JP2015229498A - Storage box - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage box which improves the rigidity and inhibits a suspension member from falling.SOLUTION: A storage box 10 includes: an outer wall including a top plate part 13 and a pair of side plate parts 15A, 15B provided at both side edges of the top plate part 13; and lid plate parts 23A, 23B, 25A, 25B provided at end edges of the side plate parts 15A, 15B. Outer plates 29 extending along the lid plate parts 23A, 23B, 25A, 25B and inner plates 27, each of which is positioned at the inner surface side of the outer plate 29, are provided at both end edges of the top plate part 13. A pair of holding parts 19, 19 forming attachment parts 31 facing each other is provided on at least the inner plates 27. A suspension member 46 is disposed between the holding parts 19, 19.

Description

  The present invention relates to a storage box for storing articles such as hangers with clothes in a suspended state.

  During cleaning delivery and moving, clothes are hung on a hanger, stored inside a hanger box (storage box), stored, and transported. In the hanger boxes of Patent Documents 1 and 2, side plates are continuously provided on both side edges of the back plate, and holding portions are provided continuously at the upper ends of the side plates. In addition, a canopy is connected to the upper edge of the back plate, and a front cover is connected to one of the side plates.

  However, in the hanger box of Patent Documents 1 and 2, when a load is applied by hanging a hanger (clothing) on the suspension member, a load is applied to the side plate via the holding portion. Since the upper end of the side plate on which the holding portion is continuous is a free end that is merely locked to the canopy, the deformation (deflection) of the side plate cannot be denied. And if a side plate deform | transforms, since a suspending member will drop | omit from a holding | maintenance part and clothing will also fall together, there exists a problem that wrinkles are attached to clothing.

JP-A-8-253280 JP 2013-56687 A

  It is an object of the present invention to provide a storage box that can increase rigidity and suppress dropping of a suspension member.

  The storage box of the present invention that solves the above problems includes an outer wall having a top plate portion and a pair of side plate portions provided on both side edges of the top plate portion, a lid plate portion provided on an edge of the side plate portion, A mounting portion is provided that has an outer plate that is provided at both ends of the top plate portion and extends along the lid plate portion, and an inner plate that is positioned on the inner surface side of the outer plate, and at least the inner plate faces each other. A pair of holding portions, and a suspension member that is mounted at both ends of the mounting portions and is spanned between the holding portions.

  In this storage box, since the holding part for disposing the suspension member is provided on the top plate part, when an article is suspended from the suspension member and a load is applied, the load is applied to the top plate part. Further, since the top plate portion is provided with a side plate portion, and a holding portion having an outer plate and an inner plate extends between the side plate portions, the rigidity of the outer wall on the top plate portion side can be ensured. Therefore, since deformation of the storage box can be suppressed, dropping of the suspension member including the article can be suppressed.

  The holding portion includes the inner plate that extends inward continuously from the top plate portion, a continuous plate that extends from the tip of the inner plate toward the lid plate portion, and the lid plate portion that extends from the tip of the continuous plate. And the outer plate extending toward the top plate portion. Thus, since the holding | maintenance part is formed in the cylinder shape, the rigidity of holding | maintenance part itself can be improved and the rigidity of an outer wall can also be improved. Moreover, since the outer plate which is a free end is positioned by the cover plate portion, the holding portion can prevent the outer plate from spreading due to the rigidity, and can reliably maintain the assembled state.

  The suspension member is formed in a polygonal cylindrical shape in which at least three points are in contact with the inner peripheral edge of the hanging portion of the article to be suspended. That is, the suspension member is formed so that at least three points are located on the same circumference. For example, in a state where the hook part of the article is suspended from the hanging member, the first contact point is the top (upper end) of the hanging member, and the second and third contact points are the center of the hook part of the article. It is located symmetrically about the line connecting the top of the suspension member. In addition, the second and third contact points set the angle of the line passing through the center of the hook portion to 60 degrees or more and 180 degrees or less. If it does in this way, it can control that an article rotates with respect to a suspension member by vibration at the time of transportation. Therefore, the suspended state of the article with respect to the hanging member can be stabilized and the article from the hanging member can be prevented from falling off.

