as the use of a conventional bag. 5 200808616 Patent Document 1: JP-A-H05-85504 SUMMARY OF INVENTION Technical Problem The present invention is directed to the development of a cargo that can be used in a reversible manner. The belt can be fastened by the single-tape belt even if the circumference is used. There are different,

Further, the present invention can provide various work assisting skirts, and the fastening tape can prevent the workability of the bag 2 winding work performed by the manual when the goods are dumped.匕Working and solving the problem In order to achieve the above object, the fastening tape of the present invention comprises: a belt body, :: a bendable deformable person; and a folding member, which is coupled to the end of the belt body by a pair of connecting members, And hooking the other end of the belt body and returning the body and the fixing mechanism for fixing the folded portion of the belt body

It is in a state of disassembly and disassembly. In the field in which the folded portions of the body of the f body overlap, a plurality of high-rigidity parts which have been partially raised to the rigidity of the belt body are arranged at a pre-pitch interval in the width direction of the belt body, so that the belt body acts when the package is wound. The tension acts as a starting point with each high 20 rigid portion. The surface fastener is a surface fastener, and the tape which constitutes the surface fastener constitutes a high rigidity portion. The retracting member and the limiting mechanism are engaged with the high rigidity portion to restrict the movement in the width direction. 6 200808616 Partial material] The restriction mechanism of the folding member is such that the high rigidity portion is fitted into the end portion of the belt member on the side of the folding member, and the anger is attached to the width direction. The tape winding auxiliary device of the present invention is a fastening tape which is provided at one end of the belt body to support the tension, and is a fastening tape of the core (four) secret shape, and is wrapped around the goods by manual operation and stretching. 10 15 20 for work and 3 pairs of auxiliary equipment for the clothing package, which are used to support both ends of the folding member and make it rotatable. - The winding and winding operation auxiliary device of the present invention is a fastening tape which is wound in a roll shape centering on the folding member for supporting the tension provided at the end of the belt body, and is stretched and wrapped. The wrapping operation around the goods, and the fine manual work will be wrapped around the body of the goods around the goods to return: the member of the two operations of the winding operation of the winding operation, the set is 匕3. The holder is used to be connected to both ends of the aforementioned folding member. In conjunction with the support member, the support member is supported to rotate and freely; the fixed member is used to connect the support member; and the rotary operation member is used for the rotary operation: At least one of the aforementioned holders. The auxiliary device for the unloading operation of the fastening tape of the present invention is the aforementioned

The body is wrapped around the cargo to prevent the falling of the f-body. T-handlings and the user's equipment are included in the gap between the goods and the connecting device. Insert the device with the body. 7, 200808616 Effect of the Invention According to the fastening tape of the present invention, when the package is wound, the rigid portion acts as a starting point and is maintained in parallel with the longitudinal direction of the belt body for a number of stops = high, and the circumference of the fastening portion is not in the width direction. : The tension line is inclined and 5 is arbitrarily moved to balance the tension, and the member is held up and down, that is, the one side of the fastening portion has a large circumference and the tension is relatively high. For example, the resistance of the big ones (4), so the ton components will be tilted ^=丨 circumference longer. Since the folding member is connected to the deformation of the belt body with a weaker belt body by the connecting belt, it is free to move. Therefore, it can be freely deformed according to the material of the soft belt of the other 10 (4) freely, and the tension line can be maintained and the shape of the circumference can be matched with the shape of the circumference. The belt can be used as an automatic tension control mi. In this case, the package is therefore only a single-package, and the problem of unilateral vacancy does not occur for the circumference, but the object can be maintained. In addition, since the belt is stretchable, it is possible to force the structure of the surface fastener which constitutes the fixing mechanism: the solid force. The construction will then be simplified and become a rigid part, which will form a function. The hunting field fastener reaches a fixed line and a tension line. If the folding member is provided to limit the high rigidity 20, a tension line can be formed at the position. The movement restricts the movement of the coke into the recess, making the positioning work more accurate.峥, 咼 另 另 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The core material of the core material can be used as a preliminary form, and the roll-to-roll prevention auxiliary belt of the present invention is rolled into a roll shape with the support body as a reel as a preliminary form, and then 5

10 A pair of auxiliary aids are engaged at the two ends of the supporting member, and in the state where the end of the belt body is hung on the goods, the auxiliary tool is used to keep the goods from dumping to prevent the belt, and the belt body is taken out while surrounding the goods— Week, and wrap around the goods with the body. In this way, the wrapping operation of the wrapping tape can be performed manually. According to the winding and winding operation assisting device of the present invention, since the holder (4) which has a fastener which can be coupled by the fastening member to hold the both ends of the domain member is formed, and at least the towel is made Rotating the operating member, so the lining (four) (four), can enter the package 15 ^ according to the invention to prevent the strap drop, in the package operation and the roll industry, by inserting the insert into the gap of the goods, that is, It can prevent the belt from falling and prevent the dirt from sticking to the belt body.

Fig. 1 is a view showing an overall view of the fastening tape 1A of the embodiment of the present invention in which the intermediate portion is omitted. Figure 1B shows the back side of the inner panel. Figure 1C is a side view of the outer panel. The 1D image is an exploded view showing the assembled state of the outer panel. Fig. 1E is an exploded view showing the assembled state of the inner panel. The 1F figure shows the part of the fold back. The state of Fig. 2A shows a perspective view of the fastening tape of Fig. 1 wrapped on a pile. 9 200808616 Figure 2B is a perspective view showing the state of the package of the fastening tape. The 2C and D drawings show a perspective view of the winding state of the fastening tape. Fig. 3A shows the fixed state of the connecting belt portion of the outer panel of Fig. 1. Figure 3B shows the core. 5 Figure 3C shows the outer panel. • The 3D drawing shows the fixed state of the connecting band of the inner panel. Dream Figure 3E shows the inner panel. Fig. 4A is a view showing the relationship between the surface fastener of the fastening tape of Fig. 1 and the wave portion of the outer panel. 10 Figure 4B shows the state of the belt back to the outer panel. Fig. 4C shows the positional relationship between the second and third tapes on the adhesive side of the surface fastener and the adhesive side tape. Fig. 5A is a view showing the tension line acting when the fastening tape of Fig. 1 is fastened. 15 Figure 5B shows the state in which the outer panel is tilted and the tension is balanced. ^ Figure 6A shows the fastening example of the fastening tape when the circumferential length difference of the pile is large. Fig. 6B shows a case where the number of the side fasteners of the surface fastener is large. - Fig. 6C shows a straight type deformation example in which the outer plate is not provided with a wavy portion. 7A to D are diagrams showing an application example of the fastening tape of the present invention. Figures 8A and B show other structural examples of the tape. 10 200808616 Fig. 9A is a perspective view showing an auxiliary device of the winding operation assisting device of the present invention. Fig. 9B is a longitudinal sectional view of Fig. 9A. Fig. 9C is an exploded cross-sectional view of Fig. 9A. 5 Figure 9D is a bottom view of the clamp. • Figure 10A is a perspective view of the state in which the cargo is dumped to prevent the strap from being installed. Fig. 10B is a perspective view showing the state of the package operation. • Figure 11A shows the local part of the cargo dump prevention tape. 10 Figure 11B shows an exploded view of the mounting state of the outer panel. Fig. 12A is a perspective view showing the state in which the cargo dumping preventing tape is wrapped on the cargo in Fig. 11. Figure 12B shows a perspective view of the shape of the bundle of cargo dumping prevention tapes. Fig. 13 is a view showing a winding and winding work assisting device according to a second embodiment of the present invention. ® Figure 13A is a partial front view of a section. Figure 13B is a left side view of Figure 13A. Figure 13C is a right side view of Figure 13A. • 20 Figure 13D is the top view of Figure 13A. - Figure 13E is a bottom view of the state in which the operating handle of the inner handle has been removed. Fig. 13F is a bottom view of the first holder. Figure 13G is a plan view of the second holder. 11 200808616 Figure 13H is a bottom view of the second clamp support member. Fig. 14A is a partially exploded cross-sectional view showing the support of the first holder and the first holding device of Fig. 13. Figure 14B is a plan view of the first missing support member. 5 Figure 14C is a plan view of the pusher. Figure 14D is a plan view of the guide.

