JP3011675U - Load collapse prevention device for transported goods - Google Patents

Abstract

(57) [Summary] [Purpose] Pallets for cargo handling and various objects stacked on a trolley are bundled to prevent the products from falling apart, loosening due to vibration, etc., and to be easily discarded. [Structure] An elastic band member 1 made of paper, cloth, or non-woven fabric that is made expandable by a large number of holes, slits, and the like is wound around a conveyed object C on a loading platform, and an end of the elastic band member 1 is attached. The parts are connected and fixed by the adhesive force of the adhesive surface 7 of the fixing means 5. At the end of the elastic band member 1, a rigid shape-retaining portion 11 formed substantially orthogonal to the rolling direction,
The handle 12 arranged near the shape-retaining portion 11 forms a pulling means 10 that winds around the object C to be tightened. In addition, a slender outward slit 15 is cut out at the end of the elastic band member 1 so that the handle 12 of the pulling means 10 at the inner portion of the end of the elastic band member 1 that has been overlapped can go out.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 This invention, for example, binds various cargos stacked in a stack on a cargo pallet or a trolley to prevent the cargo from falling, and in particular, it may be discarded at the destination as it is. It relates to an inexpensive cargo collapse prevention device for cargo.

[0002]

[Prior art]

 Cargo boxes, cases, etc. packed with various foods, products, products, etc. should be stacked on a loading pallet or a loading platform such as a trolley to carry and store them all together. By loading and moving each loading platform, loading and unloading to and from the truck loading platform, storage in the warehouse, and so on are performed. Especially in recent years, when transporting by trucks, etc., overloading is being strictly regulated to ensure safety, so using a pallet to stack it on top of it will ensure an appropriate loading capacity. In addition, the number of such pallet transportation systems with proper loading is increasing, and it is extremely important.

[0003] In order to prevent a load of a load carried on a loading table from being collapsed when moving or loading and unloading a load by these pallet transportation methods, conventionally, the surroundings of the load are transparent. The belt-shaped sheet made of vinyl chloride resin is fixed many times to prevent the product from collapsing around and scattering. The vinyl chloride resin sheets are wound around and fixed to each other by wrapping them around the objects loaded on the loading platform and using the adhesiveness of the sheets themselves to stack them.

Further, for example, at the time of shipping from a large-scale product processing plant, a packaging device that surrounds the entire transported object on the loading table is prepared in advance, and a shrinkage property made of a synthetic resin covering the entire transported object is provided. It is also fixed by shrink-wrapping the sheet by heat shrinkage.

[0005]

[Problems to be solved by the device]

 In the above-mentioned conventional method of fixing the belt-shaped sheet made of vinyl chloride resin to the wrapping around, when the sheet is no longer needed when picking up a conveyed item, the sheet itself is cut and cannot be used again. This is discarded as it is. However, when it is disposed of, if it is incinerated, it will generate toxic gas and foul odor, causing pollution problems that pollute the surrounding environment, and it will be expensive in terms of price. It was a very troublesome work to fix the roll around the object many times.

On the other hand, in the case of shrink wrapping, a large wrapping device is required, and it is completely useless when it is sufficient to temporarily prevent the load from slipping, and moreover, the above-mentioned sheet roll is used. As in the case of fixing by fixing, even if a necessary part of the sample is taken out from the transported object, the whole must be broken, and even if part of it is broken, repair to prevent the collapse of the load after the break. Was extremely difficult.

Further, in order to be able to be used repeatedly in order to eliminate such a point, for example, a belt-shaped belt made of a tough material such as nylon cloth or polyester cloth synthetic resin, which is a sheet cloth having a predetermined thickness, is used. It is conceivable that a cover sheet may be used to rotate the transported object, and an end-to-end device for securing the ends of the object may be used. However, even if they are planned to be used repeatedly by being returned from the transport destination to the transport source, management of such articles at the transport destination is extremely troublesome for the worker. Not only that, but if it is transported by one way only, such as export to foreign countries, it is not possible to hope to return only the cargo collapse prevention device, and as a result, it will be very expensive and logistics costs will be high. However, it also contributed to the cost increase.