  The suspension member is provided at both ends of a tube forming portion that is bent so as to form a cylindrical shape, and includes a core plate portion that is bent so as to extend toward an opposing position in a cylinder formed in an assembled state, It is preferable to provide fixing pieces that penetrate the holding portion and are fixed on the outer surface side of the outer plate at both ends of the core plate portion. Thus, the rigidity of the suspension member can be increased by forming the suspension member in a cylindrical shape in which the core plate portion extends. Further, since the suspension member serves as a reinforcing material, the rigidity of the outer wall can be further improved. Moreover, since the fixing piece fixed to the holding portion is provided in the core plate portion, the hanging member can be reliably disposed so as not to drop off from the holding portion, and the hanging member can be reliably maintained in the assembled state.

  In the storage box of the present invention, since the holding portion for disposing the hanging member is provided on the top plate portion, and the side plate portion is provided on the top plate portion, the rigidity of the outer wall can be ensured. Therefore, it is possible to suppress deformation of the storage box when the article is suspended from the suspension member, and to prevent the suspension member including the article from falling off.

The lower perspective view which shows the storage box of embodiment of this invention. The perspective view which shows the state which has arrange | positioned the suspension member. Sectional drawing which shows the state which cut | disconnected the storage box in the width direction. Sectional drawing which expanded a part of FIG. Sectional drawing which shows the state which cut | disconnected the storage box in the thickness direction. The top view which shows the 1st main body blank of a box main body. The top view which shows the 2nd main body blank of a box main body. The top view which expanded a part of FIG. 6A. The top view which shows the blank of a suspending member.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 shows a hanger box 10 which is a storage box according to an embodiment of the present invention. The hanger box 10 includes a box body 11 and a suspension member 46, and a pair of holding portions 19 that dispose the suspension member 46 on one top plate portion 13 that is a part of the outer wall of the box body 11. , 19 are continuously provided to prevent the suspension member 46 from falling off. Moreover, in this embodiment, the box main body 11 is formed by sticking a pair of main body blanks 12A and 12B.

  The body blanks 12A and 12B of the box body 11 and the blank 47 of the suspension member 46 are formed by punching (cutting) a paper cardboard sheet with a known paper machine punching device as shown in FIGS. )It is formed. Of these, the main body blanks 12A and 12B are formed of flexogluer, which is a general-purpose machine that can be mass-produced at low cost. The corrugated board sheet has a configuration in which wavy shin is disposed between the front liner and the back liner. A state in which the middle shin looks like a wave is called a step, and a direction in which the middle shin extends is called a step direction. In the figure, the alternate long and short dash line is a folding line formed of general-purpose ruled lines formed by ruled from the back liner side so as to compress the thickness. In addition, the solid lines in the blanks 12A, 12B, 47 are cutting lines formed by inserting blades from the back liner to the front liner.

  In the following description, terms indicating a specific direction or position (for example, terms including “up”, “down”, “side”, “end”, “top”, “bottom”) are used as necessary. These terms are used for easy understanding of the invention with reference to the drawings, and the technical scope of the present invention is not limited by the meaning of these terms. The direction extending over the top plate portion 13 and the bottom plate portion 14 is referred to as the height direction, the direction extending over the pair of side plate portions 15A and 15B is referred to as the width direction, and the front lid plate portions 23A and 23B and the rear lid plate portion 25A. , 25B is referred to as the thickness direction.

  As shown in FIGS. 6A and 6B, the first and second main body blanks 12A and 12B forming the box main body 11 have substantially the same shape, and the top plate portion 13 of the first main body blank 12A has a holding portion 19, 19 is continuously provided (continuously provided), and the second main body blank 12B is different in that the inner flaps 21 and 21 are continuously provided on the bottom plate portion 14. The top plate portion 13 and the bottom plate portion 14 are substantially the same. The holding part 19 is formed by attaching the partial mold to the flexogluer, and the inner flap 21 is formed by not attaching the partial mold.