Fig. 15A is a partially enlarged cross-sectional view showing the second missing holder and the second holding holder supporting member of Fig. 13. Fig. 15B is a view showing the state in which the positional relationship between the lock pin and the lock groove of the lock member of Fig. 15A is observed from the angle of displacement of 90 degrees. Figure 15C is a bottom view of Figure 15B. Fig. 16A is a view showing the upright state of the operating handle of the rotary operating member of Fig. 15A. Fig. 16B shows the state of the positional relationship between the lock pin and the lock groove of the lock member of Fig. 15A from the angle of 9 〇 displacement.

Member Fig. 17A is a partially enlarged exploded cross-sectional view showing the second holder and the second holder supporting member of Fig. 13; The second figure is a plan view of the second holder. Fig. 17C is a bottom view of the second holder supporting member. Figure 17D is a partial top view of the handle of the rotary operating member. Figure 17E is a partial bottom view of the handle. Figure 18 is an exploded perspective view of the operating handle. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT 12 200808616 DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail based on the illustrated embodiments. Figs. 1 and 2 show a fastening tape according to an embodiment of the present invention, which is applied as a bag for wrapping goods. 5 In the first and second figures, the 1 series fastening tape is integrated, and the fastening tape i includes

The belt 10 is freely deformable, and the connecting belt 20 is connected as a pair of connecting members. In the field in which the folded-back portions of the main body w which are folded back by the outer panel 30 are overlapped, a plurality of high-rigidity portions which are partially increased in rigidity in the width direction of the belt main body ι are provided in the width direction of the belt main body The tension with the action of the body 1 () starts from each high rigidity portion η

In the embodiment, a surface fastener 4 as a fixed mechanism is provided in a field in which the folded portions of the belt body 1G overlap. The surface fastener 4 is attached to the folding side by the adhesion side adhesive tape 41 and the adhesive side adhesive tape 41 which are mutually adhered and adhered to each other. The adhesive tape is the adhesive side adhesive tape 41', and the adhesive tape provided by the overlapping portion of the folded back portion is adhered to the side of the tape. The side adhesive tape 41 and the adhesive side adhesive tape 42 are sewn to the tape. The body 10 is fixed. In the embodiment, the tape attaching portion has high rigidity. Therefore, in the present embodiment, 1 is arranged in the width direction of the tape body 10 to form a planar fastener, and the side surface f 42 is formed to constitute a high rigidity portion. The tension applied to the belt body during the wrapping is effected by the surface fastener being used as the starting point of the adhesive belt. * In the inner end 13 of the end portion of the belt body 10 opposite to the outer panel 3〇, the 200808616 portion is provided with the inner panel 50, and the _cut shape (10) is folded back, and the miscellaneous is called the outer panel = the outer (four) The space between the parts is splayed back. ▼External Side of Body 10 Hereinafter, the structure of each part will be described in detail. The belt body 10 is a long flat belt composed of nylon, 楚路古古Μ& ♦ “冋-strength fiber woven fabric, and has a full width for its full length. It can be slightly stretched toward the long direction. X ▼ _10 though

10 Deformation in the direction of bending is 1 and can be judged as 1 can be wrapped in the shape of the goods. The connecting belt 20 is also the same as the belt body 1 , and is composed of a woven fabric. The Water® Day 4 is a strong gift (4) and can be slightly stretched, but it is basically not flexible. The connection of the material "fourth" is small, and the handle supports the outer end of the T body 10 at two places.