Therefore, the present invention has been devised in view of various existing circumstances as described above, and various types of transports stacked in a stacked manner on a loading platform such as a pallet for cargo handling and a trolley. When binding and fixing items, loading and unloading them on a truck bed, storing them in a warehouse, etc., they can be discarded as they are, especially at the destination of transportation, and they can be easily regenerated after disposal and even if they are incinerated. This is to prevent pollution problems such as generation of harmful gas, and also to prevent damage to the cargo by tightening it too tightly during roll fixing, and to prevent the load from collapsing due to loosening of the bound parts of the cargo due to vibration. It is an object of the present invention to provide a cargo collapse prevention device for transported goods, which can also prevent the above-mentioned problems and, at the same time, can reduce the cost of distribution by making it inexpensive.

[0009]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, according to the present invention, a paper, cloth, or non-woven fabric having a length long enough to wind around the articles C stacked on a predetermined loading platform P is provided. The elastic band member 1 formed in this way and a rigid shape-retaining portion 11 are formed at the end of the elastic band member 1 so as to be substantially orthogonal to the rolling direction of the elastic band member 1. A pulling means 10 for arranging and positioning a handle 12 in the vicinity of the portion 11 so that the ends of the elastic band member 1 are overlapped with each other, and a fixing means for connecting and fixing the elastic band member 1 with the ends of the elastic band member 1 overlapped with each other. And 5 are provided.

Further, the elastic band member 1 can be formed to be expandable and contractable from a large number of holes formed in the elastic band member 1 itself or the slit 2, and at least one of the elastic band members 1 to be overlapped with each other. A slender exit slit 15 having a notch opening for letting out the handle 12 of the pulling means 10, which is one of the inner portions of the end portion, can be formed at the end portion of the elastic band member 1. At one end, an adhesive surface 7 that can be temporarily fixed to the peripheral side surface of the transported article C can be formed, and the fixing means 5 can be formed from the adhesive surface 7 coated with the adhesive covered with the peelable release paper 6. Can consist of

Further, more specifically, it has a sufficient length for rolling around the articles C stacked on a predetermined loading platform P, and has a large number of holes and slits 2 formed in itself. The elastic band member 1 made of paper, cloth, or non-woven fabric so that it can be expanded and contracted, and the elastic band member 1 is rigidly attached to the end portion of the elastic band member 1 substantially orthogonal to the rolling direction of the elastic band member 1. A shape-retaining portion 11 is formed, a handle 12 is arranged in the vicinity of this shape-retaining portion 11, and a notch opening for letting out the handle 12 at the end portion which is an inner portion when the ends of the tightening band members 11 are overlapped The elongated strip 15 is formed at the end of the outer portion, and the tightening band member 1 can be temporarily fixed to the pulling means 10 for overlapping and positioning the ends of the tightening band member 1 and the peripheral side surface of the transported object C. Having an adhesive surface 7 for overlapping and adhering the ends together It is characterized by including fixing means 5 for connecting and fixing the ends of the elastic band member 1 to each other.

[0012]

[Action]

 In the cargo collapse prevention device for a transported article according to the present invention, the tightening belt member 1 winds around the transported articles C stacked on the loading platform P to bind the transported articles C, and the fixing means 5 is , The ends of the tightening band member 1 are connected to each other to fix the transported article C in a bound state. In this case, the elastic band member 1 itself which can be expanded and contracted by the holes, the slits 2, etc. functions as a deterrent against vibration during transportation of various transported articles C stacked in a stack on the loading platform P. At the same time, the cargo C is prevented from vibrating, and at the same time, it is possible to prevent the load from breaking due to the loosening of the elastic band member 1 itself.

In the pulling means 10, the shape-retaining portion 11 formed on the elastic band member 1 makes the elastic band member 1 of the forming portion rigid, and when the grip 12 pulls the elastic band member 1, the elastic band member 1 part to be distorted is distorted. Moves smoothly without shaping. At this time, the elastic band member 1 itself, which has been given elasticity by the holes and the slits 2, strengthens the winding adhesion to the conveyed object C without loosening the whole, and binds the conveyed object C to the conveyed object C by the elastic band member 1. Make sure the condition.

The adhesive surface 7 of the fixing means 5 which is exposed by peeling the release paper 6 is also used for temporary fixing to the peripheral side surface of the conveyed object C, and the rolling operation for the conveyed object C is performed by the operator alone. Even let me do it. Further, the bonding of the elastic band members 1 to each other at the time of connecting and fixing the elastic band members 1 after winding makes the elastic band members 1 extremely fixed.