  The main body blanks 12A and 12B include square end plate portions (top plate portion 13 and bottom plate portion 14) located on the right side in each drawing. Elongated rectangular side plate portions 15A and 15B are connected to the left edge of these, and a folding line 16 made of a general ruled line is provided at the boundary portion. Adhesive margins 17A and 17B are connected to the left side edges of the side plate portions 15A and 15B, and a folding line 18 formed of general-purpose ruled lines is provided at the boundary portion. For example, using an adhesive of vinyl acetate emulsion type, the adhesive margin 17A of the main body blank 12A is adhered to the bottom plate portion 14 of the main body blank 12B, and the adhesive margin 17B of the main body blank 12B is attached to the top plate portion 13 of the main body blank 12A. Adhere. Thereby, the one box main body 11 which has the outer wall which consists of the top-plate part 13, the bottom-plate part 14, and side-plate part 15A, 15B which are endlessly continued is formed.

  A pair of holding portions 19 and 19 having a quadrangular shape are connected to both end edges of the top plate portion 13, and a folding line 20 made of a general ruled line is provided at the boundary portion. In addition, a pair of inner flaps 21 and 21 having the same rectangular shape as the holding portion 19 are connected to both end edges of the bottom plate portion 14, and a folding line 22 including a general ruled line is provided at the boundary portion. The holding portion 19 and the inner flap 21 extend between the side plate portions 15A and 15B in an assembled state, and both side edges abut against the side plate portions 15A and 15B, thereby suppressing diagonal distortion.

  Each body blank 12A, 12B is provided with a front cover plate portion 23A, 23B connected to one end edge of the side plate portions 15A, 15B located on the lower side in the drawing, and a folding line 24 made of a general ruled line at the boundary portion. Is provided. In addition, rear cover plate portions 25A and 25B are connected to the other end edges of the side plate portions 15A and 15B located on the upper side in the drawing, and a folding line 26 made of general-purpose ruled lines is provided at the boundary portion. These cover plate portions 23A, 23B, 25A, and 25B are outer flaps that are superimposed on the outer surface side of the holding portion 19 and the inner flap 21 in the assembled state, and close the front end opening and the rear end opening of the outer wall. The lid plate portions 23A, 23B, 25A, and 25B are formally front and rear, but there is no distinction between front and back in actual use.

  The holding unit 19 includes an inner plate 27 that continues to the edge of the top plate 13, a continuous plate 28 that continues to the leading edge of the inner plate 27, and an outer plate 29 that continues to the leading edge of the continuous plate 28. Folding curves for reducing the restoring force due to the stiffness (waist) of the corrugated cardboard sheet and improving the bending property at the boundary portion between the inner plate 27 and the continuous plate 28 and the boundary portion between the continuous plate 28 and the outer plate 29 30a and 30b are provided. The folding lines 30a and 30b are made of lead rules in which cutting lines are formed at predetermined intervals on the general ruled lines. The inner plate 27 is bent so as to extend inwardly from the end edge of the top plate portion 13 in the assembled state. The continuous plate 28 is bent so as to extend in the thickness direction from the lower end of the inner plate 27 toward the cover plate portions 23A, 23B, 25A, and 25B in the assembled state. The outer plate 29 is positioned on the outer surface side of the inner plate 27 in the assembled state, and is bent so as to extend toward the top plate portion 13 along the lid plate portions 23A, 23B, 25A, and 25B.

  At the center in the width direction of the holding portions 19, 19, a mounting portion 31 for mounting the hanging member 46 is provided so as to face each other. The mounting portion 31 includes an insertion hole portion 32 provided in the inner plate 27, a through hole portion 37 provided in the outer plate 29, and fixed hole portions 42 provided on both sides of the through hole portion 37.

  As shown in FIG. 6C, the insertion hole 32 is formed in a pentagonal shape in which the lateral width gradually increases and then the lateral width gradually decreases from the folding line 30a positioned on the lower side in the assembled state to the upper side. The end of the lower member 46 is inserted and held on the continuous plate 28. Specifically, a first cut line 33 is provided along the fold line 30a, and a fold line 34 made of a lead ruler inclined outward in the width direction from both ends of the first cut line 33 is provided. A second cutting line 35 that is inclined inward in the width direction from the tip of 34 is provided. A third cutting line 36 is provided from the center of the first cutting line 33 to the intersection of the pair of second cutting lines 35, 35. Thereby, the insertion hole 32 having a double-spread structure that can be bent around the folding line 34 is formed.