The outer panel 30 is made of a hard resin material such as a polycondensation duct or a high-rigidity member such as a crucible. The outer plate 3 can also be a rod-shaped member. However, in the embodiment, the end of one end of the belt body 1 is arranged in parallel at a predetermined interval with a flat plate structure slightly thicker than the belt body 10, and is installed at both ends. Set the connection belt 2〇. By means of the connecting belt 2, it can be formed between the belt body 10 and the outer panel 30, and the inner panel 5 is folded back toward the space. The connection of the connecting belt 20 is as shown in FIG. 1D and FIG. 3, and the connecting belt 2〇2〇 is passed through the long hole 3 provided in the outer panel 30, and then folded back to overlap the layer, and then The two ends of the overlapping connecting belt 20 are fixed to each other and are interposed on the back surface of the end portion of the belt main body 10 to form the sewn fixing portion 21. The space S portion between the belt body 〇 and the outer panel 30 is also sewn and fixed to form the slat fixing portion 22. 14 200808616 Further, the core member 60 as a core material is inserted into the outer end portion of the belt body ίο in the width direction, and is semi-fixed. The core member 60 is also made of a highly rigid member such as a rigid resin material such as polycondensation or aluminum. The high-rigidity member may also be a rod-shaped member. However, in the present embodiment, the 5 series is formed of an elongated plate which is linearly elongated toward the width direction of the outer end portion of the belt body 10, and is sewn into a bag at the outer end portion. shape. Both ends in the width direction are also sewn as a cover and fixed in a state in which they cannot be removed. The length of the core member 6〇 is only shorter than the entire length of the belt body 10. Both ends of the core member 60 are separated from the connecting belt 2〇. That is, the slat fixing portion 21 of the belt main body 1 is only present at a portion of the outer end portion of the self-contained body 1 from the width of the core member 60, and the core member 6 自由 is in a free state in the connecting belt 2 。. Since the connecting belt 20 is flexible, the tension can be distorted, skewed, tilted, etc., and the tension can be dispersed to the respective connecting belts 20, so that the tension can be prevented from acting in only one direction. The action of the rotation direction of the core member 60 is limited to the connecting belt 20 and is not free to move. Therefore, when there is tension, no rotation occurs, and the corners are not directed toward the cargo side. However, it is possible to uniformly withstand the tension acting on the belt body 1〇. Another sin is that the forbearing member 60 is not fixed, so that it does not interfere with the twisting, skewing, tilting, etc. of the belt body 1 〇 20 corresponding to the irregular tension, and can only withstand the tension without affecting the action of the belt body 1 。. The inner panel 50 is also made of a highly rigid member such as a hard resin such as polyacetal or an aluminum material. The high-rigidity member may be a rod-shaped member. However, in the present embodiment, as shown in FIG. 1E and FIGS. 3D and E, a flat-shaped 15 200808616 flat plate having two long holes 51 is set to have a The height and width of the folding space 8 passing through the side of the outer panel 30. The mounting of the inner panel 50 is performed by folding back a pair of connecting belts 11, 11 which protrude from the inner end portion of the self-contained body 10, and the sewing seam is fixed and fixed. As shown in FIG. 1, FIG. 2, and FIG. 4, the surface fastener 40 includes the adhesive side tape 41 provided near the inner end portion of the tape body 10, and is continuous with the field of the adhesive side tape 41. The _ adhesive side tape 42 is provided over the entire length of the overlapping portion. The adhesive side tape 41 includes a first tape 41a attached to the j-th field of a predetermined length from the inner end portion, and a second tape attached to the pair of tapes 11 for connecting the inner panel 5 41b. The first tape 41a is an elongated tape which is elongated along the entire length of the tape body 10 in a direction orthogonal to the longitudinal direction of the tape body 10, and is provided with two strips in the longitudinal direction to cover the area of 15 inches. Thereby, even if the folded portion of the belt body 1 is inclined, adhesion can be performed. • The second tape 41b is installed to cover the entire length of the connecting tape portion 11. Since the connecting band portion 11 is folded back through the through hole 41 of the inner panel and is overlapped into two layers and the sewing is fixed, the second tape 41b will be located on the front side in the drawing after passing through the through hole 41. ♦ 20 By attaching the second tape 41b to the joint belt portion 11, the inner panel 50 can be wrapped and not shaken. Further, the third tape 41c is sewn to the two connecting tapes 11 of the tape main body 1b in the same manner as the second tape 41b. However, the third tape 41c is as shown in FIG. 1B and FIG. 2B. It is attached to the back side and, as shown in Figs. 2C and D, is used for the wrapping operation of the winding belt i of the 16 200808616 fastening tape i. The outer plate of the winding system is oriented as a shaft, and finally, the third tape 41c on the adhesive side is adhered to the adhered side tape 42 to be wrapped. The adhesive side tape 4 2 is installed in the second field which is continuous with the first field. The boundary between the first field and the second field is as shown in Fig. 1F, and the folded portion 12 is provided, and the rigidity is improved. The fold-back portion 12 is formed by folding only a predetermined length into a zigzag shape, and can be prevented from being deformed by the reinforcing reinforcement of the body 10. The φ-adhered side tape 42 is provided with a plurality of rows in parallel with the longitudinal direction of the tape body 10. In the present embodiment, three rows of tapes 42a, 42b, and 42c are attached at predetermined intervals. The length of the three-sided adhesive side tapes 42a, 42b, 42c is set to the length required for the tape to be folded back from the outer panel 30. In the illustrated example, the adhesive side tapes 42a, 42c on both sides are attached along the side of the tape body 10, and the center tape 42b is mounted along the center line of the tape body 10. Further, the center tape 42b is wider than the tapes 42a, 42c on both sides. In addition, the symbol of the adhesive tape is used in the description. If there are three tapes, the words a, b, and c are used. If there is no need to distinguish, they are always represented by 42. The relationship between the adhered side adhesive tape 42 and the second and third adhesive tapes 42b and 42c on the adhesive side is as shown in Fig. 4C, and the second and third adhesive tapes 42b and 42c are located on the three adhesive sides. In the gap of the belt 42, the both ends in the width direction and the respective adhesive side stickers/belts 42 are partially overlapped, and can be easily assembled and disassembled. The number of the adhesive side tapes 42 is not limited, and may be three or more as shown in Fig. 6B. Especially odd numbers are preferred, and one is suitable for the center. A gap g must be formed between each of the adhered side tapes 42. When the number is large, the tape width can be reduced 17 200808616 to respond to it. As described above, as a whole, the first region on the inner end side has no reinforcing structure in the case of deformation or offset during operation, and the work efficiency can be improved. 5 The side of the side where the f body 10 of the outer panel can be hooked is as shown in the 3cth and 4th drawings, and the surface fastener which is used to form the high rigidity portion is engaged, and the adhesive side of 40 is adhered. The tape 42 is provided with a wavy portion 70 for restricting the uneven shape of the movement in the width direction. The concavo-convex shape of the corrugated portion 70 is constituted by 103 concave portions 71 that are engaged by the adhesive side adhesive tape 42, and portions other than the concave portion 71 are relatively convex. Each of the recesses 71 has an inclined surface 71b that is gently inclined toward the flat bottom portion 71a. The corners of the recess 71 should preferably have edges as far as possible. The highly rigid adhesive side tape "if it reaches the position of the concave portion 71, the soft material portion between the adhesive side adhesive tapes 42 is located at the same position as the convex portion between the concave portion 71 and the concave portion 71. 15 The length of the wavy portion 70 The length of the strap body 1 仅 is only shortened by the width of the two straps -20, and when the inner panel 50 passes through the space s between the outer panel 30 and the strap body 10, the strap body 10 will be slightly retracted toward the inner side to make it Through (refer to the fourth person, B figure). As described above, the width of the connection belt 20 is made smaller than the width of the belt body 10 in advance, so that the belt body 10 can be positioned and prevented from being displaced. Next, the function of the fastening tape of the present embodiment will be described. ^ The fastening tape 1 encloses the belt body 10 around the cargo, and allows the inner panel 50 to pass through the frame space s of the inner panel 50, and then tightens the belt. The inner panel 50 is fastened, and the first tape 41a and the f2 tape 41b on the adhesive side are adhered to the adhesive side tape 42. When the inner panel 5 is pulled through the outer panel 3, it can be tightened. Absorbing the goods 18 200808616 A number of concave and convex gaps are wrapped. The shape of the wavy part 70 and the adhesive side of the planar fastener 4 〇 The combination of the belts 4 2 allows the tension to be properly collected on the highly rigid side of the adhesive side tape 42. That is, as the high-rigidity portion of the surface fastener is adhered, the side tape 42 will fall. The concave portion 71 of the human wavy portion 7 () is semi-fixed, and the movement in the up and down direction is blocked, so that the shape in the up and down direction is not changed, and

Ten tensions are applied from the adhesive gusset 42 as a starting point, and the tension is transmitted in a parallel manner toward the length of the tape. 10 15