The exit slit 15 allows the inner grips 12 of the overlapping ends of the both ends of the tightening band member 1 to go out, and the object C to be pulled by the mutual pulling operation of the ends of the tightening band member 1 overlapped with each other. The tightening and tightening of the elastic band member 1 are made firm, and the fixing means 5 securely connect the ends of the elastic band member 1 to each other to prevent the elastic band member 1 from falling off after the connection and fixing.

[0016]

【Example】

 BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, one embodiment of the present invention will be described with reference to the drawings. In the drawings, reference numeral 1 is a band-shaped tightening band member, which is stacked on a loading platform P such as a pallet or a trolley for cargo handling. As shown in FIG. 1, the various cargoes C loaded are horizontally wound around, and although not shown, they are long and wide enough to be swung vertically along with the loading platform P. It has and.

That is, the elastic band member 1 is a material that does not generate harmful gas when incinerated, for example, paper such as kraft paper, cloth such as hemp, and non-woven fabric woven by melt blow, spun bond method, or the like. It may be a composite of these or may have a laminated structure of a plurality of sheets in some cases. When loading the transported articles C in a horizontal direction, the end portions are overlapped with the vertical width of the stacked transported articles C, which are laid across a plurality of steps in the vertical direction. As described above, the cargo C has a length sufficient to horizontally surround the cargo C (see FIG. 1). Further, when the articles C are to be mounted in the vertical direction, the horizontal width of the articles C stacked in a row and the horizontal width across the rows and the loading platform P are both conveyed. It is assumed that the article C is provided with a length sufficient to surround the article C 1 in the vertical direction in a state in which the ends are overlapped with each other so that the article C can be wound (not shown). When the tightening band member 1 is made of paper, it is preferable that the both side edges in the longitudinal direction of the tightening band member 1 are subjected to a tear prevention process by folding back both side edges themselves.

A large number of holes and slits 2 are formed on the entire surface or a part of the elastic band member 1 so that the elastic band member 1 itself can be expanded and contracted. The holes 2, etc. are formed irregularly or in a regular array along the longitudinal and lateral directions of the tightening band member 1 itself, and are, for example, round, rhombic, polygonal or any other suitable shape. The slits are alternately inclined with respect to the longitudinal direction of the elastic band member 1 itself, and the elastic band member 1 itself can be slightly stretched by pulling along the longitudinal direction. .

Further, the tightening band member 1 is provided with a fixing means 5 for connecting and fixing each other in a state where the end portions of the article C after the article C has been wound around are arbitrarily overlapped. This fixing means 5 is provided between the outer surface of the inner part and the inner surface of the outer part between the ends of the elastic band member 1 at which both side edges in the longitudinal direction at the end of the elastic band member 1 are overlapped. The adhesive coated with a peelable tape-shaped release paper 6 is applied to either the inner or outer side surface of one end of the tightening band member 1, for example. It is composed of the adhesive surface 7. The adhesive surface 7 is formed in a band shape along the longitudinal direction of the elastic band member 1 itself so that it can be adjusted at the end of the elastic band member 1 of the elastic band member 1 in accordance with the peripheral length of the transported article C. It is formed in a single line or a plurality of lines, and is exposed by peeling the release paper 6 so that it is adhered to the peripheral side surface of the transported article C and further to the adhesive surface 7. Further, the fixing means 5 can be formed on both inner and outer side surfaces in the longitudinal direction of each end portion of the tightening band member 1 so that either of the overlapped end portions may be the outer portion or the inner portion. . Further, this adhesive surface 7 is not limited to the case where it is protected by the release paper 6 as shown in the figure, but it is possible to use the pressure sensitive type so that the release paper 6 is not used and wastes are not generated during use. It is also possible to

The adhesive surface 7 of the fixing means 5 can also be used for temporary fixing when the tightening band member 1 itself is wound around the transported article C, and one end of the tightening band member 1 can be used. By adhering the adhesive surface 7 formed on the back surface to the peripheral side surface of the conveyed article C, one end of the tightening band member 1 itself to be wound can be temporarily fixed. Therefore, it is desirable that the adhesive surface 7 itself is not firmly adhered to the peripheral side surface of the object to be conveyed C, and has an adhesive force that can be peeled off after rolling. For example, a known easily peelable adhesive is used.