  The through-hole portion 37 is formed in an elongated rectangular shape, and allows the through-portion 57 of the suspension member 46 inserted from the insertion hole portion 32 side to penetrate the outer surface side of the outer plate 29. Specifically, a first cutting line 38 is provided along the folding line 30b, and a second cutting line 39 is provided so as to be parallel to the first cutting line 38 with a predetermined interval. In addition, a pair of folding lines 40, 40 made of lead rules are provided between both ends of each cutting line 38, 39, and a cutting line 41 is provided between the centers of each cutting line 38, 39. Thereby, the through-hole part 37 of the double door structure which can be bent centering on the folding line 40 is formed. The intervals between the folding line 40 and the cutting line 41 are slightly larger than the thickness of the cardboard sheet.

  The fixing hole portion 42 is formed in a square shape, and inserts and locks the fixing piece 59 of the through portion 57 from the outer surface side of the outer plate 29. Specifically, a folding line 43 made of general-purpose ruled lines extending in parallel on both sides of the through-hole portion 37 is provided, and a pair of first cutting lines 44, 44 extending outward in the width direction from both ends of the folding line 43 are provided. A second cutting line 45 extending between the tips of the first cutting lines 44 is provided. Thereby, the fixed hole part 42 of the cut-and-raised structure that can be bent around the folding line 43 is formed.

  As shown in FIGS. 1 and 2, the suspension member 46 is installed between the pair of holding portions 19 and 19 by attaching both ends to the attachment portions 31 and 31. The suspension member 46 is formed in a polygonal cylinder shape (in this embodiment, a pentagonal cylinder shape), and includes a pair of core plate portions 54 and 54 extending from the upper end to the lower end that is the opposite position.

  Specifically, as shown in FIG. 7, the blank 47 of the suspension member 46 includes a tube forming portion 48 that is bent so as to form a polygonal tube shape, and a pair of cores that are connected to both ends of the tube forming portion 48. Plate portions 54, 54, and penetrating portions 57 connected to both ends in the length direction of the core plate portion 54 are provided.

  The cylinder formation part 48 is the full length extended over a pair of outer plates 29 and 29 in an assembly state. The tube forming portion 48 includes an end surface portion 49 that is thicker than the thickness of two cardboard sheets at the center. A pair of first slope portions 50 and 50 that are inclined in the width direction outward in the assembled state are connected to both side edges of the end face portion 49, and a folding line 51 made of a general ruled line is provided at the boundary portion. It has been. A pair of second slope portions 52, 52 that are inclined inward in the width direction toward the upper side in an assembled state are connected to the side edge of each first slope portion 50, and a folding line formed of a general ruled line at the boundary portion. 53 is provided.

  The core plate portion 54 is connected to the side edge of the second slope portion 52, and a folding line 55 made of a general ruled line is provided at the boundary portion. The core plate portion 54 is longer than the entire length of the tube forming portion 48 and is set so as to pass through the through-hole portion 37 and be positioned on the outer surface of the outer plate 29 in the assembled state to the box body 11. A cutout portion 56 that fits into the end surface portion 49 is provided on the side edge of the core plate portion 54 that is located on the end surface portion 49 side in the assembled state.

  The penetrating portion 57 is connected to both end edges of the core plate portion 54, and a folding line 58 made of a general ruled line is provided at the boundary portion. The penetrating portion 57 is formed in a sector shape (1/4 circle) with the notched portion 56 side as a straight edge, and is arranged on the outer surface of the outer plate 29 in an assembled state. The penetrating portion 57 is provided with a tongue-like fixing piece 59 inserted and locked into the fixing hole portion 42 on the outer surface side of the outer plate 29. The fixing piece 59 includes a pair of cutting lines 60, 60 extending in a direction intersecting from the front end edge of the penetrating part 57 toward the folding line 58, and a folding line 61 extending between the ends of the cutting line 60.