20 As shown in Fig. 2A, when the circumference of the lower layer of the pile is changed, the outer panel 30 is inclined as shown in Fig. 5B to arbitrarily balance the tension to maintain the tension upward and downward. For example, when the package is wrapped in a pile, if the circumference of one side increases and the resistance of the section A is larger, the outer panel 30 will be inclined to make the tension tighter. The outer panel 3G is connected to the belt body 10 only by the connecting belt 2G, so that it can move freely in response to the deformation of the belt body 10. In addition, the material part of Muzhuo can be deformed freely according to the shape of the pile. The core part of the core part of the belt 10 is supported by the core piece (9) under tension, and the deformation of the k-shaped material of the f2G, the wrinkles of the material, etc. And with the change of the perimeter,. , # this, you can play the automatic tension control function of the tape itself. Use: Strong tension is usually performed in parallel on the belt length direction, and force direction 1 is present on the belt body 10. On the other hand, with: 3 points supported by 6°, the tension can be maintained in parallel, and the mouth is not dispersed or concentrated. The strong form of Zhang Liu A 平行 and π body 10 is present in the body. The second end, so 19 200808616 can easily cover the whole without dead ends. When the upper and lower circumferences vary greatly, as shown in Fig. 6A, the inner panel 50 is obliquely tensioned and fixed to correspond to a larger circumferential length change. At this time, the undulation portion 70 allows the belt main body 10 to be prevented from moving up and down, and is bundled while maintaining a wide area. The first and second tapes 41a and 41b on the adhesive side are located substantially in the entirety, so that they can be fixed even if they are inclined. The inner panel 50 is pulled downward in the direction of the right side in the drawing, and the partial tension of the upper and lower sides of the upper layer of the stack having a shorter circumference can be applied. At this time, the belt main body (7) does not cause the wavy portion 70 to slide downward, but instead slides upward to achieve balance. 1 〇 Conversely, if the circumference of the pile is small on the lower side, it can be pulled upwards diagonally upwards in the figure. When the 丨, Τ 丨々 丨々 文 文 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍 玍The soft part of itf exists "tension between the two, 15 effects. Second, the part of the tension concentration is up and down" tension: the formation of wrinkles. The sickle is the soft part that is repelled by the upper and lower tensions and the plastic part, and the soft part between the strong tensions is caused by the upper and lower sheets; the shape of the force is changed... ^w is connected by the free action connecting belt 20, etc.) Therefore, the movement of the core member 60 which does not hinder the balance of the holding member is known. It is understood that the core member 60 can be subjected to only the tension. The tension force wire of the belt body 1〇 is balanced by _. The undulation 70 can be a tension of a body 10, and the connection (4) is not as good as 20 200808616. Further, in the above embodiment, the wavy portion 70 having the uneven shape on the side of the second side of the outer panel 30 is described as an example. However, as shown in the figure, the outer panel 30 may be omitted. 1 The side edges form a flat shape. Further, the above embodiment will be described with reference to the case where the fastening tape of the present invention is wrapped in a pile, but it is not limited to the conclusion of the pile, but can be utilized in various fastening structures as follows. Fig. 7A shows an example in which the fastening tape of the present invention is applied to a stretcher or the like for fixing a whole body. Since the package is softly carried out in accordance with the curve of the body, it is possible to avoid a situation in which only a partial tightening is made, and a soft touch can be produced. Moreover, since it is fixed by the entire bundle, there is less friction. Fig. 7B is an example of the use of the fastening tape of the present invention as a fixture for a material. The 15 f7C drawing is an example of the fastening tape of the present invention as a fixture for a splint. It can be easily assembled and disassembled by different visual parts and can be easily adjusted. If it is used in children, etc., even if the medical institution is purple, it may be displaced due to the activity. However, if the fastening tape of the present invention is used, it is possible to easily perform 20 rows of fastening adjustments at home. If it is cleaned and kept clean, it can be reused. In addition, the difference between the circumference of the wrist and the ankle is as shown in Fig. 71. By changing the length of the upper and lower sides of the connecting belt 20, it is possible to perform a flexible dressing according to the change of the circumference. 21 200808616 Of course, it is not limited to the above-mentioned medical appliances, and can be applied to various restrictions in the industry. For example, the fastening tape of the present invention can be used when it is desired to fix or wrap a belt or the like, that is, when it is intended to protect a large range, and when flexibility is required. In a word, it can be applied in many ways to those who need to be bundled and fixed. Figures 8A and B show other structural examples of the tape. Since the end portion of the inner side 50 side of the fastening tape 1 is passed through the outer panel 30, the side edges of the outer tape will interfere with the connecting tape 2 of the outer panel 30. Therefore, in order to smoothly pass the folded portion of the strap through the connecting belt 2 of the inner panel 50, in Fig. 8A, the portion of the inner panel 50 side of the 1" strap 1 is formed to have a slight inclination of the tip end of the length of the strap. shape. The inclined side portion 45 is folded back and sewn. By folding back, the inclined side portion 45 can be reinforced to improve its durability. Further, the inner panel 5 is formed with a thinner recessed portion $1 at the center portion. In Fig. 8B, the inner side portion of the band is not formed with a slanted side, and only 15 is reduced by a predetermined length to form a linear stepped portion 46. Further, in this configuration, the second tape 41b in the adhesive side tape 41 is fitted with the adhesive side tape 42 and three rows are provided in the longitudinal direction of the tape. Further, the width of the adhesive side is placed on the width of the <42, so that the two sides which do not require a large strength are attached as a thinner one. Next, the above-described fastening tape will be described as a work assisting device for the cargo dumping prevention tape. Fig. 9 and Fig. 1 are views showing an embodiment of the winding operation assisting device when the above-mentioned fastening tape is used as a cargo dumping prevention tape. The auxiliary device is a product that is rolled up in a roll shape with the outer panel % of the folding member provided at one end of the belt body 1 as a center, and is prevented from being wound by a manual 22 200808616. User, but can support the outer board

& F and make it one of the rotation-free states to the auxiliary tools 1A, 1A. As shown in Figs. 10 and 11, the structure of the adhesive side surface ▼41 for constituting the surface fastener 40 5 is slightly different and the back portion u is not provided with the side of the fastening tape. The structure is slightly different, but the basic structure is the same as the above-mentioned tightness ▼. Therefore, the same components are denoted by the same reference numerals and the description thereof will be omitted. That is, in the illustrated example, as shown in Fig. 11, the first bonding tape of the adhesive side tape 41 is disposed in parallel with the longitudinal direction of the tape body 10 instead of being vertically. In the present embodiment, three rows of tapes are attached at predetermined intervals in cooperation with the adhesive side shells. The goods dumping prevention tape is as shown in Fig. 12B, and the storage form is a form in which the outer plate 30 is wound in a reel. In the storage form, the surface of the surface of the fastener 15 is wound inside. In this way, the winding form is a storage form, and the package can be directly unfolded. "Each accessory 1A has the same structure, so it is only explained with the aid of the auxiliary tool u. The auxiliary device 1A includes the engaging hole 2 which has the end portion of the outer plate 3〇 and is assembled and disassembled. The holder 3 is a lid body 4 that supports the holder supporting member that is rotatably held by the holder, and is sandwiched and connected to the lid body 4 by the coupling pin 5. 3 has a cylindrical shape and has an engaging hole 2 at one end surface. Four flat plate engaging grooves 2a are radially provided on the inner circumference of the card hole. Each of the flat plate engaging grooves 2 holes 2 23 200808616 5 The outer diameter end side is wide The shape of the petal of the web has the smallest width between the end portions on the inner diameter side, and the width is set to be insertable into the flat plate. The corner portion of the inner diameter end portion of the flat engagement groove 2a is rounded into an arc shape. Further, the engagement hole 2 is The bottom wall 6 is provided with a pin hole 6a through which the coupling pin 5 is inserted, and the hole edge of the pin hole 6& is provided with a deeper stepped portion 6b. The clamp 3 is made of an aluminum-based metal material. It is configured to be plated by electroless nickel plating, etc. The cover body 4 is a bottomed cylindrical member made of plastic, and is embedded with the outer surface of the holder. The cylindrical portion 4a in a wiping state is a circular plate shape for closing one end of the cylindrical portion 4a which is in contact with the outer surface of the bottom wall 6 of the holder 3 and which is in a state of being rubbed freely. The bottom plate portion 4b. The size of the cover body 4 can be hand-held. In the present embodiment, the outer diameter is set to about 55 mm. Further, the center of the bottom plate portion 4b is provided with a pin hole 4c. The joint pin 5 includes A pin body 5a into which the overlapping clamps 3, the bottom wall 156 of the cover 4 and the respective pin holes 6a, 4c of the bottom plate portion 4b are inserted, and a large-diameter pin head 5b provided at one end of the pin body 5a. The portion 5b includes a disc-shaped pressing plate 5c and a holding piece 5d protruding from the pressing plate 5c. The holding piece 5d is provided with a through hole 5e for inserting an ankle strap or the like (not shown). The tip end portion of the pin body 5a is provided. There is a groove 5f for mounting the retaining ring 7. ^ 20 Next, the winding operation of the above-described winding operation assisting device will be described. The wrapping operation starts from the roll form of the outer sheet 30. The body 10 is unfolded. The roll-shaped cargo dumping prevents the ends of the bag 1 from protruding from the end of the outer plate 24 200808616 3〇, The two ends of the outer panel 30 can be respectively inserted into the engaging holes 2 of the holders 3 of the auxiliary tool 1 and 1A. ', Next, the inner plate of the outer circumference of the tape in the form of a roll is inserted into the shell. For the purpose of performing the false fixing, for example, 5, as shown in Fig. 10, the creeping prevention-bag 200 can be prevented from being carried over the cargo. ία - the drop preventing device 200 includes The rigid insert 201 has a deformable coupling _ 202 for connecting the insert 201 to the belt body 10, the belt, the chain, etc. The EI of the joint 202 and the belt body 10 can be used for sewing. Alternatively, it may be fixed by a surface fastener, or may be fixed by a jig or the like, and various fixing methods capable of supporting the weight of the tape may be employed. The drop prevention member is attached to the side of the end portion of the end portion of the main body panel 50 side. As shown in the figure, you can set 2 or more, or you can set it to i. The insert 201 has a wedge shape in the illustrated example, and is a shape in which a cargo gap such as the cassette 15 can be easily inserted, but is not limited to a wedge shape but can be various shapes. After the auxiliary members and 1A support the two ends of the outer panel 3〇, the cover can be supported by the cover 4 of the auxiliary device 1A by both hands, and the belt body 1 is pulled out and the circumference of the cargo B is wrapped around one week. The body can be wrapped around the goods. Since the holder 3 made of the gold alloy can be rubbed against the outer circumference with respect to the resin cover body 4 having good slidability, the rotation can be performed gently, and the winding operation can be extremely simplified. When the package is in operation, gently press the attached body 1〇 toward the outer periphery of the cargo, and wrap the belt body 10 around the cargo to wrap around the cargo, so that the wrapping operation can be performed without maintaining the proper tension. Tension of the body 10 ^ 25 200808616 After the circumference of the package, the auxiliary tools 1A, 1A are removed, and the inner panel 5 is passed through the frame space on the side of the outer panel 30, and the belt body 1 is hung on the outer panel and folded back. 'By tightening by manual work, the adhesive side adhesive tape 41 of the surface fastener 4 is adhered and fixed to the adhesive side adhesive tape 42. 5 #上上, By using the auxiliary device 1, 1A of the present invention, it is only necessary to wrap around the cargo B for one week, and the belt body 10 can be automatically pulled out for wrapping, and the workability can be greatly improved. It is also easy for the operator to work with the shrink wrap of the stretch film.