Although not shown, the fixing means 5 is formed by arranging male and female hook-and-loop fasteners that can be brought into contact with and separated from each other in a band shape along the longitudinal direction of the tightening band member 1. It is also possible to do so. When using a surface fastener structure, for example, female hook-and-loop fasteners that are placed on the outer surface of the inner part to be overlapped should be set longer than male hook-and-loop fasteners that are installed on the inner surface of the outer portion. This makes it easier to adjust the roll length when the roll is attached. The fixing means 5 may be a hook, a buckle, or any other means capable of adjusting the length so that the ends of the tightening band member 1 can be fixed to each other.

Further, both ends of the elastic band member 1 are provided with traction means 10 for overlapping and positioning the ends of the elastic band member 1. As shown in the drawing, the pulling means 10 is arranged near the shape retaining portion 11 and a rigid shape retaining portion 11 formed on the tension retaining belt member 1 so as to be substantially orthogonal to the rolling direction of the tension retaining belt member 1. And a handle 12 which is formed.

The shape-retaining portion 11 is attached, for example, by sticking a bar made of wood, bamboo, corrugated paper, synthetic resin, or the like, or by folding back the end portion of the elastic band member 1 itself, or after folding back. It is formed by being hardened by impregnation with an adhesive or the like. The point is that, when the tightening band member 1 itself is pulled by the handle 12, it is assumed that the end edge of the tightening band member 1 is smoothly deformed and substantially straight without being deformed or deformed. Is enough. Further, the material attached or processed to form the shape-retaining portion 11 itself should be incinerated together with the elastic band member 1 when the elastic band member 1 may be incinerated, for example. It is good to prevent the occurrence of. There is. The attached hard member can be enclosed in a bag portion formed at the end of the elastic band member 1, and is formed by the cheapest possible method. By forcibly inserting the shape-retaining portion 11 itself between the stacked articles C, it is possible to temporarily fix the tightening band member 1 that is wound around the articles C (Fig. (Not shown).

The handle 12 is formed of, for example, a material having the same effect as that of the tightening band member 1 as a loop-shaped string material, a band material, or the like on which the operator's fingers can be hung. It is designed to withstand the traction load when pulling the body. The grips 12 themselves are not limited to being arranged substantially on the center line of the elastic band member 1, but may be arranged as a pair at positions near both ends of the shape retaining portion 11, or the length of the elastic band member 1 may be increased. It is also possible to arrange a plurality of the shape-retaining portions 11 in the direction orthogonal to the depth direction so as to be associated therewith. Further, if necessary, they can be arranged at both end positions of the shape-retaining portion 11, that is, at both edges of the elastic band member 1, and in this case, formation of the exit slit 15 described later may not be required. is there. In addition, the tightening band member 1 is provided with the pulling means 10 on both inner and outer side surfaces of the tightening band member 1 so that the tightening band member 1 can be used without distinction between the front and back sides, and either of the overlapping ends may be the outer part or the inner part. It can also be installed in

Further, as shown in the figure, the outer portion at the end portion of the tightening band member 1 to be overlapped is elongated along the longitudinal direction of the tightening band member 1 so that the handle 12 of the pulling means 10 of the inner part can go out. An elongated slit 15 having a cutout opening is formed. As shown in the figure, the exit slit 15 itself is formed in the longitudinal direction of the elastic band member 1 along the substantially center line of the elastic band member 1 so as to face the handle 12 arranged in the center of the shape retaining portion 11. It has a length corresponding to the adjustment allowance when the object C is rolled. The exit slits 15 correspond to the positions and the numbers of the handles 12, and if the handles 12 are two or more, they correspond to the positions and the numbers. Further, the exit slits 15 are necessary. For example, it may be formed over the entire elastic band member 1.

The traction means 10 itself is usually attached to both ends of the tightening band member 1 in the longitudinal direction, but the tightening band member 1 itself is different for each of the different winding perimeter lengths of the transported object C. In order to be able to deal with this, at least one of the ends of the elastic band member 1 is provided with a plurality of traction means 10. For example, as shown in the figure, a plurality of pulling means 10 are attached to the end portion of the elastic band member 1 at appropriate intervals, and the excess length in use is folded inward, for example. Can be stored in.