  As shown in FIGS. 3 and 4, the suspension member 46 has three points (actually four points) in contact with the inner peripheral edge of the hook-shaped hook portion 2 of a hanger (article) 1 on which clothes (not shown) are hung. In addition, first and second slope portions 50 and 52 are formed. Specifically, the width on the second slope portion 52 side (upper side) is increased by setting the width of the first and second slope portions 50 and 52. Thereby, a contact point where a pair of folding lines 55 and 55 located in a top part (upper end) in an assembly state, and a pair of folding lines 53 and 53 located in both sides contact the inner periphery of hook part 2 of hanger 1 It becomes. Note that the pair of folding lines 55 and 55 are substantially regarded as one contact point (a total of three points) because the core plate portions 54 and 54 are superimposed. However, when the pair of core plate portions 54 and 54 are arranged at a predetermined interval, they are regarded as two contact points (four points in total).

  The folding lines 55 and 55 that are the first contact points and the folding curves 53 and 53 that are the second and third contact points are located on the same circumference. The folding lines 53 and 53 that are the second and third contact points are positioned symmetrically about a line that connects the center O of the hook portion 2 of the hanger 1 and the folding lines 55 and 55 that are the first contact points. In the present embodiment, at the second and third contact points, the angle α of the two lines passing through the center O of the hook portion 2 is set to 60 degrees or more and 180 degrees or less. When the angle is less than 60 degrees, the distance between the first contact point and the second and third contact points becomes too small (approximately less than half of the diameter of the hook portion 2), so the suspension member 46 is caused by vibration during transportation. The hanger 1 rotates relative to This is because when the angle is greater than 180 degrees, the hanger hook 2 is not contacted, the stability of the support state is deteriorated, and the load cannot be sufficiently dispersed in the suspended state. In this embodiment, the angle α between the two lines is 150 degrees. When the angle α is set to 180 degrees, the width of the dimension between the second and third contact points (suspending member 46) is preferably set to the smallest diameter of the hook portion 2 in the existing hanger 1.

  As described above, the hanger box 10 has a pair of body blanks 12A and 12B attached thereto, a side plate portion 15A overlapped with the top plate portion 13, and a side plate portion 15B overlapped with the bottom plate portion 14. The box body 11 is delivered in a folded state. Moreover, the suspension member 46 is delivered as a flat blank 47 punched out.

  As shown in FIG. 1, when the hanger box 10 is used, the box body 11 is expanded so that the top plate portion 13, the bottom plate portion 14, and the side plate portions 15A and 15B have a rectangular tube shape. Next, after the inner plate 27 is bent inward with respect to the top plate portion 13, the continuous plate 28 is bent outward with respect to the inner plate 27. Thereafter, the outer plate 29 is bent upward with respect to the continuous plate 28 to assemble the holding portion 19.

  Further, the core plate portion 54 is bent with respect to the second inclined surface portion 52, and the second inclined surface portion 52 is bent with respect to the first inclined surface portion 50. Next, the first inclined surface portions 50 and 50 are bent with respect to the end surface portion 49 so that the opposing surfaces of the pair of core plate portions 54 and 54 overlap, and the suspension member 46 is assembled into a cylindrical shape.

  Next, the insertion hole 32 and the through hole 37 of each holding part 19, 19 of the box body 11 are opened, and one end side of the suspension member 46 is inserted into the mounting part 31 of one holding part 19. Then, as shown in FIG. 2, the pair of through portions 57, 57 of the suspension member 46 protruding outward from the through hole portion 37 are bent outwardly, and the fixing piece 59 is pressed inward to form the fixing hole portion 42. Insert and lock.

  Then, the other end side of the suspension member 46 while the holding portion 19 is once bent outward and then inward so that the inner plate 27 of the remaining holding portion 19 is flat with respect to the top plate portion 13. Is inserted into the mounting portion 31 of the holding portion 19. Similarly to the above, the pair of through portions 57 and 57 of the suspension member 46 protruding outward from the through hole portion 37 are bent outward, the fixing piece 59 is pressed inward, and the insertion member is inserted into the fixing hole portion 42. Stop.