Further, when the roll-up stretch film is manually carried out, at least the stretch film is required to be held, and H) is wrapped around the goods for 2 weeks. However, the cargo dump prevention tape of the present invention hooks the tape body to the outer plate 30 and folds back. Fastened, so only 1 week around _μ. The stomach Fig. 13 through Fig. 18 shows an embodiment in which the above-mentioned fastening tape is used as an auxiliary device for the winding and winding operation when the cargo is prevented from being wrapped. !5 The reeling and reeling work aids can just be used to dump the goods that are rolled into a roll shape outside the center (four) and prevent the bag from being manually tightened and rolled up around the goods, and will be rolled up. The belt wrapped around the cargo: The second operation of the winding operation of the body 1 by the artificial outer panel 30. The structure of the 20-tape and reeling auxiliary device is as shown in Fig. 13, and the package has a pair of second and second clamping _, which is used to slap the bag with the goods. The second arm holder support member 130, Μ0' is used to support each of the second clamps (10) (10) and to rotate the retractable state; the handle 15 is used as a connection to fix the i 2nd, 26th 200808616, the connection fixing member of the clamp support members 130 and 140; and the rotation operation member 160 is coupled to one of the second clamps 2 而 to rotatably operate the second clamp 120 By. Further, a connecting machine is provided between the rotational operation member 160 and the second holder 12, and is switchable to a locked state in which the rotational operation member (10) and the second clamp 120 are integrally rotatable, and the rotational operation member 160 and the second connection are connected. The clamp 120 is clamped to be in a relatively freely rotatable state. Further, between the rotational operation member 160 and the second clamp support member 140, 10 15 20 «there is a %-turn operation member gj fixed mechanism 18G' which can lock the second clamp support member 140 to the fixed connection mechanism m The rotation operation 160 in the released state. r first holder 110-, as shown in Fig. 14, includes a bottom body having a bottomed circular shape, and is attached to the open end of the body (1) The guide ring 112 is a pusher 113 that is slidable in the axial direction in the inner circumference of the holder body lu, and a spring 114 that can impart a potential energy to the pusher 113 in a direction in which the pusher 113 protrudes from the opening. The sleek holder body m is configured to include a cylindrical portion 111a, a bottom wall portion 111b for closing the end of the circular row =, and a rotation protruding from the center of the outer surface of the bottom wall portion toward the central axis of the cylindrical portion 111a. The shape of the shaft 丨丨^. The guide ring 112 has a card hole us ring member that can be engaged with the end portion of the outer plate 3, and the outer end portion is fixed to the cylindrical portion 111a of the open end portion of the scale body (1) by a screw or the like. On the end face. _ The inner circumference of the engaging hole 115 is provided with a flat engagement groove ma at a plurality of radially extending portions. This fiscal, the flat card fits 115 cans, and the interval between 45 27 200808616 in the circumferential direction is set at 8 places. The outer panel 30 is engageable with the flat engagement grooves 115a facing each other. The pusher 113 is flat (10), and the bottom wall portion nib of the main body (1) and the guide ring 112 fixed to the open end are inserted in the axial direction and move forward and backward in a state of 5, between the pusher 113 and the bottom wall portion 111b. A spring 114 in a compressed state is mounted. The spring 114 is a spiral magazine and is disposed at three places in the circumferential direction, and one end thereof is mounted on the mounting hole 113& The pusher 113 is normally abutted against the guide ring 112 by the repulsive force of the spring 114. Once the engaging hole 115 of the self-guide ring 112 is pressed into the end of the outer plate 3〇, the pusher 10 is pushed and the spring 114 is pushed. shrink. The first holder support member 130 has a shaft hole 131 into which the rotation shaft portion 111c of the first holder 11 is inserted and is rotatably provided, and one end thereof is fixed to the handle 15 of the connection fixing member. . The open end of the shaft hole 131 on the side of the counter clamp is provided with a stepped recess 132 having a larger opening diameter, and the end face of the rotary shaft portion 111c into which the shaft hole has been inserted is fastened with a bolt 134 by a washer 133. Further, a thin circular roll lining 135 is interposed between the rotating shaft portion 111c and the inner circumference of the shaft hole 131. The lining 135 is attached to the opening at both ends of the shaft hole 131, so that the gusset flange portion 135a for engaging with the opening end edge is provided, and the first clip can be formed by the gusset flange portion 20 135 & The holder 110 and the washer 133 are in surface contact with the upper and lower end faces of the first holder support member 130. The second holder 12 is a holder body 121 including a flat cylindrical shape, and a guide shaft 123 固定 28 fixed to the holder body 121 as shown in FIG. 15 to FIG. 17 . An engaging hole 125 is formed on the opposite end surface of the first holder 110 so that the end of the outer panel 30 can be engaged. On the inner circumference of the engaging hole 125, eight flat plate engaging grooves 125a are provided at an angle of 45 degrees. The bottom wall 12la of the holder body 121 is provided with a through hole 121b. The through hole 5121 can be inserted through the bolt 122, and the bolt 122 can be used to fasten one end of the guide shaft 123 to the holder body. On the bottom wall 121a of 121. The shaft 123 is a hollow cylindrical member having a flange 126 at its center and having a flange attached thereto, and one of the shaft flanges 126 is inserted into the shaft hole 141 of the second holder supporting member 140. The guide main body portion 10 127 is in a freely movable state, and the other is a connecting shaft portion 128 that can be inserted into the shaft hole 161 of the rotational operation member 160 to be freely movable. The end portion of the guide body portion 127 abuts against the bottom wall 121& of the holder body 121, and is fastened integrally with the holder body 121 by bolts 122. A thin circular roll lining 15 142 is interposed between the guide body portion 127 and the inner circumference of the shaft hole 141. The lining 142 is attached to the second clamp side of the shaft hole 141 of the second clamp support member 140 at the second clamp side and the shaft flange 126 side, and is provided with a bayonet opening at the end edge. The gusset flange portion 142a allows the second holder 12 and the shaft flange 126 to contact the second diaper holder support member (10) by the gusset flange portion 142&. Further, the connecting shaft portion 2 〇 128 for inserting the shaft hole 161 of the rotary operation member 16 is protruded from the shaft hole 161, and the retaining ring 129 is fixedly attached to the projecting end portion so as not to fall off in the axial direction. The connecting mechanism Π0 includes a locking member m, and the material is inserted into the connecting shaft in the axial direction. P128 is free to move a predetermined amount of lock pin, and the lock groove 173 is not the opening edge of the shaft hole (6) of the opposite side 29 200808616 of the second clamp support member (10) of the rotary operation member 16; the spring 174' The potential member is assigned to the locking member 17! in a direction that is earned from the connecting shaft portion. The lock member 171 is a cylindrical member that can be swung in a state of being inserted into the coupling shaft portion 128 (four), and the lock lock 172 protrudes from the outer circumferential surface with respect to the middle: axis in a direction orthogonal to five. In addition, the guide shaft 123 is provided at two places with a notch 175 for the locking pin 172 to be engaged, and the cymbal member 171 is symmetrical with respect to the _123 system but cannot move relative to the rotation direction, but is free to the axial direction. The extent to which the gap 175 is relatively moved. The first notch 175 includes a core guide member 127 and a shaft flange 126 of the coupling shaft portion 128, and the lock member 171 is self-rotating the operation member by the notch formed on the side of the guide body portion 127 and the coupling shaft portion 128. Since the connecting shaft hole (6) moves in the upward direction, as shown in Fig. 16, the lock pin 172 is purely inserted into the lock groove 173 provided on the hole edge of the coupling shaft hole 161 of the rotary operation member 16G. On the other hand, once the locking member 171 is moved toward the opposite side of the connecting shaft portion 128, as shown in Fig. 15, the lock lock 172 releases the self-locking groove 173 to release the locked state, and is formed to be relatively rotatable. The lock is released. The spring κ 174 is connected between the bolt 122 and the locking member 171 which are mounted in the guide shaft I] in a compressed state. • The square-turn operating member fixing mechanism 18G includes a fixing member 81 that is supported to be movable away from the position of the rotating shaft of the rotating operating member and is movable in the axial direction; the fixing hole i82 is provided in the second clamping The support member 140 is provided to allow the end of the fixing member 181 to be freely assembled and disassembled. The fixing member 181 can apply a force of 30 200808616 in a direction away from the fixing hole 182 by the spring 183, and generally imparts potential energy away from the second holder supporting member 14 away from the second holder, and is fixed by pushing and pressing. The member 181 is engaged with the fixing hole M2 to be fixed to prevent the rotational operation member 16 from suddenly rotating. The fixing member 181 is supported to be able to rub against the guide hole 185a provided in the 5 pedestal 185 of the rotational operation member 16A. Next, a spring fixing pin 184 for the engaging spring 183 is fixed to the central portion of the fixing member 1 $1, and a pressure φ is provided between the spring fixing pin 184 and the leg 185 of the second holding member supporting member 14 The spring 183 in the contracted state. The handle 150 is attached to the first clamp support member 13A and the second clamp support 1 member 140 at a predetermined distance and coaxially opposed to each other, and includes a rod body 151 extending linearly. And one of the two ends of the rod body 151 is curved in a direction orthogonal to the rod body 151, and the wrist portion 152, 152 is fixed on the wrist portion 152, and the above-mentioned second jaw holder supporting member 13 is fixed. Support member 140 is provided. The rotary operation member 160 includes a handle 162 whose one end is coupled to the coupling shaft portion I I28 of the guide shaft 123, and an operation handle 163 which extends at a free end portion of the handle 162 in a direction orthogonal to the handlebar 162. The operation handle 163 can be held in two positions of an upright state that is orthogonal to the handle 162 and a horizontal position that is heavy with the handle 162. In the horizontal position, the operation handle 163 can press the connection mechanism 170. Both the lock member 171 and the fixed member 181 of the rotational operation member fixing mechanism 180 form a lock release state with respect to the joint mechanism 17, and the lock operation state is maintained in the rotational operation member fixing mechanism 18A. Further, in the erect state, the locking member of the coupling mechanism 17 is protruded from the coupling shaft portion 128, and the lock pin 172 is engaged with the lock groove 173 in the locked state of 200808616, and the fixing member 181 of the rotary operation member fixing mechanism 180 is self-contained. The fixing hole 182 of the second refreshing holder support member 14 is disengaged to be in a unlocked state. The positioning of the operating handle 163 in the upright state and the lying state is as follows. An upright position holding surface 168a and a lying position holding surface 168 are provided on the leg 168 5 of the free end of the handle 162 for supporting the operating handle 163, and the operating handle 163 is selectively provided to be attached thereto. The pressing member 16 connected to the upright position holding surface 168a and the lying position holding surface 168b is known as a spring i69b which can press the pressing member 169a against each holding surface. By the rebound force of the spring 169b, it can maintain the erect state and the horizontal position. The upright position holding surface 168a and the horizontal position holding surface i68b are at right angles to each other, and the corners thereof form a circular shape which can impart a sense of appropriateness. The operating handle 163, as shown in the exploded view of Fig. 18, includes a link 163a that is rotatably mounted with respect to the standoff 168; the inner handle 163b is attached to the link i63a; 163 (:, the holder 15 is fixed relative to the inner handle 163b. The operation handle 163 has a link hole 163d for allowing the link 163a to be inserted and being wiped freely, and the free end of the link 163a passes through the inner handle a link hole 163d of 163b, and a support ring 163e is disposed on the free end of the link 163a. A spring 169b in a compressed state is disposed between the inner handle 163b and the stand 168, and the pressurization is performed. The members 169a and 20 are in contact with the standoffs 168. The method of use Next, the wrapping operation and the winding operation of the winding and supporting work aids will be described. First, the wrapping operation will be described. 32 200808616 The operation is carried out in the same manner as the above-described package operation assisting tool, and the package body 10 is wound around the outer panel 30 in a roll shape. 1) First, the upper end portion of the outer panel 30 is held at the second side. The second clamps 110 and 120. 5 This operation first inserts the upper end of the outer plate 3 into the first clamp no, and then engages the upper end of the outer plate 30 with the engaging groove U5a of the engaging hole 115 of the guide ring 112, and resists the magazine. The pusher 113 is pressed up by the rebound force of 114 to be inserted into the lower end portion of the outer panel 30 toward the engaging hole 125 of the second holder 120. Once the upper plate 3〇 upper and lower parts are engaged with the brothers 1 and 2, the clamping members 11〇, 120 are engaged, and then the spring 114 of the potential energy can be given to the pusher 113 of the 1st brother 1 holding device 1 The rebound force can make the outer panel 30 semi-fixed without being detached. 2) The inner panel 50 is inserted into the gap of the cargo B or the like to perform false fixation. 3) The operation handle 163 of the rotary operation member 160 is placed in a horizontal position, and the lock member 171 of the connection mechanism 170 is pressed again to disengage the lock pin 172 from the lock groove P3 of the member 160 of the rotary operation 15, and the rotary operation member 16 is 〇 It is in a free state with the connecting shaft portion 128. Thereby, the second holder 12A and the rotary operation member 160 can be brought into a free state. At the same time, the fixing member 181 of the rotating operation member fixing mechanism 18 is pressed by the operation handle 163, and the fixing member 181 is engaged with the fixing hole 182 of the second holder supporting member 2A. Thereby, the rotational operation member 160 can be fixed to the holder 2 holder support member 14A. The operating handle 163 can be pressed against the reclining position holding surface 168b by the repulsive force of the spring 169b, so that it can be positioned and maintained in a horizontal position even if it is out of the hand. 4) Hold the handle 150' along the cargo B for one week to maintain tension. 33 200808616 Rotate the second clamps 11〇, 12〇 with respect to the handlebar 150 to spread the belt body 10 along the outer circumference of the cargo, and automatically wind up the package. The rotational operation member 160 in the free state is locked by the fixed member 181 of the rotary operation member fixing mechanism 18, without hindering the wrapping operation. 5 5) After one week of wrapping, the lower end of the outer panel 3〇 is first removed from the second holder 120 side, contrary to the 1} operation. Gp, lifting the upper end of the outer panel 3〇 and pushing up the pusher 113 of the first holder 110 to remove the lower end 4° from the second missing holder 12〇 and then from the first clamping device Pull out the upper part of the outer plate 3G. 6) After the removal, the inner panel 50 is passed through the frame space s on the side of the outer panel 3, and is the same as that of the first embodiment. The outer panel 30 is a fulcrum and the tape body 1 is folded back and fastened, and the fixing surface is adhered. The adhesive side member 4 has an adhesive side adhesive tape W and an adhesive side adhesive tape 42. Second, let's explain the winding operation. 1) Hundreds of 'holding inner plate 50 peeling has been folded by the goods to prevent the surface of the belt 15 fasteners 40 and adhere to the folded portion, and make it through the outer frame of the frame space S ' and from the outer plate 3〇 Remove it. 2) Insert the removed inner plate 5〇 into the gap between the boxes and the like to perform false fixing. 3) The upper end portion of the outer panel 30 is held on the first and second 20 110, 120 of the auxiliary device. And /, the same as the package operation, first insert the upper end of the outer panel into the second clamping piece n〇, and the outer material 3G upper material is engaged with the engaging groove 115a of the engaging hole m of the guide ring m. And against the rebound force of the magazine 114*, the pusher (1) is pushed up, and the lower end of the outer panel 30 is inserted into the engaging hole 125 of the second holder 12'. 34 200808616 = Stand up the operating handle (6) (4) in an upright position. 5 By opening/ending the erect grievance, the locking member port 1 of the connecting mechanism can be self-broadcast: the shaft 4128^ 'the locking pin located at the central part is embedded in the rotation operation / 160 lock groove 173 'rotating the operating member (10) and The locking member (7) forms a locked state in the = direction. Thereby, the second holder (3) and the rotary operation member 160 can be integrally rotated.