Further, the fixing means 5 is formed on both inner and outer side surfaces of each of the end portions so that when the respective end portions of the elastic band member 1 are connected, either end portion may be an inner portion or an outer portion. At the same time, the exit slits 15 can be formed in the respective ends of the elastic band member 1. Alternatively, at the end of the elastic band member 1, the pulling means 10 is fixed to each end, and the fixing means 5 is fixed between the outer surface of the inner part and the inner surface of the outer part when the ends are overlapped. In addition to the above, the exit slit 15 can be cut and opened only at the end portion which is the outer portion. Any of these configurations can be arbitrarily selected and configured according to the usage situation at the work site.

Next, to explain an example of use of the device of the present invention, as shown in FIG. 3, the release paper 6 of the fixing means 5 at either end of the tightening band member 1 is peeled off and exposed. The adhesive surface 7 is used to temporarily bond the peripheral surface of the article C (see FIG. 3A). The tightening band member 1 temporarily fixed by the attachment is wound around the transported object C (see FIG. 3B), and the other end side where the exit slit 15 is formed is opened. Assuming that the body is in a stretched state, the adhesive surface 7 previously temporarily fixed is peeled off and overlapped on the outer surface on one end side. Then, the handle 12 on one end side is inserted through the outside slit 15 to the outside of the elastic band member 1, and both ends of the elastic band member 1 are tightened by the handle 12 of the pulling means 10 (FIG. 3 (C. )reference). Next, the tightening band member 1 is firmly adhered to the periphery of the transported article C by this tightening, and the both ends of the tightening band member 1 are overlapped with each other by the adhesive force of the exposed adhesive surface 7 after peeling off the release paper 6. Connect and fix (see FIG. 3D).

It should be noted that the temporary fastening of one end of the tightening band member 1 to the conveyed article C is not performed by the adhesion of the adhesive surface 7, but the tightening band part rigidized by the shape retaining part 11 of the pulling means 10. It is also possible to forcibly insert the end portion of the material 1 between the objects to be conveyed C and insert it.

[0030]

[Effect of device]

 The present invention is configured as described above. Therefore, various cargoes C stacked in a stacked manner on a loading platform P such as a pallet for handling cargo and a trolley are bound and fixed to the truck loading platform. It can be easily used for loading and unloading, storage in a warehouse, etc. In particular, it can be discarded as it is at the destination after use. Even if the product is discarded and incinerated, it does not cause pollution problems such as generation of harmful gas, and does not damage the cargo C by tightening it too tightly at the time of roll-fixing. It is possible to prevent the collapse of cargo due to loosening, and at the same time, the cost of distribution can be greatly saved as it is cheap.

That is, at the end of use, the fixing means 5 can be easily removed from the transported article C by releasing, separating or cutting the elastic band member 1 itself, and the elastic band member 1 is mainly made of paper or cloth. Since it is made of extremely inexpensive materials such as non-woven fabric, it is possible to solve various pollution problems caused by the conventional disposal of vinyl chloride resin sheets. It's safe because you don't. In particular, kraft paper is a strong material for the elastic band member 1, and it is extremely convenient because it can be reused and recycled as waste paper even after being discarded, and it is also useful for effective use of resources. is there. Of course, this can be used repeatedly, and when it is not needed, it can be stored compactly, can be easily carried, and can be quickly used for loading, unloading and transportation operations.

Further, to both ends of the tightening band member 1, a pulling means 10 for superposing the ends of the tightening band member 1 is attached, and the pulling means 10 is almost in the rolling direction of the tightening band member 1. Since the rigid shape-retaining portion 11 formed orthogonally to the elastic band member 1 and the handle 12 arranged near the shape-retaining portion 11 are provided, a fixed portion of the elastic band member 1 when the elastic band member 1 is pulled and pulled. The whole can move smoothly without distorting. However, the adjustment of the pulling amount by the pulling means 10 between the overlapping end portions of the elastic band member 1 is made possible by the numerous holes formed in the elastic band member 1 and the elastic band member 1 provided by the slits 2. It is possible to operate freely due to its elasticity, and it is possible to bind various kinds of transported articles C stacked in a stack and prevent the load from slipping, without causing wrinkles or slack in the entire elastic band member 1.