  In this state, the hanger 1 with clothes is hung on the suspension member 46. Thereafter, the inner flap 21 is folded inward with respect to the bottom plate portion 14, and then the front lid plates 23A and 23B and the rear lid plates 25A and 25B are folded inward with respect to the side plates 15A and 15B. And the front-end | tip of front side cover board part 23A, 23B and the front-end | tip of rear side cover board part 25A, 25B are stuck by adhesion | attachment means, such as an adhesive tape.

  As shown in FIGS. 3 and 5, the hanger box 10 in the sealed state extends between the side plate portions 15 </ b> A and 15 </ b> B facing the holding portion 19 and the inner flaps 21 and 21. The suspension member 46 extends from the front lid plates 23A and 23B of the box body 11 to the rear lid plates 25A and 25B. Moreover, the outer plate 29 which is a free end of the holding portion 19 is positioned on the cover plate portions 23A, 23B, 25A, and 25B. Then, the hanger 1 is suspended from the suspension member 46 in a state where the hanger 1 is in contact with three points.

  And the load which suspended the hanger 1 on the suspension member 46 is added to the one top-plate part 13 which provided the holding | maintenance part 19 continuously. If it does so, the both-ends edge which is a continuous end of the top-plate part 13 will try to deform | transform downward. However, in the present embodiment, the side plate portions 15A and 15B are continuously provided on both side edges of the top plate portion 13, and the outer wall of the hanger box 10 is secured by the holding portion 19 and the inner flap 21 as described above. Yes. Therefore, since the deformation of the hanger box 10 can be suppressed, it is possible to suppress the suspending member 46 including the hanger 1 from falling off, and it is possible to prevent the clothes hung on the hanger 1 from dropping and wrinkling.

  Moreover, since the holding | maintenance part 19 is formed in the cylinder shape, the rigidity of holding | maintenance part 19 itself can be improved, and the rigidity of the hanger box 10 can further be improved. In addition, since the outer plate 29 that is the free end is positioned on the cover plate portions 23A, 23B, 25A, and 25B, the holding portion 19 prevents the outer plate 29 from spreading due to the rigidity of the cardboard sheet and ensures the assembled state. Can be maintained.

  Moreover, since the hanging member 46 is formed in the polygonal cylinder shape which the hook part 2 of the hanger 1 contacts at three points, the hanger 1 rotates with respect to the hanging member 46 by vibration at the time of transportation. Can be suppressed. Therefore, the suspended state of the article with respect to the hanging member 46 can be stabilized, and the article from the hanging member 46 can be prevented from falling off. Moreover, since the suspension member 46 is formed in a cylindrical shape in which the core plate portion 54 extends, the rigidity of the suspension member 46 can be increased. Further, since the suspension member 46 serves as a reinforcing material for the box body 11, the rigidity of the hanger box 10 can be further improved. In addition, since the fixing piece 59 fixed to the holding portion 19 is connected to the core plate portion 54, the hanging member 46 can be securely disposed so as not to drop off from the holding portion 19, and the hanging member 46 can be The assembly state can be reliably maintained.

  In addition, this invention is not limited to the structure of the said embodiment, A various change is possible.

  For example, the holding portion 19 is formed in a triangular tube shape having a cross section having an inner plate 27 continuous with the top plate portion 13, a continuous plate 28 continuous with the inner plate 27, and an outer plate 29 continuous with the continuous portion. You may form in 4 or more polygonal cylinder shape which has 2 or more continuous boards 28. FIG. Moreover, you may comprise only the inner board 27 and the outer board 29, without providing the continuous board 28. FIG. Further, although the inner plate 27 is continuously provided on the top plate portion 13, the outer plate 29 may be provided continuously.

  In addition, the hanging member 46 is configured such that the pair of core plate portions 54 and 54 are bent on the upper side so that four points are in contact with the inner peripheral edge of the hook portion 2 of the hanger 1, but the end surface portion 49 is not provided. You may make it contact at 3 points | pieces by arrange | positioning the core-plate parts 54 and 54 below. Further, if the suspension member 46 is brought into contact with the hook portion 2 at three or more points, the number of contact points can be changed as desired.