At the same time, the fixing member 181 of the rotary operation member fixing mechanism 18 can be released from the fixing hole of the second holder supporting member (4) by the repulsive force of the elastic crest (8). The operating handle 163 can be pushed by the upright position holding surface 168_ by the rebound force 183 of the magazine 183, so that it remains erect even when it is out of the hand. 5) Handle 15 以 with one hand and operate handle 163 with another handpiece, and rotate the operating member just by hand. By rotating the operating member 160, the second holder m and the outer panel 3〇 can be rotated, and the belt body (7) can be wound on the outer panel 30, and the circumference of the package is wrapped around the outer sheet to form the outer panel. The state in which the main body 10 is housed (winding form). 6) After the winding, contrary to the operation of 3), the lower end portion of the outer plate 3〇 is first removed from the second holder 120, and the outer plate portion is pulled out from the second clamping member 11. But instead of this, the belt can be smoothly rolled onto the outer peripheral surface of the cargo and dropped to the ground. As described above, the tape winding and the winding operation assisting, and the winding operation of the present embodiment can realize the winding operation and the winding operation by the early equipment, and can easily prevent the tape from being dumped. BEI 35 200808616 In particular, the state of unloading after unwinding is the original storage state, and the work of unloading the bag itself is a storage operation, and there is no need to perform a rewinding operation, so the recycling operation can be greatly reduced. I: BRIEF DESCRIPTION OF THE DRAWINGS 3 5 Fig. 1 shows a fastening tape of an embodiment of the present invention. Fig. 1A is an overall view showing the middle portion omitted. Figure 1B shows the back side of the inner panel. Figure 1C is a side view of the outer panel. The 1D image is an exploded view showing the assembled state of the outer panel. 10 Figure 1E is an exploded view showing the assembly state of the inner panel. The 1F figure shows the part of the fold back. Fig. 2A is a perspective view showing the state in which the fastening tape of Fig. 1 is wound on a pile. Fig. 2B is a perspective view showing the state of the package of the fastening tape. 15 The 2C and D drawings show a perspective view of the winding state of the fastening tape. Fig. 3A shows the fixed state of the connecting belt portion of the outer panel of Fig. 1. Figure 3B shows the core. Figure 3C shows the outer panel. The 3D drawing shows the state in which the connecting band portion of the inner panel is fixed. 20 Figure 3E shows the inner panel. Fig. 4A shows the relationship between the surface fastener of the fastening tape of Fig. 1 and the undulation of the outer panel. Figure 4B shows the state of the belt back to the outer panel. Fig. 4C shows the positional relationship between the second and third tapes on the adhesive side of the surface fastener and the adhesive side tape of the 2008-08616. Fig. 5A is a view showing the tension line acting when the fastening tape of Fig. 1 is fastened. Fig. 5B schematically shows the state in which the outer panel is inclined to obtain a balance of tension. Fig. 6A shows a fastening example of the fastening tape when the circumferential length difference of the pile is large. Fig. 6B shows a change in the number of adhered side patches of the planar fasteners. 10 Fig. 6C shows a straight type deformation example in which the outer plate is not provided with a wavy portion. 7A to D are diagrams showing an application example of the fastening tape of the present invention. Figures 8A and B show other structural examples of the tape. Fig. 9A is a perspective view showing the auxiliary device of the winding operation assisting device of the present invention. Fig. 9B is a longitudinal sectional view of Fig. 9A. Fig. 9C is an exploded cross-sectional view of Fig. 9A. Figure 9D is a bottom view of the holder. Figure 10A is a '20 perspective view of the state of the cargo dumping prevention belt. Fig. 10B is a perspective view showing the state of the package operation. Figure 11A shows the local part of the cargo dump prevention tape. Fig. 11B is an exploded view showing the mounted state of the outer panel. Fig. 12A is a perspective view showing the state of the article on the object dumping of the cargo dumping package of Fig. 11; Fig. 12B is a perspective view showing the form of the bundle of the goods dumping prevention tape. Fig. 13 is a view showing the apparatus for winding and winding work assisting 5 of the second embodiment of the present invention. Fig. 13A is a front view partially shown in section. Figure 13B is a left side view of Figure 13A.