The holes 2 and the like formed in the elastic band member 1 itself enable ventilation inside and outside the elastic band member 1, and even if they are wound around the entire upper and lower circumferences of the transported article C, for example, It is also suitable for transporting items that require ventilation, such as vegetables and fruits.

Further, when both ends of the tightening band member 1 are pulled by the pulling means 10 and are overlapped and connected to each other, the outer part of the end part of the tightening band member 1 to be overlapped has a handle of the pulling means 10 of the inner part. Since the slender outward slit 15 is formed so as to allow 12 to go out, the inner grips 12 at the ends where the tightening band members 1 are overlapped can go out through the exit slits 15, and the mutual ends can be pushed out. The towing operation can be performed extremely easily.

Since the fixing means 5 for overlapping and connecting and fixing the ends of the elastic band member 1 to each other is composed of the adhesive surface 7 coated with the adhesive coated with the peelable release paper 6, it is exposed. The self-adhesive band member 1 itself after the winding mounting can be reliably fixed by the mutual adhesive force between the adhered surfaces 7. The adhesive surface 7 of the fixing means 5 is exposed by peeling off the release paper 6 or is pressed as it is as a pressure-sensitive adhesive as it is, so that the tightening band member 1 itself is attached to the peripheral side surface of the transported article C. Can be adhered in the form of a temporary fixing, and the labor of mounting the product around the object C to be wound can be simplified and the efficiency can be improved.

[Brief description of drawings]

FIG. 1 is a perspective view of a state of use of the present invention.

FIG. 2 is a perspective view of the entire body which is also arranged in the same manner as in a use state.

FIG. 3 shows a work procedure for bundling conveyed articles by the device of the present invention, where (A) is temporary fastening, (B) is roll mounting, (C) is tightening, and (D) is bundling It is an important section perspective view each time.

[Explanation of symbols]

C ... Cargo P ... Loading platform 1 ... Tightening band member 2 ... Hole, slit 5 ... Fixing means 6 ... Release paper 7 ... Adhesive surface 10 ... Traction means 11 ... Shape retention part 12 ... Handle 15 ... Outer slit

Claims (6)

[Scope of utility model registration request] 1. A tightening band member formed of any one of paper, cloth, and non-woven cloth, which has a length long enough to circulate the circumference of the articles stacked on a predetermined loading platform, and the tightening band member. A rigid shape retention part is formed at the end of the tightening band member almost orthogonal to the rolling direction of the band member, and a handle is placed in the vicinity of this shape retention part so that the ends of the tightening band member are overlapped and positioned. A cargo collapse prevention device for a conveyed article, comprising: a pulling means for causing the tightening belt member and a fixing means for connecting and fixing the tightening belt members to each other in a state of being overlapped with each other. 2. The load preventing device for a conveyed article according to claim 1, wherein the tightening band member is formed so as to be expandable and contractable from a large number of holes or slits formed in the tightening band member itself. 3. An elongated exit slit having a notch opening for letting out a handle of a pulling means, which is an inner part of any one of the ends, is formed at at least one end of the overlapping band members. The cargo collapse prevention device for a transported article according to claim 1 or 2. 4. The load for transported goods according to claim 1, wherein at least one of the ends of the elastic band member is formed with an adhesive surface that can be temporarily fixed to a peripheral side surface of the transported goods. Collapse prevention device. 5. The device according to claim 1, wherein the fixing means comprises an adhesive surface coated with an adhesive coated with a peelable release paper. 6. A paper which is long enough to circulate around the articles stacked on a predetermined stacking table and which can be expanded and contracted from a large number of holes and slits formed in itself.
The elastic band member formed of either cloth or non-woven fabric, and a rigid shape-retaining portion is formed at the end portion of the elastic band member substantially orthogonal to the rolling direction of the elastic band member. By placing a handle in the vicinity, and forming a slender outward slit with a cutout at the end of the outer part to let the handle at the end that becomes the inner part when the ends of the tightening band member are overlapped, is formed. The pulling means for superposing and positioning each other and the adhesive belts that can be temporarily fixed to the peripheral side surface of the article to be conveyed and that have the adhesive surfaces for overlapping and adhering the ends of the tightening band members to each other are provided. A load collapse prevention device for a conveyed article, comprising: fixing means for connecting and fixing.