  Further, the penetrating portion 57 having the fixing piece 59 fixed on the outer surface side of the outer plate 29 is provided in the hanging member 46, but the configuration of the penetrating portion 57 including the fixing piece 59 can be changed as desired. is there. In addition, without providing the through portion 57 including the fixing piece 59 of the suspension member 46 and the fixing hole portion 42 of the box body 11, the end portion of the suspension member 46 is only inserted and attached to the holding portion 19. Also good.

  Further, the outer wall of the box body 11 has a top plate portion 13, a bottom plate portion 14, and a pair of side plate portions 15A and 15B. The bottom plate portion 14 is constituted by a separate bottom lid that forms a tray shape. Then, it may be fixed (attached) to the lower ends of the side plate portions 15A and 15B. In addition, the outer wall is formed in a square shape when viewed from the front, but may be a hexagonal shape when viewed from the front with a chamfered wall provided between the top plate portion 13 and the side plate portions 15A and 15B.

  In addition, a pair of cover plate portions 23A, 23B, 25A, and 25B are connected to the side plate portions 15A and 15B, but only one of the side plate portions 15A and 15B has a cover plate portion that closes the front end opening and the rear end opening. You may connect continuously. Further, a breaking member made of, for example, a PP tape may be disposed on the top plate portion 13 and the bottom plate portion 14 over the tips of the holding portions 19 and 19 so that the hanger box 10 can be divided into two parts so that an article can be taken out. Good.

  In the embodiment, the paper corrugated cardboard sheet is punched to form the hanger box 10, but a resin corrugated cardboard sheet may be punched. Moreover, it is not restricted to a corrugated board sheet, You may form with a single cardboard or a resin sheet. Moreover, although the hanger box 10 which hangs | hangs clothes was mentioned as an example and demonstrated, this invention is applicable if it is a storage box which hang | suspends a predetermined | prescribed article | item, and can obtain the same effect | action and effect.

1 ... Hanger (article)
2 ... Hook 10 ... Hanger box (storage box)
DESCRIPTION OF SYMBOLS 11 ... Box main body 13 ... Top plate part 14 ... Bottom plate part 15A, 15B ... Side plate part 19 ... Holding part 21 ... Inner flap 23A, 23B ... Front side cover plate part 25A, 25B ... Rear side cover plate part 27 ... Inner plate 28 ... Continuous plate 29 ... Outer plate 31 ... Mounting portion 32 ... Insertion hole portion 37 ... Through hole portion 42 ... Fixed hole portion 46 ... Hanging member 48 ... Tube forming portion 49 ... End surface portion 50 ... First slope portion 52 ... Second slope surface Part 53 ... Folding curve (second and third contact points)
54 ... Core plate part 55 ... Folding curve (first contact point)
57 ... penetrating part 59 ... fixed piece

Claims (4)

An outer wall having a top plate portion and a pair of side plate portions provided on both side edges of the top plate portion;
A lid plate provided on an edge of the side plate,
An outer plate extending along the lid plate portion, and an inner plate located on an inner surface side of the outer plate, and at least mounting portions facing each other at the inner plate; A pair of formed holding portions;
A storage box comprising: a suspension member having both ends attached to each attachment portion and spanned between the holding portions.   The holding portion includes the inner plate that extends inward continuously from the top plate portion, a continuous plate that extends from the tip of the inner plate toward the lid plate portion, and the lid plate portion that extends from the tip of the continuous plate. The storage box according to claim 1, further comprising: the outer plate extending toward the top plate portion along the top.   3. The storage box according to claim 1, wherein the suspension member is formed in a polygonal cylindrical shape in which at least three points are in contact with an inner peripheral edge of a hook portion of an article to be suspended. The suspension member is provided at both ends of a tube forming portion that is bent so as to form a cylindrical shape, and has a core plate portion that is bent so as to extend toward an opposing position in a tube formed in an assembled state,
The fixing piece which penetrates the said holding | maintenance part and is fixed on the outer surface side of the said outer plate is provided in the both ends of the said core board part, The Claim 1 thru | or 3 characterized by the above-mentioned. Storage box.

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