Figure 13C is a right side view of Figure 13A. Figure 13D is a top view of Figure 13A. 〇 Figure 1 is a bottom view of the state in which the operating handle of the inner handle has been removed. Fig. 13F is a bottom view of the first holder. Figure 13G is a plan view of the second holder. The 13H diagram is a bottom view of the second holder supporting member. 5 Fig. 14A is a partially exploded cross-sectional view showing the first holder and the first holder supporting member of Fig. 13; Fig. 14B is a plan view of the first holder supporting member. Figure 14C is a plan view of the pusher. Figure 14D is a plan view of the guide. Fig. 15A is a partially enlarged cross-sectional view showing the second holder and the second holder supporting member of Fig. 13; The code of the 15B shows that the locking pin of the locking member of Fig. 15A and the lock relationship of the lock are observed from the angle of the displacement of 90 degrees. The 15C picture is the bottom view of the 15B picture. 38 200808616 Figure 16A shows the upright state of the operating handle of the rotary operating member of Fig. 15A. Fig. 16B shows the state obtained by observing the positional relationship between the lock pin of the lock member and the lock groove of the second figure from the angle of the displacement of 90 degrees. 5A is a partially enlarged exploded cross-sectional view of the second holder and the second missing holder supporting member of Fig. 13. Figure 17B is a plan view of the second holder. • Figure 17C is a bottom view of the second clamp support member. Figure 17D is a partial top view of the handle of the rotary operating member.

° Figure 17E is a partial bottom view of the handle. W Figure 18 is an exploded cross-sectional view of the operating handle. [Description of main component symbols] 1···fastening tape 5b...pin head H··auxiliary tool 5c...pressure plate 2···engagement hole 5d...holding piece 2a···plate engaging groove 5e...through hole 3 ···Clamping device 5f··· rhyme 4...cover body 6...bottom wall 4a···cylindrical part 6a...pin hole veneer·bottom plate part 6b...step part know··· pin hole 7... 5···link pin 10...with body 5a···pin body 11...linking belt 39 200808616 12...folding part 20...connecting belt 30...outer plate 31...banding long hole 40...face fastener 41...adhesive side The tape 41a···the first tape 41b···the second tape 41c···the third tape 42...the adhesive side tape 42a, 42b, 42c...the tape 45...the inclined side portion 46...stepped Side portion 50···Inner plate 51...long hole, middle concave portion 60...core member 70...wavy portion 71...recessed portion 7 la...flat bottom portion 71b···inclined surface 100···reel, winding operation assisting device 110, 120... first and second clamps 111... clamp body

Ilia···Cylinder part 111b...Bottom wall part 111c"·Rotary shaft part 112...Conduit ring 113...Pushing 113a···mounting hole 114...spring 115...engagement hole 115a...plate engaging groove 121... With body 121a... bottom wall

121b...through L 122...bolt 123...guide shaft 125-^ hole 125a...plate engagement groove 126...shaft flange 127...guide body portion 128...connection shaft portion 40 200808616

129... retaining ring 130, 140... first and second holder support cake 131... shaft hole 132... stepped recess 133... washer 134... screw check 135... washer 135a" lining flange portion 134...bolt 141... Axle hole 142... lining 142a" lining flange portion 150... handle 15l.. rod body 152... wrist portion 160... rotator member 161... shaft hole 162... handle 163... operation handle 163a·. Link 163b···Inner handle 163c...Outer handle 163d···Link hole 163e...Rod 168···Stud 168a...Upright position holding surface 168b···horizontal position holding surface 169a...Pressure 掮: 169b...spring 170...linking mechanism 171...locking member 172...locking pin 173...locking groove 174...spring 175"notch 180...rotor as member fixing mechanism 181...fixing member

182···Fixed 孑L 183...spring 184...spring fixing pin 185...footer 41 200808616 185 a"·guide hole 200...drop prevention device 201...insert 202...linking device B...goods H" S...space

42

Claims (1)

200808616 5 X. Patent application scope: 1. A fastening tape comprising: a belt body, which is bendable and deformable; a folding member, which is connected to one end of the belt body by a pair of connecting members, and can be hooked The other end of the body is folded back; and the fixing mechanism is used for fixing the folded portion of the belt body to be disassembled and freely. 2. The fastening tape of claim 1, wherein in the field in which the folded portions of the belt body overlap, the rigidity of the plurality of partially raised belt bodies is set at a predetermined interval 10 in the width direction of the belt body. The high rigidity portion acts to cause the tension of the belt body to be applied during the wrapping to start from each of the high rigidity portions. 3. The fastening tape of claim 1 or 2, wherein the fastening means-like fasteners constituting the surface fasteners constitute a rigid portion. The fastening tape of claim 1, wherein the folding member is provided with a restricting mechanism for engaging with the high rigidity portion to restrict the movement in the width direction. 5. The fastening tape of claim 4, wherein the restricting mechanism of the aforementioned folding member is a recess into which the high rigidity portion is fitted. 20 6. The fastening tape according to the first, second, third, fourth or fifth aspect of the patent application, in which the core material is attached to the end portion of the side of the returning member of the belt body in the width direction. 7. The fastening tape of claim 1, 2, 3, 4, 5 or 6 wherein said folding member is of a flat plate construction. 8·—The reeling operation auxiliary device is centered on the retracting member for supporting the tension provided at one end of the main body of the main body of the patent application No. 1, 2, 43 200808616 3, 4, 5, 6 or 7 A roll-shaped fastening tape is stretched by a manual operation and wrapped in a user of a wrapping operation around the goods, and the winding operation auxiliary device includes a pair of auxiliary members for supporting the folding member. Both ends, and make it rotate freely. 9. The reeling and winding operation auxiliary device shall be centered on the retracting member provided at one end of the main body of the patent application scope 1st, 2, 3, 4, 5, 6 or 7 to support the tension. And the fastening tape rolled into a roll shape is stretched by manual work and wrapped in a wrapping operation around the goods; and the borrower works to take the belt body wrapped around the goods with the folding member as the center. The user of the two operations of the winding operation of the winding, and the winding and winding operation auxiliary device includes a pair of clamping members for engaging with the two ends of the folding member; a supporting member for supporting the aforementioned holder and being 15 rotatably free; φ connecting the fixing member for fastening and fixing the holder supporting member; and rotating the operating member for rotating Operating at least one of the aforementioned clamps. ^ 20 10.-A kind of anti-drop belt auxiliary aid, which is a fastening tape for wrapping the main body of the patent application scope 1, 2, 3, 4, 5, 6 or 7 around the cargo to prevent the goods from falling over. The user of the unloading operation includes: an inserting device that can be inserted into the gap of the cargo; and a connecting device that is freely deformable and can be connected to the inserting device and the belt body. 44